jflex-1.4.3/0000755000175000017500000000000011141044634011327 5ustar moonmoonjflex-1.4.3/bin/0000755000175000017500000000000011141044624012076 5ustar moonmoonjflex-1.4.3/bin/jflex0000755000175000017500000000214311014457157013144 0ustar moonmoon#! /bin/bash # # JFlex start script $Revision: 339 $ # # if Java is not in your binary path, you need to supply its # location in this script. The script automatically finds # JFLEX_HOME when called directly, via binary path, or symbolic # link. # # Site wide installation: simply make a symlink from e.g. # /usr/bin/jflex to this script at its original position # #=================================================================== # # configurables: # path to the java interpreter JAVA=java # end configurables # #=================================================================== # # calculate true location PRG=`type $0` PRG="${PRG##* }" # If PRG is a symlink, trace it to the real home directory while [ -L "$PRG" ] do newprg=$(ls -l ${PRG}) newprg="${newprg##*-> }" [ "${newprg}" = "${newprg#/}" ] && newprg="${PRG%/*}/${newprg}" PRG="$newprg" done PRG="${PRG%/*}" JFLEX_HOME="${PRG}/.." # -------------------------------------------------------------------- export CLASSPATH CLASSPATH=$JFLEX_HOME/lib/JFlex.jar $JAVA JFlex.Main $@ #for more memory: #$JAVA -Xmx128m JFlex.Main $@ jflex-1.4.3/bin/jflex.bat0000755000175000017500000000105711014457157013714 0ustar moonmoon@echo off REM Please adjust the paths JFLEX_HOME and JAVA_HOME to suit your needs REM (please do not add a trailing backslash) set JFLEX_HOME=C:\JFLEX REM only needed for JDK 1.1.x: set JAVA_HOME=C:\JAVA REM ------------------------------------------------------------------- set CLPATH=%JAVA_HOME%\lib\classes.zip;%JFLEX_HOME%\lib\JFlex.jar REM for JDK 1.1.x %JAVA_HOME%\bin\java -classpath %CLPATH% JFlex.Main %1 %2 %3 %4 %5 %6 %7 %8 %9 REM for JDK 1.2 rem java -Xmx128m -jar %JFLEX_HOME%\lib\JFlex.jar %1 %2 %3 %4 %5 %6 %7 %8 %9 jflex-1.4.3/COPYRIGHT0000644000175000017500000003065210036465164012637 0ustar moonmoonJFlex - Copying, Warranty & License JFlex is free software, published under the terms of the GNU General Public License. There is absolutely NO WARRANTY for JFlex, its code and its documentation. The code generated by JFlex inherits the copyright of the specification it was produced from. If it was your specification, you may use the generated code without restriction. TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. (Exception: if the Program itself is interactive but does not normally print such an announcement, your work based on the Program is not required to print an announcement.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Program, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Program, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Program. In addition, mere aggregation of another work not based on the Program with the Program (or with a work based on the Program) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. 3. You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. (This alternative is allowed only for noncommercial distribution and only if you received the program in object code or executable form with such an offer, in accord with Subsection b above.) The source code for a work means the preferred form of the work for making modifications to it. For an executable work, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the executable. However, as a special exception, the source code distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. If distribution of executable or object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place counts as distribution of the source code, even though third parties are not compelled to copy the source along with the object code. 4. You may not copy, modify, sublicense, or distribute the Program except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense or distribute the Program is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 5. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Program or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Program (or any work based on the Program), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Program or works based on it. 6. Each time you redistribute the Program (or any work based on the Program), the recipient automatically receives a license from the original licensor to copy, distribute or modify the Program subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties to this License. 7. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Program at all. For example, if a patent license would not permit royalty-free redistribution of the Program by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Program. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system, which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 8. If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS jflex-1.4.3/doc/0000755000175000017500000000000011141044634012074 5ustar moonmoonjflex-1.4.3/doc/COPYRIGHT0000644000175000017500000003065210036465164013404 0ustar moonmoonJFlex - Copying, Warranty & License JFlex is free software, published under the terms of the GNU General Public License. There is absolutely NO WARRANTY for JFlex, its code and its documentation. The code generated by JFlex inherits the copyright of the specification it was produced from. If it was your specification, you may use the generated code without restriction. TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. (Exception: if the Program itself is interactive but does not normally print such an announcement, your work based on the Program is not required to print an announcement.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Program, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Program, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Program. In addition, mere aggregation of another work not based on the Program with the Program (or with a work based on the Program) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. 3. You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. (This alternative is allowed only for noncommercial distribution and only if you received the program in object code or executable form with such an offer, in accord with Subsection b above.) The source code for a work means the preferred form of the work for making modifications to it. For an executable work, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the executable. However, as a special exception, the source code distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. If distribution of executable or object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place counts as distribution of the source code, even though third parties are not compelled to copy the source along with the object code. 4. You may not copy, modify, sublicense, or distribute the Program except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense or distribute the Program is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 5. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Program or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Program (or any work based on the Program), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Program or works based on it. 6. Each time you redistribute the Program (or any work based on the Program), the recipient automatically receives a license from the original licensor to copy, distribute or modify the Program subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties to this License. 7. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Program at all. For example, if a patent license would not permit royalty-free redistribution of the Program by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Program. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system, which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 8. If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS jflex-1.4.3/doc/crossref.png0000644000175000017500000000022207630211541014425 0ustar moonmoonPNG  IHDR  6tRNS-Mc%LIDATxm @ r܁!E BRcdWLTĐB1 <~ۻpjOGCIENDB`jflex-1.4.3/doc/footnote.png0000644000175000017500000000027507630211541014444 0ustar moonmoonPNG  IHDRitRNS-Mc%wIDATx51! W98`9qpK%t$/G:m(]6 ;H$]ZmjƦB{CJM "?H$Z=c;,ZrIENDB`jflex-1.4.3/doc/jflex_anttask.html0000644000175000017500000001266110143314717015630 0ustar moonmoon JFlex Ant Task

JFlex Ant Task

JFlex can be easily integrated with Ant build tool. To use JFlex with Ant, simply copy JFlex.jar to $ANT_HOME/lib/ directory.

Description

The JFlex Ant Task invokes the JFlex lexical analyzer generator on a grammar file.

To use the JFlex task, the following line must be placed in the Ant build file: 

<taskdef classname="JFlex.anttask.JFlexTask" name="jflex" />

The JFlex task requires the file attribute to be set to the source grammar file (*.flex). Unless the target directory is specified with the destdir option, the generated class will be saved to the same directory where grammar file resides. Like javac, the JFlex task creates subdirectories in destdir according to the generated class package.

This task only invokes JFlex if the grammar file is newer than the generated files.

Parameters

Attribute Description Required Default
file="file" The grammar file to process. Yes
destdir="dir" The directory to write the generated files to. If not set, the files are written to the directory containing the grammar file. Note that unlike JFlex's "-d" command line option, destdir causes the generated file to be written to {destdir}/{package name}. This behaviour is similar to javac -d dir. No
outdir="dir" The directory to write the generated files to. If not set, the files are written to the directory containing the grammar file. This options works exactly like JFlex's "-d" command line option, it causes the output file to be written to dir regardless of the package name. No
verbose Display generation process messages. No "off"
dump Dump character classes, NFA and DFA tables. No "off"
time or

timeStatistics

 Display generation time statistics. No "off"
nomin or

skipMinimization

 Skip minimization step. No "off"
skel="file" or

skeleton="file"

 Use external skeleton file. No "off"
dot or

generateDot

 Write graphviz .dot files for the generated automata (alpha). No "off"
nobak Do not make a backup if the generated file exists. No "off"
switch Use code generation method switch. No "off"
table Use code generation method table. No "off"
pack Use code generation method pack. No "on"

Example

<jflex
    file="src/parser/Parser.flex"
    destdir="build/generated/"
/>

JFlex generates the lexical analyzer for src/parser/Parser.flex and saves the result to build/generated/parser/, providing Parser.flex declares to be in package parser. 

<jflex
    file="src/parser/Parser.flex"
    destdir="build/generated/"
/>
<javac
    srcdir="build/generated/"
    destdir="build/classes/"
/>

The same as above plus compile generated classes to build/classes

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The Fast Lexical Analyser Generator

Copyright ©1998-2009 by Gerwin Klein


JFlex User's Manual


Version 1.4.3, January 31, 2009


Contents


Introduction

JFlex is a lexical analyser generator for Java[*]written in Java. It is also a rewrite of the very useful tool JLex [3] which was developed by Elliot Berk at Princeton University. As Vern Paxson states for his C/C++ tool flex [11]: they do not share any code though.

Design goals

The main design goals of JFlex are:
  • Full unicode support
  • Fast generated scanners
  • Fast scanner generation
  • Convenient specification syntax
  • Platform independence
  • JLex compatibility

About this manual

This manual gives a brief but complete description of the tool JFlex. It assumes that you are familiar with the issue of lexical analysis. The references [1], [2], and [13] provide a good introduction to this topic.

The next section of this manual describes installation procedures for JFlex. If you never worked with JLex or just want to compare a JLex and a JFlex scanner specification you should also read Working with JFlex - an example (section 3). All options and the complete specification syntax are presented in Lexical specifications (section 4); Encodings, Platforms, and Unicode (section 5) provides information about scanning text vs. binary files. If you are interested in performance considerations and comparing JLex with JFlex speed, a few words on performance (section 6) might be just right for you. Those who want to use their old JLex specifications may want to check out section 7.1 Porting from JLex to avoid possible problems with not portable or non standard JLex behaviour that has been fixed in JFlex. Section 7.2 talks about porting scanners from the Unix tools lex and flex. Interfacing JFlex scanners with the LALR parser generators CUP and BYacc/J is explained in working together (section 8). Section 9 Bugs gives a list of currently known active bugs. The manual concludes with notes about Copying and License (section 10) and references.


Installing and Running JFlex

Installing JFlex


Windows

To install JFlex on Windows 95/98/NT/XP, follow these three steps:
  1. Unzip the file you downloaded into the directory you want JFlex in (using something like WinZip). If you unzipped it to say C:\, the following directory structure should be generated: 
    C:\JFlex\                          
      +--bin\                   (start scripts) 
      +--doc\                   (FAQ and manual)
      +--examples\ 
               +--binary\       (scanning binary files)
               +--byaccj\       (calculator example for BYacc/J)
               +--cup\          (calculator example for cup)
               +--interpreter\  (interpreter example for cup)
               +--java\         (Java lexer specification) 
               +--simple\       (example scanner)
               +--simple-maven\ (example with maven)
               +--standalone\   (a simple standalone scanner)
               +--standalone-maven\  (above with maven)
      +--lib\                   (the precompiled classes) 
      +--src\ 
          +--JFlex\             (source code of JFlex) 
          +--JFlex\gui          (source code of JFlex UI classes)
          +--java_cup\runtime\  (source code of cup runtime classes)

  2. Edit the file bin\jflex.bat (in the example it's C:\JFlex\bin\jflex.bat) such that

    • JAVA_HOME contains the directory where your Java JDK is installed (for instance C:\java) and
    • JFLEX_HOME the directory that contains JFlex (in the example: C:\JFlex)

  3. Include the bin\ directory of JFlex in your path. (the one that contains the start script, in the example: C:\JFlex\bin).

Unix with tar archive

To install JFlex on a Unix system, follow these two steps:

  • Decompress the archive into a directory of your choice with GNU tar, for instance to /usr/share:

    tar -C /usr/share -xvzf jflex-1.4.3.tar.gz

    (The example is for site wide installation. You need to be root for that. User installation works exactly the same way--just choose a directory where you have write permission)

  • Make a symbolic link from somewhere in your binary path to bin/jflex, for instance:

    ln -s /usr/share/JFlex/bin/jflex /usr/bin/jflex

    If the Java interpreter is not in your binary path, you need to supply its location in the script bin/jflex.

You can verify the integrity of the downloaded file with the MD5 checksum available on the JFlex download page. If you put the checksum file in the same directory as the archive, you run:

md5sum --check jflex-1.4.3.tar.gz.md5

It should tell you

jflex-1.4.3.tar.gz: OK

Linux with RPM

  • become root
  • issue
    rpm -U jflex-1.4.3-0.rpm

You can verify the integrity of the downloaded rpm file with

rpm --checksig jflex-1.4.3-0.rpm

Running JFlex

You run JFlex with:

jflex <options> <inputfiles>

It is also possible to skip the start script in bin\ and include the file lib\JFlex.jar in your CLASSPATH environment variable instead.

Then you run JFlex with:

java JFlex.Main <options> <inputfiles>

The input files and options are in both cases optional. If you don't provide a file name on the command line, JFlex will pop up a window to ask you for one.

JFlex knows about the following options:

-d <directory>
writes the generated file to the directory <directory>

--skel <file>
uses external skeleton <file>. This is mainly for JFlex maintenance and special low level customisations. Use only when you know what you are doing! JFlex comes with a skeleton file in the src directory that reflects exactly the internal, pre-compiled skeleton and can be used with the -skel option.

--nomin
skip the DFA minimisation step during scanner generation.

--jlex
tries even harder to comply to JLex interpretation of specs.

--dot
generate graphviz dot files for the NFA, DFA and minimised DFA. This feature is still in alpha status, and not fully implemented yet.

--dump
display transition tables of NFA, initial DFA, and minimised DFA

--verbose or -v
display generation progress messages (enabled by default)

--quiet or -q
display error messages only (no chatter about what JFlex is currently doing)

--time
display time statistics about the code generation process (not very accurate)

--version
print version number

--info
print system and JDK information (useful if you'd like to report a problem)

--pack
use the %pack code generation method by default

--table
use the %table code generation method by default

--switch
use the %switch code generation method by default

--help or -h
print a help message explaining options and usage of JFlex.


A simple Example: How to work with JFlex

To demonstrate what a lexical specification with JFlex looks like, this section presents a part of the specification for the Java language. The example does not describe the whole lexical structure of Java programs, but only a small and simplified part of it (some keywords, some operators, comments and only two kinds of literals). It also shows how to interface with the LALR parser generator CUP [8] and therefore uses a class sym (generated by CUP), where integer constants for the terminal tokens of the CUP grammar are declared. JFlex comes with a directory examples, where you can find a small standalone scanner that doesn't need other tools like CUP to give you a running example. The "examples" directory also contains a complete JFlex specification of the lexical structure of Java programs together with the CUP parser specification for Java by C. Scott Ananian, obtained from the CUP [8] web site (it was modified to interface with the JFlex scanner). Both specifications adhere to the Java Language Specification [7]. 

/* JFlex example: part of Java language lexer specification */
import java_cup.runtime.*;

/**
 * This class is a simple example lexer.
 */
%%

%class Lexer
%unicode
%cup
%line
%column

%{
  StringBuffer string = new StringBuffer();

  private Symbol symbol(int type) {
    return new Symbol(type, yyline, yycolumn);
  }
  private Symbol symbol(int type, Object value) {
    return new Symbol(type, yyline, yycolumn, value);
  }
%}

LineTerminator = \r|\n|\r\n
InputCharacter = [^\r\n]
WhiteSpace     = {LineTerminator} | [ \t\f]

/* comments */
Comment = {TraditionalComment} | {EndOfLineComment} | {DocumentationComment}

TraditionalComment   = "/*" [^*] ~"*/" | "/*" "*"+ "/"
EndOfLineComment     = "//" {InputCharacter}* {LineTerminator}
DocumentationComment = "/**" {CommentContent} "*"+ "/"
CommentContent       = ( [^*] | \*+ [^/*] )*

Identifier = [:jletter:] [:jletterdigit:]*

DecIntegerLiteral = 0 | [1-9][0-9]*

%state STRING

%%

/* keywords */
<YYINITIAL> "abstract"           { return symbol(sym.ABSTRACT); }
<YYINITIAL> "boolean"            { return symbol(sym.BOOLEAN); }
<YYINITIAL> "break"              { return symbol(sym.BREAK); }

<YYINITIAL> {
  /* identifiers */ 
  {Identifier}                   { return symbol(sym.IDENTIFIER); }
 
  /* literals */
  {DecIntegerLiteral}            { return symbol(sym.INTEGER_LITERAL); }
  \"                             { string.setLength(0); yybegin(STRING); }

  /* operators */
  "="                            { return symbol(sym.EQ); }
  "=="                           { return symbol(sym.EQEQ); }
  "+"                            { return symbol(sym.PLUS); }

  /* comments */
  {Comment}                      { /* ignore */ }
 
  /* whitespace */
  {WhiteSpace}                   { /* ignore */ }
}

<STRING> {
  \"                             { yybegin(YYINITIAL); 
                                   return symbol(sym.STRING_LITERAL, 
                                   string.toString()); }
  [^\n\r\"\\]+                   { string.append( yytext() ); }
  \\t                            { string.append('\t'); }
  \\n                            { string.append('\n'); }

  \\r                            { string.append('\r'); }
  \\\"                           { string.append('\"'); }
  \\                             { string.append('\\'); }
}

/* error fallback */
.|\n                             { throw new Error("Illegal character <"+
                                                    yytext()+">"); }

From this specification JFlex generates a .java file with one class that contains code for the scanner. The class will have a constructor taking a java.io.Reader from which the input is read. The class will also have a function yylex() that runs the scanner and that can be used to get the next token from the input (in this example the function actually has the name next_token() because the specification uses the %cup switch).

As with JLex, the specification consists of three parts, divided by %%:


Code to include

Let's take a look at the first section, ``user code'': The text up to the first line starting with %% is copied verbatim to the top of the generated lexer class (before the actual class declaration). Beside package and import statements there is usually not much to do here. If the code ends with a javadoc class comment, the generated class will get this comment, if not, JFlex will generate one automatically.


Options and Macros

The second section ``options and declarations'' is more interesting. It consists of a set of options, code that is included inside the generated scanner class, lexical states and macro declarations. Each JFlex option must begin a line of the specification and starts with a %. In our example the following options are used:

  • %class Lexer tells JFlex to give the generated class the name ``Lexer'' and to write the code to a file ``Lexer.java''.

  • %unicode defines the set of characters the scanner will work on. For scanning text files, %unicode should always be used. See also section 5 for more information on character sets, encodings, and scanning text vs. binary files.

  • %cup switches to CUP compatibility mode to interface with a CUP generated parser.

  • %line switches line counting on (the current line number can be accessed via the variable yyline)

  • %column switches column counting on (current column is accessed via yycolumn)

The code included in %{...%} is copied verbatim into the generated lexer class source. Here you can declare member variables and functions that are used inside scanner actions. In our example we declare a StringBuffer ``string'' in which we will store parts of string literals and two helper functions ``symbol'' that create java_cup.runtime.Symbol objects with position information of the current token (see section 8.1 JFlex and CUP for how to interface with the parser generator CUP). As JFlex options, both %{ and \%} must begin a line.

The specification continues with macro declarations. Macros are abbreviations for regular expressions, used to make lexical specifications easier to read and understand. A macro declaration consists of a macro identifier followed by =, then followed by the regular expression it represents. This regular expression may itself contain macro usages. Although this allows a grammar like specification style, macros are still just abbreviations and not non terminals - they cannot be recursive or mutually recursive. Cycles in macro definitions are detected and reported at generation time by JFlex.

Here some of the example macros in more detail:

  • LineTerminator stands for the regular expression that matches an ASCII CR, an ASCII LF or an CR followed by LF.

  • InputCharacter stands for all characters that are not a CR or LF.

  • TraditionalComment is the expression that matches the string "/*" followed by a character that is not a *, followed by anything that does not contain, but ends in "/*". As this would not match comments like /****/, we add "/*" followed by an arbitrary number (at least one) of "*" followed by the closing "/". This is not the only, but one of the simpler expressions matching non-nesting Java comments. It is tempting to just write something like the expression "/*" .* "*/", but this would match more than we want. It would for instance match the whole of /* */ x = 0; /* */, instead of two comments and four real tokens. See DocumentationComment and CommentContent for an alternative.

  • CommentContent matches zero or more occurrences of any character except a * or any number of * followed by a character that is not a /

  • Identifier matches each string that starts with a character of class jletter followed by zero or more characters of class jletterdigit. jletter and jletterdigit are predefined character classes. jletter includes all characters for which the Java function Character.isJavaIdentifierStart returns true and jletterdigit all characters for that Character.isJavaIdentifierPart returns true.

The last part of the second section in our lexical specification is a lexical state declaration: %state STRING declares a lexical state STRING that can be used in the ``lexical rules'' part of the specification. A state declaration is a line starting with %state followed by a space or comma separated list of state identifiers. There can be more than one line starting with %state.


Rules and Actions

The "lexical rules" section of a JFlex specification contains regular expressions and actions (Java code) that are executed when the scanner matches the associated regular expression. As the scanner reads its input, it keeps track of all regular expressions and activates the action of the expression that has the longest match. Our specification above for instance would with input "breaker" match the regular expression for Identifier and not the keyword "break" followed by the Identifier "er", because rule {Identifier} matches more of this input at once (i.e. it matches all of it) than any other rule in the specification. If two regular expressions both have the longest match for a certain input, the scanner chooses the action of the expression that appears first in the specification. In that way, we get for input "break" the keyword "break" and not an Identifier "break".

Additional to regular expression matches, one can use lexical states to refine a specification. A lexical state acts like a start condition. If the scanner is in lexical state STRING, only expressions that are preceded by the start condition <STRING> can be matched. A start condition of a regular expression can contain more than one lexical state. It is then matched when the lexer is in any of these lexical states. The lexical state YYINITIAL is predefined and is also the state in which the lexer begins scanning. If a regular expression has no start conditions it is matched in all lexical states.

Since you often have a bunch of expressions with the same start conditions, JFlex allows the same abbreviation as the Unix tool flex: 

<STRING> {
  expr1   { action1 }
  expr2   { action2 }
}
means that both expr1 and expr2 have start condition <STRING>.

The first three rules in our example demonstrate the syntax of a regular expression preceded by the start condition <YYINITIAL>.

<YYINITIAL> "abstract" { return symbol(sym.ABSTRACT); }

matches the input "abstract" only if the scanner is in its start state "YYINITIAL". When the string "abstract" is matched, the scanner function returns the CUP symbol sym.ABSTRACT. If an action does not return a value, the scanning process is resumed immediately after executing the action.

The rules enclosed in

<YYINITIAL> {
...
}

demonstrate the abbreviated syntax and are also only matched in state YYINITIAL.

Of these rules, one may be of special interest:

\" { string.setLength(0); yybegin(STRING); }

If the scanner matches a double quote in state YYINITIAL we have recognised the start of a string literal. Therefore we clear our StringBuffer that will hold the content of this string literal and tell the scanner with yybegin(STRING) to switch into the lexical state STRING. Because we do not yet return a value to the parser, our scanner proceeds immediately.

In lexical state STRING another rule demonstrates how to refer to the input that has been matched:

[^\n\r\"]+ { string.append( yytext() ); }

The expression [^\n\r\"]+ matches all characters in the input up to the next backslash (indicating an escape sequence such as \n), double quote (indicating the end of the string), or line terminator (which must not occur in a string literal). The matched region of the input is referred to with yytext() and appended to the content of the string literal parsed so far.

The last lexical rule in the example specification is used as an error fallback. It matches any character in any state that has not been matched by another rule. It doesn't conflict with any other rule because it has the least priority (because it's the last rule) and because it matches only one character (so it can't have longest match precedence over any other rule).

How to get it going

  • Install JFlex (see section 2 Installing JFlex)

  • If you have written your specification file (or chosen one from the examples directory), save it (say under the name java-lang.flex).

  • Run JFlex with

    jflex java-lang.flex

  • JFlex should then report some progress messages about generating the scanner and write the generated code to the directory of your specification file.

  • Compile the generated .java file and your own classes. (If you use CUP, generate your parser classes first)

  • That's it.


Lexical Specifications

As shown above, a lexical specification file for JFlex consists of three parts divided by a single line starting with %%:

UserCode
%%
Options and declarations
%%
Lexical rules

In all parts of the specification comments of the form /* comment text */ and the Java style end of line comments starting with // are permitted. JFlex comments do nest - so the number of /* and */ should be balanced.


User code

The first part contains user code that is copied verbatim into the beginning of the source file of the generated lexer before the scanner class is declared. As shown in the example above, this is the place to put package declarations and import statements. It is possible, but not considered as good Java programming style to put own helper class (such as token classes) in this section. They should get their own .java file instead.


Options and declarations

The second part of the lexical specification contains options to customise your generated lexer (JFlex directives and Java code to include in different parts of the lexer), declarations of lexical states and macro definitions for use in the third section ``Lexical rules'' of the lexical specification file.

Each JFlex directive must be situated at the beginning of a line and starts with the % character. Directives that have one or more parameters are described as follows:

%class "classname"

means that you start a line with %class followed by a space followed by the name of the class for the generated scanner (the double quotes are not to be entered, see the example specification in section 3).


Class options and user class code

These options regard name, constructor, API, and related parts of the generated scanner class.
  • %class "classname"

    Tells JFlex to give the generated class the name "classname" and to write the generated code to a file "classname.java". If the -d <directory> command line option is not used, the code will be written to the directory where the specification file resides. If no %class directive is present in the specification, the generated class will get the name "Yylex" and will be written to a file "Yylex.java". There should be only one %class directive in a specification.

  • %implements "interface 1"[, "interface 2", ..]

    Makes the generated class implement the specified interfaces. If more than one %implements directive is present, all the specified interfaces will be implemented.

  • %extends "classname"

    Makes the generated class a subclass of the class ``classname''. There should be only one %extends directive in a specification.

  • %public

    Makes the generated class public (the class is only accessible in its own package by default).

  • %final

    Makes the generated class final.

  • %abstract

    Makes the generated class abstract.

  • %apiprivate

    Makes all generated methods and fields of the class private. Exceptions are the constructor, user code in the specification, and, if %cup is present, the method next_token. All occurrences of " public " (one space character before and after public) in the skeleton file are replaced by " private " (even if a user-specified skeleton is used). Access to the generated class is expected to be mediated by user class code (see next switch).

  • %{
    ...
    %}

    The code enclosed in %{ and %} is copied verbatim into the generated class. Here you can define your own member variables and functions in the generated scanner. Like all options, both %{ and %} must start a line in the specification. If more than one class code directive %{...%} is present, the code is concatenated in order of appearance in the specification.

  • %init{
    ...
    %init}

    The code enclosed in %init{ and %init} is copied verbatim into the constructor of the generated class. Here, member variables declared in the %{...%} directive can be initialised. If more than one initialiser option is present, the code is concatenated in order of appearance in the specification.

  • %initthrow{
    "exception1"[, "exception2", ...]
    %initthrow}

    or (on a single line) just

    %initthrow "exception1" [, "exception2", ...]

    Causes the specified exceptions to be declared in the throws clause of the constructor. If more than one %initthrow{ ... %initthrow} directive is present in the specification, all specified exceptions will be declared.

  • %ctorarg "type" "ident"

    Adds the specified argument to the constructors of the generated scanner. If more than one such directive is present, the arguments are added in order of occurrence in the specification. Note that this option conflicts with the %standalone and %debug directives, because there is no sensible default that can be created automatically for such parameters in the generated main methods. JFlex will warn in this case and generate an additional default constructor without these parameters and without user init code (which might potentially refer to the parameters).

  • %scanerror "exception"

    Causes the generated scanner to throw an instance of the specified exception in case of an internal error (default is java.lang.Error). Note that this exception is only for internal scanner errors. With usual specifications it should never occur (i.e. if there is an error fallback rule in the specification and only the documented scanner API is used).

  • %buffer "size"

    Set the initial size of the scan buffer to the specified value (decimal, in bytes). The default value is 16384.

  • %include "filename"

    Replaces the %include verbatim by the specified file. This feature is still experimental. It works, but error reporting can be strange if a syntax error occurs on the last token in the included file.


Scanning method

This section shows how the scanning method can be customised. You can redefine the name and return type of the method and it is possible to declare exceptions that may be thrown in one of the actions of the specification. If no return type is specified, the scanning method will be declared as returning values of class Yytoken.
  • %function "name"

    Causes the scanning method to get the specified name. If no %function directive is present in the specification, the scanning method gets the name ``yylex''. This directive overrides settings of the %cup switch. Please note that the default name of the scanning method with the %cup switch is next_token. Overriding this name might lead to the generated scanner being implicitly declared as abstract, because it does not provide the method next_token of the interface java_cup.runtime.Scanner. It is of course possible to provide a dummy implementation of that method in the class code section if you still want to override the function name.

  • %integer
    %int

    Both cause the scanning method to be declared as of Java type int. Actions in the specification can then return int values as tokens. The default end of file value under this setting is YYEOF, which is a public static final int member of the generated class.

  • %intwrap

    Causes the scanning method to be declared as of the Java wrapper type Integer. Actions in the specification can then return Integer values as tokens. The default end of file value under this setting is null.

  • %type "typename"

    Causes the scanning method to be declared as returning values of the specified type. Actions in the specification can then return values of typename as tokens. The default end of file value under this setting is null. If typename is not a subclass of java.lang.Object, you should specify another end of file value using the %eofval{ ... %eofval} directive or the <<EOF>> rule. The %type directive overrides settings of the %cup switch.

  • %yylexthrow{
    "exception1"[, "exception2", ... ]
    %yylexthrow}

    or (on a single line) just

    %yylexthrow "exception1" [, "exception2", ...]

    The exceptions listed inside %yylexthrow{ ... %yylexthrow} will be declared in the throws clause of the scanning method. If there is more than one %yylexthrow{ ... %yylexthrow} clause in the specification, all specified exceptions will be declared.


The end of file

There is always a default value that the scanning method will return when the end of file has been reached. You may however define a specific value to return and a specific piece of code that should be executed when the end of file is reached.

The default end of file values depends on the return type of the scanning method:

  • For %integer, the scanning method will return the value YYEOF, which is a public static final int member of the generated class.

  • For %intwrap,
  • no specified type at all, or a
  • user defined type, declared using %type, the value is null.

  • In CUP compatibility mode, using %cup, the value is

    new java_cup.runtime.Symbol(sym.EOF)

User values and code to be executed at the end of file can be defined using these directives:

  • %eofval{
    ...
    %eofval}

    The code included in %eofval{ ... %eofval} will be copied verbatim into the scanning method and will be executed each time when the end of file is reached (this is possible when the scanning method is called again after the end of file has been reached). The code should return the value that indicates the end of file to the parser. There should be only one %eofval{ ... %eofval} clause in the specification. The %eofval{ ... %eofval} directive overrides settings of the %cup switch and %byaccj switch. As of version 1.2 JFlex provides a more readable way to specify the end of file value using the <<EOF>> rule (see also section 4.3.2).

  • %eof{
    ...
    %eof}

    The code included in %{eof ... %eof} will be executed exactly once, when the end of file is reached. The code is included inside a method void yy_do_eof() and should not return any value (use %eofval{...%eofval} or <<EOF>> for this purpose). If more than one end of file code directive is present, the code will be concatenated in order of appearance in the specification.

  • %eofthrow{
    "exception1"[,"exception2", ... ]
    %eofthrow}

    or (on a single line) just

    %eofthrow "exception1" [, "exception2", ...]

    The exceptions listed inside %eofthrow{...%eofthrow} will be declared in the throws clause of the method yy_do_eof() (see %eof for more on that method). If there is more than one %eofthrow{...%eofthrow} clause in the specification, all specified exceptions will be declared.

  • %eofclose

    Causes JFlex to close the input stream at the end of file. The code yyclose() is appended to the method yy_do_eof() (together with the code specified in %eof{...%eof}) and the exception java.io.IOException is declared in the throws clause of this method (together with those of %eofthrow{...%eofthrow})

  • %eofclose false

    Turns the effect of %eofclose off again (e.g. in case closing of input stream is not wanted after %cup).


Standalone scanners

  • %debug

    Creates a main function in the generated class that expects the name of an input file on the command line and then runs the scanner on this input file by printing information about each returned token to the Java console until the end of file is reached. The information includes: line number (if line counting is enabled), column (if column counting is enabled), the matched text, and the executed action (with line number in the specification).

  • %standalone

    Creates a main function in the generated class that expects the name of an input file on the command line and then runs the scanner on this input file. The values returned by the scanner are ignored, but any unmatched text is printed to the Java console instead (as the C/C++ tool flex does, if run as standalone program). To avoid having to use an extra token class, the scanning method will be declared as having default type int, not YYtoken (if there isn't any other type explicitly specified). This is in most cases irrelevant, but could be useful to know when making another scanner standalone for some purpose. You should also consider using the %debug directive, if you just want to be able to run the scanner without a parser attached for testing etc.


CUP compatibility

You may also want to read section 8.1 JFlex and CUP if you are interested in how to interface your generated scanner with CUP.
  • %cup

    The %cup directive enables the CUP compatibility mode and is equivalent to the following set of directives: 

    %implements java_cup.runtime.Scanner
%function next_token
%type java_cup.runtime.Symbol
%eofval{
  return new java_cup.runtime.Symbol(<CUPSYM>.EOF);
%eofval}
%eofclose

    The value of <CUPSYM> defaults to sym and can be changed with the %cupsym directive. In JLex compatibility mode (-jlex switch on the command line), %eofclose will not be turned on.

  • %cupsym "classname"

    Customises the name of the CUP generated class/interface containing the names of terminal tokens. Default is sym. The directive should not be used after %cup, but before.

  • %cupdebug

    Creates a main function in the generated class that expects the name of an input file on the command line and then runs the scanner on this input file. Prints line, column, matched text, and CUP symbol name for each returned token to standard out.


BYacc/J compatibility

You may also want to read section 8.2 JFlex and BYacc/J if you are interested in how to interface your generated scanner with Byacc/J.
  • %byacc

    The %byacc directive enables the BYacc/J compatibility mode and is equivalent to the following set of directives: 

    %integer
%eofval{
  return 0;
%eofval}
%eofclose


Code generation

The following options define what kind of lexical analyser code JFlex will produce. %pack is the default setting and will be used, when no code generation method is specified.

  • %switch

    With %switch JFlex will generate a scanner that has the DFA hard coded into a nested switch statement. This method gives a good deal of compression in terms of the size of the compiled .class file while still providing very good performance. If your scanner gets to big though (say more than about 200 states) performance may vastly degenerate and you should consider using one of the %table or %pack directives. If your scanner gets even bigger (about 300 states), the Java compiler javac could produce corrupted code, that will crash when executed or will give you an java.lang.VerifyError when checked by the virtual machine. This is due to the size limitation of 64 KB of Java methods as described in the Java Virtual Machine Specification [10]. In this case you will be forced to use the %pack directive, since %switch usually provides more compression of the DFA table than the %table directive.

  • %table

    The %table direction causes JFlex to produce a classical table driven scanner that encodes its DFA table in an array. In this mode, JFlex only does a small amount of table compression (see [6], [12], [1] and [13] for more details on the matter of table compression) and uses the same method that JLex did up to version 1.2.1. See section 6 performance of this manual to compare these methods. The same reason as above (64 KB size limitation of methods) causes the same problem, when the scanner gets too big. This is, because the virtual machine treats static initialisers of arrays as normal methods. You will in this case again be forced to use the %pack directive to avoid the problem.

  • %pack

    %pack causes JFlex to compress the generated DFA table and to store it in one or more string literals. JFlex takes care that the strings are not longer than permitted by the class file format. The strings have to be unpacked when the first scanner object is created and initialised. After unpacking the internal access to the DFA table is exactly the same as with option %table -- the only extra work to be done at runtime is the unpacking process which is quite fast (not noticeable in normal cases). It is in time complexity proportional to the size of the expanded DFA table, and it is static, i.e. it is done only once for a certain scanner class -- no matter how often it is instantiated. Again, see section 6 performance on the performance of these scanners With %pack, there should be practically no limitation to the size of the scanner. %pack is the default setting and will be used when no code generation method is specified.


Character sets

  • %7bit

    Causes the generated scanner to use an 7 bit input character set (character codes 0-127). If an input character with a code greater than 127 is encountered in an input at runtime, the scanner will throw an ArrayIndexOutofBoundsException. Not only because of this, you should consider using the %unicode directive. See also section 5 for information about character encodings. This is the default in JLex compatibility mode.

  • %full
    %8bit

    Both options cause the generated scanner to use an 8 bit input character set (character codes 0-255). If an input character with a code greater than 255 is encountered in an input at runtime, the scanner will throw an ArrayIndexOutofBoundsException. Note that even if your platform uses only one byte per character, the Unicode value of a character may still be greater than 255. If you are scanning text files, you should consider using the %unicode directive. See also section 5 for more information about character encodings.

  • %unicode
    %16bit

    Both options cause the generated scanner to use the full 16 bit Unicode input character set that Java supports natively (character code points 0-65535). There will be no runtime overflow when using this set of input characters. %unicode does not mean that the scanner will read two bytes at a time. What is read and what constitutes a character depends on the runtime platform. See also section 5 for more information about character encodings. This is the default unless the JLex compatibility mode is used (command line option -jlex).

  • %caseless
    %ignorecase

    This option causes JFlex to handle all characters and strings in the specification as if they were specified in both uppercase and lowercase form. This enables an easy way to specify a scanner for a language with case insensitive keywords. The string "break" in a specification is for instance handled like the expression ([bB][rR][eE][aA][kK]). The %caseless option does not change the matched text and does not effect character classes. So [a] still only matches the character a and not A, too. Which letters are uppercase and which lowercase letters, is defined by the Unicode standard and determined by JFlex with the Java methods Character.toUpperCase and Character.toLowerCase. In JLex compatibility mode (-jlex switch on the command line), %caseless and %ignorecase also affect character classes.


Line, character and column counting

  • %char

    Turns character counting on. The int member variable yychar contains the number of characters (starting with 0) from the beginning of input to the beginning of the current token.

  • %line

    Turns line counting on. The int member variable yyline contains the number of lines (starting with 0) from the beginning of input to the beginning of the current token.

  • %column

    Turns column counting on. The int member variable yycolumn contains the number of characters (starting with 0) from the beginning of the current line to the beginning of the current token.


Obsolete JLex options

  • %notunix

    This JLex option is obsolete in JFlex but still recognised as valid directive. It used to switch between Windows and Unix kind of line terminators (\r\n and \n) for the $ operator in regular expressions. JFlex always recognises both styles of platform dependent line terminators.

  • %yyeof

    This JLex option is obsolete in JFlex but still recognised as valid directive. In JLex it declares a public member constant YYEOF. JFlex declares it in any case.


State declarations

State declarations have the following from:

%s[tate] "state identifier" [, "state identifier", ... ] for inclusive or
%x[state] "state identifier" [, "state identifier", ... ] for exclusive states

There may be more than one line of state declarations, each starting with %state or %xstate (the first character is sufficient, %s and %x works, too). State identifiers are letters followed by a sequence of letters, digits or underscores. State identifiers can be separated by white-space or comma.

The sequence

%state STATE1
%xstate STATE3, XYZ, STATE_10
%state ABC STATE5

declares the set of identifiers STATE1, STATE3, XYZ, STATE_10, ABC, STATE5 as lexical states, STATE1, ABC, STATE5 as inclusive, and STATE3, XYZ, STATE_10 as exclusive. See also section 4.3.3 on the way lexical states influence how the input is matched.


Macro definitions

A macro definition has the form

macroidentifier = regular expression

That means, a macro definition is a macro identifier (letter followed by a sequence of letters, digits or underscores), that can later be used to reference the macro, followed by optional white-space, followed by an "=", followed by optional white-space, followed by a regular expression (see section 4.3 lexical rules for more information about regular expressions).

The regular expression on the right hand side must be well formed and must not contain the ^, / or $ operators. Differently to JLex, macros are not just pieces of text that are expanded by copying - they are parsed and must be well formed.

This is a feature. It eliminates some very hard to find bugs in lexical specifications (such like not having parentheses around more complicated macros - which is not necessary with JFlex). See section 7.1 Porting from JLex for more details on the problems of JLex style macros.

Since it is allowed to have macro usages in macro definitions, it is possible to use a grammar like notation to specify the desired lexical structure. Macros however remain just abbreviations of the regular expressions they represent. They are not non terminals of a grammar and cannot be used recursively in any way. JFlex detects cycles in macro definitions and reports them at generation time. JFlex also warns you about macros that have been defined but never used in the ``lexical rules'' section of the specification.


Lexical rules

The ``lexical rules'' section of an JFlex specification contains a set of regular expressions and actions (Java code) that are executed when the scanner matches the associated regular expression.


Syntax

The syntax of the "lexical rules" section is described by the following BNF grammar (terminal symbols are enclosed in 'quotes'): 

LexicalRules ::= Rule+ 
Rule         ::= [StateList] ['^'] RegExp [LookAhead] Action 
               | [StateList] '<<EOF>>' Action
               | StateGroup 
StateGroup   ::= StateList '{' Rule+ '}' 
StateList    ::= '<' Identifier (',' Identifier)* '>' 
LookAhead    ::= '$' | '/' RegExp
Action       ::= '{' JavaCode '}' | '|'

RegExp       ::= RegExp '|' RegExp 
               | RegExp RegExp 
               | '(' RegExp ')'
               | ('!'|'~') RegExp
               | RegExp ('*'|'+'|'?')
               | RegExp "{" Number ["," Number] "}" 
               | '[' ['^'] (Character|Character'-'Character)* ']' 
               | PredefinedClass 
               | '{' Identifier '}' 
               | '"' StringCharacter+ '"' 
               | Character 

PredefinedClass ::= '[:jletter:]' 
                  | '[:jletterdigit:]' 
                  | '[:letter:]' 
                  | '[:digit:]' 
                  | '[:uppercase:]' 
                  | '[:lowercase:]' 
                  | '.'

The grammar uses the following terminal symbols:

  • JavaCode
    a sequence of BlockStatements as described in the Java Language Specification [7], section 14.2.

  • Number
    a non negative decimal integer.

  • Identifier
    a letter [a-zA-Z] followed by a sequence of zero or more letters, digits or underscores [a-zA-Z0-9_]

  • Character
    an escape sequence or any unicode character that is not one of these meta characters: | ( ) { } [ ] < > \ . * + ? ^ $ / . " ~ !

  • StringCharacter
    an escape sequence or any unicode character that is not one of these meta characters: \ "

  • An escape sequence

    • \n \r \t \f \b
    • a \x followed by two hexadecimal digits [a-fA-F0-9] (denoting a standard ASCII escape sequence),

    • a \u followed by four hexadecimal digits [a-fA-F0-9] (denoting an unicode escape sequence),

    • a backslash followed by a three digit octal number from 000 to 377 (denoting a standard ASCII escape sequence), or

    • a backslash followed by any other unicode character that stands for this character.

Please note that the \n escape sequence stands for the ASCII LF character - not for the end of line. If you would like to match the line terminator, you should use the expression \r|\n|\r\n if you want the Java conventions, or \r|\n|\r\n|\u2028|\u2029|\u000B|\u000C|\u0085 if you want to be fully Unicode compliant (see also [5]).

As of version 1.1 of JFlex the white-space characters " " (space) and "\t" (tab) can be used to improve the readability of regular expressions. They will be ignored by JFlex. In character classes and strings however, white-space characters keep standing for themselves (so the string " " still matches exactly one space character and [ \n] still matches an ASCII LF or a space character).

JFlex applies the following standard operator precedences in regular expression (from highest to lowest):

  • unary postfix operators ('*', '+', '?', {n}, {n,m})

  • unary prefix operators ('!', '~')

  • concatenation (RegExp::= RegExp Regexp)

  • union (RegExp::= RegExp '|' RegExp)

So the expression a | abc | !cd* for instance is parsed as (a|(abc)) | ((!c)(d*)).


Semantics

This section gives an informal description of which text is matched by a regular expression (i.e. an expression described by the RegExp production of the grammar presented above).

A regular expression that consists solely of

  • a Character matches this character.

  • a character class '[' (Character|Character'-'Character)* ']' matches any character in that class. A Character is to be considered an element of a class, if it is listed in the class or if its code lies within a listed character range Character'-'Character. So [a0-3\n] for instance matches the characters

    a 0 1 2 3 \n

    If the list of characters is empty (i.e. just []), the expression matches nothing at all (the empty set), not even the empty string. This may be useful in combination with the negation operator '!'.

  • a negated character class '[^' (Character|Character'-'Character)* ']' matches all characters not listed in the class. If the list of characters is empty (i.e. [^]), the expression matches any character of the input character set.

  • a string '"' StringCharacter+ '" ' matches the exact text enclosed in double quotes. All meta characters but \ and " loose their special meaning inside a string. See also the %ignorecase switch.

  • a macro usage '{' Identifier '}' matches the input that is matched by the right hand side of the macro with name "Identifier".

  • a predefined character class matches any of the characters in that class. There are the following predefined character classes:

    . contains all characters but \n.

    All other predefined character classes are defined in the Unicode specification or the Java Language Specification and determined by Java functions of class java.lang.Character. 

    [:jletter:]      isJavaIdentifierStart()
[:jletterdigit:] isJavaIdentifierPart()
[:letter:]       isLetter()
[:digit:]        isDigit()
[:uppercase:]    isUpperCase()
[:lowercase:]    isLowerCase()

    They are especially useful when working with the unicode character set.

If a and b are regular expressions, then

a | b
(union)

is the regular expression, that matches all input that is matched by a or by b.

a b
(concatenation)

is the regular expression, that matches the input matched by a followed by the input matched by b.

a*
(Kleene closure)

matches zero or more repetitions of the input matched by a

a+
(iteration)

is equivalent to aa*

a?
(option)

matches the empty input or the input matched by a

!a
(negation)

matches everything but the strings matched by a. Use with care: the construction of !a involves an additional, possibly exponential NFA to DFA transformation on the NFA for a. Note that with negation and union you also have (by applying DeMorgan) intersection and set difference: the intersection of a and b is !(!a|!b), the expression that matches everything of a not matched by b is !(!a|b)

~a
(upto)

matches everything up to (and including) the first occurrence of a text matched by a. The expression ~a is equivalent to !([^]* a [^]*) a. A traditional C-style comment is matched by "/*" ~"*/"

a{n}
(repeat)

is equivalent to n times the concatenation of a. So a{4} for instance is equivalent to the expression a a a a. The decimal integer n must be positive.

a{n,m}
is equivalent to at least n times and at most m times the concatenation of a. So a{2,4} for instance is equivalent to the expression a a a? a?. Both n and m are non negative decimal integers and m must not be smaller than n.

( a )
matches the same input as a.

In a lexical rule, a regular expression r may be preceded by a '^' (the beginning of line operator). r is then only matched at the beginning of a line in the input. A line begins after each occurrence of \r|\n|\r\n|\u2028|\u2029|\u000B|\u000C|\u0085 (see also [5]) and at the beginning of input. The preceding line terminator in the input is not consumed and can be matched by another rule.

In a lexical rule, a regular expression r may be followed by a look-ahead expression. A look-ahead expression is either a '$' (the end of line operator) or a '/' followed by an arbitrary regular expression. In both cases the look-ahead is not consumed and not included in the matched text region, but it is considered while determining which rule has the longest match (see also 4.3.3 How the input is matched).

In the '$' case r is only matched at the end of a line in the input. The end of a line is denoted by the regular expression \r|\n|\r\n|\u2028|\u2029|\u000B|\u000C|\u0085. So a$ is equivalent to a / \r|\n|\r\n|\u2028|\u2029|\u000B|\u000C|\u0085.This is a bit different to the situation described in [5]: since in JFlex $ is a true trailing context, the end of file does not count as end of line.

For arbitrary look-ahead (also called trailing context) the expression is matched only when followed by input that matches the trailing context.

As of version 1.2, JFlex allows lex/flex style «EOF» rules in lexical specifications. A rule 

[StateList]  <<EOF>>    { some action code }
is very similar to the %eofval directive (section 4.2.3). The difference lies in the optional StateList that may precede the «EOF» rule. The action code will only be executed when the end of file is read and the scanner is currently in one of the lexical states listed in StateList. The same StateGroup (see section 4.3.3 How the input is matched) and precedence rules as in the ``normal'' rule case apply (i.e. if there is more than one «EOF» rule for a certain lexical state, the action of the one appearing earlier in the specification will be executed). «EOF» rules override settings of the %cup and %byaccj options and should not be mixed with the %eofval directive.

An Action consists either of a piece of Java code enclosed in curly braces or is the special | action. The | action is an abbreviation for the action of the following expression.

Example: 

expression1   |
expression2   |
expression3   { some action }
is equivalent to the expanded form 
expression1   { some action }
expression2   { some action }
expression3   { some action }

They are useful when you work with trailing context expressions. The expression a | (c / d) | b is not syntactically legal, but can easily be expressed using the | action: 

a       |
c / d   |
b       { some action }


How the input is matched

When consuming its input, the scanner determines the regular expression that matches the longest portion of the input (longest match rule). If there is more than one regular expression that matches the longest portion of input (i.e. they all match the same input), the generated scanner chooses the expression that appears first in the specification. After determining the active regular expression, the associated action is executed. If there is no matching regular expression, the scanner terminates the program with an error message (if the %standalone directive has been used, the scanner prints the unmatched input to java.lang.System.out instead and resumes scanning).

Lexical states can be used to further restrict the set of regular expressions that match the current input.

  • A regular expression can only be matched when its associated set of lexical states includes the currently active lexical state of the scanner or if the set of associated lexical states is empty and the currently active lexical state is inclusive. Exclusive and inclusive states only differ at this point: rules with an empty set of associated states.

  • The currently active lexical state of the scanner can be changed from within an action of a regular expression using the method yybegin().

  • The scanner starts in the inclusive lexical state YYINITIAL, which is always declared by default.

  • The set of lexical states associated with a regular expression is the StateList that precedes the expression. If a rule is contained in one or more StateGroups, then the states of these are also associated with the rule, i.e. they accumulate over StateGroups.

    Example: 

    %states A, B
%xstates C
%%
expr1                   { yybegin(A); action }
<YYINITIAL, A> expr2    { action }
<A> {
  expr3                 { action }
  <B,C> expr4           { action }
}
    The first line declares two (inclusive) lexical states A and B, the second line an exclusive lexical state C. The default (inclusive) state YYINITIAL is always implicitly there and doesn't need to be declared. The rule with expr1 has no states listed, and is thus matched in all states but the exclusive ones, i.e. A, B, and YYINITIAL. In its action, the scanner is switched to state A. The second rule expr2 can only match when the scanner is in state YYINITIAL or A. The rule expr3 can only be matched in state A and expr4 in states A, B, and C.

  • Lexical states are declared and used as Java int constants in the generated class under the same name as they are used in the specification. There is no guarantee that the values of these integer constants are distinct. They are pointers into the generated DFA table, and if JFlex recognises two states as lexically equivalent (if they are used with the exact same set of regular expressions), then the two constants will get the same value.

The generated class

JFlex generates exactly one file containing one class from the specification (unless you have declared another class in the first specification section).

The generated class contains (among other things) the DFA tables, an input buffer, the lexical states of the specification, a constructor, and the scanning method with the user supplied actions.

The name of the class is by default Yylex, it is customisable with the %class directive (see also section 4.2.1). The input buffer of the lexer is connected with an input stream over the java.io.Reader object which is passed to the lexer in the generated constructor. If you want to provide your own constructor for the lexer, you should always call the generated one in it to initialise the input buffer. The input buffer should not be accessed directly, but only over the advertised API (see also section 4.3.5). Its internal implementation may change between releases or skeleton files without notice.

The main interface to the outside world is the generated scanning method (default name yylex, default return type Yytoken). Most of its aspects are customisable (name, return type, declared exceptions etc., see also section 4.2.2). If it is called, it will consume input until one of the expressions in the specification is matched or an error occurs. If an expression is matched, the corresponding action is executed. It may return a value of the specified return type (in which case the scanning method return with this value), or if it doesn't return a value, the scanner resumes consuming input until the next expression is matched. If the end of file is reached, the scanner executes the EOF action, and (also upon each further call to the scanning method) returns the specified EOF value (see also section 4.2.3).


Scanner methods and fields accessible in actions (API)

Generated methods and member fields in JFlex scanners are prefixed with yy to indicate that they are generated and to avoid name conflicts with user code copied into the class. Since user code is part of the same class, JFlex has no language means like the private modifier to indicate which members and methods are internal and which ones belong to the API. Instead, JFlex follows a naming convention: everything starting with a zz prefix like zzStartRead is to be considered internal and subject to change without notice between JFlex releases. Methods and members of the generated class that do not have a zz prefix like yycharat belong to the API that the scanner class provides to users in action code of the specification. They will be remain stable and supported between JFlex releases as long as possible.

Currently, the API consists of the following methods and member fields:

  • String yytext()
    returns the matched input text region

  • int yylength()
    returns the length of the matched input text region (does not require a String object to be created)

  • char yycharat(int pos)
    returns the character at position pos from the matched text. It is equivalent to yytext().charAt(pos), but faster. pos must be a value from 0 to yylength()-1.

  • void yyclose()
    closes the input stream. All subsequent calls to the scanning method will return the end of file value

  • void yyreset(java.io.Reader reader)
    closes the current input stream, and resets the scanner to read from a new input stream. All internal variables are reset, the old input stream cannot be reused (content of the internal buffer is discarded and lost). The lexical state is set to YY_INITIAL.

  • void yypushStream(java.io.Reader reader)
    Stores the current input stream on a stack, and reads from a new stream. Lexical state, line, char, and column counting remain untouched. The current input stream can be restored with yypopstream (usually in an «EOF» action).

    A typical example for this are include files in style of the C pre-processor. The corresponding JFlex specification could look somewhat like this: 

    "#include" {FILE}  { yypushStream(new FileReader(getFile(yytext()))); }
..
<<EOF>>        { if (yymoreStreams()) yypopStream(); else return EOF; }

    This method is only available in the skeleton file skeleton.nested. You can find it in the src directory of the JFlex distribution.

  • void yypopStream()
    Closes the current input stream and continues to read from the one on top of the stream stack.

    This method is only available in the skeleton file skeleton.nested. You can find it in the src directory of the JFlex distribution.

  • boolean yymoreStreams()
    Returns true iff there are still streams for yypopStream left to read from on the stream stack.

    This method is only available in the skeleton file skeleton.nested. You can find it in the src directory of the JFlex distribution.

  • int yystate()
    returns the current lexical state of the scanner.

  • void yybegin(int lexicalState)
    enters the lexical state lexicalState

  • void yypushback(int number)
    pushes number characters of the matched text back into the input stream. They will be read again in the next call of the scanning method. The number of characters to be read again must not be greater than the length of the matched text. The pushed back characters will after the call of yypushback not be included in yylength and yytext(). Please note that in Java strings are unchangeable, i.e. an action code like 
        String matched = yytext();
    yypushback(1);
    return matched;
    will return the whole matched text, while 
        yypushback(1);
    return yytext();
    will return the matched text minus the last character.

  • int yyline
    contains the current line of input (starting with 0, only active with the %line directive)

  • int yychar
    contains the current character count in the input (starting with 0, only active with the %char directive)

  • int yycolumn
    contains the current column of the current line (starting with 0, only active with the %column directive)


Encodings, Platforms, and Unicode

This section tries to shed some light on the issues of Unicode and encodings, cross platform scanning, and how to deal with binary data. My thanks go to Stephen Ostermiller for his input on this topic.


The Problem

Before we dive straight into details, let's take a look at what the problem is. The problem is Java's platform independence when you want to use it. For scanners the interesting part about platform independence is character encodings and how they are handled.

If a program reads a file from disk, it gets a stream of bytes. In earlier times, when the grass was green, and the world was much simpler, everybody knew that the byte value 65 is, of course, an A. It was no problem to see which bytes meant which characters (actually these times never existed, but anyway). The normal Latin alphabet only has 26 characters, so 7 bits or 128 distinct values should surely be enough to map them, even if you allow yourself the luxury of upper and lower case. Nowadays, things are different. The world suddenly grew much larger, and all kinds of people wanted all kinds of special characters, just because they use them in their language and writing. This is were the mess starts. Since the 128 distinct values were already filled up with other stuff, people began to use all 8 bits of the byte, and extended the byte/character mappings to fit their need, and of course everybody did it differently. Some people for instance may have said ``let's use the value 213 for the German character ä''. Others may have found that 213 should much rather mean é, because they didn't need German and wrote French instead. As long as you use your program and data files only on one platform, this is no problem, as all know what means what, and everything gets used consistently.

Now Java comes into play, and wants to run everywhere (once written, that is) and now there suddenly is a problem: how do I get the same program to say ä to a certain byte when it runs in Germany and maybe é when it runs in France? And also the other way around: when I want to say é on the screen, which byte value should I send to the operating system?

Java's solution to this is to use Unicode internally. Unicode aims to be a superset of all known character sets and is therefore a perfect base for encoding things that might get used all over the world. To make things work correctly, you still have to know where you are and how to map byte values to Unicode characters and vice versa, but the important thing is, that this mapping is at least possible (you can map Kanji characters to Unicode, but you cannot map them to ASCII or iso-latin-1).


Scanning text files

Scanning text files is the standard application for scanners like JFlex. Therefore it should also be the most convenient one. Most times it is.

The following scenario works like a breeze: You work on a platform X, write your lexer specification there, can use any obscure Unicode character in it as you like, and compile the program. Your users work on any platform Y (possibly but not necessarily something different from X), they write their input files on Y and they run your program on Y. No problems.

Java does this as follows: If you want to read anything in Java that is supposed to contain text, you use a FileReader or some InputStream together with an InputStreamReader. InputStreams return the raw bytes, the InputStreamReader converts the bytes into Unicode characters with the platform's default encoding. If a text file is produced on the same platform, the platform's default encoding should do the mapping correctly. Since JFlex also uses readers and Unicode internally, this mechanism also works for the scanner specifications. If you write an A in your text editor and the editor uses the platform's encoding (say A is 65), then Java translates this into the logical Unicode A internally. If a user writes an A on a completely different platform (say A is 237 there), then Java also translates this into the logical Unicode A internally. Scanning is performed after that translation and both match.

Note that because of this mapping from bytes to characters, you should always use the %unicode switch in you lexer specification if you want to scan text files. %8bit may not be enough, even if you know that your platform only uses one byte per character. The encoding Cp1252 used on many Windows machines for instance knows 256 characters, but the character ´ with Cp1252 code \x92 has the Unicode value \u2019, which is larger than 255 and which would make your scanner throw an ArrayIndexOutOfBoundsException if it is encountered.

So for the usual case you don't have to do anything but use the %unicode switch in your lexer specification.

Things may break when you produce a text file on platform X and consume it on a different platform Y. Let's say you have a file written on a Windows PC using the encoding Cp1252. Then you move this file to a Linux PC with encoding ISO 8859-1 and there you want to run your scanner on it. Java now thinks the file is encoded in ISO 8859-1 (the platform's default encoding) while it really is encoded in Cp1252. For most characters Cp1252 and ISO 8859-1 are the same, but for the byte values \x80 to \x9f they disagree: ISO 8859-1 is undefined there. You can fix the problem by telling Java explicitly which encoding to use. When constructing the InputStreamReader, you can give the encoding as argument. The line

Reader r = new InputStreamReader(input, "Cp1252");
will do the trick.

Of course the encoding to use can also come from the data itself: for instance, when you scan a HTML page, it may have embedded information about its character encoding in the headers.

More information about encodings, which ones are supported, how they are called, and how to set them may be found in the official Java documentation in the chapter about internationalisation. The link http://java.sun.com/j2se/1.3/docs/guide/intl/ leads to an online version of this for Sun's JDK 1.3.


Scanning binaries

Scanning binaries is both easier and more difficult than scanning text files. It's easier because you want the raw bytes and not their meaning, i.e. you don't want any translation. It's more difficult because it's not so easy to get ``no translation'' when you use Java readers.

The problem (for binaries) is that JFlex scanners are designed to work on text. Therefore the interface is the Reader class (there is a constructor for InputStream instances, but it's just there for convenience and wraps an InputStreamReader around it to get characters, not bytes). You can still get a binary scanner when you write your own custom InputStreamReader class that does explicitly no translation, but just copies byte values to character codes instead. It sounds quite easy, and actually it is no big deal, but there are a few little pitfalls on the way. In the scanner specification you can only enter positive character codes (for bytes that is \x00 to \xFF). Java's byte type on the other hand is a signed 8 bit integer (-128 to 127), so you have to convert them properly in your custom Reader. Also, you should take care when you write your lexer spec: if you use text in there, it gets interpreted by an encoding first, and what scanner you get as result might depend on which platform you run JFlex on when you generate the scanner (this is what you want for text, but for binaries it gets in the way). If you are not sure, or if the development platform might change, it's probably best to use character code escapes in all places, since they don't change their meaning.

To illustrate these points, the example in examples/binary contains a very small binary scanner that tries to detect if a file is a Java class file. For that purpose it looks if the file begins with the magic number \xCAFEBABE.


A few words on performance

This section gives some empirical results about the speed of JFlex generated scanners in comparison to those generated by JLex, compares a JFlex scanner with a handwritten one, and presents some tips on how to make your specification produce a faster scanner.


Comparison of JLex and JFlex

Scanners generated by the tool JLex are quite fast. It was however possible to further improve the performance of generated scanners using JFlex. The following table shows the results that were produced by the scanner specification of a small toy programming language (the example from the JLex web site). The scanner was generated using JLex 1.2.6 and JFlex version 1.3.5 with all three different JFlex code generation methods. Then it was run on a W98 system using Sun's JDK 1.3 with different sample inputs of that toy programming language. All test runs were made under the same conditions on an otherwise idle machine.

The values presented in the table denote the time from the first call to the scanning method to returning the EOF value and the speedup in percent. The tests were run both in the mixed (HotSpot) JVM mode and the pure interpreted mode. The mixed mode JVM brings about a factor of 10 performance improvement, the difference between JLex and JFlex only decreases slightly.

 KB JVM JLex %switch speedup %table speedup %pack speedup
 496 hotspot 325 ms 261 ms 24.5 % 261 ms 24.5 % 261 ms 24.5 %
 187 hotspot 127 ms 98 ms 29.6 % 94 ms 35.1 % 96 ms 32.3 %
 93 hotspot 66 ms 50 ms 32.0 % 50 ms 32.0 % 48 ms 37.5 %
 496 interpr. 4009 ms 3025 ms 32.5 % 3258 ms 23.1 % 3231 ms 24.1 %
 187 interpr. 1641 ms 1155 ms 42.1 % 1245 ms 31.8 % 1234 ms 33.0 %
 93 interpr. 817 ms 573 ms 42.6 % 617 ms 32.4 % 613 ms 33.3 %


Since the scanning time of the lexical analyser examined in the table above includes lexical actions that often need to create new object instances, another table shows the execution time for the same specification with empty lexical actions to compare the pure scanning engines.

 KB JVM JLex %switch speedup %table speedup %pack speedup
 496 hotspot 204 ms 140 ms 45.7 % 138 ms 47.8 % 140 ms 45.7 %
 187 hotspot 83 ms 55 ms 50.9 % 52 ms 59.6 % 52 ms 59.6 %
 93 hotspot 41 ms 28 ms 46.4 % 26 ms 57.7 % 26 ms 57.7 %
 496 interpr. 2983 ms 2036 ms 46.5 % 2230 ms 33.8 % 2232 ms 33.6 %
 187 interpr. 1260 ms 793 ms 58.9 % 865 ms 45.7 % 867 ms 45.3 %
 93 interpr. 628 ms 395 ms 59.0 % 432 ms 45.4 % 432 ms 45.4 %


Execution time of single instructions depends on the platform and the implementation of the Java Virtual Machine the program is executed on. Therefore the tables above cannot be used as a reference to which code generation method of JFlex is the right one to choose in general. The following table was produced by the same lexical specification and the same input on a Linux system also using Sun's JDK 1.3.

With actions:

 KB JVM JLex %switch speedup %table speedup %pack speedup
 496 hotspot 246 ms 203 ms 21.2 % 193 ms 27.5 % 190 ms 29.5 %
 187 hotspot 99 ms 76 ms 30.3 % 69 ms 43.5 % 70 ms 41.4 %
 93 hotspot 48 ms 36 ms 33.3 % 34 ms 41.2 % 35 ms 37.1 %
 496 interpr. 3251 ms 2247 ms 44.7 % 2430 ms 33.8 % 2444 ms 33.0 %
 187 interpr. 1320 ms 848 ms 55.7 % 958 ms 37.8 % 920 ms 43.5 %
 93 interpr. 658 ms 423 ms 55.6 % 456 ms 44.3 % 452 ms 45.6 %


Without actions:

 KB JVM JLex %switch speedup %table speedup %pack speedup
 496 hotspot 136 ms 78 ms 74.4 % 76 ms 78.9 % 77 ms 76.6 %
 187 hotspot 59 ms 31 ms 90.3 % 48 ms 22.9 % 32 ms 84.4 %
 93 hotspot 28 ms 15 ms 86.7 % 15 ms 86.7 % 15 ms 86.7 %
 496 interpr. 1992 ms 1047 ms 90.3 % 1246 ms 59.9 % 1215 ms 64.0 %
 187 interpr. 859 ms 408 ms 110.5 % 479 ms 79.3 % 487 ms 76.4 %
 93 interpr. 435 ms 200 ms 117.5 % 237 ms 83.5 % 242 ms 79.8 %


Although all JFlex scanners were faster than those generated by JLex, slight differences between JFlex code generation methods show up when compared to the run on the W98 system.

The following table compares a hand-written scanner for the Java language obtained from the web site of CUP with the JFlex generated scanner for Java that comes with JFlex in the examples directory. They were tested on different .java files on a Linux machine with Sun's JDK 1.3.

 lines KB JVM hand-written scanner JFlex generated scanner
 19050 496 hotspot 824 ms 248 ms 235 % faster
 6350 165 hotspot 272 ms 84 ms 232 % faster
 1270 33 hotspot 53 ms 18 ms 194 % faster
 19050 496 interpreted 5.83 s 3.85 s 51 % faster
 6350 165 interpreted 1.95 s 1.29 s 51 % faster
 1270 33 interpreted 0.38 s 0.25 s 52 % faster


Although JDK 1.3 seems to speed up the hand-written scanner if compared to JDK 1.1 or 1.2 more than the generated one, the generated scanner is still up to 3.3 times as fast as the hand-written one. One example of a hand-written scanner that is considerably slower than the equivalent generated one is surely no proof for all generated scanners being faster than hand-written. It is clearly impossible to prove something like that, since you could always write the generated scanner by hand. From a software engineering point of view however, there is no excuse for writing a scanner by hand since this task takes more time, is more difficult and therefore more error prone than writing a compact, readable and easy to change lexical specification. (I'd like to add, that I do not think, that the hand-written scanner from the CUP web site used here in the test is stupid or badly written or anything like that. I actually think, Scott did a great job with it)


How to write a faster specification

Although JFlex generated scanners show good performance without special optimisations, there are some heuristics that can make a lexical specification produce an even faster scanner. Those are (roughly in order of performance gain):

  • Avoid rules that require backtracking

    From the C/C++ flex [11] man page: ``Getting rid of backtracking is messy and often may be an enormous amount of work for a complicated scanner.'' Backtracking is introduced by the longest match rule and occurs for instance on this set of expressions:

    "averylongkeyword"
    .

    With input "averylongjoke" the scanner has to read all characters up to 'j' to decide that rule . should be matched. All characters of "verylong" have to be read again for the next matching process. Backtracking can be avoided in general by adding error rules that match those error conditions

    "av"|"ave"|"avery"|"averyl"|..

    While this is impractical in most scanners, there is still the possibility to add a ``catch all'' rule for a lengthy list of keywords 

    "keyword1"  { return symbol(KEYWORD1); } 
.. 
"keywordn"  { return symbol(KEYWORDn); }
[a-z]+      { error("not a keyword"); }
    Most programming language scanners already have a rule like this for some kind of variable length identifiers.

  • Avoid line and column counting

    It costs multiple additional comparisons per input character and the matched text has to be re-scanned for counting. In most scanners it is possible to do the line counting in the specification by incrementing yyline each time a line terminator has been matched. Column counting could also be included in actions. This will be faster, but can in some cases become quite messy.

  • Avoid look-ahead expressions and the end of line operator '$'

    In the best case, the trailing context will first have to be read and then (because it is not to be consumed) re-read again. The cases of fixed-length look-ahead and fixed-length base expressions are handled efficiently by matching the concatenation and then pushing back the required amount of characters. This extends to the case of a disjunction of fixed-length look-ahead expressions such as r1 / \r|\n|\r\n. All other cases r1 / r2 are handled by first scanning the concatenation of r1 and r2, and then finding the correct end of r1. The end of r1 is found by scanning forwards in the match again, marking all possible r1 terminations, and then scanning the reverse of r2 backwards from the end until a start of r2 intersects with an end of r1. This algorithm is linear in the size of the input (not quadratic or worse as backtracking is), but about a factor of 2 slower than normal scanning. It also consumes memory proportional to the size of the matched input for r1 r2.

  • Avoid the beginning of line operator '^'

    It costs multiple additional comparisons per match. In some cases one extra look-ahead character is needed (when the last character read is \r the scanner has to read one character ahead to check if the next one is an \n or not).

  • Match as much text as possible in a rule.

    One rule is matched in the innermost loop of the scanner. After each action some overhead for setting up the internal state of the scanner is necessary.

Note that writing more rules in a specification does not make the generated scanner slower (except when you have to switch to another code generation method because of the larger size).

The two main rules of optimisation apply also for lexical specifications:

  1. don't do it
  2. (for experts only) don't do it yet

Some of the performance tips above contradict a readable and compact specification style. When in doubt or when requirements are not or not yet fixed: don't use them -- the specification can always be optimised in a later state of the development process.

Porting Issues


Porting from JLex

JFlex was designed to read old JLex specifications unchanged and to generate a scanner which behaves exactly the same as the one generated by JLex with the only difference of being faster.

This works as expected on all well formed JLex specifications.

Since the statement above is somewhat absolute, let's take a look at what ``well formed'' means here. A JLex specification is well formed, when it

  • generates a working scanner with JLex

  • doesn't contain the unescaped characters ! and ~

    They are operators in JFlex while JLex treats them as normal input characters. You can easily port such a JLex specification to JFlex by replacing every ! with \! and every ~ with \~ in all regular expressions.

  • has only complete regular expressions surrounded by parentheses in macro definitions

    This may sound a bit harsh, but could otherwise be a major problem - it can also help you find some disgusting bugs in your specification that didn't show up in the first place. In JLex, a right hand side of a macro is just a piece of text, that is copied to the point where the macro is used. With this, some weird kind of stuff like 

      macro1 = ("hello"
  macro2 = {macro1})*
    was possible (with macro2 expanding to ("hello")*). This is not allowed in JFlex and you will have to transform such definitions. There are however some more subtle kinds of errors that can be introduced by JLex macros. Let's consider a definition like macro = a|b and a usage like {macro}*. This expands in JLex to a|b* and not to the probably intended (a|b)*.

    JFlex uses always the second form of expansion, since this is the natural form of thinking about abbreviations for regular expressions.

    Most specifications shouldn't suffer from this problem, because macros often only contain (harmless) character classes like alpha = [a-zA-Z] and more dangerous definitions like

    ident = {alpha}({alpha}|{digit})*

    are only used to write rules like

    {ident} { .. action .. }

    and not more complex expressions like

    {ident}* { .. action .. }

    where the kind of error presented above would show up.


Porting from lex/flex

This section tries to give an overview of activities and possible problems when porting a lexical specification from the C/C++ tools lex and flex [11] available on most Unix systems to JFlex.

Most of the C/C++ specific features are naturally not present in JFlex, but most ``clean'' lex/flex lexical specifications can be ported to JFlex without very much work.

This section is by far not complete and is based mainly on a survey of the flex man page and very little personal experience. If you do engage in any porting activity from lex/flex to JFlex and encounter problems, have better solutions for points presented here or have just some tips you would like to share, please do contact me. I will incorporate your experiences in this manual (with all due credit to you, of course).

Basic structure

A lexical specification for flex has the following basic structure: 
definitions
%%
rules
%%
user code

The user code section usually contains some C code that is used in actions of the rules part of the specification. For JFlex most of this code will have to be included in the class code %{..%} directive in the options and declarations section (after translating the C code to Java, of course).

Macros and Regular Expression Syntax

The definitions section of a flex specification is quite similar to the options and declarations part of JFlex specs.

Macro definitions in flex have the form: 

<identifier>  <expression>
To port them to JFlex macros, just insert a = between <identifier> and <expression>.

The syntax and semantics of regular expressions in flex are pretty much the same as in JFlex. A little attention is needed for some escape sequences present in flex (such as \a) that are not supported in JFlex. These escape sequences should be transformed into their octal or hexadecimal equivalent.

Another point are predefined character classes. Flex offers the ones directly supported by C, JFlex offers the ones supported by Java. These classes will sometimes have to be listed manually (if there is need for this feature, it may be implemented in a future JFlex version).

Lexical Rules

Since flex is mostly Unix based, the '^' (beginning of line) and '$' (end of line) operators, consider the \n character as only line terminator. This should usually cause not much problems, but you should be prepared for occurrences of \r or \r\n or one of the characters \u2028, \u2029, \u000B, \u000C, or \u0085. They are considered to be line terminators in Unicode and therefore may not be consumed when ^ or $ is present in a rule.


Working together


JFlex and CUP

One of the main design goals of JFlex was to make interfacing with the free Java parser generator CUP [8] as easy as possibly. This has been done by giving the %cup directive a special meaning. An interface however always has two sides. This section concentrates on the CUP side of the story.

CUP version 0.10j and above

Since CUP version 0.10j, this has been simplified greatly by the new CUP scanner interface java_cup.runtime.Scanner. JFlex lexers now implement this interface automatically when then %cup switch is used. There are no special parser code, init code or scan with options any more that you have to provide in your CUP parser specification. You can just concentrate on your grammar.

If your generated lexer has the class name Scanner, the parser is started from the a main program like this: 

...
  try {
    parser p = new parser(new Scanner(new FileReader(fileName)));
    Object result = p.parse().value;
  }
  catch (Exception e) {
...

Custom symbol interface

If you have used the -symbol command line switch of CUP to change the name of the generated symbol interface, you have to tell JFlex about this change of interface so that correct end-of-file code is generated. You can do so either by using an %eofval{ directive or by using and «EOF» rule.

If your new symbol interface is called mysym for example, the corresponding code in the jflex specification would be either 

%eofval{
  return mysym.EOF;
%eofval}

in the macro/directives section of the spec, or it would be 

  <<EOF>>  { return mysym.EOF; }

in the rules section of your spec.

Using existing JFlex/CUP specifications with CUP 0.10j

If you already have an existing specification and you would like to upgrade both JFlex and CUP to their newest version, you will probably have to adjust your specification.

The main difference between the %cup switch in JFlex 1.2.1 and lower, and the current JFlex version is, that JFlex scanners now automatically implement the java_cup.runtime.Scanner interface. This means, that the scanning function now changes its name from yylex() to next_token().

The main difference from older CUP versions to 0.10j is, that CUP now has a default constructor that accepts a java_cup.runtime.Scanner as argument and that uses this scanner as default (so no scan with code is necessary any more).

If you have an existing CUP specification, it will probably look somewhat like this: 

parser code {:
  Lexer lexer;

  public parser (java.io.Reader input) {
    lexer = new Lexer(input);
  }
:};

scan with {: return lexer.yylex(); :};

To upgrade to CUP 0.10j, you could change it to look like this: 

parser code {:
  public parser (java.io.Reader input) {
    super(new Lexer(input));
  }
:};

If you do not mind to change the method that is calling the parser, you could remove the constructor entirely (and if there is nothing else in it, the whole parser code section as well, of course). The calling main procedure would then construct the parser as shown in the section above.

The JFlex specification does not need to be changed.

Using older versions of CUP

For people, who like or have to use older versions of CUP, the following section explains ``the old way''. Please note, that the standard name of the scanning function with the %cup switch is not yylex(), but next_token().

If you have a scanner specification that begins like this: 

package PACKAGE;
import java_cup.runtime.*;   /* this is convenience, but not necessary */
 
%%
 
%class Lexer
%cup
..

then it matches a CUP specification starting like 

package PACKAGE;

parser code {:
  Lexer lexer;

  public parser (java.io.Reader input) {
    lexer = new Lexer(input);
  }
:};

scan with {: return lexer.next_token(); :};

..

This assumes that the generated parser will get the name parser. If it doesn't, you have to adjust the constructor name.

The parser can then be started in a main routine like this: 

..
  try {
    parser p = new parser(new FileReader(fileName));
    Object result = p.parse().value; 
  }
  catch (Exception e) {
..

If you want the parser specification to be independent of the name of the generated scanner, you can instead write an interface Lexer 

public interface Lexer {
  public java_cup.runtime.Symbol next_token() throws java.io.IOException;
}

change the parser code to: 

package PACKAGE;

parser code {:
  Lexer lexer;

  public parser (Lexer lexer) {
    this.lexer = lexer;
  }
:};

scan with {: return lexer.next_token(); :};

..

tell JFlex about the lexer interface using the %implements directive: 

..
%class Scanner     /* not Lexer now since that is our interface! */
%implements Lexer
%cup
..

and finally change the main routine to look like 

...
  try {
    parser p = new parser(new Scanner(new FileReader(fileName)));
    Object result = p.parse().value;
  }
  catch (Exception e) {
...

If you want to improve the error messages that CUP generated parsers produce, you can also override the methods report_error and report_fatal_error in the ``parser code'' section of the CUP specification. The new methods could for instance use yyline and yycolumn (stored in the left and right members of class java_cup.runtime.Symbol) to report error positions more conveniently for the user. The lexer and parser for the Java language in the examples/java directory of the JFlex distribution use this style of error reporting. These specifications also demonstrate the techniques above in action.


JFlex and BYacc/J

JFlex has built-in support for the Java extension BYacc/J [9] by Bob Jamison to the classical Berkeley Yacc parser generator. This section describes how to interface BYacc/J with JFlex. It builds on many helpful suggestions and comments from Larry Bell.

Since Yacc's architecture is a bit different from CUP's, the interface setup also works in a slightly different manner. BYacc/J expects a function int yylex() in the parser class that returns each next token. Semantic values are expected in a field yylval of type parserval where ``parser'' is the name of the generated parser class.

For a small calculator example, one could use a set up like the following on the JFlex side: 

%%

%byaccj

%{
  /* store a reference to the parser object */
  private parser yyparser;

  /* constructor taking an additional parser object */
  public Yylex(java.io.Reader r, parser yyparser) {
    this(r);
    this.yyparser = yyparser;
  }
%}

NUM = [0-9]+ ("." [0-9]+)?
NL  = \n | \r | \r\n

%%

/* operators */
"+" | 
..
"(" | 
")"    { return (int) yycharat(0); }

/* newline */
{NL}   { return parser.NL; }

/* float */
{NUM}  { yyparser.yylval = new parserval(Double.parseDouble(yytext()));
         return parser.NUM; }

The lexer expects a reference to the parser in its constructor. Since Yacc allows direct use of terminal characters like '+' in its specifications, we just return the character code for single char matches (e.g. the operators in the example). Symbolic token names are stored as public static int constants in the generated parser class. They are used as in the NL token above. Finally, for some tokens, a semantic value may have to be communicated to the parser. The NUM rule demonstrates that bit.

A matching BYacc/J parser specification could look like this: 

%{
  import java.io.*;
%}
      
%token NL          /* newline  */
%token <dval> NUM  /* a number */

%type <dval> exp

%left '-' '+'
..
%right '^'         /* exponentiation */
      
%%

..
      
exp:     NUM          { $$ = $1; }
       | exp '+' exp  { $$ = $1 + $3; }
       ..
       | exp '^' exp  { $$ = Math.pow($1, $3); }
       | '(' exp ')'  { $$ = $2; }
       ;

%%
  /* a reference to the lexer object */
  private Yylex lexer;

  /* interface to the lexer */
  private int yylex () {
    int yyl_return = -1;
    try {
      yyl_return = lexer.yylex();
    }
    catch (IOException e) {
      System.err.println("IO error :"+e);
    }
    return yyl_return;
  }

  /* error reporting */
  public void yyerror (String error) {
    System.err.println ("Error: " + error);
  }

  /* lexer is created in the constructor */
  public parser(Reader r) {
    lexer = new Yylex(r, this);
  }

  /* that's how you use the parser */
  public static void main(String args[]) throws IOException {
    parser yyparser = new parser(new FileReader(args[0]));
    yyparser.yyparse();    
  }

Here, the customised part is mostly in the user code section: We create the lexer in the constructor of the parser and store a reference to it for later use in the parser's int yylex() method. This yylex in the parser only calls int yylex() of the generated lexer and passes the result on. If something goes wrong, it returns -1 to indicate an error.

Runnable versions of the specifications above are located in the examples/byaccj directory of the JFlex distribution.


Bugs and Deficiencies

Deficiencies

Unicode matching is not fully conforming to the relevant current Unicode report. Instead, the Unicode support in JFlex is the one native to Java. That means, only 16 bit code points are supported and most Unicode character classes are not directly supported (although they can be custom-defined in macros). The Java 5 development version of JFlex contains better support for Unicode, as will the next major release.

Bugs

As of January 31, 2009, no bugs have been reported for JFlex version 1.4.3. All bugs reported for earlier versions have been fixed.

If you find new problems, please use the bugs section of the JFlex web site to report them.


Copying and License

JFlex is free software, published under the terms of the GNU General Public License.

There is absolutely NO WARRANTY for JFlex, its code and its documentation.

The code generated by JFlex inherits the copyright of the specification it was produced from. If it was your specification, you may use the generated code without restriction.

See the file COPYRIGHT for more information.


Bibliography

1
A. Aho, R. Sethi, J. Ullman, Compilers: Principles, Techniques, and Tools, 1986

2
A. W. Appel, Modern Compiler Implementation in Java: basic techniques, 1997

3
E. Berk, JLex: A lexical analyser generator for Java,
http://www.cs.princeton.edu/~appel/modern/java/JLex/

4
K. Brouwer, W. Gellerich,E. Ploedereder, Myths and Facts about the Efficient Implementation of Finite Automata and Lexical Analysis, in: Proceedings of the 7th International Conference on Compiler Construction (CC '98), 1998

5
M. Davis, Unicode Regular Expression Guidelines, Unicode Technical Report #18, 2000
http://www.unicode.org/unicode/reports/tr18/tr18-5.1.html

6
P. Dencker, K. Dürre, J. Henft, Optimization of Parser Tables for portable Compilers, in: ACM Transactions on Programming Languages and Systems 6(4), 1984

7
J. Gosling, B. Joy, G. Steele, The Java Language Specifcation, 1996,
http://java.sun.com/docs/books/jls/

8
S. E. Hudson, CUP LALR Parser Generator for Java,
http://www.cs.princeton.edu/~appel/modern/java/CUP/

9
B. Jamison, BYacc/J,
http://byaccj.sourceforge.net/

10
T. Lindholm, F. Yellin, The Java Virtual Machine Specification, 1996,
http://java.sun.com/docs/books/vmspec/

11
V. Paxson, flex - The fast lexical analyzer generator, 1995

12
R. E. Tarjan, A. Yao, Storing a Sparse Table, in: Communications of the ACM 22(11), 1979

13
R. Wilhelm, D. Maurer, Übersetzerbau, Berlin 19972 mathend000#


Footnotes

... Java[*]
Java is a trademark of Sun Microsystems, Inc., and refers to Sun's Java programming language. JFlex is not sponsored by or affiliated with Sun Microsystems, Inc.

Sat 31 Jan 2009 23:43:28 EST, Gerwin Klein
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See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ import java.io.*; %% %class BinaryLexer %8bit %int %{ public static void main(String [] argv) { for (int i = 0; i < argv.length; i++) { try { System.out.print("["+argv[i]+"] is "); BinaryLexer l = new BinaryLexer(new StraightStreamReader(new FileInputStream(argv[i]))); l.yylex(); } catch (Exception e) { e.printStackTrace(System.out); System.exit(1); } } } %} magic = \xCA \xFE \xBA \xBE %% {magic} [^]+ { System.out.println("a class file"); } [^]+ { System.out.println("not a class file"); } jflex-1.4.3/examples/binary/Makefile0000644000175000017500000000047207606571215016107 0ustar moonmoon JAVA = java JAVAC = javac JFLEX = jflex # ------------------------------------------------- all: run run: compile $(JAVA) BinaryLexer * compile: BinaryLexer.class StraightStreamReader.class clean: rm -f *~ *.class BinaryLexer.java %.class: %.java $(JAVAC) $^ BinaryLexer.java: binary.flex $(JFLEX) $^ jflex-1.4.3/examples/binary/README0000644000175000017500000000157307606571215015332 0ustar moonmoonThis directory contains a small example of a scanner for binary files. The example tries to detect if an input file is a java class file by checking if the first 4 bytes contain the magic number 0xCAFEBABE. It uses a custom Reader class that copies bytes to characters one to one. The characters the scanner gets to read are the bytes from the input stream without any conversion. Many thanks to Stephen Ostermiller for providing the custom Reader class, the original version of that class is available from http://www.smo.f2s.com/utils/ See the JFlex manual for details on how to scan binaries and how this is different from scanning text files. Files: binary.flex the scanner spec StraightStreamReader.java the custom reader class (by Stephen Ostermiller) Makefile rules for make to compile and run the example README this file jflex-1.4.3/examples/binary/StraightStreamReader.java0000644000175000017500000002525207606571215021401 0ustar moonmoon/* * An InputStreamReader that does no character encoding translations. * Copyright (C) 2001 Stephen Ostermiller * * Changes: (2001 by Gerwin Klein ) * - commented out package declaration for the example * - original version at http://www.smo.f2s.com/utils/ * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * See COPYING.TXT for details. */ // package com.Ostermiller.util; import java.io.*; /** * A StraightStreamReader is a bridge from byte streams to character streams: It reads bytes * and translates them into characters without using a character encoding. The characters * that a StraightStreamReader returns may not be valid unicode characters but they are * guaranteed to be in the 0x00 to 0xFF range. *

* Most of the time you want to do character encoding translation when translating bytes to * characters. If you are planning on displaying the text, you should always do this and should * use an InputStreamReader for the purpose. Sometimes it is useful to treat characters as bytes * with some extra bits. In these cases you would want to use a StraightStreamReader. *

* For top efficiency, consider wrapping an StraightStreamReader within a BufferedReader. For example:
* BufferedReader in = new BufferedReader(new StraightStreamReader(System.in)); */ public class StraightStreamReader extends Reader{ /** * The input stream from which all methods in this class read. */ private InputStream in; /** * A byte array to be used for calls to the InputStream. This * is cached as a class variable to avoid object creation and * deletion each time a read is called. This buffer may be * null and may not be large enough. Make sure to check it * before using it. */ private byte[] buffer; /** * Create a StraightStreamReader from an InputStream * * @param in InputStream to wrap a Reader around. */ public StraightStreamReader(InputStream in) { this.in = in; } /** * Close the stream. * * @throws IOException If an I/O error occurs */ public void close() throws IOException { in.close(); } /** * Mark the present position in the stream. Subsequent calls to reset() * will attempt to reposition the stream to this point. Not all * character-input streams support the mark() operation. * * @param readAheadLimit Limit on the number of characters that may be read * while still preserving the mark. After reading this many characters, * attempting to reset the stream may fail. * @throws IOException If the stream does not support mark(), or if some other I/O error occurs */ public void mark(int readAheadLimit) throws IOException { in.mark(readAheadLimit); } /** * Tell whether this stream supports the mark() operation. * * @return true if and only if this stream supports the mark operation. */ public boolean markSupported(){ return in.markSupported(); } /** * Read a single character. This method will block until a character is available, an * I/O error occurs, or the end of the stream is reached. * * @return The character read, as an integer in the range 0 to 256 (0x00-0xff), or -1 if * the end of the stream has been reached * @throws IOException If an I/O error occurs */ public int read() throws IOException { return in.read(); } /** * Read characters into an array. This method will block until some input is available, * an I/O error occurs, or the end of the stream is reached. * * @param cbuf Destination buffer * @return The number of bytes read, or -1 if the end of the stream has been reached * @throws IOException If an I/O error occurs */ public int read(char[] cbuf) throws IOException { return read(cbuf, 0, cbuf.length); } /** * Read characters into an array. This method will block until some input is available, * an I/O error occurs, or the end of the stream is reached. * * @param cbuf Destination buffer * @param off Offset at which to start storing characters * @param len Maximum number of characters to read * @return The number of bytes read, or -1 if the end of the stream has been reached * @throws IOException If an I/O error occurs */ public int read(char[] cbuf, int off, int len) throws IOException { // ensure the capacity of the buffer that we will be using // to read from the input stream if (buffer == null || buffer.length < len){ buffer = new byte[len]; } // read from the input stream and copy it to the character array int length = in.read(buffer, 0, len); for (int i=0; i 0); } /** * Reset the stream. If the stream has been marked, then attempt to reposition it at the mark. * If the stream has not been marked, then attempt to reset it in some way appropriate to the * particular stream, for example by repositioning it to its starting point. Not all * character-input streams support the reset() operation, and some support reset() * without supporting mark(). * * @throws IOException If the stream has not been marked, or if the mark has been invalidated, * or if the stream does not support reset(), or if some other I/O error occurs */ public void reset() throws IOException { in.reset(); } /** * Skip characters. This method will block until some characters are available, * an I/O error occurs, or the end of the stream is reached. * * @param n The number of characters to skip * @return The number of characters actually skipped * @throws IllegalArgumentException If n is negative * @throws IOException If an I/O error occurs */ public long skip(long n) throws IOException { return in.skip(n); } /** * Regression test for this class. If this class is working, this should * run and print no errors. *

* This method creates a tempory file in the working directory called "test.txt". * This file should not exist before hand, and the program should have create, * read, write, and delete access to this file. * * @param args command line arguments (ignored) */ private static void main(String[] args){ try { File f = new File("test.txt"); if (f.exists()){ throw new IOException(f + " already exists. I don't want to overwrite it."); } StraightStreamReader in; char[] cbuf = new char[0x1000]; int read; int totRead; // write a file with all possible values of bytes FileOutputStream out = new FileOutputStream(f); for (int i=0x00; i<0x100; i++){ out.write(i); } out.close(); // read it back using the read single character method in = new StraightStreamReader(new FileInputStream(f)); for (int i=0x00; i<0x100; i++){ read = in.read(); if (read != i){ System.err.println("Error: " + i + " read as " + read); } } in.close(); // read as much of it back as possible with one simple buffer read. in = new StraightStreamReader(new FileInputStream(f)); totRead = in.read(cbuf); if (totRead != 0x100){ System.err.println("Simple buffered read did not read the full amount: 0x" + Integer.toHexString(totRead)); } for (int i=0x00; i 0){ totRead += read; } if (totRead != 0x100){ System.err.println("Not enough read. Bytes read: " + Integer.toHexString(totRead)); } for (int i=0x00; i 0){ totRead += read; } if (totRead != 0x100){ System.err.println("Not enough read. Bytes read: " + Integer.toHexString(totRead)); } for (int i=0x00; i 0){ totRead += read; } if (totRead != 0x100){ System.err.println("Not enough read. Bytes read: " + Integer.toHexString(totRead)); } for (int i=0x00; i * * All rights reserved. * * * * Thanks to Larry Bell and Bob Jamison for suggestions and comments. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ %% %byaccj %{ private Parser yyparser; public Yylex(java.io.Reader r, Parser yyparser) { this(r); this.yyparser = yyparser; } %} NUM = [0-9]+ ("." [0-9]+)? NL = \n | \r | \r\n %% /* operators */ "+" | "-" | "*" | "/" | "^" | "(" | ")" { return (int) yycharat(0); } /* newline */ {NL} { return Parser.NL; } /* float */ {NUM} { yyparser.yylval = new ParserVal(Double.parseDouble(yytext())); return Parser.NUM; } /* whitespace */ [ \t]+ { } \b { System.err.println("Sorry, backspace doesn't work"); } /* error fallback */ [^] { System.err.println("Error: unexpected character '"+yytext()+"'"); return -1; } jflex-1.4.3/examples/byaccj/calc.y0000644000175000017500000000723707606571215015520 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * All rights reserved. * * * * This is a modified version of the example from * * http://www.lincom-asg.com/~rjamison/byacc/ * * * * Thanks to Larry Bell and Bob Jamison for suggestions and comments. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ %{ import java.io.*; %} %token NL /* newline */ %token NUM /* a number */ %type exp %left '-' '+' %left '*' '/' %left NEG /* negation--unary minus */ %right '^' /* exponentiation */ %% input: /* empty string */ | input line ; line: NL { if (interactive) System.out.print("Expression: "); } | exp NL { System.out.println(" = " + $1); if (interactive) System.out.print("Expression: "); } ; exp: NUM { $$ = $1; } | exp '+' exp { $$ = $1 + $3; } | exp '-' exp { $$ = $1 - $3; } | exp '*' exp { $$ = $1 * $3; } | exp '/' exp { $$ = $1 / $3; } | '-' exp %prec NEG { $$ = -$2; } | exp '^' exp { $$ = Math.pow($1, $3); } | '(' exp ')' { $$ = $2; } ; %% private Yylex lexer; private int yylex () { int yyl_return = -1; try { yylval = new ParserVal(0); yyl_return = lexer.yylex(); } catch (IOException e) { System.err.println("IO error :"+e); } return yyl_return; } public void yyerror (String error) { System.err.println ("Error: " + error); } public Parser(Reader r) { lexer = new Yylex(r, this); } static boolean interactive; public static void main(String args[]) throws IOException { System.out.println("BYACC/Java with JFlex Calculator Demo"); Parser yyparser; if ( args.length > 0 ) { // parse a file yyparser = new Parser(new FileReader(args[0])); } else { // interactive mode System.out.println("[Quit with CTRL-D]"); System.out.print("Expression: "); interactive = true; yyparser = new Parser(new InputStreamReader(System.in)); } yyparser.yyparse(); if (interactive) { System.out.println(); System.out.println("Have a nice day"); } } jflex-1.4.3/examples/byaccj/Makefile0000644000175000017500000000064407606571215016057 0ustar moonmoon# only works with the Java extension of yacc: # byacc/j from http://troi.lincom-asg.com/~rjamison/byacc/ JFLEX = jflex BYACCJ = yacc -J JAVAC = javac # targets: all: Parser.class run: Parser.class java Parser build: clean Parser.class clean: rm -f *~ *.class *.java Parser.class: Yylex.java Parser.java $(JAVAC) Parser.java Yylex.java: calc.flex $(JFLEX) calc.flex Parser.java: calc.y $(BYACCJ) calc.y jflex-1.4.3/examples/byaccj/README0000644000175000017500000000100007606571215015262 0ustar moonmoonThis directory contains an interoperability example for BYacc/J and JFlex (a small calculator) You need the parser generator byacc/j from http://troi.lincom-asg.com/~rjamison/byacc/ for this example to work (version byacc/j 1.1 has been tested). Use the Makefile to generate the lexer and parser. The example can then be started with java Parser files: calc.flex JFlex specification for the lexical part of the arithmetic expressions calc.y BYacc/J specification and main program for the calculator jflex-1.4.3/examples/cup/0000755000175000017500000000000011141044624013733 5ustar moonmoonjflex-1.4.3/examples/cup/lcalc.flex0000644000175000017500000001127107606571215015707 0ustar moonmoon/* This example comes from a short article series in the Linux Gazette by Richard A. Sevenich and Christopher Lopes, titled "Compiler Construction Tools". The article series starts at http://www.linuxgazette.com/issue39/sevenich.html Small changes and updates to newest JFlex+Cup versions by Gerwin Klein */ /* Commented By: Christopher Lopes File Name: lcalc.flex To Create: > jflex lcalc.flex and then after the parser is created > javac Lexer.java */ /* --------------------------Usercode Section------------------------ */ import java_cup.runtime.*; %% /* -----------------Options and Declarations Section----------------- */ /* The name of the class JFlex will create will be Lexer. Will write the code to the file Lexer.java. */ %class Lexer /* The current line number can be accessed with the variable yyline and the current column number with the variable yycolumn. */ %line %column /* Will switch to a CUP compatibility mode to interface with a CUP generated parser. */ %cup /* Declarations Code between %{ and %}, both of which must be at the beginning of a line, will be copied letter to letter into the lexer class source. Here you declare member variables and functions that are used inside scanner actions. */ %{ /* To create a new java_cup.runtime.Symbol with information about the current token, the token will have no value in this case. */ private Symbol symbol(int type) { return new Symbol(type, yyline, yycolumn); } /* Also creates a new java_cup.runtime.Symbol with information about the current token, but this object has a value. */ private Symbol symbol(int type, Object value) { return new Symbol(type, yyline, yycolumn, value); } %} /* Macro Declarations These declarations are regular expressions that will be used latter in the Lexical Rules Section. */ /* A line terminator is a \r (carriage return), \n (line feed), or \r\n. */ LineTerminator = \r|\n|\r\n /* White space is a line terminator, space, tab, or line feed. */ WhiteSpace = {LineTerminator} | [ \t\f] /* A literal integer is is a number beginning with a number between one and nine followed by zero or more numbers between zero and nine or just a zero. */ dec_int_lit = 0 | [1-9][0-9]* /* A identifier integer is a word beginning a letter between A and Z, a and z, or an underscore followed by zero or more letters between A and Z, a and z, zero and nine, or an underscore. */ dec_int_id = [A-Za-z_][A-Za-z_0-9]* %% /* ------------------------Lexical Rules Section---------------------- */ /* This section contains regular expressions and actions, i.e. Java code, that will be executed when the scanner matches the associated regular expression. */ /* YYINITIAL is the state at which the lexer begins scanning. So these regular expressions will only be matched if the scanner is in the start state YYINITIAL. */ { /* Return the token SEMI declared in the class sym that was found. */ ";" { return symbol(sym.SEMI); } /* Print the token found that was declared in the class sym and then return it. */ "+" { System.out.print(" + "); return symbol(sym.PLUS); } "-" { System.out.print(" - "); return symbol(sym.MINUS); } "*" { System.out.print(" * "); return symbol(sym.TIMES); } "/" { System.out.print(" / "); return symbol(sym.DIVIDE); } "(" { System.out.print(" ( "); return symbol(sym.LPAREN); } ")" { System.out.print(" ) "); return symbol(sym.RPAREN); } /* If an integer is found print it out, return the token NUMBER that represents an integer and the value of the integer that is held in the string yytext which will get turned into an integer before returning */ {dec_int_lit} { System.out.print(yytext()); return symbol(sym.NUMBER, new Integer(yytext())); } /* If an identifier is found print it out, return the token ID that represents an identifier and the default value one that is given to all identifiers. */ {dec_int_id} { System.out.print(yytext()); return symbol(sym.ID, new Integer(1));} /* Don't do anything if whitespace is found */ {WhiteSpace} { /* just skip what was found, do nothing */ } } /* No token was found for the input so through an error. Print out an Illegal character message with the illegal character that was found. */ [^] { throw new Error("Illegal character <"+yytext()+">"); } jflex-1.4.3/examples/cup/Main.java0000644000175000017500000000167407710761643015510 0ustar moonmoon/* This example comes from a short article series in the Linux Gazette by Richard A. Sevenich and Christopher Lopes, titled "Compiler Construction Tools". The article series starts at http://www.linuxgazette.com/issue39/sevenich.html Small changes and updates to newest JFlex+Cup versions by Gerwin Klein */ /* Commented By: Christopher Lopes File Name: Main.java To Create: After the scanner, lcalc.flex, and the parser, ycalc.cup, have been created. > javac Main.java To Run: > java Main test.txt where test.txt is an test input file for the calculator. */ import java.io.*; public class Main { static public void main(String argv[]) { /* Start the parser */ try { parser p = new parser(new Lexer(new FileReader(argv[0]))); Object result = p.parse().value; } catch (Exception e) { /* do cleanup here -- possibly rethrow e */ e.printStackTrace(); } } } jflex-1.4.3/examples/cup/Makefile0000644000175000017500000000072207606571215015410 0ustar moonmoonJAVA=java JAVAC=javac JFLEX=jflex CUP=$(JAVA) java_cup.Main < all: test test: output.txt @(diff output.txt output.good && echo "Test OK!") || echo "Test failed!" output.txt: Main.class test.txt $(JAVA) Main test.txt > output.txt Main.class: Main.java Lexer.java parser.java %.class: %.java $(JAVAC) $^ Lexer.java: lcalc.flex $(JFLEX) lcalc.flex parser.java: ycalc.cup $(CUP) ycalc.cup clean: rm -f parser.java Lexer.java sym.java output.txt *.class *~ jflex-1.4.3/examples/cup/output.good0000644000175000017500000000012610143316617016151 0ustar moonmoon2 + 4 = 6 5 * ( 6 - 3 ) + 1 = 16 6 / 3 * 5 + 20 = 30 4 * 76 / 31 = 9 1 - 1 - 1 = -1 jflex-1.4.3/examples/cup/README0000644000175000017500000000133107606571215014625 0ustar moonmoonA small JFlex+Cup example It comes from a short article series in the Linux Gazette by Richard A. Sevenich and Christopher Lopes, titled "Compiler Construction Tools". The article series starts at http://www.linuxgazette.com/issue39/sevenich.html Small changes and updates to newest JFlex+Cup versions by Gerwin Klein To compile: >jflex lcalc.flex >java java_cup.Main < ycalc.cup >javac Main.java To run: >java Main test.txt Files: Main.java demo of a main program Makefile makefile to compile and test the example README this file lcalc.flex the lexer spec output.good how the output should look like for the test ycalc.cup the parser spec test.txt sample input for testing jflex-1.4.3/examples/cup/test.txt0000644000175000017500000000005510143316617015460 0ustar moonmoon2+4; 5*(6-3)+1; 6/3*5+20; 4*76/31; 1-1-1; jflex-1.4.3/examples/cup/ycalc.cup0000644000175000017500000002331110143316617015544 0ustar moonmoon/* This example comes from a short article series in the Linux Gazette by Richard A. Sevenich and Christopher Lopes, titled "Compiler Construction Tools". The article series starts at http://www.linuxgazette.com/issue39/sevenich.html Small changes and updates to newest JFlex+Cup versions by Gerwin Klein */ /* Commented By: Christopher Lopes File Name: ycalc.cup To Create: > java java_cup.Main < ycalc.cup */ /* ----------------------Preliminary Declarations Section--------------------*/ /* Import the class java_cup.runtime.* */ import java_cup.runtime.*; /* Parser code to change the way the parser reports errors (include line and column number of the error). */ parser code {: /* Change the method report_error so it will display the line and column of where the error occurred in the input as well as the reason for the error which is passed into the method in the String 'message'. */ public void report_error(String message, Object info) { /* Create a StringBuffer called 'm' with the string 'Error' in it. */ StringBuffer m = new StringBuffer("Error"); /* Check if the information passed to the method is the same type as the type java_cup.runtime.Symbol. */ if (info instanceof java_cup.runtime.Symbol) { /* Declare a java_cup.runtime.Symbol object 's' with the information in the object info that is being typecasted as a java_cup.runtime.Symbol object. */ java_cup.runtime.Symbol s = ((java_cup.runtime.Symbol) info); /* Check if the line number in the input is greater or equal to zero. */ if (s.left >= 0) { /* Add to the end of the StringBuffer error message the line number of the error in the input. */ m.append(" in line "+(s.left+1)); /* Check if the column number in the input is greater or equal to zero. */ if (s.right >= 0) /* Add to the end of the StringBuffer error message the column number of the error in the input. */ m.append(", column "+(s.right+1)); } } /* Add to the end of the StringBuffer error message created in this method the message that was passed into this method. */ m.append(" : "+message); /* Print the contents of the StringBuffer 'm', which contains an error message, out on a line. */ System.err.println(m); } /* Change the method report_fatal_error so when it reports a fatal error it will display the line and column number of where the fatal error occurred in the input as well as the reason for the fatal error which is passed into the method in the object 'message' and then exit.*/ public void report_fatal_error(String message, Object info) { report_error(message, info); System.exit(1); } :}; /* ------------Declaration of Terminals and Non Terminals Section----------- */ /* Terminals (tokens returned by the scanner). Terminals that have no value are listed first and then terminals that do have an value, in this case an integer value, are listed on the next line down. */ terminal SEMI, PLUS, MINUS, TIMES, DIVIDE, LPAREN, RPAREN; terminal Integer NUMBER, ID; /* Non terminals used in the grammar section. Non terminals that have an object value are listed first and then non terminals that have an integer value are listed. An object value means that it can be any type, it isn't set to a specific type. So it could be an Integer or a String or whatever. */ non terminal Object expr_list, expr_part; non terminal Integer expr, factor, term; /* -------------Precedence and Associatively of Terminals Section----------- */ /* Precedence of non terminals could be defined here. If you do define precedence here you won't need to worry about precedence in the Grammar Section, i.e. that TIMES should have a higher precedence than PLUS. The precedence defined here would look something like this where the lower line always will have higher precedence than the line before it. precedence left PLUS, MINUS; precedence left TIMES, DIVIDE; */ /* ----------------------------Grammar Section-------------------- */ /* The grammar for our parser. expr_list ::= expr_list expr_part | expr_part expr_part ::= expr SEMI expr ::= expr PLUS factor | expr MINUS factor | factor factor ::= factor TIMES term | factor DIVIDE term | term term ::= LPAREN expr RPAREN | NUMBER | ID */ /* 'expr_list' is the start of our grammar. It can lead to another 'expr_list' followed by an 'expr_part' or it can just lead to an 'expr_part'. The lhs of the non terminals 'expr_list' and 'expr_part' that are in the rhs side of the production below need to be found. Then the rhs sides of those non terminals need to be followed in a similar manner, i.e. if there are any non terminals in the rhs of those productions then the productions with those non terminals need to be found and those rhs's followed. This process keeps continuing until only terminals are found in the rhs of a production. Then we can work our way back up the grammar bringing any values that might have been assigned from a terminal. */ expr_list ::= expr_list expr_part | expr_part; /* 'expr_part' is an 'expr' followed by the terminal 'SEMI'. The ':e' after the non terminal 'expr' is a label an is used to access the value of 'expr' which will be an integer. The action for the production lies between {: and :}. This action will print out the line " = + e" where e is the value of 'expr'. Before the action takes places we need to go deeper into the grammar since 'expr' is a non terminal. Whenever a non terminal is encountered on the rhs of a production we need to find the rhs of that non terminal until there are no more non terminals in the rhs. So when we finish going through the grammar and don't encounter any more non terminals in the rhs productions will return until we get back to 'expr' and at that point 'expr' will contain an integer value. */ expr_part ::= expr:e {: System.out.println(" = " + e); :} SEMI ; /* 'expr' can lead to 'expr PLUS factor', 'expr MINUS factor', or 'factor'. The 'TIMES' and 'DIVIDE' productions are not at this level. They are at a lower level in the grammar which in affect makes them have higher precedence. Actions for the rhs of the non terminal 'expr' return a value to 'expr'. This value that is created is an integer and gets stored in 'RESULT' in the action. RESULT is the label that is assigned automatically to the rhs, in this case 'expr'. If the rhs is just 'factor' then 'f' refers to the non terminal 'factor'. The value of 'f' is retrieved with the function 'intValue()' and will be stored in 'RESULT'. In the other two cases 'f' and 'e' refers to the non terminals 'factor' and 'expr' respectively with a terminal between them, either 'PLUS' or 'MINUS'. The value of each is retrieved with the same function 'intValue'. The values will be added or subtracted and then the new integer will be stored in 'RESULT'.*/ expr ::= expr:e PLUS factor:f {: RESULT = new Integer(e.intValue() + f.intValue()); :} | expr:e MINUS factor:f {: RESULT = new Integer(e.intValue() - f.intValue()); :} | factor:f {: RESULT = new Integer(f.intValue()); :} ; /* 'factor' can lead to 'factor TIMES term', 'factor DIVIDE term', or 'term'. Since the productions for TIMES and DIVIDE are lower in the grammar than 'PLUS' and 'MINUS' they will have higher precedence. The same sort of actions take place in the rhs of 'factor' as in 'expr'. The only difference is the operations that takes place on the values retrieved with 'intValue()', 'TIMES' and 'DIVIDE' here instead of 'PLUS' and 'MINUS'. */ factor ::= factor:f TIMES term:t {: RESULT = new Integer(f.intValue() * t.intValue()); :} | factor:f DIVIDE term:t {: RESULT = new Integer(f.intValue() / t.intValue()); :} | term:t {: RESULT = new Integer(t.intValue()); :} ; /* 'term' can lead to 'LPAREN expr RPAREN', 'NUMBER', or 'ID'. The first production has the non terminal 'expr' in it so the production with its lhs side needs to be found and followed. The next rhs has no non terminals. So the grammar ends here and can go back up. When it goes back up it will bring the value that was retrieved when the scanner encounter the token 'NUMBER'. 'RESULT' is assigned 'n', which refers to 'NUMBER', as the action for this production. The same action occurs for 'ID', except the 'i' is used to refer to 'ID'. 'ID' is also the only thing on the rhs of the production. And since 'ID' is a terminal the grammar will end here and go back up. */ term ::= LPAREN expr:e RPAREN {: RESULT = e; :} | NUMBER:n {: RESULT = n; :} | ID:i {: RESULT = i; :} ; jflex-1.4.3/examples/interpreter/0000755000175000017500000000000011141044624015507 5ustar moonmoonjflex-1.4.3/examples/interpreter/AST.java0000644000175000017500000000346007606571215017020 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * General interface for nodes in the abstract syntax tree. Contains * only the method toString which is already inherited from Object, * so the interface doesn't add any functionality. It only provides * a common super type for all elements in the AST. */ interface AST { public String toString(); // already inherited from Object } jflex-1.4.3/examples/interpreter/build.xml0000644000175000017500000000165607710750575017360 0ustar moonmoon jflex-1.4.3/examples/interpreter/example.as0000644000175000017500000000060307606571215017502 0ustar moonmoon // example program for interpreter testing // contains division and modulo functins input a,b functions div(x,y) = if x < y then 0 else div(x-y,y)+1 fi, mod(x,y) = if x < y then x else mod(x-y,y) fi output div(a,b), mod(a,b) arguments 324, 17 end jflex-1.4.3/examples/interpreter/Main.java0000644000175000017500000000644407710750543017261 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ import java.io.*; /** * Main program of the interpreter for the AS programming language. * Based on JFlex/CUP. * * Steps: * - scanning (Yylex) * - context free parsing and AST building (yyparse) * - build up symbol table (setSymtabs) * - check context conditions (checkcontext) * - prepare interpretation (prepInterp) * - start interpretation (interpret) */ public class Main { public static void main(String [] args) throws Exception { Reader reader = null; if (args.length == 1) { File input = new File(args[0]); if (!input.canRead()) { System.out.println("Error: could not read ["+input+"]"); } reader = new FileReader(input); } else { reader = new InputStreamReader(System.in); } Yylex scanner = new Yylex(reader); // create scanner SymTab symtab = new SymTab(); // set global symbol table scanner.setSymtab(symtab); parser parser = new parser(scanner); // create parser Tprogram syntaxbaum = null; try { syntaxbaum = (Tprogram) parser.parse().value; // parse } catch (Exception e) { e.printStackTrace(); } // System.out.println(symtab); System.out.println(syntaxbaum); syntaxbaum.setSymtabs(); // set symbol table // syntaxbaum.printSymtabs(); // print symbol table syntaxbaum.checkcontext(); // CoCo (DefVar, DefFun, Arity) if(contexterror>0) return; syntaxbaum.prepInterp(); // var. indices and function pointers // im Syntaxbaum setzen syntaxbaum.interpret(); // interpretation } static int contexterror = 0; // number of errors in context conditions public static void error(String s) { System.out.println((contexterror++)+". "+s); } } jflex-1.4.3/examples/interpreter/Makefile0000644000175000017500000000210607606571215017162 0ustar moonmoon# uses JFlex >= 1.3.2, and CUP >= 0.10j # # targets: # # make all # generates lexer, and parser, and compiles all *.java files # # make run (or just: make) # starts the program on a test example # .SUFFIXES: $(SUFFIXES) .class .java .java.class: javac $*.java FILE= Yylex.java parser.java sym.java \ SymTab.java AST.java \ Tnumber.java Tident.java Texp.java \ Tfun.java Texpinfix.java Tuminus.java \ Tboolexp.java Tifthenelse.java \ Tdekl.java Tdekllist.java \ Tparlist.java Texplist.java Tprogram.java \ Main.java \ SymtabEntry.java STEfun.java STEvar.java run: all java Main < example.as all: Yylex.java parser.java $(FILE:java=class) clean: rm -f *.class *~ *.bak Yylex.java parser.java sym.java Yylex.java: scanner.flex jflex scanner.flex parser.java: parser.cup java java_cup.Main -interface < parser.cup jflex-1.4.3/examples/interpreter/parser.cup0000644000175000017500000001053307606571215017532 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ // definition of tokens, if applicable with token type terminal INPUT, FUNCTIONS, OUTPUT, END, ARGUMENTS; terminal IF, THEN, ELSE, FI, ERROR; terminal COMMA, LPAR, RPAR; terminal EQ, LE, LEQ, MINUS, PLUS, TIMES, DIV, UMINUS; terminal String ID, NUMBER; non terminal Tprogram program; non terminal Tparlist parlist; non terminal Texplist explist; non terminal Tdekllist dekllist; non terminal Tdekl dekl; non terminal Texp exp; non terminal Tboolexp boolexp; non terminal Tident ident; non terminal Tnumber number; // precedences, left associativity precedence left EQ, LE, LEQ; precedence left MINUS, PLUS; precedence left TIMES, DIV; precedence left UMINUS; // here the rules start program ::= INPUT parlist:p FUNCTIONS dekllist:d OUTPUT explist:o ARGUMENTS explist:a END {: RESULT = new Tprogram(p,d,o,a); :} ; parlist ::= ident:i {: RESULT = new Tparlist(i); :} | parlist:p COMMA ident:i {: RESULT = new Tparlist(p,i); :} ; explist ::= exp:e {: RESULT = new Texplist(e); :} | explist:l COMMA exp:e {: RESULT = new Texplist(l,e); :} ; dekllist ::= dekl:d {: RESULT = new Tdekllist(d);:} | dekllist:l COMMA dekl:d {: RESULT = new Tdekllist(l,d); :} ; dekl ::= ident:i LPAR parlist:p RPAR EQ exp:e {: RESULT = new Tdekl(i,p,e); :} ; exp ::= number:n {: RESULT = n; :} | ident:i {: RESULT = i; :} | ident:i LPAR explist:e RPAR {: RESULT = new Tfun(i,e); :} | LPAR exp:e RPAR {: RESULT = e; :} | MINUS exp:e {: RESULT = new Tuminus(e); :} %prec UMINUS | exp:l PLUS exp:r {: RESULT = new Texpinfix(l,'+',r); :} | exp:l TIMES exp:r {: RESULT = new Texpinfix(l,'*',r); :} | exp:l DIV exp:r {: RESULT = new Texpinfix(l,'/',r); :} | exp:l MINUS exp:r {: RESULT = new Texpinfix(l,'-',r); :} | IF boolexp:b THEN exp:t ELSE exp:e FI {: RESULT = new Tifthenelse(b,t,e); :} ; boolexp ::= exp:l EQ exp:r {: RESULT = new Tboolexp(l,'=',r); :} | exp:l LE exp:r {: RESULT = new Tboolexp(l,'<',r); :} | exp:l LEQ exp:r {: RESULT = new Tboolexp(l,'!',r); :} ; ident ::= ID:n {: RESULT = new Tident(n); :} ; number ::= NUMBER:z {: RESULT = new Tnumber(z); :} ; jflex-1.4.3/examples/interpreter/README0000644000175000017500000000174407606571215016411 0ustar moonmoonThis directory contains an interpreter for a small functional programming language (called "AS"). It uses JFlex and CUP. Directory contents: - Main.java is the main program. It reads an AS program from std in and interprets it. - Makefile runs jflex, cup, javac and the compiled interpreter - Classes beginning with "T" implement the abstract syntax tree. They also contain context condition checking and the interpreter. - Symtab.java, SymtabEntry.java, STEfun.java, STEvar.java implement the symbol table. - scanner.lex and parser.cup contain the scanner and parser. - example.as is an example program in AS The language is described in: Manfred Broy: Einfuehrung in die Informatik, Springer Verlag The files are a solution to excercise 3.40 in the book: Manfred Broy,Bernhard Rumpe: Uebungen zur Einfuehrung in die Informatik -- Strukturierte Aufgabensammlung mit Musterloesungen, Springer Verlag, 2001 Both books are only available in German. Sorry. jflex-1.4.3/examples/interpreter/scanner.flex0000644000175000017500000000545007606571215020040 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ import java_cup.runtime.Symbol; %% %cup %implements sym %{ SymTab symtab; // externe symbol table public void setSymtab(SymTab symtab) { this.symtab = symtab; } private Symbol sym(int sym) { return new Symbol(sym); } private Symbol sym(int sym, Object val) { return new Symbol(sym, val); } %} %% "arguments" { return sym(ARGUMENTS); } "input" { return sym(INPUT); } "functions" { return sym(FUNCTIONS); } "output" { return sym(OUTPUT); } "end" { return sym(END); } "if" { return sym(IF); } "then" { return sym(THEN); } "else" { return sym(ELSE); } "fi" { return sym(FI); } [a-z]+ { symtab.enter(yytext(),new SymtabEntry(yytext())); return sym(ID,yytext()); } [0-9]+ { return sym(NUMBER,yytext()); } "," { return sym(COMMA); } "(" { return sym(LPAR); } ")" { return sym(RPAR); } "=" { return sym(EQ); } "-" { return sym(MINUS); } "+" { return sym(PLUS); } "*" { return sym(TIMES); } "/" { return sym(DIV); } "<" { return sym(LE); } "<=" { return sym(LEQ); } [\ \t\b\f\r\n]+ { /* eat whitespace */ } "//"[^\n]* { /* one-line comment */ } . { throw new Error("Unexpected character ["+yytext()+"]"); } jflex-1.4.3/examples/interpreter/STEfun.java0000644000175000017500000000372007606571215017534 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * Symbol table entry for functions. * * Contains arity and reference to location of definition */ class STEfun extends SymtabEntry { int arity; Tdekl dekl; // location of definition public STEfun(String f, Tdekl d, int a) { super(f); dekl=d; arity=a; } public int kind() { return SymtabEntry.FUN; } public String toString() { return "function "+name+", arity "+arity; } public int arity() { return arity; } public Tdekl getDekl() { return dekl; } } jflex-1.4.3/examples/interpreter/STEvar.java0000644000175000017500000000410707606571215017534 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * Symbol table entry for variables. * * Contains index in the parameter list and a flag if it * is an input variable. */ class STEvar extends SymtabEntry { boolean is_input; int index; public STEvar(String v, boolean ii, int ind) { super(v); is_input=ii; index=ind; } public int kind() { return SymtabEntry.VAR; } public String toString() { if (is_input) return "input var "+name+" ("+index+")"; else return "parameter "+name+" ("+index+")"; } public int getIndex() { return index; } public boolean isInput() { return is_input; } } jflex-1.4.3/examples/interpreter/SymTab.java0000644000175000017500000000534707606571215017576 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ import java.util.*; /** * Symbol table for the interpreter, contains information about * variables and functions. * * For every binding location of a name a symbol will be created. * The symbol tables are connected hierarchically by pointers to * the predecessor. Lookup takes predecessors into account. */ public class SymTab { Hashtable h; // contains the liste of words // key: String, value: SymtabEntry SymTab pred; // predecessor symbol table (if exists) public SymTab() { this(null); } public SymTab(SymTab p) { h = new Hashtable(); pred = p; } public boolean enter(String s, SymtabEntry e) { Object value = lookup(s); h.put(s, e); return(value==null); } public SymtabEntry lookup(String s) { Object value = h.get(s); if (value==null && pred!=null) value = pred.lookup(s); return ((SymtabEntry)value); } public String toString() { // for output with print String res = "symbol table\n=============\n"; Enumeration e = h.keys(); String key; while(e.hasMoreElements()) { key = (String)e.nextElement(); res += key+" \t"+h.get(key)+"\n"; } if (pred!=null) res+="++ predecessor!\n"; return(res); } public int size() { return(h.size()); } } jflex-1.4.3/examples/interpreter/SymtabEntry.java0000644000175000017500000000362107606571215020651 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * Symbol table entry for names, there are subclasses for * variables and functions. * * Defines constants UNKNOWN, VAR und FUN as kinds of * symbol table entries. */ class SymtabEntry { String name; public SymtabEntry(String v) { name=v; } public int kind() { return UNKNOWN; } public String toString() { return("unknown "+name); } static final int UNKNOWN = 12; static final int VAR = 13; static final int FUN = 14; } jflex-1.4.3/examples/interpreter/Tboolexp.java0000644000175000017500000000454207606571215020167 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * AST node for bool expressions */ class Tboolexp implements AST { Texp exp1, exp2; // left and right subexpression char kind; // '=', '<' and '!' for "<=" public Tboolexp(Texp e1, char k, Texp e2) { exp1=e1; kind=k; exp2=e2; } public String toString() { if (kind!='!') return(""+exp1+kind+exp2); else return(exp1+"<="+exp2); } public void checkcontext(SymTab st) { // context conditions exp1.checkcontext(st); exp2.checkcontext(st); } public void prepInterp(SymTab st) { // set pointers and indices exp1.prepInterp(st); exp2.prepInterp(st); } public boolean interpret(int[] in, int[] par) { int e1 = exp1.interpret(in,par); int e2 = exp2.interpret(in,par); switch(kind) { case '=': return(e1==e2); case '<': return(e1 * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * AST node for function declarations. * * Also contains a reference to the symbol table of * the paramaters and their arity. */ class Tdekl implements AST { Tident ident; // identifier Tparlist parlist; // liste of parameter Texp exp; // function body public Tdekl(Tident i, Tparlist p, Texp e) { parlist=p; ident=i; exp=e; } public String toString() { return(ident+"("+parlist+") = \n "+exp); } SymTab params; // symbol table of the parameters int arity; public void setSymtab(SymTab st) { params = new SymTab(st); parlist.setSymtab(params,false,0); arity = params.size(); boolean isNew = st.enter(ident.toString(), new STEfun(ident.toString(),this,arity)); // CoCo (Fun) if(!isNew) Main.error("funktion "+ident+" defined twice!"); } public void printSymtabs() { System.out.print("funktion "+ident.toString()+"\n"+params); } public void checkcontext() { exp.checkcontext(params); // CoCo (DefFun,DefVar,Arity) } public void prepInterp(SymTab st) { // set pointers and indices exp.prepInterp(params); } public int interpret(int[] in, int[] par) { return(exp.interpret(in,par)); } public int arity() { return(arity); } } jflex-1.4.3/examples/interpreter/Tdekllist.java0000644000175000017500000000475710036465164020336 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * AST node for declaration lists of functions */ class Tdekllist implements AST { Tdekllist dekllist; // rest list (optional null) Tdekl dekl; // declaration public Tdekllist(Tdekllist p, Tdekl e) { dekllist=p; dekl=e; } public Tdekllist(Tdekl e) { dekllist=null; dekl=e; } public String toString() { if (dekllist!=null) return(dekllist+",\n"+dekl); else return(dekl.toString()); } public void setSymtab(SymTab st) { if (dekllist!=null) dekllist.setSymtab(st); dekl.setSymtab(st); } public void printSymtabs() { if (dekllist!=null) dekllist.printSymtabs(); dekl.printSymtabs(); } public void checkcontext() { if (dekllist!=null) dekllist.checkcontext(); dekl.checkcontext(); // CoCo (DefFun,DefVar,Arity) } // in function body public void prepInterp(SymTab st) { // set pointers and indices dekl.prepInterp(st); if (dekllist!=null) dekllist.prepInterp(st); } } jflex-1.4.3/examples/interpreter/Texp.java0000644000175000017500000000422107606571215017305 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * AST node for an integer expression. * * The non terminal exp is the sum of multiple variants and * therefore modeled as an abstract class. * * The interpretation function interpret is called with * valuations of input variables in and parameters * par. Before interpret can be called, pointers * and variable indices must be set with prepInterp. */ abstract class Texp implements AST { // test context conditions (DefFun,DefVar,Arity) abstract public void checkcontext(SymTab st); // set pointers and indices for variables and functions abstract public void prepInterp(SymTab st); // interpretation abstract public int interpret(int[] in, int[] par); } jflex-1.4.3/examples/interpreter/Texpinfix.java0000644000175000017500000000452507606571215020352 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * AST node for infix expressions */ class Texpinfix extends Texp implements AST { Texp exp1, exp2; // left and right sub expression char kind; // kind ('+', '-', '*', '/') public Texpinfix(Texp e1, char k, Texp e2) { exp1=e1; kind=k; exp2=e2; } public String toString() { return("("+exp1+kind+exp2+")"); } public void checkcontext(SymTab st) { // context conditions exp1.checkcontext(st); exp2.checkcontext(st); } public void prepInterp(SymTab st) { // set pointers und indices exp1.prepInterp(st); exp2.prepInterp(st); } public int interpret(int[] in, int[] par) { int e1 = exp1.interpret(in,par); int e2 = exp2.interpret(in,par); switch (kind) { case '+': return(e1+e2); case '-': return(e1-e2); case '*': return(e1*e2); case '/': return(e1/e2); } return -1; // error } } jflex-1.4.3/examples/interpreter/Texplist.java0000644000175000017500000000530207606571215020202 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * AST node for a list of expressions. * * The interpretation of a list of expressions stores the * results of the expressions in an array that can be used * as parameter list for function calls. */ class Texplist implements AST { Texplist explist; // next list element (optional null) Texp exp; // expression of this list node public Texplist(Texplist p, Texp e) { explist=p; exp=e; } public Texplist(Texp e) { explist=null; exp=e; } public String toString() { if (explist!=null) return explist+","+exp; else return exp.toString(); } public void checkcontext(SymTab st) { if (explist!=null) explist.checkcontext(st); exp.checkcontext(st); // CoCo (DefFun,DefVar,Arity) } // in expression public int length() { if (explist!=null) return 1+explist.length(); else return 1; } public void prepInterp(SymTab st) { // set pointers and indices exp.prepInterp(st); if (explist!=null) explist.prepInterp(st); } public void interpret(int[] in, int[] par, int[] res, int index) { res[index] = exp.interpret(in,par); if (explist!=null) explist.interpret(in,par,res,index+1); } } jflex-1.4.3/examples/interpreter/Tfun.java0000644000175000017500000000527207606571215017310 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * AST node for function application. * * Also contains pointer to declaration location of the function. */ class Tfun extends Texp implements AST { Tident ident; // name of the function Texplist explist; // parameter list public Tfun(Tident i, Texplist e) { ident=i; explist=e; } public String toString() { return ident+"("+explist+")"; } public void checkcontext(SymTab st) { // CoCo (DefFun,Arity) explist.checkcontext(st); SymtabEntry ste = st.lookup(ident.toString()); if (ste==null) Main.error("function not defined: "+ident); else if (ste.kind() != SymtabEntry.FUN) Main.error("variable used as funktion: "+ident); else if (((STEfun)ste).arity() != explist.length()) Main.error("wrong arity at function call: "+ident); } Tdekl fundekl; // pointer to location of function declaration // set pointers and indices public void prepInterp(SymTab st) { fundekl = ((STEfun)st.lookup(ident.toString())).getDekl(); explist.prepInterp(st); } public int interpret(int[] in, int[] par) { int[] newparams = new int[fundekl.arity()]; explist.interpret(in,par,newparams,0); return fundekl.interpret(in,newparams); } } jflex-1.4.3/examples/interpreter/Tident.java0000644000175000017500000000452007606571215017616 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * AST node for an identifier */ class Tident extends Texp implements AST { String name; public Tident(String s) { name = s; } public String toString() { return name; } public void checkcontext(SymTab st) { // CoCo (DefVar) SymtabEntry ste = st.lookup(name); if (ste==null) Main.error("variable not defined: "+name); else if (ste.kind() != SymtabEntry.VAR) Main.error("function used as variable: "+name); } int index; // number of ident in environment boolean is_input; // is it an input variable? public void prepInterp(SymTab st) { // set index for environment STEvar ste = (STEvar)st.lookup(name); index = ste.getIndex(); is_input = ste.isInput(); } public int interpret(int[] in, int[] par) { if (is_input) return(in[index]); else return(par[index]); } } jflex-1.4.3/examples/interpreter/Tifthenelse.java0000644000175000017500000000437607606571215020652 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * AST node for if-then-else expressions */ class Tifthenelse extends Texp implements AST { Tboolexp boolexp; // condition Texp exp1, exp2; // then and else branch public Tifthenelse(Tboolexp b, Texp e1, Texp e2) { boolexp=b; exp1=e1; exp2=e2; } public String toString() { return "if "+boolexp+" then "+exp1+" else "+exp2+" fi"; } public void checkcontext(SymTab st) { boolexp.checkcontext(st); exp1.checkcontext(st); exp2.checkcontext(st); } public void prepInterp(SymTab st) { boolexp.prepInterp(st); exp1.prepInterp(st); exp2.prepInterp(st); } public int interpret(int[] in, int[] par) { boolean b = boolexp.interpret(in,par); if (b) return exp1.interpret(in,par); else return exp2.interpret(in,par); } } jflex-1.4.3/examples/interpreter/Tnumber.java0000644000175000017500000000357607606571215020015 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * AST node for a number */ class Tnumber extends Texp implements AST { int n; // value of the number public Tnumber(String s) { try { n = Integer.parseInt(s); } catch (NumberFormatException e) { n=-1; }; } public String toString() { return(""+n); } public void checkcontext(SymTab st) { } public void prepInterp(SymTab st) { } public int interpret(int[] in, int[] par) { return(n); } } jflex-1.4.3/examples/interpreter/Tparlist.java0000644000175000017500000000431607606571215020174 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * AST node for a parameter list. */ class Tparlist implements AST { Tparlist parlist; // rest of the liste (optional null) Tident ident; // identifier public Tparlist(Tparlist p, Tident i) { parlist=p; ident=i; } public Tparlist(Tident i) { parlist=null; ident=i; } public String toString() { if (parlist!=null) return parlist+","+ident; else return ident.toString(); } public void setSymtab(SymTab st, boolean isInput, int index) { boolean isNew = st.enter(ident.toString(), new STEvar(ident.toString(), isInput, index)); if (!isNew) Main.error("Variable "+ident+" defined twice!"); if (parlist!=null) parlist.setSymtab(st, isInput, index+1); } } jflex-1.4.3/examples/interpreter/Tprogram.java0000644000175000017500000000747307606571215020174 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * AST node for the whole program (top node). * * Also contains two symbol tables, one for input variables, * one for function names. * * All operations like context check, symbol table build up * etc. start here. */ class Tprogram implements AST { Tparlist parlist; // input variables Tdekllist dekllist; // function declarations Texplist explist; // result expressions Texplist arguments; // input values public Tprogram(Tparlist p, Tdekllist d, Texplist e, Texplist a) { parlist=p; dekllist=d; explist=e; arguments=a; } public String toString() { return("Program:\n=============\ninput "+parlist+ "\nfunctions\n"+dekllist+"\noutput "+explist+ "\narguments "+arguments+"\nend"); } SymTab inputs; // table of input variables SymTab functions; // table of functions public void setSymtabs() { // calculate symbol table entries inputs = new SymTab(); // set input variables parlist.setSymtab(inputs, true, 0); functions = new SymTab(inputs); dekllist.setSymtab(functions); } public void printSymtabs() { System.out.print("Input variables-\n"+inputs); System.out.print("Functions-\n"+functions); dekllist.printSymtabs(); } public void checkcontext() { dekllist.checkcontext(); // CoCo (DefFun,DefVar,Arity) // in function bodies explist.checkcontext(functions); // CoCo (DefFun,DefVar,Arity) // in result expressions arguments.checkcontext(new SymTab()); // CoCo (constants) // in arguments if (arguments.length()!=inputs.size()) Main.error("Argument list and input variables list differ!"); } public void prepInterp() { // set pointers and indices dekllist.prepInterp(functions); explist.prepInterp(functions); } public void interpret() { int[] inputEnv = new int[inputs.size()]; // set input arguments.interpret(null,null,inputEnv,0); System.out.println("Result:\n============="); int[] ergebnis = new int[explist.length()]; explist.interpret(inputEnv,null,ergebnis,0); // calculate result int i; for (i=explist.length()-1; i > 0; i--) System.out.print(ergebnis[i]+", "); System.out.println(ergebnis[i]); } } jflex-1.4.3/examples/interpreter/Tuminus.java0000644000175000017500000000364607606571215020043 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2001 Gerwin Klein * * Copyright (C) 2001 Bernhard Rumpe * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** * AST node for unary minus expressions. */ class Tuminus extends Texp implements AST { Texp exp; // the negated expression public Tuminus(Texp e) { exp=e; } public String toString() { return "-"+exp; } public void checkcontext(SymTab st) { exp.checkcontext(st); } public void prepInterp(SymTab st) { exp.prepInterp(st); } public int interpret(int[] in, int[] par) { return -(exp.interpret(in,par)); } } jflex-1.4.3/examples/java/0000755000175000017500000000000011141044624014065 5ustar moonmoonjflex-1.4.3/examples/java/build.xml0000644000175000017500000000234407710751751015726 0ustar moonmoon jflex-1.4.3/examples/java/java.flex0000644000175000017500000003421211141043444015667 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /* Java 1.2 language lexer specification */ /* Use together with unicode.flex for Unicode preprocesssing */ /* and java12.cup for a Java 1.2 parser */ /* Note that this lexer specification is not tuned for speed. It is in fact quite slow on integer and floating point literals, because the input is read twice and the methods used to parse the numbers are not very fast. For a production quality application (e.g. a Java compiler) this could be optimized */ import java_cup.runtime.*; %% %public %class Scanner %implements sym %unicode %line %column %cup %cupdebug %{ StringBuffer string = new StringBuffer(); private Symbol symbol(int type) { return new JavaSymbol(type, yyline+1, yycolumn+1); } private Symbol symbol(int type, Object value) { return new JavaSymbol(type, yyline+1, yycolumn+1, value); } /** * assumes correct representation of a long value for * specified radix in scanner buffer from start * to end */ private long parseLong(int start, int end, int radix) { long result = 0; long digit; for (int i = start; i < end; i++) { digit = Character.digit(yycharat(i),radix); result*= radix; result+= digit; } return result; } %} /* main character classes */ LineTerminator = \r|\n|\r\n InputCharacter = [^\r\n] WhiteSpace = {LineTerminator} | [ \t\f] /* comments */ Comment = {TraditionalComment} | {EndOfLineComment} | {DocumentationComment} TraditionalComment = "/*" [^*] ~"*/" | "/*" "*"+ "/" EndOfLineComment = "//" {InputCharacter}* {LineTerminator}? DocumentationComment = "/*" "*"+ [^/*] ~"*/" /* identifiers */ Identifier = [:jletter:][:jletterdigit:]* /* integer literals */ DecIntegerLiteral = 0 | [1-9][0-9]* DecLongLiteral = {DecIntegerLiteral} [lL] HexIntegerLiteral = 0 [xX] 0* {HexDigit} {1,8} HexLongLiteral = 0 [xX] 0* {HexDigit} {1,16} [lL] HexDigit = [0-9a-fA-F] OctIntegerLiteral = 0+ [1-3]? {OctDigit} {1,15} OctLongLiteral = 0+ 1? {OctDigit} {1,21} [lL] OctDigit = [0-7] /* floating point literals */ FloatLiteral = ({FLit1}|{FLit2}|{FLit3}) {Exponent}? [fF] DoubleLiteral = ({FLit1}|{FLit2}|{FLit3}) {Exponent}? FLit1 = [0-9]+ \. [0-9]* FLit2 = \. [0-9]+ FLit3 = [0-9]+ Exponent = [eE] [+-]? [0-9]+ /* string and character literals */ StringCharacter = [^\r\n\"\\] SingleCharacter = [^\r\n\'\\] %state STRING, CHARLITERAL %% { /* keywords */ "abstract" { return symbol(ABSTRACT); } "boolean" { return symbol(BOOLEAN); } "break" { return symbol(BREAK); } "byte" { return symbol(BYTE); } "case" { return symbol(CASE); } "catch" { return symbol(CATCH); } "char" { return symbol(CHAR); } "class" { return symbol(CLASS); } "const" { return symbol(CONST); } "continue" { return symbol(CONTINUE); } "do" { return symbol(DO); } "double" { return symbol(DOUBLE); } "else" { return symbol(ELSE); } "extends" { return symbol(EXTENDS); } "final" { return symbol(FINAL); } "finally" { return symbol(FINALLY); } "float" { return symbol(FLOAT); } "for" { return symbol(FOR); } "default" { return symbol(DEFAULT); } "implements" { return symbol(IMPLEMENTS); } "import" { return symbol(IMPORT); } "instanceof" { return symbol(INSTANCEOF); } "int" { return symbol(INT); } "interface" { return symbol(INTERFACE); } "long" { return symbol(LONG); } "native" { return symbol(NATIVE); } "new" { return symbol(NEW); } "goto" { return symbol(GOTO); } "if" { return symbol(IF); } "public" { return symbol(PUBLIC); } "short" { return symbol(SHORT); } "super" { return symbol(SUPER); } "switch" { return symbol(SWITCH); } "synchronized" { return symbol(SYNCHRONIZED); } "package" { return symbol(PACKAGE); } "private" { return symbol(PRIVATE); } "protected" { return symbol(PROTECTED); } "transient" { return symbol(TRANSIENT); } "return" { return symbol(RETURN); } "void" { return symbol(VOID); } "static" { return symbol(STATIC); } "while" { return symbol(WHILE); } "this" { return symbol(THIS); } "throw" { return symbol(THROW); } "throws" { return symbol(THROWS); } "try" { return symbol(TRY); } "volatile" { return symbol(VOLATILE); } "strictfp" { return symbol(STRICTFP); } /* boolean literals */ "true" { return symbol(BOOLEAN_LITERAL, new Boolean(true)); } "false" { return symbol(BOOLEAN_LITERAL, new Boolean(false)); } /* null literal */ "null" { return symbol(NULL_LITERAL); } /* separators */ "(" { return symbol(LPAREN); } ")" { return symbol(RPAREN); } "{" { return symbol(LBRACE); } "}" { return symbol(RBRACE); } "[" { return symbol(LBRACK); } "]" { return symbol(RBRACK); } ";" { return symbol(SEMICOLON); } "," { return symbol(COMMA); } "." { return symbol(DOT); } /* operators */ "=" { return symbol(EQ); } ">" { return symbol(GT); } "<" { return symbol(LT); } "!" { return symbol(NOT); } "~" { return symbol(COMP); } "?" { return symbol(QUESTION); } ":" { return symbol(COLON); } "==" { return symbol(EQEQ); } "<=" { return symbol(LTEQ); } ">=" { return symbol(GTEQ); } "!=" { return symbol(NOTEQ); } "&&" { return symbol(ANDAND); } "||" { return symbol(OROR); } "++" { return symbol(PLUSPLUS); } "--" { return symbol(MINUSMINUS); } "+" { return symbol(PLUS); } "-" { return symbol(MINUS); } "*" { return symbol(MULT); } "/" { return symbol(DIV); } "&" { return symbol(AND); } "|" { return symbol(OR); } "^" { return symbol(XOR); } "%" { return symbol(MOD); } "<<" { return symbol(LSHIFT); } ">>" { return symbol(RSHIFT); } ">>>" { return symbol(URSHIFT); } "+=" { return symbol(PLUSEQ); } "-=" { return symbol(MINUSEQ); } "*=" { return symbol(MULTEQ); } "/=" { return symbol(DIVEQ); } "&=" { return symbol(ANDEQ); } "|=" { return symbol(OREQ); } "^=" { return symbol(XOREQ); } "%=" { return symbol(MODEQ); } "<<=" { return symbol(LSHIFTEQ); } ">>=" { return symbol(RSHIFTEQ); } ">>>=" { return symbol(URSHIFTEQ); } /* string literal */ \" { yybegin(STRING); string.setLength(0); } /* character literal */ \' { yybegin(CHARLITERAL); } /* numeric literals */ /* This is matched together with the minus, because the number is too big to be represented by a positive integer. */ "-2147483648" { return symbol(INTEGER_LITERAL, new Integer(Integer.MIN_VALUE)); } {DecIntegerLiteral} { return symbol(INTEGER_LITERAL, new Integer(yytext())); } {DecLongLiteral} { return symbol(INTEGER_LITERAL, new Long(yytext().substring(0,yylength()-1))); } {HexIntegerLiteral} { return symbol(INTEGER_LITERAL, new Integer((int) parseLong(2, yylength(), 16))); } {HexLongLiteral} { return symbol(INTEGER_LITERAL, new Long(parseLong(2, yylength()-1, 16))); } {OctIntegerLiteral} { return symbol(INTEGER_LITERAL, new Integer((int) parseLong(0, yylength(), 8))); } {OctLongLiteral} { return symbol(INTEGER_LITERAL, new Long(parseLong(0, yylength()-1, 8))); } {FloatLiteral} { return symbol(FLOATING_POINT_LITERAL, new Float(yytext().substring(0,yylength()-1))); } {DoubleLiteral} { return symbol(FLOATING_POINT_LITERAL, new Double(yytext())); } {DoubleLiteral}[dD] { return symbol(FLOATING_POINT_LITERAL, new Double(yytext().substring(0,yylength()-1))); } /* comments */ {Comment} { /* ignore */ } /* whitespace */ {WhiteSpace} { /* ignore */ } /* identifiers */ {Identifier} { return symbol(IDENTIFIER, yytext()); } } { \" { yybegin(YYINITIAL); return symbol(STRING_LITERAL, string.toString()); } {StringCharacter}+ { string.append( yytext() ); } /* escape sequences */ "\\b" { string.append( '\b' ); } "\\t" { string.append( '\t' ); } "\\n" { string.append( '\n' ); } "\\f" { string.append( '\f' ); } "\\r" { string.append( '\r' ); } "\\\"" { string.append( '\"' ); } "\\'" { string.append( '\'' ); } "\\\\" { string.append( '\\' ); } \\[0-3]?{OctDigit}?{OctDigit} { char val = (char) Integer.parseInt(yytext().substring(1),8); string.append( val ); } /* error cases */ \\. { throw new RuntimeException("Illegal escape sequence \""+yytext()+"\""); } {LineTerminator} { throw new RuntimeException("Unterminated string at end of line"); } } { {SingleCharacter}\' { yybegin(YYINITIAL); return symbol(CHARACTER_LITERAL, new Character(yytext().charAt(0))); } /* escape sequences */ "\\b"\' { yybegin(YYINITIAL); return symbol(CHARACTER_LITERAL, new Character('\b'));} "\\t"\' { yybegin(YYINITIAL); return symbol(CHARACTER_LITERAL, new Character('\t'));} "\\n"\' { yybegin(YYINITIAL); return symbol(CHARACTER_LITERAL, new Character('\n'));} "\\f"\' { yybegin(YYINITIAL); return symbol(CHARACTER_LITERAL, new Character('\f'));} "\\r"\' { yybegin(YYINITIAL); return symbol(CHARACTER_LITERAL, new Character('\r'));} "\\\""\' { yybegin(YYINITIAL); return symbol(CHARACTER_LITERAL, new Character('\"'));} "\\'"\' { yybegin(YYINITIAL); return symbol(CHARACTER_LITERAL, new Character('\''));} "\\\\"\' { yybegin(YYINITIAL); return symbol(CHARACTER_LITERAL, new Character('\\')); } \\[0-3]?{OctDigit}?{OctDigit}\' { yybegin(YYINITIAL); int val = Integer.parseInt(yytext().substring(1,yylength()-1),8); return symbol(CHARACTER_LITERAL, new Character((char)val)); } /* error cases */ \\. { throw new RuntimeException("Illegal escape sequence \""+yytext()+"\""); } {LineTerminator} { throw new RuntimeException("Unterminated character literal at end of line"); } } /* error fallback */ .|\n { throw new RuntimeException("Illegal character \""+yytext()+ "\" at line "+yyline+", column "+yycolumn); } <> { return symbol(EOF); } jflex-1.4.3/examples/java/java12.cup0000644000175000017500000005525211140766326015704 0ustar moonmoonimport java_cup.runtime.*; /* August 1999 - modified by Gerwin Klein to interface with JFlex scanners, allows empty semicolon in class decls. changed productions: class_member_declaration ::= field_declaration | method_declaration [..] | interface_declaration | SEMICOLON ; interface_member_declaration ::= constant_declaration | abstract_method_declaration | class_declaration | interface_declaration | SEMICOLON ; */ /* Java 1.2 parser for CUP. * Copyright (C) 1998 C. Scott Ananian * This program is released under the terms of the GPL; see the file * COPYING for more details. There is NO WARRANTY on this code. */ /* JDK 1.2 Features added: strictfp modifier. explicit_constructor_invocation ::= ... | primary DOT THIS LPAREN argument_list_opt RPAREN SEMICOLON ; field_access ::= ... | name DOT SUPER DOT IDENTIFIER ; method_invocation ::= ... | name DOT SUPER DOT IDENTIFIER LPAREN argument_list_opt RPAREN ; */ parser code {: public void report_error(String message, Object info) { StringBuffer m = new StringBuffer("Error "); if (info instanceof java_cup.runtime.Symbol) m.append( "("+info.toString()+")" ); m.append(" : "+message); System.out.println(m); } public void report_fatal_error(String message, Object info) { report_error(message, info); throw new RuntimeException("Fatal Syntax Error"); } :}; terminal BOOLEAN; // primitive_type terminal BYTE, SHORT, INT, LONG, CHAR; // integral_type terminal FLOAT, DOUBLE; // floating_point_type terminal LBRACK, RBRACK; // array_type terminal DOT; // qualified_name terminal SEMICOLON, MULT, COMMA, LBRACE, RBRACE, EQ, LPAREN, RPAREN, COLON; terminal PACKAGE; // package_declaration terminal IMPORT; // import_declaration terminal PUBLIC, PROTECTED, PRIVATE; // modifier terminal STATIC; // modifier terminal ABSTRACT, FINAL, NATIVE, SYNCHRONIZED, TRANSIENT, VOLATILE; terminal CLASS; // class_declaration terminal EXTENDS; // super terminal IMPLEMENTS; // interfaces terminal VOID; // method_header terminal THROWS; // throws terminal THIS, SUPER; // explicit_constructor_invocation terminal INTERFACE; // interface_declaration terminal IF, ELSE; // if_then_statement, if_then_else_statement terminal SWITCH; // switch_statement terminal CASE, DEFAULT; // switch_label terminal DO, WHILE; // while_statement, do_statement terminal FOR; // for_statement terminal BREAK; // break_statement terminal CONTINUE; // continue_statement terminal RETURN; // return_statement terminal THROW; // throw_statement terminal TRY; // try_statement terminal CATCH; // catch_clause terminal FINALLY; // finally terminal NEW; // class_instance_creation_expression terminal PLUSPLUS; // postincrement_expression terminal MINUSMINUS; // postdecrement_expression terminal PLUS, MINUS, COMP, NOT, DIV, MOD; terminal LSHIFT, RSHIFT, URSHIFT; // shift_expression terminal LT, GT, LTEQ, GTEQ, INSTANCEOF; // relational_expression terminal EQEQ, NOTEQ; // equality_expression terminal AND; // and_expression terminal XOR; // exclusive_or_expression terminal OR; // inclusive_or_expression terminal ANDAND; // conditional_and_expression terminal OROR; // conditional_or_expression terminal QUESTION; // conditional_expression terminal MULTEQ, DIVEQ, MODEQ, PLUSEQ, MINUSEQ; // assignment_operator terminal LSHIFTEQ, RSHIFTEQ, URSHIFTEQ; // assignment_operator terminal ANDEQ, XOREQ, OREQ; // assignment_operator terminal java.lang.Number INTEGER_LITERAL; terminal java.lang.Number FLOATING_POINT_LITERAL; terminal java.lang.Boolean BOOLEAN_LITERAL; terminal java.lang.Character CHARACTER_LITERAL; terminal java.lang.String STRING_LITERAL; terminal java.lang.String IDENTIFIER; // name terminal NULL_LITERAL; // strictfp keyword, new in Java 1.2 terminal STRICTFP; // Reserved but unused: terminal CONST, GOTO; // 19.2) The Syntactic Grammar non terminal goal; // 19.3) Lexical Structure non terminal literal; // 19.4) Types, Values, and Variables non terminal type, primitive_type, numeric_type; non terminal integral_type, floating_point_type; non terminal reference_type; non terminal class_or_interface_type; non terminal class_type, interface_type; non terminal array_type; // 19.5) Names non terminal name, simple_name, qualified_name; // 19.6) Packages non terminal compilation_unit; non terminal package_declaration_opt, package_declaration; non terminal import_declarations_opt, import_declarations; non terminal type_declarations_opt, type_declarations; non terminal import_declaration; non terminal single_type_import_declaration; non terminal type_import_on_demand_declaration; non terminal type_declaration; // 19.7) Productions used only in the LALR(1) grammar non terminal modifiers_opt, modifiers, modifier; // 19.8.1) Class Declaration non terminal class_declaration, super_cl, super_opt; non terminal interfaces, interfaces_opt, interface_type_list; non terminal class_body; non terminal class_body_declarations, class_body_declarations_opt; non terminal class_body_declaration, class_member_declaration; // 19.8.2) Field Declarations non terminal field_declaration, variable_declarators, variable_declarator; non terminal variable_declarator_id, variable_initializer; // 19.8.3) Method Declarations non terminal method_declaration, method_header, method_declarator; non terminal formal_parameter_list_opt, formal_parameter_list; non terminal formal_parameter; non terminal throws_opt, throws; non terminal class_type_list, method_body; // 19.8.4) Static Initializers non terminal static_initializer; // 19.8.5) Constructor Declarations non terminal constructor_declaration, constructor_declarator; non terminal constructor_body; non terminal explicit_constructor_invocation; // 19.9.1) Interface Declarations non terminal interface_declaration; non terminal extends_interfaces_opt, extends_interfaces; non terminal interface_body; non terminal interface_member_declarations_opt, interface_member_declarations; non terminal interface_member_declaration, constant_declaration; non terminal abstract_method_declaration; // 19.10) Arrays non terminal array_initializer; non terminal variable_initializers; // 19.11) Blocks and Statements non terminal block; non terminal block_statements_opt, block_statements, block_statement; non terminal local_variable_declaration_statement, local_variable_declaration; non terminal statement, statement_no_short_if; non terminal statement_without_trailing_substatement; non terminal empty_statement; non terminal labeled_statement, labeled_statement_no_short_if; non terminal expression_statement, statement_expression; non terminal if_then_statement; non terminal if_then_else_statement, if_then_else_statement_no_short_if; non terminal switch_statement, switch_block; non terminal switch_block_statement_groups; non terminal switch_block_statement_group; non terminal switch_labels, switch_label; non terminal while_statement, while_statement_no_short_if; non terminal do_statement; non terminal for_statement, for_statement_no_short_if; non terminal for_init_opt, for_init; non terminal for_update_opt, for_update; non terminal statement_expression_list; non terminal identifier_opt; non terminal break_statement, continue_statement; non terminal return_statement, throw_statement; non terminal synchronized_statement, try_statement; non terminal catches_opt, catches, catch_clause; non terminal finally; // 19.12) Expressions non terminal primary, primary_no_new_array; non terminal class_instance_creation_expression; non terminal argument_list_opt, argument_list; non terminal array_creation_expression; non terminal dim_exprs, dim_expr, dims_opt, dims; non terminal field_access, method_invocation, array_access; non terminal postfix_expression; non terminal postincrement_expression, postdecrement_expression; non terminal unary_expression, unary_expression_not_plus_minus; non terminal preincrement_expression, predecrement_expression; non terminal cast_expression; non terminal multiplicative_expression, additive_expression; non terminal shift_expression, relational_expression, equality_expression; non terminal and_expression, exclusive_or_expression, inclusive_or_expression; non terminal conditional_and_expression, conditional_or_expression; non terminal conditional_expression, assignment_expression; non terminal assignment; non terminal left_hand_side; non terminal assignment_operator; non terminal expression_opt, expression; non terminal constant_expression; start with goal; // 19.2) The Syntactic Grammar goal ::= compilation_unit ; // 19.3) Lexical Structure. literal ::= INTEGER_LITERAL | FLOATING_POINT_LITERAL | BOOLEAN_LITERAL | CHARACTER_LITERAL | STRING_LITERAL | NULL_LITERAL ; // 19.4) Types, Values, and Variables type ::= primitive_type | reference_type ; primitive_type ::= numeric_type | BOOLEAN ; numeric_type::= integral_type | floating_point_type ; integral_type ::= BYTE | SHORT | INT | LONG | CHAR ; floating_point_type ::= FLOAT | DOUBLE ; reference_type ::= class_or_interface_type | array_type ; class_or_interface_type ::= name; class_type ::= class_or_interface_type; interface_type ::= class_or_interface_type; array_type ::= primitive_type dims | name dims ; // 19.5) Names name ::= simple_name | qualified_name ; simple_name ::= IDENTIFIER ; qualified_name ::= name DOT IDENTIFIER ; // 19.6) Packages compilation_unit ::= package_declaration_opt import_declarations_opt type_declarations_opt ; package_declaration_opt ::= package_declaration | ; import_declarations_opt ::= import_declarations | ; type_declarations_opt ::= type_declarations | ; import_declarations ::= import_declaration | import_declarations import_declaration ; type_declarations ::= type_declaration | type_declarations type_declaration ; package_declaration ::= PACKAGE name SEMICOLON ; import_declaration ::= single_type_import_declaration | type_import_on_demand_declaration ; single_type_import_declaration ::= IMPORT name SEMICOLON ; type_import_on_demand_declaration ::= IMPORT name DOT MULT SEMICOLON ; type_declaration ::= class_declaration | interface_declaration | SEMICOLON ; // 19.7) Productions used only in the LALR(1) grammar modifiers_opt::= | modifiers ; modifiers ::= modifier | modifiers modifier ; modifier ::= PUBLIC | PROTECTED | PRIVATE | STATIC | ABSTRACT | FINAL | NATIVE | SYNCHRONIZED | TRANSIENT | VOLATILE | STRICTFP // note that semantic analysis must check that the // context of the modifier allows strictfp. ; // 19.8) Classes // 19.8.1) Class Declaration: class_declaration ::= modifiers_opt CLASS IDENTIFIER super_opt interfaces_opt class_body ; super_cl ::= EXTENDS class_type ; super_opt ::= | super_cl ; interfaces ::= IMPLEMENTS interface_type_list ; interfaces_opt::= | interfaces ; interface_type_list ::= interface_type | interface_type_list COMMA interface_type ; class_body ::= LBRACE class_body_declarations_opt RBRACE ; class_body_declarations_opt ::= | class_body_declarations ; class_body_declarations ::= class_body_declaration | class_body_declarations class_body_declaration ; class_body_declaration ::= class_member_declaration | static_initializer | constructor_declaration | block ; class_member_declaration ::= field_declaration | method_declaration /* repeat the prod for 'class_declaration' here: */ | modifiers_opt CLASS IDENTIFIER super_opt interfaces_opt class_body | interface_declaration | SEMICOLON ; // 19.8.2) Field Declarations field_declaration ::= modifiers_opt type variable_declarators SEMICOLON ; variable_declarators ::= variable_declarator | variable_declarators COMMA variable_declarator ; variable_declarator ::= variable_declarator_id | variable_declarator_id EQ variable_initializer ; variable_declarator_id ::= IDENTIFIER | variable_declarator_id LBRACK RBRACK ; variable_initializer ::= expression | array_initializer ; // 19.8.3) Method Declarations method_declaration ::= method_header method_body ; method_header ::= modifiers_opt type method_declarator throws_opt | modifiers_opt VOID method_declarator throws_opt ; method_declarator ::= IDENTIFIER LPAREN formal_parameter_list_opt RPAREN | method_declarator LBRACK RBRACK // deprecated // be careful; the above production also allows 'void foo() []' ; formal_parameter_list_opt ::= | formal_parameter_list ; formal_parameter_list ::= formal_parameter | formal_parameter_list COMMA formal_parameter ; formal_parameter ::= type variable_declarator_id | FINAL type variable_declarator_id ; throws_opt ::= | throws ; throws ::= THROWS class_type_list ; class_type_list ::= class_type | class_type_list COMMA class_type ; method_body ::= block | SEMICOLON ; // 19.8.4) Static Initializers static_initializer ::= STATIC block ; // 19.8.5) Constructor Declarations constructor_declaration ::= modifiers_opt constructor_declarator throws_opt constructor_body ; constructor_declarator ::= simple_name LPAREN formal_parameter_list_opt RPAREN ; constructor_body ::= LBRACE explicit_constructor_invocation block_statements RBRACE | LBRACE explicit_constructor_invocation RBRACE | LBRACE block_statements RBRACE | LBRACE RBRACE ; explicit_constructor_invocation ::= THIS LPAREN argument_list_opt RPAREN SEMICOLON | SUPER LPAREN argument_list_opt RPAREN SEMICOLON | primary DOT THIS LPAREN argument_list_opt RPAREN SEMICOLON | primary DOT SUPER LPAREN argument_list_opt RPAREN SEMICOLON ; // 19.9) Interfaces // 19.9.1) Interface Declarations interface_declaration ::= modifiers_opt INTERFACE IDENTIFIER extends_interfaces_opt interface_body ; extends_interfaces_opt ::= | extends_interfaces ; extends_interfaces ::= EXTENDS interface_type | extends_interfaces COMMA interface_type ; interface_body ::= LBRACE interface_member_declarations_opt RBRACE ; interface_member_declarations_opt ::= | interface_member_declarations ; interface_member_declarations ::= interface_member_declaration | interface_member_declarations interface_member_declaration ; interface_member_declaration ::= constant_declaration | abstract_method_declaration | class_declaration | interface_declaration | SEMICOLON ; constant_declaration ::= field_declaration ; abstract_method_declaration ::= method_header SEMICOLON ; // 19.10) Arrays array_initializer ::= LBRACE variable_initializers COMMA RBRACE | LBRACE variable_initializers RBRACE | LBRACE COMMA RBRACE | LBRACE RBRACE ; variable_initializers ::= variable_initializer | variable_initializers COMMA variable_initializer ; // 19.11) Blocks and Statements block ::= LBRACE block_statements_opt RBRACE ; block_statements_opt ::= | block_statements ; block_statements ::= block_statement | block_statements block_statement ; block_statement ::= local_variable_declaration_statement | statement | class_declaration | interface_declaration ; local_variable_declaration_statement ::= local_variable_declaration SEMICOLON ; local_variable_declaration ::= type variable_declarators | FINAL type variable_declarators ; statement ::= statement_without_trailing_substatement | labeled_statement | if_then_statement | if_then_else_statement | while_statement | for_statement ; statement_no_short_if ::= statement_without_trailing_substatement | labeled_statement_no_short_if | if_then_else_statement_no_short_if | while_statement_no_short_if | for_statement_no_short_if ; statement_without_trailing_substatement ::= block | empty_statement | expression_statement | switch_statement | do_statement | break_statement | continue_statement | return_statement | synchronized_statement | throw_statement | try_statement ; empty_statement ::= SEMICOLON ; labeled_statement ::= IDENTIFIER COLON statement ; labeled_statement_no_short_if ::= IDENTIFIER COLON statement_no_short_if ; expression_statement ::= statement_expression SEMICOLON ; statement_expression ::= assignment | preincrement_expression | predecrement_expression | postincrement_expression | postdecrement_expression | method_invocation | class_instance_creation_expression ; if_then_statement ::= IF LPAREN expression RPAREN statement ; if_then_else_statement ::= IF LPAREN expression RPAREN statement_no_short_if ELSE statement ; if_then_else_statement_no_short_if ::= IF LPAREN expression RPAREN statement_no_short_if ELSE statement_no_short_if ; switch_statement ::= SWITCH LPAREN expression RPAREN switch_block ; switch_block ::= LBRACE switch_block_statement_groups switch_labels RBRACE | LBRACE switch_block_statement_groups RBRACE | LBRACE switch_labels RBRACE | LBRACE RBRACE ; switch_block_statement_groups ::= switch_block_statement_group | switch_block_statement_groups switch_block_statement_group ; switch_block_statement_group ::= switch_labels block_statements ; switch_labels ::= switch_label | switch_labels switch_label ; switch_label ::= CASE constant_expression COLON | DEFAULT COLON ; while_statement ::= WHILE LPAREN expression RPAREN statement ; while_statement_no_short_if ::= WHILE LPAREN expression RPAREN statement_no_short_if ; do_statement ::= DO statement WHILE LPAREN expression RPAREN SEMICOLON ; for_statement ::= FOR LPAREN for_init_opt SEMICOLON expression_opt SEMICOLON for_update_opt RPAREN statement ; for_statement_no_short_if ::= FOR LPAREN for_init_opt SEMICOLON expression_opt SEMICOLON for_update_opt RPAREN statement_no_short_if ; for_init_opt ::= | for_init ; for_init ::= statement_expression_list | local_variable_declaration ; for_update_opt ::= | for_update ; for_update ::= statement_expression_list ; statement_expression_list ::= statement_expression | statement_expression_list COMMA statement_expression ; identifier_opt ::= | IDENTIFIER ; break_statement ::= BREAK identifier_opt SEMICOLON ; continue_statement ::= CONTINUE identifier_opt SEMICOLON ; return_statement ::= RETURN expression_opt SEMICOLON ; throw_statement ::= THROW expression SEMICOLON ; synchronized_statement ::= SYNCHRONIZED LPAREN expression RPAREN block ; try_statement ::= TRY block catches | TRY block catches_opt finally ; catches_opt ::= | catches ; catches ::= catch_clause | catches catch_clause ; catch_clause ::= CATCH LPAREN formal_parameter RPAREN block ; finally ::= FINALLY block ; // 19.12) Expressions primary ::= primary_no_new_array | array_creation_expression ; primary_no_new_array ::= literal | THIS | LPAREN expression RPAREN | class_instance_creation_expression | field_access | method_invocation | array_access | primitive_type DOT CLASS | VOID DOT CLASS | array_type DOT CLASS | name DOT CLASS | name DOT THIS ; class_instance_creation_expression ::= NEW class_type LPAREN argument_list_opt RPAREN | NEW class_type LPAREN argument_list_opt RPAREN class_body | primary DOT NEW IDENTIFIER LPAREN argument_list_opt RPAREN | primary DOT NEW IDENTIFIER LPAREN argument_list_opt RPAREN class_body ; argument_list_opt ::= | argument_list ; argument_list ::= expression | argument_list COMMA expression ; array_creation_expression ::= NEW primitive_type dim_exprs dims_opt | NEW class_or_interface_type dim_exprs dims_opt | NEW primitive_type dims array_initializer | NEW class_or_interface_type dims array_initializer ; dim_exprs ::= dim_expr | dim_exprs dim_expr ; dim_expr ::= LBRACK expression RBRACK ; dims_opt ::= | dims ; dims ::= LBRACK RBRACK | dims LBRACK RBRACK ; field_access ::= primary DOT IDENTIFIER | SUPER DOT IDENTIFIER | name DOT SUPER DOT IDENTIFIER ; method_invocation ::= name LPAREN argument_list_opt RPAREN | primary DOT IDENTIFIER LPAREN argument_list_opt RPAREN | SUPER DOT IDENTIFIER LPAREN argument_list_opt RPAREN | name DOT SUPER DOT IDENTIFIER LPAREN argument_list_opt RPAREN ; array_access ::= name LBRACK expression RBRACK | primary_no_new_array LBRACK expression RBRACK ; postfix_expression ::= primary | name | postincrement_expression | postdecrement_expression ; postincrement_expression ::= postfix_expression PLUSPLUS ; postdecrement_expression ::= postfix_expression MINUSMINUS ; unary_expression ::= preincrement_expression | predecrement_expression | PLUS unary_expression | MINUS unary_expression | unary_expression_not_plus_minus ; preincrement_expression ::= PLUSPLUS unary_expression ; predecrement_expression ::= MINUSMINUS unary_expression ; unary_expression_not_plus_minus ::= postfix_expression | COMP unary_expression | NOT unary_expression | cast_expression ; cast_expression ::= LPAREN primitive_type dims_opt RPAREN unary_expression | LPAREN expression RPAREN unary_expression_not_plus_minus | LPAREN name dims RPAREN unary_expression_not_plus_minus ; multiplicative_expression ::= unary_expression | multiplicative_expression MULT unary_expression | multiplicative_expression DIV unary_expression | multiplicative_expression MOD unary_expression ; additive_expression ::= multiplicative_expression | additive_expression PLUS multiplicative_expression | additive_expression MINUS multiplicative_expression ; shift_expression ::= additive_expression | shift_expression LSHIFT additive_expression | shift_expression RSHIFT additive_expression | shift_expression URSHIFT additive_expression ; relational_expression ::= shift_expression | relational_expression LT shift_expression | relational_expression GT shift_expression | relational_expression LTEQ shift_expression | relational_expression GTEQ shift_expression | relational_expression INSTANCEOF reference_type ; equality_expression ::= relational_expression | equality_expression EQEQ relational_expression | equality_expression NOTEQ relational_expression ; and_expression ::= equality_expression | and_expression AND equality_expression ; exclusive_or_expression ::= and_expression | exclusive_or_expression XOR and_expression ; inclusive_or_expression ::= exclusive_or_expression | inclusive_or_expression OR exclusive_or_expression ; conditional_and_expression ::= inclusive_or_expression | conditional_and_expression ANDAND inclusive_or_expression ; conditional_or_expression ::= conditional_and_expression | conditional_or_expression OROR conditional_and_expression ; conditional_expression ::= conditional_or_expression | conditional_or_expression QUESTION expression COLON conditional_expression ; assignment_expression ::= conditional_expression | assignment ; assignment ::= left_hand_side assignment_operator assignment_expression ; left_hand_side ::= name | field_access | array_access ; assignment_operator ::= EQ | MULTEQ | DIVEQ | MODEQ | PLUSEQ | MINUSEQ | LSHIFTEQ | RSHIFTEQ | URSHIFTEQ | ANDEQ | XOREQ | OREQ ; expression_opt ::= | expression ; expression ::= assignment_expression ; constant_expression ::= expression ; jflex-1.4.3/examples/java/JavaParser.java0000644000175000017500000000372211141043444016771 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ import java.io.*; /** * Simple test driver for the java parser. Just runs it on some * input files, gives no useful output. */ public class JavaParser { public static void main(String argv[]) { for (int i = 0; i < argv.length; i++) { try { System.out.println("Parsing ["+argv[i]+"]"); Scanner s = new Scanner(new UnicodeEscapes(new FileReader(argv[i]))); parser p = new parser(s); p.parse(); System.out.println("No errors."); } catch (Exception e) { e.printStackTrace(System.out); System.exit(1); } } } } jflex-1.4.3/examples/java/JavaSymbol.java0000644000175000017500000000135010036463365017007 0ustar moonmoon public class JavaSymbol extends java_cup.runtime.Symbol { private int line; private int column; public JavaSymbol(int type, int line, int column) { this(type, line, column, -1, -1, null); } public JavaSymbol(int type, int line, int column, Object value) { this(type, line, column, -1, -1, value); } public JavaSymbol(int type, int line, int column, int left, int right, Object value) { super(type, left, right, value); this.line = line; this.column = column; } public int getLine() { return line; } public int getColumn() { return column; } public String toString() { return "line "+line+", column "+column+", sym: "+sym+(value == null ? "" : (", value: '"+value+"'")); } } jflex-1.4.3/examples/java/lexer-output.good0000644000175000017500000003320011140766730017422 0ustar moonmoonLexing [TestLexer.java] line:20 col:1 --import--IMPORT-- token: line 20, column 1, sym: 23 line:20 col:8 --java--IDENTIFIER-- token: line 20, column 8, sym: 98, value: 'java' line:20 col:12 --.--DOT-- token: line 20, column 12, sym: 12 line:20 col:13 --io--IDENTIFIER-- token: line 20, column 13, sym: 98, value: 'io' line:20 col:15 --.--DOT-- token: line 20, column 15, sym: 12 line:20 col:16 --*--MULT-- token: line 20, column 16, sym: 14 line:20 col:17 --;--SEMICOLON-- token: line 20, column 17, sym: 13 line:21 col:1 --import--IMPORT-- token: line 21, column 1, sym: 23 line:21 col:8 --java_cup--IDENTIFIER-- token: line 21, column 8, sym: 98, value: 'java_cup' line:21 col:16 --.--DOT-- token: line 21, column 16, sym: 12 line:21 col:17 --runtime--IDENTIFIER-- token: line 21, column 17, sym: 98, value: 'runtime' line:21 col:24 --.--DOT-- token: line 21, column 24, sym: 12 line:21 col:25 --Symbol--IDENTIFIER-- token: line 21, column 25, sym: 98, value: 'Symbol' line:21 col:31 --;--SEMICOLON-- token: line 21, column 31, sym: 13 line:29 col:1 --public--PUBLIC-- token: line 29, column 1, sym: 24 line:29 col:8 --class--CLASS-- token: line 29, column 8, sym: 34 line:29 col:14 --TestLexer--IDENTIFIER-- token: line 29, column 14, sym: 98, value: 'TestLexer' line:29 col:24 --{--LBRACE-- token: line 29, column 24, sym: 16 line:32 col:3 --int--INT-- token: line 32, column 3, sym: 5 line:32 col:7 --intDec--IDENTIFIER-- token: line 32, column 7, sym: 98, value: 'intDec' line:32 col:14 --=--EQ-- token: line 32, column 14, sym: 18 line:32 col:16 --37--INTEGER_LITERAL-- token: line 32, column 16, sym: 93, value: '37' line:32 col:18 --;--SEMICOLON-- token: line 32, column 18, sym: 13 line:33 col:3 --long--LONG-- token: line 33, column 3, sym: 6 line:33 col:8 --longDec--IDENTIFIER-- token: line 33, column 8, sym: 98, value: 'longDec' line:33 col:16 --=--EQ-- token: line 33, column 16, sym: 18 line:33 col:18 --37l--INTEGER_LITERAL-- token: line 33, column 18, sym: 93, value: '37' line:33 col:21 --;--SEMICOLON-- token: line 33, column 21, sym: 13 line:34 col:3 --int--INT-- token: line 34, column 3, sym: 5 line:34 col:7 --intHex--IDENTIFIER-- token: line 34, column 7, sym: 98, value: 'intHex' line:34 col:14 --=--EQ-- token: line 34, column 14, sym: 18 line:34 col:16 --0x0001--INTEGER_LITERAL-- token: line 34, column 16, sym: 93, value: '1' line:34 col:22 --;--SEMICOLON-- token: line 34, column 22, sym: 13 line:35 col:3 --long--LONG-- token: line 35, column 3, sym: 6 line:35 col:8 --longHex--IDENTIFIER-- token: line 35, column 8, sym: 98, value: 'longHex' line:35 col:16 --=--EQ-- token: line 35, column 16, sym: 18 line:35 col:18 --0xFFFFl--INTEGER_LITERAL-- token: line 35, column 18, sym: 93, value: '65535' line:35 col:25 --;--SEMICOLON-- token: line 35, column 25, sym: 13 line:36 col:3 --int--INT-- token: line 36, column 3, sym: 5 line:36 col:7 --intOct--IDENTIFIER-- token: line 36, column 7, sym: 98, value: 'intOct' line:36 col:14 --=--EQ-- token: line 36, column 14, sym: 18 line:36 col:16 --0377--INTEGER_LITERAL-- token: line 36, column 16, sym: 93, value: '255' line:36 col:20 --;--SEMICOLON-- token: line 36, column 20, sym: 13 line:37 col:3 --long--LONG-- token: line 37, column 3, sym: 6 line:37 col:8 --longOc--IDENTIFIER-- token: line 37, column 8, sym: 98, value: 'longOc' line:37 col:15 --=--EQ-- token: line 37, column 15, sym: 18 line:37 col:17 --007l--INTEGER_LITERAL-- token: line 37, column 17, sym: 93, value: '7' line:37 col:21 --;--SEMICOLON-- token: line 37, column 21, sym: 13 line:38 col:3 --int--INT-- token: line 38, column 3, sym: 5 line:38 col:7 --smallest--IDENTIFIER-- token: line 38, column 7, sym: 98, value: 'smallest' line:38 col:16 --=--EQ-- token: line 38, column 16, sym: 18 line:38 col:18 ---2147483648--INTEGER_LITERAL-- token: line 38, column 18, sym: 93, value: '-2147483648' line:38 col:29 --;--SEMICOLON-- token: line 38, column 29, sym: 13 line:40 col:3 --public--PUBLIC-- token: line 40, column 3, sym: 24 line:40 col:10 --static--STATIC-- token: line 40, column 10, sym: 27 line:40 col:17 --void--VOID-- token: line 40, column 17, sym: 37 line:40 col:22 --main--IDENTIFIER-- token: line 40, column 22, sym: 98, value: 'main' line:40 col:26 --(--LPAREN-- token: line 40, column 26, sym: 19 line:40 col:27 --String--IDENTIFIER-- token: line 40, column 27, sym: 98, value: 'String' line:40 col:34 --argv--IDENTIFIER-- token: line 40, column 34, sym: 98, value: 'argv' line:40 col:38 --[--LBRACK-- token: line 40, column 38, sym: 10 line:40 col:39 --]--RBRACK-- token: line 40, column 39, sym: 11 line:40 col:40 --)--RPAREN-- token: line 40, column 40, sym: 20 line:40 col:42 --{--LBRACE-- token: line 40, column 42, sym: 16 line:42 col:5 --for--FOR-- token: line 42, column 5, sym: 49 line:42 col:9 --(--LPAREN-- token: line 42, column 9, sym: 19 line:42 col:10 --int--INT-- token: line 42, column 10, sym: 5 line:42 col:14 --i--IDENTIFIER-- token: line 42, column 14, sym: 98, value: 'i' line:42 col:16 --=--EQ-- token: line 42, column 16, sym: 18 line:42 col:18 --0--INTEGER_LITERAL-- token: line 42, column 18, sym: 93, value: '0' line:42 col:19 --;--SEMICOLON-- token: line 42, column 19, sym: 13 line:42 col:21 --i--IDENTIFIER-- token: line 42, column 21, sym: 98, value: 'i' line:42 col:23 --<--LT-- token: line 42, column 23, sym: 69 line:42 col:25 --argv--IDENTIFIER-- token: line 42, column 25, sym: 98, value: 'argv' line:42 col:29 --.--DOT-- token: line 42, column 29, sym: 12 line:42 col:30 --length--IDENTIFIER-- token: line 42, column 30, sym: 98, value: 'length' line:42 col:36 --;--SEMICOLON-- token: line 42, column 36, sym: 13 line:42 col:38 --i--IDENTIFIER-- token: line 42, column 38, sym: 98, value: 'i' line:42 col:39 --++--PLUSPLUS-- token: line 42, column 39, sym: 58 line:42 col:41 --)--RPAREN-- token: line 42, column 41, sym: 20 line:42 col:43 --{--LBRACE-- token: line 42, column 43, sym: 16 line:43 col:7 --try--TRY-- token: line 43, column 7, sym: 54 line:43 col:11 --{--LBRACE-- token: line 43, column 11, sym: 16 line:44 col:9 --System--IDENTIFIER-- token: line 44, column 9, sym: 98, value: 'System' line:44 col:15 --.--DOT-- token: line 44, column 15, sym: 12 line:44 col:16 --out--IDENTIFIER-- token: line 44, column 16, sym: 98, value: 'out' line:44 col:19 --.--DOT-- token: line 44, column 19, sym: 12 line:44 col:20 --println--IDENTIFIER-- token: line 44, column 20, sym: 98, value: 'println' line:44 col:27 --(--LPAREN-- token: line 44, column 27, sym: 19 line:44 col:37 --"--STRING_LITERAL-- token: line 44, column 37, sym: 97, value: 'Lexing [' line:44 col:38 --+--PLUS-- token: line 44, column 38, sym: 60 line:44 col:39 --argv--IDENTIFIER-- token: line 44, column 39, sym: 98, value: 'argv' line:44 col:43 --[--LBRACK-- token: line 44, column 43, sym: 10 line:44 col:44 --i--IDENTIFIER-- token: line 44, column 44, sym: 98, value: 'i' line:44 col:45 --]--RBRACK-- token: line 44, column 45, sym: 11 line:44 col:46 --+--PLUS-- token: line 44, column 46, sym: 60 line:44 col:49 --"--STRING_LITERAL-- token: line 44, column 49, sym: 97, value: ']' line:44 col:50 --)--RPAREN-- token: line 44, column 50, sym: 20 line:44 col:51 --;--SEMICOLON-- token: line 44, column 51, sym: 13 line:45 col:9 --Scanner--IDENTIFIER-- token: line 45, column 9, sym: 98, value: 'Scanner' line:45 col:17 --scanner--IDENTIFIER-- token: line 45, column 17, sym: 98, value: 'scanner' line:45 col:25 --=--EQ-- token: line 45, column 25, sym: 18 line:45 col:27 --new--NEW-- token: line 45, column 27, sym: 57 line:45 col:31 --Scanner--IDENTIFIER-- token: line 45, column 31, sym: 98, value: 'Scanner' line:45 col:38 --(--LPAREN-- token: line 45, column 38, sym: 19 line:45 col:39 --new--NEW-- token: line 45, column 39, sym: 57 line:45 col:43 --UnicodeEscapes--IDENTIFIER-- token: line 45, column 43, sym: 98, value: 'UnicodeEscapes' line:45 col:57 --(--LPAREN-- token: line 45, column 57, sym: 19 line:45 col:58 --new--NEW-- token: line 45, column 58, sym: 57 line:45 col:62 --FileReader--IDENTIFIER-- token: line 45, column 62, sym: 98, value: 'FileReader' line:45 col:72 --(--LPAREN-- token: line 45, column 72, sym: 19 line:45 col:73 --argv--IDENTIFIER-- token: line 45, column 73, sym: 98, value: 'argv' line:45 col:77 --[--LBRACK-- token: line 45, column 77, sym: 10 line:45 col:78 --i--IDENTIFIER-- token: line 45, column 78, sym: 98, value: 'i' line:45 col:79 --]--RBRACK-- token: line 45, column 79, sym: 11 line:45 col:80 --)--RPAREN-- token: line 45, column 80, sym: 20 line:45 col:81 --)--RPAREN-- token: line 45, column 81, sym: 20 line:45 col:82 --)--RPAREN-- token: line 45, column 82, sym: 20 line:45 col:83 --;--SEMICOLON-- token: line 45, column 83, sym: 13 line:47 col:9 --Symbol--IDENTIFIER-- token: line 47, column 9, sym: 98, value: 'Symbol' line:47 col:16 --s--IDENTIFIER-- token: line 47, column 16, sym: 98, value: 's' line:47 col:17 --;--SEMICOLON-- token: line 47, column 17, sym: 13 line:48 col:9 --do--DO-- token: line 48, column 9, sym: 47 line:48 col:12 --{--LBRACE-- token: line 48, column 12, sym: 16 line:49 col:11 --s--IDENTIFIER-- token: line 49, column 11, sym: 98, value: 's' line:49 col:13 --=--EQ-- token: line 49, column 13, sym: 18 line:49 col:15 --scanner--IDENTIFIER-- token: line 49, column 15, sym: 98, value: 'scanner' line:49 col:22 --.--DOT-- token: line 49, column 22, sym: 12 line:49 col:23 --debug_next_token--IDENTIFIER-- token: line 49, column 23, sym: 98, value: 'debug_next_token' line:49 col:39 --(--LPAREN-- token: line 49, column 39, sym: 19 line:49 col:40 --)--RPAREN-- token: line 49, column 40, sym: 20 line:49 col:41 --;--SEMICOLON-- token: line 49, column 41, sym: 13 line:50 col:11 --System--IDENTIFIER-- token: line 50, column 11, sym: 98, value: 'System' line:50 col:17 --.--DOT-- token: line 50, column 17, sym: 12 line:50 col:18 --out--IDENTIFIER-- token: line 50, column 18, sym: 98, value: 'out' line:50 col:21 --.--DOT-- token: line 50, column 21, sym: 12 line:50 col:22 --println--IDENTIFIER-- token: line 50, column 22, sym: 98, value: 'println' line:50 col:29 --(--LPAREN-- token: line 50, column 29, sym: 19 line:50 col:38 --"--STRING_LITERAL-- token: line 50, column 38, sym: 97, value: 'token: ' line:50 col:39 --+--PLUS-- token: line 50, column 39, sym: 60 line:50 col:40 --s--IDENTIFIER-- token: line 50, column 40, sym: 98, value: 's' line:50 col:41 --)--RPAREN-- token: line 50, column 41, sym: 20 line:50 col:42 --;--SEMICOLON-- token: line 50, column 42, sym: 13 line:51 col:9 --}--RBRACE-- token: line 51, column 9, sym: 17 line:51 col:11 --while--WHILE-- token: line 51, column 11, sym: 48 line:51 col:17 --(--LPAREN-- token: line 51, column 17, sym: 19 line:51 col:18 --s--IDENTIFIER-- token: line 51, column 18, sym: 98, value: 's' line:51 col:19 --.--DOT-- token: line 51, column 19, sym: 12 line:51 col:20 --sym--IDENTIFIER-- token: line 51, column 20, sym: 98, value: 'sym' line:51 col:24 --!=--NOTEQ-- token: line 51, column 24, sym: 75 line:51 col:27 --sym--IDENTIFIER-- token: line 51, column 27, sym: 98, value: 'sym' line:51 col:30 --.--DOT-- token: line 51, column 30, sym: 12 line:51 col:31 --EOF--IDENTIFIER-- token: line 51, column 31, sym: 98, value: 'EOF' line:51 col:34 --)--RPAREN-- token: line 51, column 34, sym: 20 line:51 col:35 --;--SEMICOLON-- token: line 51, column 35, sym: 13 line:53 col:9 --System--IDENTIFIER-- token: line 53, column 9, sym: 98, value: 'System' line:53 col:15 --.--DOT-- token: line 53, column 15, sym: 12 line:53 col:16 --out--IDENTIFIER-- token: line 53, column 16, sym: 98, value: 'out' line:53 col:19 --.--DOT-- token: line 53, column 19, sym: 12 line:53 col:20 --println--IDENTIFIER-- token: line 53, column 20, sym: 98, value: 'println' line:53 col:27 --(--LPAREN-- token: line 53, column 27, sym: 19 line:53 col:39 --"--STRING_LITERAL-- token: line 53, column 39, sym: 97, value: 'No errors.' line:53 col:40 --)--RPAREN-- token: line 53, column 40, sym: 20 line:53 col:41 --;--SEMICOLON-- token: line 53, column 41, sym: 13 line:54 col:7 --}--RBRACE-- token: line 54, column 7, sym: 17 line:55 col:7 --catch--CATCH-- token: line 55, column 7, sym: 55 line:55 col:13 --(--LPAREN-- token: line 55, column 13, sym: 19 line:55 col:14 --Exception--IDENTIFIER-- token: line 55, column 14, sym: 98, value: 'Exception' line:55 col:24 --e--IDENTIFIER-- token: line 55, column 24, sym: 98, value: 'e' line:55 col:25 --)--RPAREN-- token: line 55, column 25, sym: 20 line:55 col:27 --{--LBRACE-- token: line 55, column 27, sym: 16 line:56 col:9 --e--IDENTIFIER-- token: line 56, column 9, sym: 98, value: 'e' line:56 col:10 --.--DOT-- token: line 56, column 10, sym: 12 line:56 col:11 --printStackTrace--IDENTIFIER-- token: line 56, column 11, sym: 98, value: 'printStackTrace' line:56 col:26 --(--LPAREN-- token: line 56, column 26, sym: 19 line:56 col:27 --System--IDENTIFIER-- token: line 56, column 27, sym: 98, value: 'System' line:56 col:33 --.--DOT-- token: line 56, column 33, sym: 12 line:56 col:34 --out--IDENTIFIER-- token: line 56, column 34, sym: 98, value: 'out' line:56 col:37 --)--RPAREN-- token: line 56, column 37, sym: 20 line:56 col:38 --;--SEMICOLON-- token: line 56, column 38, sym: 13 line:57 col:9 --System--IDENTIFIER-- token: line 57, column 9, sym: 98, value: 'System' line:57 col:15 --.--DOT-- token: line 57, column 15, sym: 12 line:57 col:16 --exit--IDENTIFIER-- token: line 57, column 16, sym: 98, value: 'exit' line:57 col:20 --(--LPAREN-- token: line 57, column 20, sym: 19 line:57 col:21 --1--INTEGER_LITERAL-- token: line 57, column 21, sym: 93, value: '1' line:57 col:22 --)--RPAREN-- token: line 57, column 22, sym: 20 line:57 col:23 --;--SEMICOLON-- token: line 57, column 23, sym: 13 line:58 col:7 --}--RBRACE-- token: line 58, column 7, sym: 17 line:59 col:5 --}--RBRACE-- token: line 59, column 5, sym: 17 line:60 col:3 --}--RBRACE-- token: line 60, column 3, sym: 17 line:61 col:1 --}--RBRACE-- token: line 61, column 1, sym: 17 line:62 col:1 ----EOF-- token: line 62, column 1, sym: 0 No errors. jflex-1.4.3/examples/java/Makefile0000644000175000017500000000170710036463365015543 0ustar moonmoon# You need CUP v0.10j (or newer) for this makefile to work (for java12.cup) # # CUP classes should be included in CLASSPATH CUP = java java_cup.Main -interface < JFLEX = jflex JAVA = java JAVAC = javac #JAVAC = jikes JAVACFLAGS = # -------------------------------------------------- all: test test: lexer-output.txt @(diff lexer-output.txt lexer-output.good && echo "Test OK!") || echo "Test failed!" lexer-output.txt: compile $(JAVA) TestLexer TestLexer.java > lexer-output.txt compile: scanner parser unicode $(JAVAC) $(JAVACFLAGS) JavaParser.java TestLexer.java parser: parser.java parser.java: java12.cup $(CUP) java12.cup scanner: Scanner.java Scanner.java: java.flex $(JFLEX) java.flex unicode: UnicodeEscapes.java UnicodeEscapes.java: unicode.flex $(JFLEX) unicode.flex clean: rm -f *.class rm -f *~ rm -f Scanner.java rm -f parser.java rm -f sym.java rm -f UnicodeEscapes.java rm -f lexer-output.txt jflex-1.4.3/examples/java/README0000644000175000017500000000222110036463365014753 0ustar moonmoonThis directory contains a scanner and parser for the Java programming language. You need the parser generator CUP v0.10j (or newer) for the parser to work. Use the Makefile to generate the lexer and parser, or type: jflex unicode.flex jflex java.flex java java_cup.Main -interface < java12.cup javac JavaParser.java TestLexer.java The parser can be tested with: java JavaParser The scanner (without parser attached) can be test with: java TestLexer files: unicode.flex JFlex specification for the Unicode preprocessing phase (see section 3.3 of the Java Language Specification). Demonstrates how to implement a FilterReader with JFlex. java.flex JFlex specification for the "real" Java 1.2 lexer. java12.cup CUP specification for the Java 1.2 parser Copyright (C) 1998 by C. Scott Ananian (with small modifications to interface with the Lexer) JavaParser.java a simple main class to run the parser (no other useful output though) TestLexer.java a simple test driver for the scanner, produces debug output lexer-output.good lexer output for input file TestLexer.java for testing jflex-1.4.3/examples/java/TestLexer.java0000644000175000017500000000454111141043444016652 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 2004-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ import java.io.*; import java_cup.runtime.Symbol; /** * Simple test driver for the java lexer. Just runs it on some * input files and produces debug output. Needs symbol class from * parser. */ public class TestLexer { /** some numerals to for lexer testing */ int intDec = 37; long longDec = 37l; int intHex = 0x0001; long longHex = 0xFFFFl; int intOct = 0377; long longOc = 007l; int smallest = -2147483648; public static void main(String argv[]) { for (int i = 0; i < argv.length; i++) { try { System.out.println("Lexing ["+argv[i]+"]"); Scanner scanner = new Scanner(new UnicodeEscapes(new FileReader(argv[i]))); Symbol s; do { s = scanner.debug_next_token(); System.out.println("token: "+s); } while (s.sym != sym.EOF); System.out.println("No errors."); } catch (Exception e) { e.printStackTrace(System.out); System.exit(1); } } } } jflex-1.4.3/examples/java/unicode.flex0000644000175000017500000000703611141043444016400 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /* 3.3 of the Java Language Specification : UnicodeInputCharacter: UnicodeEscape RawInputCharacter UnicodeEscape: \ UnicodeMarker HexDigit HexDigit HexDigit HexDigit UnicodeMarker: u UnicodeMarker u RawInputCharacter: any Unicode character HexDigit: one of 0 1 2 3 4 5 6 7 8 9 a b c d e f A B C D E F only an even number of '\' is eligible to start a Unicode escape sequence */ import java.io.*; %% %public %final %class UnicodeEscapes %extends FilterReader %int %function read %switch %16bit UnicodeEscape = {UnicodeMarker} {HexDigit} {4} UnicodeMarker = "u"+ HexDigit = [0-9a-fA-F] %state DIGITS %init{ super(in); %init} %{ private boolean even; private int value() { int r = 0; for (int k = zzMarkedPos-4; k < zzMarkedPos; k++) { int c = zzBuffer[k]; if (c >= 'a') c-= 'a'-10; else if (c >= 'A') c-= 'A'-10; else c-= '0'; r <<= 4; r += c; } return r; } public int read(char cbuf[], int off, int len) throws IOException { if ( !ready() ) return -1; len+= off; for (int i=off; i { \\ { even = false; return '\\'; } \\ / \\ { even = !even; return '\\'; } \\ / "u" { if (even) { even = false; return '\\'; } else yybegin(DIGITS); } .|\n { return zzBuffer[zzStartRead]; } <> { return -1; } } { {UnicodeEscape} { yybegin(YYINITIAL); return value(); } .|\n { throw new Error("incorrect Unicode escape"); } <> { throw new Error("EOF in Unicode escape"); } } jflex-1.4.3/examples/pom.xml0000644000175000017500000000250510722057760014474 0ustar moonmoon 4.0.0 de.flex.examples parent 1 examples Examples on how to use JFlex and maven-jflex-plugin pom de.jflex.maven.plugin maven-jflex-plugin 0.3 generate jflex JFlex repository http://jflex.sourceforge.net/repo/ junit junit 3.8.2 test simple-maven standalone-maven jflex-1.4.3/examples/simple/0000755000175000017500000000000011141044624014435 5ustar moonmoonjflex-1.4.3/examples/simple/Makefile0000644000175000017500000000063410036407731016104 0ustar moonmoonJAVA=java JAVAC=javac JFLEX=jflex CUP=$(JAVA) java_cup.Main < all: test test: output.txt @(diff output.txt output.good && echo "Test OK!") || echo "Test failed!" output.txt: Yylex.class test.txt $(JAVA) Yylex test.txt > output.txt Yylex.class: Yylex.java Yytoken.java Utility.java %.class: %.java $(JAVAC) $^ Yylex.java: simple.flex $(JFLEX) simple.flex clean: rm -f Yylex.java output.txt *.class *~ jflex-1.4.3/examples/simple/output.good0000644000175000017500000003476510036407731016672 0ustar moonmoonline: 1 match: --class-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : class index : 43 line : 0 cBeg. : 0 cEnd. : 5 line: 1 match: -- -- action [76] { } line: 1 match: --Utility-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : Utility index : 43 line : 0 cBeg. : 6 cEnd. : 13 line: 1 match: -- -- action [76] { } line: 1 match: --{-- action [36] { return (new Yytoken(7,yytext(),yyline,yychar,yychar+1)); } Text : { index : 7 line : 0 cBeg. : 14 cEnd. : 15 line: 1 match: -- -- action [76] { } line: 3 match: --private-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : private index : 43 line : 2 cBeg. : 21 cEnd. : 28 line: 3 match: -- -- action [76] { } line: 3 match: --static-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : static index : 43 line : 2 cBeg. : 29 cEnd. : 35 line: 3 match: -- -- action [76] { } line: 3 match: --final-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : final index : 43 line : 2 cBeg. : 36 cEnd. : 41 line: 3 match: -- -- action [76] { } line: 3 match: --String-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : String index : 43 line : 2 cBeg. : 42 cEnd. : 48 line: 3 match: -- -- action [76] { } line: 3 match: --errorMsg-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : errorMsg index : 43 line : 2 cBeg. : 49 cEnd. : 57 line: 3 match: --[-- action [34] { return (new Yytoken(5,yytext(),yyline,yychar,yychar+1)); } Text : [ index : 5 line : 2 cBeg. : 57 cEnd. : 58 line: 3 match: --]-- action [35] { return (new Yytoken(6,yytext(),yyline,yychar,yychar+1)); } Text : ] index : 6 line : 2 cBeg. : 58 cEnd. : 59 line: 3 match: -- -- action [76] { } line: 3 match: --=-- action [43] { return (new Yytoken(14,yytext(),yyline,yychar,yychar+1)); } Text : = index : 14 line : 2 cBeg. : 60 cEnd. : 61 line: 3 match: -- -- action [76] { } line: 3 match: --{-- action [36] { return (new Yytoken(7,yytext(),yyline,yychar,yychar+1)); } Text : { index : 7 line : 2 cBeg. : 62 cEnd. : 63 line: 3 match: -- -- action [76] { } line: 4 match: --"Error: Unmatched end-of-comment punctuation."-- action [57] { String str = yytext().substring(1,yylength()-1); return (new Yytoken(40,str,yyline,yychar,yychar+yylength())); } Text : Error: Unmatched end-of-comment punctuation. index : 40 line : 3 cBeg. : 68 cEnd. : 114 line: 4 match: --,-- action [29] { return (new Yytoken(0,yytext(),yyline,yychar,yychar+1)); } Text : , index : 0 line : 3 cBeg. : 114 cEnd. : 115 line: 4 match: -- -- action [76] { } line: 5 match: --"Error: Unmatched start-of-comment punctuation."-- action [57] { String str = yytext().substring(1,yylength()-1); return (new Yytoken(40,str,yyline,yychar,yychar+yylength())); } Text : Error: Unmatched start-of-comment punctuation. index : 40 line : 4 cBeg. : 120 cEnd. : 168 line: 5 match: --,-- action [29] { return (new Yytoken(0,yytext(),yyline,yychar,yychar+1)); } Text : , index : 0 line : 4 cBeg. : 168 cEnd. : 169 line: 5 match: -- -- action [76] { } line: 6 match: --"Error: Unclosed string."-- action [57] { String str = yytext().substring(1,yylength()-1); return (new Yytoken(40,str,yyline,yychar,yychar+yylength())); } Text : Error: Unclosed string. index : 40 line : 5 cBeg. : 174 cEnd. : 199 line: 6 match: --,-- action [29] { return (new Yytoken(0,yytext(),yyline,yychar,yychar+1)); } Text : , index : 0 line : 5 cBeg. : 199 cEnd. : 200 line: 6 match: -- -- action [76] { } line: 7 match: --"Error: Illegal character."-- action [57] { String str = yytext().substring(1,yylength()-1); return (new Yytoken(40,str,yyline,yychar,yychar+yylength())); } Text : Error: Illegal character. index : 40 line : 6 cBeg. : 205 cEnd. : 232 line: 7 match: -- -- action [76] { } line: 8 match: --}-- action [37] { return (new Yytoken(8,yytext(),yyline,yychar,yychar+1)); } Text : } index : 8 line : 7 cBeg. : 237 cEnd. : 238 line: 8 match: --;-- action [31] { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } Text : ; index : 2 line : 7 cBeg. : 238 cEnd. : 239 line: 8 match: -- -- action [76] { } line: 10 match: --public-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : public index : 43 line : 9 cBeg. : 245 cEnd. : 251 line: 10 match: -- -- action [76] { } line: 10 match: --static-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : static index : 43 line : 9 cBeg. : 252 cEnd. : 258 line: 10 match: -- -- action [76] { } line: 10 match: --final-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : final index : 43 line : 9 cBeg. : 259 cEnd. : 264 line: 10 match: -- -- action [76] { } line: 10 match: --int-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : int index : 43 line : 9 cBeg. : 265 cEnd. : 268 line: 10 match: -- -- action [76] { } line: 10 match: --E_ENDCOMMENT-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : E_ENDCOMMENT index : 43 line : 9 cBeg. : 269 cEnd. : 281 line: 10 match: -- -- action [76] { } line: 10 match: --=-- action [43] { return (new Yytoken(14,yytext(),yyline,yychar,yychar+1)); } Text : = index : 14 line : 9 cBeg. : 282 cEnd. : 283 line: 10 match: -- -- action [76] { } line: 10 match: --0-- action [68] { return (new Yytoken(42,yytext(),yyline,yychar,yychar+yylength())); } Text : 0 index : 42 line : 9 cBeg. : 284 cEnd. : 285 line: 10 match: --;-- action [31] { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } Text : ; index : 2 line : 9 cBeg. : 285 cEnd. : 286 line: 10 match: -- -- action [76] { } line: 11 match: --public-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : public index : 43 line : 10 cBeg. : 290 cEnd. : 296 line: 11 match: -- -- action [76] { } line: 11 match: --static-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : static index : 43 line : 10 cBeg. : 297 cEnd. : 303 line: 11 match: -- -- action [76] { } line: 11 match: --final-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : final index : 43 line : 10 cBeg. : 304 cEnd. : 309 line: 11 match: -- -- action [76] { } line: 11 match: --int-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : int index : 43 line : 10 cBeg. : 310 cEnd. : 313 line: 11 match: -- -- action [76] { } line: 11 match: --E_STARTCOMMENT-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : E_STARTCOMMENT index : 43 line : 10 cBeg. : 314 cEnd. : 328 line: 11 match: -- -- action [76] { } line: 11 match: --=-- action [43] { return (new Yytoken(14,yytext(),yyline,yychar,yychar+1)); } Text : = index : 14 line : 10 cBeg. : 329 cEnd. : 330 line: 11 match: -- -- action [76] { } line: 11 match: --1-- action [68] { return (new Yytoken(42,yytext(),yyline,yychar,yychar+yylength())); } Text : 1 index : 42 line : 10 cBeg. : 331 cEnd. : 332 line: 11 match: --;-- action [31] { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } Text : ; index : 2 line : 10 cBeg. : 332 cEnd. : 333 line: 11 match: -- -- action [76] { } line: 12 match: --public-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : public index : 43 line : 11 cBeg. : 337 cEnd. : 343 line: 12 match: -- -- action [76] { } line: 12 match: --static-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : static index : 43 line : 11 cBeg. : 344 cEnd. : 350 line: 12 match: -- -- action [76] { } line: 12 match: --final-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : final index : 43 line : 11 cBeg. : 351 cEnd. : 356 line: 12 match: -- -- action [76] { } line: 12 match: --int-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : int index : 43 line : 11 cBeg. : 357 cEnd. : 360 line: 12 match: -- -- action [76] { } line: 12 match: --E_UNCLOSEDSTR-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : E_UNCLOSEDSTR index : 43 line : 11 cBeg. : 361 cEnd. : 374 line: 12 match: -- -- action [76] { } line: 12 match: --=-- action [43] { return (new Yytoken(14,yytext(),yyline,yychar,yychar+1)); } Text : = index : 14 line : 11 cBeg. : 375 cEnd. : 376 line: 12 match: -- -- action [76] { } line: 12 match: --2-- action [68] { return (new Yytoken(42,yytext(),yyline,yychar,yychar+yylength())); } Text : 2 index : 42 line : 11 cBeg. : 377 cEnd. : 378 line: 12 match: --;-- action [31] { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } Text : ; index : 2 line : 11 cBeg. : 378 cEnd. : 379 line: 12 match: -- -- action [76] { } line: 13 match: --public-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : public index : 43 line : 12 cBeg. : 383 cEnd. : 389 line: 13 match: -- -- action [76] { } line: 13 match: --static-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : static index : 43 line : 12 cBeg. : 390 cEnd. : 396 line: 13 match: -- -- action [76] { } line: 13 match: --final-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : final index : 43 line : 12 cBeg. : 397 cEnd. : 402 line: 13 match: -- -- action [76] { } line: 13 match: --int-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : int index : 43 line : 12 cBeg. : 403 cEnd. : 406 line: 13 match: -- -- action [76] { } line: 13 match: --E_UNMATCHED-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : E_UNMATCHED index : 43 line : 12 cBeg. : 407 cEnd. : 418 line: 13 match: -- -- action [76] { } line: 13 match: --=-- action [43] { return (new Yytoken(14,yytext(),yyline,yychar,yychar+1)); } Text : = index : 14 line : 12 cBeg. : 419 cEnd. : 420 line: 13 match: -- -- action [76] { } line: 13 match: --3-- action [68] { return (new Yytoken(42,yytext(),yyline,yychar,yychar+yylength())); } Text : 3 index : 42 line : 12 cBeg. : 421 cEnd. : 422 line: 13 match: --;-- action [31] { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } Text : ; index : 2 line : 12 cBeg. : 422 cEnd. : 423 line: 13 match: -- -- action [76] { } line: 15 match: --public-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : public index : 43 line : 14 cBeg. : 428 cEnd. : 434 line: 15 match: -- -- action [76] { } line: 15 match: --static-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : static index : 43 line : 14 cBeg. : 435 cEnd. : 441 line: 15 match: -- -- action [76] { } line: 15 match: --void-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : void index : 43 line : 14 cBeg. : 442 cEnd. : 446 line: 15 match: -- -- action [76] { } line: 15 match: --error-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : error index : 43 line : 14 cBeg. : 447 cEnd. : 452 line: 15 match: --(-- action [32] { return (new Yytoken(3,yytext(),yyline,yychar,yychar+1)); } Text : ( index : 3 line : 14 cBeg. : 452 cEnd. : 453 line: 15 match: --int-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : int index : 43 line : 14 cBeg. : 453 cEnd. : 456 line: 15 match: -- -- action [76] { } line: 15 match: --code-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : code index : 43 line : 14 cBeg. : 457 cEnd. : 461 line: 15 match: --)-- action [33] { return (new Yytoken(4,yytext(),yyline,yychar,yychar+1)); } Text : ) index : 4 line : 14 cBeg. : 461 cEnd. : 462 line: 15 match: -- -- action [76] { } line: 15 match: --{-- action [36] { return (new Yytoken(7,yytext(),yyline,yychar,yychar+1)); } Text : { index : 7 line : 14 cBeg. : 463 cEnd. : 464 line: 15 match: -- -- action [76] { } line: 16 match: --System-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : System index : 43 line : 15 cBeg. : 468 cEnd. : 474 line: 16 match: --.-- action [38] { return (new Yytoken(9,yytext(),yyline,yychar,yychar+1)); } Text : . index : 9 line : 15 cBeg. : 474 cEnd. : 475 line: 16 match: --out-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : out index : 43 line : 15 cBeg. : 475 cEnd. : 478 line: 16 match: --.-- action [38] { return (new Yytoken(9,yytext(),yyline,yychar,yychar+1)); } Text : . index : 9 line : 15 cBeg. : 478 cEnd. : 479 line: 16 match: --println-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : println index : 43 line : 15 cBeg. : 479 cEnd. : 486 line: 16 match: --(-- action [32] { return (new Yytoken(3,yytext(),yyline,yychar,yychar+1)); } Text : ( index : 3 line : 15 cBeg. : 486 cEnd. : 487 line: 16 match: --errorMsg-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : errorMsg index : 43 line : 15 cBeg. : 487 cEnd. : 495 line: 16 match: --[-- action [34] { return (new Yytoken(5,yytext(),yyline,yychar,yychar+1)); } Text : [ index : 5 line : 15 cBeg. : 495 cEnd. : 496 line: 16 match: --code-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : code index : 43 line : 15 cBeg. : 496 cEnd. : 500 line: 16 match: --]-- action [35] { return (new Yytoken(6,yytext(),yyline,yychar,yychar+1)); } Text : ] index : 6 line : 15 cBeg. : 500 cEnd. : 501 line: 16 match: --)-- action [33] { return (new Yytoken(4,yytext(),yyline,yychar,yychar+1)); } Text : ) index : 4 line : 15 cBeg. : 501 cEnd. : 502 line: 16 match: --;-- action [31] { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } Text : ; index : 2 line : 15 cBeg. : 502 cEnd. : 503 line: 16 match: -- -- action [76] { } line: 17 match: --}-- action [37] { return (new Yytoken(8,yytext(),yyline,yychar,yychar+1)); } Text : } index : 8 line : 16 cBeg. : 506 cEnd. : 507 line: 17 match: -- -- action [76] { } line: 18 match: --}-- action [37] { return (new Yytoken(8,yytext(),yyline,yychar,yychar+1)); } Text : } index : 8 line : 17 cBeg. : 508 cEnd. : 509 line: 18 match: -- -- action [76] { } null jflex-1.4.3/examples/simple/README0000644000175000017500000000127610036407731015327 0ustar moonmoonThis directory contains a scanner for a toy programming language. It is the example from the JLex website with some small modifications, to make it a bit more readable. It does nothing really useful, because there is no parser for the toy programming language. It's just a demonstatration how a small simple scanner looks like. files: YYtoken.java: the tokens returned by the scanner Utility.java: small class collecting some utility functions simple.flex: the example specification test.txt: sample input output.good: output matching the sample input from test.txt Makefile: (for Unix only) make to generate scanner and run test make clean to remove generated files jflex-1.4.3/examples/simple/simple.flex0000644000175000017500000000554610036407731016624 0ustar moonmoon/* this is the scanner example from the JLex website (with small modifications to make it more readable) */ %% %{ private int comment_count = 0; %} %line %char %state COMMENT %full %debug ALPHA=[A-Za-z] DIGIT=[0-9] NONNEWLINE_WHITE_SPACE_CHAR=[\ \t\b\012] NEWLINE=\r|\n|\r\n WHITE_SPACE_CHAR=[\n\r\ \t\b\012] STRING_TEXT=(\\\"|[^\n\r\"]|\\{WHITE_SPACE_CHAR}+\\)* COMMENT_TEXT=([^*/\n]|[^*\n]"/"[^*\n]|[^/\n]"*"[^/\n]|"*"[^/\n]|"/"[^*\n])* Ident = {ALPHA}({ALPHA}|{DIGIT}|_)* %% { "," { return (new Yytoken(0,yytext(),yyline,yychar,yychar+1)); } ":" { return (new Yytoken(1,yytext(),yyline,yychar,yychar+1)); } ";" { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } "(" { return (new Yytoken(3,yytext(),yyline,yychar,yychar+1)); } ")" { return (new Yytoken(4,yytext(),yyline,yychar,yychar+1)); } "[" { return (new Yytoken(5,yytext(),yyline,yychar,yychar+1)); } "]" { return (new Yytoken(6,yytext(),yyline,yychar,yychar+1)); } "{" { return (new Yytoken(7,yytext(),yyline,yychar,yychar+1)); } "}" { return (new Yytoken(8,yytext(),yyline,yychar,yychar+1)); } "." { return (new Yytoken(9,yytext(),yyline,yychar,yychar+1)); } "+" { return (new Yytoken(10,yytext(),yyline,yychar,yychar+1)); } "-" { return (new Yytoken(11,yytext(),yyline,yychar,yychar+1)); } "*" { return (new Yytoken(12,yytext(),yyline,yychar,yychar+1)); } "/" { return (new Yytoken(13,yytext(),yyline,yychar,yychar+1)); } "=" { return (new Yytoken(14,yytext(),yyline,yychar,yychar+1)); } "<>" { return (new Yytoken(15,yytext(),yyline,yychar,yychar+2)); } "<" { return (new Yytoken(16,yytext(),yyline,yychar,yychar+1)); } "<=" { return (new Yytoken(17,yytext(),yyline,yychar,yychar+2)); } ">" { return (new Yytoken(18,yytext(),yyline,yychar,yychar+1)); } ">=" { return (new Yytoken(19,yytext(),yyline,yychar,yychar+2)); } "&" { return (new Yytoken(20,yytext(),yyline,yychar,yychar+1)); } "|" { return (new Yytoken(21,yytext(),yyline,yychar,yychar+1)); } ":=" { return (new Yytoken(22,yytext(),yyline,yychar,yychar+2)); } {NONNEWLINE_WHITE_SPACE_CHAR}+ { } "/*" { yybegin(COMMENT); comment_count++; } \"{STRING_TEXT}\" { String str = yytext().substring(1,yylength()-1); return (new Yytoken(40,str,yyline,yychar,yychar+yylength())); } \"{STRING_TEXT} { String str = yytext().substring(1,yytext().length()); Utility.error(Utility.E_UNCLOSEDSTR); return (new Yytoken(41,str,yyline,yychar,yychar + str.length())); } {DIGIT}+ { return (new Yytoken(42,yytext(),yyline,yychar,yychar+yylength())); } {Ident} { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } } { "/*" { comment_count++; } "*/" { if (--comment_count == 0) yybegin(YYINITIAL); } {COMMENT_TEXT} { } } {NEWLINE} { } . { System.out.println("Illegal character: <" + yytext() + ">"); Utility.error(Utility.E_UNMATCHED); } jflex-1.4.3/examples/simple/test.txt0000644000175000017500000000077710036407731016174 0ustar moonmoonclass Utility { private static final String errorMsg[] = { "Error: Unmatched end-of-comment punctuation.", "Error: Unmatched start-of-comment punctuation.", "Error: Unclosed string.", "Error: Illegal character." }; public static final int E_ENDCOMMENT = 0; public static final int E_STARTCOMMENT = 1; public static final int E_UNCLOSEDSTR = 2; public static final int E_UNMATCHED = 3; public static void error(int code) { System.out.println(errorMsg[code]); } } jflex-1.4.3/examples/simple/Utility.java0000644000175000017500000000077707606571215016772 0ustar moonmoonclass Utility { private static final String errorMsg[] = { "Error: Unmatched end-of-comment punctuation.", "Error: Unmatched start-of-comment punctuation.", "Error: Unclosed string.", "Error: Illegal character." }; public static final int E_ENDCOMMENT = 0; public static final int E_STARTCOMMENT = 1; public static final int E_UNCLOSEDSTR = 2; public static final int E_UNMATCHED = 3; public static void error(int code) { System.out.println(errorMsg[code]); } } jflex-1.4.3/examples/simple/Yytoken.java0000644000175000017500000000102607606571215016755 0ustar moonmoonclass Yytoken { public int m_index; public String m_text; public int m_line; public int m_charBegin; public int m_charEnd; Yytoken (int index, String text, int line, int charBegin, int charEnd) { m_index = index; m_text = text; m_line = line; m_charBegin = charBegin; m_charEnd = charEnd; } public String toString() { return "Text : "+m_text+ "\nindex : "+m_index+ "\nline : "+m_line+ "\ncBeg. : "+m_charBegin+ "\ncEnd. : "+m_charEnd; } } jflex-1.4.3/examples/simple-maven/0000755000175000017500000000000011141044624015541 5ustar moonmoonjflex-1.4.3/examples/simple-maven/pom.xml0000644000175000017500000000174610722057760017077 0ustar moonmoon 4.0.0 de.flex.examples parent 1 simple-maven 0.1 A scanner for a toy programming language. It is the example from the JLex website with some small modifications, to make it a bit more readable. It does nothing really useful, because there is no parser for the toy programming language. It's just a demonstration how a small simple scanner looks like. junit junit test jflex-1.4.3/examples/simple-maven/README.txt0000644000175000017500000000532010712623562017246 0ustar moonmoon ------ Usage ------ Gerwin Klein Régis Décamps ------ November 2, 2007 ------ About this project This sample project parses a grammar with JFlex. The project management is done with Maven. The project contains a simple grammar for the "Toy programming language". It is the example from the JLex web site with some small modifications, to make it a bit more readable. It does nothing really useful, because there is no parser for the toy programming language. It's just a demonstration how a small simple scanner looks like. * JFlex JFlex is a parser generator. Given a grammar, JFlex generate Java (TM) code to parse documents that follow this grammar. * Maven Maven is a project management framework. The project is described in as a POM (project object model, stored into <<>>). This document isn't intended to be a tutorial on the use of Maven 2, you should consult the {{{http://maven.apache.org/}Maven web site}}. The integration of JFlex and Maven is done with {{{http://jflex.sourceforge.net/maven-flex-plugin/}maven-flex-plugin}}. Usage * mvn generate-sources The maven-jflex-plugin will read the grammar <<>> and generate a Java scanner <<>> in <<>> This is defined by the following section +--------- de.jflex.maven.plugin maven-jflex-plugin 0.2 generate +------------ By default, the maven-jflex-plugin generates a scanner/parser for every file in <<>>. * mvn test This goal test the generated scanner (if required, the lexer will be generated and all Java classes will be compiled) by running all tests in <<>>. There is only one test in <<>>. In this test, the scanner is run with the input file <<>>. By default, the scanner outputs debugging information about each returned token to <<>> until the end of file is reached, or an error occurs. But in the test, the output is redirected into <<>>. The test is successful if every line match with <<>>, which is the expected scanner debugging information. References * {{{http://jflex.sourceforge.net/maven-flex-plugin/}maven-flex-plugin}} * {{{http://maven.apache.org/}Maven web site}}. jflex-1.4.3/examples/simple-maven/src/0000755000175000017500000000000011141044624016330 5ustar moonmoonjflex-1.4.3/examples/simple-maven/src/main/0000755000175000017500000000000011141044624017254 5ustar moonmoonjflex-1.4.3/examples/simple-maven/src/main/java/0000755000175000017500000000000011141044624020175 5ustar moonmoonjflex-1.4.3/examples/simple-maven/src/main/java/Utility.java0000644000175000017500000000107610712616761022521 0ustar moonmoon/** * A small utility class. * TODO: use reosurce bundle */ class Utility { private static final String errorMsg[] = { "Error: Unmatched end-of-comment punctuation.", "Error: Unmatched start-of-comment punctuation.", "Error: Unclosed string.", "Error: Illegal character." }; public static final int E_ENDCOMMENT = 0; public static final int E_STARTCOMMENT = 1; public static final int E_UNCLOSEDSTR = 2; public static final int E_UNMATCHED = 3; public static void error(int code) { System.out.println(errorMsg[code]); } } jflex-1.4.3/examples/simple-maven/src/main/java/Yytoken.java0000644000175000017500000000111110712616761022506 0ustar moonmoon/** * The tokens returned by the scanner. * */ class Yytoken { public int m_index; public String m_text; public int m_line; public int m_charBegin; public int m_charEnd; Yytoken (int index, String text, int line, int charBegin, int charEnd) { m_index = index; m_text = text; m_line = line; m_charBegin = charBegin; m_charEnd = charEnd; } public String toString() { return "Text : "+m_text+ "\nindex : "+m_index+ "\nline : "+m_line+ "\ncBeg. : "+m_charBegin+ "\ncEnd. : "+m_charEnd; } } jflex-1.4.3/examples/simple-maven/src/main/jflex/0000755000175000017500000000000011141044624020364 5ustar moonmoonjflex-1.4.3/examples/simple-maven/src/main/jflex/simple.flex0000644000175000017500000000554610712616761022561 0ustar moonmoon/* this is the scanner example from the JLex website (with small modifications to make it more readable) */ %% %{ private int comment_count = 0; %} %line %char %state COMMENT %full %debug ALPHA=[A-Za-z] DIGIT=[0-9] NONNEWLINE_WHITE_SPACE_CHAR=[\ \t\b\012] NEWLINE=\r|\n|\r\n WHITE_SPACE_CHAR=[\n\r\ \t\b\012] STRING_TEXT=(\\\"|[^\n\r\"]|\\{WHITE_SPACE_CHAR}+\\)* COMMENT_TEXT=([^*/\n]|[^*\n]"/"[^*\n]|[^/\n]"*"[^/\n]|"*"[^/\n]|"/"[^*\n])* Ident = {ALPHA}({ALPHA}|{DIGIT}|_)* %% { "," { return (new Yytoken(0,yytext(),yyline,yychar,yychar+1)); } ":" { return (new Yytoken(1,yytext(),yyline,yychar,yychar+1)); } ";" { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } "(" { return (new Yytoken(3,yytext(),yyline,yychar,yychar+1)); } ")" { return (new Yytoken(4,yytext(),yyline,yychar,yychar+1)); } "[" { return (new Yytoken(5,yytext(),yyline,yychar,yychar+1)); } "]" { return (new Yytoken(6,yytext(),yyline,yychar,yychar+1)); } "{" { return (new Yytoken(7,yytext(),yyline,yychar,yychar+1)); } "}" { return (new Yytoken(8,yytext(),yyline,yychar,yychar+1)); } "." { return (new Yytoken(9,yytext(),yyline,yychar,yychar+1)); } "+" { return (new Yytoken(10,yytext(),yyline,yychar,yychar+1)); } "-" { return (new Yytoken(11,yytext(),yyline,yychar,yychar+1)); } "*" { return (new Yytoken(12,yytext(),yyline,yychar,yychar+1)); } "/" { return (new Yytoken(13,yytext(),yyline,yychar,yychar+1)); } "=" { return (new Yytoken(14,yytext(),yyline,yychar,yychar+1)); } "<>" { return (new Yytoken(15,yytext(),yyline,yychar,yychar+2)); } "<" { return (new Yytoken(16,yytext(),yyline,yychar,yychar+1)); } "<=" { return (new Yytoken(17,yytext(),yyline,yychar,yychar+2)); } ">" { return (new Yytoken(18,yytext(),yyline,yychar,yychar+1)); } ">=" { return (new Yytoken(19,yytext(),yyline,yychar,yychar+2)); } "&" { return (new Yytoken(20,yytext(),yyline,yychar,yychar+1)); } "|" { return (new Yytoken(21,yytext(),yyline,yychar,yychar+1)); } ":=" { return (new Yytoken(22,yytext(),yyline,yychar,yychar+2)); } {NONNEWLINE_WHITE_SPACE_CHAR}+ { } "/*" { yybegin(COMMENT); comment_count++; } \"{STRING_TEXT}\" { String str = yytext().substring(1,yylength()-1); return (new Yytoken(40,str,yyline,yychar,yychar+yylength())); } \"{STRING_TEXT} { String str = yytext().substring(1,yytext().length()); Utility.error(Utility.E_UNCLOSEDSTR); return (new Yytoken(41,str,yyline,yychar,yychar + str.length())); } {DIGIT}+ { return (new Yytoken(42,yytext(),yyline,yychar,yychar+yylength())); } {Ident} { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } } { "/*" { comment_count++; } "*/" { if (--comment_count == 0) yybegin(YYINITIAL); } {COMMENT_TEXT} { } } {NEWLINE} { } . { System.out.println("Illegal character: <" + yytext() + ">"); Utility.error(Utility.E_UNMATCHED); } jflex-1.4.3/examples/simple-maven/src/main/resources/0000755000175000017500000000000011141044624021266 5ustar moonmoonjflex-1.4.3/examples/simple-maven/src/README0000644000175000017500000000040310712616761017217 0ustar moonmoonThis is a small Maven project that demeonstrates the use of maven-jflex-plugin. main/flex/simple.flex: the example specification test/resources/test.txt: sample input test/resources/output.good: expected output matching the sample input from test.txtjflex-1.4.3/examples/simple-maven/src/site/0000755000175000017500000000000011141044624017274 5ustar moonmoonjflex-1.4.3/examples/simple-maven/src/site/apt/0000755000175000017500000000000011141044624020060 5ustar moonmoonjflex-1.4.3/examples/simple-maven/src/site/apt/usage.apt0000644000175000017500000000532010712623562021701 0ustar moonmoon ------ Usage ------ Gerwin Klein Régis Décamps ------ November 2, 2007 ------ About this project This sample project parses a grammar with JFlex. The project management is done with Maven. The project contains a simple grammar for the "Toy programming language". It is the example from the JLex web site with some small modifications, to make it a bit more readable. It does nothing really useful, because there is no parser for the toy programming language. It's just a demonstration how a small simple scanner looks like. * JFlex JFlex is a parser generator. Given a grammar, JFlex generate Java (TM) code to parse documents that follow this grammar. * Maven Maven is a project management framework. The project is described in as a POM (project object model, stored into <<>>). This document isn't intended to be a tutorial on the use of Maven 2, you should consult the {{{http://maven.apache.org/}Maven web site}}. The integration of JFlex and Maven is done with {{{http://jflex.sourceforge.net/maven-flex-plugin/}maven-flex-plugin}}. Usage * mvn generate-sources The maven-jflex-plugin will read the grammar <<>> and generate a Java scanner <<>> in <<>> This is defined by the following section +--------- de.jflex.maven.plugin maven-jflex-plugin 0.2 generate +------------ By default, the maven-jflex-plugin generates a scanner/parser for every file in <<>>. * mvn test This goal test the generated scanner (if required, the lexer will be generated and all Java classes will be compiled) by running all tests in <<>>. There is only one test in <<>>. In this test, the scanner is run with the input file <<>>. By default, the scanner outputs debugging information about each returned token to <<>> until the end of file is reached, or an error occurs. But in the test, the output is redirected into <<>>. The test is successful if every line match with <<>>, which is the expected scanner debugging information. References * {{{http://jflex.sourceforge.net/maven-flex-plugin/}maven-flex-plugin}} * {{{http://maven.apache.org/}Maven web site}}. jflex-1.4.3/examples/simple-maven/src/site/site.xml0000644000175000017500000000032610712623562020772 0ustar moonmoon

jflex-1.4.3/examples/simple-maven/src/test/0000755000175000017500000000000011141044624017307 5ustar moonmoonjflex-1.4.3/examples/simple-maven/src/test/java/0000755000175000017500000000000011141044624020230 5ustar moonmoonjflex-1.4.3/examples/simple-maven/src/test/java/YylexTest.java0000644000175000017500000000301510712616761023056 0ustar moonmoonimport java.io.BufferedReader; import java.io.File; import java.io.FileOutputStream; import java.io.FileReader; import java.io.IOException; import java.io.PrintStream; import junit.framework.TestCase; /** * This is an integration test. * * The class Yylex is generated by JFLex from * src/main/jflex/simple.flex. * * @author regis * */ public class YylexTest extends TestCase { private static final String OUTPUT_FILE = "target/output.actual"; /** * Test that Yylex parser behaves like expected. * * @throws IOException */ public void testOutput() throws IOException { String[] argv = new String[1]; argv[0] = "src/test/resources/test.txt"; // the Yylex prints status on stdout File actual = new File("target/output.actual"); actual.delete(); FileOutputStream fos = new FileOutputStream(OUTPUT_FILE, true); System.setOut(new PrintStream(fos)); Yylex.main(argv); fos.close(); // test actual is expected File expected = new File("src/test/resources/output.good"); assertTrue(expected.isFile()); assertTrue(actual.isFile()); BufferedReader actualContent = new BufferedReader( new FileReader(actual)); BufferedReader expectedContent = new BufferedReader(new FileReader( expected)); for (int lineNumber = 1;lineNumber!=-1; lineNumber++) { String expectedLine = expectedContent.readLine(); String actualLine = actualContent.readLine(); assertEquals("Line "+lineNumber, expectedLine, actualLine); if (expectedLine==null) lineNumber=-2; //EOF } } } jflex-1.4.3/examples/simple-maven/src/test/resources/0000755000175000017500000000000011141044624021321 5ustar moonmoonjflex-1.4.3/examples/simple-maven/src/test/resources/output.good0000644000175000017500000003476510712616761023564 0ustar moonmoonline: 1 match: --class-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : class index : 43 line : 0 cBeg. : 0 cEnd. : 5 line: 1 match: -- -- action [76] { } line: 1 match: --Utility-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : Utility index : 43 line : 0 cBeg. : 6 cEnd. : 13 line: 1 match: -- -- action [76] { } line: 1 match: --{-- action [36] { return (new Yytoken(7,yytext(),yyline,yychar,yychar+1)); } Text : { index : 7 line : 0 cBeg. : 14 cEnd. : 15 line: 1 match: -- -- action [76] { } line: 3 match: --private-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : private index : 43 line : 2 cBeg. : 21 cEnd. : 28 line: 3 match: -- -- action [76] { } line: 3 match: --static-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : static index : 43 line : 2 cBeg. : 29 cEnd. : 35 line: 3 match: -- -- action [76] { } line: 3 match: --final-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : final index : 43 line : 2 cBeg. : 36 cEnd. : 41 line: 3 match: -- -- action [76] { } line: 3 match: --String-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : String index : 43 line : 2 cBeg. : 42 cEnd. : 48 line: 3 match: -- -- action [76] { } line: 3 match: --errorMsg-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : errorMsg index : 43 line : 2 cBeg. : 49 cEnd. : 57 line: 3 match: --[-- action [34] { return (new Yytoken(5,yytext(),yyline,yychar,yychar+1)); } Text : [ index : 5 line : 2 cBeg. : 57 cEnd. : 58 line: 3 match: --]-- action [35] { return (new Yytoken(6,yytext(),yyline,yychar,yychar+1)); } Text : ] index : 6 line : 2 cBeg. : 58 cEnd. : 59 line: 3 match: -- -- action [76] { } line: 3 match: --=-- action [43] { return (new Yytoken(14,yytext(),yyline,yychar,yychar+1)); } Text : = index : 14 line : 2 cBeg. : 60 cEnd. : 61 line: 3 match: -- -- action [76] { } line: 3 match: --{-- action [36] { return (new Yytoken(7,yytext(),yyline,yychar,yychar+1)); } Text : { index : 7 line : 2 cBeg. : 62 cEnd. : 63 line: 3 match: -- -- action [76] { } line: 4 match: --"Error: Unmatched end-of-comment punctuation."-- action [57] { String str = yytext().substring(1,yylength()-1); return (new Yytoken(40,str,yyline,yychar,yychar+yylength())); } Text : Error: Unmatched end-of-comment punctuation. index : 40 line : 3 cBeg. : 68 cEnd. : 114 line: 4 match: --,-- action [29] { return (new Yytoken(0,yytext(),yyline,yychar,yychar+1)); } Text : , index : 0 line : 3 cBeg. : 114 cEnd. : 115 line: 4 match: -- -- action [76] { } line: 5 match: --"Error: Unmatched start-of-comment punctuation."-- action [57] { String str = yytext().substring(1,yylength()-1); return (new Yytoken(40,str,yyline,yychar,yychar+yylength())); } Text : Error: Unmatched start-of-comment punctuation. index : 40 line : 4 cBeg. : 120 cEnd. : 168 line: 5 match: --,-- action [29] { return (new Yytoken(0,yytext(),yyline,yychar,yychar+1)); } Text : , index : 0 line : 4 cBeg. : 168 cEnd. : 169 line: 5 match: -- -- action [76] { } line: 6 match: --"Error: Unclosed string."-- action [57] { String str = yytext().substring(1,yylength()-1); return (new Yytoken(40,str,yyline,yychar,yychar+yylength())); } Text : Error: Unclosed string. index : 40 line : 5 cBeg. : 174 cEnd. : 199 line: 6 match: --,-- action [29] { return (new Yytoken(0,yytext(),yyline,yychar,yychar+1)); } Text : , index : 0 line : 5 cBeg. : 199 cEnd. : 200 line: 6 match: -- -- action [76] { } line: 7 match: --"Error: Illegal character."-- action [57] { String str = yytext().substring(1,yylength()-1); return (new Yytoken(40,str,yyline,yychar,yychar+yylength())); } Text : Error: Illegal character. index : 40 line : 6 cBeg. : 205 cEnd. : 232 line: 7 match: -- -- action [76] { } line: 8 match: --}-- action [37] { return (new Yytoken(8,yytext(),yyline,yychar,yychar+1)); } Text : } index : 8 line : 7 cBeg. : 237 cEnd. : 238 line: 8 match: --;-- action [31] { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } Text : ; index : 2 line : 7 cBeg. : 238 cEnd. : 239 line: 8 match: -- -- action [76] { } line: 10 match: --public-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : public index : 43 line : 9 cBeg. : 245 cEnd. : 251 line: 10 match: -- -- action [76] { } line: 10 match: --static-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : static index : 43 line : 9 cBeg. : 252 cEnd. : 258 line: 10 match: -- -- action [76] { } line: 10 match: --final-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : final index : 43 line : 9 cBeg. : 259 cEnd. : 264 line: 10 match: -- -- action [76] { } line: 10 match: --int-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : int index : 43 line : 9 cBeg. : 265 cEnd. : 268 line: 10 match: -- -- action [76] { } line: 10 match: --E_ENDCOMMENT-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : E_ENDCOMMENT index : 43 line : 9 cBeg. : 269 cEnd. : 281 line: 10 match: -- -- action [76] { } line: 10 match: --=-- action [43] { return (new Yytoken(14,yytext(),yyline,yychar,yychar+1)); } Text : = index : 14 line : 9 cBeg. : 282 cEnd. : 283 line: 10 match: -- -- action [76] { } line: 10 match: --0-- action [68] { return (new Yytoken(42,yytext(),yyline,yychar,yychar+yylength())); } Text : 0 index : 42 line : 9 cBeg. : 284 cEnd. : 285 line: 10 match: --;-- action [31] { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } Text : ; index : 2 line : 9 cBeg. : 285 cEnd. : 286 line: 10 match: -- -- action [76] { } line: 11 match: --public-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : public index : 43 line : 10 cBeg. : 290 cEnd. : 296 line: 11 match: -- -- action [76] { } line: 11 match: --static-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : static index : 43 line : 10 cBeg. : 297 cEnd. : 303 line: 11 match: -- -- action [76] { } line: 11 match: --final-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : final index : 43 line : 10 cBeg. : 304 cEnd. : 309 line: 11 match: -- -- action [76] { } line: 11 match: --int-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : int index : 43 line : 10 cBeg. : 310 cEnd. : 313 line: 11 match: -- -- action [76] { } line: 11 match: --E_STARTCOMMENT-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : E_STARTCOMMENT index : 43 line : 10 cBeg. : 314 cEnd. : 328 line: 11 match: -- -- action [76] { } line: 11 match: --=-- action [43] { return (new Yytoken(14,yytext(),yyline,yychar,yychar+1)); } Text : = index : 14 line : 10 cBeg. : 329 cEnd. : 330 line: 11 match: -- -- action [76] { } line: 11 match: --1-- action [68] { return (new Yytoken(42,yytext(),yyline,yychar,yychar+yylength())); } Text : 1 index : 42 line : 10 cBeg. : 331 cEnd. : 332 line: 11 match: --;-- action [31] { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } Text : ; index : 2 line : 10 cBeg. : 332 cEnd. : 333 line: 11 match: -- -- action [76] { } line: 12 match: --public-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : public index : 43 line : 11 cBeg. : 337 cEnd. : 343 line: 12 match: -- -- action [76] { } line: 12 match: --static-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : static index : 43 line : 11 cBeg. : 344 cEnd. : 350 line: 12 match: -- -- action [76] { } line: 12 match: --final-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : final index : 43 line : 11 cBeg. : 351 cEnd. : 356 line: 12 match: -- -- action [76] { } line: 12 match: --int-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : int index : 43 line : 11 cBeg. : 357 cEnd. : 360 line: 12 match: -- -- action [76] { } line: 12 match: --E_UNCLOSEDSTR-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : E_UNCLOSEDSTR index : 43 line : 11 cBeg. : 361 cEnd. : 374 line: 12 match: -- -- action [76] { } line: 12 match: --=-- action [43] { return (new Yytoken(14,yytext(),yyline,yychar,yychar+1)); } Text : = index : 14 line : 11 cBeg. : 375 cEnd. : 376 line: 12 match: -- -- action [76] { } line: 12 match: --2-- action [68] { return (new Yytoken(42,yytext(),yyline,yychar,yychar+yylength())); } Text : 2 index : 42 line : 11 cBeg. : 377 cEnd. : 378 line: 12 match: --;-- action [31] { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } Text : ; index : 2 line : 11 cBeg. : 378 cEnd. : 379 line: 12 match: -- -- action [76] { } line: 13 match: --public-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : public index : 43 line : 12 cBeg. : 383 cEnd. : 389 line: 13 match: -- -- action [76] { } line: 13 match: --static-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : static index : 43 line : 12 cBeg. : 390 cEnd. : 396 line: 13 match: -- -- action [76] { } line: 13 match: --final-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : final index : 43 line : 12 cBeg. : 397 cEnd. : 402 line: 13 match: -- -- action [76] { } line: 13 match: --int-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : int index : 43 line : 12 cBeg. : 403 cEnd. : 406 line: 13 match: -- -- action [76] { } line: 13 match: --E_UNMATCHED-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : E_UNMATCHED index : 43 line : 12 cBeg. : 407 cEnd. : 418 line: 13 match: -- -- action [76] { } line: 13 match: --=-- action [43] { return (new Yytoken(14,yytext(),yyline,yychar,yychar+1)); } Text : = index : 14 line : 12 cBeg. : 419 cEnd. : 420 line: 13 match: -- -- action [76] { } line: 13 match: --3-- action [68] { return (new Yytoken(42,yytext(),yyline,yychar,yychar+yylength())); } Text : 3 index : 42 line : 12 cBeg. : 421 cEnd. : 422 line: 13 match: --;-- action [31] { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } Text : ; index : 2 line : 12 cBeg. : 422 cEnd. : 423 line: 13 match: -- -- action [76] { } line: 15 match: --public-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : public index : 43 line : 14 cBeg. : 428 cEnd. : 434 line: 15 match: -- -- action [76] { } line: 15 match: --static-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : static index : 43 line : 14 cBeg. : 435 cEnd. : 441 line: 15 match: -- -- action [76] { } line: 15 match: --void-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : void index : 43 line : 14 cBeg. : 442 cEnd. : 446 line: 15 match: -- -- action [76] { } line: 15 match: --error-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : error index : 43 line : 14 cBeg. : 447 cEnd. : 452 line: 15 match: --(-- action [32] { return (new Yytoken(3,yytext(),yyline,yychar,yychar+1)); } Text : ( index : 3 line : 14 cBeg. : 452 cEnd. : 453 line: 15 match: --int-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : int index : 43 line : 14 cBeg. : 453 cEnd. : 456 line: 15 match: -- -- action [76] { } line: 15 match: --code-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : code index : 43 line : 14 cBeg. : 457 cEnd. : 461 line: 15 match: --)-- action [33] { return (new Yytoken(4,yytext(),yyline,yychar,yychar+1)); } Text : ) index : 4 line : 14 cBeg. : 461 cEnd. : 462 line: 15 match: -- -- action [76] { } line: 15 match: --{-- action [36] { return (new Yytoken(7,yytext(),yyline,yychar,yychar+1)); } Text : { index : 7 line : 14 cBeg. : 463 cEnd. : 464 line: 15 match: -- -- action [76] { } line: 16 match: --System-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : System index : 43 line : 15 cBeg. : 468 cEnd. : 474 line: 16 match: --.-- action [38] { return (new Yytoken(9,yytext(),yyline,yychar,yychar+1)); } Text : . index : 9 line : 15 cBeg. : 474 cEnd. : 475 line: 16 match: --out-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : out index : 43 line : 15 cBeg. : 475 cEnd. : 478 line: 16 match: --.-- action [38] { return (new Yytoken(9,yytext(),yyline,yychar,yychar+1)); } Text : . index : 9 line : 15 cBeg. : 478 cEnd. : 479 line: 16 match: --println-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : println index : 43 line : 15 cBeg. : 479 cEnd. : 486 line: 16 match: --(-- action [32] { return (new Yytoken(3,yytext(),yyline,yychar,yychar+1)); } Text : ( index : 3 line : 15 cBeg. : 486 cEnd. : 487 line: 16 match: --errorMsg-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : errorMsg index : 43 line : 15 cBeg. : 487 cEnd. : 495 line: 16 match: --[-- action [34] { return (new Yytoken(5,yytext(),yyline,yychar,yychar+1)); } Text : [ index : 5 line : 15 cBeg. : 495 cEnd. : 496 line: 16 match: --code-- action [70] { return (new Yytoken(43,yytext(),yyline,yychar,yychar+yylength())); } Text : code index : 43 line : 15 cBeg. : 496 cEnd. : 500 line: 16 match: --]-- action [35] { return (new Yytoken(6,yytext(),yyline,yychar,yychar+1)); } Text : ] index : 6 line : 15 cBeg. : 500 cEnd. : 501 line: 16 match: --)-- action [33] { return (new Yytoken(4,yytext(),yyline,yychar,yychar+1)); } Text : ) index : 4 line : 15 cBeg. : 501 cEnd. : 502 line: 16 match: --;-- action [31] { return (new Yytoken(2,yytext(),yyline,yychar,yychar+1)); } Text : ; index : 2 line : 15 cBeg. : 502 cEnd. : 503 line: 16 match: -- -- action [76] { } line: 17 match: --}-- action [37] { return (new Yytoken(8,yytext(),yyline,yychar,yychar+1)); } Text : } index : 8 line : 16 cBeg. : 506 cEnd. : 507 line: 17 match: -- -- action [76] { } line: 18 match: --}-- action [37] { return (new Yytoken(8,yytext(),yyline,yychar,yychar+1)); } Text : } index : 8 line : 17 cBeg. : 508 cEnd. : 509 line: 18 match: -- -- action [76] { } null jflex-1.4.3/examples/simple-maven/src/test/resources/test.txt0000644000175000017500000000077710712616761023066 0ustar moonmoonclass Utility { private static final String errorMsg[] = { "Error: Unmatched end-of-comment punctuation.", "Error: Unmatched start-of-comment punctuation.", "Error: Unclosed string.", "Error: Illegal character." }; public static final int E_ENDCOMMENT = 0; public static final int E_STARTCOMMENT = 1; public static final int E_UNCLOSEDSTR = 2; public static final int E_UNMATCHED = 3; public static void error(int code) { System.out.println(errorMsg[code]); } } jflex-1.4.3/examples/standalone/0000755000175000017500000000000011141044624015274 5ustar moonmoonjflex-1.4.3/examples/standalone/build.xml0000644000175000017500000000111007710746221017117 0ustar moonmoon jflex-1.4.3/examples/standalone/Makefile0000644000175000017500000000026307606571215016751 0ustar moonmoonall: run run: Subst.class java Subst sample.inp Subst.class: Subst.java javac Subst.java Subst.java: standalone.flex jflex standalone.flex clean: rm -rf *.class *~ *.java jflex-1.4.3/examples/standalone/README0000644000175000017500000000063307710746221016167 0ustar moonmoonThis is a small example of a standalone text substitution scanner. It reads a name after the keyword name and replaces all occurences of "hello" by "hello !". sample.inp contains a sample input for the scanner standalone.flex the lexical specification for the scanner build.xml ant build file to run the example use ant or type: jflex standalone.flex javac Subst.java java Subst sample.inp jflex-1.4.3/examples/standalone/sample.inp0000644000175000017500000000014707606571215017303 0ustar moonmoonname someone Hello This is a sample input file for the standalone example scanner. Have a nice day! jflex-1.4.3/examples/standalone/standalone.flex0000644000175000017500000000346311141043444020311 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** This is a small example of a standalone text substitution scanner It reads a name after the keyword name and substitutes all occurences of "hello" with "hello !". There is a sample input file "sample.inp" provided in this directory */ %% %public %class Subst %standalone %unicode %{ String name; %} %% "name " [a-zA-Z]+ { name = yytext().substring(5); } [Hh] "ello" { System.out.print(yytext()+" "+name+"!"); } jflex-1.4.3/examples/standalone-maven/0000755000175000017500000000000011141044624016400 5ustar moonmoonjflex-1.4.3/examples/standalone-maven/pom.xml0000644000175000017500000000162410722057760017731 0ustar moonmoon 4.0.0 de.flex.examples parent 1 standalone-maven 0.1 A standalone test substitution scanner This is a small example of a standalone text substitution scanner. It reads a name after the keyword name and replaces all occurences of "hello" by "hello <name> !".</name> junit junit test jflex-1.4.3/examples/standalone-maven/src/0000755000175000017500000000000011141044624017167 5ustar moonmoonjflex-1.4.3/examples/standalone-maven/src/main/0000755000175000017500000000000011141044624020113 5ustar moonmoonjflex-1.4.3/examples/standalone-maven/src/main/java/0000755000175000017500000000000011141044624021034 5ustar moonmoonjflex-1.4.3/examples/standalone-maven/src/main/jflex/0000755000175000017500000000000011141044624021223 5ustar moonmoonjflex-1.4.3/examples/standalone-maven/src/main/jflex/standalone.flex0000644000175000017500000000353011141043444024233 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ /** This is a small example of a standalone text substitution scanner It reads a name after the keyword name and substitutes all occurences of "hello" with "hello !". There is a sample input file "sample.inp" provided in this directory */ package de.jflex.example.standalone; %% %public %class Subst %standalone %unicode %{ String name; %} %% "name " [a-zA-Z]+ { name = yytext().substring(5); } [Hh] "ello" { System.out.print(yytext()+" "+name+"!"); } jflex-1.4.3/examples/standalone-maven/src/test/0000755000175000017500000000000011141044624020146 5ustar moonmoonjflex-1.4.3/examples/standalone-maven/src/test/java/0000755000175000017500000000000011141044624021067 5ustar moonmoonjflex-1.4.3/examples/standalone-maven/src/test/java/de/0000755000175000017500000000000011141044624021457 5ustar moonmoonjflex-1.4.3/examples/standalone-maven/src/test/java/de/jflex/0000755000175000017500000000000011141044624022567 5ustar moonmoonjflex-1.4.3/examples/standalone-maven/src/test/java/de/jflex/example/0000755000175000017500000000000011141044624024222 5ustar moonmoonjflex-1.4.3/examples/standalone-maven/src/test/java/de/jflex/example/standalone/0000755000175000017500000000000011141044624026352 5ustar moonmoonjflex-1.4.3/examples/standalone-maven/src/test/java/de/jflex/example/standalone/SubstTest.java0000644000175000017500000000234210713074643031166 0ustar moonmoonpackage de.jflex.example.standalone; import java.io.BufferedReader; import java.io.File; import java.io.FileOutputStream; import java.io.FileReader; import java.io.IOException; import java.io.PrintStream; import java.io.Reader; import junit.framework.TestCase; public class SubstTest extends TestCase { private static final String OUTPUT_FILE = "target/sample.out"; public void testSample() throws IOException { // the standalon Subst prints status on stdout // redirecte it into a file String[] argv = new String[1]; argv[0] = "src/test/resources/sample.in"; File actual = new File(OUTPUT_FILE); actual.delete(); FileOutputStream fos = new FileOutputStream(OUTPUT_FILE, true); System.setOut(new PrintStream(fos)); Subst.main(argv); fos.close(); BufferedReader actualContent = new BufferedReader(new FileReader( actual)); // the expected result is in a file Reader expected = new FileReader("src/test/resources/sample.expected"); BufferedReader expectedContent = new BufferedReader(expected); String expectedLine, actualLine; do { expectedLine = expectedContent.readLine(); actualLine = actualContent.readLine(); assertEquals(expectedLine, actualLine); } while (expectedLine != null); } } jflex-1.4.3/examples/standalone-maven/src/test/resources/0000755000175000017500000000000011141044624022160 5ustar moonmoonjflex-1.4.3/examples/standalone-maven/src/test/resources/sample.expected0000644000175000017500000000014410713074643025173 0ustar moonmoon Hello someone! This is a sample input file for the standalone example scanner. Have a nice day! jflex-1.4.3/examples/standalone-maven/src/test/resources/sample.in0000644000175000017500000000014710713074643024003 0ustar moonmoonname someone Hello This is a sample input file for the standalone example scanner. Have a nice day! jflex-1.4.3/lib/0000755000175000017500000000000011141044634012075 5ustar moonmoonjflex-1.4.3/lib/jflex-mode.el0000644000175000017500000000477707670613570014505 0ustar moonmoon; -*- Mode: Emacs-Lisp; -*- ;;; jflex-mode ;;; author: Gerwin Klein ;;; $Revision: 50 $, $Date: 2003-06-08 21:01:12 +1000 (Sun, 08 Jun 2003) $ (require 'derived) (require 'font-lock) (define-derived-mode jflex-mode java-mode "JFlex" "Major mode for editing JFlex files" ;; set the indentation (setq c-basic-offset 2) (c-set-offset 'knr-argdecl-intro 0) (c-set-offset 'topmost-intro-cont 0) ;; remove auto and hungry anything (c-toggle-auto-hungry-state -1) (c-toggle-auto-state -1) (c-toggle-hungry-state -1) (use-local-map jflex-mode-map) ;; get rid of that damn electric-brace (define-key jflex-mode-map "{" 'self-insert-command) (define-key jflex-mode-map "}" 'self-insert-command) (define-key jflex-mode-map [tab] 'jflex-indent-command) ) (defalias 'jflex-indent-command 'c-indent-command) (defconst jflex-font-lock-keywords (append '( ("^%%" . font-lock-reference-face) "^%{" "^%init{" "^%initthrow{" "^%eof{" "^%eofthrow{" "^%yylexthrow{" "^%eofval{" "^%}" "^%init}" "^%initthrow}" "^%eof}" "^%eofthrow}" "^%yylexthrow}" "^%eofval}" "^%standalone" "^%scanerror" "^%switch" "^%states" ; fixme: state identifiers "^%state" "^%s" "^%xstates" "^%xstate" "^%x" "^%char" "^%line" "^%column" "^%byaccj" "^%cupsym" "^%cupdebug" "^%cup" "^%eofclose" "^%class" "^%function" "^%type" "^%integer" "^%intwrap" "^%int" "^%yyeof" "^%notunix" "^%7bit" "^%full" "^%8bit" "^%unicode" "^%16bit" "^%caseless" "^%ignorecase" "^%implements" "^%extends" "^%public" "^%apiprivate" "^%final" "^%abstract" "^%debug" "^%table" "^%pack" "^%include" "^%buffer" "^%initthrow" "^%eofthrow" "^%yylexthrow" "^%throws" ("%[%{}0-9a-zA-Z]+" . font-lock-warning-face) ; errors ("{[ \t]*[a-zA-Z][0-9a-zA-Z_]+[ \t]*}" . font-lock-variable-name-face) ; macro uses "<>" ; special <> symbol ("<[ \t]*[a-zA-Z][0-9a-zA-Z_]+[ \t]*\\(,[ \t]*[a-zA-Z][0-9a-zA-Z_]+[ \t]*\\)*>" . font-lock-type-face) ; lex state list ) java-font-lock-keywords-2) "JFlex keywords for font-lock mode") (put 'jflex-mode 'font-lock-defaults '(jflex-font-lock-keywords nil nil ((?_ . "w")) beginning-of-defun)) (provide 'jflex-mode) jflex-1.4.3/lib/JFlex.jar0000644000175000017500000053563611141044634013625 0ustar moonmoonPK ?: META-INF/PK ?:ngwMETA-INF/MANIFEST.MFMLK-. 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?:<$wjava_cup/runtime/SymbolFactory.classPK ?:8QV(/ }java_cup/runtime/lr_parser.classPK ?:s4*java_cup/runtime/virtual_parse_stack.classPKccŸjflex-1.4.3/lib/jflex.vim0000644000175000017500000001356207670613570013746 0ustar moonmoon" Vim syntax file " Language: JFlex " Maintainer: Gerwin Klein " Last Change: $Revision: 50 $, $Date: 2003-06-08 21:01:12 +1000 (Sun, 08 Jun 2003) $ " Thanks to Michael Brailsford for help and suggestions " Quit when a syntax file was already loaded {{{ if exists("b:current_syntax") finish endif "}}} " Include java syntax {{{ if version >= 600 runtime! syntax/java.vim unlet b:current_syntax else so $VIMRUNTIME/syntax/java.vim endif "}}} syn cluster jflexOptions contains=jflexOption,jflexCodeInclude,jflexComment,jflexMacroIdent,jflexMacroRegExp,jflexOptionError syn cluster jflexRules contains=jflexRule,jflexComment,jflexActionCode,jflexRuleStates,jflexRegExp " java code section syn region jflexStart start="/\*\|//\|import\|package\|class"me=s end="^%%"me=e-2 contains=@javaTop nextgroup=jflexOptionReg " %% " options syn region jflexOptionReg matchgroup=jflexSectionSep start="^%%" end="^%%"me=e-2 contains=@jflexOptions nextgroup=jflexRulesReg syn match jflexOptionError "%\i*" contained syn match jflexOption "^\(%s\|%x\)" contained syn match jflexOption "^%state" contained syn match jflexOption "^%states" contained syn match jflexOption "^%xstate" contained syn match jflexOption "^%xstates" contained syn match jflexOption "^%char" contained syn match jflexOption "^%line" contained syn match jflexOption "^%column" contained syn match jflexOption "^%byaccj" contained syn match jflexOption "^%cup" contained syn match jflexOption "^%cupsym" contained syn match jflexOption "^%cupdebug" contained syn match jflexOption "^%eofclose" contained syn match jflexOption "^%class" contained syn match jflexOption "^%function" contained syn match jflexOption "^%type" contained syn match jflexOption "^%integer" contained syn match jflexOption "^%int" contained syn match jflexOption "^%intwrap" contained syn match jflexOption "^%yyeof" contained syn match jflexOption "^%notunix" contained syn match jflexOption "^%7bit" contained syn match jflexOption "^%8bit" contained syn match jflexOption "^%full" contained syn match jflexOption "^%16bit" contained syn match jflexOption "^%unicode" contained syn match jflexOption "^%caseless" contained syn match jflexOption "^%ignorecase" contained syn match jflexOption "^%implements" contained syn match jflexOption "^%extends" contained syn match jflexOption "^%public" contained syn match jflexOption "^%apiprivate" contained syn match jflexOption "^%final" contained syn match jflexOption "^%abstract" contained syn match jflexOption "^%debug" contained syn match jflexOption "^%standalone" contained syn match jflexOption "^%switch" contained syn match jflexOption "^%table" contained syn match jflexOption "^%pack" contained syn match jflexOption "^%include" contained syn match jflexOption "^%buffer" contained syn match jflexOption "^%initthrow" contained syn match jflexOption "^%eofthrow" contained syn match jflexOption "^%yylexthrow" contained syn match jflexOption "^%throws" contained syn match jflexOption "^%scannerror" contained syn match jflexMacroIdent "\I\i*\s*="me=e-1 contained nextgroup=jflexMacroRegExp syn region jflexMacroRegExp matchgroup=jflexOperator start="=" end="^\(%\|\I\|\i\|/\)"me=e-1 contains=NONE contained syn region jflexCodeInclude matchgroup=jflexCodeIncludeMark start="^%{" end="^%}" contains=@javaTop contained syn region jflexCodeInclude matchgroup=jflexCodeIncludeMark start="^%init{" end="^%init}" contains=@javaTop contained syn region jflexCodeInclude matchgroup=jflexCodeIncludeMark start="^%initthrow{" end="^%initthrow}" contains=@javaTop contained syn region jflexCodeInclude matchgroup=jflexCodeIncludeMark start="^%eof{" end="^%eof}" contains=@javaTop contained syn region jflexCodeInclude matchgroup=jflexCodeIncludeMark start="^%eofthrow{" end="^%eofthrow}" contains=@javaTop contained syn region jflexCodeInclude matchgroup=jflexCodeIncludeMark start="^%yylexthrow{" end="^%yylexthrow}" contains=@javaTop contained syn region jflexCodeInclude matchgroup=jflexCodeIncludeMark start="^%eofval{" end="^%eofval}" contains=@javaTop contained " rules (end pattern shouldn't occur, if it does anyway we just stay in jflexRulesReg) syn region jflexRulesReg matchgroup=jflexSectionSep start="^%%" end="^%%"me=e-2 contains=@jflexRules " at first everything but strings is a regexp syn match jflexRegExp "\([^\" \t]\|\\\"\)\+" contained " take out comments syn match jflexComment "//.*" contained syn region jflexComment start="/\*" end="\*/" contained contains=jflexComment " lex states syn match jflexRuleStates "<\s*\I\i*\(\s*,\s*\I\i*\)*\s*>" contained skipnl skipwhite nextgroup=jflexStateGroup " action code (only after states braces and macro use) syn region jflexActionCode matchgroup=Delimiter start="{" end="}" contained contains=@javaTop,jflexJavaBraces " macro use syn match jflexRegExp "{\s*\I\i*\s*}" contained " state braces (only active after ) syn region jflexStateGroup matchgroup=jflexRuleStates start="{$" start="{\s" end="}" contained contains=@jflexRules " string syn region jflexRegExp matchgroup=String start=+"+ skip=+\\\\\|\\"+ end=+"+ contained " not to be confused with a state syn match jflexRegExp "<>" contained " escape sequence syn match jflexRegExp "\\." contained " keep braces in actions balanced syn region jflexJavaBraces start="{" end="}" contained contains=@javaTop,jflexJavaBraces " syncing syn sync clear syn sync minlines=10 syn sync match jflexSync grouphere jflexOptionReg "^%[a-z]" syn sync match jflexSync grouphere jflexRulesReg "^<" " highlighting hi link jflexOption Special hi link jflexMacroIdent Ident hi link jflexMacroRegExp Macro hi link jflexOptionError Error hi link jflexComment Comment hi link jflexOperator Operator hi link jflexRuleStates Special hi link jflexRegExp Function hi jflexSectionSep guifg=yellow ctermfg=yellow guibg=blue ctermbg=blue gui=bold cterm=bold hi link jflexCodeIncludeMark jflexSectionSep let b:current_syntax="jflex" jflex-1.4.3/src/0000755000175000017500000000000011141044624012115 5ustar moonmoonjflex-1.4.3/src/build.xml0000644000175000017500000001020511017215650013735 0ustar moonmoon jflex-1.4.3/src/changelog0000644000175000017500000003240511141005161013764 0ustar moonmoon* JFlex 1.4.3 (Jan 31, 2009) - fixed bug #2018299 (lookahead syntax error) - fixed bug #2010261 (min_int in Java example scanner) - fixed bug #2007221 (zzEOFDone not reset in yyreset(Reader)) - fixed bug #1999301 (%type and %int at the same time should produce error msg) * JFlex 1.4.2 (May 27, 2008) - implemented feature request #1212181: Now supports generics syntax for %type, %extends, etc - implemented feature request #1762500: Provided %ctorarg option to add arguments to constructor - fixed bug #1464525 (Reader.read might return 0) - fixed bug #1968897 (Ambiguous error message in macro expansion) - fixed bug #1832973 (Syntax error in input may cause NullPointerException) - fixed bug #1629920 (Need to defend against path blanks in jflex bash script) - fixed bug #1540228 (EOF actions may be ignored for same lex state) - fixed bug #1498726 (syntax error in generated ZZ_CMAP) - fixed bug #1282840 (lookahead and "|" actions) - fixed bug #1164852 (yytext() longer than expected with lookahead) - fixed bug #1065521 (OS/2 Java 1.1.8 Issues) - fixed bug #421495 (dangerous lookahead check may fail) * JFlex 1.4.1 (November 7, 2004) - merged in patch by Don Brown (fixes #1049791 Uses Old JUnit method assertFalse) - merged in patch by Don Brown (fixes #887821 buffer expansion bug in yy_refill()) Thanks to Binesh Bannerjee for providing a simpler test case for this problem. - fixed bug #1035407 (ArrayIndexOutOfBounds in IntCharSet) - fixed bug #1003569 (Cannot use lookahead with ignorecase) - converted dangerous lookahead error to warning - print info for EOF actions as well in %debug mode - fixed line number count for EOF actions - internal: removed unused methods in LexScan.flex and IntCharSet * JFlex 1.4 (April 12, 2004) - new, very fast minimization algorithm (also fixes memory issues) - new --jlex option for strict compatibility to JLex. Currently it changes %ignorecase to JLex semantics, that is, character classes are interpreted in a caseless way, too. (fixes bus #751757, %ignorecase ignored by char classes). Thanks to Edward D. Willink for spotting the incompatibility. - support for even larger scanners (up to 64K DFA states). Thanks to Karin Vespoor. - removed eclipse compiler warnings for generated classes (feature request #778747) - implemented faster character classes (feature request #604589). Expressions like [a-z] | [A-Z] are interpreted as one atomic class [a-zA-Z], reducing NFA states and generation time significantly for some specifications. This affects the generation process only, generated scanners remain the same. - new %apiprivate switch (feature request #513500/1) that causes all generated and skeleton methods to be made private. Exceptions to this are user defined functions and the constructor. Thanks to Stephen Ostermiller for the suggestion. - allow user defined javadoc class comments (feature request #513500/2) If the user code section ends with a javadoc comment, JFlex takes this instead of the generated comment. Thanks to Stephen Ostermiller for the suggestion. - fixed bug #491095 (undefined macros in complement expressions do not throw exception in generator). Thanks to Stephen Ostermiller for the bug report. - fixed bug #495422 (yypushStream/yypopStream in skeleton.nested work as advertised) - fixed bug #611118 (no wrong macro warnings on regexp negation) - fixed bug #655528 (%cupsym now also affects %cupdebug) Thanks to Eric Schweitz for the fix. - fixed bug #510010 (single-line %initthrow works now in case of extra whitespace before newline) - yyreset() does no longer close the associated reader (use yyclose() explicitly for that). Makes some reader objects reusable (feature request #513492). Thanks to Stephen Ostermiller for the suggestion. - fixed modifier order in generated code, removes jikes compiler warnings Thanks to Michael Wildpaner for the fix. - ant task now also works with ant >= 1.4 (fixes bug #526905) - yyreset() does not declare an execption any more (fixes bug #913132) - %cup does not include %eofclose in JLex mode (--jlex). (Fixes bug #910562) - optional parameter to %eofclose: "%eofclose false" turns off %eofclose if it was turned on previously (e.g. by %cup). (Fixes bug #910562) - jflex build script switched to ant - internal: central Options class for better integration with build tools and IDEs - internal: change naming scheme for generated internal variables from yy_ to zz to comply with Java naming standard. Thanks to Max Gilead for the patch. * JFlex 1.3.5 (October 8, 2001) - fixed all bugs reported for version 1.3.4. Thanks to Amin Ahmad and Fred Wehrhahn for their excellent bug reports. - implemented feature request #459014: vim syntax file. Thanks to Michael Brailsford for his help and suggestions. - JFlex should run with JDK 1.1 out-of-the-box again. * JFlex 1.3.4 (October 1, 2001) - fixed all bugs reported for version 1.3.3. Thanks to Mike Akerman for his excellent bug reports and his help. - implemented feature request #459355: exclusive start states. Thanks to Ed Beroset for the suggestion. - introduced %s and %x shorthands for state declarations * JFlex 1.3.3 (September 21, 2001) - fixed all reported bugs except #39 (lookahead check at generation time may fail). Thanks to Axel Schwolow, Karl Meissner, Angelo Borsotti, and Paolo Di Francesco for their excellent bug reports. - enhanced %debug output. JFlex scanners in debug mode now print line, column, matched text, and executed action (with line number in spec) for each processed token. Thanks to Karl Meissner for the suggestion. - introduced %cupdebug directive for readable CUP debugging. Generated scanners print line, column, matched text, and CUP symbol name for each returned token. Again thanks to Karl Meissner for tips and contributed Java reflection code. - new %cupsym to customize CUP generated symbols class name. Thanks to Karl Meissner and Paolo Di Francesco. - new %throws as shorthand for %yylexthrow - code generation now customizable at command line with --table, --pack, and --switch - command line switch --info prints system and JVM information (useful for bug reports) - command line switch --nobak for not generating backup files - an Ant task for the Ant build tool http://jakarta.apache.org/ant/ contributed by Rafal Mantiuk. Many thanks to him. - better error message for missing ] in char class. Thanks to Karl Meissner. - performance enhancements in the runtime system. The engine is now 10%-50% faster. These are only the first implementations of a few of the many suggestions from Angelo Borsotti. Thanks to Angelo for many insights, tips, and fruitful discussions. - a new warning if a rule can never be matched - macros and regular expression can now span multiple lines (note that | at the end of a line in a rule is a special action, not the | operator) - updated the manual to contain more information about the generated class, clarified the description of lexical states. Thanks to Michael Binz, Angelo Borsotti, Vasily Karyaev and for the suggestions. - Simplified java example lexer, and allow // style comments at EOF. Thanks to Thomas Mulcahy. - Byacc/J example updated to version 1.1 - New interpreter example using CUP. Thanks to Bernhard Rumpe for the code. * JFlex 1.3.2 (February 24, 2001) - fixed bug #32 (this time for real). Thanks to Thilo Goetz for his quick report. - updated the binary scanning example with the more comprehensive and usable class StraightStreamReader by Stephen Ostermiller. Thanks go to him for his contribution. The original version of this class is at http://www.smo.f2s.com/utils/ - added a link to a Japanese translation of the JFlex manual (it's in Japanese Shift_JIS encoding). The translation is for an older release (1.1.2), but most of the text still applies to the current version. See the change log for the differences between 1.1.2 and the current version. Many thanks to Yuichi Nakajima, Yukio Ikeda, Katsuhiko Yamazaki, and Koji Ooya for their efforts. If you would like to translate the JFlex manual into another language, or if you already have done so, please let me know. I will include a link to it on the documentation page. I can also give you access to the latex sources of the manual, so that printable versions of your translation can be generated, too. * JFlex 1.3.1 (February 20, 2001) - fixed all JFlex bugs reported for 1.3 (bugs #32-#36) Thanks to Hans Kratz, Vasily Karyaev, Alexey Yakovets, and Tom Moog for their excellent reports. - added two new example scanners: . a demonstration how to scan binary files . a small calculator example for Cup, based on the example in the Linux Gazette by Richard A. Sevenich and Christopher Lopes. See also http://www.linuxgazette.com/issue39/sevenich.html http://www.linuxgazette.com/issue41/sevenich.html http://www.linuxgazette.com/issue41/lopes/lopes.html - manual section about encodings, platforms and Unicode. Thanks to Stephen Ostermiller for his valuable input. - switch for skipping the minimization step in DFA generation (--nomin). This feature is still in alpha status and not yet extensively tested. It might be useful when you have very large scanners and not much memory available. - switch for generating graphviz dot files for graphical representation (ps or gif) of generated NFA, DFA and minimized DFA (--dot). Might be useful for teaching. This feature is also still in alpha status and not fully finished yet. It is included as preview, comments are welcome, please try it out and tell me what you think. For information on graphviz see http://www.research.att.com:80/sw/tools/graphviz/ - changed to --style long command line switches (single - still recognized). - moved part of the project to http://sourceforge.net/projects/jflex/ * JFlex 1.3 (October 21, 2000) - Fixed all bugs reported for 1.2.2 (bugs #23-#27). - Better start script for Linux. - Customize for internal error handling in yy_ScanError. - Empty charclass [], and any (=negated empty) charclass [^]. - New negation operator ! for regexps. - New upto operator ~ for regexps. - Customizable buffer size (%buffer). - New char yycharat(int) for efficient access to single characters in matched text. - Split up of too large lex tables for even larger scanner sizes. - New additional external skeleton with support for nested input streams. - JLex compatibility: BOL ^ and EOL $ use unicode line separators as in http://www.unicode.org/unicode/reports/tr18/tr18-5.1.html. - New resetStream method for reusing scanner objects. _ BYacc/J support (%byaccj) + BYacc/J example. - Include files in lexer specs (%include). - New --dump switch for a dump of the generated charclasses, NFA, DFA, and minimized DFA tables. * JFlex 1.2.2 (August 23, 1999) - Updated JFlex to the new CUP version 0.10j. - Eliminated some remaining platform dependent newlines in the generated source code (affecting the readabilty of the generated code only, no functional changes). - Minor improvements in error reporting (out of memory). - Added a --version command line option for printing the current jflex version. - Updated the Java 1.2 lexer/parser example to CUP 0.10j. * JFlex 1.2.1 (June 25, 1999) - Fixed all bugs reported for version 1.2 (#19-#22). - Webpage redesigned and moved to http://www.jflex.de. - Example java lexer/parser switched to Java 1.2. * JFlex 1.2 (March 21, 1999) - Fixed all bugs for 1.1.2. - JFlex now works again with Solaris JIT. - Significant Unicode optimizations in scanning and generation performance, - changed the empty string match wrt. EOF behavior to the one that is commonly expected. - added command line switches for more customization - external skeleton files - new GUI without any console output - <> as in lex/flex - better error messages - better generation speed - better generation memory efficiency - | Action, trailing context (/ operator) - new %final, %abstract and %extends directives - uses jar file - included makefile for JFlex, - %pack now uses string packing, - %pack now default code generation method, - new %switch directive for old default code generation method, - more convenient declaration of exceptions, - new %int switch, - manual now written in latex, available as html and in printable .ps.gz and pdf file formats. * JFlex 1.1.2 - All bugs reported for version 1.1.1 (#8-#10) have been fixed. * JFlex 1.1.1 - All bugs reported for version 1.1 (i.e. bug #7 and feature request #6) have been fixed. - Scanning speed was optimized further. * JFlex 1.1 adds new features and fixes all known bugs of 1.0 - Revised directory structure. - Fixed all reported bugs (#1-#5 and some unreported ones). - Fixed thousands of typos in the manual. - whitespace characters in regular expressions, - flex style repeat expressions, - %caseless switch, - %eofclose switch, - method for closing the input stream, - method for the current lexical state, - method for rereading matched text, - backup of files that are overwitten in the generation process, - improved error reporting, - graphical UI when no filename is provided on the commandline * JFlex 1.0 (May 1998) was the first public release of JFlex. It was developed using Sun's JDK 1.1, JFlex (bootstrapped) and the parser generator CUP jflex-1.4.3/src/java_cup/0000755000175000017500000000000011141044623013704 5ustar moonmoonjflex-1.4.3/src/java_cup/runtime/0000755000175000017500000000000011141044624015370 5ustar moonmoonjflex-1.4.3/src/java_cup/runtime/ComplexSymbolFactory.java0000644000175000017500000000762711017215650022375 0ustar moonmoonpackage java_cup.runtime; /** * Default Implementation for SymbolFactory, creates * plain old Symbols * * @version last updated 27-03-2006 * @author Michael Petter */ /* ************************************************* class DefaultSymbolFactory interface for creating new symbols ***************************************************/ public class ComplexSymbolFactory implements SymbolFactory{ public static class Location { private String unit="unknown"; private int line, column; public Location(String unit, int line, int column){ this.unit=unit; this.line=line; this.column=column; } public Location(int line, int column){ this.line=line; this.column=column; } public String toString(){ return unit+":"+line+"/"+column; } public int getColumn(){ return column; } public int getLine(){ return line; } public String getUnit(){ return unit; } } /** * ComplexSymbol with detailed Location Informations and a Name */ public static class ComplexSymbol extends Symbol { protected String name; protected Location xleft,xright; public ComplexSymbol(String name, int id) { super(id); this.name=name; } public ComplexSymbol(String name, int id, Object value) { super(id,value); this.name=name; } public String toString(){ if (xleft==null || xright==null) return "Symbol: "+name; return "Symbol: "+name+" ("+xleft+" - "+xright+")"; } public ComplexSymbol(String name, int id, int state) { super(id,state); this.name=name; } public ComplexSymbol(String name, int id, Symbol left, Symbol right) { super(id,left,right); this.name=name; if (left!=null) this.xleft = ((ComplexSymbol)left).xleft; if (right!=null) this.xright= ((ComplexSymbol)right).xright; } public ComplexSymbol(String name, int id, Location left, Location right) { super(id); this.name=name; this.xleft=left; this.xright=right; } public ComplexSymbol(String name, int id, Symbol left, Symbol right, Object value) { super(id,value); this.name=name; if (left!=null) this.xleft = ((ComplexSymbol)left).xleft; if (right!=null) this.xright= ((ComplexSymbol)right).xright; } public ComplexSymbol(String name, int id, Location left, Location right, Object value) { super(id,value); this.name=name; this.xleft=left; this.xright=right; } public Location getLeft(){ return xleft; } public Location getRight(){ return xright; } } // Factory methods public Symbol newSymbol(String name, int id, Location left, Location right, Object value){ return new ComplexSymbol(name,id,left,right,value); } public Symbol newSymbol(String name, int id, Location left, Location right){ return new ComplexSymbol(name,id,left,right); } public Symbol newSymbol(String name, int id, Symbol left, Symbol right, Object value){ return new ComplexSymbol(name,id,left,right,value); } public Symbol newSymbol(String name, int id, Symbol left, Symbol right){ return new ComplexSymbol(name,id,left,right); } public Symbol newSymbol(String name, int id){ return new ComplexSymbol(name,id); } public Symbol newSymbol(String name, int id, Object value){ return new ComplexSymbol(name,id,value); } public Symbol startSymbol(String name, int id, int state){ return new ComplexSymbol(name,id,state); } } jflex-1.4.3/src/java_cup/runtime/DefaultSymbolFactory.java0000644000175000017500000000334211017215650022340 0ustar moonmoonpackage java_cup.runtime; /** * Default Implementation for SymbolFactory, creates * plain old Symbols * * @version last updated 27-03-2006 * @author Michael Petter */ /* ************************************************* class DefaultSymbolFactory interface for creating new symbols ***************************************************/ public class DefaultSymbolFactory implements SymbolFactory{ // Factory methods /** * DefaultSymbolFactory for CUP. * Users are strongly encoraged to use ComplexSymbolFactory instead, since * it offers more detailed information about Symbols in source code. * Yet since migrating has always been a critical process, You have the * chance of still using the oldstyle Symbols. * * @deprecated as of CUP v11a * replaced by the new java_cup.runtime.ComplexSymbolFactory */ //@deprecated public DefaultSymbolFactory(){ } public Symbol newSymbol(String name ,int id, Symbol left, Symbol right, Object value){ return new Symbol(id,left,right,value); } public Symbol newSymbol(String name, int id, Symbol left, Symbol right){ return new Symbol(id,left,right); } public Symbol newSymbol(String name, int id, int left, int right, Object value){ return new Symbol(id,left,right,value); } public Symbol newSymbol(String name, int id, int left, int right){ return new Symbol(id,left,right); } public Symbol startSymbol(String name, int id, int state){ return new Symbol(id,state); } public Symbol newSymbol(String name, int id){ return new Symbol(id); } public Symbol newSymbol(String name, int id, Object value){ return new Symbol(id,value); } } jflex-1.4.3/src/java_cup/runtime/lr_parser.java0000644000175000017500000012742611017215650020241 0ustar moonmoon package java_cup.runtime; import java.util.Stack; /** This class implements a skeleton table driven LR parser. In general, * LR parsers are a form of bottom up shift-reduce parsers. Shift-reduce * parsers act by shifting input onto a parse stack until the Symbols * matching the right hand side of a production appear on the top of the * stack. Once this occurs, a reduce is performed. This involves removing * the Symbols corresponding to the right hand side of the production * (the so called "handle") and replacing them with the non-terminal from * the left hand side of the production.

* * To control the decision of whether to shift or reduce at any given point, * the parser uses a state machine (the "viable prefix recognition machine" * built by the parser generator). The current state of the machine is placed * on top of the parse stack (stored as part of a Symbol object representing * a terminal or non terminal). The parse action table is consulted * (using the current state and the current lookahead Symbol as indexes) to * determine whether to shift or to reduce. When the parser shifts, it * changes to a new state by pushing a new Symbol (containing a new state) * onto the stack. When the parser reduces, it pops the handle (right hand * side of a production) off the stack. This leaves the parser in the state * it was in before any of those Symbols were matched. Next the reduce-goto * table is consulted (using the new state and current lookahead Symbol as * indexes) to determine a new state to go to. The parser then shifts to * this goto state by pushing the left hand side Symbol of the production * (also containing the new state) onto the stack.

* * This class actually provides four LR parsers. The methods parse() and * debug_parse() provide two versions of the main parser (the only difference * being that debug_parse() emits debugging trace messages as it parses). * In addition to these main parsers, the error recovery mechanism uses two * more. One of these is used to simulate "parsing ahead" in the input * without carrying out actions (to verify that a potential error recovery * has worked), and the other is used to parse through buffered "parse ahead" * input in order to execute all actions and re-synchronize the actual parser * configuration.

* * This is an abstract class which is normally filled out by a subclass * generated by the JavaCup parser generator. In addition to supplying * the actual parse tables, generated code also supplies methods which * invoke various pieces of user supplied code, provide access to certain * special Symbols (e.g., EOF and error), etc. Specifically, the following * abstract methods are normally supplied by generated code: *

*
short[][] production_table() *
Provides a reference to the production table (indicating the index of * the left hand side non terminal and the length of the right hand side * for each production in the grammar). *
short[][] action_table() *
Provides a reference to the parse action table. *
short[][] reduce_table() *
Provides a reference to the reduce-goto table. *
int start_state() *
Indicates the index of the start state. *
int start_production() *
Indicates the index of the starting production. *
int EOF_sym() *
Indicates the index of the EOF Symbol. *
int error_sym() *
Indicates the index of the error Symbol. *
Symbol do_action() *
Executes a piece of user supplied action code. This always comes at * the point of a reduce in the parse, so this code also allocates and * fills in the left hand side non terminal Symbol object that is to be * pushed onto the stack for the reduce. *
void init_actions() *
Code to initialize a special object that encapsulates user supplied * actions (this object is used by do_action() to actually carry out the * actions). *
* * In addition to these routines that must be supplied by the * generated subclass there are also a series of routines that may * be supplied. These include: *
*
Symbol scan() *
Used to get the next input Symbol from the scanner. *
Scanner getScanner() *
Used to provide a scanner for the default implementation of * scan(). *
int error_sync_size() *
This determines how many Symbols past the point of an error * must be parsed without error in order to consider a recovery to * be valid. This defaults to 3. Values less than 2 are not * recommended. *
void report_error(String message, Object info) *
This method is called to report an error. The default implementation * simply prints a message to System.err and where the error occurred. * This method is often replaced in order to provide a more sophisticated * error reporting mechanism. *
void report_fatal_error(String message, Object info) *
This method is called when a fatal error that cannot be recovered from * is encountered. In the default implementation, it calls * report_error() to emit a message, then throws an exception. *
void syntax_error(Symbol cur_token) *
This method is called as soon as syntax error is detected (but * before recovery is attempted). In the default implementation it * invokes: report_error("Syntax error", null); *
void unrecovered_syntax_error(Symbol cur_token) *
This method is called if syntax error recovery fails. In the default * implementation it invokes:
* report_fatal_error("Couldn't repair and continue parse", null); *
* * @see java_cup.runtime.Symbol * @see java_cup.runtime.Symbol * @see java_cup.runtime.virtual_parse_stack * @version last updated: 7/3/96 * @author Frank Flannery */ public abstract class lr_parser { /*-----------------------------------------------------------*/ /*--- Constructor(s) ----------------------------------------*/ /*-----------------------------------------------------------*/ /** * Simple constructor. */ public lr_parser() { } /** * Constructor that sets the default scanner. [CSA/davidm] */ public lr_parser(Scanner s) { this(s,new DefaultSymbolFactory()); // TUM 20060327 old cup v10 Symbols as default } /** * Constructor that sets the default scanner and a SymbolFactory */ public lr_parser(Scanner s, SymbolFactory symfac) { this(); // in case default constructor someday does something symbolFactory = symfac; setScanner(s); } public SymbolFactory symbolFactory;// = new DefaultSymbolFactory(); /** * Whenever creation of a new Symbol is necessary, one should use this factory. */ public SymbolFactory getSymbolFactory(){ return symbolFactory; } /*-----------------------------------------------------------*/ /*--- (Access to) Static (Class) Variables ------------------*/ /*-----------------------------------------------------------*/ /** The default number of Symbols after an error we much match to consider * it recovered from. */ protected final static int _error_sync_size = 3; /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** The number of Symbols after an error we much match to consider it * recovered from. */ protected int error_sync_size() {return _error_sync_size; } /*-----------------------------------------------------------*/ /*--- (Access to) Instance Variables ------------------------*/ /*-----------------------------------------------------------*/ /** Table of production information (supplied by generated subclass). * This table contains one entry per production and is indexed by * the negative-encoded values (reduce actions) in the action_table. * Each entry has two parts, the index of the non-terminal on the * left hand side of the production, and the number of Symbols * on the right hand side. */ public abstract short[][] production_table(); /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** The action table (supplied by generated subclass). This table is * indexed by state and terminal number indicating what action is to * be taken when the parser is in the given state (i.e., the given state * is on top of the stack) and the given terminal is next on the input. * States are indexed using the first dimension, however, the entries for * a given state are compacted and stored in adjacent index, value pairs * which are searched for rather than accessed directly (see get_action()). * The actions stored in the table will be either shifts, reduces, or * errors. Shifts are encoded as positive values (one greater than the * state shifted to). Reduces are encoded as negative values (one less * than the production reduced by). Error entries are denoted by zero. * * @see java_cup.runtime.lr_parser#get_action */ public abstract short[][] action_table(); /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** The reduce-goto table (supplied by generated subclass). This * table is indexed by state and non-terminal number and contains * state numbers. States are indexed using the first dimension, however, * the entries for a given state are compacted and stored in adjacent * index, value pairs which are searched for rather than accessed * directly (see get_reduce()). When a reduce occurs, the handle * (corresponding to the RHS of the matched production) is popped off * the stack. The new top of stack indicates a state. This table is * then indexed by that state and the LHS of the reducing production to * indicate where to "shift" to. * * @see java_cup.runtime.lr_parser#get_reduce */ public abstract short[][] reduce_table(); /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** The index of the start state (supplied by generated subclass). */ public abstract int start_state(); /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** The index of the start production (supplied by generated subclass). */ public abstract int start_production(); /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** The index of the end of file terminal Symbol (supplied by generated * subclass). */ public abstract int EOF_sym(); /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** The index of the special error Symbol (supplied by generated subclass). */ public abstract int error_sym(); /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Internal flag to indicate when parser should quit. */ protected boolean _done_parsing = false; /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** This method is called to indicate that the parser should quit. This is * normally called by an accept action, but can be used to cancel parsing * early in other circumstances if desired. */ public void done_parsing() { _done_parsing = true; } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /* Global parse state shared by parse(), error recovery, and * debugging routines */ /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Indication of the index for top of stack (for use by actions). */ protected int tos; /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** The current lookahead Symbol. */ protected Symbol cur_token; /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** The parse stack itself. */ protected Stack stack = new Stack(); /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Direct reference to the production table. */ protected short[][] production_tab; /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Direct reference to the action table. */ protected short[][] action_tab; /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Direct reference to the reduce-goto table. */ protected short[][] reduce_tab; /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** This is the scanner object used by the default implementation * of scan() to get Symbols. To avoid name conflicts with existing * code, this field is private. [CSA/davidm] */ private Scanner _scanner; /** * Simple accessor method to set the default scanner. */ public void setScanner(Scanner s) { _scanner = s; } /** * Simple accessor method to get the default scanner. */ public Scanner getScanner() { return _scanner; } /*-----------------------------------------------------------*/ /*--- General Methods ---------------------------------------*/ /*-----------------------------------------------------------*/ /** Perform a bit of user supplied action code (supplied by generated * subclass). Actions are indexed by an internal action number assigned * at parser generation time. * * @param act_num the internal index of the action to be performed. * @param parser the parser object we are acting for. * @param stack the parse stack of that object. * @param top the index of the top element of the parse stack. */ public abstract Symbol do_action( int act_num, lr_parser parser, Stack stack, int top) throws java.lang.Exception; /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** User code for initialization inside the parser. Typically this * initializes the scanner. This is called before the parser requests * the first Symbol. Here this is just a placeholder for subclasses that * might need this and we perform no action. This method is normally * overridden by the generated code using this contents of the "init with" * clause as its body. */ public void user_init() throws java.lang.Exception { } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Initialize the action object. This is called before the parser does * any parse actions. This is filled in by generated code to create * an object that encapsulates all action code. */ protected abstract void init_actions() throws java.lang.Exception; /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Get the next Symbol from the input (supplied by generated subclass). * Once end of file has been reached, all subsequent calls to scan * should return an EOF Symbol (which is Symbol number 0). By default * this method returns getScanner().next_token(); this implementation * can be overriden by the generated parser using the code declared in * the "scan with" clause. Do not recycle objects; every call to * scan() should return a fresh object. */ public Symbol scan() throws java.lang.Exception { Symbol sym = getScanner().next_token(); return (sym!=null) ? sym : getSymbolFactory().newSymbol("END_OF_FILE",EOF_sym()); } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Report a fatal error. This method takes a message string and an * additional object (to be used by specializations implemented in * subclasses). Here in the base class a very simple implementation * is provided which reports the error then throws an exception. * * @param message an error message. * @param info an extra object reserved for use by specialized subclasses. */ public void report_fatal_error( String message, Object info) throws java.lang.Exception { /* stop parsing (not really necessary since we throw an exception, but) */ done_parsing(); /* use the normal error message reporting to put out the message */ report_error(message, info); /* throw an exception */ throw new Exception("Can't recover from previous error(s)"); } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Report a non fatal error (or warning). This method takes a message * string and an additional object (to be used by specializations * implemented in subclasses). Here in the base class a very simple * implementation is provided which simply prints the message to * System.err. * * @param message an error message. * @param info an extra object reserved for use by specialized subclasses. */ public void report_error(String message, Object info) { System.err.print(message); System.err.flush(); if (info instanceof Symbol) if (((Symbol)info).left != -1) System.err.println(" at character " + ((Symbol)info).left + " of input"); else System.err.println(""); else System.err.println(""); } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** This method is called when a syntax error has been detected and recovery * is about to be invoked. Here in the base class we just emit a * "Syntax error" error message. * * @param cur_token the current lookahead Symbol. */ public void syntax_error(Symbol cur_token) { report_error("Syntax error", cur_token); } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** This method is called if it is determined that syntax error recovery * has been unsuccessful. Here in the base class we report a fatal error. * * @param cur_token the current lookahead Symbol. */ public void unrecovered_syntax_error(Symbol cur_token) throws java.lang.Exception { report_fatal_error("Couldn't repair and continue parse", cur_token); } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Fetch an action from the action table. The table is broken up into * rows, one per state (rows are indexed directly by state number). * Within each row, a list of index, value pairs are given (as sequential * entries in the table), and the list is terminated by a default entry * (denoted with a Symbol index of -1). To find the proper entry in a row * we do a linear or binary search (depending on the size of the row). * * @param state the state index of the action being accessed. * @param sym the Symbol index of the action being accessed. */ protected final short get_action(int state, int sym) { short tag; int first, last, probe; short[] row = action_tab[state]; /* linear search if we are < 10 entries */ if (row.length < 20) for (probe = 0; probe < row.length; probe++) { /* is this entry labeled with our Symbol or the default? */ tag = row[probe++]; if (tag == sym || tag == -1) { /* return the next entry */ return row[probe]; } } /* otherwise binary search */ else { first = 0; last = (row.length-1)/2 - 1; /* leave out trailing default entry */ while (first <= last) { probe = (first+last)/2; if (sym == row[probe*2]) return row[probe*2+1]; else if (sym > row[probe*2]) first = probe+1; else last = probe-1; } /* not found, use the default at the end */ return row[row.length-1]; } /* shouldn't happened, but if we run off the end we return the default (error == 0) */ return 0; } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Fetch a state from the reduce-goto table. The table is broken up into * rows, one per state (rows are indexed directly by state number). * Within each row, a list of index, value pairs are given (as sequential * entries in the table), and the list is terminated by a default entry * (denoted with a Symbol index of -1). To find the proper entry in a row * we do a linear search. * * @param state the state index of the entry being accessed. * @param sym the Symbol index of the entry being accessed. */ protected final short get_reduce(int state, int sym) { short tag; short[] row = reduce_tab[state]; /* if we have a null row we go with the default */ if (row == null) return -1; for (int probe = 0; probe < row.length; probe++) { /* is this entry labeled with our Symbol or the default? */ tag = row[probe++]; if (tag == sym || tag == -1) { /* return the next entry */ return row[probe]; } } /* if we run off the end we return the default (error == -1) */ return -1; } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** This method provides the main parsing routine. It returns only when * done_parsing() has been called (typically because the parser has * accepted, or a fatal error has been reported). See the header * documentation for the class regarding how shift/reduce parsers operate * and how the various tables are used. */ public Symbol parse() throws java.lang.Exception { /* the current action code */ int act; /* the Symbol/stack element returned by a reduce */ Symbol lhs_sym = null; /* information about production being reduced with */ short handle_size, lhs_sym_num; /* set up direct reference to tables to drive the parser */ production_tab = production_table(); action_tab = action_table(); reduce_tab = reduce_table(); /* initialize the action encapsulation object */ init_actions(); /* do user initialization */ user_init(); /* get the first token */ cur_token = scan(); /* push dummy Symbol with start state to get us underway */ stack.removeAllElements(); stack.push(getSymbolFactory().startSymbol("START", 0, start_state())); tos = 0; /* continue until we are told to stop */ for (_done_parsing = false; !_done_parsing; ) { /* Check current token for freshness. */ if (cur_token.used_by_parser) throw new Error("Symbol recycling detected (fix your scanner)."); /* current state is always on the top of the stack */ /* look up action out of the current state with the current input */ act = get_action(((Symbol)stack.peek()).parse_state, cur_token.sym); /* decode the action -- > 0 encodes shift */ if (act > 0) { /* shift to the encoded state by pushing it on the stack */ cur_token.parse_state = act-1; cur_token.used_by_parser = true; stack.push(cur_token); tos++; /* advance to the next Symbol */ cur_token = scan(); } /* if its less than zero, then it encodes a reduce action */ else if (act < 0) { /* perform the action for the reduce */ lhs_sym = do_action((-act)-1, this, stack, tos); /* look up information about the production */ lhs_sym_num = production_tab[(-act)-1][0]; handle_size = production_tab[(-act)-1][1]; /* pop the handle off the stack */ for (int i = 0; i < handle_size; i++) { stack.pop(); tos--; } /* look up the state to go to from the one popped back to */ act = get_reduce(((Symbol)stack.peek()).parse_state, lhs_sym_num); /* shift to that state */ lhs_sym.parse_state = act; lhs_sym.used_by_parser = true; stack.push(lhs_sym); tos++; } /* finally if the entry is zero, we have an error */ else if (act == 0) { /* call user syntax error reporting routine */ syntax_error(cur_token); /* try to error recover */ if (!error_recovery(false)) { /* if that fails give up with a fatal syntax error */ unrecovered_syntax_error(cur_token); /* just in case that wasn't fatal enough, end parse */ done_parsing(); } else { lhs_sym = (Symbol)stack.peek(); } } } return lhs_sym; } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Write a debugging message to System.err for the debugging version * of the parser. * * @param mess the text of the debugging message. */ public void debug_message(String mess) { System.err.println(mess); } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Dump the parse stack for debugging purposes. */ public void dump_stack() { if (stack == null) { debug_message("# Stack dump requested, but stack is null"); return; } debug_message("============ Parse Stack Dump ============"); /* dump the stack */ for (int i=0; i"); if ((i%3)==2 || (i==(stack.size()-1))) { debug_message(sb.toString()); sb = new StringBuffer(" "); } } } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Perform a parse with debugging output. This does exactly the * same things as parse(), except that it calls debug_shift() and * debug_reduce() when shift and reduce moves are taken by the parser * and produces various other debugging messages. */ public Symbol debug_parse() throws java.lang.Exception { /* the current action code */ int act; /* the Symbol/stack element returned by a reduce */ Symbol lhs_sym = null; /* information about production being reduced with */ short handle_size, lhs_sym_num; /* set up direct reference to tables to drive the parser */ production_tab = production_table(); action_tab = action_table(); reduce_tab = reduce_table(); debug_message("# Initializing parser"); /* initialize the action encapsulation object */ init_actions(); /* do user initialization */ user_init(); /* the current Symbol */ cur_token = scan(); debug_message("# Current Symbol is #" + cur_token.sym); /* push dummy Symbol with start state to get us underway */ stack.removeAllElements(); stack.push(getSymbolFactory().startSymbol("START",0, start_state())); tos = 0; /* continue until we are told to stop */ for (_done_parsing = false; !_done_parsing; ) { /* Check current token for freshness. */ if (cur_token.used_by_parser) throw new Error("Symbol recycling detected (fix your scanner)."); /* current state is always on the top of the stack */ //debug_stack(); /* look up action out of the current state with the current input */ act = get_action(((Symbol)stack.peek()).parse_state, cur_token.sym); /* decode the action -- > 0 encodes shift */ if (act > 0) { /* shift to the encoded state by pushing it on the stack */ cur_token.parse_state = act-1; cur_token.used_by_parser = true; debug_shift(cur_token); stack.push(cur_token); tos++; /* advance to the next Symbol */ cur_token = scan(); debug_message("# Current token is " + cur_token); } /* if its less than zero, then it encodes a reduce action */ else if (act < 0) { /* perform the action for the reduce */ lhs_sym = do_action((-act)-1, this, stack, tos); /* look up information about the production */ lhs_sym_num = production_tab[(-act)-1][0]; handle_size = production_tab[(-act)-1][1]; debug_reduce((-act)-1, lhs_sym_num, handle_size); /* pop the handle off the stack */ for (int i = 0; i < handle_size; i++) { stack.pop(); tos--; } /* look up the state to go to from the one popped back to */ act = get_reduce(((Symbol)stack.peek()).parse_state, lhs_sym_num); debug_message("# Reduce rule: top state " + ((Symbol)stack.peek()).parse_state + ", lhs sym " + lhs_sym_num + " -> state " + act); /* shift to that state */ lhs_sym.parse_state = act; lhs_sym.used_by_parser = true; stack.push(lhs_sym); tos++; debug_message("# Goto state #" + act); } /* finally if the entry is zero, we have an error */ else if (act == 0) { /* call user syntax error reporting routine */ syntax_error(cur_token); /* try to error recover */ if (!error_recovery(true)) { /* if that fails give up with a fatal syntax error */ unrecovered_syntax_error(cur_token); /* just in case that wasn't fatal enough, end parse */ done_parsing(); } else { lhs_sym = (Symbol)stack.peek(); } } } return lhs_sym; } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /* Error recovery code */ /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Attempt to recover from a syntax error. This returns false if recovery * fails, true if it succeeds. Recovery happens in 4 steps. First we * pop the parse stack down to a point at which we have a shift out * of the top-most state on the error Symbol. This represents the * initial error recovery configuration. If no such configuration is * found, then we fail. Next a small number of "lookahead" or "parse * ahead" Symbols are read into a buffer. The size of this buffer is * determined by error_sync_size() and determines how many Symbols beyond * the error must be matched to consider the recovery a success. Next, * we begin to discard Symbols in attempt to get past the point of error * to a point where we can continue parsing. After each Symbol, we attempt * to "parse ahead" though the buffered lookahead Symbols. The "parse ahead" * process simulates that actual parse, but does not modify the real * parser's configuration, nor execute any actions. If we can parse all * the stored Symbols without error, then the recovery is considered a * success. Once a successful recovery point is determined, we do an * actual parse over the stored input -- modifying the real parse * configuration and executing all actions. Finally, we return the the * normal parser to continue with the overall parse. * * @param debug should we produce debugging messages as we parse. */ protected boolean error_recovery(boolean debug) throws java.lang.Exception { if (debug) debug_message("# Attempting error recovery"); /* first pop the stack back into a state that can shift on error and do that shift (if that fails, we fail) */ if (!find_recovery_config(debug)) { if (debug) debug_message("# Error recovery fails"); return false; } /* read ahead to create lookahead we can parse multiple times */ read_lookahead(); /* repeatedly try to parse forward until we make it the required dist */ for (;;) { /* try to parse forward, if it makes it, bail out of loop */ if (debug) debug_message("# Trying to parse ahead"); if (try_parse_ahead(debug)) { break; } /* if we are now at EOF, we have failed */ if (lookahead[0].sym == EOF_sym()) { if (debug) debug_message("# Error recovery fails at EOF"); return false; } /* otherwise, we consume another Symbol and try again */ // BUG FIX by Bruce Hutton // Computer Science Department, University of Auckland, // Auckland, New Zealand. // It is the first token that is being consumed, not the one // we were up to parsing if (debug) debug_message("# Consuming Symbol #" + lookahead[ 0 ].sym); restart_lookahead(); } /* we have consumed to a point where we can parse forward */ if (debug) debug_message("# Parse-ahead ok, going back to normal parse"); /* do the real parse (including actions) across the lookahead */ parse_lookahead(debug); /* we have success */ return true; } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Determine if we can shift under the special error Symbol out of the * state currently on the top of the (real) parse stack. */ protected boolean shift_under_error() { /* is there a shift under error Symbol */ return get_action(((Symbol)stack.peek()).parse_state, error_sym()) > 0; } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Put the (real) parse stack into error recovery configuration by * popping the stack down to a state that can shift on the special * error Symbol, then doing the shift. If no suitable state exists on * the stack we return false * * @param debug should we produce debugging messages as we parse. */ protected boolean find_recovery_config(boolean debug) { Symbol error_token; int act; if (debug) debug_message("# Finding recovery state on stack"); /* Remember the right-position of the top symbol on the stack */ Symbol right = ((Symbol)stack.peek());// TUM 20060327 removed .right Symbol left = right;// TUM 20060327 removed .left /* pop down until we can shift under error Symbol */ while (!shift_under_error()) { /* pop the stack */ if (debug) debug_message("# Pop stack by one, state was # " + ((Symbol)stack.peek()).parse_state); left = ((Symbol)stack.pop()); // TUM 20060327 removed .left tos--; /* if we have hit bottom, we fail */ if (stack.empty()) { if (debug) debug_message("# No recovery state found on stack"); return false; } } /* state on top of the stack can shift under error, find the shift */ act = get_action(((Symbol)stack.peek()).parse_state, error_sym()); if (debug) { debug_message("# Recover state found (#" + ((Symbol)stack.peek()).parse_state + ")"); debug_message("# Shifting on error to state #" + (act-1)); } /* build and shift a special error Symbol */ error_token = getSymbolFactory().newSymbol("ERROR",error_sym(), left, right); error_token.parse_state = act-1; error_token.used_by_parser = true; stack.push(error_token); tos++; return true; } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Lookahead Symbols used for attempting error recovery "parse aheads". */ protected Symbol lookahead[]; /** Position in lookahead input buffer used for "parse ahead". */ protected int lookahead_pos; /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Read from input to establish our buffer of "parse ahead" lookahead * Symbols. */ protected void read_lookahead() throws java.lang.Exception { /* create the lookahead array */ lookahead = new Symbol[error_sync_size()]; /* fill in the array */ for (int i = 0; i < error_sync_size(); i++) { lookahead[i] = cur_token; cur_token = scan(); } /* start at the beginning */ lookahead_pos = 0; } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Return the current lookahead in our error "parse ahead" buffer. */ protected Symbol cur_err_token() { return lookahead[lookahead_pos]; } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Advance to next "parse ahead" input Symbol. Return true if we have * input to advance to, false otherwise. */ protected boolean advance_lookahead() { /* advance the input location */ lookahead_pos++; /* return true if we didn't go off the end */ return lookahead_pos < error_sync_size(); } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Reset the parse ahead input to one Symbol past where we started error * recovery (this consumes one new Symbol from the real input). */ protected void restart_lookahead() throws java.lang.Exception { /* move all the existing input over */ for (int i = 1; i < error_sync_size(); i++) lookahead[i-1] = lookahead[i]; /* read a new Symbol into the last spot */ // BUG Fix by Bruce Hutton // Computer Science Department, University of Auckland, // Auckland, New Zealand. [applied 5-sep-1999 by csa] // The following two lines were out of order!! lookahead[error_sync_size()-1] = cur_token; cur_token = scan(); /* reset our internal position marker */ lookahead_pos = 0; } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Do a simulated parse forward (a "parse ahead") from the current * stack configuration using stored lookahead input and a virtual parse * stack. Return true if we make it all the way through the stored * lookahead input without error. This basically simulates the action of * parse() using only our saved "parse ahead" input, and not executing any * actions. * * @param debug should we produce debugging messages as we parse. */ protected boolean try_parse_ahead(boolean debug) throws java.lang.Exception { int act; short lhs, rhs_size; /* create a virtual stack from the real parse stack */ virtual_parse_stack vstack = new virtual_parse_stack(stack); /* parse until we fail or get past the lookahead input */ for (;;) { /* look up the action from the current state (on top of stack) */ act = get_action(vstack.top(), cur_err_token().sym); /* if its an error, we fail */ if (act == 0) return false; /* > 0 encodes a shift */ if (act > 0) { /* push the new state on the stack */ vstack.push(act-1); if (debug) debug_message("# Parse-ahead shifts Symbol #" + cur_err_token().sym + " into state #" + (act-1)); /* advance simulated input, if we run off the end, we are done */ if (!advance_lookahead()) return true; } /* < 0 encodes a reduce */ else { /* if this is a reduce with the start production we are done */ if ((-act)-1 == start_production()) { if (debug) debug_message("# Parse-ahead accepts"); return true; } /* get the lhs Symbol and the rhs size */ lhs = production_tab[(-act)-1][0]; rhs_size = production_tab[(-act)-1][1]; /* pop handle off the stack */ for (int i = 0; i < rhs_size; i++) vstack.pop(); if (debug) debug_message("# Parse-ahead reduces: handle size = " + rhs_size + " lhs = #" + lhs + " from state #" + vstack.top()); /* look up goto and push it onto the stack */ vstack.push(get_reduce(vstack.top(), lhs)); if (debug) debug_message("# Goto state #" + vstack.top()); } } } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Parse forward using stored lookahead Symbols. In this case we have * already verified that parsing will make it through the stored lookahead * Symbols and we are now getting back to the point at which we can hand * control back to the normal parser. Consequently, this version of the * parser performs all actions and modifies the real parse configuration. * This returns once we have consumed all the stored input or we accept. * * @param debug should we produce debugging messages as we parse. */ protected void parse_lookahead(boolean debug) throws java.lang.Exception { /* the current action code */ int act; /* the Symbol/stack element returned by a reduce */ Symbol lhs_sym = null; /* information about production being reduced with */ short handle_size, lhs_sym_num; /* restart the saved input at the beginning */ lookahead_pos = 0; if (debug) { debug_message("# Reparsing saved input with actions"); debug_message("# Current Symbol is #" + cur_err_token().sym); debug_message("# Current state is #" + ((Symbol)stack.peek()).parse_state); } /* continue until we accept or have read all lookahead input */ while(!_done_parsing) { /* current state is always on the top of the stack */ /* look up action out of the current state with the current input */ act = get_action(((Symbol)stack.peek()).parse_state, cur_err_token().sym); /* decode the action -- > 0 encodes shift */ if (act > 0) { /* shift to the encoded state by pushing it on the stack */ cur_err_token().parse_state = act-1; cur_err_token().used_by_parser = true; if (debug) debug_shift(cur_err_token()); stack.push(cur_err_token()); tos++; /* advance to the next Symbol, if there is none, we are done */ if (!advance_lookahead()) { if (debug) debug_message("# Completed reparse"); /* scan next Symbol so we can continue parse */ // BUGFIX by Chris Harris : // correct a one-off error by commenting out // this next line. /*cur_token = scan();*/ /* go back to normal parser */ return; } if (debug) debug_message("# Current Symbol is #" + cur_err_token().sym); } /* if its less than zero, then it encodes a reduce action */ else if (act < 0) { /* perform the action for the reduce */ lhs_sym = do_action((-act)-1, this, stack, tos); /* look up information about the production */ lhs_sym_num = production_tab[(-act)-1][0]; handle_size = production_tab[(-act)-1][1]; if (debug) debug_reduce((-act)-1, lhs_sym_num, handle_size); /* pop the handle off the stack */ for (int i = 0; i < handle_size; i++) { stack.pop(); tos--; } /* look up the state to go to from the one popped back to */ act = get_reduce(((Symbol)stack.peek()).parse_state, lhs_sym_num); /* shift to that state */ lhs_sym.parse_state = act; lhs_sym.used_by_parser = true; stack.push(lhs_sym); tos++; if (debug) debug_message("# Goto state #" + act); } /* finally if the entry is zero, we have an error (shouldn't happen here, but...)*/ else if (act == 0) { report_fatal_error("Syntax error", lhs_sym); return; } } } /*-----------------------------------------------------------*/ /** Utility function: unpacks parse tables from strings */ protected static short[][] unpackFromStrings(String[] sa) { // Concatanate initialization strings. StringBuffer sb = new StringBuffer(sa[0]); for (int i=1; ilr_parser.scan(). Integration * of scanners implementing Scanner is facilitated. * * @version last updated 23-Jul-1999 * @author David MacMahon */ /* ************************************************* Interface Scanner Declares the next_token() method that should be implemented by scanners. This method is typically called by lr_parser.scan(). End-of-file can be indicated either by returning new Symbol(lr_parser.EOF_sym()) or null. ***************************************************/ public interface Scanner { /** Return the next token, or null on end-of-file. */ public Symbol next_token() throws java.lang.Exception; } jflex-1.4.3/src/java_cup/runtime/Symbol.java0000644000175000017500000000611511017215650017504 0ustar moonmoonpackage java_cup.runtime; /** * Defines the Symbol class, which is used to represent all terminals * and nonterminals while parsing. The lexer should pass CUP Symbols * and CUP returns a Symbol. * * @version last updated: 7/3/96 * @author Frank Flannery */ /* **************************************************************** Class Symbol what the parser expects to receive from the lexer. the token is identified as follows: sym: the symbol type parse_state: the parse state. value: is the lexical value of type Object left : is the left position in the original input file right: is the right position in the original input file xleft: is the left position Object in the original input file xright: is the left position Object in the original input file ******************************************************************/ public class Symbol { // TUM 20060327: Added new Constructor to provide more flexible way // for location handling /******************************* *******************************/ public Symbol(int id, Symbol left, Symbol right, Object o){ this(id,left.left,right.right,o); } public Symbol(int id, Symbol left, Symbol right){ this(id,left.left,right.right); } /******************************* Constructor for l,r values *******************************/ public Symbol(int id, int l, int r, Object o) { this(id); left = l; right = r; value = o; } /******************************* Constructor for no l,r values ********************************/ public Symbol(int id, Object o) { this(id, -1, -1, o); } /***************************** Constructor for no value ***************************/ public Symbol(int id, int l, int r) { this(id, l, r, null); } /*********************************** Constructor for no value or l,r ***********************************/ public Symbol(int sym_num) { this(sym_num, -1); left = -1; right = -1; } /*********************************** Constructor to give a start state ***********************************/ Symbol(int sym_num, int state) { sym = sym_num; parse_state = state; } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** The symbol number of the terminal or non terminal being represented */ public int sym; /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** The parse state to be recorded on the parse stack with this symbol. * This field is for the convenience of the parser and shouldn't be * modified except by the parser. */ public int parse_state; /** This allows us to catch some errors caused by scanners recycling * symbols. For the use of the parser only. [CSA, 23-Jul-1999] */ boolean used_by_parser = false; /******************************* The data passed to parser *******************************/ public int left, right; public Object value; /***************************** Printing this token out. (Override for pretty-print). ****************************/ public String toString() { return "#"+sym; } } jflex-1.4.3/src/java_cup/runtime/SymbolFactory.java0000644000175000017500000000207211017215650021032 0ustar moonmoonpackage java_cup.runtime; /** * Creates the Symbols interface, which CUP uses as default * * @version last updated 27-03-2006 * @author Michael Petter */ /* ************************************************* Interface SymbolFactory interface for creating new symbols You can also use this interface for your own callback hooks Declare Your own factory methods for creation of Objects in Your scanner! ***************************************************/ public interface SymbolFactory { // Factory methods /** * Construction with left/right propagation switched on */ public Symbol newSymbol(String name, int id, Symbol left, Symbol right, Object value); public Symbol newSymbol(String name, int id, Symbol left, Symbol right); /** * Construction with left/right propagation switched off */ public Symbol newSymbol(String name, int id, Object value); public Symbol newSymbol(String name, int id); /** * Construction of start symbol */ public Symbol startSymbol(String name, int id, int state); } jflex-1.4.3/src/java_cup/runtime/virtual_parse_stack.java0000644000175000017500000001157707606571215022327 0ustar moonmoon package java_cup.runtime; import java.util.Stack; /** This class implements a temporary or "virtual" parse stack that * replaces the top portion of the actual parse stack (the part that * has been changed by some set of operations) while maintaining its * original contents. This data structure is used when the parse needs * to "parse ahead" to determine if a given error recovery attempt will * allow the parse to continue far enough to consider it successful. Once * success or failure of parse ahead is determined the system then * reverts to the original parse stack (which has not actually been * modified). Since parse ahead does not execute actions, only parse * state is maintained on the virtual stack, not full Symbol objects. * * @see java_cup.runtime.lr_parser * @version last updated: 7/3/96 * @author Frank Flannery */ public class virtual_parse_stack { /*-----------------------------------------------------------*/ /*--- Constructor(s) ----------------------------------------*/ /*-----------------------------------------------------------*/ /** Constructor to build a virtual stack out of a real stack. */ public virtual_parse_stack(Stack shadowing_stack) throws java.lang.Exception { /* sanity check */ if (shadowing_stack == null) throw new Exception( "Internal parser error: attempt to create null virtual stack"); /* set up our internals */ real_stack = shadowing_stack; vstack = new Stack(); real_next = 0; /* get one element onto the virtual portion of the stack */ get_from_real(); } /*-----------------------------------------------------------*/ /*--- (Access to) Instance Variables ------------------------*/ /*-----------------------------------------------------------*/ /** The real stack that we shadow. This is accessed when we move off * the bottom of the virtual portion of the stack, but is always left * unmodified. */ protected Stack real_stack; /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Top of stack indicator for where we leave off in the real stack. * This is measured from top of stack, so 0 would indicate that no * elements have been "moved" from the real to virtual stack. */ protected int real_next; /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** The virtual top portion of the stack. This stack contains Integer * objects with state numbers. This stack shadows the top portion * of the real stack within the area that has been modified (via operations * on the virtual stack). When this portion of the stack becomes empty we * transfer elements from the underlying stack onto this stack. */ protected Stack vstack; /*-----------------------------------------------------------*/ /*--- General Methods ---------------------------------------*/ /*-----------------------------------------------------------*/ /** Transfer an element from the real to the virtual stack. This assumes * that the virtual stack is currently empty. */ protected void get_from_real() { Symbol stack_sym; /* don't transfer if the real stack is empty */ if (real_next >= real_stack.size()) return; /* get a copy of the first Symbol we have not transfered */ stack_sym = (Symbol)real_stack.elementAt(real_stack.size()-1-real_next); /* record the transfer */ real_next++; /* put the state number from the Symbol onto the virtual stack */ vstack.push(new Integer(stack_sym.parse_state)); } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Indicate whether the stack is empty. */ public boolean empty() { /* if vstack is empty then we were unable to transfer onto it and the whole thing is empty. */ return vstack.empty(); } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Return value on the top of the stack (without popping it). */ public int top() throws java.lang.Exception { if (vstack.empty()) throw new Exception( "Internal parser error: top() called on empty virtual stack"); return ((Integer)vstack.peek()).intValue(); } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Pop the stack. */ public void pop() throws java.lang.Exception { if (vstack.empty()) throw new Exception( "Internal parser error: pop from empty virtual stack"); /* pop it */ vstack.pop(); /* if we are now empty transfer an element (if there is one) */ if (vstack.empty()) get_from_real(); } /*. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .*/ /** Push a state number onto the stack. */ public void push(int state_num) { vstack.push(new Integer(state_num)); } /*-----------------------------------------------------------*/ } jflex-1.4.3/src/JFlex/0000755000175000017500000000000011141044633013125 5ustar moonmoonjflex-1.4.3/src/JFlex/Action.java0000644000175000017500000001716611141010522015206 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * Encapsulates an action in the specification. * * It stores the Java code as String together with a priority (line number in the specification). * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ final public class Action { /** A normal action */ public final static int NORMAL = 0; /** Action of a lookahead expression r1/r2 with fixed length r1 */ public final static int FIXED_BASE = 1; /** Action of a lookahead expression r1/r2 with fixed length r2 */ public final static int FIXED_LOOK = 2; /** Action of a lookahead expression r1/r2 with a finite choice of * fixed lengths in r2 */ public final static int FINITE_CHOICE = 3; /** Action of a general lookahead expression */ public final static int GENERAL_LOOK = 4; /** Action of the 2nd forward pass for lookahead */ public final static int FORWARD_ACTION = 5; /** Action of the backward pass for lookahead */ public final static int BACKWARD_ACTION = 6; /** * The Java code this Action represents */ String content; /** * The priority (i.e. line number in the specification) of this Action. */ int priority; /** * Which kind of action this is. * (normal, a/b with fixed length a, fixed length b, etc) */ private int kind = NORMAL; /** The length of the lookahead (if fixed) */ private int len; /** The entry state of the corresponding forward DFA (if general lookahead) */ private int entryState; /** * Creates a new Action object with specified content and line number. * * @param content java code * @param priority line number */ public Action(String content, int priority) { this.content = content.trim(); this.priority = priority; } /** * Creates a new Action object of the specified kind. Only * accepts FORWARD_ACTION or BACKWARD_ACTION. * * @param kind the kind of action * * @see #FORWARD_ACTION * @see #BACKWARD_ACTION */ public Action(int kind) { if (kind != FORWARD_ACTION && kind != BACKWARD_ACTION) throw new GeneratorException(); this.content = ""; this.priority = Integer.MAX_VALUE; this.kind = kind; } /** * Compares the priority value of this Action with the specified action. * * @param other the other Action to compare this Action with. * * @return this Action if it has higher priority - the specified one, if not. */ public Action getHigherPriority(Action other) { if (other == null) return this; // the smaller the number the higher the priority if (other.priority > this.priority) return this; else return other; } /** * Returns the String representation of this object. * * @return string representation of the action */ public String toString() { return "Action (priority "+priority+", lookahead "+kind+") :" + Out.NL+content; //$NON-NLS-1$ //$NON-NLS-2$ //$NON-NLS-3$ } /** * Returns true iff the parameter is an * Action with the same content as this one. * * @param a the object to compare this Action with * @return true if the action strings are equal */ public boolean isEquiv(Action a) { return this == a || (this.content.equals(a.content) && this.kind == a.kind && this.len == a.len && this.entryState == a.entryState); } /** * Calculate hash value. * * @return a hash value for this Action */ public int hashCode() { return content.hashCode(); } /** * Test for equality to another object. * * This action equals another object if the other * object is an equivalent action. * * @param o the other object. * * @see Action#isEquiv(Action) */ public boolean equals(Object o) { if (o instanceof Action) return isEquiv((Action) o); else return false; } /** * Return true iff this is action belongs to a general lookahead rule. * * @return true if this actions belongs to a general lookahead rule. */ public boolean isGenLookAction() { return kind == GENERAL_LOOK; } /** * Return true if code for this is action should be emitted, false * if it is a BACK/FORWARD lookahead action. * * @return true if code should be emitted for this action. */ public boolean isEmittable() { return kind != BACKWARD_ACTION && kind != FORWARD_ACTION; } /** * Return kind of lookahead. */ public int lookAhead() { return kind; } /** * Sets the lookahead kind and data for this action * * @param kind which kind of lookahead it is * @param data the length for fixed length look aheads. * */ public void setLookAction(int kind, int data) { this.kind = kind; this.len = data; } /** * The length of the lookahead or base if this is a fixed length * lookahead action. */ public int getLookLength() { return len; } /** * Return the corresponding entry state for the forward DFA (if this * is a general lookahead expression) * * @return the forward DFA entry state (+1 is the backward DFA) */ public int getEntryState() { return entryState; } /** * Set the corresponding entry state for the forward DFA of this action * (if this is a general lookahead expression) * * @param the entry state for the forward DFA of this action */ public void setEntryState(int entryState) { this.entryState = entryState; } public Action copyChoice(int length) { Action a = new Action(this.content, this.priority); a.setLookAction(FINITE_CHOICE, length); return a; } /** * String representation of the lookahead kind of this action. * * @return the string representation */ public String lookString() { switch (kind) { case NORMAL: return ""; case BACKWARD_ACTION: return "LOOK_BACK"; case FIXED_BASE: return "FIXED_BASE"; case FIXED_LOOK: return "FIXED_LOOK"; case FINITE_CHOICE: return "FINITE_CHOICE"; case FORWARD_ACTION: return "LOOK_FORWARD"; case GENERAL_LOOK: return "LOOK_ACTION"; default: return "unknown lookahead type"; } } } jflex-1.4.3/src/JFlex/anttask/0000755000175000017500000000000011141044617014574 5ustar moonmoonjflex-1.4.3/src/JFlex/anttask/JFlexTask.java0000644000175000017500000001576411141010522017273 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex Anttask * * Copyright (C) 2001 Rafal Mantiuk * * Copyright (C) 2003 changes by Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.anttask; import org.apache.tools.ant.Task; import org.apache.tools.ant.BuildException; import JFlex.Main; import JFlex.Options; import java.io.*; /** * JFlex task class * * @author Rafal Mantiuk * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class JFlexTask extends Task { private File inputFile; // found out by looking into .flex file private String className = null; private String packageName = null; /** for javac-like dest dir behaviour */ private File destinationDir; /** the actual output directory (outputDir = destinationDir + package)) */ private File outputDir = null; public JFlexTask() { // ant default is different from the rest of JFlex setVerbose(false); Options.progress = false; } public void execute() throws BuildException { try { if (inputFile == null) throw new BuildException("Input file needed. Use "); if (!inputFile.canRead()) throw new BuildException("Cannot read input file "+inputFile); try { findPackageAndClass(); normalizeOutdir(); File destFile = new File(outputDir, className + ".java"); if (inputFile.lastModified() > destFile.lastModified()) { Main.generate(inputFile); if (!Options.verbose) System.out.println("Generated: " + destFile.getName()); } } catch (IOException e1) { throw new BuildException("IOException: " + e1.toString()); } } catch (JFlex.GeneratorException e) { throw new BuildException("JFlex: generation failed!"); } } /** * Peek into .flex file to get package and class name * * @throws IOException if there is a problem reading the .flex file */ public void findPackageAndClass() throws IOException { // find name of the package and class in jflex source file packageName = null; className = null; LineNumberReader reader = new LineNumberReader(new FileReader(inputFile)); while (className == null || packageName == null) { String line = reader.readLine(); if (line == null) break; if (packageName == null) { int index = line.indexOf("package"); if (index >= 0) { index += 7; int end = line.indexOf(';', index); if (end >= index) { packageName = line.substring(index, end); packageName = packageName.trim(); } } } if (className == null) { int index = line.indexOf("%class"); if (index >= 0) { index += 6; className = line.substring(index); className = className.trim(); } } } // package name may be null, but class name not if (className == null) className = "Yylex"; } /** * Sets the actual output directory if not already set. * * Uses javac logic to determine output dir = dest dir + package name * If not destdir has been set, output dir = parent of input file * * Assumes that package name is already set. */ public void normalizeOutdir() { if (outputDir != null) return; // find out what the destination directory is. Append packageName to dest dir. File destDir; // this is not the default the jflex logic, but javac-like if (destinationDir != null) { if (packageName == null) { destDir = destinationDir; } else { String path = packageName.replace('.', File.separatorChar); destDir = new File(destinationDir,path); } } else { //save parser to the same dir as .flex destDir = new File(inputFile.getParent()); } setOutdir(destDir); } /** * @return package name of input file * * @see JFlexTask.findPackageAndClass */ public String getPackage() { return packageName; } /** * @return class name of input file * * @see JFlexTask.findPackageAndClass */ public String getClassName() { return className; } public void setDestdir(File destinationDir) { this.destinationDir = destinationDir; } public void setOutdir(File outDir) { this.outputDir = outDir; Options.setDir(outputDir); } public void setFile(File file) { this.inputFile = file; } public void setGenerateDot(boolean genDot) { setDot(genDot); } public void setTimeStatistics(boolean displayTime) { Options.time = displayTime; } public void setTime(boolean displayTime) { setTimeStatistics(displayTime); } public void setVerbose(boolean verbose) { Options.verbose = verbose; } public void setSkeleton(File skeleton) { Options.setSkeleton(skeleton); } public void setSkel(File skeleton) { setSkeleton(skeleton); } public void setSkipMinimization(boolean skipMin) { setNomin(skipMin); } public void setNomin(boolean b) { Options.no_minimize = b; } public void setNobak(boolean b) { Options.no_backup = b; } public void setSwitch(boolean b) { if (b) { Options.gen_method = Options.SWITCH; } else { Options.gen_method = Options.PACK; } } public void setTable(boolean b) { if (b) { Options.gen_method = Options.TABLE; } else { Options.gen_method = Options.PACK; } } public void setPack(boolean b) { if (b) { Options.gen_method = Options.PACK; } else { Options.gen_method = Options.SWITCH; } } public void setDot(boolean b) { Options.dot = b; } public void setDump(boolean b) { Options.dump = b; } public void setJLex(boolean b) { Options.jlex = b; } } jflex-1.4.3/src/JFlex/CharClasses.java0000644000175000017500000002673111141010522016162 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.util.*; /** * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class CharClasses { /** debug flag (for char classes only) */ private static final boolean DEBUG = false; /** the largest character that can be used in char classes */ public static final char maxChar = '\uFFFF'; /** the char classes */ private Vector /* of IntCharSet */ classes; /** the largest character actually used in a specification */ private char maxCharUsed; /** * Constructs a new CharClass object that provides space for * classes of characters from 0 to maxCharCode. * * Initially all characters are in class 0. * * @param maxCharCode the last character code to be * considered. (127 for 7bit Lexers, * 255 for 8bit Lexers and 0xFFFF * for Unicode Lexers). */ public CharClasses(int maxCharCode) { if (maxCharCode < 0 || maxCharCode > 0xFFFF) throw new IllegalArgumentException(); maxCharUsed = (char) maxCharCode; classes = new Vector(); classes.addElement(new IntCharSet(new Interval((char) 0, maxChar))); } /** * Returns the greatest Unicode value of the current input character set. */ public char getMaxCharCode() { return maxCharUsed; } /** * Sets the largest Unicode value of the current input character set. * * @param charCode the largest character code, used for the scanner * (i.e. %7bit, %8bit, %16bit etc.) */ public void setMaxCharCode(int charCode) { if (charCode < 0 || charCode > 0xFFFF) throw new IllegalArgumentException(); maxCharUsed = (char) charCode; } /** * Returns the current number of character classes. */ public int getNumClasses() { return classes.size(); } /** * Updates the current partition, so that the specified set of characters * gets a new character class. * * Characters that are elements of set are not in the same * equivalence class with characters that are not elements of set. * * @param set the set of characters to distinguish from the rest * @param caseless if true upper/lower/title case are considered equivalent */ public void makeClass(IntCharSet set, boolean caseless) { if (caseless) set = set.getCaseless(); if ( DEBUG ) { Out.dump("makeClass("+set+")"); dump(); } int oldSize = classes.size(); for (int i = 0; i < oldSize; i++) { IntCharSet x = (IntCharSet) classes.elementAt(i); if (x.equals(set)) return; IntCharSet and = x.and(set); if ( and.containsElements() ) { if ( x.equals(and) ) { set.sub(and); continue; } else if ( set.equals(and) ) { x.sub(and); classes.addElement(and); if (DEBUG) { Out.dump("makeClass(..) finished"); dump(); } return; } set.sub(and); x.sub(and); classes.addElement(and); } } if (DEBUG) { Out.dump("makeClass(..) finished"); dump(); } } /** * Returns the code of the character class the specified character belongs to. */ public int getClassCode(char letter) { int i = -1; while (true) { IntCharSet x = (IntCharSet) classes.elementAt(++i); if ( x.contains(letter) ) return i; } } /** * Dump charclasses to the dump output stream */ public void dump() { Out.dump(toString()); } /** * Return a string representation of one char class * * @param theClass the index of the class to */ public String toString(int theClass) { return classes.elementAt(theClass).toString(); } /** * Return a string representation of the char classes * stored in this class. * * Enumerates the classes by index. */ public String toString() { StringBuffer result = new StringBuffer("CharClasses:"); result.append(Out.NL); for (int i = 0; i < classes.size(); i++) result.append("class "+i+":"+Out.NL+classes.elementAt(i)+Out.NL); return result.toString(); } /** * Creates a new character class for the single character singleChar. * * @param caseless if true upper/lower/title case are considered equivalent */ public void makeClass(char singleChar, boolean caseless) { makeClass(new IntCharSet(singleChar), caseless); } /** * Creates a new character class for each character of the specified String. * * @param caseless if true upper/lower/title case are considered equivalent */ public void makeClass(String str, boolean caseless) { for (int i = 0; i < str.length(); i++) makeClass(str.charAt(i), caseless); } /** * Updates the current partition, so that the specified set of characters * gets a new character class. * * Characters that are elements of the set v are not in the same * equivalence class with characters that are not elements of the set v. * * @param v a Vector of Interval objects. * This Vector represents a set of characters. The set of characters is * the union of all intervals in the Vector. * * @param caseless if true upper/lower/title case are considered equivalent */ public void makeClass(Vector /* Interval */ v, boolean caseless) { makeClass(new IntCharSet(v), caseless); } /** * Updates the current partition, so that the set of all characters not contained in the specified * set of characters gets a new character class. * * Characters that are elements of the set v are not in the same * equivalence class with characters that are not elements of the set v. * * This method is equivalent to makeClass(v) * * @param v a Vector of Interval objects. * This Vector represents a set of characters. The set of characters is * the union of all intervals in the Vector. * * @param caseless if true upper/lower/title case are considered equivalent */ public void makeClassNot(Vector v, boolean caseless) { makeClass(new IntCharSet(v), caseless); } /** * Returns an array that contains the character class codes of all characters * in the specified set of input characters. */ private int [] getClassCodes(IntCharSet set, boolean negate) { if (DEBUG) { Out.dump("getting class codes for "+set); if (negate) Out.dump("[negated]"); } int size = classes.size(); // [fixme: optimize] int temp [] = new int [size]; int length = 0; for (int i = 0; i < size; i++) { IntCharSet x = (IntCharSet) classes.elementAt(i); if ( negate ) { if ( !set.and(x).containsElements() ) { temp[length++] = i; if (DEBUG) Out.dump("code "+i); } } else { if ( set.and(x).containsElements() ) { temp[length++] = i; if (DEBUG) Out.dump("code "+i); } } } int result [] = new int [length]; System.arraycopy(temp, 0, result, 0, length); return result; } /** * Returns an array that contains the character class codes of all characters * in the specified set of input characters. * * @param intervallVec a Vector of Intervals, the set of characters to get * the class codes for * * @return an array with the class codes for intervallVec */ public int [] getClassCodes(Vector /* Interval */ intervallVec) { return getClassCodes(new IntCharSet(intervallVec), false); } /** * Returns an array that contains the character class codes of all characters * that are not in the specified set of input characters. * * @param intervallVec a Vector of Intervals, the complement of the * set of characters to get the class codes for * * @return an array with the class codes for the complement of intervallVec */ public int [] getNotClassCodes(Vector /* Interval */ intervallVec) { return getClassCodes(new IntCharSet(intervallVec), true); } /** * Check consistency of the stored classes [debug]. * * all classes must be disjoint, checks if all characters * have a class assigned. */ public void check() { for (int i = 0; i < classes.size(); i++) for (int j = i+1; j < classes.size(); j++) { IntCharSet x = (IntCharSet) classes.elementAt(i); IntCharSet y = (IntCharSet) classes.elementAt(j); if ( x.and(y).containsElements() ) { System.out.println("Error: non disjoint char classes "+i+" and "+j); System.out.println("class "+i+": "+x); System.out.println("class "+j+": "+y); } } // check if each character has a classcode // (= if getClassCode terminates) for (char c = 0; c < maxChar; c++) { getClassCode(c); if (c % 100 == 0) System.out.print("."); } getClassCode(maxChar); } /** * Returns an array of all CharClassIntervalls in this * char class collection. * * The array is ordered by char code, i.e. * result[i+1].start = result[i].end+1 * * Each CharClassInterval contains the number of the * char class it belongs to. */ public CharClassInterval [] getIntervals() { int i, c; int size = classes.size(); int numIntervalls = 0; for (i = 0; i < size; i++) numIntervalls+= ((IntCharSet) classes.elementAt(i)).numIntervalls(); CharClassInterval [] result = new CharClassInterval[numIntervalls]; i = 0; c = 0; while (i < numIntervalls) { int code = getClassCode((char) c); IntCharSet set = (IntCharSet) classes.elementAt(code); Interval iv = set.getNext(); result[i++] = new CharClassInterval(iv.start, iv.end, code); c = iv.end+1; } return result; } } jflex-1.4.3/src/JFlex/CharClassException.java0000644000175000017500000000400111141010522017473 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * This Exception is used in class CharClasses. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class CharClassException extends RuntimeException { /** * Creates a new CharClassException without message */ public CharClassException() { } /** * Creates a new CharClassException with the specified message * * @param message the error description presented to the user. */ public CharClassException(String message) { super(message); } } jflex-1.4.3/src/JFlex/CharClassInterval.java0000644000175000017500000000553311141010522017334 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * Stores an interval of characters together with the character class * * A character belongs to an interval, if its Unicode value is greater than or equal * to the Unicode value of start and smaller than or euqal to the Unicode * value of end. * * All characters of the interval must belong to the same character class. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class CharClassInterval { /** * The first character of the interval */ int start; /** * The last character of the interval */ int end; /** * The code of the class all characters of this interval belong to. */ int charClass; /** * Creates a new CharClassInterval from start to end * that belongs to character class charClass. * * @param start The first character of the interval * @param end The last character of the interval * @param charClass The code of the class all characters of this interval belong to. */ public CharClassInterval(int start, int end, int charClass) { this.start = start; this.end = end; this.charClass = charClass; } /** * returns string representation of this class interval */ public String toString() { return "["+start+"-"+end+"="+charClass+"]"; } } jflex-1.4.3/src/JFlex/CharSet.java0000644000175000017500000000640011141010522015307 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public final class CharSet { final static int BITS = 6; // the number of bits to shift (2^6 = 64) final static int MOD = (1<> BITS)+1]; add(character); } public void add(int character) { resize(character); if ( (bits[character >> BITS] & (1L << (character & MOD))) == 0) numElements++; bits[character >> BITS] |= (1L << (character & MOD)); } private int nbits2size (int nbits) { return ((nbits >> BITS) + 1); } private void resize(int nbits) { int needed = nbits2size(nbits); if (needed < bits.length) return; long newbits[] = new long[Math.max(bits.length*2,needed)]; System.arraycopy(bits, 0, newbits, 0, bits.length); bits = newbits; } public boolean isElement(int character) { int index = character >> BITS; if (index >= bits.length) return false; return (bits[index] & (1L << (character & MOD))) != 0; } public CharSetEnumerator characters() { return new CharSetEnumerator(this); } public boolean containsElements() { return numElements > 0; } public int size() { return numElements; } public String toString() { CharSetEnumerator set = characters(); StringBuffer result = new StringBuffer("{"); if ( set.hasMoreElements() ) result.append(""+set.nextElement()); while ( set.hasMoreElements() ) { int i = set.nextElement(); result.append( ", "+i); } result.append("}"); return result.toString(); } } jflex-1.4.3/src/JFlex/CharSetEnumerator.java0000644000175000017500000000547611141010522017365 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * Enumerator for the elements of a CharSet. * * Does not implement java.util.Enumeration, but supports the same protocol. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ final public class CharSetEnumerator { private int index; private int offset; private long mask = 1; private CharSet set; public CharSetEnumerator(CharSet characters) { set = characters; while (index < set.bits.length && set.bits[index] == 0) index++; if (index >= set.bits.length) return; while (offset <= CharSet.MOD && ((set.bits[index] & mask) == 0)) { mask<<= 1; offset++; } } private void advance() { do { offset++; mask<<= 1; } while (offset <= CharSet.MOD && ((set.bits[index] & mask) == 0)); if (offset > CharSet.MOD) { do index++; while (index < set.bits.length && set.bits[index] == 0); if (index >= set.bits.length) return; offset = 0; mask = 1; while (offset <= CharSet.MOD && ((set.bits[index] & mask) == 0)) { mask<<= 1; offset++; } } } public boolean hasMoreElements() { return index < set.bits.length; } public int nextElement() { int x = (index << CharSet.BITS) + offset; advance(); return x; } } jflex-1.4.3/src/JFlex/CountEmitter.java0000644000175000017500000000773011141010522016407 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * jflex 1.4 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * An emitter for an array encoded as count/value pairs in a string. * * @author Gerwin Klein * @version $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class CountEmitter extends PackEmitter { /** number of entries in expanded array */ private int numEntries; /** translate all values by this amount */ private int translate = 0; /** * Create a count/value emitter for a specific field. * * @param name name of the generated array */ protected CountEmitter(String name) { super(name); } /** * Emits count/value unpacking code for the generated array. * * @see JFlex.PackEmitter#emitUnPack() */ public void emitUnpack() { // close last string chunk: println("\";"); nl(); println(" private static int [] zzUnpack"+name+"() {"); println(" int [] result = new int["+numEntries+"];"); println(" int offset = 0;"); for (int i = 0; i < chunks; i++) { println(" offset = zzUnpack"+name+"("+constName()+"_PACKED_"+i+", offset, result);"); } println(" return result;"); println(" }"); nl(); println(" private static int zzUnpack"+name+"(String packed, int offset, int [] result) {"); println(" int i = 0; /* index in packed string */"); println(" int j = offset; /* index in unpacked array */"); println(" int l = packed.length();"); println(" while (i < l) {"); println(" int count = packed.charAt(i++);"); println(" int value = packed.charAt(i++);"); if (translate == 1) { println(" value--;"); } else if (translate != 0) { println(" value-= "+translate); } println(" do result[j++] = value; while (--count > 0);"); println(" }"); println(" return j;"); println(" }"); } /** * Translate all values by given amount. * * Use to move value interval from [0, 0xFFFF] to something different. * * @param i amount the value will be translated by. * Example: i = 1 allows values in [-1, 0xFFFE]. */ public void setValTranslation(int i) { this.translate = i; } /** * Emit one count/value pair. * * Automatically translates value by the translate value. * * @param count * @param value * * @see CountEmitter#setValTranslation(int) */ public void emit(int count, int value) { numEntries+= count; breaks(); emitUC(count); emitUC(value+translate); } } jflex-1.4.3/src/JFlex/DFA.java0000644000175000017500000006712311141010522014361 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.io.*; import java.util.*; /** * DFA representation in JFlex. * Contains minimization algorithm. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ final public class DFA { /** * The initial number of states */ private static final int STATES = 500; /** * The code for "no target state" in the transition table. */ public static final int NO_TARGET = -1; /** * table[current_state][character] is the next state for current_state * with input character, NO_TARGET if there is no transition for * this input in current_state */ int [][] table; /** * isFinal[state] == true <=> the state state is * a final state. */ boolean [] isFinal; /** * action[state] is the action that is to be carried out in * state state, null if there is no action. */ Action [] action; /** * entryState[i] is the start-state of lexical state i or * lookahead DFA i */ int entryState []; /** * The number of states in this DFA */ int numStates; /** * The current maximum number of input characters */ int numInput; /** * The number of lexical states (2*numLexStates <= entryState.length) */ int numLexStates; /** * all actions that are used in this DFA */ Hashtable usedActions = new Hashtable(); /** True iff this DFA contains general lookahead */ boolean lookaheadUsed; public DFA(int numEntryStates, int numInp, int numLexStates) { numInput = numInp; int statesNeeded = Math.max(numEntryStates, STATES); table = new int [statesNeeded] [numInput]; action = new Action [statesNeeded]; isFinal = new boolean [statesNeeded]; entryState = new int [numEntryStates]; numStates = 0; this.numLexStates = numLexStates; for (int i = 0; i < statesNeeded; i++) { for (char j = 0; j < numInput; j++) table [i][j] = NO_TARGET; } } public void setEntryState(int eState, int trueState) { entryState[eState] = trueState; } private void ensureStateCapacity(int newNumStates) { int oldLength = isFinal.length; if ( newNumStates < oldLength ) return; int newLength = oldLength*2; while ( newLength <= newNumStates ) newLength*= 2; boolean [] newFinal = new boolean [newLength]; boolean [] newPushback = new boolean [newLength]; Action [] newAction = new Action [newLength]; int [] [] newTable = new int [newLength] [numInput]; System.arraycopy(isFinal,0,newFinal,0,numStates); System.arraycopy(action,0,newAction,0,numStates); System.arraycopy(table,0,newTable,0,oldLength); int i,j; for (i = oldLength; i < newLength; i++) { for (j = 0; j < numInput; j++) { newTable[i][j] = NO_TARGET; } } isFinal = newFinal; action = newAction; table = newTable; } public void setAction(int state, Action stateAction) { action[state] = stateAction; if (stateAction != null) { usedActions.put(stateAction,stateAction); lookaheadUsed |= stateAction.isGenLookAction(); } } public void setFinal(int state, boolean isFinalState) { isFinal[state] = isFinalState; } public void addTransition(int start, char input, int dest) { int max = Math.max(start,dest)+1; ensureStateCapacity(max); if (max > numStates) numStates = max; // Out.debug("Adding DFA transition ("+start+", "+(int)input+", "+dest+")"); table[start][input] = dest; } public String toString() { StringBuffer result = new StringBuffer(); for (int i=0; i < numStates; i++) { result.append("State "); if ( isFinal[i] ) { result.append("[FINAL"); String l = action[i].lookString(); if (!l.equals("")) { result.append(", "); result.append(l); } result.append("] "); } result.append(i+":"+Out.NL); for (char j=0; j < numInput; j++) { if ( table[i][j] >= 0 ) result.append(" with "+(int)j+" in "+table[i][j]+Out.NL); } } return result.toString(); } public void writeDot(File file) { try { PrintWriter writer = new PrintWriter(new FileWriter(file)); writer.println(dotFormat()); writer.close(); } catch (IOException e) { Out.error(ErrorMessages.FILE_WRITE, file); throw new GeneratorException(); } } public String dotFormat() { StringBuffer result = new StringBuffer(); result.append("digraph DFA {"+Out.NL); result.append("rankdir = LR"+Out.NL); for (int i=0; i < numStates; i++) { if ( isFinal[i] ) { result.append(i); result.append(" [shape = doublecircle]"); result.append(Out.NL); } } for (int i=0; i < numStates; i++) { for (int input = 0; input < numInput; input++) { if ( table[i][input] >= 0 ) { result.append(i+" -> "+table[i][input]); result.append(" [label=\"["+input+"]\"]"+Out.NL); // result.append(" [label=\"["+classes.toString(input)+"]\"]\n"); } } } result.append("}"+Out.NL); return result.toString(); } /** * Check that all actions can actually be matched in this DFA. */ public void checkActions(LexScan scanner, LexParse parser) { EOFActions eofActions = parser.getEOFActions(); Enumeration l = scanner.actions.elements(); while (l.hasMoreElements()) { Action a = (Action) l.nextElement(); if ( !a.equals(usedActions.get(a)) && !eofActions.isEOFAction(a) ) { Out.warning(scanner.file, ErrorMessages.NEVER_MATCH, a.priority-1, -1); } } } /** * Implementation of Hopcroft's O(n log n) minimization algorithm, follows * description by D. Gries. * * Time: O(n log n) * Space: O(c n), size < 4*(5*c*n + 13*n + 3*c) byte */ public void minimize() { Out.print(numStates+" states before minimization, "); if (numStates == 0) { Out.error(ErrorMessages.ZERO_STATES); throw new GeneratorException(); } if (Options.no_minimize) { Out.println("minimization skipped."); return; } // the algorithm needs the DFA to be total, so we add an error state 0, // and translate the rest of the states by +1 final int n = numStates+1; // block information: // [0..n-1] stores which block a state belongs to, // [n..2*n-1] stores how many elements each block has int [] block = new int[2*n]; // implements a doubly linked list of states (these are the actual blocks) int [] b_forward = new int[2*n]; int [] b_backward = new int[2*n]; // the last of the blocks currently in use (in [n..2*n-1]) // (end of list marker, points to the last used block) int lastBlock = n; // at first we start with one empty block final int b0 = n; // the first block // the circular doubly linked list L of pairs (B_i, c) // (B_i, c) in L iff l_forward[(B_i-n)*numInput+c] > 0 // numeric value of block 0 = n! int [] l_forward = new int[n*numInput+1]; int [] l_backward = new int[n*numInput+1]; int anchorL = n*numInput; // list anchor // inverse of the transition table // if t = inv_delta[s][c] then { inv_delta_set[t], inv_delta_set[t+1], .. inv_delta_set[k] } // is the set of states, with inv_delta_set[k] = -1 and inv_delta_set[j] >= 0 for t <= j < k int [] [] inv_delta = new int[n][numInput]; int [] inv_delta_set = new int [2*n*numInput]; // twin stores two things: // twin[0]..twin[numSplit-1] is the list of blocks that have been split // twin[B_i] is the twin of block B_i int [] twin = new int[2*n]; int numSplit; // SD[B_i] is the the number of states s in B_i with delta(s,a) in B_j // if SD[B_i] == block[B_i], there is no need to split int [] SD = new int[2*n]; // [only SD[n..2*n-1] is used] // for fixed (B_j,a), the D[0]..D[numD-1] are the inv_delta(B_j,a) int [] D = new int[n]; int numD; // initialize inverse of transition table int lastDelta = 0; int [] inv_lists = new int[n]; // holds a set of lists of states int [] inv_list_last = new int[n]; // the last element for (int c = 0; c < numInput; c++) { // clear "head" and "last element" pointers for (int s = 0; s < n; s++) { inv_list_last[s] = -1; inv_delta[s][c] = -1; } // the error state has a transition for each character into itself inv_delta[0][c] = 0; inv_list_last[0] = 0; // accumulate states of inverse delta into lists (inv_delta serves as head of list) for (int s = 1; s < n; s++) { int t = table[s-1][c]+1; if (inv_list_last[t] == -1) { // if there are no elements in the list yet inv_delta[t][c] = s; // mark t as first and last element inv_list_last[t] = s; } else { inv_lists[inv_list_last[t]] = s; // link t into chain inv_list_last[t] = s; // and mark as last element } } // now move them to inv_delta_set in sequential order, // and update inv_delta accordingly for (int s = 0; s < n; s++) { int i = inv_delta[s][c]; inv_delta[s][c] = lastDelta; int j = inv_list_last[s]; boolean go_on = (i != -1); while (go_on) { go_on = (i != j); inv_delta_set[lastDelta++] = i; i = inv_lists[i]; } inv_delta_set[lastDelta++] = -1; } } // of initialize inv_delta // printInvDelta(inv_delta, inv_delta_set); // initialize blocks // make b0 = {0} where 0 = the additional error state b_forward[b0] = 0; b_backward[b0] = 0; b_forward[0] = b0; b_backward[0] = b0; block[0] = b0; block[b0] = 1; for (int s = 1; s < n; s++) { // System.out.println("Checking state ["+(s-1)+"]"); // search the blocks if it fits in somewhere // (fit in = same pushback behavior, same finalness, same lookahead behavior, same action) int b = b0+1; // no state can be equivalent to the error state boolean found = false; while (!found && b <= lastBlock) { // get some state out of the current block int t = b_forward[b]; // System.out.println(" picking state ["+(t-1)+"]"); // check, if s could be equivalent with t if (isFinal[s-1]) { found = isFinal[t-1] && action[s-1].isEquiv(action[t-1]); } else { found = !isFinal[t-1]; } if (found) { // found -> add state s to block b // System.out.println("Found! Adding to block "+(b-b0)); // update block information block[s] = b; block[b]++; // chain in the new element int last = b_backward[b]; b_forward[last] = s; b_forward[s] = b; b_backward[b] = s; b_backward[s] = last; } b++; } if (!found) { // fits in nowhere -> create new block // System.out.println("not found, lastBlock = "+lastBlock); // update block information block[s] = b; block[b]++; // chain in the new element b_forward[b] = s; b_forward[s] = b; b_backward[b] = s; b_backward[s] = b; lastBlock++; } } // of initialize blocks // printBlocks(block,b_forward,b_backward,lastBlock); // initialize worklist L // first, find the largest block B_max, then, all other (B_i,c) go into the list int B_max = b0; int B_i; for (B_i = b0+1; B_i <= lastBlock; B_i++) if (block[B_max] < block[B_i]) B_max = B_i; // L = empty l_forward[anchorL] = anchorL; l_backward[anchorL] = anchorL; // set up the first list element if (B_max == b0) B_i = b0+1; else B_i = b0; // there must be at least two blocks int index = (B_i-b0)*numInput; // (B_i, 0) while (index < (B_i+1-b0)*numInput) { int last = l_backward[anchorL]; l_forward[last] = index; l_forward[index] = anchorL; l_backward[index] = last; l_backward[anchorL] = index; index++; } // now do the rest of L while (B_i <= lastBlock) { if (B_i != B_max) { index = (B_i-b0)*numInput; while (index < (B_i+1-b0)*numInput) { int last = l_backward[anchorL]; l_forward[last] = index; l_forward[index] = anchorL; l_backward[index] = last; l_backward[anchorL] = index; index++; } } B_i++; } // end of setup L // start of "real" algorithm // int step = 0; // System.out.println("max_steps = "+(n*numInput)); // while L not empty while (l_forward[anchorL] != anchorL) { // System.out.println("step : "+(step++)); // printL(l_forward, l_backward, anchorL); // pick and delete (B_j, a) in L: // pick int B_j_a = l_forward[anchorL]; // delete l_forward[anchorL] = l_forward[B_j_a]; l_backward[l_forward[anchorL]] = anchorL; l_forward[B_j_a] = 0; // take B_j_a = (B_j-b0)*numInput+c apart into (B_j, a) int B_j = b0 + B_j_a / numInput; int a = B_j_a % numInput; // printL(l_forward, l_backward, anchorL); // System.out.println("picked ("+B_j+","+a+")"); // printL(l_forward, l_backward, anchorL); // determine splittings of all blocks wrt (B_j, a) // i.e. D = inv_delta(B_j,a) numD = 0; int s = b_forward[B_j]; while (s != B_j) { // System.out.println("splitting wrt. state "+s); int t = inv_delta[s][a]; // System.out.println("inv_delta chunk "+t); while (inv_delta_set[t] != -1) { // System.out.println("D+= state "+inv_delta_set[t]); D[numD++] = inv_delta_set[t++]; } s = b_forward[s]; } // clear the twin list numSplit = 0; // System.out.println("splitting blocks according to D"); // clear SD and twins (only those B_i that occur in D) for (int indexD = 0; indexD < numD; indexD++) { // for each s in D s = D[indexD]; B_i = block[s]; SD[B_i] = -1; twin[B_i] = 0; } // count how many states of each B_i occurring in D go with a into B_j // Actually we only check, if *all* t in B_i go with a into B_j. // In this case SD[B_i] == block[B_i] will hold. for (int indexD = 0; indexD < numD; indexD++) { // for each s in D s = D[indexD]; B_i = block[s]; // only count, if we haven't checked this block already if (SD[B_i] < 0) { SD[B_i] = 0; int t = b_forward[B_i]; while (t != B_i && (t != 0 || block[0] == B_j) && (t == 0 || block[table[t-1][a]+1] == B_j)) { SD[B_i]++; t = b_forward[t]; } } } // split each block according to D for (int indexD = 0; indexD < numD; indexD++) { // for each s in D s = D[indexD]; B_i = block[s]; // System.out.println("checking if block "+(B_i-b0)+" must be split because of state "+s); if (SD[B_i] != block[B_i]) { // System.out.println("state "+(s-1)+" must be moved"); int B_k = twin[B_i]; if (B_k == 0) { // no twin for B_i yet -> generate new block B_k, make it B_i's twin B_k = ++lastBlock; // System.out.println("creating block "+(B_k-n)); // printBlocks(block,b_forward,b_backward,lastBlock-1); b_forward[B_k] = B_k; b_backward[B_k] = B_k; twin[B_i] = B_k; // mark B_i as split twin[numSplit++] = B_i; } // move s from B_i to B_k // remove s from B_i b_forward[b_backward[s]] = b_forward[s]; b_backward[b_forward[s]] = b_backward[s]; // add s to B_k int last = b_backward[B_k]; b_forward[last] = s; b_forward[s] = B_k; b_backward[s] = last; b_backward[B_k] = s; block[s] = B_k; block[B_k]++; block[B_i]--; SD[B_i]--; // there is now one state less in B_i that goes with a into B_j // printBlocks(block, b_forward, b_backward, lastBlock); // System.out.println("finished move"); } } // of block splitting // printBlocks(block, b_forward, b_backward, lastBlock); // System.out.println("updating L"); // update L for (int indexTwin = 0; indexTwin < numSplit; indexTwin++) { B_i = twin[indexTwin]; int B_k = twin[B_i]; for (int c = 0; c < numInput; c++) { int B_i_c = (B_i-b0)*numInput+c; int B_k_c = (B_k-b0)*numInput+c; if (l_forward[B_i_c] > 0) { // (B_i,c) already in L --> put (B_k,c) in L int last = l_backward[anchorL]; l_backward[anchorL] = B_k_c; l_forward[last] = B_k_c; l_backward[B_k_c] = last; l_forward[B_k_c] = anchorL; } else { // put the smaller block in L if (block[B_i] <= block[B_k]) { int last = l_backward[anchorL]; l_backward[anchorL] = B_i_c; l_forward[last] = B_i_c; l_backward[B_i_c] = last; l_forward[B_i_c] = anchorL; } else { int last = l_backward[anchorL]; l_backward[anchorL] = B_k_c; l_forward[last] = B_k_c; l_backward[B_k_c] = last; l_forward[B_k_c] = anchorL; } } } } } // System.out.println("Result"); // printBlocks(block,b_forward,b_backward,lastBlock); /* System.out.println("Old minimization:"); boolean [] [] equiv = old_minimize(); boolean error = false; for (int i = 1; i < equiv.length; i++) { for (int j = 0; j < equiv[i].length; j++) { if (equiv[i][j] != (block[i+1] == block[j+1])) { System.out.println("error: equiv["+i+"]["+j+"] = "+equiv[i][j]+ ", block["+i+"] = "+block[i+1]+", block["+j+"] = "+block[j]); error = true; } } } if (error) System.exit(1); System.out.println("check"); */ // transform the transition table // trans[i] is the state j that will replace state i, i.e. // states i and j are equivalent int trans [] = new int [numStates]; // kill[i] is true iff state i is redundant and can be removed boolean kill [] = new boolean [numStates]; // move[i] is the amount line i has to be moved in the transition table // (because states j < i have been removed) int move [] = new int [numStates]; // fill arrays trans[] and kill[] (in O(n)) for (int b = b0+1; b <= lastBlock; b++) { // b0 contains the error state // get the state with smallest value in current block int s = b_forward[b]; int min_s = s; // there are no empty blocks! for (; s != b; s = b_forward[s]) if (min_s > s) min_s = s; // now fill trans[] and kill[] for this block // (and translate states back to partial DFA) min_s--; for (s = b_forward[b]-1; s != b-1; s = b_forward[s+1]-1) { trans[s] = min_s; kill[s] = s != min_s; } } // fill array move[] (in O(n)) int amount = 0; for (int i = 0; i < numStates; i++) { if ( kill[i] ) amount++; else move[i] = amount; } int i,j; // j is the index in the new transition table // the transition table is transformed in place (in O(c n)) for (i = 0, j = 0; i < numStates; i++) { // we only copy lines that have not been removed if ( !kill[i] ) { // translate the target states for (int c = 0; c < numInput; c++) { if ( table[i][c] >= 0 ) { table[j][c] = trans[ table[i][c] ]; table[j][c]-= move[ table[j][c] ]; } else { table[j][c] = table[i][c]; } } isFinal[j] = isFinal[i]; action[j] = action[i]; j++; } } numStates = j; // translate lexical states for (i = 0; i < entryState.length; i++) { entryState[i] = trans[ entryState[i] ]; entryState[i]-= move[ entryState[i] ]; } Out.println(numStates+" states in minimized DFA"); } public String toString(int [] a) { String r = "{"; int i; for (i = 0; i < a.length-1; i++) r += a[i]+","; return r+a[i]+"}"; } public void printBlocks(int [] b, int [] b_f, int [] b_b, int last) { Out.dump("block : "+toString(b)); Out.dump("b_forward : "+toString(b_f)); Out.dump("b_backward: "+toString(b_b)); Out.dump("lastBlock : "+last); final int n = numStates+1; for (int i = n; i <= last; i ++) { Out.dump("Block "+(i-n)+" (size "+b[i]+"):"); String line = "{"; int s = b_f[i]; while (s != i) { line = line+(s-1); int t = s; s = b_f[s]; if (s != i) { line = line+","; if (b[s] != i) Out.dump("consistency error for state "+(s-1)+" (block "+b[s]+")"); } if (b_b[s] != t) Out.dump("consistency error for b_back in state "+(s-1)+" (back = "+b_b[s]+", should be = "+t+")"); } Out.dump(line+"}"); } } public void printL(int [] l_f, int [] l_b, int anchor) { String l = "L = {"; int bc = l_f[anchor]; while (bc != anchor) { int b = bc / numInput; int c = bc % numInput; l+= "("+b+","+c+")"; int old_bc = bc; bc = l_f[bc]; if (bc != anchor) l+= ","; if (l_b[bc] != old_bc) Out.dump("consistency error for ("+b+","+c+")"); } Out.dump(l+"}"); } /** * Much simpler, but slower and less memory efficient minimization algorithm. * * @return the equivalence relation on states. */ public boolean [] [] old_minimize() { int i,j; char c; Out.print(numStates+" states before minimization, "); if (numStates == 0) { Out.error(ErrorMessages.ZERO_STATES); throw new GeneratorException(); } if (Options.no_minimize) { Out.println("minimization skipped."); return null; } // equiv[i][j] == true <=> state i and state j are equivalent boolean [] [] equiv = new boolean [numStates] []; // list[i][j] contains all pairs of states that have to be marked "not equivalent" // if states i and j are recognized to be not equivalent StatePairList [] [] list = new StatePairList [numStates] []; // construct a triangular matrix equiv[i][j] with j < i // and mark pairs (final state, not final state) as not equivalent for (i = 1; i < numStates; i++) { list[i] = new StatePairList[i]; equiv[i] = new boolean [i]; for (j = 0; j < i; j++) { // i and j are equivalent, iff : // i and j are both final and their actions are equivalent and have same pushback behaviour or // i and j are both not final if ( isFinal[i] && isFinal[j] ) equiv[i][j] = action[i].isEquiv(action[j]); else equiv[i][j] = !isFinal[j] && !isFinal[i]; } } for (i = 1; i < numStates; i++) { Out.debug("Testing state "+i); for (j = 0; j < i; j++) { if ( equiv[i][j] ) { for (c = 0; c < numInput; c++) { if (equiv[i][j]) { int p = table[i][c]; int q = table[j][c]; if (p < q) { int t = p; p = q; q = t; } if ( p >= 0 || q >= 0 ) { // Out.debug("Testing input '"+c+"' for ("+i+","+j+")"); // Out.debug("Target states are ("+p+","+q+")"); if ( p!=q && (p == -1 || q == -1 || !equiv[p][q]) ) { equiv[i][j] = false; if (list[i][j] != null) list[i][j].markAll(list,equiv); } // printTable(equiv); } // if (p >= 0) .. } // if (equiv[i][j] } // for (char c = 0; c < numInput .. // if i and j are still marked equivalent.. if ( equiv[i][j] ) { // Out.debug("("+i+","+j+") are still marked equivalent"); for (c = 0; c < numInput; c++) { int p = table[i][c]; int q = table[j][c]; if (p < q) { int t = p; p = q; q = t; } if (p != q && p >= 0 && q >= 0) { if ( list[p][q] == null ) { list[p][q] = new StatePairList(); } list[p][q].addPair(i,j); } } } else { // Out.debug("("+i+","+j+") are not equivalent"); } } // of first if (equiv[i][j]) } // of for j } // of for i // } // printTable(equiv); return equiv; } public void printInvDelta(int [] [] inv_delta, int [] inv_delta_set) { Out.dump("Inverse of transition table: "); for (int s = 0; s < numStates+1; s++) { Out.dump("State ["+(s-1)+"]"); for (int c = 0; c < numInput; c++) { String line = "With <"+c+"> in {"; int t = inv_delta[s][c]; while (inv_delta_set[t] != -1) { line += inv_delta_set[t++]-1; if (inv_delta_set[t] != -1) line += ","; } if (inv_delta_set[inv_delta[s][c]] != -1) Out.dump(line+"}"); } } } public void printTable(boolean [] [] equiv) { Out.dump("Equivalence table is : "); for (int i = 1; i < numStates; i++) { String line = i+" :"; for (int j = 0; j < i; j++) { if (equiv[i][j]) line+= " E"; else line+= " x"; } Out.dump(line); } } } jflex-1.4.3/src/JFlex/Emitter.java0000644000175000017500000013516211141010522015377 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.io.*; import java.util.*; import java.text.*; /** * This class manages the actual code generation, putting * the scanner together, filling in skeleton sections etc. * * Table compression, String packing etc. is also done here. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ final public class Emitter { // bit masks for state attributes static final private int FINAL = 1; static final private int NOLOOK = 8; static final private String date = (new SimpleDateFormat()).format(new Date()); private File inputFile; private PrintWriter out; private Skeleton skel; private LexScan scanner; private LexParse parser; private DFA dfa; // for switch statement: // table[i][j] is the set of input characters that leads from state i to state j private CharSet table[][]; private boolean isTransition[]; // noTarget[i] is the set of input characters that have no target state in state i private CharSet noTarget[]; // for row killing: private int numRows; private int [] rowMap; private boolean [] rowKilled; // for col killing: private int numCols; private int [] colMap; private boolean [] colKilled; /** maps actions to their switch label */ private Hashtable actionTable = new Hashtable(); private CharClassInterval [] intervals; private String visibility = "public"; public Emitter(File inputFile, LexParse parser, DFA dfa) throws IOException { String name = getBaseName(parser.scanner.className) + ".java"; File outputFile = normalize(name, inputFile); Out.println("Writing code to \""+outputFile+"\""); this.out = new PrintWriter(new BufferedWriter(new FileWriter(outputFile))); this.parser = parser; this.scanner = parser.scanner; this.visibility = scanner.visibility; this.inputFile = inputFile; this.dfa = dfa; this.skel = new Skeleton(out); } /** * Computes base name of the class name. Needs to take into account generics. * * @see LexScan#className * @return the */ public static String getBaseName(String className) { int gen = className.indexOf('<'); if (gen < 0) { return className; } else { return className.substring(0, gen); } } /** * Constructs a file in Options.getDir() or in the same directory as * another file. Makes a backup if the file already exists. * * @param name the name (without path) of the file * @param path the path where to construct the file * @param input fall back location if path = null * (expected to be a file in the directory to write to) */ public static File normalize(String name, File input) { File outputFile; if ( Options.getDir() == null ) if ( input == null || input.getParent() == null ) outputFile = new File(name); else outputFile = new File(input.getParent(), name); else outputFile = new File(Options.getDir(), name); if ( outputFile.exists() && !Options.no_backup ) { File backup = new File( outputFile.toString()+"~" ); if ( backup.exists() ) backup.delete(); if ( outputFile.renameTo( backup ) ) Out.println("Old file \""+outputFile+"\" saved as \""+backup+"\""); else Out.println("Couldn't save old file \""+outputFile+"\", overwriting!"); } return outputFile; } private void println() { out.println(); } private void println(String line) { out.println(line); } private void println(int i) { out.println(i); } private void print(String line) { out.print(line); } private void print(int i) { out.print(i); } private void print(int i, int tab) { int exp; if (i < 0) exp = 1; else exp = 10; while (tab-- > 1) { if (Math.abs(i) < exp) print(" "); exp*= 10; } print(i); } private boolean hasGenLookAhead() { return dfa.lookaheadUsed; } private void emitLookBuffer() { if (!hasGenLookAhead()) return; println(" /** For the backwards DFA of general lookahead statements */"); println(" private boolean [] zzFin = new boolean [ZZ_BUFFERSIZE+1];"); println(); } private void emitScanError() { print(" private void zzScanError(int errorCode)"); if (scanner.scanErrorException != null) print(" throws "+scanner.scanErrorException); println(" {"); skel.emitNext(); if (scanner.scanErrorException == null) println(" throw new Error(message);"); else println(" throw new "+scanner.scanErrorException+"(message);"); skel.emitNext(); print(" "+visibility+" void yypushback(int number) "); if (scanner.scanErrorException == null) println(" {"); else println(" throws "+scanner.scanErrorException+" {"); } private void emitMain() { if ( !(scanner.standalone || scanner.debugOption || scanner.cupDebug) ) return; if ( scanner.cupDebug ) { println(" /**"); println(" * Converts an int token code into the name of the"); println(" * token by reflection on the cup symbol class/interface "+scanner.cupSymbol); println(" *"); println(" * This code was contributed by Karl Meissner "); println(" */"); println(" private String getTokenName(int token) {"); println(" try {"); println(" java.lang.reflect.Field [] classFields = " + scanner.cupSymbol + ".class.getFields();"); println(" for (int i = 0; i < classFields.length; i++) {"); println(" if (classFields[i].getInt(null) == token) {"); println(" return classFields[i].getName();"); println(" }"); println(" }"); println(" } catch (Exception e) {"); println(" e.printStackTrace(System.err);"); println(" }"); println(""); println(" return \"UNKNOWN TOKEN\";"); println(" }"); println(""); println(" /**"); println(" * Same as "+scanner.functionName+" but also prints the token to standard out"); println(" * for debugging."); println(" *"); println(" * This code was contributed by Karl Meissner "); println(" */"); print(" "+visibility+" "); if ( scanner.tokenType == null ) { if ( scanner.isInteger ) print( "int" ); else if ( scanner.isIntWrap ) print( "Integer" ); else print( "Yytoken" ); } else print( scanner.tokenType ); print(" debug_"); print(scanner.functionName); print("() throws java.io.IOException"); if ( scanner.lexThrow != null ) { print(", "); print(scanner.lexThrow); } if ( scanner.scanErrorException != null ) { print(", "); print(scanner.scanErrorException); } println(" {"); println(" java_cup.runtime.Symbol s = "+scanner.functionName+"();"); print(" System.out.println( "); if (scanner.lineCount) print("\"line:\" + (yyline+1) + "); if (scanner.columnCount) print("\" col:\" + (yycolumn+1) + "); println("\" --\"+ yytext() + \"--\" + getTokenName(s.sym) + \"--\");"); println(" return s;"); println(" }"); println(""); } if ( scanner.standalone ) { println(" /**"); println(" * Runs the scanner on input files."); println(" *"); println(" * This is a standalone scanner, it will print any unmatched"); println(" * text to System.out unchanged."); println(" *"); println(" * @param argv the command line, contains the filenames to run"); println(" * the scanner on."); println(" */"); } else { println(" /**"); println(" * Runs the scanner on input files."); println(" *"); println(" * This main method is the debugging routine for the scanner."); println(" * It prints debugging information about each returned token to"); println(" * System.out until the end of file is reached, or an error occured."); println(" *"); println(" * @param argv the command line, contains the filenames to run"); println(" * the scanner on."); println(" */"); } String className = getBaseName(scanner.className); println(" public static void main(String argv[]) {"); println(" if (argv.length == 0) {"); println(" System.out.println(\"Usage : java "+className+" \");"); println(" }"); println(" else {"); println(" for (int i = 0; i < argv.length; i++) {"); println(" "+className+" scanner = null;"); println(" try {"); println(" scanner = new "+className+"( new java.io.FileReader(argv[i]) );"); if ( scanner.standalone ) { println(" while ( !scanner.zzAtEOF ) scanner."+scanner.functionName+"();"); } else if (scanner.cupDebug ) { println(" while ( !scanner.zzAtEOF ) scanner.debug_"+scanner.functionName+"();"); } else { println(" do {"); println(" System.out.println(scanner."+scanner.functionName+"());"); println(" } while (!scanner.zzAtEOF);"); println(""); } println(" }"); println(" catch (java.io.FileNotFoundException e) {"); println(" System.out.println(\"File not found : \\\"\"+argv[i]+\"\\\"\");"); println(" }"); println(" catch (java.io.IOException e) {"); println(" System.out.println(\"IO error scanning file \\\"\"+argv[i]+\"\\\"\");"); println(" System.out.println(e);"); println(" }"); println(" catch (Exception e) {"); println(" System.out.println(\"Unexpected exception:\");"); println(" e.printStackTrace();"); println(" }"); println(" }"); println(" }"); println(" }"); println(""); } private void emitNoMatch() { println(" zzScanError(ZZ_NO_MATCH);"); } private void emitNextInput() { println(" if (zzCurrentPosL < zzEndReadL)"); println(" zzInput = zzBufferL[zzCurrentPosL++];"); println(" else if (zzAtEOF) {"); println(" zzInput = YYEOF;"); println(" break zzForAction;"); println(" }"); println(" else {"); println(" // store back cached positions"); println(" zzCurrentPos = zzCurrentPosL;"); println(" zzMarkedPos = zzMarkedPosL;"); println(" boolean eof = zzRefill();"); println(" // get translated positions and possibly new buffer"); println(" zzCurrentPosL = zzCurrentPos;"); println(" zzMarkedPosL = zzMarkedPos;"); println(" zzBufferL = zzBuffer;"); println(" zzEndReadL = zzEndRead;"); println(" if (eof) {"); println(" zzInput = YYEOF;"); println(" break zzForAction;"); println(" }"); println(" else {"); println(" zzInput = zzBufferL[zzCurrentPosL++];"); println(" }"); println(" }"); } private void emitHeader() { println("/* The following code was generated by JFlex "+Main.version+" on "+date+" */"); println(""); } private void emitUserCode() { if ( scanner.userCode.length() > 0 ) println(scanner.userCode.toString()); } private void emitClassName() { if (!endsWithJavadoc(scanner.userCode)) { String path = inputFile.toString(); // slashify path (avoid backslash u sequence = unicode escape) if (File.separatorChar != '/') { path = path.replace(File.separatorChar, '/'); } println("/**"); println(" * This class is a scanner generated by "); println(" * JFlex "+Main.version); println(" * on "+date+" from the specification file"); println(" * "+path+""); println(" */"); } if ( scanner.isPublic ) print("public "); if ( scanner.isAbstract) print("abstract "); if ( scanner.isFinal ) print("final "); print("class "); print(scanner.className); if ( scanner.isExtending != null ) { print(" extends "); print(scanner.isExtending); } if ( scanner.isImplementing != null ) { print(" implements "); print(scanner.isImplementing); } println(" {"); } /** * Try to find out if user code ends with a javadoc comment * * @param buffer the user code * @return true if it ends with a javadoc comment */ public static boolean endsWithJavadoc(StringBuffer usercode) { String s = usercode.toString().trim(); if (!s.endsWith("*/")) return false; // find beginning of javadoc comment int i = s.lastIndexOf("/**"); if (i < 0) return false; // javadoc comment shouldn't contain a comment end return s.substring(i,s.length()-2).indexOf("*/") < 0; } private void emitLexicalStates() { Enumeration stateNames = scanner.states.names(); while ( stateNames.hasMoreElements() ) { String name = (String) stateNames.nextElement(); int num = scanner.states.getNumber(name).intValue(); println(" "+visibility+" static final int "+name+" = "+2*num+";"); } // can't quite get rid of the indirection, even for non-bol lex states: // their DFA states might be the same, but their EOF actions might be different // (see bug #1540228) println(""); println(" /**"); println(" * ZZ_LEXSTATE[l] is the state in the DFA for the lexical state l"); println(" * ZZ_LEXSTATE[l+1] is the state in the DFA for the lexical state l"); println(" * at the beginning of a line"); println(" * l is of the form l = 2*k, k a non negative integer"); println(" */"); println(" private static final int ZZ_LEXSTATE[] = { "); int i, j = 0; print(" "); for (i = 0; i < 2*dfa.numLexStates-1; i++) { print( dfa.entryState[i], 2 ); print(", "); if (++j >= 16) { println(); print(" "); j = 0; } } println( dfa.entryState[i] ); println(" };"); } private void emitDynamicInit() { int count = 0; int value = dfa.table[0][0]; println(" /** "); println(" * The transition table of the DFA"); println(" */"); CountEmitter e = new CountEmitter("Trans"); e.setValTranslation(+1); // allow vals in [-1, 0xFFFE] e.emitInit(); for (int i = 0; i < dfa.numStates; i++) { if ( !rowKilled[i] ) { for (int c = 0; c < dfa.numInput; c++) { if ( !colKilled[c] ) { if (dfa.table[i][c] == value) { count++; } else { e.emit(count, value); count = 1; value = dfa.table[i][c]; } } } } } e.emit(count, value); e.emitUnpack(); println(e.toString()); } private void emitCharMapInitFunction() { CharClasses cl = parser.getCharClasses(); if ( cl.getMaxCharCode() < 256 ) return; println(""); println(" /** "); println(" * Unpacks the compressed character translation table."); println(" *"); println(" * @param packed the packed character translation table"); println(" * @return the unpacked character translation table"); println(" */"); println(" private static char [] zzUnpackCMap(String packed) {"); println(" char [] map = new char[0x10000];"); println(" int i = 0; /* index in packed string */"); println(" int j = 0; /* index in unpacked array */"); println(" while (i < "+2*intervals.length+") {"); println(" int count = packed.charAt(i++);"); println(" char value = packed.charAt(i++);"); println(" do map[j++] = value; while (--count > 0);"); println(" }"); println(" return map;"); println(" }"); } private void emitZZTrans() { int i,c; int n = 0; println(" /** "); println(" * The transition table of the DFA"); println(" */"); println(" private static final int ZZ_TRANS [] = {"); print(" "); for (i = 0; i < dfa.numStates; i++) { if ( !rowKilled[i] ) { for (c = 0; c < dfa.numInput; c++) { if ( !colKilled[c] ) { if (n >= 10) { println(); print(" "); n = 0; } print( dfa.table[i][c] ); if (i != dfa.numStates-1 || c != dfa.numInput-1) print( ", "); n++; } } } } println(); println(" };"); } private void emitCharMapArrayUnPacked() { CharClasses cl = parser.getCharClasses(); println(""); println(" /** "); println(" * Translates characters to character classes"); println(" */"); println(" private static final char [] ZZ_CMAP = {"); int n = 0; // numbers of entries in current line print(" "); int max = cl.getMaxCharCode(); // not very efficient, but good enough for <= 255 characters for (char c = 0; c <= max; c++) { print(colMap[cl.getClassCode(c)],2); if (c < max) { print(", "); if ( ++n >= 16 ) { println(); print(" "); n = 0; } } } println(); println(" };"); println(); } private void emitCharMapArray() { CharClasses cl = parser.getCharClasses(); if ( cl.getMaxCharCode() < 256 ) { emitCharMapArrayUnPacked(); return; } // ignores cl.getMaxCharCode(), emits all intervals instead intervals = cl.getIntervals(); println(""); println(" /** "); println(" * Translates characters to character classes"); println(" */"); println(" private static final String ZZ_CMAP_PACKED = "); int n = 0; // numbers of entries in current line print(" \""); int i = 0; int count, value; while ( i < intervals.length ) { count = intervals[i].end-intervals[i].start+1; value = colMap[intervals[i].charClass]; // count could be >= 0x10000 while (count > 0xFFFF) { printUC(0xFFFF); printUC(value); count -= 0xFFFF; n++; } printUC(count); printUC(value); if (i < intervals.length-1) { if ( ++n >= 10 ) { println("\"+"); print(" \""); n = 0; } } i++; } println("\";"); println(); println(" /** "); println(" * Translates characters to character classes"); println(" */"); println(" private static final char [] ZZ_CMAP = zzUnpackCMap(ZZ_CMAP_PACKED);"); println(); } /** * Print number as octal/unicode escaped string character. * * @param c the value to print * @prec 0 <= c <= 0xFFFF */ private void printUC(int c) { if (c > 255) { out.print("\\u"); if (c < 0x1000) out.print("0"); out.print(Integer.toHexString(c)); } else { out.print("\\"); out.print(Integer.toOctalString(c)); } } private void emitRowMapArray() { println(""); println(" /** "); println(" * Translates a state to a row index in the transition table"); println(" */"); HiLowEmitter e = new HiLowEmitter("RowMap"); e.emitInit(); for (int i = 0; i < dfa.numStates; i++) { e.emit(rowMap[i]*numCols); } e.emitUnpack(); println(e.toString()); } private void emitAttributes() { println(" /**"); println(" * ZZ_ATTRIBUTE[aState] contains the attributes of state aState"); println(" */"); CountEmitter e = new CountEmitter("Attribute"); e.emitInit(); int count = 1; int value = 0; if ( dfa.isFinal[0] ) value = FINAL; if ( !isTransition[0] ) value|= NOLOOK; for (int i = 1; i < dfa.numStates; i++) { int attribute = 0; if ( dfa.isFinal[i] ) attribute = FINAL; if ( !isTransition[i] ) attribute|= NOLOOK; if (value == attribute) { count++; } else { e.emit(count, value); count = 1; value = attribute; } } e.emit(count, value); e.emitUnpack(); println(e.toString()); } private void emitClassCode() { if ( scanner.classCode != null ) { println(" /* user code: */"); println(scanner.classCode); } } private void emitConstructorDecl() { emitConstructorDecl(true); if ((scanner.standalone || scanner.debugOption) && scanner.ctorArgs.size() > 0) { Out.warning(ErrorMessages.get(ErrorMessages.CTOR_DEBUG)); println(); emitConstructorDecl(false); } } private void emitConstructorDecl(boolean printCtorArgs) { String warn = "// WARNING: this is a default constructor for " + "debug/standalone only. Has no custom parameters or init code."; if (!printCtorArgs) println(warn); print(" "); if ( scanner.isPublic ) print("public "); print( getBaseName(scanner.className) ); print("(java.io.Reader in"); if (printCtorArgs) emitCtorArgs(); print(")"); if ( scanner.initThrow != null && printCtorArgs) { print(" throws "); print( scanner.initThrow ); } println(" {"); if ( scanner.initCode != null && printCtorArgs) { print(" "); print( scanner.initCode ); } println(" this.zzReader = in;"); println(" }"); println(); println(" /**"); println(" * Creates a new scanner."); println(" * There is also java.io.Reader version of this constructor."); println(" *"); println(" * @param in the java.io.Inputstream to read input from."); println(" */"); if (!printCtorArgs) println(warn); print(" "); if ( scanner.isPublic ) print("public "); print( getBaseName(scanner.className) ); print("(java.io.InputStream in"); if (printCtorArgs) emitCtorArgs(); print(")"); if ( scanner.initThrow != null && printCtorArgs ) { print(" throws "); print( scanner.initThrow ); } println(" {"); print(" this(new java.io.InputStreamReader(in)"); if (printCtorArgs) { for (int i=0; i < scanner.ctorArgs.size(); i++) { print(", "+scanner.ctorArgs.elementAt(i)); } } println(");"); println(" }"); } private void emitCtorArgs() { for (int i = 0; i < scanner.ctorArgs.size(); i++) { print(", "+scanner.ctorTypes.elementAt(i)); print(" "+scanner.ctorArgs.elementAt(i)); } } private void emitDoEOF() { if ( scanner.eofCode == null ) return; println(" /**"); println(" * Contains user EOF-code, which will be executed exactly once,"); println(" * when the end of file is reached"); println(" */"); print(" private void zzDoEOF()"); if ( scanner.eofThrow != null ) { print(" throws "); print(scanner.eofThrow); } println(" {"); println(" if (!zzEOFDone) {"); println(" zzEOFDone = true;"); println(" "+scanner.eofCode ); println(" }"); println(" }"); println(""); println(""); } private void emitLexFunctHeader() { if (scanner.cupCompatible) { // force public, because we have to implement java_cup.runtime.Symbol print(" public "); } else { print(" "+visibility+" "); } if ( scanner.tokenType == null ) { if ( scanner.isInteger ) print( "int" ); else if ( scanner.isIntWrap ) print( "Integer" ); else print( "Yytoken" ); } else print( scanner.tokenType ); print(" "); print(scanner.functionName); print("() throws java.io.IOException"); if ( scanner.lexThrow != null ) { print(", "); print(scanner.lexThrow); } if ( scanner.scanErrorException != null ) { print(", "); print(scanner.scanErrorException); } println(" {"); skel.emitNext(); if ( scanner.useRowMap ) { println(" int [] zzTransL = ZZ_TRANS;"); println(" int [] zzRowMapL = ZZ_ROWMAP;"); println(" int [] zzAttrL = ZZ_ATTRIBUTE;"); } skel.emitNext(); if ( scanner.charCount ) { println(" yychar+= zzMarkedPosL-zzStartRead;"); println(""); } if ( scanner.lineCount || scanner.columnCount ) { println(" boolean zzR = false;"); println(" for (zzCurrentPosL = zzStartRead; zzCurrentPosL < zzMarkedPosL;"); println(" zzCurrentPosL++) {"); println(" switch (zzBufferL[zzCurrentPosL]) {"); println(" case '\\u000B':"); println(" case '\\u000C':"); println(" case '\\u0085':"); println(" case '\\u2028':"); println(" case '\\u2029':"); if ( scanner.lineCount ) println(" yyline++;"); if ( scanner.columnCount ) println(" yycolumn = 0;"); println(" zzR = false;"); println(" break;"); println(" case '\\r':"); if ( scanner.lineCount ) println(" yyline++;"); if ( scanner.columnCount ) println(" yycolumn = 0;"); println(" zzR = true;"); println(" break;"); println(" case '\\n':"); println(" if (zzR)"); println(" zzR = false;"); println(" else {"); if ( scanner.lineCount ) println(" yyline++;"); if ( scanner.columnCount ) println(" yycolumn = 0;"); println(" }"); println(" break;"); println(" default:"); println(" zzR = false;"); if ( scanner.columnCount ) println(" yycolumn++;"); println(" }"); println(" }"); println(); if ( scanner.lineCount ) { println(" if (zzR) {"); println(" // peek one character ahead if it is \\n (if we have counted one line too much)"); println(" boolean zzPeek;"); println(" if (zzMarkedPosL < zzEndReadL)"); println(" zzPeek = zzBufferL[zzMarkedPosL] == '\\n';"); println(" else if (zzAtEOF)"); println(" zzPeek = false;"); println(" else {"); println(" boolean eof = zzRefill();"); println(" zzEndReadL = zzEndRead;"); println(" zzMarkedPosL = zzMarkedPos;"); println(" zzBufferL = zzBuffer;"); println(" if (eof) "); println(" zzPeek = false;"); println(" else "); println(" zzPeek = zzBufferL[zzMarkedPosL] == '\\n';"); println(" }"); println(" if (zzPeek) yyline--;"); println(" }"); } } if ( scanner.bolUsed ) { // zzMarkedPos > zzStartRead <=> last match was not empty // if match was empty, last value of zzAtBOL can be used // zzStartRead is always >= 0 println(" if (zzMarkedPosL > zzStartRead) {"); println(" switch (zzBufferL[zzMarkedPosL-1]) {"); println(" case '\\n':"); println(" case '\\u000B':"); println(" case '\\u000C':"); println(" case '\\u0085':"); println(" case '\\u2028':"); println(" case '\\u2029':"); println(" zzAtBOL = true;"); println(" break;"); println(" case '\\r': "); println(" if (zzMarkedPosL < zzEndReadL)"); println(" zzAtBOL = zzBufferL[zzMarkedPosL] != '\\n';"); println(" else if (zzAtEOF)"); println(" zzAtBOL = false;"); println(" else {"); println(" boolean eof = zzRefill();"); println(" zzMarkedPosL = zzMarkedPos;"); println(" zzEndReadL = zzEndRead;"); println(" zzBufferL = zzBuffer;"); println(" if (eof) "); println(" zzAtBOL = false;"); println(" else "); println(" zzAtBOL = zzBufferL[zzMarkedPosL] != '\\n';"); println(" }"); println(" break;"); println(" default:"); println(" zzAtBOL = false;"); println(" }"); println(" }"); } skel.emitNext(); if (scanner.bolUsed) { println(" if (zzAtBOL)"); println(" zzState = ZZ_LEXSTATE[zzLexicalState+1];"); println(" else"); println(" zzState = ZZ_LEXSTATE[zzLexicalState];"); println(); } else { println(" zzState = ZZ_LEXSTATE[zzLexicalState];"); println(); } skel.emitNext(); } private void emitGetRowMapNext() { println(" int zzNext = zzTransL[ zzRowMapL[zzState] + zzCMapL[zzInput] ];"); println(" if (zzNext == "+DFA.NO_TARGET+") break zzForAction;"); println(" zzState = zzNext;"); println(); println(" int zzAttributes = zzAttrL[zzState];"); println(" if ( (zzAttributes & "+FINAL+") == "+FINAL+" ) {"); skel.emitNext(); println(" if ( (zzAttributes & "+NOLOOK+") == "+NOLOOK+" ) break zzForAction;"); skel.emitNext(); } private void emitTransitionTable() { transformTransitionTable(); println(" zzInput = zzCMapL[zzInput];"); println(); println(" boolean zzIsFinal = false;"); println(" boolean zzNoLookAhead = false;"); println(); println(" zzForNext: { switch (zzState) {"); for (int state = 0; state < dfa.numStates; state++) if (isTransition[state]) emitState(state); println(" default:"); println(" // if this is ever reached, there is a serious bug in JFlex"); println(" zzScanError(ZZ_UNKNOWN_ERROR);"); println(" break;"); println(" } }"); println(); println(" if ( zzIsFinal ) {"); skel.emitNext(); println(" if ( zzNoLookAhead ) break zzForAction;"); skel.emitNext(); } /** * Escapes all " ' \ tabs and newlines */ private String escapify(String s) { StringBuffer result = new StringBuffer(s.length()*2); for (int i = 0; i < s.length(); i++) { char c = s.charAt(i); switch (c) { case '\'': result.append("\\\'"); break; case '\"': result.append("\\\""); break; case '\\': result.append("\\\\"); break; case '\t': result.append("\\t"); break; case '\r': if (i+1 == s.length() || s.charAt(i+1) != '\n') result.append("\"+ZZ_NL+\""); break; case '\n': result.append("\"+ZZ_NL+\""); break; default: result.append(c); } } return result.toString(); } public void emitActionTable() { int lastAction = 1; int count = 0; int value = 0; println(" /** "); println(" * Translates DFA states to action switch labels."); println(" */"); CountEmitter e = new CountEmitter("Action"); e.emitInit(); for (int i = 0; i < dfa.numStates; i++) { int newVal = 0; if ( dfa.isFinal[i] ) { Action action = dfa.action[i]; if (action.isEmittable()) { Integer stored = (Integer) actionTable.get(action); if ( stored == null ) { stored = new Integer(lastAction++); actionTable.put(action, stored); } newVal = stored.intValue(); } } if (value == newVal) { count++; } else { if (count > 0) e.emit(count,value); count = 1; value = newVal; } } if (count > 0) e.emit(count,value); e.emitUnpack(); println(e.toString()); } private void emitActions() { println(" switch (zzAction < 0 ? zzAction : ZZ_ACTION[zzAction]) {"); int i = actionTable.size()+1; Enumeration actions = actionTable.keys(); while ( actions.hasMoreElements() ) { Action action = (Action) actions.nextElement(); int label = ((Integer) actionTable.get(action)).intValue(); println(" case "+label+": "); if (action.lookAhead() == Action.FIXED_BASE) { println(" // lookahead expression with fixed base length"); println(" zzMarkedPos = zzStartRead + "+action.getLookLength()+";"); } if (action.lookAhead() == Action.FIXED_LOOK || action.lookAhead() == Action.FINITE_CHOICE) { println(" // lookahead expression with fixed lookahead length"); println(" yypushback("+action.getLookLength()+");"); } if (action.lookAhead() == Action.GENERAL_LOOK) { println(" // general lookahead, find correct zzMarkedPos"); println(" { int zzFState = "+dfa.entryState[action.getEntryState()]+";"); println(" int zzFPos = zzStartRead;"); println(" if (zzFin.length <= zzBufferL.length) { zzFin = new boolean[zzBufferL.length+1]; }"); println(" boolean zzFinL[] = zzFin;"); println(" while (zzFState != -1 && zzFPos < zzMarkedPos) {"); println(" if ((zzAttrL[zzFState] & 1) == 1) { zzFinL[zzFPos] = true; } "); println(" zzInput = zzBufferL[zzFPos++];"); println(" zzFState = zzTransL[ zzRowMapL[zzFState] + zzCMapL[zzInput] ];"); println(" }"); println(" if (zzFState != -1 && (zzAttrL[zzFState] & 1) == 1) { zzFinL[zzFPos] = true; } "); println(); println(" zzFState = "+dfa.entryState[action.getEntryState()+1]+";"); println(" zzFPos = zzMarkedPos;"); println(" while (!zzFinL[zzFPos] || (zzAttrL[zzFState] & 1) != 1) {"); println(" zzInput = zzBufferL[--zzFPos];"); println(" zzFState = zzTransL[ zzRowMapL[zzFState] + zzCMapL[zzInput] ];"); println(" };"); println(" zzMarkedPos = zzFPos;"); println(" }"); } if ( scanner.debugOption ) { print(" System.out.println("); if ( scanner.lineCount ) print("\"line: \"+(yyline+1)+\" \"+"); if ( scanner.columnCount ) print("\"col: \"+(yycolumn+1)+\" \"+"); println("\"match: --\"+yytext()+\"--\");"); print(" System.out.println(\"action ["+action.priority+"] { "); print(escapify(action.content)); println(" }\");"); } println(" { "+action.content); println(" }"); println(" case "+(i++)+": break;"); } } private void emitEOFVal() { EOFActions eofActions = parser.getEOFActions(); if ( scanner.eofCode != null ) println(" zzDoEOF();"); if ( eofActions.numActions() > 0 ) { println(" switch (zzLexicalState) {"); Enumeration stateNames = scanner.states.names(); // record lex states already emitted: Hashtable used = new Hashtable(); // pick a start value for break case labels. // must be larger than any value of a lex state: int last = dfa.numStates; while ( stateNames.hasMoreElements() ) { String name = (String) stateNames.nextElement(); int num = scanner.states.getNumber(name).intValue(); Action action = eofActions.getAction(num); if (action != null) { println(" case "+name+": {"); if ( scanner.debugOption ) { print(" System.out.println("); if ( scanner.lineCount ) print("\"line: \"+(yyline+1)+\" \"+"); if ( scanner.columnCount ) print("\"col: \"+(yycolumn+1)+\" \"+"); println("\"match: <>\");"); print(" System.out.println(\"action ["+action.priority+"] { "); print(escapify(action.content)); println(" }\");"); } println(" "+action.content); println(" }"); println(" case "+(++last)+": break;"); } } println(" default:"); } Action defaultAction = eofActions.getDefault(); if (defaultAction != null) { println(" {"); if ( scanner.debugOption ) { print(" System.out.println("); if ( scanner.lineCount ) print("\"line: \"+(yyline+1)+\" \"+"); if ( scanner.columnCount ) print("\"col: \"+(yycolumn+1)+\" \"+"); println("\"match: <>\");"); print(" System.out.println(\"action ["+defaultAction.priority+"] { "); print(escapify(defaultAction.content)); println(" }\");"); } println(" " + defaultAction.content); println(" }"); } else if ( scanner.eofVal != null ) println(" { " + scanner.eofVal + " }"); else if ( scanner.isInteger ) { if ( scanner.tokenType != null ) { Out.error(ErrorMessages.INT_AND_TYPE); throw new GeneratorException(); } println(" return YYEOF;"); } else println(" return null;"); if (eofActions.numActions() > 0) println(" }"); } private void emitState(int state) { println(" case "+state+":"); println(" switch (zzInput) {"); int defaultTransition = getDefaultTransition(state); for (int next = 0; next < dfa.numStates; next++) { if ( next != defaultTransition && table[state][next] != null ) { emitTransition(state, next); } } if ( defaultTransition != DFA.NO_TARGET && noTarget[state] != null ) { emitTransition(state, DFA.NO_TARGET); } emitDefaultTransition(state, defaultTransition); println(" }"); println(""); } private void emitTransition(int state, int nextState) { CharSetEnumerator chars; if (nextState != DFA.NO_TARGET) chars = table[state][nextState].characters(); else chars = noTarget[state].characters(); print(" case "); print(chars.nextElement()); print(": "); while ( chars.hasMoreElements() ) { println(); print(" case "); print(chars.nextElement()); print(": "); } if ( nextState != DFA.NO_TARGET ) { if ( dfa.isFinal[nextState] ) print("zzIsFinal = true; "); if ( !isTransition[nextState] ) print("zzNoLookAhead = true; "); if ( nextState == state ) println("break zzForNext;"); else println("zzState = "+nextState+"; break zzForNext;"); } else println("break zzForAction;"); } private void emitDefaultTransition(int state, int nextState) { print(" default: "); if ( nextState != DFA.NO_TARGET ) { if ( dfa.isFinal[nextState] ) print("zzIsFinal = true; "); if ( !isTransition[nextState] ) print("zzNoLookAhead = true; "); if ( nextState == state ) println("break zzForNext;"); else println("zzState = "+nextState+"; break zzForNext;"); } else println( "break zzForAction;" ); } private int getDefaultTransition(int state) { int max = 0; for (int i = 0; i < dfa.numStates; i++) { if ( table[state][max] == null ) max = i; else if ( table[state][i] != null && table[state][max].size() < table[state][i].size() ) max = i; } if ( table[state][max] == null ) return DFA.NO_TARGET; if ( noTarget[state] == null ) return max; if ( table[state][max].size() < noTarget[state].size() ) max = DFA.NO_TARGET; return max; } // for switch statement: private void transformTransitionTable() { int numInput = parser.getCharClasses().getNumClasses()+1; int i; char j; table = new CharSet[dfa.numStates][dfa.numStates]; noTarget = new CharSet[dfa.numStates]; for (i = 0; i < dfa.numStates; i++) for (j = 0; j < dfa.numInput; j++) { int nextState = dfa.table[i][j]; if ( nextState == DFA.NO_TARGET ) { if ( noTarget[i] == null ) noTarget[i] = new CharSet(numInput, colMap[j]); else noTarget[i].add(colMap[j]); } else { if ( table[i][nextState] == null ) table[i][nextState] = new CharSet(numInput, colMap[j]); else table[i][nextState].add(colMap[j]); } } } private void findActionStates() { isTransition = new boolean [dfa.numStates]; for (int i = 0; i < dfa.numStates; i++) { char j = 0; while ( !isTransition[i] && j < dfa.numInput ) isTransition[i] = dfa.table[i][j++] != DFA.NO_TARGET; } } private void reduceColumns() { colMap = new int [dfa.numInput]; colKilled = new boolean [dfa.numInput]; int i,j,k; int translate = 0; boolean equal; numCols = dfa.numInput; for (i = 0; i < dfa.numInput; i++) { colMap[i] = i-translate; for (j = 0; j < i; j++) { // test for equality: k = -1; equal = true; while (equal && ++k < dfa.numStates) equal = dfa.table[k][i] == dfa.table[k][j]; if (equal) { translate++; colMap[i] = colMap[j]; colKilled[i] = true; numCols--; break; } // if } // for j } // for i } private void reduceRows() { rowMap = new int [dfa.numStates]; rowKilled = new boolean [dfa.numStates]; int i,j,k; int translate = 0; boolean equal; numRows = dfa.numStates; // i is the state to add to the new table for (i = 0; i < dfa.numStates; i++) { rowMap[i] = i-translate; // check if state i can be removed (i.e. already // exists in entries 0..i-1) for (j = 0; j < i; j++) { // test for equality: k = -1; equal = true; while (equal && ++k < dfa.numInput) equal = dfa.table[i][k] == dfa.table[j][k]; if (equal) { translate++; rowMap[i] = rowMap[j]; rowKilled[i] = true; numRows--; break; } // if } // for j } // for i } /** * Set up EOF code section according to scanner.eofcode */ private void setupEOFCode() { if (scanner.eofclose) { scanner.eofCode = LexScan.conc(scanner.eofCode, " yyclose();"); scanner.eofThrow = LexScan.concExc(scanner.eofThrow, "java.io.IOException"); } } /** * Main Emitter method. */ public void emit() { setupEOFCode(); if (scanner.functionName == null) scanner.functionName = "yylex"; reduceColumns(); findActionStates(); emitHeader(); emitUserCode(); emitClassName(); skel.emitNext(); println(" private static final int ZZ_BUFFERSIZE = "+scanner.bufferSize+";"); if (scanner.debugOption) { println(" private static final String ZZ_NL = System.getProperty(\"line.separator\");"); } skel.emitNext(); emitLexicalStates(); emitCharMapArray(); emitActionTable(); if (scanner.useRowMap) { reduceRows(); emitRowMapArray(); if (scanner.packed) emitDynamicInit(); else emitZZTrans(); } skel.emitNext(); if (scanner.useRowMap) emitAttributes(); skel.emitNext(); emitLookBuffer(); emitClassCode(); skel.emitNext(); emitConstructorDecl(); emitCharMapInitFunction(); skel.emitNext(); emitScanError(); skel.emitNext(); emitDoEOF(); skel.emitNext(); emitLexFunctHeader(); emitNextInput(); if (scanner.useRowMap) emitGetRowMapNext(); else emitTransitionTable(); skel.emitNext(); emitActions(); skel.emitNext(); emitEOFVal(); skel.emitNext(); emitNoMatch(); skel.emitNext(); emitMain(); skel.emitNext(); out.close(); } } jflex-1.4.3/src/JFlex/EOFActions.java0000644000175000017500000000635411141010522015720 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.util.*; /** * A simple table to store EOF actions for each lexical state. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class EOFActions { /** maps lexical states to actions */ private Hashtable /* Integer -> Action */ actions = new Hashtable(); private Action defaultAction; private int numLexStates; public void setNumLexStates(int num) { numLexStates = num; } public void add(Vector stateList, Action action) { if (stateList != null && stateList.size() > 0) { Enumeration states = stateList.elements(); while (states.hasMoreElements()) add( (Integer) states.nextElement(), action ); } else { defaultAction = action.getHigherPriority(defaultAction); for (int i = 0; i < numLexStates; i++) { Integer state = new Integer(i); if ( actions.get(state) != null ) { Action oldAction = (Action) actions.get(state); actions.put(state, oldAction.getHigherPriority(action)); } } } } public void add(Integer state, Action action) { if ( actions.get(state) == null ) actions.put(state, action); else { Action oldAction = (Action) actions.get(state); actions.put(state, oldAction.getHigherPriority(action)); } } public boolean isEOFAction(Object a) { if (a == defaultAction) return true; Enumeration e = actions.elements(); while ( e.hasMoreElements() ) if (a == e.nextElement()) return true; return false; } public Action getAction(int state) { return (Action) actions.get(new Integer(state)); } public Action getDefault() { return defaultAction; } public int numActions() { return actions.size(); } } jflex-1.4.3/src/JFlex/ErrorMessages.java0000644000175000017500000002137711141010522016551 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software); you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY); without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program); if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.text.MessageFormat; import java.util.MissingResourceException; import java.util.ResourceBundle; /** * Central class for all kinds of JFlex messages. * * [Is not yet used exclusively, but should] * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class ErrorMessages { private String key; /* not final static, because initializing here seems too early * for OS/2 JDK 1.1.8. See bug 1065521. */ private static ResourceBundle resourceBundle = null; private ErrorMessages(String key) { this.key = key; } public static String get(ErrorMessages msg) { if (resourceBundle == null) { resourceBundle = ResourceBundle.getBundle("JFlex.Messages"); } try { return resourceBundle.getString(msg.key); } catch (MissingResourceException e) { return '!' + msg.key + '!'; } } public static String get(ErrorMessages msg, String data) { Object [] args = { data }; return MessageFormat.format(get(msg),args); } public static String get(ErrorMessages msg, String data1, String data2) { Object [] args = { data1, data2 }; return MessageFormat.format(get(msg),args); } public static String get(ErrorMessages msg, int data) { Object [] args = { new Integer(data) }; return MessageFormat.format(get(msg),args); } // typesafe enumeration (generated, do not edit) public static ErrorMessages UNTERMINATED_STR = new ErrorMessages("UNTERMINATED_STR"); public static ErrorMessages EOF_WO_ACTION = new ErrorMessages("EOF_WO_ACTION"); public static ErrorMessages EOF_SINGLERULE = new ErrorMessages("EOF_SINGLERULE"); public static ErrorMessages UNKNOWN_OPTION = new ErrorMessages("UNKNOWN_OPTION"); public static ErrorMessages UNEXPECTED_CHAR = new ErrorMessages("UNEXPECTED_CHAR"); public static ErrorMessages UNEXPECTED_NL = new ErrorMessages("UNEXPECTED_NL"); public static ErrorMessages LEXSTATE_UNDECL = new ErrorMessages("LEXSTATE_UNDECL"); public static ErrorMessages STATE_IDENT_EXP = new ErrorMessages("STATE_IDENT_EXP"); public static ErrorMessages REPEAT_ZERO = new ErrorMessages("REPEAT_ZERO"); public static ErrorMessages REPEAT_GREATER = new ErrorMessages("REPEAT_GREATER"); public static ErrorMessages REGEXP_EXPECTED = new ErrorMessages("REGEXP_EXPECTED"); public static ErrorMessages MACRO_UNDECL = new ErrorMessages("MACRO_UNDECL"); public static ErrorMessages CHARSET_2_SMALL = new ErrorMessages("CHARSET_2_SMALL"); public static ErrorMessages CS2SMALL_STRING = new ErrorMessages("CS2SMALL_STRING"); public static ErrorMessages CS2SMALL_CHAR = new ErrorMessages("CS2SMALL_CHAR"); public static ErrorMessages CHARCLASS_MACRO = new ErrorMessages("CHARCLASS_MACRO"); public static ErrorMessages UNKNOWN_SYNTAX = new ErrorMessages("UNKNOWN_SYNTAX"); public static ErrorMessages SYNTAX_ERROR = new ErrorMessages("SYNTAX_ERROR"); public static ErrorMessages NOT_AT_BOL = new ErrorMessages("NOT_AT_BOL"); public static ErrorMessages NO_MATCHING_BR = new ErrorMessages("NO_MATCHING_BR"); public static ErrorMessages EOF_IN_ACTION = new ErrorMessages("EOF_IN_ACTION"); public static ErrorMessages EOF_IN_COMMENT = new ErrorMessages("EOF_IN_COMMENT"); public static ErrorMessages EOF_IN_STRING = new ErrorMessages("EOF_IN_STRING"); public static ErrorMessages EOF_IN_MACROS = new ErrorMessages("EOF_IN_MACROS"); public static ErrorMessages EOF_IN_STATES = new ErrorMessages("EOF_IN_STATES"); public static ErrorMessages EOF_IN_REGEXP = new ErrorMessages("EOF_IN_REGEXP"); public static ErrorMessages UNEXPECTED_EOF = new ErrorMessages("UNEXPECTED_EOF"); public static ErrorMessages NO_LEX_SPEC = new ErrorMessages("NO_LEX_SPEC"); public static ErrorMessages NO_LAST_ACTION = new ErrorMessages("NO_LAST_ACTION"); public static ErrorMessages NO_DIRECTORY = new ErrorMessages("NO_DIRECTORY"); public static ErrorMessages NO_SKEL_FILE = new ErrorMessages("NO_SKEL_FILE"); public static ErrorMessages WRONG_SKELETON = new ErrorMessages("WRONG_SKELETON"); public static ErrorMessages OUT_OF_MEMORY = new ErrorMessages("OUT_OF_MEMORY"); public static ErrorMessages QUIL_INITTHROW = new ErrorMessages("QUIL_INITTHROW"); public static ErrorMessages QUIL_EOFTHROW = new ErrorMessages("QUIL_EOFTHROW"); public static ErrorMessages QUIL_YYLEXTHROW = new ErrorMessages("QUIL_YYLEXTHROW"); public static ErrorMessages ZERO_STATES = new ErrorMessages("ZERO_STATES"); public static ErrorMessages NO_BUFFER_SIZE = new ErrorMessages("NO_BUFFER_SIZE"); public static ErrorMessages NOT_READABLE = new ErrorMessages("NOT_READABLE"); public static ErrorMessages FILE_CYCLE = new ErrorMessages("FILE_CYCLE"); public static ErrorMessages FILE_WRITE = new ErrorMessages("FILE_WRITE"); public static ErrorMessages QUIL_SCANERROR = new ErrorMessages("QUIL_SCANERROR"); public static ErrorMessages NEVER_MATCH = new ErrorMessages("NEVER_MATCH"); public static ErrorMessages QUIL_THROW = new ErrorMessages("QUIL_THROW"); public static ErrorMessages EOL_IN_CHARCLASS = new ErrorMessages("EOL_IN_CHARCLASS"); public static ErrorMessages QUIL_CUPSYM = new ErrorMessages("QUIL_CUPSYM"); public static ErrorMessages CUPSYM_AFTER_CUP = new ErrorMessages("CUPSYM_AFTER_CUP"); public static ErrorMessages ALREADY_RUNNING = new ErrorMessages("ALREADY_RUNNING"); public static ErrorMessages CANNOT_READ_SKEL = new ErrorMessages("CANNOT_READ_SKEL"); public static ErrorMessages READING_SKEL = new ErrorMessages("READING_SKEL"); public static ErrorMessages SKEL_IO_ERROR = new ErrorMessages("SKEL_IO_ERROR"); public static ErrorMessages SKEL_IO_ERROR_DEFAULT = new ErrorMessages("SKEL_IO_ERROR_DEFAULT"); public static ErrorMessages READING = new ErrorMessages("READING"); public static ErrorMessages CANNOT_OPEN = new ErrorMessages("CANNOT_OPEN"); public static ErrorMessages NFA_IS = new ErrorMessages("NFA_IS"); public static ErrorMessages NFA_STATES = new ErrorMessages("NFA_STATES"); public static ErrorMessages DFA_TOOK = new ErrorMessages("DFA_TOOK"); public static ErrorMessages DFA_IS = new ErrorMessages("DFA_IS"); public static ErrorMessages MIN_TOOK = new ErrorMessages("MIN_TOOK"); public static ErrorMessages MIN_DFA_IS = new ErrorMessages("MIN_DFA_IS"); public static ErrorMessages WRITE_TOOK = new ErrorMessages("WRITE_TOOK"); public static ErrorMessages TOTAL_TIME = new ErrorMessages("TOTAL_TIME"); public static ErrorMessages IO_ERROR = new ErrorMessages("IO_ERROR"); public static ErrorMessages THIS_IS_JFLEX = new ErrorMessages("THIS_IS_JFLEX"); public static ErrorMessages UNKNOWN_COMMANDLINE = new ErrorMessages("UNKNOWN_COMMANDLINE"); public static ErrorMessages MACRO_CYCLE = new ErrorMessages("MACRO_CYCLE"); public static ErrorMessages MACRO_DEF_MISSING = new ErrorMessages("MACRO_DEF_MISSING"); public static ErrorMessages PARSING_TOOK = new ErrorMessages("PARSING_TOOK"); public static ErrorMessages NFA_TOOK = new ErrorMessages("NFA_TOOK"); public static ErrorMessages LOOKAHEAD_NEEDS_ACTION = new ErrorMessages("LOOKAHEAD_NEEDS_ACTION"); public static ErrorMessages EMPTY_MATCH = new ErrorMessages("EMPTY_MATCH"); public static ErrorMessages CTOR_ARG = new ErrorMessages("CTOR_ARG"); public static ErrorMessages CTOR_DEBUG = new ErrorMessages("CTOR_DEBUG"); public static ErrorMessages INT_AND_TYPE = new ErrorMessages("INT_AND_TYPE"); }jflex-1.4.3/src/JFlex/GeneratorException.java0000644000175000017500000000340411141010522017564 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * Thrown when code generation has to be aborted. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class GeneratorException extends RuntimeException { public GeneratorException() { super("Generation aborted"); } } jflex-1.4.3/src/JFlex/gui/0000755000175000017500000000000011141044622013707 5ustar moonmoonjflex-1.4.3/src/JFlex/gui/GeneratorThread.java0000644000175000017500000000626611141010522017632 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.gui; import JFlex.*; import java.io.File; /** * Low priority thread for code generation (low priority * that gui has time for screen updates) * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class GeneratorThread extends Thread { /** there must be at most one instance of this Thread running */ private static volatile boolean running = false; /** input file setting from GUI */ String inputFile; /** output directory */ String outputDir; /** main UI component, likes to be notified when generator finishes */ MainFrame parent; /** * Create a new GeneratorThread, but do not run it yet. * * @param parent the frame, main UI component * @param inputFile input file from UI settings * @param messages where generator messages should appear * @param outputDir output directory from UI settings */ public GeneratorThread(MainFrame parent, String inputFile, String outputDir) { this.parent = parent; this.inputFile = inputFile; this.outputDir = outputDir; } /** * Run the generator thread. Only one instance of it can run at any time. */ public void run() { if (running) { Out.error(ErrorMessages.ALREADY_RUNNING); parent.generationFinished(false); } else { running = true; setPriority(MIN_PRIORITY); try { if (!outputDir.equals("")) { Options.setDir(outputDir); } Main.generate(new File(inputFile)); Out.statistics(); parent.generationFinished(true); } catch (GeneratorException e) { Out.statistics(); parent.generationFinished(false); } finally { running = false; } } } } jflex-1.4.3/src/JFlex/gui/GridPanel.java0000644000175000017500000001134111141010522016407 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.gui; import java.awt.*; import java.util.*; /** * Grid layout manager like GridLayout but with predefinable * grid size. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class GridPanel extends Panel implements Handles { private int cols; private int rows; private int hgap; private int vgap; private Vector constraints = new Vector(); private Insets insets = new Insets(0,0,0,0); public GridPanel(int cols, int rows) { this(cols, rows, 0, 0); } public GridPanel(int cols, int rows, int hgap, int vgap) { this.cols = cols; this.rows = rows; this.hgap = hgap; this.vgap = vgap; } public void doLayout() { Dimension size = getSize(); size.height -= insets.top+insets.bottom; size.width -= insets.left+insets.right; float cellWidth = size.width/cols; float cellHeight = size.height/rows; for (int i = 0; i < constraints.size(); i++) { GridPanelConstraint c = (GridPanelConstraint) constraints.elementAt(i); float x = cellWidth * c.x + insets.left + hgap/2; float y = cellHeight * c.y + insets.right + vgap/2; float width, height; if (c.handle == FILL) { width = (cellWidth-hgap) * c.width; height = (cellHeight-vgap) * c.height; } else { Dimension d = c.component.getPreferredSize(); width = d.width; height = d.height; } switch (c.handle) { case TOP_CENTER: x+= (cellWidth+width)/2; break; case TOP_RIGHT: x+= cellWidth-width; break; case CENTER_LEFT: y+= (cellHeight+height)/2; break; case CENTER: x+= (cellWidth+width)/2; y+= (cellHeight+height)/2; break; case CENTER_RIGHT: y+= (cellHeight+height)/2; x+= cellWidth-width; break; case BOTTOM: y+= cellHeight-height; break; case BOTTOM_CENTER: x+= (cellWidth+width)/2; y+= cellHeight-height; break; case BOTTOM_RIGHT: y+= cellHeight-height; x+= cellWidth-width; break; } c.component.setBounds(new Rectangle((int)x, (int)y, (int)width, (int)height)); } } public Dimension getPreferredSize() { float dy = 0; float dx = 0; for (int i = 0; i < constraints.size(); i++) { GridPanelConstraint c = (GridPanelConstraint) constraints.elementAt(i); Dimension d = c.component.getPreferredSize(); dx = Math.max(dx, d.width/c.width); dy = Math.max(dy, d.height/c.height); } dx+= hgap; dy+= vgap; dx*= cols; dy*= rows; dx+= insets.left+insets.right; dy+= insets.top+insets.bottom; return new Dimension((int)dx,(int)dy); } public void setInsets(Insets insets) { this.insets = insets; } public void add(int x, int y, Component c) { add(x,y,1,1,FILL,c); } public void add(int x, int y, int handle, Component c) { add(x,y,1,1,handle,c); } public void add(int x, int y, int dx, int dy, Component c) { add(x,y,dx,dy,FILL,c); } public void add(int x, int y, int dx, int dy, int handle, Component c) { super.add(c); constraints.addElement(new GridPanelConstraint(x,y,dx,dy,handle,c)); } } jflex-1.4.3/src/JFlex/gui/GridPanelConstraint.java0000644000175000017500000000405311141010522020456 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.gui; import java.awt.Component; /** * Constraints for layout elements of GridLayout * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class GridPanelConstraint { int x, y, width, height, handle; Component component; public GridPanelConstraint(int x, int y, int width, int height, int handle, Component component) { this.x = x; this.y = y; this.width = width; this.height = height; this.handle = handle; this.component = component; } } jflex-1.4.3/src/JFlex/gui/Handles.java0000644000175000017500000000367411141010522016132 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.gui; /** * Constants used for GridLayout * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public interface Handles { int FILL = 0; int TOP = 1; int TOP_LEFT = TOP; int TOP_CENTER = 2; int TOP_RIGHT = 3; int CENTER_LEFT = 4; int CENTER = 5; int CENTER_CENTER = CENTER; int CENTER_RIGHT = 6; int BOTTOM = 7; int BOTTOM_LEFT = BOTTOM; int BOTTOM_CENTER = 8; int BOTTOM_RIGHT = 9; } jflex-1.4.3/src/JFlex/gui/MainFrame.java0000644000175000017500000001652211141010522016407 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.gui; import JFlex.Main; import JFlex.Out; import java.io.File; import java.awt.*; import java.awt.event.*; /** * JFlex main application frame (GUI mode only) * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ final public class MainFrame extends Frame implements Handles { private volatile boolean choosing; private String fileName = ""; private String dirName = ""; private Button quit; private Button options; private Button generate; private Button stop; private Button specChoose; private Button dirChoose; private TextField spec; private TextField dir; private TextArea messages; private GeneratorThread thread; private OptionsDialog dialog; public MainFrame() { super("JFlex "+Main.version); buildContent(); addWindowListener( new WindowAdapter() { public void windowClosing(WindowEvent e) { quit(); } }); pack(); show(); } private void buildContent() { setBackground(SystemColor.control); generate = new Button("Generate"); quit = new Button("Quit"); options = new Button("Options"); stop = new Button("Stop"); dirChoose = new Button("Browse"); dir = new TextField(10); specChoose = new Button("Browse"); spec = new TextField(10); messages = new TextArea(10,80); messages.setEditable(false); Font font = messages.getFont(); if (font != null) messages.setFont(new Font("Monospaced", font.getStyle(), font.getSize())); else messages.setFont(new Font("Monospaced", Font.PLAIN, 12)); Out.setGUIMode(messages); generate.addActionListener( new ActionListener() { public void actionPerformed(ActionEvent e) { generate(); } } ); options.addActionListener( new ActionListener() { public void actionPerformed(ActionEvent e) { showOptions(); } } ); quit.addActionListener( new ActionListener() { public void actionPerformed(ActionEvent e) { quit(); } } ); stop.addActionListener( new ActionListener() { public void actionPerformed(ActionEvent e) { stop(); } } ); specChoose.addActionListener( new ActionListener() { public void actionPerformed(ActionEvent e) { specChoose(); } } ); dirChoose.addActionListener( new ActionListener() { public void actionPerformed(ActionEvent e) { dirChoose(); } } ); spec.addActionListener( new ActionListener() { public void actionPerformed(ActionEvent e) { fileName = spec.getText(); generate(); } } ); spec.addTextListener( new TextListener() { public void textValueChanged(TextEvent e) { fileName = spec.getText(); } } ); dir.addActionListener( new ActionListener() { public void actionPerformed(ActionEvent e) { dirName = dir.getText(); generate(); } } ); dir.addTextListener( new TextListener() { public void textValueChanged(TextEvent e) { dirName = dir.getText(); } } ); GridPanel north = new GridPanel(5,4,10,10); north.setInsets( new Insets(10,5,5,10) ); north.add( 4,0, quit); north.add( 4,1, generate); north.add( 4,2, options); north.add( 4,3, stop); north.add( 0,0, BOTTOM, new Label("Lexical specification:")); north.add( 0,1, 2,1, spec); north.add( 2,1, specChoose); north.add( 0,2, BOTTOM, new Label("Output directory:")); north.add( 0,3, 2,1, dir); north.add( 2,3, dirChoose); Panel center = new Panel(new BorderLayout()); center.add("North", new Label("Messages:")); center.add("Center", messages); add("North", north); add("Center", center); setEnabledAll(false); } protected void showOptions() { if (dialog == null) { dialog = new OptionsDialog(this); } dialog.show(); } public Dimension getPreferredSize() { Dimension d = super.getPreferredSize(); d.width = messages.getPreferredSize().width; return d; } private void setEnabledAll(boolean generating) { stop.setEnabled( generating ); quit.setEnabled( !generating ); generate.setEnabled( !generating ); dirChoose.setEnabled( !generating ); dir.setEnabled( !generating ); specChoose.setEnabled( !generating ); spec.setEnabled( !generating ); } private void generate() { // workaround for a weird AWT bug if (choosing) return; setEnabledAll(true); thread = new GeneratorThread(this, fileName, dirName); thread.start(); } public void generationFinished(boolean success) { setEnabledAll(false); if (success) messages.append(Out.NL+"Generation finished successfully."+Out.NL); else messages.append(Out.NL+"Generation aborted."+Out.NL); } private void stop() { if (thread != null) { /* stop ok here despite deprecation (?) I don't know any good way to abort generation without changing the generator code */ thread.stop(); thread = null; } generationFinished(false); } private void quit() { setVisible(false); System.exit(0); } private void dirChoose() { choosing = true; FileDialog d = new FileDialog(this, "Choose directory", FileDialog.LOAD); d.show(); if (d.getDirectory() != null) { dir.setText( (new File(d.getDirectory())).getAbsolutePath() ); } choosing = false; } private void specChoose() { choosing = true; FileDialog d = new FileDialog(this, "Choose file", FileDialog.LOAD); d.setFile("*.flex"); d.show(); if (d.getFile() != null) { fileName = d.getDirectory()+d.getFile(); dir.setText(d.getDirectory()); spec.setText(fileName); } choosing = false; } } jflex-1.4.3/src/JFlex/gui/OptionsDialog.java0000644000175000017500000001637111141010522017325 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.gui; import java.awt.*; import java.awt.event.*; import java.io.File; import JFlex.GeneratorException; import JFlex.Options; import JFlex.Skeleton; /** * A dialog for setting JFlex options * * @author Gerwin Klein * @version $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class OptionsDialog extends Dialog { private Frame owner; private Button skelBrowse; private TextField skelFile; private Button ok; private Button defaults; private Checkbox dump; private Checkbox verbose; private Checkbox jlex; private Checkbox no_minimize; private Checkbox no_backup; private Checkbox time; private Checkbox dot; private Checkbox tableG; private Checkbox switchG; private Checkbox packG; /** * Create a new options dialog * * @param owner */ public OptionsDialog(Frame owner) { super(owner, "Options"); this.owner = owner; setup(); pack(); addWindowListener( new WindowAdapter() { public void windowClosing(WindowEvent e) { close(); } }); } public void setup() { // create components ok = new Button("Ok"); defaults = new Button("Defaults"); skelBrowse = new Button(" Browse"); skelFile = new TextField(); skelFile.setEditable(false); dump = new Checkbox(" dump"); verbose = new Checkbox(" verbose"); jlex = new Checkbox(" JLex compatibility"); no_minimize = new Checkbox(" skip minimization"); no_backup = new Checkbox(" no backup file"); time = new Checkbox(" time statistics"); dot = new Checkbox(" dot graph files"); CheckboxGroup codeG = new CheckboxGroup(); tableG = new Checkbox(" table",Options.gen_method == Options.TABLE, codeG); switchG = new Checkbox(" switch",Options.gen_method == Options.SWITCH, codeG); packG = new Checkbox(" pack",Options.gen_method == Options.PACK, codeG); // setup interaction ok.addActionListener( new ActionListener() { public void actionPerformed(ActionEvent e) { close(); } } ); defaults.addActionListener( new ActionListener() { public void actionPerformed(ActionEvent e) { setDefaults(); } } ); skelBrowse.addActionListener( new ActionListener() { public void actionPerformed(ActionEvent e) { skelBrowse(); } } ); tableG.addItemListener( new ItemListener() { public void itemStateChanged(ItemEvent e) { setGenMethod(); } } ); verbose.addItemListener( new ItemListener() { public void itemStateChanged(ItemEvent e) { Options.verbose = verbose.getState(); } } ); dump.addItemListener( new ItemListener() { public void itemStateChanged(ItemEvent e) { Options.dump = dump.getState(); } } ); jlex.addItemListener( new ItemListener() { public void itemStateChanged(ItemEvent e) { Options.jlex = jlex.getState(); } } ); no_minimize.addItemListener( new ItemListener() { public void itemStateChanged(ItemEvent e) { Options.no_minimize = no_minimize.getState(); } } ); no_backup.addItemListener( new ItemListener() { public void itemStateChanged(ItemEvent e) { Options.no_backup = no_backup.getState(); } } ); dot.addItemListener( new ItemListener() { public void itemStateChanged(ItemEvent e) { Options.dot = dot.getState(); } } ); time.addItemListener( new ItemListener() { public void itemStateChanged(ItemEvent e) { Options.time = time.getState(); } } ); // setup layout GridPanel panel = new GridPanel(4,7,10,10); panel.setInsets( new Insets(10,5,5,10) ); panel.add(3,0,ok); panel.add(3,1,defaults); panel.add(0,0,2,1,Handles.BOTTOM,new Label("skeleton file:")); panel.add(0,1,2,1,skelFile); panel.add(2,1,1,1,Handles.TOP, skelBrowse); panel.add(0,2,1,1,Handles.BOTTOM,new Label("code:")); panel.add(0,3,1,1,tableG); panel.add(0,4,1,1,switchG); panel.add(0,5,1,1,packG); panel.add(1,3,1,1,dump); panel.add(1,4,1,1,verbose); panel.add(1,5,1,1,time); panel.add(2,3,1,1,no_minimize); panel.add(2,4,1,1,no_backup); panel.add(3,3,1,1,jlex); panel.add(3,4,1,1,dot); add("Center",panel); updateState(); } private void skelBrowse() { FileDialog d = new FileDialog(owner , "Choose file", FileDialog.LOAD); d.show(); if (d.getFile() != null) { File skel = new File(d.getDirectory()+d.getFile()); try { Skeleton.readSkelFile(skel); skelFile.setText(skel.toString()); } catch (GeneratorException e) { // do nothing } } } private void setGenMethod() { if ( tableG.getState() ) { Options.gen_method = Options.TABLE; return; } if ( switchG.getState() ) { Options.gen_method = Options.SWITCH; return; } if ( packG.getState() ) { Options.gen_method = Options.PACK; return; } } private void updateState() { dump.setState(Options.dump); verbose.setState(Options.verbose); jlex.setState(Options.jlex); no_minimize.setState(Options.no_minimize); no_backup.setState(Options.no_backup); time.setState(Options.time); dot.setState(Options.dot); tableG.setState(Options.gen_method == Options.TABLE); switchG.setState(Options.gen_method == Options.SWITCH); packG.setState(Options.gen_method == Options.PACK); } private void setDefaults() { Options.setDefaults(); Skeleton.readDefault(); skelFile.setText(""); updateState(); } public void close() { hide(); } } jflex-1.4.3/src/JFlex/HiLowEmitter.java0000644000175000017500000000631611141010522016340 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * jflex * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * HiLowEmitter * * @author Gerwin Klein * @version $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class HiLowEmitter extends PackEmitter { /** number of entries in expanded array */ private int numEntries; /** * Create new emitter for values in [0, 0xFFFFFFFF] using hi/low encoding. * * @param name the name of the generated array */ public HiLowEmitter(String name) { super(name); } /** * Emits hi/low pair unpacking code for the generated array. * * @see JFlex.PackEmitter#emitUnPack() */ public void emitUnpack() { // close last string chunk: println("\";"); nl(); println(" private static int [] zzUnpack"+name+"() {"); println(" int [] result = new int["+numEntries+"];"); println(" int offset = 0;"); for (int i = 0; i < chunks; i++) { println(" offset = zzUnpack"+name+"("+constName()+"_PACKED_"+i+", offset, result);"); } println(" return result;"); println(" }"); nl(); println(" private static int zzUnpack"+name+"(String packed, int offset, int [] result) {"); println(" int i = 0; /* index in packed string */"); println(" int j = offset; /* index in unpacked array */"); println(" int l = packed.length();"); println(" while (i < l) {"); println(" int high = packed.charAt(i++) << 16;"); println(" result[j++] = high | packed.charAt(i++);"); println(" }"); println(" return j;"); println(" }"); } /** * Emit one value using two characters. * * @param val the value to emit * @prec 0 <= val <= 0xFFFFFFFF */ public void emit(int val) { numEntries+= 1; breaks(); emitUC(val >> 16); emitUC(val & 0xFFFF); } } jflex-1.4.3/src/JFlex/IntCharSet.java0000644000175000017500000002421411141010522015765 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.util.*; /** * CharSet implemented with intervalls * * [fixme: optimizations possible] * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public final class IntCharSet { private final static boolean DEBUG = false; /* invariant: all intervals are disjoint, ordered */ private Vector intervalls; private int pos; public IntCharSet() { this.intervalls = new Vector(); } public IntCharSet(char c) { this(new Interval(c,c)); } public IntCharSet(Interval intervall) { this(); intervalls.addElement(intervall); } public IntCharSet(Vector /* Interval */ chars) { int size = chars.size(); this.intervalls = new Vector(size); for (int i = 0; i < size; i++) add( (Interval) chars.elementAt(i) ); } /** * returns the index of the intervall that contains * the character c, -1 if there is no such intevall * * @prec: true * @post: -1 <= return < intervalls.size() && * (return > -1 --> intervalls[return].contains(c)) * * @param c the character * @return the index of the enclosing interval, -1 if no such interval */ private int indexOf(char c) { int start = 0; int end = intervalls.size()-1; while (start <= end) { int check = (start+end) / 2; Interval i = (Interval) intervalls.elementAt(check); if (start == end) return i.contains(c) ? start : -1; if (c < i.start) { end = check-1; continue; } if (c > i.end) { start = check+1; continue; } return check; } return -1; } public IntCharSet add(IntCharSet set) { for (int i = 0; i < set.intervalls.size(); i++) add( (Interval) set.intervalls.elementAt(i) ); return this; } public void add(Interval intervall) { int size = intervalls.size(); for (int i = 0; i < size; i++) { Interval elem = (Interval) intervalls.elementAt(i); if ( elem.end+1 < intervall.start ) continue; if ( elem.contains(intervall) ) return; if ( elem.start > intervall.end+1 ) { intervalls.insertElementAt(new Interval(intervall), i); return; } if (intervall.start < elem.start) elem.start = intervall.start; if (intervall.end <= elem.end) return; elem.end = intervall.end; i++; // delete all x with x.contains( intervall.end ) while (i < size) { Interval x = (Interval) intervalls.elementAt(i); if (x.start > elem.end+1) return; elem.end = x.end; intervalls.removeElementAt(i); size--; } return; } intervalls.addElement(new Interval(intervall)); } public void add(char c) { int size = intervalls.size(); for (int i = 0; i < size; i++) { Interval elem = (Interval) intervalls.elementAt(i); if (elem.end+1 < c) continue; if (elem.contains(c)) return; // already there, nothing to do // assert(elem.end+1 >= c && (elem.start > c || elem.end < c)); if (elem.start > c+1) { intervalls.insertElementAt(new Interval(c,c), i); return; } // assert(elem.end+1 >= c && elem.start <= c+1 && (elem.start > c || elem.end < c)); if (c+1 == elem.start) { elem.start = c; return; } // assert(elem.end+1 == c); elem.end = c; // merge with next interval if it contains c if (i+1 >= size) return; Interval x = (Interval) intervalls.elementAt(i+1); if (x.start <= c+1) { elem.end = x.end; intervalls.removeElementAt(i+1); } return; } // end reached but nothing found -> append at end intervalls.addElement(new Interval(c,c)); } public boolean contains(char singleChar) { return indexOf(singleChar) >= 0; } /** * o instanceof Interval */ public boolean equals(Object o) { IntCharSet set = (IntCharSet) o; if ( intervalls.size() != set.intervalls.size() ) return false; for (int i = 0; i < intervalls.size(); i++) { if ( !intervalls.elementAt(i).equals( set.intervalls.elementAt(i)) ) return false; } return true; } private char min(char a, char b) { return a <= b ? a : b; } private char max(char a, char b) { return a >= b ? a : b; } /* intersection */ public IntCharSet and(IntCharSet set) { if (DEBUG) { Out.dump("intersection"); Out.dump("this : "+this); Out.dump("other : "+set); } IntCharSet result = new IntCharSet(); int i = 0; // index in this.intervalls int j = 0; // index in set.intervalls int size = intervalls.size(); int setSize = set.intervalls.size(); while (i < size && j < setSize) { Interval x = (Interval) this.intervalls.elementAt(i); Interval y = (Interval) set.intervalls.elementAt(j); if (x.end < y.start) { i++; continue; } if (y.end < x.start) { j++; continue; } result.intervalls.addElement( new Interval( max(x.start, y.start), min(x.end, y.end) ) ); if (x.end >= y.end) j++; if (y.end >= x.end) i++; } if (DEBUG) { Out.dump("result: "+result); } return result; } /* complement */ /* prec: this.contains(set), set != null */ public void sub(IntCharSet set) { if (DEBUG) { Out.dump("complement"); Out.dump("this : "+this); Out.dump("other : "+set); } int i = 0; // index in this.intervalls int j = 0; // index in set.intervalls int setSize = set.intervalls.size(); while (i < intervalls.size() && j < setSize) { Interval x = (Interval) this.intervalls.elementAt(i); Interval y = (Interval) set.intervalls.elementAt(j); if (DEBUG) { Out.dump("this : "+this); Out.dump("this ["+i+"] : "+x); Out.dump("other ["+j+"] : "+y); } if (x.end < y.start) { i++; continue; } if (y.end < x.start) { j++; continue; } // x.end >= y.start && y.end >= x.start -> // x.end <= y.end && x.start >= y.start (prec) if ( x.start == y.start && x.end == y.end ) { intervalls.removeElementAt(i); j++; continue; } // x.end <= y.end && x.start >= y.start && // (x.end < y.end || x.start > y.start) -> // x.start < x.end if ( x.start == y.start ) { x.start = (char) (y.end+1); j++; continue; } if ( x.end == y.end ) { x.end = (char) (y.start-1); i++; j++; continue; } intervalls.insertElementAt(new Interval(x.start, (char) (y.start-1)), i); x.start = (char) (y.end+1); i++; j++; } if (DEBUG) { Out.dump("result: "+this); } } public boolean containsElements() { return intervalls.size() > 0; } public int numIntervalls() { return intervalls.size(); } // beware: depends on caller protocol, single user only public Interval getNext() { if (pos == intervalls.size()) pos = 0; return (Interval) intervalls.elementAt(pos++); } /** * Create a caseless version of this charset. *

* The caseless version contains all characters of this char set, * and additionally all lower/upper/title case variants of the * characters in this set. * * @return a caseless copy of this set */ public IntCharSet getCaseless() { IntCharSet n = copy(); int size = intervalls.size(); for (int i=0; i < size; i++) { Interval elem = (Interval) intervalls.elementAt(i); for (char c = elem.start; c <= elem.end; c++) { n.add(Character.toLowerCase(c)); n.add(Character.toUpperCase(c)); n.add(Character.toTitleCase(c)); } } return n; } /** * Make a string representation of this char set. * * @return a string representing this char set. */ public String toString() { StringBuffer result = new StringBuffer("{ "); for (int i = 0; i < intervalls.size(); i++) result.append( intervalls.elementAt(i) ); result.append(" }"); return result.toString(); } /** * Return a (deep) copy of this char set * * @return the copy */ public IntCharSet copy() { IntCharSet result = new IntCharSet(); int size = intervalls.size(); for (int i=0; i < size; i++) { Interval iv = ((Interval) intervalls.elementAt(i)).copy(); result.intervalls.addElement(iv); } return result; } } jflex-1.4.3/src/JFlex/Interval.java0000644000175000017500000001100711141010522015541 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * An intervall of characters with basic operations. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public final class Interval { /* start and end of the intervall */ public char start, end; /** * Constuct a new intervall from start to end. * * @param start first character the intervall should contain * @param end last character the intervall should contain */ public Interval(char start, char end) { this.start = start; this.end = end; } /** * Copy constructor */ public Interval(Interval other) { this.start = other.start; this.end = other.end; } /** * Return true iff point is contained in this intervall. * * @param point the character to check */ public boolean contains(char point) { return start <= point && end >= point; } /** * Return true iff this intervall completely contains the * other one. * * @param other the other intervall */ public boolean contains(Interval other) { return this.start <= other.start && this.end >= other.end; } /** * Return true if o is an intervall * with the same borders. * * @param o the object to check equality with */ public boolean equals(Object o) { if ( o == this ) return true; if ( !(o instanceof Interval) ) return false; Interval other = (Interval) o; return other.start == this.start && other.end == this.end; } /** * Set a new last character * * @param end the new last character of this intervall */ public void setEnd(char end) { this.end = end; } /** * Set a new first character * * @param start the new first character of this intervall */ public void setStart(char start) { this.start = start; } /** * Check wether a character is printable. * * @param c the character to check */ private static boolean isPrintable(char c) { // fixme: should make unicode test here return c > 31 && c < 127; } /** * Get a String representation of this intervall. * * @return a string "[start-end]" or * "[start]" (if there is only one character in * the intervall) where start and * end are either a number (the character code) * or something of the from 'a'. */ public String toString() { StringBuffer result = new StringBuffer("["); if ( isPrintable(start) ) result.append("'"+start+"'"); else result.append( (int) start ); if (start != end) { result.append("-"); if ( isPrintable(end) ) result.append("'"+end+"'"); else result.append( (int) end ); } result.append("]"); return result.toString(); } /** * Make a copy of this interval. * * @return the copy */ public Interval copy() { return new Interval(start,end); } } jflex-1.4.3/src/JFlex/IntPair.java0000644000175000017500000000416111141010522015326 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * Simple pair of integers. * * Used in NFA to represent a partial NFA by its start and end state. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ final class IntPair { int start; int end; IntPair(int start, int end) { this.start = start; this.end = end; } public int hashCode() { return end + (start << 8); } public boolean equals(Object o) { if ( o instanceof IntPair ) { IntPair p = (IntPair) o; return start == p.start && end == p.end; } return false; } public String toString() { return "("+start+","+end+")"; } } jflex-1.4.3/src/JFlex/LexicalStates.java0000644000175000017500000000557711141010522016541 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.util.*; /** * Simple symbol table, mapping lexical state names to integers. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class LexicalStates { /** maps state name to state number */ Hashtable states; /** codes of inclusive states (subset of states) */ Vector inclusive; /** number of declared states */ int numStates; /** * constructs a new lexical state symbol table */ public LexicalStates() { states = new Hashtable(); inclusive = new Vector(); } /** * insert a new state declaration */ public void insert(String name, boolean is_inclusive) { if ( states.containsKey(name) ) return; Integer code = new Integer(numStates++); states.put(name, code); if (is_inclusive) inclusive.addElement(code); } /** * returns the number (code) of a declared state, * null if no such state has been declared. */ public Integer getNumber(String name) { return (Integer) states.get(name); } /** * returns the number of declared states */ public int number() { return numStates; } /** * returns the names of all states */ public Enumeration names() { return states.keys(); } /** * returns the code of all inclusive states */ public Enumeration getInclusiveStates() { return inclusive.elements(); } } jflex-1.4.3/src/JFlex/LexParse.cup0000644000175000017500000005710311141010522015355 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.util.*; /* customizing code */ action code {: LexScan scanner; CharClasses charClasses = new CharClasses(Options.jlex ? 127 : 0xFFFF); RegExps regExps = new RegExps(); Macros macros = new Macros(); Integer stateNumber; Timer t = new Timer(); EOFActions eofActions = new EOFActions(); void fatalError(ErrorMessages message, int line, int col) { syntaxError(message, line, col); throw new GeneratorException(); } void fatalError(ErrorMessages message) { fatalError(message, scanner.currentLine(), -1); throw new GeneratorException(); } void syntaxError(ErrorMessages message) { Out.error(scanner.file, message, scanner.currentLine(), -1); } void syntaxError(ErrorMessages message, int line) { Out.error(scanner.file, message, line, -1); } void syntaxError(ErrorMessages message, int line, int col) { Out.error(scanner.file, message, line, col); } private boolean check(int type, char c) { switch (type) { case sym.JLETTERCLASS: return Character.isJavaIdentifierStart(c); case sym.JLETTERDIGITCLASS: return Character.isJavaIdentifierPart(c); case sym.LETTERCLASS: return Character.isLetter(c); case sym.DIGITCLASS: return Character.isDigit(c); case sym.UPPERCLASS: return Character.isUpperCase(c); case sym.LOWERCLASS: return Character.isLowerCase(c); default: return false; } } private Vector makePreClass(int type) { Vector result = new Vector(); char c = 0; char start = 0; char last = charClasses.getMaxCharCode(); boolean prev, current; prev = check(type,'\u0000'); for (c = 1; c < last; c++) { current = check(type,c); if (!prev && current) start = c; if (prev && !current) { result.addElement(new Interval(start, (char)(c-1))); } prev = current; } // the last iteration is moved out of the loop to // avoid an endless loop if last == maxCharCode and // last+1 == 0 current = check(type,c); if (!prev && current) result.addElement(new Interval(c,c)); if (prev && current) result.addElement(new Interval(start, c)); if (prev && !current) result.addElement(new Interval(start, (char)(c-1))); return result; } private RegExp makeRepeat(RegExp r, int n1, int n2, int line, int col) { if (n1 <= 0 && n2 <= 0) { syntaxError(ErrorMessages.REPEAT_ZERO, line, col); return null; } if (n1 > n2) { syntaxError(ErrorMessages.REPEAT_GREATER, line, col); return null; } int i; RegExp result; if (n1 > 0) { result = r; n1--; n2--; // we need one concatenation less than the number of expressions to match } else { result = new RegExp1(sym.QUESTION,r); n2--; } for (i = 0; i < n1; i++) result = new RegExp2(sym.CONCAT, result, r); n2-= n1; for (i = 0; i < n2; i++) result = new RegExp2(sym.CONCAT, result, new RegExp1(sym.QUESTION,r)); return result; } private RegExp makeNL() { Vector list = new Vector(); list.addElement(new Interval('\n','\r')); list.addElement(new Interval('\u0085','\u0085')); list.addElement(new Interval('\u2028','\u2029')); // assumption: line feeds are caseless charClasses.makeClass(list, false); charClasses.makeClass('\n', false); charClasses.makeClass('\r', false); RegExp1 c = new RegExp1(sym.CCLASS, list); Character n = new Character('\n'); Character r = new Character('\r'); return new RegExp2(sym.BAR, c, new RegExp2(sym.CONCAT, new RegExp1(sym.CHAR, r), new RegExp1(sym.CHAR, n))); } :}; parser code {: public LexScan scanner; public LexParse(LexScan scanner) { super(scanner); this.scanner = scanner; } public CharClasses getCharClasses() { return action_obj.charClasses; } public EOFActions getEOFActions() { return action_obj.eofActions; } public void report_error(String message, Object info) { if ( info instanceof java_cup.runtime.Symbol ) { java_cup.runtime.Symbol s = (java_cup.runtime.Symbol) info; if (s.sym == sym.EOF) Out.error(ErrorMessages.UNEXPECTED_EOF); else Out.error(scanner.file, ErrorMessages.SYNTAX_ERROR, s.left, s.right); } else Out.error(ErrorMessages.UNKNOWN_SYNTAX); } public void report_fatal_error(String message, Object info) { // report_error(message, info); throw new GeneratorException(); } :}; init with {: action_obj.scanner = this.scanner; :}; /* token declarations */ terminal OPENBRACKET, CLOSEBRACKET, HAT, DOLLAR, OPENCLASS, CLOSECLASS, DASH, DELIMITER, EQUALS, COMMA, LESSTHAN, MORETHAN, LBRACE, RBRACE, ASCII, FULL, UNICODE, REGEXPEND; terminal JLETTERCLASS, JLETTERDIGITCLASS, LETTERCLASS, DIGITCLASS, UPPERCLASS, LOWERCLASS, EOFRULE, NOACTION, LOOKAHEAD; terminal Action ACTION; terminal String IDENT, USERCODE; terminal Integer REPEAT; /* tokens used in RegExp parse tree */ terminal STAR, PLUS, BAR, QUESTION, POINT, BANG, TILDE; terminal Character CHAR; terminal String STRING, MACROUSE; /* symbols *only* used in the parse tree (not in the grammar) */ terminal CCLASS, CCLASSNOT, CONCAT; terminal STRING_I, CHAR_I; /* case insensitive strings/chars */ non terminal macros, macro; non terminal Integer rule; non terminal NFA specification; non terminal RegExp series, concs, nregexp, regexp, charclass, lookahead; non terminal Interval classcontentelem; non terminal Vector states, statesOPT, classcontent, preclass, rules; non terminal Boolean hatOPT; non terminal Action act, actions; /* grammar specification */ start with specification; specification ::= USERCODE /* delimiter is checked in lexer */ macros DELIMITER rules {: scanner.t.stop(); Out.checkErrors(); Out.time(ErrorMessages.PARSING_TOOK, t); macros.expand(); Enumeration unused = macros.unused(); while ( unused.hasMoreElements() ) { Out.warning("Macro \""+unused.nextElement()+"\" has been declared but never used."); } SemCheck.check(regExps, macros, scanner.file); regExps.checkActions(); regExps.checkLookAheads(); Out.checkErrors(); if (Options.dump) charClasses.dump(); Out.print("Constructing NFA : "); t.start(); int num = regExps.getNum(); RESULT = new NFA(charClasses.getNumClasses(), scanner, regExps, macros, charClasses); eofActions.setNumLexStates(scanner.states.number()); for (int i = 0; i < num; i++) { if (regExps.isEOF(i)) eofActions.add( regExps.getStates(i), regExps.getAction(i) ); else RESULT.addRegExp(i); } if (scanner.standalone) RESULT.addStandaloneRule(); t.stop(); Out.time(""); Out.time(ErrorMessages.NFA_TOOK, t); :} | /* emtpy spec. error */ {: fatalError(ErrorMessages.NO_LEX_SPEC); :} ; macros ::= /* empty, most switches & state declarations are parsed in lexer */ | macros macro | error; macro ::= ASCII {: charClasses.setMaxCharCode(127); :} | FULL {: charClasses.setMaxCharCode(255); :} | UNICODE {: charClasses.setMaxCharCode(0xFFFF); :} | IDENT:name EQUALS series:definition REGEXPEND {: macros.insert(name, definition); :} | IDENT EQUALS:e {: syntaxError(ErrorMessages.REGEXP_EXPECTED, eleft, eright); :} ; rules ::= rules:rlist rule:r {: rlist.addElement(r); RESULT = rlist; :} | rules:rlist1 LESSTHAN states:states MORETHAN LBRACE rules:rlist2 RBRACE {: Enumeration rs = rlist2.elements(); while ( rs.hasMoreElements() ) { Integer elem = (Integer) rs.nextElement(); // might be null for error case of "rule" if (elem != null) { regExps.addStates( elem.intValue(), states ); } rlist1.addElement( elem ); } RESULT = rlist1; :} | LESSTHAN states:states MORETHAN LBRACE rules:rlist RBRACE {: Enumeration rs = rlist.elements(); while ( rs.hasMoreElements() ) { Integer elem = (Integer) rs.nextElement(); // might be null for error case of "rule" if (elem != null) { regExps.addStates( elem.intValue(), states ); } } RESULT = rlist; :} | rule:r {: RESULT = new Vector(); RESULT.addElement(r); :} ; rule ::= statesOPT:s hatOPT:bol series:r actions:a {: RESULT = new Integer(regExps.insert(rleft, s, r, a, bol, null)); :} | statesOPT:s hatOPT:bol series:r lookahead:l act:a {: RESULT = new Integer(regExps.insert(rleft, s, r, a, bol, l)); :} | statesOPT:s hatOPT:bol series:r lookahead:l NOACTION:a {: syntaxError(ErrorMessages.LOOKAHEAD_NEEDS_ACTION, aleft, aright+1); :} | statesOPT:s EOFRULE ACTION:a {: RESULT = new Integer(regExps.insert(s, a)); :} | error ; lookahead ::= DOLLAR {: RESULT = makeNL(); :} | LOOKAHEAD series:r {: RESULT = r; :} | LOOKAHEAD series:s DOLLAR {: RESULT = new RegExp2(sym.CONCAT, s, makeNL()); :} ; act ::= REGEXPEND ACTION:a {: RESULT = a; :} ; actions ::= act:a {: RESULT = a; :} | NOACTION ; statesOPT ::= LESSTHAN states:list MORETHAN {: RESULT = list; :} | /* empty */ {: RESULT = new Vector(); :} ; states ::= IDENT:id COMMA states:list {: stateNumber = scanner.states.getNumber( id ); if ( stateNumber != null ) list.addElement( stateNumber ); else { throw new ScannerException(scanner.file, ErrorMessages.LEXSTATE_UNDECL, idleft, idright); } RESULT = list; :} | IDENT:id {: Vector list = new Vector(); stateNumber = scanner.states.getNumber( id ); if ( stateNumber != null ) list.addElement( stateNumber ); else { throw new ScannerException(scanner.file, ErrorMessages.LEXSTATE_UNDECL, idleft, idright); } RESULT = list; :} | IDENT COMMA:c {: syntaxError(ErrorMessages.REGEXP_EXPECTED, cleft, cright+1); :} ; hatOPT ::= HAT {: // assumption: there is no upper case for \n charClasses.makeClass('\n', false); RESULT = new Boolean(true); :} | /* empty */ {: RESULT = new Boolean(false); :} ; series ::= series:r1 BAR concs:r2 {: RESULT = new RegExp2(sym.BAR, r1, r2); :} | concs:r {: RESULT = r; :} | BAR:b {: syntaxError(ErrorMessages.REGEXP_EXPECTED, bleft, bright); :} ; concs ::= concs:r1 nregexp:r2 {: RESULT = new RegExp2(sym.CONCAT, r1, r2); :} | nregexp:r {: RESULT = r; :} ; nregexp ::= regexp:r {: RESULT = r; :} | BANG nregexp:r {: RESULT = new RegExp1(sym.BANG, r); :} | TILDE nregexp:r {: RESULT = new RegExp1(sym.TILDE, r); :} ; regexp ::= regexp:r STAR {: RESULT = new RegExp1(sym.STAR, r); :} | regexp:r PLUS {: RESULT = new RegExp1(sym.PLUS, r); :} | regexp:r QUESTION {: RESULT = new RegExp1(sym.QUESTION, r); :} | regexp:r REPEAT:n RBRACE:b {: RESULT = makeRepeat(r, n.intValue(), n.intValue(), bleft, bright); :} | regexp:r REPEAT:n1 REPEAT:n2 RBRACE {: RESULT = makeRepeat(r, n1.intValue(), n2.intValue(), n1left, n2right); :} | OPENBRACKET series:r CLOSEBRACKET {: RESULT = r; :} | MACROUSE:ident {: if ( !scanner.macroDefinition ) { if ( ! macros.markUsed(ident) ) throw new ScannerException(scanner.file, ErrorMessages.MACRO_UNDECL, identleft, identright); } RESULT = new RegExp1(sym.MACROUSE, ident); :} | charclass:c {: RESULT = c; :} | preclass:list {: try { // assumption [correct?]: preclasses are already closed under case charClasses.makeClass(list, false); } catch (CharClassException e) { syntaxError(ErrorMessages.CHARSET_2_SMALL, listleft); } RESULT = new RegExp1(sym.CCLASS, list); :} | STRING:str {: try { if ( scanner.caseless ) { charClasses.makeClass(str, true); RESULT = new RegExp1(sym.STRING_I, str); } else { charClasses.makeClass(str, false); RESULT = new RegExp1(sym.STRING, str); } } catch (CharClassException e) { syntaxError(ErrorMessages.CS2SMALL_STRING, strleft, strright); } :} | POINT {: Vector any = new Vector(); any.addElement(new Interval('\n','\n')); // assumption: there is no upper case for \n charClasses.makeClass('\n', false); RESULT = new RegExp1(sym.CCLASSNOT, any); :} | CHAR:c {: try { if ( scanner.caseless ) { charClasses.makeClass(c.charValue(), true); RESULT = new RegExp1(sym.CHAR_I, c); } else { charClasses.makeClass(c.charValue(), false); RESULT = new RegExp1(sym.CHAR, c); } } catch (CharClassException e) { syntaxError(ErrorMessages.CS2SMALL_CHAR, cleft, cright); } :} ; charclass ::= OPENCLASS CLOSECLASS {: RESULT = new RegExp1(sym.CCLASS,null); :} | OPENCLASS classcontent:list CLOSECLASS:close {: try { charClasses.makeClass(list, Options.jlex && scanner.caseless); } catch (CharClassException e) { syntaxError(ErrorMessages.CHARSET_2_SMALL, closeleft, closeright); } RESULT = new RegExp1(sym.CCLASS,list); :} | OPENCLASS HAT CLOSECLASS:close {: Vector list = new Vector(); list.addElement(new Interval((char)0,CharClasses.maxChar)); try { charClasses.makeClass(list, false); } catch (CharClassException e) { syntaxError(ErrorMessages.CHARSET_2_SMALL, closeleft, closeright); } RESULT = new RegExp1(sym.CCLASS,list); :} | OPENCLASS HAT classcontent:list CLOSECLASS:close {: try { charClasses.makeClassNot(list, Options.jlex && scanner.caseless); } catch (CharClassException e) { syntaxError(ErrorMessages.CHARSET_2_SMALL, closeleft, closeright); } RESULT = new RegExp1(sym.CCLASSNOT,list); :} | OPENCLASS DASH classcontent:list CLOSECLASS:close {: try { list.addElement(new Interval('-','-')); charClasses.makeClass(list, Options.jlex && scanner.caseless); } catch (CharClassException e) { syntaxError(ErrorMessages.CHARSET_2_SMALL, closeleft, closeright); } RESULT = new RegExp1(sym.CCLASS,list); :} | OPENCLASS HAT DASH classcontent:list CLOSECLASS:close {: try { list.addElement(new Interval('-','-')); charClasses.makeClassNot(list, Options.jlex && scanner.caseless); } catch (CharClassException e) { syntaxError(ErrorMessages.CHARSET_2_SMALL, closeleft, closeright); } RESULT = new RegExp1(sym.CCLASSNOT,list); :} ; classcontent ::= classcontent:list classcontentelem:elem {: list.addElement(elem); RESULT = list; :} | classcontentelem:elem {: Vector list = new Vector(); list.addElement(elem); RESULT = list; :} | classcontent:list preclass:plist {: for (Enumeration e = plist.elements(); e.hasMoreElements();) list.addElement(e.nextElement()); RESULT = list; :} | preclass:list {: RESULT = list; :} | classcontent:list STRING:s {: for (int i = 0; i < s.length(); i++) list.addElement(new Interval(s.charAt(i),s.charAt(i))); RESULT = list; :} | STRING:s {: RESULT = new Vector(); for (int i = 0; i < s.length(); i++) RESULT.addElement(new Interval(s.charAt(i),s.charAt(i))); :} | classcontent:list MACROUSE:ident {: syntaxError(ErrorMessages.CHARCLASS_MACRO, identleft, identright); :} | MACROUSE:ident {: syntaxError(ErrorMessages.CHARCLASS_MACRO, identleft, identright); :} ; classcontentelem ::= CHAR:c1 DASH CHAR:c2 {: RESULT = new Interval(c1.charValue(), c2.charValue()); :} | CHAR:c {: RESULT = new Interval(c.charValue(), c.charValue()); :} ; preclass ::= JLETTERCLASS {: RESULT = makePreClass(sym.JLETTERCLASS); :} | JLETTERDIGITCLASS {: RESULT = makePreClass(sym.JLETTERDIGITCLASS); :} | LETTERCLASS {: RESULT = makePreClass(sym.LETTERCLASS); :} | DIGITCLASS {: RESULT = makePreClass(sym.DIGITCLASS); :} | UPPERCLASS {: RESULT = makePreClass(sym.UPPERCLASS); :} | LOWERCLASS {: RESULT = makePreClass(sym.LOWERCLASS); :} ; jflex-1.4.3/src/JFlex/LexParse.java0000644000175000017500000027766011141044633015535 0ustar moonmoon //---------------------------------------------------- // The following code was generated by CUP v0.11a beta 20060608 // Sat Jan 31 23:52:43 EST 2009 //---------------------------------------------------- package JFlex; import java.util.*; /** CUP v0.11a beta 20060608 generated parser. * @version Sat Jan 31 23:52:43 EST 2009 */ public class LexParse extends java_cup.runtime.lr_parser { /** Default constructor. */ public LexParse() {super();} /** Constructor which sets the default scanner. */ public LexParse(java_cup.runtime.Scanner s) {super(s);} /** Constructor which sets the default scanner. */ public LexParse(java_cup.runtime.Scanner s, java_cup.runtime.SymbolFactory sf) {super(s,sf);} /** Production table. */ protected static final short _production_table[][] = unpackFromStrings(new String[] { "\000\113\000\002\002\004\000\002\005\006\000\002\005" + "\002\000\002\002\002\000\002\002\004\000\002\002\003" + "\000\002\003\003\000\002\003\003\000\002\003\003\000" + "\002\003\006\000\002\003\004\000\002\021\004\000\002" + "\021\011\000\002\021\010\000\002\021\003\000\002\004" + "\006\000\002\004\007\000\002\004\007\000\002\004\005" + "\000\002\004\003\000\002\013\003\000\002\013\004\000" + "\002\013\005\000\002\023\004\000\002\024\003\000\002" + "\024\003\000\002\016\005\000\002\016\002\000\002\015" + "\005\000\002\015\003\000\002\015\004\000\002\022\003" + "\000\002\022\002\000\002\006\005\000\002\006\003\000" + "\002\006\003\000\002\007\004\000\002\007\003\000\002" + "\010\003\000\002\010\004\000\002\010\004\000\002\011" + "\004\000\002\011\004\000\002\011\004\000\002\011\005" + "\000\002\011\006\000\002\011\005\000\002\011\003\000" + "\002\011\003\000\002\011\003\000\002\011\003\000\002" + "\011\003\000\002\011\003\000\002\012\004\000\002\012" + "\005\000\002\012\005\000\002\012\006\000\002\012\006" + "\000\002\012\007\000\002\017\004\000\002\017\003\000" + "\002\017\004\000\002\017\003\000\002\017\004\000\002" + "\017\003\000\002\017\004\000\002\017\003\000\002\014" + "\005\000\002\014\003\000\002\020\003\000\002\020\003" + "\000\002\020\003\000\002\020\003\000\002\020\003\000" + "\002\020\003" }); /** Access to production table. */ public short[][] production_table() {return _production_table;} /** Parse-action table. */ protected static final short[][] _action_table = unpackFromStrings(new String[] { "\000\156\000\006\002\uffff\041\004\001\002\000\016\003" + "\007\013\ufffe\022\ufffe\023\ufffe\024\ufffe\040\ufffe\001\002" + "\000\004\002\006\001\002\000\004\002\001\001\002\000" + "\014\013\ufffc\022\ufffc\023\ufffc\024\ufffc\040\ufffc\001\002" + "\000\014\013\012\022\011\023\016\024\015\040\014\001" + "\002\000\014\013\ufffb\022\ufffb\023\ufffb\024\ufffb\040\ufffb" + "\001\002\000\050\003\114\004\uffe6\006\uffe6\010\uffe6\016" + "\116\026\uffe6\027\uffe6\030\uffe6\031\uffe6\032\uffe6\033\uffe6" + "\034\uffe6\045\uffe6\047\uffe6\050\uffe6\051\uffe6\052\uffe6\053" + "\uffe6\054\uffe6\001\002\000\014\013\ufffd\022\ufffd\023\ufffd" + "\024\ufffd\040\ufffd\001\002\000\004\014\017\001\002\000" + "\014\013\ufff9\022\ufff9\023\ufff9\024\ufff9\040\ufff9\001\002" + "\000\014\013\ufffa\022\ufffa\023\ufffa\024\ufffa\040\ufffa\001" + "\002\000\052\004\034\010\044\013\ufff7\022\ufff7\023\ufff7" + "\024\ufff7\026\023\027\031\030\020\031\042\032\035\033" + "\032\040\ufff7\045\041\047\022\050\037\051\024\052\021" + "\053\030\054\025\001\002\000\064\004\uffba\005\uffba\007" + "\uffba\010\uffba\011\uffba\025\uffba\026\uffba\027\uffba\030\uffba" + "\031\uffba\032\uffba\033\uffba\035\uffba\036\uffba\042\uffba\043" + "\uffba\044\uffba\045\uffba\046\uffba\047\uffba\050\uffba\051\uffba" + "\052\uffba\053\uffba\054\uffba\001\002\000\062\004\uffcd\005" + "\uffcd\007\uffcd\010\uffcd\025\uffcd\026\uffcd\027\uffcd\030\uffcd" + "\031\uffcd\032\uffcd\033\uffcd\035\uffcd\036\uffcd\042\uffcd\043" + "\uffcd\044\uffcd\045\uffcd\046\uffcd\047\uffcd\050\uffcd\051\uffcd" + "\052\uffcd\053\uffcd\054\uffcd\001\002\000\062\004\uffce\005" + "\uffce\007\uffce\010\uffce\025\uffce\026\uffce\027\uffce\030\uffce" + "\031\uffce\032\uffce\033\uffce\035\uffce\036\uffce\042\uffce\043" + "\uffce\044\uffce\045\uffce\046\uffce\047\uffce\050\uffce\051\uffce" + "\052\uffce\053\uffce\054\uffce\001\002\000\064\004\uffbc\005" + "\uffbc\007\uffbc\010\uffbc\011\uffbc\025\uffbc\026\uffbc\027\uffbc" + "\030\uffbc\031\uffbc\032\uffbc\033\uffbc\035\uffbc\036\uffbc\042" + "\uffbc\043\uffbc\044\uffbc\045\uffbc\046\uffbc\047\uffbc\050\uffbc" + "\051\uffbc\052\uffbc\053\uffbc\054\uffbc\001\002\000\036\004" + "\034\010\044\026\023\027\031\030\020\031\042\032\035" + "\033\032\047\022\050\037\051\024\052\021\053\030\054" + "\025\001\002\000\062\004\uffd2\005\uffd2\007\uffd2\010\uffd2" + "\025\uffd2\026\uffd2\027\uffd2\030\uffd2\031\uffd2\032\uffd2\033" + "\uffd2\035\uffd2\036\uffd2\042\uffd2\043\uffd2\044\uffd2\045\uffd2" + "\046\uffd2\047\uffd2\050\uffd2\051\uffd2\052\uffd2\053\uffd2\054" + "\uffd2\001\002\000\006\025\112\045\106\001\002\000\062" + "\004\uffd0\005\uffd0\007\uffd0\010\uffd0\025\uffd0\026\uffd0\027" + "\uffd0\030\uffd0\031\uffd0\032\uffd0\033\uffd0\035\uffd0\036\uffd0" + "\042\uffd0\043\uffd0\044\uffd0\045\uffd0\046\uffd0\047\uffd0\050" + "\uffd0\051\uffd0\052\uffd0\053\uffd0\054\uffd0\001\002\000\062" + "\004\uffcf\005\uffcf\007\uffcf\010\uffcf\025\uffcf\026\uffcf\027" + "\uffcf\030\uffcf\031\uffcf\032\uffcf\033\uffcf\035\uffcf\036\uffcf" + "\042\uffcf\043\uffcf\044\uffcf\045\uffcf\046\uffcf\047\uffcf\050" + "\uffcf\051\uffcf\052\uffcf\053\uffcf\054\uffcf\001\002\000\064" + "\004\uffbb\005\uffbb\007\uffbb\010\uffbb\011\uffbb\025\uffbb\026" + "\uffbb\027\uffbb\030\uffbb\031\uffbb\032\uffbb\033\uffbb\035\uffbb" + "\036\uffbb\042\uffbb\043\uffbb\044\uffbb\045\uffbb\046\uffbb\047" + "\uffbb\050\uffbb\051\uffbb\052\uffbb\053\uffbb\054\uffbb\001\002" + "\000\064\004\uffb7\005\uffb7\007\uffb7\010\uffb7\011\uffb7\025" + "\uffb7\026\uffb7\027\uffb7\030\uffb7\031\uffb7\032\uffb7\033\uffb7" + "\035\uffb7\036\uffb7\042\uffb7\043\uffb7\044\uffb7\045\uffb7\046" + "\uffb7\047\uffb7\050\uffb7\051\uffb7\052\uffb7\053\uffb7\054\uffb7" + "\001\002\000\052\004\034\005\uffdf\007\uffdf\010\044\025" + "\uffdf\026\023\027\031\030\020\031\042\032\035\033\032" + "\035\uffdf\036\uffdf\045\uffdf\047\022\050\037\051\024\052" + "\021\053\030\054\025\001\002\000\040\004\034\010\044" + "\026\023\027\031\030\020\031\042\032\035\033\032\045" + "\041\047\022\050\037\051\024\052\021\053\030\054\025" + "\001\002\000\064\004\uffb8\005\uffb8\007\uffb8\010\uffb8\011" + "\uffb8\025\uffb8\026\uffb8\027\uffb8\030\uffb8\031\uffb8\032\uffb8" + "\033\uffb8\035\uffb8\036\uffb8\042\uffb8\043\uffb8\044\uffb8\045" + "\uffb8\046\uffb8\047\uffb8\050\uffb8\051\uffb8\052\uffb8\053\uffb8" + "\054\uffb8\001\002\000\062\004\uffd1\005\uffd1\007\uffd1\010" + "\uffd1\025\uffd1\026\uffd1\027\uffd1\030\uffd1\031\uffd1\032\uffd1" + "\033\uffd1\035\uffd1\036\uffd1\042\uffd1\043\uffd1\044\uffd1\045" + "\uffd1\046\uffd1\047\uffd1\050\uffd1\051\uffd1\052\uffd1\053\uffd1" + "\054\uffd1\001\002\000\036\004\034\010\044\026\023\027" + "\031\030\020\031\042\032\035\033\032\047\022\050\037" + "\051\024\052\021\053\030\054\025\001\002\000\052\004" + "\uffdc\005\uffdc\007\uffdc\010\uffdc\025\uffdc\026\uffdc\027\uffdc" + "\030\uffdc\031\uffdc\032\uffdc\033\uffdc\035\uffdc\036\uffdc\045" + "\uffdc\047\uffdc\050\uffdc\051\uffdc\052\uffdc\053\uffdc\054\uffdc" + "\001\002\000\016\005\uffde\007\uffde\025\uffde\035\uffde\036" + "\uffde\045\uffde\001\002\000\064\004\uffb9\005\uffb9\007\uffb9" + "\010\uffb9\011\uffb9\025\uffb9\026\uffb9\027\uffb9\030\uffb9\031" + "\uffb9\032\uffb9\033\uffb9\035\uffb9\036\uffb9\042\uffb9\043\uffb9" + "\044\uffb9\045\uffb9\046\uffb9\047\uffb9\050\uffb9\051\uffb9\052" + "\uffb9\053\uffb9\054\uffb9\001\002\000\062\004\uffdb\005\uffdb" + "\007\uffdb\010\uffdb\025\uffdb\026\uffdb\027\uffdb\030\uffdb\031" + "\uffdb\032\uffdb\033\uffdb\035\uffdb\036\uffdb\042\077\043\075" + "\044\076\045\uffdb\046\100\047\uffdb\050\uffdb\051\uffdb\052" + "\uffdb\053\uffdb\054\uffdb\001\002\000\032\006\047\011\051" + "\012\050\026\023\027\031\030\020\031\042\032\035\033" + "\032\052\055\053\052\054\053\001\002\000\026\011\uffc3" + "\026\uffc3\027\uffc3\030\uffc3\031\uffc3\032\uffc3\033\uffc3\052" + "\uffc3\053\uffc3\054\uffc3\001\002\000\026\011\uffc5\026\uffc5" + "\027\uffc5\030\uffc5\031\uffc5\032\uffc5\033\uffc5\052\uffc5\053" + "\uffc5\054\uffc5\001\002\000\030\011\070\012\067\026\023" + "\027\031\030\020\031\042\032\035\033\032\052\055\053" + "\052\054\053\001\002\000\024\026\023\027\031\030\020" + "\031\042\032\035\033\032\052\055\053\052\054\053\001" + "\002\000\062\004\uffcc\005\uffcc\007\uffcc\010\uffcc\025\uffcc" + "\026\uffcc\027\uffcc\030\uffcc\031\uffcc\032\uffcc\033\uffcc\035" + "\uffcc\036\uffcc\042\uffcc\043\uffcc\044\uffcc\045\uffcc\046\uffcc" + "\047\uffcc\050\uffcc\051\uffcc\052\uffcc\053\uffcc\054\uffcc\001" + "\002\000\026\011\uffc1\026\uffc1\027\uffc1\030\uffc1\031\uffc1" + "\032\uffc1\033\uffc1\052\uffc1\053\uffc1\054\uffc1\001\002\000" + "\026\011\uffbf\026\uffbf\027\uffbf\030\uffbf\031\uffbf\032\uffbf" + "\033\uffbf\052\uffbf\053\uffbf\054\uffbf\001\002\000\026\011" + "\062\026\023\027\031\030\020\031\042\032\035\033\032" + "\052\055\053\063\054\064\001\002\000\030\011\uffbd\012" + "\056\026\uffbd\027\uffbd\030\uffbd\031\uffbd\032\uffbd\033\uffbd" + "\052\uffbd\053\uffbd\054\uffbd\001\002\000\004\052\057\001" + "\002\000\026\011\uffbe\026\uffbe\027\uffbe\030\uffbe\031\uffbe" + "\032\uffbe\033\uffbe\052\uffbe\053\uffbe\054\uffbe\001\002\000" + "\026\011\uffc4\026\uffc4\027\uffc4\030\uffc4\031\uffc4\032\uffc4" + "\033\uffc4\052\uffc4\053\uffc4\054\uffc4\001\002\000\026\011" + "\uffc6\026\uffc6\027\uffc6\030\uffc6\031\uffc6\032\uffc6\033\uffc6" + "\052\uffc6\053\uffc6\054\uffc6\001\002\000\062\004\uffcb\005" + "\uffcb\007\uffcb\010\uffcb\025\uffcb\026\uffcb\027\uffcb\030\uffcb" + "\031\uffcb\032\uffcb\033\uffcb\035\uffcb\036\uffcb\042\uffcb\043" + "\uffcb\044\uffcb\045\uffcb\046\uffcb\047\uffcb\050\uffcb\051\uffcb" + "\052\uffcb\053\uffcb\054\uffcb\001\002\000\026\011\uffc2\026" + "\uffc2\027\uffc2\030\uffc2\031\uffc2\032\uffc2\033\uffc2\052\uffc2" + "\053\uffc2\054\uffc2\001\002\000\026\011\uffc0\026\uffc0\027" + "\uffc0\030\uffc0\031\uffc0\032\uffc0\033\uffc0\052\uffc0\053\uffc0" + "\054\uffc0\001\002\000\026\011\066\026\023\027\031\030" + "\020\031\042\032\035\033\032\052\055\053\063\054\064" + "\001\002\000\062\004\uffc8\005\uffc8\007\uffc8\010\uffc8\025" + "\uffc8\026\uffc8\027\uffc8\030\uffc8\031\uffc8\032\uffc8\033\uffc8" + "\035\uffc8\036\uffc8\042\uffc8\043\uffc8\044\uffc8\045\uffc8\046" + "\uffc8\047\uffc8\050\uffc8\051\uffc8\052\uffc8\053\uffc8\054\uffc8" + "\001\002\000\024\026\023\027\031\030\020\031\042\032" + "\035\033\032\052\055\053\052\054\053\001\002\000\062" + "\004\uffca\005\uffca\007\uffca\010\uffca\025\uffca\026\uffca\027" + "\uffca\030\uffca\031\uffca\032\uffca\033\uffca\035\uffca\036\uffca" + "\042\uffca\043\uffca\044\uffca\045\uffca\046\uffca\047\uffca\050" + "\uffca\051\uffca\052\uffca\053\uffca\054\uffca\001\002\000\026" + "\011\072\026\023\027\031\030\020\031\042\032\035\033" + "\032\052\055\053\063\054\064\001\002\000\062\004\uffc9" + "\005\uffc9\007\uffc9\010\uffc9\025\uffc9\026\uffc9\027\uffc9\030" + "\uffc9\031\uffc9\032\uffc9\033\uffc9\035\uffc9\036\uffc9\042\uffc9" + "\043\uffc9\044\uffc9\045\uffc9\046\uffc9\047\uffc9\050\uffc9\051" + "\uffc9\052\uffc9\053\uffc9\054\uffc9\001\002\000\026\011\074" + "\026\023\027\031\030\020\031\042\032\035\033\032\052" + "\055\053\063\054\064\001\002\000\062\004\uffc7\005\uffc7" + "\007\uffc7\010\uffc7\025\uffc7\026\uffc7\027\uffc7\030\uffc7\031" + "\uffc7\032\uffc7\033\uffc7\035\uffc7\036\uffc7\042\uffc7\043\uffc7" + "\044\uffc7\045\uffc7\046\uffc7\047\uffc7\050\uffc7\051\uffc7\052" + "\uffc7\053\uffc7\054\uffc7\001\002\000\062\004\uffd8\005\uffd8" + "\007\uffd8\010\uffd8\025\uffd8\026\uffd8\027\uffd8\030\uffd8\031" + "\uffd8\032\uffd8\033\uffd8\035\uffd8\036\uffd8\042\uffd8\043\uffd8" + "\044\uffd8\045\uffd8\046\uffd8\047\uffd8\050\uffd8\051\uffd8\052" + "\uffd8\053\uffd8\054\uffd8\001\002\000\062\004\uffd7\005\uffd7" + "\007\uffd7\010\uffd7\025\uffd7\026\uffd7\027\uffd7\030\uffd7\031" + "\uffd7\032\uffd7\033\uffd7\035\uffd7\036\uffd7\042\uffd7\043\uffd7" + "\044\uffd7\045\uffd7\046\uffd7\047\uffd7\050\uffd7\051\uffd7\052" + "\uffd7\053\uffd7\054\uffd7\001\002\000\006\021\101\042\102" + "\001\002\000\062\004\uffd6\005\uffd6\007\uffd6\010\uffd6\025" + "\uffd6\026\uffd6\027\uffd6\030\uffd6\031\uffd6\032\uffd6\033\uffd6" + "\035\uffd6\036\uffd6\042\uffd6\043\uffd6\044\uffd6\045\uffd6\046" + "\uffd6\047\uffd6\050\uffd6\051\uffd6\052\uffd6\053\uffd6\054\uffd6" + "\001\002\000\062\004\uffd5\005\uffd5\007\uffd5\010\uffd5\025" + "\uffd5\026\uffd5\027\uffd5\030\uffd5\031\uffd5\032\uffd5\033\uffd5" + "\035\uffd5\036\uffd5\042\uffd5\043\uffd5\044\uffd5\045\uffd5\046" + "\uffd5\047\uffd5\050\uffd5\051\uffd5\052\uffd5\053\uffd5\054\uffd5" + "\001\002\000\004\021\103\001\002\000\062\004\uffd4\005" + "\uffd4\007\uffd4\010\uffd4\025\uffd4\026\uffd4\027\uffd4\030\uffd4" + "\031\uffd4\032\uffd4\033\uffd4\035\uffd4\036\uffd4\042\uffd4\043" + "\uffd4\044\uffd4\045\uffd4\046\uffd4\047\uffd4\050\uffd4\051\uffd4" + "\052\uffd4\053\uffd4\054\uffd4\001\002\000\052\004\uffda\005" + "\uffda\007\uffda\010\uffda\025\uffda\026\uffda\027\uffda\030\uffda" + "\031\uffda\032\uffda\033\uffda\035\uffda\036\uffda\045\uffda\047" + "\uffda\050\uffda\051\uffda\052\uffda\053\uffda\054\uffda\001\002" + "\000\006\005\107\045\106\001\002\000\036\004\034\010" + "\044\026\023\027\031\030\020\031\042\032\035\033\032" + "\047\022\050\037\051\024\052\021\053\030\054\025\001" + "\002\000\062\004\uffd3\005\uffd3\007\uffd3\010\uffd3\025\uffd3" + "\026\uffd3\027\uffd3\030\uffd3\031\uffd3\032\uffd3\033\uffd3\035" + "\uffd3\036\uffd3\042\uffd3\043\uffd3\044\uffd3\045\uffd3\046\uffd3" + "\047\uffd3\050\uffd3\051\uffd3\052\uffd3\053\uffd3\054\uffd3\001" + "\002\000\052\004\034\005\uffe0\007\uffe0\010\044\025\uffe0" + "\026\023\027\031\030\020\031\042\032\035\033\032\035" + "\uffe0\036\uffe0\045\uffe0\047\022\050\037\051\024\052\021" + "\053\030\054\025\001\002\000\052\004\uffdd\005\uffdd\007" + "\uffdd\010\uffdd\025\uffdd\026\uffdd\027\uffdd\030\uffdd\031\uffdd" + "\032\uffdd\033\uffdd\035\uffdd\036\uffdd\045\uffdd\047\uffdd\050" + "\uffdd\051\uffdd\052\uffdd\053\uffdd\054\uffdd\001\002\000\014" + "\013\ufff8\022\ufff8\023\ufff8\024\ufff8\040\ufff8\001\002\000" + "\052\004\uffd9\005\uffd9\007\uffd9\010\uffd9\025\uffd9\026\uffd9" + "\027\uffd9\030\uffd9\031\uffd9\032\uffd9\033\uffd9\035\uffd9\036" + "\uffd9\045\uffd9\047\uffd9\050\uffd9\051\uffd9\052\uffd9\053\uffd9" + "\054\uffd9\001\002\000\054\002\uffee\003\uffee\004\uffee\006" + "\uffee\010\uffee\016\uffee\021\uffee\026\uffee\027\uffee\030\uffee" + "\031\uffee\032\uffee\033\uffee\034\uffee\045\uffee\047\uffee\050" + "\uffee\051\uffee\052\uffee\053\uffee\054\uffee\001\002\000\044" + "\004\uffe1\006\142\010\uffe1\026\uffe1\027\uffe1\030\uffe1\031" + "\uffe1\032\uffe1\033\uffe1\034\140\045\uffe1\047\uffe1\050\uffe1" + "\051\uffe1\052\uffe1\053\uffe1\054\uffe1\001\002\000\004\040" + "\124\001\002\000\054\002\ufff3\003\ufff3\004\ufff3\006\ufff3" + "\010\ufff3\016\ufff3\021\ufff3\026\ufff3\027\ufff3\030\ufff3\031" + "\ufff3\032\ufff3\033\ufff3\034\ufff3\045\ufff3\047\ufff3\050\ufff3" + "\051\ufff3\052\ufff3\053\ufff3\054\ufff3\001\002\000\052\002" + "\000\003\114\004\uffe6\006\uffe6\010\uffe6\016\121\026\uffe6" + "\027\uffe6\030\uffe6\031\uffe6\032\uffe6\033\uffe6\034\uffe6\045" + "\uffe6\047\uffe6\050\uffe6\051\uffe6\052\uffe6\053\uffe6\054\uffe6" + "\001\002\000\004\040\124\001\002\000\054\002\ufff6\003" + "\ufff6\004\ufff6\006\ufff6\010\ufff6\016\ufff6\021\ufff6\026\ufff6" + "\027\ufff6\030\ufff6\031\ufff6\032\ufff6\033\ufff6\034\ufff6\045" + "\ufff6\047\ufff6\050\ufff6\051\ufff6\052\ufff6\053\ufff6\054\ufff6" + "\001\002\000\004\017\127\001\002\000\006\015\125\017" + "\uffe4\001\002\000\006\017\uffe3\040\124\001\002\000\004" + "\017\uffe5\001\002\000\046\004\uffe7\006\uffe7\010\uffe7\020" + "\130\026\uffe7\027\uffe7\030\uffe7\031\uffe7\032\uffe7\033\uffe7" + "\034\uffe7\045\uffe7\047\uffe7\050\uffe7\051\uffe7\052\uffe7\053" + "\uffe7\054\uffe7\001\002\000\050\003\114\004\uffe6\006\uffe6" + "\010\uffe6\016\116\026\uffe6\027\uffe6\030\uffe6\031\uffe6\032" + "\uffe6\033\uffe6\034\uffe6\045\uffe6\047\uffe6\050\uffe6\051\uffe6" + "\052\uffe6\053\uffe6\054\uffe6\001\002\000\052\003\114\004" + "\uffe6\006\uffe6\010\uffe6\016\121\021\132\026\uffe6\027\uffe6" + "\030\uffe6\031\uffe6\032\uffe6\033\uffe6\034\uffe6\045\uffe6\047" + "\uffe6\050\uffe6\051\uffe6\052\uffe6\053\uffe6\054\uffe6\001\002" + "\000\054\002\ufff5\003\ufff5\004\ufff5\006\ufff5\010\ufff5\016" + "\ufff5\021\ufff5\026\ufff5\027\ufff5\030\ufff5\031\ufff5\032\ufff5" + "\033\ufff5\034\ufff5\045\ufff5\047\ufff5\050\ufff5\051\ufff5\052" + "\ufff5\053\ufff5\054\ufff5\001\002\000\004\017\134\001\002" + "\000\046\004\uffe7\006\uffe7\010\uffe7\020\135\026\uffe7\027" + "\uffe7\030\uffe7\031\uffe7\032\uffe7\033\uffe7\034\uffe7\045\uffe7" + "\047\uffe7\050\uffe7\051\uffe7\052\uffe7\053\uffe7\054\uffe7\001" + "\002\000\050\003\114\004\uffe6\006\uffe6\010\uffe6\016\116" + "\026\uffe6\027\uffe6\030\uffe6\031\uffe6\032\uffe6\033\uffe6\034" + "\uffe6\045\uffe6\047\uffe6\050\uffe6\051\uffe6\052\uffe6\053\uffe6" + "\054\uffe6\001\002\000\052\003\114\004\uffe6\006\uffe6\010" + "\uffe6\016\121\021\137\026\uffe6\027\uffe6\030\uffe6\031\uffe6" + "\032\uffe6\033\uffe6\034\uffe6\045\uffe6\047\uffe6\050\uffe6\051" + "\uffe6\052\uffe6\053\uffe6\054\uffe6\001\002\000\054\002\ufff4" + "\003\ufff4\004\ufff4\006\ufff4\010\ufff4\016\ufff4\021\ufff4\026" + "\ufff4\027\ufff4\030\ufff4\031\ufff4\032\ufff4\033\ufff4\034\ufff4" + "\045\ufff4\047\ufff4\050\ufff4\051\ufff4\052\ufff4\053\ufff4\054" + "\ufff4\001\002\000\004\037\160\001\002\000\040\004\034" + "\010\044\026\023\027\031\030\020\031\042\032\035\033" + "\032\045\041\047\022\050\037\051\024\052\021\053\030" + "\054\025\001\002\000\040\004\uffe2\010\uffe2\026\uffe2\027" + "\uffe2\030\uffe2\031\uffe2\032\uffe2\033\uffe2\045\uffe2\047\uffe2" + "\050\uffe2\051\uffe2\052\uffe2\053\uffe2\054\uffe2\001\002\000" + "\014\007\152\025\147\035\144\036\146\045\106\001\002" + "\000\054\002\uffe8\003\uffe8\004\uffe8\006\uffe8\010\uffe8\016" + "\uffe8\021\uffe8\026\uffe8\027\uffe8\030\uffe8\031\uffe8\032\uffe8" + "\033\uffe8\034\uffe8\045\uffe8\047\uffe8\050\uffe8\051\uffe8\052" + "\uffe8\053\uffe8\054\uffe8\001\002\000\054\002\uffe9\003\uffe9" + "\004\uffe9\006\uffe9\010\uffe9\016\uffe9\021\uffe9\026\uffe9\027" + "\uffe9\030\uffe9\031\uffe9\032\uffe9\033\uffe9\034\uffe9\045\uffe9" + "\047\uffe9\050\uffe9\051\uffe9\052\uffe9\053\uffe9\054\uffe9\001" + "\002\000\040\004\034\010\044\026\023\027\031\030\020" + "\031\042\032\035\033\032\045\041\047\022\050\037\051" + "\024\052\021\053\030\054\025\001\002\000\004\037\155" + "\001\002\000\006\025\147\035\153\001\002\000\054\002" + "\ufff2\003\ufff2\004\ufff2\006\ufff2\010\ufff2\016\ufff2\021\ufff2" + "\026\ufff2\027\ufff2\030\ufff2\031\ufff2\032\ufff2\033\ufff2\034" + "\ufff2\045\ufff2\047\ufff2\050\ufff2\051\ufff2\052\ufff2\053\ufff2" + "\054\ufff2\001\002\000\006\025\uffed\035\uffed\001\002\000" + "\054\002\ufff0\003\ufff0\004\ufff0\006\ufff0\010\ufff0\016\ufff0" + "\021\ufff0\026\ufff0\027\ufff0\030\ufff0\031\ufff0\032\ufff0\033" + "\ufff0\034\ufff0\045\ufff0\047\ufff0\050\ufff0\051\ufff0\052\ufff0" + "\053\ufff0\054\ufff0\001\002\000\054\002\ufff1\003\ufff1\004" + "\ufff1\006\ufff1\010\ufff1\016\ufff1\021\ufff1\026\ufff1\027\ufff1" + "\030\ufff1\031\ufff1\032\ufff1\033\ufff1\034\ufff1\045\ufff1\047" + "\ufff1\050\ufff1\051\ufff1\052\ufff1\053\ufff1\054\ufff1\001\002" + "\000\054\002\uffea\003\uffea\004\uffea\006\uffea\010\uffea\016" + "\uffea\021\uffea\026\uffea\027\uffea\030\uffea\031\uffea\032\uffea" + "\033\uffea\034\uffea\045\uffea\047\uffea\050\uffea\051\uffea\052" + "\uffea\053\uffea\054\uffea\001\002\000\012\007\157\025\uffec" + "\035\uffec\045\106\001\002\000\006\025\uffeb\035\uffeb\001" + "\002\000\054\002\uffef\003\uffef\004\uffef\006\uffef\010\uffef" + "\016\uffef\021\uffef\026\uffef\027\uffef\030\uffef\031\uffef\032" + "\uffef\033\uffef\034\uffef\045\uffef\047\uffef\050\uffef\051\uffef" + "\052\uffef\053\uffef\054\uffef\001\002" }); /** Access to parse-action table. */ public short[][] action_table() {return _action_table;} /** reduce_goto table. */ protected static final short[][] _reduce_table = unpackFromStrings(new String[] { "\000\156\000\004\005\004\001\001\000\004\002\007\001" + "\001\000\002\001\001\000\002\001\001\000\002\001\001" + "\000\004\003\012\001\001\000\002\001\001\000\010\004" + "\116\016\114\021\117\001\001\000\002\001\001\000\002" + "\001\001\000\002\001\001\000\002\001\001\000\016\006" + "\025\007\032\010\037\011\042\012\035\020\026\001\001" + "\000\002\001\001\000\002\001\001\000\002\001\001\000" + "\002\001\001\000\012\010\112\011\042\012\035\020\026" + "\001\001\000\002\001\001\000\002\001\001\000\002\001" + "\001\000\002\001\001\000\002\001\001\000\002\001\001" + "\000\012\010\110\011\042\012\035\020\026\001\001\000" + "\016\006\104\007\032\010\037\011\042\012\035\020\026" + "\001\001\000\002\001\001\000\002\001\001\000\012\010" + "\103\011\042\012\035\020\026\001\001\000\002\001\001" + "\000\002\001\001\000\002\001\001\000\002\001\001\000" + "\010\014\045\017\053\020\044\001\001\000\002\001\001" + "\000\002\001\001\000\010\014\045\017\070\020\044\001" + "\001\000\010\014\045\017\064\020\044\001\001\000\002" + "\001\001\000\002\001\001\000\002\001\001\000\006\014" + "\060\020\057\001\001\000\002\001\001\000\002\001\001" + "\000\002\001\001\000\002\001\001\000\002\001\001\000" + "\002\001\001\000\002\001\001\000\002\001\001\000\006" + "\014\060\020\057\001\001\000\002\001\001\000\010\014" + "\045\017\072\020\044\001\001\000\002\001\001\000\006" + "\014\060\020\057\001\001\000\002\001\001\000\006\014" + "\060\020\057\001\001\000\002\001\001\000\002\001\001" + "\000\002\001\001\000\002\001\001\000\002\001\001\000" + "\002\001\001\000\002\001\001\000\002\001\001\000\002" + "\001\001\000\002\001\001\000\014\007\107\010\037\011" + "\042\012\035\020\026\001\001\000\002\001\001\000\012" + "\010\110\011\042\012\035\020\026\001\001\000\002\001" + "\001\000\002\001\001\000\002\001\001\000\002\001\001" + "\000\004\022\140\001\001\000\004\015\132\001\001\000" + "\002\001\001\000\006\004\121\016\114\001\001\000\004" + "\015\122\001\001\000\002\001\001\000\002\001\001\000" + "\002\001\001\000\004\015\125\001\001\000\002\001\001" + "\000\002\001\001\000\010\004\116\016\114\021\130\001" + "\001\000\006\004\121\016\114\001\001\000\002\001\001" + "\000\002\001\001\000\002\001\001\000\010\004\116\016" + "\114\021\135\001\001\000\006\004\121\016\114\001\001" + "\000\002\001\001\000\002\001\001\000\016\006\142\007" + "\032\010\037\011\042\012\035\020\026\001\001\000\002" + "\001\001\000\010\013\147\023\144\024\150\001\001\000" + "\002\001\001\000\002\001\001\000\016\006\155\007\032" + "\010\037\011\042\012\035\020\026\001\001\000\002\001" + "\001\000\004\023\153\001\001\000\002\001\001\000\002" + "\001\001\000\002\001\001\000\002\001\001\000\002\001" + "\001\000\002\001\001\000\002\001\001\000\002\001\001" + "" }); /** Access to reduce_goto table. */ public short[][] reduce_table() {return _reduce_table;} /** Instance of action encapsulation class. */ protected CUP$LexParse$actions action_obj; /** Action encapsulation object initializer. */ protected void init_actions() { action_obj = new CUP$LexParse$actions(this); } /** Invoke a user supplied parse action. */ public java_cup.runtime.Symbol do_action( int act_num, java_cup.runtime.lr_parser parser, java.util.Stack stack, int top) throws java.lang.Exception { /* call code in generated class */ return action_obj.CUP$LexParse$do_action(act_num, parser, stack, top); } /** Indicates start state. */ public int start_state() {return 0;} /** Indicates start production. */ public int start_production() {return 0;} /** EOF Symbol index. */ public int EOF_sym() {return 0;} /** error Symbol index. */ public int error_sym() {return 1;} /** User initialization code. */ public void user_init() throws java.lang.Exception { action_obj.scanner = this.scanner; } public LexScan scanner; public LexParse(LexScan scanner) { super(scanner); this.scanner = scanner; } public CharClasses getCharClasses() { return action_obj.charClasses; } public EOFActions getEOFActions() { return action_obj.eofActions; } public void report_error(String message, Object info) { if ( info instanceof java_cup.runtime.Symbol ) { java_cup.runtime.Symbol s = (java_cup.runtime.Symbol) info; if (s.sym == sym.EOF) Out.error(ErrorMessages.UNEXPECTED_EOF); else Out.error(scanner.file, ErrorMessages.SYNTAX_ERROR, s.left, s.right); } else Out.error(ErrorMessages.UNKNOWN_SYNTAX); } public void report_fatal_error(String message, Object info) { // report_error(message, info); throw new GeneratorException(); } } /** Cup generated class to encapsulate user supplied action code.*/ class CUP$LexParse$actions { LexScan scanner; CharClasses charClasses = new CharClasses(Options.jlex ? 127 : 0xFFFF); RegExps regExps = new RegExps(); Macros macros = new Macros(); Integer stateNumber; Timer t = new Timer(); EOFActions eofActions = new EOFActions(); void fatalError(ErrorMessages message, int line, int col) { syntaxError(message, line, col); throw new GeneratorException(); } void fatalError(ErrorMessages message) { fatalError(message, scanner.currentLine(), -1); throw new GeneratorException(); } void syntaxError(ErrorMessages message) { Out.error(scanner.file, message, scanner.currentLine(), -1); } void syntaxError(ErrorMessages message, int line) { Out.error(scanner.file, message, line, -1); } void syntaxError(ErrorMessages message, int line, int col) { Out.error(scanner.file, message, line, col); } private boolean check(int type, char c) { switch (type) { case sym.JLETTERCLASS: return Character.isJavaIdentifierStart(c); case sym.JLETTERDIGITCLASS: return Character.isJavaIdentifierPart(c); case sym.LETTERCLASS: return Character.isLetter(c); case sym.DIGITCLASS: return Character.isDigit(c); case sym.UPPERCLASS: return Character.isUpperCase(c); case sym.LOWERCLASS: return Character.isLowerCase(c); default: return false; } } private Vector makePreClass(int type) { Vector result = new Vector(); char c = 0; char start = 0; char last = charClasses.getMaxCharCode(); boolean prev, current; prev = check(type,'\u0000'); for (c = 1; c < last; c++) { current = check(type,c); if (!prev && current) start = c; if (prev && !current) { result.addElement(new Interval(start, (char)(c-1))); } prev = current; } // the last iteration is moved out of the loop to // avoid an endless loop if last == maxCharCode and // last+1 == 0 current = check(type,c); if (!prev && current) result.addElement(new Interval(c,c)); if (prev && current) result.addElement(new Interval(start, c)); if (prev && !current) result.addElement(new Interval(start, (char)(c-1))); return result; } private RegExp makeRepeat(RegExp r, int n1, int n2, int line, int col) { if (n1 <= 0 && n2 <= 0) { syntaxError(ErrorMessages.REPEAT_ZERO, line, col); return null; } if (n1 > n2) { syntaxError(ErrorMessages.REPEAT_GREATER, line, col); return null; } int i; RegExp result; if (n1 > 0) { result = r; n1--; n2--; // we need one concatenation less than the number of expressions to match } else { result = new RegExp1(sym.QUESTION,r); n2--; } for (i = 0; i < n1; i++) result = new RegExp2(sym.CONCAT, result, r); n2-= n1; for (i = 0; i < n2; i++) result = new RegExp2(sym.CONCAT, result, new RegExp1(sym.QUESTION,r)); return result; } private RegExp makeNL() { Vector list = new Vector(); list.addElement(new Interval('\n','\r')); list.addElement(new Interval('\u0085','\u0085')); list.addElement(new Interval('\u2028','\u2029')); // assumption: line feeds are caseless charClasses.makeClass(list, false); charClasses.makeClass('\n', false); charClasses.makeClass('\r', false); RegExp1 c = new RegExp1(sym.CCLASS, list); Character n = new Character('\n'); Character r = new Character('\r'); return new RegExp2(sym.BAR, c, new RegExp2(sym.CONCAT, new RegExp1(sym.CHAR, r), new RegExp1(sym.CHAR, n))); } private final LexParse parser; /** Constructor */ CUP$LexParse$actions(LexParse parser) { this.parser = parser; } /** Method with the actual generated action code. */ public final java_cup.runtime.Symbol CUP$LexParse$do_action( int CUP$LexParse$act_num, java_cup.runtime.lr_parser CUP$LexParse$parser, java.util.Stack CUP$LexParse$stack, int CUP$LexParse$top) throws java.lang.Exception { /* Symbol object for return from actions */ java_cup.runtime.Symbol CUP$LexParse$result; /* select the action based on the action number */ switch (CUP$LexParse$act_num) { /*. . . . . . . . . . . . . . . . . . . .*/ case 74: // preclass ::= LOWERCLASS { Vector RESULT =null; RESULT = makePreClass(sym.LOWERCLASS); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("preclass",14, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 73: // preclass ::= UPPERCLASS { Vector RESULT =null; RESULT = makePreClass(sym.UPPERCLASS); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("preclass",14, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 72: // preclass ::= DIGITCLASS { Vector RESULT =null; RESULT = makePreClass(sym.DIGITCLASS); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("preclass",14, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 71: // preclass ::= LETTERCLASS { Vector RESULT =null; RESULT = makePreClass(sym.LETTERCLASS); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("preclass",14, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 70: // preclass ::= JLETTERDIGITCLASS { Vector RESULT =null; RESULT = makePreClass(sym.JLETTERDIGITCLASS); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("preclass",14, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 69: // preclass ::= JLETTERCLASS { Vector RESULT =null; RESULT = makePreClass(sym.JLETTERCLASS); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("preclass",14, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 68: // classcontentelem ::= CHAR { Interval RESULT =null; int cleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int cright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Character c = (Character)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = new Interval(c.charValue(), c.charValue()); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("classcontentelem",10, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 67: // classcontentelem ::= CHAR DASH CHAR { Interval RESULT =null; int c1left = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).left; int c1right = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).right; Character c1 = (Character)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).value; int c2left = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int c2right = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Character c2 = (Character)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = new Interval(c1.charValue(), c2.charValue()); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("classcontentelem",10, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 66: // classcontent ::= MACROUSE { Vector RESULT =null; int identleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int identright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; String ident = (String)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; syntaxError(ErrorMessages.CHARCLASS_MACRO, identleft, identright); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("classcontent",13, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 65: // classcontent ::= classcontent MACROUSE { Vector RESULT =null; int listleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int listright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Vector list = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int identleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int identright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; String ident = (String)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; syntaxError(ErrorMessages.CHARCLASS_MACRO, identleft, identright); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("classcontent",13, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 64: // classcontent ::= STRING { Vector RESULT =null; int sleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int sright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; String s = (String)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = new Vector(); for (int i = 0; i < s.length(); i++) RESULT.addElement(new Interval(s.charAt(i),s.charAt(i))); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("classcontent",13, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 63: // classcontent ::= classcontent STRING { Vector RESULT =null; int listleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int listright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Vector list = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int sleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int sright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; String s = (String)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; for (int i = 0; i < s.length(); i++) list.addElement(new Interval(s.charAt(i),s.charAt(i))); RESULT = list; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("classcontent",13, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 62: // classcontent ::= preclass { Vector RESULT =null; int listleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int listright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Vector list = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = list; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("classcontent",13, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 61: // classcontent ::= classcontent preclass { Vector RESULT =null; int listleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int listright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Vector list = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int plistleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int plistright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Vector plist = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; for (Enumeration e = plist.elements(); e.hasMoreElements();) list.addElement(e.nextElement()); RESULT = list; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("classcontent",13, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 60: // classcontent ::= classcontentelem { Vector RESULT =null; int elemleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int elemright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Interval elem = (Interval)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; Vector list = new Vector(); list.addElement(elem); RESULT = list; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("classcontent",13, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 59: // classcontent ::= classcontent classcontentelem { Vector RESULT =null; int listleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int listright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Vector list = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int elemleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int elemright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Interval elem = (Interval)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; list.addElement(elem); RESULT = list; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("classcontent",13, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 58: // charclass ::= OPENCLASS HAT DASH classcontent CLOSECLASS { RegExp RESULT =null; int listleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int listright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Vector list = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int closeleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int closeright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Object close = (Object)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; try { list.addElement(new Interval('-','-')); charClasses.makeClassNot(list, Options.jlex && scanner.caseless); } catch (CharClassException e) { syntaxError(ErrorMessages.CHARSET_2_SMALL, closeleft, closeright); } RESULT = new RegExp1(sym.CCLASSNOT,list); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("charclass",8, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 57: // charclass ::= OPENCLASS DASH classcontent CLOSECLASS { RegExp RESULT =null; int listleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int listright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Vector list = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int closeleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int closeright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Object close = (Object)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; try { list.addElement(new Interval('-','-')); charClasses.makeClass(list, Options.jlex && scanner.caseless); } catch (CharClassException e) { syntaxError(ErrorMessages.CHARSET_2_SMALL, closeleft, closeright); } RESULT = new RegExp1(sym.CCLASS,list); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("charclass",8, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 56: // charclass ::= OPENCLASS HAT classcontent CLOSECLASS { RegExp RESULT =null; int listleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int listright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Vector list = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int closeleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int closeright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Object close = (Object)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; try { charClasses.makeClassNot(list, Options.jlex && scanner.caseless); } catch (CharClassException e) { syntaxError(ErrorMessages.CHARSET_2_SMALL, closeleft, closeright); } RESULT = new RegExp1(sym.CCLASSNOT,list); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("charclass",8, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 55: // charclass ::= OPENCLASS HAT CLOSECLASS { RegExp RESULT =null; int closeleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int closeright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Object close = (Object)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; Vector list = new Vector(); list.addElement(new Interval((char)0,CharClasses.maxChar)); try { charClasses.makeClass(list, false); } catch (CharClassException e) { syntaxError(ErrorMessages.CHARSET_2_SMALL, closeleft, closeright); } RESULT = new RegExp1(sym.CCLASS,list); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("charclass",8, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 54: // charclass ::= OPENCLASS classcontent CLOSECLASS { RegExp RESULT =null; int listleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int listright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Vector list = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int closeleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int closeright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Object close = (Object)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; try { charClasses.makeClass(list, Options.jlex && scanner.caseless); } catch (CharClassException e) { syntaxError(ErrorMessages.CHARSET_2_SMALL, closeleft, closeright); } RESULT = new RegExp1(sym.CCLASS,list); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("charclass",8, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 53: // charclass ::= OPENCLASS CLOSECLASS { RegExp RESULT =null; RESULT = new RegExp1(sym.CCLASS,null); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("charclass",8, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 52: // regexp ::= CHAR { RegExp RESULT =null; int cleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int cright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Character c = (Character)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; try { if ( scanner.caseless ) { charClasses.makeClass(c.charValue(), true); RESULT = new RegExp1(sym.CHAR_I, c); } else { charClasses.makeClass(c.charValue(), false); RESULT = new RegExp1(sym.CHAR, c); } } catch (CharClassException e) { syntaxError(ErrorMessages.CS2SMALL_CHAR, cleft, cright); } CUP$LexParse$result = parser.getSymbolFactory().newSymbol("regexp",7, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 51: // regexp ::= POINT { RegExp RESULT =null; Vector any = new Vector(); any.addElement(new Interval('\n','\n')); // assumption: there is no upper case for \n charClasses.makeClass('\n', false); RESULT = new RegExp1(sym.CCLASSNOT, any); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("regexp",7, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 50: // regexp ::= STRING { RegExp RESULT =null; int strleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int strright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; String str = (String)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; try { if ( scanner.caseless ) { charClasses.makeClass(str, true); RESULT = new RegExp1(sym.STRING_I, str); } else { charClasses.makeClass(str, false); RESULT = new RegExp1(sym.STRING, str); } } catch (CharClassException e) { syntaxError(ErrorMessages.CS2SMALL_STRING, strleft, strright); } CUP$LexParse$result = parser.getSymbolFactory().newSymbol("regexp",7, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 49: // regexp ::= preclass { RegExp RESULT =null; int listleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int listright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Vector list = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; try { // assumption [correct?]: preclasses are already closed under case charClasses.makeClass(list, false); } catch (CharClassException e) { syntaxError(ErrorMessages.CHARSET_2_SMALL, listleft); } RESULT = new RegExp1(sym.CCLASS, list); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("regexp",7, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 48: // regexp ::= charclass { RegExp RESULT =null; int cleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int cright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; RegExp c = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = c; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("regexp",7, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 47: // regexp ::= MACROUSE { RegExp RESULT =null; int identleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int identright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; String ident = (String)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; if ( !scanner.macroDefinition ) { if ( ! macros.markUsed(ident) ) throw new ScannerException(scanner.file, ErrorMessages.MACRO_UNDECL, identleft, identright); } RESULT = new RegExp1(sym.MACROUSE, ident); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("regexp",7, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 46: // regexp ::= OPENBRACKET series CLOSEBRACKET { RegExp RESULT =null; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; RESULT = r; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("regexp",7, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 45: // regexp ::= regexp REPEAT REPEAT RBRACE { RegExp RESULT =null; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).value; int n1left = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).left; int n1right = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).right; Integer n1 = (Integer)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).value; int n2left = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int n2right = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Integer n2 = (Integer)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; RESULT = makeRepeat(r, n1.intValue(), n2.intValue(), n1left, n2right); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("regexp",7, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 44: // regexp ::= regexp REPEAT RBRACE { RegExp RESULT =null; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).value; int nleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int nright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Integer n = (Integer)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int bleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int bright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Object b = (Object)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = makeRepeat(r, n.intValue(), n.intValue(), bleft, bright); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("regexp",7, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 43: // regexp ::= regexp QUESTION { RegExp RESULT =null; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; RESULT = new RegExp1(sym.QUESTION, r); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("regexp",7, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 42: // regexp ::= regexp PLUS { RegExp RESULT =null; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; RESULT = new RegExp1(sym.PLUS, r); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("regexp",7, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 41: // regexp ::= regexp STAR { RegExp RESULT =null; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; RESULT = new RegExp1(sym.STAR, r); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("regexp",7, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 40: // nregexp ::= TILDE nregexp { RegExp RESULT =null; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = new RegExp1(sym.TILDE, r); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("nregexp",6, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 39: // nregexp ::= BANG nregexp { RegExp RESULT =null; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = new RegExp1(sym.BANG, r); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("nregexp",6, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 38: // nregexp ::= regexp { RegExp RESULT =null; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = r; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("nregexp",6, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 37: // concs ::= nregexp { RegExp RESULT =null; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = r; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("concs",5, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 36: // concs ::= concs nregexp { RegExp RESULT =null; int r1left = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int r1right = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; RegExp r1 = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int r2left = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int r2right = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; RegExp r2 = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = new RegExp2(sym.CONCAT, r1, r2); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("concs",5, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 35: // series ::= BAR { RegExp RESULT =null; int bleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int bright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Object b = (Object)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; syntaxError(ErrorMessages.REGEXP_EXPECTED, bleft, bright); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("series",4, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 34: // series ::= concs { RegExp RESULT =null; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = r; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("series",4, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 33: // series ::= series BAR concs { RegExp RESULT =null; int r1left = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).left; int r1right = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).right; RegExp r1 = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).value; int r2left = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int r2right = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; RegExp r2 = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = new RegExp2(sym.BAR, r1, r2); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("series",4, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 32: // hatOPT ::= { Boolean RESULT =null; RESULT = new Boolean(false); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("hatOPT",16, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 31: // hatOPT ::= HAT { Boolean RESULT =null; // assumption: there is no upper case for \n charClasses.makeClass('\n', false); RESULT = new Boolean(true); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("hatOPT",16, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 30: // states ::= IDENT COMMA { Vector RESULT =null; int cleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int cright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Object c = (Object)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; syntaxError(ErrorMessages.REGEXP_EXPECTED, cleft, cright+1); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("states",11, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 29: // states ::= IDENT { Vector RESULT =null; int idleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int idright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; String id = (String)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; Vector list = new Vector(); stateNumber = scanner.states.getNumber( id ); if ( stateNumber != null ) list.addElement( stateNumber ); else { throw new ScannerException(scanner.file, ErrorMessages.LEXSTATE_UNDECL, idleft, idright); } RESULT = list; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("states",11, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 28: // states ::= IDENT COMMA states { Vector RESULT =null; int idleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).left; int idright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).right; String id = (String)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).value; int listleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int listright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Vector list = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; stateNumber = scanner.states.getNumber( id ); if ( stateNumber != null ) list.addElement( stateNumber ); else { throw new ScannerException(scanner.file, ErrorMessages.LEXSTATE_UNDECL, idleft, idright); } RESULT = list; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("states",11, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 27: // statesOPT ::= { Vector RESULT =null; RESULT = new Vector(); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("statesOPT",12, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 26: // statesOPT ::= LESSTHAN states MORETHAN { Vector RESULT =null; int listleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int listright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Vector list = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; RESULT = list; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("statesOPT",12, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 25: // actions ::= NOACTION { Action RESULT =null; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("actions",18, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 24: // actions ::= act { Action RESULT =null; int aleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int aright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Action a = (Action)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = a; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("actions",18, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 23: // act ::= REGEXPEND ACTION { Action RESULT =null; int aleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int aright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Action a = (Action)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = a; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("act",17, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 22: // lookahead ::= LOOKAHEAD series DOLLAR { RegExp RESULT =null; int sleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int sright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; RegExp s = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; RESULT = new RegExp2(sym.CONCAT, s, makeNL()); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("lookahead",9, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 21: // lookahead ::= LOOKAHEAD series { RegExp RESULT =null; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = r; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("lookahead",9, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 20: // lookahead ::= DOLLAR { RegExp RESULT =null; RESULT = makeNL(); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("lookahead",9, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 19: // rule ::= error { Integer RESULT =null; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("rule",2, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 18: // rule ::= statesOPT EOFRULE ACTION { Integer RESULT =null; int sleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).left; int sright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).right; Vector s = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).value; int aleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int aright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Action a = (Action)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = new Integer(regExps.insert(s, a)); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("rule",2, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 17: // rule ::= statesOPT hatOPT series lookahead NOACTION { Integer RESULT =null; int sleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)).left; int sright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)).right; Vector s = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)).value; int bolleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).left; int bolright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).right; Boolean bol = (Boolean)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).value; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).value; int lleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int lright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; RegExp l = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int aleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int aright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Object a = (Object)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; syntaxError(ErrorMessages.LOOKAHEAD_NEEDS_ACTION, aleft, aright+1); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("rule",2, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 16: // rule ::= statesOPT hatOPT series lookahead act { Integer RESULT =null; int sleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)).left; int sright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)).right; Vector s = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)).value; int bolleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).left; int bolright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).right; Boolean bol = (Boolean)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).value; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).value; int lleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int lright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; RegExp l = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int aleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int aright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Action a = (Action)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = new Integer(regExps.insert(rleft, s, r, a, bol, l)); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("rule",2, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 15: // rule ::= statesOPT hatOPT series actions { Integer RESULT =null; int sleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).left; int sright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).right; Vector s = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).value; int bolleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).left; int bolright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).right; Boolean bol = (Boolean)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-2)).value; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; RegExp r = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int aleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int aright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Action a = (Action)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = new Integer(regExps.insert(rleft, s, r, a, bol, null)); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("rule",2, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 14: // rules ::= rule { Vector RESULT =null; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Integer r = (Integer)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; RESULT = new Vector(); RESULT.addElement(r); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("rules",15, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 13: // rules ::= LESSTHAN states MORETHAN LBRACE rules RBRACE { Vector RESULT =null; int statesleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)).left; int statesright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)).right; Vector states = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)).value; int rlistleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int rlistright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Vector rlist = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; Enumeration rs = rlist.elements(); while ( rs.hasMoreElements() ) { Integer elem = (Integer) rs.nextElement(); // might be null for error case of "rule" if (elem != null) { regExps.addStates( elem.intValue(), states ); } } RESULT = rlist; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("rules",15, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-5)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 12: // rules ::= rules LESSTHAN states MORETHAN LBRACE rules RBRACE { Vector RESULT =null; int rlist1left = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-6)).left; int rlist1right = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-6)).right; Vector rlist1 = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-6)).value; int statesleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)).left; int statesright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)).right; Vector states = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-4)).value; int rlist2left = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int rlist2right = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Vector rlist2 = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; Enumeration rs = rlist2.elements(); while ( rs.hasMoreElements() ) { Integer elem = (Integer) rs.nextElement(); // might be null for error case of "rule" if (elem != null) { regExps.addStates( elem.intValue(), states ); } rlist1.addElement( elem ); } RESULT = rlist1; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("rules",15, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-6)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 11: // rules ::= rules rule { Vector RESULT =null; int rlistleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int rlistright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; Vector rlist = (Vector)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; int rleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int rright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Integer r = (Integer)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; rlist.addElement(r); RESULT = rlist; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("rules",15, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 10: // macro ::= IDENT EQUALS { Object RESULT =null; int eleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).left; int eright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()).right; Object e = (Object)((java_cup.runtime.Symbol) CUP$LexParse$stack.peek()).value; syntaxError(ErrorMessages.REGEXP_EXPECTED, eleft, eright); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("macro",1, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 9: // macro ::= IDENT EQUALS series REGEXPEND { Object RESULT =null; int nameleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).left; int nameright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).right; String name = (String)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)).value; int definitionleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int definitionright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; RegExp definition = (RegExp)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; macros.insert(name, definition); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("macro",1, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 8: // macro ::= UNICODE { Object RESULT =null; charClasses.setMaxCharCode(0xFFFF); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("macro",1, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 7: // macro ::= FULL { Object RESULT =null; charClasses.setMaxCharCode(255); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("macro",1, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 6: // macro ::= ASCII { Object RESULT =null; charClasses.setMaxCharCode(127); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("macro",1, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 5: // macros ::= error { Object RESULT =null; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("macros",0, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 4: // macros ::= macros macro { Object RESULT =null; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("macros",0, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 3: // macros ::= { Object RESULT =null; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("macros",0, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 2: // specification ::= { NFA RESULT =null; fatalError(ErrorMessages.NO_LEX_SPEC); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("specification",3, ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 1: // specification ::= USERCODE macros DELIMITER rules { NFA RESULT =null; scanner.t.stop(); Out.checkErrors(); Out.time(ErrorMessages.PARSING_TOOK, t); macros.expand(); Enumeration unused = macros.unused(); while ( unused.hasMoreElements() ) { Out.warning("Macro \""+unused.nextElement()+"\" has been declared but never used."); } SemCheck.check(regExps, macros, scanner.file); regExps.checkActions(); regExps.checkLookAheads(); Out.checkErrors(); if (Options.dump) charClasses.dump(); Out.print("Constructing NFA : "); t.start(); int num = regExps.getNum(); RESULT = new NFA(charClasses.getNumClasses(), scanner, regExps, macros, charClasses); eofActions.setNumLexStates(scanner.states.number()); for (int i = 0; i < num; i++) { if (regExps.isEOF(i)) eofActions.add( regExps.getStates(i), regExps.getAction(i) ); else RESULT.addRegExp(i); } if (scanner.standalone) RESULT.addStandaloneRule(); t.stop(); Out.time(""); Out.time(ErrorMessages.NFA_TOOK, t); CUP$LexParse$result = parser.getSymbolFactory().newSymbol("specification",3, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-3)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } return CUP$LexParse$result; /*. . . . . . . . . . . . . . . . . . . .*/ case 0: // $START ::= specification EOF { Object RESULT =null; int start_valleft = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).left; int start_valright = ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).right; NFA start_val = (NFA)((java_cup.runtime.Symbol) CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)).value; RESULT = start_val; CUP$LexParse$result = parser.getSymbolFactory().newSymbol("$START",0, ((java_cup.runtime.Symbol)CUP$LexParse$stack.elementAt(CUP$LexParse$top-1)), ((java_cup.runtime.Symbol)CUP$LexParse$stack.peek()), RESULT); } /* ACCEPT */ CUP$LexParse$parser.done_parsing(); return CUP$LexParse$result; /* . . . . . .*/ default: throw new Exception( "Invalid action number found in internal parse table"); } } } jflex-1.4.3/src/JFlex/LexScan.flex0000644000175000017500000005464511141010522015346 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java_cup.runtime.Symbol; import java.util.Vector; import java.io.*; import java.util.Stack; /** * The lexer of JFlex. * * Generated by JFlex. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ %% %final %public %class LexScan %implements sym, java_cup.runtime.Scanner %function next_token %type Symbol %unicode %column %line %eofclose %state COMMENT, STATELIST, MACROS, REGEXPSTART %state REGEXP, JAVA_CODE, STATES, STRING_CONTENT %state CHARCLASS, COPY, REPEATEXP, EATWSPNL %state CTOR_ARG %cupdebug %{ int balance = 0; int commentbalance = 0; int action_line = 0; int bufferSize = 16384; File file; Stack files = new Stack(); StringBuffer userCode = new StringBuffer(); String classCode; String initCode; String initThrow; String eofCode; String eofThrow; String lexThrow; String eofVal; String scanErrorException; String cupSymbol = "sym"; StringBuffer actionText = new StringBuffer(); StringBuffer string = new StringBuffer(); boolean charCount; boolean lineCount; boolean columnCount; boolean cupCompatible; boolean cupDebug; boolean isInteger; boolean isIntWrap; boolean isYYEOF; boolean notUnix; boolean isPublic; boolean isFinal; boolean isAbstract; boolean bolUsed; boolean standalone; boolean debugOption; boolean useRowMap = Options.gen_method == Options.PACK || Options.gen_method == Options.TABLE; boolean packed = Options.gen_method == Options.PACK; boolean caseless; boolean inclusive_states; boolean eofclose; String isImplementing; String isExtending; String className = "Yylex"; String functionName; String tokenType; String visibility = "public"; Vector /* String */ ctorArgs = new Vector(); Vector /* String */ ctorTypes = new Vector(); LexicalStates states = new LexicalStates(); Vector actions = new Vector(); private int nextState; boolean macroDefinition; Timer t = new Timer(); public int currentLine() { return yyline; } public void setFile(File file) { this.file = file; } private Symbol symbol(int type, Object value) { return new Symbol(type, yyline, yycolumn, value); } private Symbol symbol(int type) { return new Symbol(type, yyline, yycolumn); } // updates line and column count to the beginning of the first // non whitespace character in yytext, but leaves yyline+yycolumn // untouched private Symbol symbol_countUpdate(int type, Object value) { int lc = yyline; int cc = yycolumn; String text = yytext(); for (int i=0; i < text.length(); i++) { char c = text.charAt(i); if (c != '\n' && c != '\r' && c != ' ' && c != '\t' ) return new Symbol(type, lc, cc, value); if (c == '\n') { lc++; cc = 0; } else cc++; } return new Symbol(type, yyline, yycolumn, value); } private String makeMacroIdent() { String matched = yytext().trim(); return matched.substring(1, matched.length()-1).trim(); } public static String conc(Object a, Object b) { if (a == null && b == null) return null; if (a == null) return b.toString(); if (b == null) return a.toString(); return a.toString()+b.toString(); } public static String concExc(Object a, Object b) { if (a == null && b == null) return null; if (a == null) return b.toString(); if (b == null) return a.toString(); return a.toString()+", "+b.toString(); } %} %init{ states.insert("YYINITIAL", true); %init} Digit = [0-9] HexDigit = [0-9a-fA-F] OctDigit = [0-7] Number = {Digit}+ HexNumber = \\ x {HexDigit} {2} Unicode = \\ u {HexDigit} {1, 4} OctNumber = \\ [0-3]? {OctDigit} {1, 2} // see http://www.unicode.org/unicode/reports/tr18/ WSP = [ \t\b] WSPNL = [\u2028\u2029\u000A\u000B\u000C\u000D\u0085\t\b\ ] NL = [\u2028\u2029\u000A\u000B\u000C\u000D\u0085] | \u000D\u000A NNL = [^\u2028\u2029\u000A\u000B\u000C\u000D\u0085] Ident = {IdentStart} {IdentPart}* QualIdent = {Ident} ( {WSP}* "." {WSP}* {Ident} )* QUIL = {QualIdent} ( {WSP}* "," {WSP}* {QualIdent} )* Array = "[" {WSP}* "]" ParamPart = {IdentStart}|{IdentPart}|"<"|">"|","|{WSP}|"&"|"?"|"." GenParam = "<" {ParamPart}+ ">" ClassT = {Ident} ({WSP}* {GenParam})? QClassT = {QualIdent} ({WSP}* {GenParam})? ArrType = ({GenParam} {WSP}*)? {QClassT} ({WSP}* {Array})* IdentStart = [:jletter:] IdentPart = [:jletterdigit:] JFlexCommentChar = [^*/]|"/"+[^*/]|"*"+[^*/] JFlexComment = {JFlexCommentChar}* /* Java comments */ JavaComment = {TraditionalComment}|{EndOfLineComment} TraditionalComment = "/*"{CommentContent}\*+"/" EndOfLineComment = "//".*{NL} CommentContent = ([^*]|\*+[^*/])* StringCharacter = [^\u2028\u2029\u000A\u000B\u000C\u000D\u0085\"\\] CharLiteral = \'([^\u2028\u2029\u000A\u000B\u000C\u000D\u0085\'\\]|{EscapeSequence})\' StringLiteral = \"({StringCharacter}|{EscapeSequence})*\" EscapeSequence = \\[^\u2028\u2029\u000A\u000B\u000C\u000D\u0085]|\\+u{HexDigit}{4}|\\[0-3]?{OctDigit}{1,2} /* \\(b|t|n|f|r|\"|\'|\\|[0-3]?{OctDigit}{1,2}|u{HexDigit}{4}) */ JavaRest = [^\{\}\"\'/]|"/"[^*/] JavaCode = ({JavaRest}|{StringLiteral}|{CharLiteral}|{JavaComment})+ %% { "%%".*{NL}? { t.start(); yybegin(MACROS); macroDefinition = true; return symbol(USERCODE,userCode); } .*{NL} { userCode.append(yytext()); } .* { return symbol(EOF); } } ("%{"|"%init{"|"%initthrow{"|"%eof{"|"%eofthrow{"|"%yylexthrow{"|"%eofval{").*{NL} { string.setLength(0); yybegin(COPY); } { "%}".*{NL} { classCode = conc(classCode,string); yybegin(MACROS); } "%init}".*{NL} { initCode = conc(initCode,string); yybegin(MACROS); } "%initthrow}".*{NL} { initThrow = concExc(initThrow,string); yybegin(MACROS); } "%eof}".*{NL} { eofCode = conc(eofCode,string); yybegin(MACROS); } "%eofthrow}".*{NL} { eofThrow = concExc(eofThrow,string); yybegin(MACROS); } "%yylexthrow}".*{NL} { lexThrow = concExc(lexThrow,string); yybegin(MACROS); } "%eofval}".*{NL} { eofVal = string.toString(); yybegin(MACROS); } .*{NL} { string.append(yytext()); } <> { throw new ScannerException(file,ErrorMessages.EOF_IN_MACROS); } } ^"%s" ("tate" "s"?)? {WSP}+ { inclusive_states = true; yybegin(STATELIST); } ^"%x" ("state" "s"?)? {WSP}+ { inclusive_states = false; yybegin(STATELIST); } { {Ident} { states.insert(yytext(),inclusive_states); } ([\ \t]*","[\ \t]*)|([\ \t]+) { } {NL} { yybegin(MACROS); } <> { throw new ScannerException(file,ErrorMessages.EOF_IN_MACROS); } } { "%char" { charCount = true; } "%line" { lineCount = true; } "%column" { columnCount = true; } "%byaccj" { isInteger = true; if (eofVal == null) eofVal = "return 0;"; eofclose = true; } "%cup" { cupCompatible = true; isImplementing = concExc(isImplementing, "java_cup.runtime.Scanner"); if (functionName == null) functionName = "next_token"; if (tokenType == null) tokenType = "java_cup.runtime.Symbol"; if (eofVal == null) eofVal = "return new java_cup.runtime.Symbol("+cupSymbol+".EOF);"; if (!Options.jlex) eofclose = true; } "%cupsym"{WSP}+{QualIdent} {WSP}* { cupSymbol = yytext().substring(8).trim(); if (cupCompatible) Out.warning(ErrorMessages.CUPSYM_AFTER_CUP, yyline); } "%cupsym"{WSP}+{NNL}* { throw new ScannerException(file,ErrorMessages.QUIL_CUPSYM, yyline); } "%cupdebug" { cupDebug = true; } "%eofclose"({WSP}+"true")? { eofclose = true; } "%eofclose"({WSP}+"false") { eofclose = false; } "%class"{WSP}+{ClassT} {WSP}* { className = yytext().substring(7).trim(); } "%ctorarg"{WSP}+{ArrType}{WSP}+ { yybegin(CTOR_ARG); ctorTypes.add(yytext().substring(8).trim()); } "%function"{WSP}+{Ident} {WSP}* { functionName = yytext().substring(10).trim(); } "%type"{WSP}+{ArrType} {WSP}* { tokenType = yytext().substring(6).trim(); } "%integer"|"%int" { isInteger = true; } "%intwrap" { isIntWrap = true; } "%yyeof" { isYYEOF = true; } "%notunix" { notUnix = true; } "%7bit" { return symbol(ASCII); } "%full"|"%8bit" { return symbol(FULL); } "%unicode"|"%16bit" { return symbol(UNICODE); } "%caseless"|"%ignorecase" { caseless = true; } "%implements"{WSP}+.* { isImplementing = concExc(isImplementing, yytext().substring(12).trim()); } "%extends"{WSP}+{QClassT}{WSP}* { isExtending = yytext().substring(9).trim(); } "%public" { isPublic = true; } "%apiprivate" { visibility = "private"; Skeleton.makePrivate(); } "%final" { isFinal = true; } "%abstract" { isAbstract = true; } "%debug" { debugOption = true; } "%standalone" { standalone = true; isInteger = true; } "%switch" { packed = false; useRowMap = false; } "%table" { packed = false; useRowMap = true; } "%pack" { packed = true; useRowMap = true; } "%include" {WSP}+ .* { File f = new File(yytext().substring(9).trim()); if ( !f.canRead() ) throw new ScannerException(file,ErrorMessages.NOT_READABLE, yyline); // check for cycle if (files.search(f) > 0) throw new ScannerException(file,ErrorMessages.FILE_CYCLE, yyline); try { yypushStream( new FileReader(f) ); files.push(file); file = f; Out.println("Including \""+file+"\""); } catch (FileNotFoundException e) { throw new ScannerException(file,ErrorMessages.NOT_READABLE, yyline); } } "%buffer" {WSP}+ {Number} {WSP}* { bufferSize = Integer.parseInt(yytext().substring(8).trim()); } "%buffer" {WSP}+ {NNL}* { throw new ScannerException(file,ErrorMessages.NO_BUFFER_SIZE, yyline); } "%initthrow" {WSP}+ {QUIL} {WSP}* { initThrow = concExc(initThrow,yytext().substring(11).trim()); } "%initthrow" {WSP}+ {NNL}* { throw new ScannerException(file,ErrorMessages.QUIL_INITTHROW, yyline); } "%eofthrow" {WSP}+ {QUIL} {WSP}* { eofThrow = concExc(eofThrow,yytext().substring(10).trim()); } "%eofthrow" {WSP}+ {NNL}* { throw new ScannerException(file,ErrorMessages.QUIL_EOFTHROW, yyline); } "%yylexthrow"{WSP}+ {QUIL} {WSP}* { lexThrow = concExc(lexThrow,yytext().substring(12).trim()); } "%throws" {WSP}+ {QUIL} {WSP}* { lexThrow = concExc(lexThrow,yytext().substring(8).trim()); } "%yylexthrow"{WSP}+ {NNL}* { throw new ScannerException(file,ErrorMessages.QUIL_YYLEXTHROW, yyline); } "%throws" {WSP}+ {NNL}* { throw new ScannerException(file,ErrorMessages.QUIL_THROW, yyline); } "%scanerror" {WSP}+ {QualIdent} {WSP}* { scanErrorException = yytext().substring(11).trim(); } "%scanerror" {WSP}+ {NNL}* { throw new ScannerException(file,ErrorMessages.QUIL_SCANERROR, yyline); } {Ident} { return symbol(IDENT, yytext()); } "="{WSP}* { yybegin(REGEXP); return symbol(EQUALS); } "/*" { nextState = MACROS; yybegin(COMMENT); } {EndOfLineComment} { } /* no {NL} at the end of this expression, because needs at least one {WSPNL} to start a regular expression! */ ^"%%" {NNL}* { macroDefinition = false; yybegin(REGEXPSTART); return symbol(DELIMITER); } "%"{Ident} { throw new ScannerException(file,ErrorMessages.UNKNOWN_OPTION, yyline, yycolumn); } "%" { throw new ScannerException(file,ErrorMessages.UNKNOWN_OPTION, yyline, yycolumn); } ^{WSP}+"%" { Out.warning(ErrorMessages.NOT_AT_BOL, yyline); yypushback(1); } {WSP}+ { } {NL}+ { } <> { if ( yymoreStreams() ) { file = (File) files.pop(); yypopStream(); } else throw new ScannerException(file,ErrorMessages.EOF_IN_MACROS); } } { {Ident} {WSP}* { yybegin(MACROS); ctorArgs.add(yytext().trim()); } [^] { throw new ScannerException(file,ErrorMessages.CTOR_ARG,yyline,yycolumn); } } { {WSPNL}* "/*" { nextState = REGEXPSTART; yybegin(COMMENT); } {WSPNL}+ { yybegin(REGEXP); } {WSPNL}* "<" { yybegin(STATES); return symbol_countUpdate(LESSTHAN, null); } {WSPNL}* "}" { return symbol_countUpdate(RBRACE, null); } {WSPNL}* "//" {NNL}* { } {WSPNL}* "<>" {WSPNL}* "{" { actionText.setLength(0); yybegin(JAVA_CODE); Symbol s = symbol_countUpdate(EOFRULE, null); action_line = s.left+1; return s; } } { {Ident} { return symbol(IDENT, yytext()); } "," { return symbol(COMMA); } {WSPNL}+ { } // "{" will be caught in REGEXP ">"{WSPNL}* { yybegin(REGEXP); return symbol(MORETHAN); } <> { throw new ScannerException(file,ErrorMessages.EOF_IN_STATES); } } { "<>" {WSPNL}+ "{" { actionText.setLength(0); yybegin(JAVA_CODE); action_line = yyline+1; return symbol(EOFRULE); } "<>" { throw new ScannerException(file,ErrorMessages.EOF_WO_ACTION); } {WSPNL}*"|"{WSP}*$ { if (macroDefinition) { yybegin(EATWSPNL); return symbol(BAR); } else { yybegin(REGEXPSTART); return symbol(NOACTION); } } // stategroup "{" { yybegin(REGEXPSTART); return symbol(LBRACE); } {WSPNL}*"|" { return symbol(BAR); } {WSPNL}*\" { string.setLength(0); nextState = REGEXP; yybegin(STRING_CONTENT); } {WSPNL}*"!" { return symbol(BANG); } {WSPNL}*"~" { return symbol(TILDE); } {WSPNL}*"(" { return symbol(OPENBRACKET); } {WSPNL}*")" { return symbol(CLOSEBRACKET); } {WSPNL}*"*" { return symbol(STAR); } {WSPNL}*"+" { return symbol(PLUS); } {WSPNL}*"?" { return symbol(QUESTION); } {WSPNL}*"$" { return symbol(DOLLAR); } {WSPNL}*"^" { bolUsed = true; return symbol(HAT); } {WSPNL}*"." { return symbol(POINT); } {WSPNL}*"[" { yybegin(CHARCLASS); return symbol(OPENCLASS); } {WSPNL}*"/" { return symbol(LOOKAHEAD); } {WSPNL}* "{" {WSP}* {Ident} {WSP}* "}" { return symbol_countUpdate(MACROUSE, makeMacroIdent()); } {WSPNL}* "{" {WSP}* {Number} { yybegin(REPEATEXP); return symbol(REPEAT, new Integer(yytext().trim().substring(1).trim())); } {WSPNL}+ "{" { actionText.setLength(0); yybegin(JAVA_CODE); action_line = yyline+1; return symbol(REGEXPEND); } {NL} { if (macroDefinition) { yybegin(MACROS); } return symbol(REGEXPEND); } {WSPNL}*"/*" { nextState = REGEXP; yybegin(COMMENT); } {WSPNL}*"//"{NNL}* { } {WSP}+ { } { {WSPNL}*"[:jletter:]" { return symbol(JLETTERCLASS); } {WSPNL}*"[:jletterdigit:]" { return symbol(JLETTERDIGITCLASS); } {WSPNL}*"[:letter:]" { return symbol(LETTERCLASS); } {WSPNL}*"[:digit:]" { return symbol(DIGITCLASS); } {WSPNL}*"[:uppercase:]" { return symbol(UPPERCLASS); } {WSPNL}*"[:lowercase:]" { return symbol(LOWERCLASS); } } . { return symbol(CHAR, new Character(yytext().charAt(0))); } } {WSPNL}+ { yybegin(REGEXP); } { "}" { yybegin(REGEXP); return symbol(RBRACE); } "," {WSP}* {Number} { return symbol(REPEAT, new Integer(yytext().substring(1).trim())); } {WSP}+ { } <> { throw new ScannerException(file,ErrorMessages.EOF_IN_REGEXP); } } { "{"{Ident}"}" { return symbol(MACROUSE, yytext().substring(1,yytext().length()-1)); } "[" { balance++; return symbol(OPENCLASS); } "]" { if (balance > 0) balance--; else yybegin(REGEXP); return symbol(CLOSECLASS); } "^" { return symbol(HAT); } "-" { return symbol(DASH); } // this is a hack to keep JLex compatibilty with char class // expressions like [+-] "-]" { yypushback(1); yycolumn--; return symbol(CHAR, new Character(yytext().charAt(0))); } \" { string.setLength(0); nextState = CHARCLASS; yybegin(STRING_CONTENT); } . { return symbol(CHAR, new Character(yytext().charAt(0))); } \n { throw new ScannerException(file,ErrorMessages.EOL_IN_CHARCLASS,yyline,yycolumn); } <> { throw new ScannerException(file,ErrorMessages.EOF_IN_REGEXP); } } { \" { yybegin(nextState); return symbol(STRING, string.toString()); } \\\" { string.append('\"'); } [^\"\\\u2028\u2029\u000A\u000B\u000C\u000D\u0085]+ { string.append(yytext()); } {NL} { throw new ScannerException(file,ErrorMessages.UNTERMINATED_STR, yyline, yycolumn); } {HexNumber} { string.append( (char) Integer.parseInt(yytext().substring(2,yytext().length()), 16)); } {Unicode} { string.append( (char) Integer.parseInt(yytext().substring(2,yytext().length()), 16)); } {OctNumber} { string.append( (char) Integer.parseInt(yytext().substring(1,yytext().length()), 8)); } \\b { string.append('\b'); } \\n { string.append('\n'); } \\t { string.append('\t'); } \\f { string.append('\f'); } \\r { string.append('\r'); } \\. { string.append(yytext().charAt(1)); } <> { throw new ScannerException(file,ErrorMessages.EOF_IN_STRING); } } { {HexNumber} { return symbol(CHAR, new Character( (char) Integer.parseInt(yytext().substring(2,yytext().length()), 16))); } {Unicode} { return symbol(CHAR, new Character( (char) Integer.parseInt(yytext().substring(2,yytext().length()), 16))); } {OctNumber} { return symbol(CHAR, new Character( (char) Integer.parseInt(yytext().substring(1,yytext().length()), 8))); } \\b { return symbol(CHAR,new Character('\b')); } \\n { return symbol(CHAR,new Character('\n')); } \\t { return symbol(CHAR,new Character('\t')); } \\f { return symbol(CHAR,new Character('\f')); } \\r { return symbol(CHAR,new Character('\r')); } \\. { return symbol(CHAR, new Character(yytext().charAt(1))); } } { "{" { balance++; actionText.append('{'); } "}" { if (balance > 0) { balance--; actionText.append('}'); } else { yybegin(REGEXPSTART); Action a = new Action(actionText.toString(), action_line); actions.addElement(a); return symbol(ACTION, a); } } {JavaCode} { actionText.append(yytext()); } <> { throw new ScannerException(file,ErrorMessages.EOF_IN_ACTION, action_line-1); } } { "/"+ "*" { commentbalance++; } "*"+ "/" { if (commentbalance > 0) commentbalance--; else yybegin(nextState); } {JFlexComment} { /* ignore */ } <> { throw new ScannerException(file,ErrorMessages.EOF_IN_COMMENT); } } . { throw new ScannerException(file,ErrorMessages.UNEXPECTED_CHAR, yyline, yycolumn); } \n { throw new ScannerException(file,ErrorMessages.UNEXPECTED_NL, yyline, yycolumn); } <> { if ( yymoreStreams() ) { file = (File) files.pop(); yypopStream(); } else return symbol(EOF); } jflex-1.4.3/src/JFlex/LexScan.java0000644000175000017500000037003211141044632015331 0ustar moonmoon/* The following code was generated by JFlex 1.4.3 on 1/31/09 11:52 PM */ /* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java_cup.runtime.Symbol; import java.util.Vector; import java.io.*; import java.util.Stack; /** * The lexer of JFlex. * * Generated by JFlex. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public final class LexScan implements sym, java_cup.runtime.Scanner { /** This character denotes the end of file */ public static final int YYEOF = -1; /** initial size of the lookahead buffer */ private static final int ZZ_BUFFERSIZE = 16384; /** lexical states */ public static final int STRING_CONTENT = 16; public static final int REGEXPSTART = 8; public static final int MACROS = 6; public static final int STATELIST = 4; public static final int CTOR_ARG = 26; public static final int EATWSPNL = 24; public static final int CHARCLASS = 18; public static final int JAVA_CODE = 12; public static final int REGEXP = 10; public static final int YYINITIAL = 0; public static final int REPEATEXP = 22; public static final int COMMENT = 2; public static final int STATES = 14; public static final int COPY = 20; /** * ZZ_LEXSTATE[l] is the state in the DFA for the lexical state l * ZZ_LEXSTATE[l+1] is the state in the DFA for the lexical state l * at the beginning of a line * l is of the form l = 2*k, k a non negative integer */ private static final int ZZ_LEXSTATE[] = { 0, 0, 1, 1, 2, 2, 3, 4, 5, 5, 6, 6, 7, 7, 8, 8, 9, 9, 10, 10, 11, 11, 12, 12, 13, 13, 14, 14 }; /** * Translates characters to character classes */ private static final String ZZ_CMAP_PACKED = "\10\25\1\26\1\10\1\13\2\11\1\12\16\25\4\0\1\10\1\76"+ "\1\32\1\0\1\103\1\35\1\22\1\33\1\100\1\101\1\30\1\102"+ "\1\15\1\106\1\14\1\31\1\7\1\66\2\7\2\3\1\67\1\64"+ "\1\65\1\1\1\105\1\0\1\20\1\71\1\21\1\23\1\0\4\2"+ "\1\72\1\74\10\24\1\73\13\24\1\16\1\4\1\17\1\104\1\24"+ "\1\0\1\53\1\57\1\55\1\62\1\46\1\47\1\63\1\42\1\37"+ "\1\60\1\70\1\51\1\56\1\40\1\44\1\61\1\24\1\43\1\54"+ "\1\41\1\6\1\52\1\45\1\5\1\50\1\24\1\36\1\75\1\34"+ "\1\77\6\25\1\27\32\25\2\0\4\24\4\0\1\24\2\0\1\25"+ "\7\0\1\24\4\0\1\24\5\0\27\24\1\0\37\24\1\0\u013f\24"+ "\31\0\162\24\4\0\14\24\16\0\5\24\11\0\1\24\21\0\130\25"+ "\5\0\23\25\12\0\1\24\13\0\1\24\1\0\3\24\1\0\1\24"+ "\1\0\24\24\1\0\54\24\1\0\46\24\1\0\5\24\4\0\202\24"+ "\1\0\4\25\3\0\105\24\1\0\46\24\2\0\2\24\6\0\20\24"+ "\41\0\46\24\2\0\1\24\7\0\47\24\11\0\21\25\1\0\27\25"+ "\1\0\3\25\1\0\1\25\1\0\2\25\1\0\1\25\13\0\33\24"+ "\5\0\3\24\15\0\4\25\14\0\6\25\13\0\32\24\5\0\13\24"+ "\16\25\7\0\12\25\4\0\2\24\1\25\143\24\1\0\1\24\10\25"+ "\1\0\6\25\2\24\2\25\1\0\4\25\2\24\12\25\3\24\2\0"+ "\1\24\17\0\1\25\1\24\1\25\36\24\33\25\2\0\3\24\60\0"+ "\46\24\13\25\1\24\u014f\0\3\25\66\24\2\0\1\25\1\24\20\25"+ "\2\0\1\24\4\25\3\0\12\24\2\25\2\0\12\25\21\0\3\25"+ "\1\0\10\24\2\0\2\24\2\0\26\24\1\0\7\24\1\0\1\24"+ "\3\0\4\24\2\0\1\25\1\24\7\25\2\0\2\25\2\0\3\25"+ "\11\0\1\25\4\0\2\24\1\0\3\24\2\25\2\0\12\25\4\24"+ "\15\0\3\25\1\0\6\24\4\0\2\24\2\0\26\24\1\0\7\24"+ "\1\0\2\24\1\0\2\24\1\0\2\24\2\0\1\25\1\0\5\25"+ "\4\0\2\25\2\0\3\25\13\0\4\24\1\0\1\24\7\0\14\25"+ "\3\24\14\0\3\25\1\0\11\24\1\0\3\24\1\0\26\24\1\0"+ "\7\24\1\0\2\24\1\0\5\24\2\0\1\25\1\24\10\25\1\0"+ "\3\25\1\0\3\25\2\0\1\24\17\0\2\24\2\25\2\0\12\25"+ "\1\0\1\24\17\0\3\25\1\0\10\24\2\0\2\24\2\0\26\24"+ "\1\0\7\24\1\0\2\24\1\0\5\24\2\0\1\25\1\24\6\25"+ "\3\0\2\25\2\0\3\25\10\0\2\25\4\0\2\24\1\0\3\24"+ "\4\0\12\25\1\0\1\24\20\0\1\25\1\24\1\0\6\24\3\0"+ "\3\24\1\0\4\24\3\0\2\24\1\0\1\24\1\0\2\24\3\0"+ "\2\24\3\0\3\24\3\0\10\24\1\0\3\24\4\0\5\25\3\0"+ "\3\25\1\0\4\25\11\0\1\25\17\0\11\25\11\0\1\24\7\0"+ "\3\25\1\0\10\24\1\0\3\24\1\0\27\24\1\0\12\24\1\0"+ "\5\24\4\0\7\25\1\0\3\25\1\0\4\25\7\0\2\25\11\0"+ "\2\24\4\0\12\25\22\0\2\25\1\0\10\24\1\0\3\24\1\0"+ "\27\24\1\0\12\24\1\0\5\24\2\0\1\25\1\24\7\25\1\0"+ "\3\25\1\0\4\25\7\0\2\25\7\0\1\24\1\0\2\24\4\0"+ "\12\25\22\0\2\25\1\0\10\24\1\0\3\24\1\0\27\24\1\0"+ "\20\24\4\0\6\25\2\0\3\25\1\0\4\25\11\0\1\25\10\0"+ "\2\24\4\0\12\25\22\0\2\25\1\0\22\24\3\0\30\24\1\0"+ "\11\24\1\0\1\24\2\0\7\24\3\0\1\25\4\0\6\25\1\0"+ "\1\25\1\0\10\25\22\0\2\25\15\0\60\24\1\25\2\24\7\25"+ "\4\0\10\24\10\25\1\0\12\25\47\0\2\24\1\0\1\24\2\0"+ "\2\24\1\0\1\24\2\0\1\24\6\0\4\24\1\0\7\24\1\0"+ "\3\24\1\0\1\24\1\0\1\24\2\0\2\24\1\0\4\24\1\25"+ "\2\24\6\25\1\0\2\25\1\24\2\0\5\24\1\0\1\24\1\0"+ "\6\25\2\0\12\25\2\0\2\24\42\0\1\24\27\0\2\25\6\0"+ "\12\25\13\0\1\25\1\0\1\25\1\0\1\25\4\0\2\25\10\24"+ "\1\0\42\24\6\0\24\25\1\0\2\25\4\24\4\0\10\25\1\0"+ "\44\25\11\0\1\25\71\0\42\24\1\0\5\24\1\0\2\24\1\0"+ "\7\25\3\0\4\25\6\0\12\25\6\0\6\24\4\25\106\0\46\24"+ "\12\0\51\24\7\0\132\24\5\0\104\24\5\0\122\24\6\0\7\24"+ "\1\0\77\24\1\0\1\24\1\0\4\24\2\0\7\24\1\0\1\24"+ "\1\0\4\24\2\0\47\24\1\0\1\24\1\0\4\24\2\0\37\24"+ "\1\0\1\24\1\0\4\24\2\0\7\24\1\0\1\24\1\0\4\24"+ "\2\0\7\24\1\0\7\24\1\0\27\24\1\0\37\24\1\0\1\24"+ "\1\0\4\24\2\0\7\24\1\0\47\24\1\0\23\24\16\0\11\25"+ "\56\0\125\24\14\0\u026c\24\2\0\10\24\12\0\32\24\5\0\113\24"+ "\3\0\3\24\17\0\15\24\1\0\4\24\3\25\13\0\22\24\3\25"+ "\13\0\22\24\2\25\14\0\15\24\1\0\3\24\1\0\2\25\14\0"+ "\64\24\40\25\3\0\1\24\3\0\2\24\1\25\2\0\12\25\41\0"+ "\3\25\2\0\12\25\6\0\130\24\10\0\51\24\1\25\126\0\35\24"+ "\3\0\14\25\4\0\14\25\12\0\12\25\36\24\2\0\5\24\u038b\0"+ "\154\24\224\0\234\24\4\0\132\24\6\0\26\24\2\0\6\24\2\0"+ "\46\24\2\0\6\24\2\0\10\24\1\0\1\24\1\0\1\24\1\0"+ "\1\24\1\0\37\24\2\0\65\24\1\0\7\24\1\0\1\24\3\0"+ "\3\24\1\0\7\24\3\0\4\24\2\0\6\24\4\0\15\24\5\0"+ "\3\24\1\0\7\24\17\0\4\25\30\0\2\11\5\25\20\0\2\24"+ "\23\0\1\24\13\0\4\25\6\0\6\25\1\0\1\24\15\0\1\24"+ "\40\0\22\24\36\0\15\25\4\0\1\25\3\0\6\25\27\0\1\24"+ "\4\0\1\24\2\0\12\24\1\0\1\24\3\0\5\24\6\0\1\24"+ "\1\0\1\24\1\0\1\24\1\0\4\24\1\0\3\24\1\0\7\24"+ "\3\0\3\24\5\0\5\24\26\0\44\24\u0e81\0\3\24\31\0\11\24"+ "\6\25\1\0\5\24\2\0\5\24\4\0\126\24\2\0\2\25\2\0"+ "\3\24\1\0\137\24\5\0\50\24\4\0\136\24\21\0\30\24\70\0"+ "\20\24\u0200\0\u19b6\24\112\0\u51a6\24\132\0\u048d\24\u0773\0\u2ba4\24\u215c\0"+ "\u012e\24\2\0\73\24\225\0\7\24\14\0\5\24\5\0\1\24\1\25"+ "\12\24\1\0\15\24\1\0\5\24\1\0\1\24\1\0\2\24\1\0"+ "\2\24\1\0\154\24\41\0\u016b\24\22\0\100\24\2\0\66\24\50\0"+ "\15\24\3\0\20\25\20\0\4\25\17\0\2\24\30\0\3\24\31\0"+ "\1\24\6\0\5\24\1\0\207\24\2\0\1\25\4\0\1\24\13\0"+ "\12\25\7\0\32\24\4\0\1\24\1\0\32\24\12\0\132\24\3\0"+ "\6\24\2\0\6\24\2\0\6\24\2\0\3\24\3\0\2\24\3\0"+ "\2\24\22\0\3\25\4\0"; /** * Translates characters to character classes */ private static final char [] ZZ_CMAP = zzUnpackCMap(ZZ_CMAP_PACKED); /** * Translates DFA states to action switch labels. */ private static final int [] ZZ_ACTION = zzUnpackAction(); private static final String ZZ_ACTION_PACKED_0 = "\1\1\1\2\15\0\1\1\2\3\1\1\1\2\3\4"+ "\1\5\1\6\2\7\1\6\1\10\2\6\1\4\1\11"+ "\1\12\1\6\1\11\1\13\1\14\1\4\1\15\2\16"+ "\1\6\2\17\1\20\1\21\1\16\1\22\1\23\1\24"+ "\1\25\1\26\1\27\1\30\1\31\1\32\1\33\1\34"+ "\1\35\1\36\1\37\3\4\1\40\1\41\1\6\1\42"+ "\1\43\1\44\1\4\2\45\1\46\1\16\1\47\1\50"+ "\1\51\1\52\1\16\1\53\1\54\1\4\2\44\1\4"+ "\1\55\1\4\1\56\1\13\1\57\1\60\1\61\3\0"+ "\1\62\1\63\1\0\1\64\1\0\2\11\1\0\15\11"+ "\3\0\1\65\1\11\1\66\1\11\2\0\1\67\1\6"+ "\1\70\1\71\2\70\1\71\1\72\1\73\1\74\1\75"+ "\1\76\1\0\1\77\2\0\1\100\1\101\3\0\2\102"+ "\10\0\1\103\1\104\2\103\1\104\1\105\1\106\1\107"+ "\1\110\1\111\1\112\3\0\1\113\5\0\1\114\1\0"+ "\1\60\1\61\2\6\1\11\2\115\35\11\3\0\2\116"+ "\1\11\2\117\1\11\1\0\1\71\1\0\1\120\6\0"+ "\1\121\1\122\1\0\1\37\4\0\1\104\1\0\1\123"+ "\1\124\2\125\3\0\2\11\1\126\24\11\1\127\12\11"+ "\3\0\2\11\1\0\2\120\14\0\2\123\3\0\20\11"+ "\1\130\3\11\1\131\10\11\1\132\6\11\1\133\1\11"+ "\1\134\1\130\1\0\2\11\1\0\1\120\13\0\1\123"+ "\5\0\11\11\1\0\1\11\1\135\5\11\1\136\1\137"+ "\17\11\1\140\1\141\2\11\7\0\2\37\10\0\2\142"+ "\3\0\11\11\1\143\1\0\11\11\1\144\4\11\1\145"+ "\1\0\3\11\1\146\1\147\2\11\6\0\1\150\1\37"+ "\3\0\1\37\6\0\2\151\4\0\1\141\1\11\1\152"+ "\1\126\3\11\1\153\2\154\1\143\4\0\11\11\2\155"+ "\2\11\1\156\1\11\2\157\1\11\1\160\6\0\1\37"+ "\6\0\1\37\13\0\1\11\1\161\2\11\1\154\1\162"+ "\1\154\1\143\3\0\2\11\1\163\2\11\1\164\3\11"+ "\1\155\1\165\1\155\1\166\1\0\1\11\1\156\1\0"+ "\1\167\1\157\2\170\1\157\4\0\1\171\1\172\2\37"+ "\4\0\2\37\7\0\2\173\1\0\3\11\2\162\2\143"+ "\1\174\2\175\1\0\1\11\1\0\5\11\2\165\2\0"+ "\1\11\1\0\2\170\2\0\1\176\2\0\1\37\2\0"+ "\2\37\4\0\1\37\2\0\2\37\7\0\2\177\1\11"+ "\1\162\1\0\1\143\1\0\1\174\1\0\1\175\1\200"+ "\1\175\2\0\2\11\1\201\1\11\1\202\1\203\2\204"+ "\1\165\1\0\1\205\3\0\1\205\1\0\1\205\1\156"+ "\3\0\1\206\1\0\4\37\3\0\4\37\3\0\2\207"+ "\1\0\1\177\1\210\1\177\1\211\3\0\2\200\2\0"+ "\2\11\1\201\2\212\1\204\1\213\1\204\12\0\3\37"+ "\5\0\3\37\1\0\2\214\1\0\2\210\2\143\1\174"+ "\1\200\3\0\2\11\1\212\1\215\1\212\2\213\1\205"+ "\2\0\1\216\1\217\4\0\1\37\3\0\1\37\2\220"+ "\1\210\1\0\1\143\1\163\1\0\1\163\1\11\2\215"+ "\1\213\1\0\2\205\1\0\1\205\3\0\1\37\2\0"+ "\1\37\2\221\1\215\10\0\1\222\3\205"; private static int [] zzUnpackAction() { int [] result = new int[826]; int offset = 0; offset = zzUnpackAction(ZZ_ACTION_PACKED_0, offset, result); return result; } private static int zzUnpackAction(String packed, int offset, int [] result) { int i = 0; /* index in packed string */ int j = offset; /* index in unpacked array */ int l = packed.length(); while (i < l) { int count = packed.charAt(i++); int value = packed.charAt(i++); do result[j++] = value; while (--count > 0); } return j; } /** * Translates a state to a row index in the transition table */ private static final int [] ZZ_ROWMAP = zzUnpackRowMap(); private static final String ZZ_ROWMAP_PACKED_0 = "\0\0\0\107\0\216\0\325\0\u011c\0\u0163\0\u01aa\0\u01f1"+ "\0\u0238\0\u027f\0\u02c6\0\u030d\0\u0354\0\u039b\0\u03e2\0\u0429"+ "\0\u0429\0\u0470\0\u04b7\0\u04fe\0\u0545\0\u058c\0\u0470\0\u05d3"+ "\0\u061a\0\u0470\0\u0661\0\u06a8\0\u06ef\0\u0736\0\u077d\0\u07c4"+ "\0\u080b\0\u0852\0\u0899\0\u08e0\0\u0927\0\u096e\0\u09b5\0\u0470"+ "\0\u0470\0\u09fc\0\u0a43\0\u0a8a\0\u0ad1\0\u0470\0\u0b18\0\u0b5f"+ "\0\u0470\0\u0470\0\u0ba6\0\u0470\0\u0bed\0\u0c34\0\u0470\0\u0470"+ "\0\u0470\0\u0470\0\u0470\0\u0470\0\u0470\0\u0c7b\0\u0cc2\0\u0d09"+ "\0\u0d50\0\u0470\0\u0470\0\u0d97\0\u0470\0\u0dde\0\u0e25\0\u0e6c"+ "\0\u0470\0\u0eb3\0\u0470\0\u0efa\0\u0efa\0\u0b18\0\u0470\0\u0470"+ "\0\u0f41\0\u0470\0\u0f88\0\u0fcf\0\u0fcf\0\u0470\0\u1016\0\u0470"+ "\0\u105d\0\u0470\0\u10a4\0\u0470\0\u10eb\0\u1132\0\u1179\0\u11c0"+ "\0\u0545\0\u0470\0\u0470\0\u058c\0\u0470\0\u1207\0\u124e\0\u1295"+ "\0\u12dc\0\u1323\0\u136a\0\u13b1\0\u13f8\0\u143f\0\u1486\0\u14cd"+ 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"\1\357\13\u012e\2\u0284\3\u012e\1\u0284\1\u012e\1\u0284\1\u012e"+ "\1\u0284\2\u012e\1\u0284\1\u012e\4\u0284\2\u012e\1\u0284\1\u012e"+ "\1\u0284\12\u012e\1\230\3\u028d\1\234\2\230\1\u028d\1\230"+ "\3\0\13\230\1\0\2\230\1\76\13\230\2\u028d\3\230"+ "\1\u028d\1\230\1\u028d\1\230\1\u028d\2\230\1\u028d\1\230"+ "\4\u028d\2\230\1\u028d\1\230\1\u028d\12\230\1\0\1\u0330"+ "\1\u0336\1\u0330\1\0\2\u0336\1\u0330\1\u0338\3\0\2\u0330"+ "\1\u02ae\1\0\1\u0330\1\u0335\2\u0330\1\u0336\1\u0330\1\u0338"+ "\1\u0330\7\0\25\u0336\4\u0330\1\u0336\1\0\3\u0336\6\0"+ "\1\u0336\4\0\3\u0336\1\0\3\u0336\1\u0339\3\0\1\u0331"+ "\1\u0330\1\u02ae\1\0\1\u0330\1\u0335\2\u0330\2\u0336\1\u033a"+ "\1\u0336\7\0\32\u0336\1\0\3\u0336\6\0\1\u0336\4\0"+ "\3\u0330\1\0\3\u0330\1\u0339\3\0\1\u0331\1\u0330\1\u02ae"+ "\1\0\1\u0330\1\u0335\4\u0330\1\u0339\1\u0330\7\0\32\u0330"+ "\1\0\3\u0330\6\0\1\u0330\3\0"; private static int [] zzUnpackTrans() { int [] result = new int[48777]; int offset = 0; offset = zzUnpackTrans(ZZ_TRANS_PACKED_0, offset, result); return result; } private static int zzUnpackTrans(String packed, int offset, int [] result) { int i = 0; /* index in packed string */ int j = offset; /* index in unpacked array */ int l = packed.length(); while (i < l) { int count = packed.charAt(i++); int value = packed.charAt(i++); value--; do result[j++] = value; while (--count > 0); } return j; } /* error codes */ private static final int ZZ_UNKNOWN_ERROR = 0; private static final int ZZ_NO_MATCH = 1; private static final int ZZ_PUSHBACK_2BIG = 2; /* error messages for the codes above */ private static final String ZZ_ERROR_MSG[] = { "Unkown internal scanner error", "Error: could not match input", "Error: pushback value was too large" }; /** * ZZ_ATTRIBUTE[aState] contains the attributes of state aState */ private static final int [] ZZ_ATTRIBUTE = zzUnpackAttribute(); private static final String ZZ_ATTRIBUTE_PACKED_0 = "\2\1\15\0\2\1\1\11\4\1\1\11\2\1\1\11"+ "\15\1\2\11\4\1\1\11\2\1\2\11\1\1\1\11"+ "\2\1\7\11\4\1\2\11\1\1\1\11\3\1\1\11"+ "\1\1\1\11\3\1\2\11\1\1\1\11\3\1\1\11"+ "\1\1\1\11\1\1\1\11\1\1\1\11\2\1\3\0"+ "\2\11\1\0\1\11\1\0\2\1\1\0\15\1\3\0"+ "\1\11\3\1\2\0\1\11\1\1\1\11\4\1\5\11"+ "\1\0\1\1\2\0\1\11\1\1\3\0\1\11\1\1"+ "\10\0\1\11\4\1\6\11\3\0\1\11\5\0\1\1"+ "\1\0\1\1\1\11\1\1\1\11\2\1\1\11\35\1"+ "\3\0\6\1\1\0\1\11\1\0\1\1\6\0\2\11"+ "\1\0\1\1\4\0\1\11\1\0\1\1\1\11\1\1"+ "\1\11\3\0\42\1\3\0\2\1\1\0\1\11\1\1"+ "\14\0\1\11\1\1\3\0\46\1\2\11\1\0\2\1"+ "\1\0\1\1\13\0\1\1\5\0\11\1\1\0\31\1"+ "\1\11\2\1\7\0\2\1\10\0\1\1\1\11\3\0"+ "\12\1\1\0\17\1\1\0\7\1\6\0\2\1\3\0"+ "\1\1\6\0\1\1\1\11\4\0\13\1\4\0\22\1"+ "\1\11\6\0\1\1\6\0\1\1\13\0\10\1\3\0"+ "\15\1\1\0\2\1\1\0\5\1\4\0\2\11\2\1"+ "\4\0\2\1\7\0\1\1\1\11\1\0\12\1\1\0"+ "\1\1\1\0\7\1\2\0\1\1\1\0\2\1\2\0"+ "\1\11\2\0\1\1\2\0\2\1\4\0\1\1\2\0"+ "\2\1\7\0\4\1\1\0\1\1\1\0\1\1\1\0"+ "\3\1\2\0\11\1\1\0\1\1\3\0\1\1\1\0"+ "\2\1\3\0\1\11\1\0\4\1\3\0\4\1\3\0"+ "\1\1\1\11\1\0\4\1\3\0\2\1\2\0\10\1"+ "\12\0\3\1\5\0\3\1\1\0\1\1\1\11\1\0"+ "\6\1\3\0\10\1\2\0\2\11\4\0\1\1\3\0"+ "\2\1\1\11\1\1\1\0\1\1\1\11\1\0\5\1"+ "\1\0\2\1\1\0\1\1\3\0\1\1\2\0\1\1"+ "\1\11\2\1\10\0\1\11\3\1"; private static int [] zzUnpackAttribute() { int [] result = new int[826]; int offset = 0; offset = zzUnpackAttribute(ZZ_ATTRIBUTE_PACKED_0, offset, result); return result; } private static int zzUnpackAttribute(String packed, int offset, int [] result) { int i = 0; /* index in packed string */ int j = offset; /* index in unpacked array */ int l = packed.length(); while (i < l) { int count = packed.charAt(i++); int value = packed.charAt(i++); do result[j++] = value; while (--count > 0); } return j; } /** the input device */ private java.io.Reader zzReader; /** the current state of the DFA */ private int zzState; /** the current lexical state */ private int zzLexicalState = YYINITIAL; /** this buffer contains the current text to be matched and is the source of the yytext() string */ private char zzBuffer[] = new char[ZZ_BUFFERSIZE]; /** the textposition at the last accepting state */ private int zzMarkedPos; /** the current text position in the buffer */ private int zzCurrentPos; /** startRead marks the beginning of the yytext() string in the buffer */ private int zzStartRead; /** endRead marks the last character in the buffer, that has been read from input */ private int zzEndRead; /** number of newlines encountered up to the start of the matched text */ private int yyline; /** the number of characters up to the start of the matched text */ private int yychar; /** * the number of characters from the last newline up to the start of the * matched text */ private int yycolumn; /** * zzAtBOL == true <=> the scanner is currently at the beginning of a line */ private boolean zzAtBOL = true; /** zzAtEOF == true <=> the scanner is at the EOF */ private boolean zzAtEOF; /** denotes if the user-EOF-code has already been executed */ private boolean zzEOFDone; /** the stack of open (nested) input streams to read from */ private java.util.Stack zzStreams = new java.util.Stack(); /** * inner class used to store info for nested * input streams */ private static final class ZzFlexStreamInfo { java.io.Reader zzReader; int zzEndRead; int zzStartRead; int zzCurrentPos; int zzMarkedPos; int yyline; int yycolumn; char [] zzBuffer; boolean zzAtEOF; boolean zzEOFDone; /** sets all values stored in this class */ ZzFlexStreamInfo(java.io.Reader zzReader, int zzEndRead, int zzStartRead, int zzCurrentPos, int zzMarkedPos, char [] zzBuffer, boolean zzAtEOF, int yyline, int yycolumn) { this.zzReader = zzReader; this.zzEndRead = zzEndRead; this.zzStartRead = zzStartRead; this.zzCurrentPos = zzCurrentPos; this.zzMarkedPos = zzMarkedPos; this.zzBuffer = zzBuffer; this.zzAtEOF = zzAtEOF; this.zzEOFDone = zzEOFDone; this.yyline = yyline; this.yycolumn = yycolumn; } } /* user code: */ int balance = 0; int commentbalance = 0; int action_line = 0; int bufferSize = 16384; File file; Stack files = new Stack(); StringBuffer userCode = new StringBuffer(); String classCode; String initCode; String initThrow; String eofCode; String eofThrow; String lexThrow; String eofVal; String scanErrorException; String cupSymbol = "sym"; StringBuffer actionText = new StringBuffer(); StringBuffer string = new StringBuffer(); boolean charCount; boolean lineCount; boolean columnCount; boolean cupCompatible; boolean cupDebug; boolean isInteger; boolean isIntWrap; boolean isYYEOF; boolean notUnix; boolean isPublic; boolean isFinal; boolean isAbstract; boolean bolUsed; boolean standalone; boolean debugOption; boolean useRowMap = Options.gen_method == Options.PACK || Options.gen_method == Options.TABLE; boolean packed = Options.gen_method == Options.PACK; boolean caseless; boolean inclusive_states; boolean eofclose; String isImplementing; String isExtending; String className = "Yylex"; String functionName; String tokenType; String visibility = "public"; Vector /* String */ ctorArgs = new Vector(); Vector /* String */ ctorTypes = new Vector(); LexicalStates states = new LexicalStates(); Vector actions = new Vector(); private int nextState; boolean macroDefinition; Timer t = new Timer(); public int currentLine() { return yyline; } public void setFile(File file) { this.file = file; } private Symbol symbol(int type, Object value) { return new Symbol(type, yyline, yycolumn, value); } private Symbol symbol(int type) { return new Symbol(type, yyline, yycolumn); } // updates line and column count to the beginning of the first // non whitespace character in yytext, but leaves yyline+yycolumn // untouched private Symbol symbol_countUpdate(int type, Object value) { int lc = yyline; int cc = yycolumn; String text = yytext(); for (int i=0; i < text.length(); i++) { char c = text.charAt(i); if (c != '\n' && c != '\r' && c != ' ' && c != '\t' ) return new Symbol(type, lc, cc, value); if (c == '\n') { lc++; cc = 0; } else cc++; } return new Symbol(type, yyline, yycolumn, value); } private String makeMacroIdent() { String matched = yytext().trim(); return matched.substring(1, matched.length()-1).trim(); } public static String conc(Object a, Object b) { if (a == null && b == null) return null; if (a == null) return b.toString(); if (b == null) return a.toString(); return a.toString()+b.toString(); } public static String concExc(Object a, Object b) { if (a == null && b == null) return null; if (a == null) return b.toString(); if (b == null) return a.toString(); return a.toString()+", "+b.toString(); } /** * Creates a new scanner * There is also a java.io.InputStream version of this constructor. * * @param in the java.io.Reader to read input from. */ public LexScan(java.io.Reader in) { states.insert("YYINITIAL", true); this.zzReader = in; } /** * Creates a new scanner. * There is also java.io.Reader version of this constructor. * * @param in the java.io.Inputstream to read input from. */ public LexScan(java.io.InputStream in) { this(new java.io.InputStreamReader(in)); } /** * Unpacks the compressed character translation table. * * @param packed the packed character translation table * @return the unpacked character translation table */ private static char [] zzUnpackCMap(String packed) { char [] map = new char[0x10000]; int i = 0; /* index in packed string */ int j = 0; /* index in unpacked array */ while (i < 1788) { int count = packed.charAt(i++); char value = packed.charAt(i++); do map[j++] = value; while (--count > 0); } return map; } /** * Refills the input buffer. * * @return false, iff there was new input. * * @exception java.io.IOException if any I/O-Error occurs */ private boolean zzRefill() throws java.io.IOException { /* first: make room (if you can) */ if (zzStartRead > 0) { System.arraycopy(zzBuffer, zzStartRead, zzBuffer, 0, zzEndRead-zzStartRead); /* translate stored positions */ zzEndRead-= zzStartRead; zzCurrentPos-= zzStartRead; zzMarkedPos-= zzStartRead; zzStartRead = 0; } /* is the buffer big enough? */ if (zzCurrentPos >= zzBuffer.length) { /* if not: blow it up */ char newBuffer[] = new char[zzCurrentPos*2]; System.arraycopy(zzBuffer, 0, newBuffer, 0, zzBuffer.length); zzBuffer = newBuffer; } /* finally: fill the buffer with new input */ int numRead = zzReader.read(zzBuffer, zzEndRead, zzBuffer.length-zzEndRead); if (numRead > 0) { zzEndRead+= numRead; return false; } // unlikely but not impossible: read 0 characters, but not at end of stream if (numRead == 0) { int c = zzReader.read(); if (c == -1) { return true; } else { zzBuffer[zzEndRead++] = (char) c; return false; } } // numRead < 0) return true; } /** * Closes the input stream. */ public final void yyclose() throws java.io.IOException { zzAtEOF = true; /* indicate end of file */ zzEndRead = zzStartRead; /* invalidate buffer */ if (zzReader != null) zzReader.close(); } /** * Stores the current input stream on a stack, and * reads from a new stream. Lexical state, line, * char, and column counting remain untouched. * * The current input stream can be restored with * yypopstream (usually in an <> action). * * @param reader the new input stream to read from * * @see #yypopStream() */ public final void yypushStream(java.io.Reader reader) { zzStreams.push( new ZzFlexStreamInfo(zzReader, zzEndRead, zzStartRead, zzCurrentPos, zzMarkedPos, zzBuffer, zzAtEOF, yyline, yycolumn) ); zzAtEOF = false; zzBuffer = new char[ZZ_BUFFERSIZE]; zzReader = reader; zzEndRead = zzStartRead = 0; zzCurrentPos = zzMarkedPos = 0; yyline = yycolumn = 0; } /** * Closes the current input stream and continues to * read from the one on top of the stream stack. * * @throws java.util.EmptyStackException * if there is no further stream to read from. * * @throws java.io.IOException * if there was an error in closing the stream. * * @see #yypushStream(java.io.Reader) */ public final void yypopStream() throws java.io.IOException { zzReader.close(); ZzFlexStreamInfo s = (ZzFlexStreamInfo) zzStreams.pop(); zzBuffer = s.zzBuffer; zzReader = s.zzReader; zzEndRead = s.zzEndRead; zzStartRead = s.zzStartRead; zzCurrentPos = s.zzCurrentPos; zzMarkedPos = s.zzMarkedPos ; zzAtEOF = s.zzAtEOF; zzEOFDone = s.zzEOFDone; yyline = s.yyline; yycolumn = s.yycolumn; } /** * Returns true iff there are still streams left * to read from on the stream stack. */ public final boolean yymoreStreams() { return !zzStreams.isEmpty(); } /** * Resets the scanner to read from a new input stream. * Does not close the old reader. * * All internal variables are reset, the old input stream * cannot be reused (internal buffer is discarded and lost). * Lexical state is set to ZZ_INITIAL. * * @param reader the new input stream * * @see #yypushStream(java.io.Reader) * @see #yypopStream() */ public final void yyreset(java.io.Reader reader) { zzReader = reader; zzAtBOL = true; zzAtEOF = false; zzEOFDone = false; zzEndRead = zzStartRead = 0; zzCurrentPos = zzMarkedPos = 0; yyline = yychar = yycolumn = 0; zzLexicalState = YYINITIAL; } /** * Returns the current lexical state. */ public final int yystate() { return zzLexicalState; } /** * Enters a new lexical state * * @param newState the new lexical state */ public final void yybegin(int newState) { zzLexicalState = newState; } /** * Returns the text matched by the current regular expression. */ public final String yytext() { return new String( zzBuffer, zzStartRead, zzMarkedPos-zzStartRead ); } /** * Returns the character at position pos from the * matched text. * * It is equivalent to yytext().charAt(pos), but faster * * @param pos the position of the character to fetch. * A value from 0 to yylength()-1. * * @return the character at position pos */ public final char yycharat(int pos) { return zzBuffer[zzStartRead+pos]; } /** * Returns the length of the matched text region. */ public final int yylength() { return zzMarkedPos-zzStartRead; } /** * Reports an error that occured while scanning. * * In a wellformed scanner (no or only correct usage of * yypushback(int) and a match-all fallback rule) this method * will only be called with things that "Can't Possibly Happen". * If this method is called, something is seriously wrong * (e.g. a JFlex bug producing a faulty scanner etc.). * * Usual syntax/scanner level error handling should be done * in error fallback rules. * * @param errorCode the code of the errormessage to display */ private void zzScanError(int errorCode) { String message; try { message = ZZ_ERROR_MSG[errorCode]; } catch (ArrayIndexOutOfBoundsException e) { message = ZZ_ERROR_MSG[ZZ_UNKNOWN_ERROR]; } throw new Error(message); } /** * Pushes the specified amount of characters back into the input stream. * * They will be read again by then next call of the scanning method * * @param number the number of characters to be read again. * This number must not be greater than yylength()! */ public void yypushback(int number) { if ( number > yylength() ) zzScanError(ZZ_PUSHBACK_2BIG); zzMarkedPos -= number; } /** * Contains user EOF-code, which will be executed exactly once, * when the end of file is reached */ private void zzDoEOF() throws java.io.IOException { if (!zzEOFDone) { zzEOFDone = true; yyclose(); } } /** * Resumes scanning until the next regular expression is matched, * the end of input is encountered or an I/O-Error occurs. * * @return the next token * @exception java.io.IOException if any I/O-Error occurs */ public Symbol next_token() throws java.io.IOException { int zzInput; int zzAction; int [] zzTransL = ZZ_TRANS; int [] zzRowMapL = ZZ_ROWMAP; int [] zzAttrL = ZZ_ATTRIBUTE; while (true) { // cached fields: int zzCurrentPosL; int zzMarkedPosL = zzMarkedPos; int zzEndReadL = zzEndRead; char [] zzBufferL = zzBuffer; char [] zzCMapL = ZZ_CMAP; boolean zzR = false; for (zzCurrentPosL = zzStartRead; zzCurrentPosL < zzMarkedPosL; zzCurrentPosL++) { switch (zzBufferL[zzCurrentPosL]) { case '\u000B': case '\u000C': case '\u0085': case '\u2028': case '\u2029': yyline++; yycolumn = 0; zzR = false; break; case '\r': yyline++; yycolumn = 0; zzR = true; break; case '\n': if (zzR) zzR = false; else { yyline++; yycolumn = 0; } break; default: zzR = false; yycolumn++; } } if (zzR) { // peek one character ahead if it is \n (if we have counted one line too much) boolean zzPeek; if (zzMarkedPosL < zzEndReadL) zzPeek = zzBufferL[zzMarkedPosL] == '\n'; else if (zzAtEOF) zzPeek = false; else { boolean eof = zzRefill(); zzEndReadL = zzEndRead; zzMarkedPosL = zzMarkedPos; zzBufferL = zzBuffer; if (eof) zzPeek = false; else zzPeek = zzBufferL[zzMarkedPosL] == '\n'; } if (zzPeek) yyline--; } if (zzMarkedPosL > zzStartRead) { switch (zzBufferL[zzMarkedPosL-1]) { case '\n': case '\u000B': case '\u000C': case '\u0085': case '\u2028': case '\u2029': zzAtBOL = true; break; case '\r': if (zzMarkedPosL < zzEndReadL) zzAtBOL = zzBufferL[zzMarkedPosL] != '\n'; else if (zzAtEOF) zzAtBOL = false; else { boolean eof = zzRefill(); zzMarkedPosL = zzMarkedPos; zzEndReadL = zzEndRead; zzBufferL = zzBuffer; if (eof) zzAtBOL = false; else zzAtBOL = zzBufferL[zzMarkedPosL] != '\n'; } break; default: zzAtBOL = false; } } zzAction = -1; zzCurrentPosL = zzCurrentPos = zzStartRead = zzMarkedPosL; if (zzAtBOL) zzState = ZZ_LEXSTATE[zzLexicalState+1]; else zzState = ZZ_LEXSTATE[zzLexicalState]; zzForAction: { while (true) { if (zzCurrentPosL < zzEndReadL) zzInput = zzBufferL[zzCurrentPosL++]; else if (zzAtEOF) { zzInput = YYEOF; break zzForAction; } else { // store back cached positions zzCurrentPos = zzCurrentPosL; zzMarkedPos = zzMarkedPosL; boolean eof = zzRefill(); // get translated positions and possibly new buffer zzCurrentPosL = zzCurrentPos; zzMarkedPosL = zzMarkedPos; zzBufferL = zzBuffer; zzEndReadL = zzEndRead; if (eof) { zzInput = YYEOF; break zzForAction; } else { zzInput = zzBufferL[zzCurrentPosL++]; } } int zzNext = zzTransL[ zzRowMapL[zzState] + zzCMapL[zzInput] ]; if (zzNext == -1) break zzForAction; zzState = zzNext; int zzAttributes = zzAttrL[zzState]; if ( (zzAttributes & 1) == 1 ) { zzAction = zzState; zzMarkedPosL = zzCurrentPosL; if ( (zzAttributes & 8) == 8 ) break zzForAction; } } } // store back cached position zzMarkedPos = zzMarkedPosL; switch (zzAction < 0 ? zzAction : ZZ_ACTION[zzAction]) { case 118: { cupDebug = true; } case 147: break; case 122: { actionText.setLength(0); yybegin(JAVA_CODE); action_line = yyline+1; return symbol(EOFRULE); } case 148: break; case 113: { File f = new File(yytext().substring(9).trim()); if ( !f.canRead() ) throw new ScannerException(file,ErrorMessages.NOT_READABLE, yyline); // check for cycle if (files.search(f) > 0) throw new ScannerException(file,ErrorMessages.FILE_CYCLE, yyline); try { yypushStream( new FileReader(f) ); files.push(file); file = f; Out.println("Including \""+file+"\""); } catch (FileNotFoundException e) { throw new ScannerException(file,ErrorMessages.NOT_READABLE, yyline); } } case 149: break; case 88: { return symbol(FULL); } case 150: break; case 92: { return symbol(ASCII); } case 151: break; case 21: { string.setLength(0); nextState = REGEXP; yybegin(STRING_CONTENT); } case 152: break; case 142: { return symbol(UPPERCLASS); } case 153: break; case 34: { return symbol(COMMA); } case 154: break; case 61: { return symbol(CHAR,new Character('\f')); } case 155: break; case 111: { throw new ScannerException(file,ErrorMessages.NO_BUFFER_SIZE, yyline); } case 156: break; case 104: { throw new ScannerException(file,ErrorMessages.EOF_WO_ACTION); } case 157: break; case 143: { return symbol(LOWERCLASS); } case 158: break; case 72: { string.append('\r'); } case 159: break; case 43: { return symbol(HAT); } case 160: break; case 48: { yybegin(MACROS); ctorArgs.add(yytext().trim()); } case 161: break; case 1: { return symbol(EOF); } case 162: break; case 59: { return symbol(CHAR,new Character('\t')); } case 163: break; case 145: { eofclose = false; } case 164: break; case 103: { isPublic = true; } case 165: break; case 112: { actionText.setLength(0); yybegin(JAVA_CODE); Symbol s = symbol_countUpdate(EOFRULE, null); action_line = s.left+1; return s; } case 166: break; case 40: { balance++; return symbol(OPENCLASS); } case 167: break; case 11: { yybegin(REGEXP); } case 168: break; case 12: { yybegin(STATES); return symbol_countUpdate(LESSTHAN, null); } case 169: break; case 68: { string.append( (char) Integer.parseInt(yytext().substring(1,yytext().length()), 8)); } case 170: break; case 62: { return symbol(CHAR,new Character('\b')); } case 171: break; case 39: { throw new ScannerException(file,ErrorMessages.EOL_IN_CHARCLASS,yyline,yycolumn); } case 172: break; case 5: { states.insert(yytext(),inclusive_states); } case 173: break; case 70: { string.append('\n'); } case 174: break; case 10: { yybegin(REGEXP); return symbol(EQUALS); } case 175: break; case 146: { return symbol(JLETTERDIGITCLASS); } case 176: break; case 19: { return symbol(STAR); } case 177: break; case 42: { string.setLength(0); nextState = CHARCLASS; yybegin(STRING_CONTENT); } case 178: break; case 116: { isAbstract = true; } case 179: break; case 75: { yypushback(1); yycolumn--; return symbol(CHAR, new Character(yytext().charAt(0))); } case 180: break; case 114: { lexThrow = concExc(lexThrow,yytext().substring(8).trim()); } case 181: break; case 109: { throw new ScannerException(file,ErrorMessages.QUIL_CUPSYM, yyline); } case 182: break; case 93: { packed = false; useRowMap = true; } case 183: break; case 87: { cupCompatible = true; isImplementing = concExc(isImplementing, "java_cup.runtime.Scanner"); if (functionName == null) functionName = "next_token"; if (tokenType == null) tokenType = "java_cup.runtime.Symbol"; if (eofVal == null) eofVal = "return new java_cup.runtime.Symbol("+cupSymbol+".EOF);"; if (!Options.jlex) eofclose = true; } case 184: break; case 30: { bolUsed = true; return symbol(HAT); } case 185: break; case 4: { throw new ScannerException(file,ErrorMessages.UNEXPECTED_CHAR, yyline, yycolumn); } case 186: break; case 35: { yybegin(REGEXP); return symbol(MORETHAN); } case 187: break; case 100: { packed = false; useRowMap = false; } case 188: break; case 119: { caseless = true; } case 189: break; case 38: { yybegin(nextState); return symbol(STRING, string.toString()); } case 190: break; case 76: { return symbol(REPEAT, new Integer(yytext().substring(1).trim())); } case 191: break; case 13: { return symbol_countUpdate(RBRACE, null); } case 192: break; case 139: { scanErrorException = yytext().substring(11).trim(); } case 193: break; case 141: { lexThrow = concExc(lexThrow,yytext().substring(12).trim()); } case 194: break; case 84: { return symbol(MACROUSE, yytext().substring(1,yytext().length()-1)); } case 195: break; case 2: { /* ignore */ } case 196: break; case 127: { throw new ScannerException(file,ErrorMessages.QUIL_INITTHROW, yyline); } case 197: break; case 47: { throw new ScannerException(file,ErrorMessages.CTOR_ARG,yyline,yycolumn); } case 198: break; case 108: { throw new ScannerException(file,ErrorMessages.QUIL_THROW, yyline); } case 199: break; case 31: { actionText.append(yytext()); } case 200: break; case 83: { string.append( (char) Integer.parseInt(yytext().substring(2,yytext().length()), 16)); } case 201: break; case 107: { notUnix = true; } case 202: break; case 89: { lineCount = true; } case 203: break; case 136: { initThrow = concExc(initThrow,yytext().substring(11).trim()); } case 204: break; case 131: { standalone = true; isInteger = true; } case 205: break; case 52: { nextState = MACROS; yybegin(COMMENT); } case 206: break; case 25: { return symbol(TILDE); } case 207: break; case 37: { throw new ScannerException(file,ErrorMessages.UNTERMINATED_STR, yyline, yycolumn); } case 208: break; case 110: { className = yytext().substring(7).trim(); } case 209: break; case 9: { throw new ScannerException(file,ErrorMessages.UNKNOWN_OPTION, yyline, yycolumn); } case 210: break; case 55: { nextState = REGEXPSTART; yybegin(COMMENT); } case 211: break; case 16: { return symbol(POINT); } case 212: break; case 73: { string.append('\f'); } case 213: break; case 65: { yybegin(REPEATEXP); return symbol(REPEAT, new Integer(yytext().trim().substring(1).trim())); } case 214: break; case 80: { return symbol(CHAR, new Character( (char) Integer.parseInt(yytext().substring(2,yytext().length()), 16))); } case 215: break; case 140: { initThrow = concExc(initThrow,string); yybegin(MACROS); } case 216: break; case 135: { eofThrow = concExc(eofThrow,string); yybegin(MACROS); } case 217: break; case 71: { string.append('\t'); } case 218: break; case 67: { string.append(yytext().charAt(1)); } case 219: break; case 7: { yybegin(MACROS); } case 220: break; case 98: { eofCode = conc(eofCode,string); yybegin(MACROS); } case 221: break; case 56: { return symbol(CHAR, new Character(yytext().charAt(1))); } case 222: break; case 28: { return symbol(PLUS); } case 223: break; case 101: { columnCount = true; } case 224: break; case 124: { isExtending = yytext().substring(9).trim(); } case 225: break; case 123: { eofVal = string.toString(); yybegin(MACROS); } case 226: break; case 36: { string.append(yytext()); } case 227: break; case 97: { return symbol(UNICODE); } case 228: break; case 74: { string.append('\b'); } case 229: break; case 24: { return symbol(BANG); } case 230: break; case 132: { throw new ScannerException(file,ErrorMessages.QUIL_SCANERROR, yyline); } case 231: break; case 91: { packed = true; useRowMap = true; } case 232: break; case 26: { return symbol(OPENBRACKET); } case 233: break; case 60: { return symbol(CHAR,new Character('\r')); } case 234: break; case 94: { isFinal = true; } case 235: break; case 27: { return symbol(CLOSEBRACKET); } case 236: break; case 86: { isInteger = true; } case 237: break; case 20: { return symbol(LOOKAHEAD); } case 238: break; case 51: { commentbalance++; } case 239: break; case 49: { t.start(); yybegin(MACROS); macroDefinition = true; return symbol(USERCODE,userCode); } case 240: break; case 44: { return symbol(DASH); } case 241: break; case 138: { throw new ScannerException(file,ErrorMessages.QUIL_YYLEXTHROW, yyline); } case 242: break; case 96: { debugOption = true; } case 243: break; case 64: { nextState = REGEXP; yybegin(COMMENT); } case 244: break; case 32: { if (balance > 0) { balance--; actionText.append('}'); } else { yybegin(REGEXPSTART); Action a = new Action(actionText.toString(), action_line); actions.addElement(a); return symbol(ACTION, a); } } case 245: break; case 29: { return symbol(DOLLAR); } case 246: break; case 17: { yybegin(CHARCLASS); return symbol(OPENCLASS); } case 247: break; case 105: { initCode = conc(initCode,string); yybegin(MACROS); } case 248: break; case 69: { string.append('\"'); } case 249: break; case 137: { isImplementing = concExc(isImplementing, yytext().substring(12).trim()); } case 250: break; case 126: { return symbol(LETTERCLASS); } case 251: break; case 102: { isInteger = true; if (eofVal == null) eofVal = "return 0;"; eofclose = true; } case 252: break; case 41: { if (balance > 0) balance--; else yybegin(REGEXP); return symbol(CLOSECLASS); } case 253: break; case 77: { string.setLength(0); yybegin(COPY); } case 254: break; case 8: { return symbol(IDENT, yytext()); } case 255: break; case 121: { return symbol(DIGITCLASS); } case 256: break; case 144: { lexThrow = concExc(lexThrow,string); yybegin(MACROS); } case 257: break; case 53: { Out.warning(ErrorMessages.NOT_AT_BOL, yyline); yypushback(1); } case 258: break; case 23: { return symbol(BAR); } case 259: break; case 45: { throw new ScannerException(file,ErrorMessages.UNEXPECTED_NL, yyline, yycolumn); } case 260: break; case 117: { cupSymbol = yytext().substring(8).trim(); if (cupCompatible) Out.warning(ErrorMessages.CUPSYM_AFTER_CUP, yyline); } case 261: break; case 58: { return symbol(CHAR,new Character('\n')); } case 262: break; case 95: { isYYEOF = true; } case 263: break; case 14: { return symbol(CHAR, new Character(yytext().charAt(0))); } case 264: break; case 99: { tokenType = yytext().substring(6).trim(); } case 265: break; case 33: { balance++; actionText.append('{'); } case 266: break; case 128: { eofThrow = concExc(eofThrow,yytext().substring(10).trim()); } case 267: break; case 63: { actionText.setLength(0); yybegin(JAVA_CODE); action_line = yyline+1; return symbol(REGEXPEND); } case 268: break; case 81: { return symbol_countUpdate(MACROUSE, makeMacroIdent()); } case 269: break; case 15: { if (macroDefinition) { yybegin(MACROS); } return symbol(REGEXPEND); } case 270: break; case 125: { throw new ScannerException(file,ErrorMessages.QUIL_EOFTHROW, yyline); } case 271: break; case 90: { charCount = true; } case 272: break; case 130: { visibility = "private"; Skeleton.makePrivate(); } case 273: break; case 134: { return symbol(JLETTERCLASS); } case 274: break; case 22: { yybegin(REGEXPSTART); return symbol(LBRACE); } case 275: break; case 115: { eofclose = true; } case 276: break; case 66: // lookahead expression with fixed lookahead length yypushback(1); { if (macroDefinition) { yybegin(EATWSPNL); return symbol(BAR); } else { yybegin(REGEXPSTART); return symbol(NOACTION); } } case 277: break; case 82: // lookahead expression with fixed lookahead length yypushback(2); { if (macroDefinition) { yybegin(EATWSPNL); return symbol(BAR); } else { yybegin(REGEXPSTART); return symbol(NOACTION); } } case 278: break; case 46: { yybegin(REGEXP); return symbol(RBRACE); } case 279: break; case 78: { inclusive_states = false; yybegin(STATELIST); } case 280: break; case 120: { bufferSize = Integer.parseInt(yytext().substring(8).trim()); } case 281: break; case 106: { isIntWrap = true; } case 282: break; case 133: { yybegin(CTOR_ARG); ctorTypes.add(yytext().substring(8).trim()); } case 283: break; case 3: { userCode.append(yytext()); } case 284: break; case 54: { macroDefinition = false; yybegin(REGEXPSTART); return symbol(DELIMITER); } case 285: break; case 129: { functionName = yytext().substring(10).trim(); } case 286: break; case 85: { classCode = conc(classCode,string); yybegin(MACROS); } case 287: break; case 18: { return symbol(QUESTION); } case 288: break; case 50: { if (commentbalance > 0) commentbalance--; else yybegin(nextState); } case 289: break; case 79: { inclusive_states = true; yybegin(STATELIST); } case 290: break; case 57: { return symbol(CHAR, new Character( (char) Integer.parseInt(yytext().substring(1,yytext().length()), 8))); } case 291: break; case 6: { } case 292: break; default: if (zzInput == YYEOF && zzStartRead == zzCurrentPos) { zzAtEOF = true; zzDoEOF(); switch (zzLexicalState) { case STRING_CONTENT: { throw new ScannerException(file,ErrorMessages.EOF_IN_STRING); } case 827: break; case MACROS: { if ( yymoreStreams() ) { file = (File) files.pop(); yypopStream(); } else throw new ScannerException(file,ErrorMessages.EOF_IN_MACROS); } case 828: break; case STATELIST: { throw new ScannerException(file,ErrorMessages.EOF_IN_MACROS); } case 829: break; case CHARCLASS: { throw new ScannerException(file,ErrorMessages.EOF_IN_REGEXP); } case 830: break; case JAVA_CODE: { throw new ScannerException(file,ErrorMessages.EOF_IN_ACTION, action_line-1); } case 831: break; case REPEATEXP: { throw new ScannerException(file,ErrorMessages.EOF_IN_REGEXP); } case 832: break; case COMMENT: { throw new ScannerException(file,ErrorMessages.EOF_IN_COMMENT); } case 833: break; case STATES: { throw new ScannerException(file,ErrorMessages.EOF_IN_STATES); } case 834: break; case COPY: { throw new ScannerException(file,ErrorMessages.EOF_IN_MACROS); } case 835: break; default: { if ( yymoreStreams() ) { file = (File) files.pop(); yypopStream(); } else return symbol(EOF); } } } else { zzScanError(ZZ_NO_MATCH); } } } } /** * Converts an int token code into the name of the * token by reflection on the cup symbol class/interface sym * * This code was contributed by Karl Meissner */ private String getTokenName(int token) { try { java.lang.reflect.Field [] classFields = sym.class.getFields(); for (int i = 0; i < classFields.length; i++) { if (classFields[i].getInt(null) == token) { return classFields[i].getName(); } } } catch (Exception e) { e.printStackTrace(System.err); } return "UNKNOWN TOKEN"; } /** * Same as next_token but also prints the token to standard out * for debugging. * * This code was contributed by Karl Meissner */ public Symbol debug_next_token() throws java.io.IOException { java_cup.runtime.Symbol s = next_token(); System.out.println( "line:" + (yyline+1) + " col:" + (yycolumn+1) + " --"+ yytext() + "--" + getTokenName(s.sym) + "--"); return s; } /** * Runs the scanner on input files. * * This main method is the debugging routine for the scanner. * It prints debugging information about each returned token to * System.out until the end of file is reached, or an error occured. * * @param argv the command line, contains the filenames to run * the scanner on. */ public static void main(String argv[]) { if (argv.length == 0) { System.out.println("Usage : java LexScan "); } else { for (int i = 0; i < argv.length; i++) { LexScan scanner = null; try { scanner = new LexScan( new java.io.FileReader(argv[i]) ); while ( !scanner.zzAtEOF ) scanner.debug_next_token(); } catch (java.io.FileNotFoundException e) { System.out.println("File not found : \""+argv[i]+"\""); } catch (java.io.IOException e) { System.out.println("IO error scanning file \""+argv[i]+"\""); System.out.println(e); } catch (Exception e) { System.out.println("Unexpected exception:"); e.printStackTrace(); } } } } } jflex-1.4.3/src/JFlex/MacroException.java0000644000175000017500000000403311141010522016676 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * This Exception is used in the macro expander to report cycles or * undefined macro usages. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class MacroException extends RuntimeException { /** * Creates a new MacroException without message */ public MacroException() { } /** * Creates a new MacroException with the specified message * * @param message the error description presented to the user. */ public MacroException(String message) { super(message); } } jflex-1.4.3/src/JFlex/Macros.java0000644000175000017500000001513711141010522015211 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.util.*; /** * Symbol table and expander for macros. * * Maps macros to their (expanded) definitions, detects cycles and * unused macros. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ final public class Macros { /** Maps names of macros to their definition */ private Hashtable macros; /** Maps names of macros to their "used" flag */ private Hashtable used; /** * Creates a new macro expander. */ public Macros() { macros = new Hashtable(); used = new Hashtable(); } /** * Stores a new macro and its definition. * * @param name the name of the new macro * @param definition the definition of the new macro * * @return true, iff the macro name has not been * stored before. */ public boolean insert(String name, RegExp definition) { if (Options.DEBUG) Out.debug("inserting macro "+name+" with definition :"+Out.NL+definition); //$NON-NLS-1$ //$NON-NLS-2$ used.put(name, Boolean.FALSE); return macros.put(name,definition) == null; } /** * Marks a makro as used. * * @return true, iff the macro name has been * stored before. */ public boolean markUsed(String name) { return used.put(name, Boolean.TRUE) != null; } /** * Tests if a macro has been used. * * @return true, iff the macro has been used in * a regular expression. */ public boolean isUsed(String name) { return ((Boolean)used.get(name)).booleanValue(); } /** * Returns all unused macros. * * @return the enumeration of macro names that have not been used. */ public Enumeration unused() { Vector unUsed = new Vector(); Enumeration names = used.keys(); while ( names.hasMoreElements() ) { String name = (String) names.nextElement(); Boolean isUsed = (Boolean) used.get( name ); if ( !isUsed.booleanValue() ) unUsed.addElement(name); } return unUsed.elements(); } /** * Fetches the definition of the macro with the specified name, *

* The definition will either be the same as stored (expand() not * called), or an equivalent one, that doesn't contain any macro * usages (expand() called before). * * @param name the name of the macro * * @return the definition of the macro, null if * no macro with the specified name has been stored. * * @see JFlex.Macros#expand */ public RegExp getDefinition(String name) { return (RegExp) macros.get(name); } /** * Expands all stored macros, so that getDefinition always returns * a defintion that doesn't contain any macro usages. * * @throws MacroException if there is a cycle in the macro usage graph. */ public void expand() throws MacroException { Enumeration names; names = macros.keys(); while ( names.hasMoreElements() ) { String name = (String) names.nextElement(); if ( isUsed(name) ) macros.put(name, expandMacro(name, getDefinition(name))); // this put doesn't get a new key, so only a new value // is set for the key "name" (without changing the enumeration // "names"!) } } /** * Expands the specified macro by replacing each macro usage * with the stored definition. * * @param name the name of the macro to expand (for detecting cycles) * @param definition the definition of the macro to expand * * @return the expanded definition of the macro. * * @throws MacroException when an error (such as a cyclic definition) * occurs during expansion */ private RegExp expandMacro(String name, RegExp definition) throws MacroException { // Out.print("checking macro "+name); // Out.print("definition is "+definition); switch ( definition.type ) { case sym.BAR: case sym.CONCAT: RegExp2 binary = (RegExp2) definition; binary.r1 = expandMacro(name, binary.r1); binary.r2 = expandMacro(name, binary.r2); return definition; case sym.STAR: case sym.PLUS: case sym.QUESTION: case sym.BANG: case sym.TILDE: RegExp1 unary = (RegExp1) definition; unary.content = expandMacro(name, (RegExp) unary.content); return definition; case sym.MACROUSE: String usename = (String) ((RegExp1) definition).content; if ( name.equals(usename) ) throw new MacroException(ErrorMessages.get(ErrorMessages.MACRO_CYCLE, name)); RegExp usedef = getDefinition(usename); if ( usedef == null ) throw new MacroException(ErrorMessages.get(ErrorMessages.MACRO_DEF_MISSING, usename, name)); markUsed(usename); return expandMacro(name, usedef); case sym.STRING: case sym.STRING_I: case sym.CHAR: case sym.CHAR_I: case sym.CCLASS: case sym.CCLASSNOT: return definition; default: throw new MacroException("unknown expression type "+definition.type+" in macro expansion"); //$NON-NLS-1$ //$NON-NLS-2$ } } } jflex-1.4.3/src/JFlex/Main.java0000644000175000017500000002522411141010522014647 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.io.*; import java.util.*; import JFlex.gui.MainFrame; /** * This is the main class of JFlex controlling the scanner generation process. * It is responsible for parsing the commandline, getting input files, * starting up the GUI if necessary, etc. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class Main { /** JFlex version */ final public static String version = "1.4.3"; //$NON-NLS-1$ /** * Generates a scanner for the specified input file. * * @param inputFile a file containing a lexical specification * to generate a scanner for. */ public static void generate(File inputFile) { Out.resetCounters(); Timer totalTime = new Timer(); Timer time = new Timer(); LexScan scanner = null; LexParse parser = null; FileReader inputReader = null; totalTime.start(); try { Out.println(ErrorMessages.READING, inputFile.toString()); inputReader = new FileReader(inputFile); scanner = new LexScan(inputReader); scanner.setFile(inputFile); parser = new LexParse(scanner); } catch (FileNotFoundException e) { Out.error(ErrorMessages.CANNOT_OPEN, inputFile.toString()); throw new GeneratorException(); } try { NFA nfa = (NFA) parser.parse().value; Out.checkErrors(); if (Options.dump) Out.dump(ErrorMessages.get(ErrorMessages.NFA_IS)+ Out.NL+nfa+Out.NL); if (Options.dot) nfa.writeDot(Emitter.normalize("nfa.dot", null)); //$NON-NLS-1$ Out.println(ErrorMessages.NFA_STATES, nfa.numStates); time.start(); DFA dfa = nfa.getDFA(); time.stop(); Out.time(ErrorMessages.DFA_TOOK, time); dfa.checkActions(scanner, parser); nfa = null; if (Options.dump) Out.dump(ErrorMessages.get(ErrorMessages.DFA_IS)+ Out.NL+dfa+Out.NL); if (Options.dot) dfa.writeDot(Emitter.normalize("dfa-big.dot", null)); //$NON-NLS-1$ Out.checkErrors(); time.start(); dfa.minimize(); time.stop(); Out.time(ErrorMessages.MIN_TOOK, time); if (Options.dump) Out.dump(ErrorMessages.get(ErrorMessages.MIN_DFA_IS)+ Out.NL+dfa); if (Options.dot) dfa.writeDot(Emitter.normalize("dfa-min.dot", null)); //$NON-NLS-1$ time.start(); Emitter e = new Emitter(inputFile, parser, dfa); e.emit(); time.stop(); Out.time(ErrorMessages.WRITE_TOOK, time); totalTime.stop(); Out.time(ErrorMessages.TOTAL_TIME, totalTime); } catch (ScannerException e) { Out.error(e.file, e.message, e.line, e.column); throw new GeneratorException(); } catch (MacroException e) { Out.error(e.getMessage()); throw new GeneratorException(); } catch (IOException e) { Out.error(ErrorMessages.IO_ERROR, e.toString()); throw new GeneratorException(); } catch (OutOfMemoryError e) { Out.error(ErrorMessages.OUT_OF_MEMORY); throw new GeneratorException(); } catch (GeneratorException e) { throw new GeneratorException(); } catch (Exception e) { e.printStackTrace(); throw new GeneratorException(); } } public static Vector parseOptions(String argv[]) throws SilentExit { Vector files = new Vector(); for (int i = 0; i < argv.length; i++) { if ( argv[i].equals("-d") || argv[i].equals("--outdir") ) { //$NON-NLS-1$ //$NON-NLS-2$ if ( ++i >= argv.length ) { Out.error(ErrorMessages.NO_DIRECTORY); throw new GeneratorException(); } Options.setDir(argv[i]); continue; } if ( argv[i].equals("--skel") || argv[i].equals("-skel") ) { //$NON-NLS-1$ //$NON-NLS-2$ if ( ++i >= argv.length ) { Out.error(ErrorMessages.NO_SKEL_FILE); throw new GeneratorException(); } Options.setSkeleton(new File(argv[i])); continue; } if ( argv[i].equals("-jlex") || argv[i].equals("--jlex") ) { //$NON-NLS-1$ //$NON-NLS-2$ Options.jlex = true; continue; } if ( argv[i].equals("-v") || argv[i].equals("--verbose") || argv[i].equals("-verbose") ) { //$NON-NLS-1$ //$NON-NLS-2$ //$NON-NLS-3$ Options.verbose = true; Options.progress = true; continue; } if ( argv[i].equals("-q") || argv[i].equals("--quiet") || argv[i].equals("-quiet") ) { //$NON-NLS-1$ //$NON-NLS-2$ //$NON-NLS-3$ Options.verbose = false; Options.progress = false; continue; } if ( argv[i].equals("--dump") || argv[i].equals("-dump") ) { //$NON-NLS-1$ //$NON-NLS-2$ Options.dump = true; continue; } if ( argv[i].equals("--time") || argv[i].equals("-time") ) { //$NON-NLS-1$ //$NON-NLS-2$ Options.time = true; continue; } if ( argv[i].equals("--version") || argv[i].equals("-version") ) { //$NON-NLS-1$ //$NON-NLS-2$ Out.println(ErrorMessages.THIS_IS_JFLEX, version); throw new SilentExit(); } if ( argv[i].equals("--dot") || argv[i].equals("-dot") ) { //$NON-NLS-1$ //$NON-NLS-2$ Options.dot = true; continue; } if ( argv[i].equals("--help") || argv[i].equals("-h") || argv[i].equals("/h") ) { //$NON-NLS-1$ //$NON-NLS-2$ //$NON-NLS-3$ printUsage(); throw new SilentExit(); } if ( argv[i].equals("--info") || argv[i].equals("-info") ) { //$NON-NLS-1$ //$NON-NLS-2$ Out.printSystemInfo(); throw new SilentExit(); } if ( argv[i].equals("--nomin") || argv[i].equals("-nomin") ) { //$NON-NLS-1$ //$NON-NLS-2$ Options.no_minimize = true; continue; } if ( argv[i].equals("--pack") || argv[i].equals("-pack") ) { //$NON-NLS-1$ //$NON-NLS-2$ Options.gen_method = Options.PACK; continue; } if ( argv[i].equals("--table") || argv[i].equals("-table") ) { //$NON-NLS-1$ //$NON-NLS-2$ Options.gen_method = Options.TABLE; continue; } if ( argv[i].equals("--switch") || argv[i].equals("-switch") ) { //$NON-NLS-1$ //$NON-NLS-2$ Options.gen_method = Options.SWITCH; continue; } if ( argv[i].equals("--nobak") || argv[i].equals("-nobak") ) { //$NON-NLS-1$ //$NON-NLS-2$ Options.no_backup = true; continue; } if ( argv[i].startsWith("-") ) { //$NON-NLS-1$ Out.error(ErrorMessages.UNKNOWN_COMMANDLINE, argv[i]); printUsage(); throw new SilentExit(); } // if argv[i] is not an option, try to read it as file File f = new File(argv[i]); if ( f.isFile() && f.canRead() ) files.addElement(f); else { Out.error("Sorry, couldn't open \""+f+"\""); //$NON-NLS-2$ throw new GeneratorException(); } } return files; } public static void printUsage() { Out.println(""); //$NON-NLS-1$ Out.println("Usage: jflex "); Out.println(""); Out.println("Where can be one or more of"); Out.println("-d write generated file to "); Out.println("--skel use external skeleton "); Out.println("--switch"); Out.println("--table"); Out.println("--pack set default code generation method"); Out.println("--jlex strict JLex compatibility"); Out.println("--nomin skip minimization step"); Out.println("--nobak don't create backup files"); Out.println("--dump display transition tables"); Out.println("--dot write graphviz .dot files for the generated automata (alpha)"); Out.println("--verbose"); Out.println("-v display generation progress messages (default)"); Out.println("--quiet"); Out.println("-q display errors only"); Out.println("--time display generation time statistics"); Out.println("--version print the version number of this copy of jflex"); Out.println("--info print system + JDK information"); Out.println("--help"); Out.println("-h print this message"); Out.println(""); Out.println(ErrorMessages.THIS_IS_JFLEX, version); Out.println("Have a nice day!"); } public static void generate(String argv[]) throws SilentExit { Vector files = parseOptions(argv); if (files.size() > 0) { for (int i = 0; i < files.size(); i++) generate((File) files.elementAt(i)); } else { new MainFrame(); } } /** * Starts the generation process with the files in argv or * pops up a window to choose a file, when argv doesn't have * any file entries. * * @param argv the commandline. */ public static void main(String argv[]) { try { generate(argv); } catch (GeneratorException e) { Out.statistics(); System.exit(1); } catch (SilentExit e) { System.exit(1); } } } jflex-1.4.3/src/JFlex/Messages.properties0000644000175000017500000000774211140775017017032 0ustar moonmoonUNTERMINATED_STR = Unterminated string at end of line. EOF_WO_ACTION = <> must be followed by an action. EOF_SINGLERULE = <> can only be used as a single rule. UNKNOWN_OPTION = Unkown %-option UNEXPECTED_CHAR = Unexpected character UNEXPECTED_NL = Unexpected character LEXSTATE_UNDECL = Lexical state has not been declared. STATE_IDENT_EXP = State identifier expected. REPEAT_ZERO = Illegal repeat statement. At least one operand must be > 0 REPEAT_GREATER = Illegal repeat statement. First operand must not be greater than second one. REGEXP_EXPECTED = Regular expression expected. MACRO_UNDECL = Macro has not been declared. CHARSET_2_SMALL = Character set is too small for this class. CS2SMALL_STRING = Character set is too small for a charactor of this string. CS2SMALL_CHAR = Character set is too small for this character. CHARCLASS_MACRO = Macros in character classes are not supported. UNKNOWN_SYNTAX = Syntax error. SYNTAX_ERROR = Syntax error. NOT_AT_BOL = %-option is not at the beginning of the line. NO_MATCHING_BR = Didn't find matching bracket EOF_IN_ACTION = Unexpected end of file in action code EOF_IN_COMMENT = Unexpected end of file in comment EOF_IN_STRING = Unexpected end of file in string EOF_IN_MACROS = Unexpected end of file in macros EOF_IN_STATES = Unexpected end of file in state list EOF_IN_REGEXP = Unexpected end of file in regular expression UNEXPECTED_EOF = Unexpected end of file (maybe missing "*/" ")" "]" or "}") NO_LEX_SPEC = This seems not to be a lexical specification (first %% is missing) NO_LAST_ACTION = Last action in the specification must not be "|" NO_DIRECTORY = No directory for -d option NO_SKEL_FILE = No file provided for -skel option WRONG_SKELETON = Incorrect skeleton file (wrong number of sections). OUT_OF_MEMORY = JFlex has run out of memory. Please try increasing the maximum JVM heap size QUIL_INITTHROW = %initthrow needs a list of (qualified) identifiers QUIL_EOFTHROW = %eofthrow needs a list of (qualified) identifiers QUIL_YYLEXTHROW = %yylexthrow needs a list of (qualified) identifiers ZERO_STATES = Your scanner has zero states. Very funny. NO_BUFFER_SIZE = %buffer expects the size of the scanner buffer as decimal number NOT_READABLE = Could not open file. FILE_CYCLE = Cyclic file inclusion. FILE_WRITE = Error writing to file QUIL_SCANERROR = %scannerror needs a (qualified) identifier NEVER_MATCH = Rule can never be matched: QUIL_THROW = %throws needs a list of (qualified) identifiers EOL_IN_CHARCLASS = Unexpected newline in character class (closing "]" is missing) QUIL_CUPSYM = %cupsym needs a (qualified) identifier CUPSYM_AFTER_CUP = %cupsym should be used before %cup ALREADY_RUNNING = The generator is already running CANNOT_READ_SKEL = Cannot read skeleton file "{0}". READING_SKEL = Reading skeleton file "{0}". SKEL_IO_ERROR = IO problem reading skeleton file. SKEL_IO_ERROR_DEFAULT = IO problem reading default skeleton file. READING=Reading "{0}" CANNOT_OPEN=Sorry, couldn''t find the file "{0}". NFA_IS=NFA is NFA_STATES={0} states in NFA DFA_TOOK=DFA construction took {0} DFA_IS=DFA is MIN_TOOK=Minimization took {0} MIN_DFA_IS=Miniminal DFA is WRITE_TOOK=Writing took {0} TOTAL_TIME=Overall scanner generation time: {0} IO_ERROR=An I/O-Error occured: {0} THIS_IS_JFLEX=This is JFlex {0} UNKNOWN_COMMANDLINE=Error: unknown option "{0}". MACRO_CYCLE=Macro {0} contains a cycle. MACRO_DEF_MISSING=Found no definition for macro "{0}" while expanding "{1}" PARSING_TOOK=Parsing took {0} NFA_TOOK=NFA construction took {0} LOOKAHEAD_NEEDS_ACTION="|" action cannot be used with lookahead expressions EMPTY_MATCH = Lookahead expression must have match with at least length 1. CTOR_ARG = Expected an identifier for constructor argument name. CTOR_DEBUG = Emitting default constructor without parameters and init code for debug/standalone. INT_AND_TYPE = Scanner can't have int and reference return type at the same time. jflex-1.4.3/src/JFlex/NFA.java0000644000175000017500000007466111141010522014400 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.util.*; import java.io.*; /** * NFA representation in JFlex. * * Contains algorithms RegExp -> NFA and NFA -> DFA. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ final public class NFA { /** table[current_state][next_char] is the set of states that can be reached /* from current_state with an input next_char */ StateSet [][] table; /** epsilon[current_state] is the set of states that can be reached /* from current_state via epsilon edges */ StateSet [] epsilon; /** isFinal[state] == true <=> state is a final state of the NFA */ boolean [] isFinal; /** action[current_state]: the action associated with the state /* current_state (null, if there is no action for the state) */ Action [] action; /** the number of states in this NFA */ int numStates; /** the current maximum number of input characters */ int numInput; /** the number of lexical States. Lexical states have the indices /* 0..numLexStates-1 in the transition table */ int numLexStates; /** estimated size of the NFA (before actual construction) */ int estSize = 256; Macros macros; CharClasses classes; LexScan scanner; RegExps regExps; // will be reused by several methods (avoids excessive object creation) private static StateSetEnumerator states = new StateSetEnumerator(); private static StateSet tempStateSet = new StateSet(); public NFA(int numInput, int estSize) { this.numInput = numInput; this.estSize = estSize; numStates = 0; epsilon = new StateSet [estSize]; action = new Action [estSize]; isFinal = new boolean [estSize]; table = new StateSet [estSize][numInput]; } /** * Construct new NFA. * * Assumes that lookahead cases and numbers are already resolved in RegExps. * @see RegExps#checkLookAheads() */ public NFA(int numInput, LexScan scanner, RegExps regExps, Macros macros, CharClasses classes) { this(numInput, regExps.NFASize(macros)+2*scanner.states.number()); this.scanner = scanner; this.regExps = regExps; this.macros = macros; this.classes = classes; numLexStates = scanner.states.number(); // ensureCapacity assumes correctly set up numStates. int new_num = numEntryStates(); ensureCapacity(new_num); numStates = new_num; } public int numEntryStates() { return 2*(numLexStates+regExps.gen_look_count); } /** * Add a standalone rule that has minimum priority, fires a transition * on all single input characters and has a "print yytext" action. */ public void addStandaloneRule() { int start = numStates; int end = numStates+1; for (int c = 0; c < classes.getNumClasses(); c++) addTransition(start, c, end); for (int i = 0; i < numLexStates*2; i++) addEpsilonTransition(i, start); action[end] = new Action("System.out.print(yytext());", Integer.MAX_VALUE); isFinal[end] = true; } /** * Add a regexp to this NFA. * * @param regExpNum the number of the regexp to add. */ public void addRegExp(int regExpNum) { if (Options.DEBUG) Out.debug("Adding nfa for regexp "+regExpNum+" :"+Out.NL+regExps.getRegExp(regExpNum)); IntPair nfa = insertNFA( regExps.getRegExp(regExpNum) ); Enumeration lexStates = regExps.getStates(regExpNum).elements(); if ( !lexStates.hasMoreElements() ) lexStates = scanner.states.getInclusiveStates(); while ( lexStates.hasMoreElements() ) { int stateNum = ((Integer)lexStates.nextElement()).intValue(); if ( !regExps.isBOL(regExpNum) ) addEpsilonTransition(2*stateNum, nfa.start); addEpsilonTransition(2*stateNum+1, nfa.start); } if ( regExps.getLookAhead(regExpNum) != null ) { Action a = regExps.getAction(regExpNum); if (a.lookAhead() == Action.FINITE_CHOICE) { insertLookAheadChoices(nfa.end, a, regExps.getLookAhead(regExpNum)); // remove the original action from the collection: it will never // be matched directly, only its copies will. scanner.actions.remove(a); } else { RegExp r1 = regExps.getRegExp(regExpNum); RegExp r2 = regExps.getLookAhead(regExpNum); IntPair look = insertNFA(r2); addEpsilonTransition(nfa.end, look.start); action[look.end] = a; isFinal[look.end] = true; if (a.lookAhead() == Action.GENERAL_LOOK) { // base forward pass IntPair forward = insertNFA(r1); // lookahead backward pass IntPair backward = insertNFA(r2.rev(macros)); isFinal[forward.end] = true; action[forward.end] = new Action(Action.FORWARD_ACTION); isFinal[backward.end] = true; action[backward.end] = new Action(Action.BACKWARD_ACTION); int entry = 2*(regExps.getLookEntry(regExpNum) + numLexStates); addEpsilonTransition(entry, forward.start); addEpsilonTransition(entry+1, backward.start); a.setEntryState(entry); } } } else { action[nfa.end] = regExps.getAction(regExpNum); isFinal[nfa.end] = true; } } /** * Insert NFAs for the (finitely many) fixed length lookahead choices. * * @param lookAhead a lookahead of which isFiniteChoice is true * @param baseEnd the end state of the base expression NFA * @param a the action of the expression * * @see SemCheck#isFiniteChoice(RegExp) */ private void insertLookAheadChoices(int baseEnd, Action a, RegExp lookAhead) { if (lookAhead.type == sym.BAR) { RegExp2 r = (RegExp2) lookAhead; insertLookAheadChoices(baseEnd, a, r.r1); insertLookAheadChoices(baseEnd, a, r.r2); } else if (lookAhead.type == sym.MACROUSE) { RegExp1 r = (RegExp1) lookAhead; insertLookAheadChoices(baseEnd, a, macros.getDefinition((String) r.content)); } else { int len = SemCheck.length(lookAhead); if (len >= 0) { // termination case IntPair look = insertNFA(lookAhead); addEpsilonTransition(baseEnd, look.start); Action x = a.copyChoice(len); action[look.end] = x; isFinal[look.end] = true; // add new copy to the collection of known actions such that // it can be checked for the NEVER_MATCH warning. scanner.actions.add(x); } else { // should never happen throw new Error("When inserting lookahead expression: unkown expression type "+lookAhead.type+" in "+lookAhead); //$NON-NLS-1$ //$NON-NLS-2$ } } } /** * Make sure the NFA can contain at least newNumStates states. * * @param newNumStates the minimu number of states. */ private void ensureCapacity(int newNumStates) { int oldLength = epsilon.length; if ( newNumStates < oldLength ) return; int newStatesLength = Math.max(oldLength*2, newNumStates); boolean [] newFinal = new boolean [newStatesLength]; boolean [] newIsPush = new boolean [newStatesLength]; Action [] newAction = new Action [newStatesLength]; StateSet [] [] newTable = new StateSet [newStatesLength] [numInput]; StateSet [] newEpsilon = new StateSet [newStatesLength]; System.arraycopy(isFinal,0,newFinal,0,numStates); System.arraycopy(action,0,newAction,0,numStates); System.arraycopy(epsilon,0,newEpsilon,0,numStates); System.arraycopy(table,0,newTable,0,numStates); isFinal = newFinal; action = newAction; epsilon = newEpsilon; table = newTable; } public void addTransition(int start, int input, int dest) { Out.debug("Adding transition ("+start+", "+input+", "+dest+")"); int maxS = Math.max(start,dest)+1; ensureCapacity( maxS ); if (maxS > numStates) numStates = maxS; if ( table[start][input] != null ) table[start][input].addState(dest); else table[start][input] = new StateSet(estSize,dest); } public void addEpsilonTransition(int start, int dest) { int max = Math.max(start,dest)+1; ensureCapacity( max ); if (max > numStates) numStates = max; if (epsilon[start] != null) epsilon[start].addState(dest); else epsilon[start] = new StateSet(estSize,dest); } /** * Returns true, iff the specified set of states * contains a final state. * * @param set the set of states that is tested for final states. */ private boolean containsFinal(StateSet set) { states.reset(set); while ( states.hasMoreElements() ) if ( isFinal[states.nextElement()] ) return true; return false; } /** * Returns true, iff the specified set of states * contains a pushback-state. * * @param set the set of states that is tested for pushback-states. private boolean containsPushback(StateSet set) { states.reset(set); while ( states.hasMoreElements() ) if ( isPushback[states.nextElement()] ) return true; return false; } */ /** * Returns the action with highest priority in the specified * set of states. * * @param set the set of states for which to determine the action */ private Action getAction(StateSet set) { states.reset(set); Action maxAction = null; Out.debug("Determining action of : "+set); while ( states.hasMoreElements() ) { Action currentAction = action[ states.nextElement() ]; if ( currentAction != null ) { if (maxAction == null) maxAction = currentAction; else maxAction = maxAction.getHigherPriority(currentAction); } } return maxAction; } /** * Calculates the epsilon closure for a specified set of states. * * The epsilon closure for set a is the set of states that can be reached * by epsilon edges from a. * * @param set the set of states to calculate the epsilon closure for * * @return the epsilon closure of the specified set of states * in this NFA */ private StateSet closure(int startState) { // Out.debug("Calculating closure of "+set); StateSet notvisited = tempStateSet; StateSet closure = new StateSet(numStates,startState); notvisited.clear(); notvisited.addState(startState); while ( notvisited.containsElements() ) { // Out.debug("closure is now "+closure); // Out.debug("notvisited is "+notvisited); int state = notvisited.getAndRemoveElement(); // Out.debug("removed element "+state+" of "+notvisited); // Out.debug("epsilon[states] = "+epsilon[state]); notvisited.add(closure.complement(epsilon[state])); closure.add(epsilon[state]); } // Out.debug("Closure is : "+closure); return closure; } /** * Returns the epsilon closure of a set of states */ private StateSet closure(StateSet startStates) { StateSet result = new StateSet(numStates); if (startStates != null) { states.reset(startStates); while (states.hasMoreElements()) result.add( closure(states.nextElement()) ); } return result; } private void epsilonFill() { for (int i = 0; i < numStates; i++) { epsilon[i] = closure(i); } } /** * Calculates the set of states that can be reached from another * set of states start with an specified input * character input * * @param start the set of states to start from * @param input the input character for which to search the next states * * @return the set of states that are reached from start * via input */ private StateSet DFAEdge(StateSet start, char input) { // Out.debug("Calculating DFAEdge for state set "+start+" and input '"+input+"'"); tempStateSet.clear(); states.reset(start); while ( states.hasMoreElements() ) tempStateSet.add( table[states.nextElement()][input] ); StateSet result = new StateSet(tempStateSet); states.reset(tempStateSet); while ( states.hasMoreElements() ) result.add( epsilon[states.nextElement()] ); // Out.debug("DFAEdge is : "+result); return result; } /** * Returns an DFA that accepts the same language as this NFA. * This DFA is usually not minimal. */ public DFA getDFA() { Hashtable dfaStates = new Hashtable(numStates); Vector dfaVector = new Vector(numStates); DFA dfa = new DFA(numEntryStates(), numInput, numLexStates); int numDFAStates = 0; int currentDFAState = 0; Out.println("Converting NFA to DFA : "); epsilonFill(); StateSet currentState, newState; // create the initial states of the DFA for ( int i = 0; i < numEntryStates(); i++ ) { newState = epsilon[i]; dfaStates.put(newState, new Integer(numDFAStates)); dfaVector.addElement(newState); dfa.setEntryState( i, numDFAStates ); dfa.setFinal( numDFAStates, containsFinal(newState) ); dfa.setAction( numDFAStates, getAction(newState) ); numDFAStates++; } numDFAStates--; if (Options.DEBUG) Out.debug("DFA start states are :"+Out.NL+dfaStates+Out.NL+Out.NL+"ordered :"+Out.NL+dfaVector); currentDFAState = 0; StateSet tempStateSet = NFA.tempStateSet; StateSetEnumerator states = NFA.states; // will be reused newState = new StateSet(numStates); while ( currentDFAState <= numDFAStates ) { currentState = (StateSet) dfaVector.elementAt(currentDFAState); for (char input = 0; input < numInput; input++) { // newState = DFAEdge(currentState, input); // inlining DFAEdge for performance: // Out.debug("Calculating DFAEdge for state set "+currentState+" and input '"+input+"'"); tempStateSet.clear(); states.reset(currentState); while ( states.hasMoreElements() ) tempStateSet.add( table[states.nextElement()][input] ); newState.copy(tempStateSet); states.reset(tempStateSet); while ( states.hasMoreElements() ) newState.add( epsilon[states.nextElement()] ); // Out.debug("DFAEdge is : "+newState); if ( newState.containsElements() ) { // Out.debug("DFAEdge for input "+(int)input+" and state set "+currentState+" is "+newState); // Out.debug("Looking for state set "+newState); Integer nextDFAState = (Integer) dfaStates.get(newState); if ( nextDFAState != null ) { // Out.debug("FOUND!"); dfa.addTransition(currentDFAState, input, nextDFAState.intValue()); } else { if (Options.progress) Out.print("."); // Out.debug("NOT FOUND!"); // Out.debug("Table was "+dfaStates); numDFAStates++; // make a new copy of newState to store in dfaStates StateSet storeState = new StateSet(newState); dfaStates.put(storeState, new Integer(numDFAStates)); dfaVector.addElement(storeState); dfa.addTransition(currentDFAState, input, numDFAStates); dfa.setFinal( numDFAStates, containsFinal(storeState) ); dfa.setAction( numDFAStates, getAction(storeState) ); } } } currentDFAState++; } if (Options.verbose) Out.println(""); return dfa; } public void dumpTable() { Out.dump(toString()); } public String toString() { StringBuffer result = new StringBuffer(); for (int i=0; i < numStates; i++) { result.append("State"); if ( isFinal[i] ) { result.append("[FINAL"); String l = action[i].lookString(); if (!l.equals("")) { result.append(", "); result.append(l); } result.append("]"); } result.append(" "+i+Out.NL); for (char input = 0; input < numInput; input++) { if ( table[i][input] != null && table[i][input].containsElements() ) result.append(" with "+((int) input)+" in "+table[i][input]+Out.NL); } if ( epsilon[i] != null && epsilon[i].containsElements() ) result.append(" with epsilon in "+epsilon[i]+Out.NL); } return result.toString(); } public void writeDot(File file) { try { PrintWriter writer = new PrintWriter(new FileWriter(file)); writer.println(dotFormat()); writer.close(); } catch (IOException e) { Out.error(ErrorMessages.FILE_WRITE, file); throw new GeneratorException(); } } public String dotFormat() { StringBuffer result = new StringBuffer(); result.append("digraph NFA {"+Out.NL); result.append("rankdir = LR"+Out.NL); for (int i=0; i < numStates; i++) { if ( isFinal[i] ) { result.append(i); result.append(" [shape = doublecircle]"); result.append(Out.NL); } } for (int i=0; i < numStates; i++) { for (int input = 0; input < numInput; input++) { if ( table[i][input] != null ) { StateSetEnumerator states = table[i][input].states(); while (states.hasMoreElements()) { int s = states.nextElement(); result.append(i+" -> "+s); result.append(" [label=\""+classes.toString(input)+"\"]"+Out.NL); } } } if ( epsilon[i] != null ) { StateSetEnumerator states = epsilon[i].states(); while (states.hasMoreElements()) { int s = states.nextElement(); result.append(i+" -> "+s+" [style=dotted]"+Out.NL); } } } result.append("}"+Out.NL); return result.toString(); } //----------------------------------------------------------------------- // Functions for constructing NFAs out of regular expressions. private void insertLetterNFA(boolean caseless, char letter, int start, int end) { if (caseless) { int lower = classes.getClassCode(Character.toLowerCase(letter)); int upper = classes.getClassCode(Character.toUpperCase(letter)); addTransition(start, lower, end); if (upper != lower) addTransition(start, upper, end); } else { addTransition(start, classes.getClassCode(letter), end); } } private IntPair insertStringNFA(boolean caseless, String letters) { int start = numStates; int i; for (i = 0; i < letters.length(); i++) { if (caseless) { char c = letters.charAt(i); int lower = classes.getClassCode(Character.toLowerCase(c)); int upper = classes.getClassCode(Character.toUpperCase(c)); addTransition(i+start, lower, i+start+1); if (upper != lower) addTransition(i+start, upper, i+start+1); } else { addTransition(i+start, classes.getClassCode(letters.charAt(i)), i+start+1); } } return new IntPair(start, i+start); } private void insertClassNFA(Vector intervalls, int start, int end) { // empty char class is ok: if (intervalls == null) return; int [] cl = classes.getClassCodes(intervalls); for (int i = 0; i < cl.length; i++) addTransition(start, cl[i], end); } private void insertNotClassNFA(Vector intervalls, int start, int end) { int [] cl = classes.getNotClassCodes(intervalls); for (int i = 0; i < cl.length; i++) addTransition(start, cl[i], end); } /** * Constructs an NFA accepting the complement of the language * of a given NFA. * * Converts the NFA into a DFA, then negates that DFA. * Exponential state blowup possible and common. * * @param the NFA to construct the complement for. * * @return a pair of integers denoting the index of start * and end state of the complement NFA. */ private IntPair complement(IntPair nfa) { if (Options.DEBUG) { Out.debug("complement for "+nfa); Out.debug("NFA is :"+Out.NL+this); } int dfaStart = nfa.end+1; // FIXME: only need epsilon closure of states reachable from nfa.start epsilonFill(); Hashtable dfaStates = new Hashtable(numStates); Vector dfaVector = new Vector(numStates); int numDFAStates = 0; int currentDFAState = 0; StateSet currentState, newState; newState = epsilon[nfa.start]; dfaStates.put(newState, new Integer(numDFAStates)); dfaVector.addElement(newState); if (Options.DEBUG) Out.debug("pos DFA start state is :"+Out.NL+dfaStates+Out.NL+Out.NL+"ordered :"+Out.NL+dfaVector); currentDFAState = 0; while ( currentDFAState <= numDFAStates ) { currentState = (StateSet) dfaVector.elementAt(currentDFAState); for (char input = 0; input < numInput; input++) { newState = DFAEdge(currentState, input); if ( newState.containsElements() ) { // Out.debug("DFAEdge for input "+(int)input+" and state set "+currentState+" is "+newState); // Out.debug("Looking for state set "+newState); Integer nextDFAState = (Integer) dfaStates.get(newState); if ( nextDFAState != null ) { // Out.debug("FOUND!"); addTransition(dfaStart+currentDFAState, input, dfaStart+nextDFAState.intValue()); } else { if (Options.dump) Out.print("+"); // Out.debug("NOT FOUND!"); // Out.debug("Table was "+dfaStates); numDFAStates++; dfaStates.put(newState, new Integer(numDFAStates)); dfaVector.addElement(newState); addTransition(dfaStart+currentDFAState, input, dfaStart+numDFAStates); } } } currentDFAState++; } // We have a dfa accepting the positive regexp. // Now the complement: if (Options.DEBUG) Out.debug("dfa finished, nfa is now :"+Out.NL+this); int start = dfaStart+numDFAStates+1; int error = dfaStart+numDFAStates+2; int end = dfaStart+numDFAStates+3; addEpsilonTransition(start, dfaStart); for (int i = 0; i < numInput; i++) addTransition(error, i, error); addEpsilonTransition(error, end); for (int s = 0; s <= numDFAStates; s++) { currentState = (StateSet) dfaVector.elementAt(s); currentDFAState = dfaStart+s; // if it was not a final state, it is now in the complement if (!currentState.isElement(nfa.end)) addEpsilonTransition(currentDFAState, end); // all inputs not present (formerly leading to an implicit error) // now lead to an explicit (final) state accepting everything. for (int i = 0; i < numInput; i++) if (table[currentDFAState][i] == null) addTransition(currentDFAState, i, error); } // eliminate transitions leading to dead states if (live == null || live.length < numStates) { live = new boolean [2*numStates]; visited = new boolean [2*numStates]; } removeDead(dfaStart, end); if (Options.DEBUG) Out.debug("complement finished, nfa ("+start+","+end+") is now :"+this); return new IntPair(start, end); } // "global" data for use in method removeDead only: // live[s] == false <=> no final state can be reached from s private boolean [] live; // = new boolean [estSize]; private boolean [] visited; // = new boolean [estSize]; private void removeDead(int start, int end) { // Out.debug("removeDead ("+start+")"); if ( visited[start] || live[start] ) return; visited[start] = true; // Out.debug("not yet visited"); if (closure(start).isElement(end)) live[start] = true; // Out.debug("is final :"+live[start]); for (int i = 0; i < numInput; i++) { StateSet nextState = closure(table[start][i]); StateSetEnumerator states = nextState.states(); while (states.hasMoreElements()) { int next = states.nextElement(); if (next != start) { removeDead(next,end); if (live[next]) live[start] = true; else table[start][i] = null; } } } StateSet nextState = closure(epsilon[start]); StateSetEnumerator states = nextState.states(); while (states.hasMoreElements()) { int next = states.nextElement(); if (next != start) { removeDead(next,end); if (live[next]) live[start] = true; } } // Out.debug("state "+start+" is live :"+live[start]); } /** * Constructs a two state NFA for char class regexps, * such that the NFA has * * exactly one start state, * exactly one end state, * no transitions leading out of the end state * no transitions leading into the start state * * Assumes that regExp.isCharClass(macros) == true * * @param regExp the regular expression to construct the * NFA for * * @return a pair of integers denoting the index of start * and end state of the NFA. */ private void insertCCLNFA(RegExp regExp, int start, int end) { switch (regExp.type) { case sym.BAR: RegExp2 r = (RegExp2) regExp; insertCCLNFA(r.r1, start, end); insertCCLNFA(r.r2, start, end); return; case sym.CCLASS: insertClassNFA( (Vector) ((RegExp1) regExp).content, start, end); return; case sym.CCLASSNOT: insertNotClassNFA( (Vector) ((RegExp1) regExp).content, start, end); return; case sym.CHAR: insertLetterNFA( false, ((Character) ((RegExp1) regExp).content).charValue(), start, end); return; case sym.CHAR_I: insertLetterNFA( true, ((Character) ((RegExp1) regExp).content).charValue(), start, end); return; case sym.MACROUSE: insertCCLNFA(macros.getDefinition((String) ((RegExp1) regExp).content), start, end); return; } throw new Error("Unknown expression type "+regExp.type+" in NFA construction"); } /** * Constructs an NFA for regExp such that the NFA has * * exactly one start state, * exactly one end state, * no transitions leading out of the end state * no transitions leading into the start state * * @param regExp the regular expression to construct the * NFA for * * @return a pair of integers denoting the index of start * and end state of the NFA. */ public IntPair insertNFA(RegExp regExp) { IntPair nfa1, nfa2; int start, end; RegExp2 r; if (Options.DEBUG) Out.debug("Inserting RegExp : "+regExp); if (regExp.isCharClass(macros)) { start = numStates; end = numStates+1; ensureCapacity(end+1); if (end+1 > numStates) numStates = end+1; insertCCLNFA(regExp, start, end); return new IntPair(start, end); } switch (regExp.type) { case sym.BAR: r = (RegExp2) regExp; nfa1 = insertNFA(r.r1); nfa2 = insertNFA(r.r2); start = nfa2.end+1; end = nfa2.end+2; addEpsilonTransition(start, nfa1.start); addEpsilonTransition(start, nfa2.start); addEpsilonTransition(nfa1.end, end); addEpsilonTransition(nfa2.end, end); return new IntPair(start, end); case sym.CONCAT: r = (RegExp2) regExp; nfa1 = insertNFA(r.r1); nfa2 = insertNFA(r.r2); addEpsilonTransition(nfa1.end, nfa2.start); return new IntPair(nfa1.start, nfa2.end); case sym.STAR: nfa1 = insertNFA( (RegExp) ((RegExp1) regExp).content ); start = nfa1.end+1; end = nfa1.end+2; addEpsilonTransition(nfa1.end, end); addEpsilonTransition(start, nfa1.start); addEpsilonTransition(start, end); addEpsilonTransition(nfa1.end, nfa1.start); return new IntPair(start, end); case sym.PLUS: nfa1 = insertNFA( (RegExp) ((RegExp1) regExp).content ); start = nfa1.end+1; end = nfa1.end+2; addEpsilonTransition(nfa1.end, end); addEpsilonTransition(start, nfa1.start); addEpsilonTransition(nfa1.end, nfa1.start); return new IntPair(start, end); case sym.QUESTION: nfa1 = insertNFA( (RegExp) ((RegExp1) regExp).content ); addEpsilonTransition(nfa1.start, nfa1.end); return new IntPair(nfa1.start, nfa1.end); case sym.BANG: return complement(insertNFA((RegExp) ((RegExp1) regExp).content)); case sym.TILDE: return insertNFA(regExp.resolveTilde(macros)); case sym.STRING: return insertStringNFA(false, (String) ((RegExp1) regExp).content ); case sym.STRING_I: return insertStringNFA(true, (String) ((RegExp1) regExp).content ); case sym.MACROUSE: return insertNFA(macros.getDefinition((String) ((RegExp1) regExp).content)); } throw new Error("Unknown expression type "+regExp.type+" in NFA construction"); } } jflex-1.4.3/src/JFlex/Options.java0000644000175000017500000001022311141010522015407 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.io.File; /** * Collects all global JFlex options. Can be set from command line parser, * ant taks, gui, etc. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class Options { /** If true, additional verbose debug information is produced * This is a compile time option */ public final static boolean DEBUG = false; /** code generation method: maximum packing */ final public static int PACK = 0; /** code generation method: traditional */ final public static int TABLE = 1; /** code generation method: switch statement */ final public static int SWITCH = 2; /** output directory */ private static File directory; /** strict JLex compatibility */ public static boolean jlex; /** don't run minimization algorithm if this is true */ public static boolean no_minimize; /** don't write backup files if this is true */ public static boolean no_backup; /** default code generation method */ public static int gen_method; /** If false, only error/warning output will be generated */ public static boolean verbose; /** If true, progress dots will be printed */ public static boolean progress; /** If true, jflex will print time statistics about the generation process */ public static boolean time; /** If true, jflex will write graphviz .dot files for generated automata */ public static boolean dot; /** If true, you will be flooded with information (e.g. dfa tables). */ public static boolean dump; static { setDefaults(); } /** * @return the output directory */ public static File getDir() { return directory; } /** * Set output directory * * @param dirName the name of the directory to write output files to */ public static void setDir(String dirName) { setDir(new File(dirName)); } /** * Set output directory * * @param d the directory to write output files to */ public static void setDir(File d) { if ( d.isFile() ) { Out.error("Error: \""+d+"\" is not a directory."); throw new GeneratorException(); } if ( !d.isDirectory() && !d.mkdirs() ) { Out.error("Error: couldn't create directory \""+d+"\""); throw new GeneratorException(); } directory = d; } /** * Sets all options back to default values. */ public static void setDefaults() { directory = null; jlex = false; no_minimize = false; no_backup = false; gen_method = Options.PACK; verbose = true; progress = true; time = false; dot = false; dump = false; Skeleton.readDefault(); } public static void setSkeleton(File skel) { Skeleton.readSkelFile(skel); } } jflex-1.4.3/src/JFlex/Out.java0000644000175000017500000002766011141010522014540 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.io.*; import java.awt.TextArea; /** * In this class all output to the java console is filtered. * * Use the switches verbose, time and DUMP at compile time to determine * the verbosity of JFlex output. There is no switch for * suppressing error messages. verbose and time can be overridden * by command line paramters. * * Redirects output to a TextArea in GUI mode. * * Counts error and warning messages. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public final class Out { /** platform dependent newline sequence */ public static final String NL = System.getProperty("line.separator"); /** count total warnings */ private static int warnings; /** count total errors */ private static int errors; /** output device */ private static StdOutWriter out = new StdOutWriter(); /** * Switches to GUI mode if text is not null * * @param text the message TextArea of the JFlex GUI */ public static void setGUIMode(TextArea text) { out.setGUIMode(text); } /** * Sets a new output stream and switches to non-gui mode. * * @param stream the new output stream */ public static void setOutputStream(OutputStream stream) { out = new StdOutWriter(stream); out.setGUIMode(null); } /** * Report time statistic data. * * @param message the message to be printed * @param time elapsed time */ public static void time(ErrorMessages message, Timer time) { if (Options.time) { String msg = ErrorMessages.get(message, time.toString()); out.println(msg); } } /** * Report time statistic data. * * @param message the message to be printed */ public static void time(String message) { if (Options.time) { out.println(message); } } /** * Report generation progress. * * @param message the message to be printed */ public static void println(String message) { if (Options.verbose) out.println(message); } /** * Report generation progress. * * @param message the message to be printed * @param data data to be inserted into the message */ public static void println(ErrorMessages message, String data) { if (Options.verbose) { out.println(ErrorMessages.get(message,data)); } } /** * Report generation progress. * * @param message the message to be printed * @param data data to be inserted into the message */ public static void println(ErrorMessages message, int data) { if (Options.verbose) { out.println(ErrorMessages.get(message,data)); } } /** * Report generation progress. * * @param message the message to be printed */ public static void print(String message) { if (Options.verbose) out.print(message); } /** * Dump debug information to System.out * * Use like this * * if (Out.DEBUG) Out.debug(message) * * to save performance during normal operation (when DEBUG * is turned off). */ public static void debug(String message) { if (Options.DEBUG) System.out.println(message); } /** * All parts of JFlex, that want to provide dump information * should use this method for their output. * * @message the message to be printed */ public static void dump(String message) { if (Options.dump) out.println(message); } /** * All parts of JFlex, that want to report error messages * should use this method for their output. * * @message the message to be printed */ private static void err(String message) { out.println(message); } /** * throws a GeneratorException if there are any errors recorded */ public static void checkErrors() { if (errors > 0) throw new GeneratorException(); } /** * print error and warning statistics */ public static void statistics() { StringBuffer line = new StringBuffer(errors+" error"); if (errors != 1) line.append("s"); line.append(", "+warnings+" warning"); if (warnings != 1) line.append("s"); line.append("."); err(line.toString()); } /** * reset error and warning counters */ public static void resetCounters() { errors = 0; warnings = 0; } /** * print a warning without position information * * @param message the warning message */ public static void warning(String message) { warnings++; err(NL+"Warning : "+message); } /** * print a warning with line information * * @param message code of the warning message * @param line the line information * * @see ErrorMessages */ public static void warning(ErrorMessages message, int line) { warnings++; String msg = NL+"Warning"; if (line > 0) msg = msg+" in line "+(line+1); err(msg+": "+ErrorMessages.get(message)); } /** * print warning message with location information * * @param file the file the warning is issued for * @param message the code of the message to print * @param line the line number of the position * @param column the column of the position */ public static void warning(File file, ErrorMessages message, int line, int column) { String msg = NL+"Warning"; if (file != null) msg += " in file \""+file+"\""; if (line >= 0) msg = msg+" (line "+(line+1)+")"; try { err(msg+": "+NL+ErrorMessages.get(message)); } catch (ArrayIndexOutOfBoundsException e) { err(msg); } warnings++; if (line >= 0) { if (column >= 0) showPosition(file, line, column); else showPosition(file, line); } } /** * print error message (string) * * @param message the message to print */ public static void error(String message) { errors++; err(NL+message); } /** * print error message (code) * * @param message the code of the error message * * @see ErrorMessages */ public static void error(ErrorMessages message) { errors++; err(NL+"Error: "+ErrorMessages.get(message) ); } /** * print error message with data * * @param data data to insert into the message * @param message the code of the error message * * @see ErrorMessages */ public static void error(ErrorMessages message, String data) { errors++; err(NL+"Error: "+ ErrorMessages.get(message,data)); } /** * IO error message for a file (displays file * name in parentheses). * * @param message the code of the error message * @param file the file it occurred for */ public static void error(ErrorMessages message, File file) { errors++; err(NL+"Error: "+ErrorMessages.get(message)+" ("+file+")"); } /** * print error message with location information * * @param file the file the error occurred for * @param message the code of the error message to print * @param line the line number of error position * @param column the column of error position */ public static void error(File file, ErrorMessages message, int line, int column) { String msg = NL+"Error"; if (file != null) msg += " in file \""+file+"\""; if (line >= 0) msg = msg+" (line "+(line+1)+")"; try { err(msg+": "+NL+ErrorMessages.get(message)); } catch (ArrayIndexOutOfBoundsException e) { err(msg); } errors++; if (line >= 0) { if (column >= 0) showPosition(file, line, column); else showPosition(file, line); } } /** * prints a line of a file with marked position. * * @param file the file of which to show the line * @param line the line to show * @param column the column in which to show the marker */ public static void showPosition(File file, int line, int column) { try { String ln = getLine(file, line); if (ln != null) { err( ln ); if (column < 0) return; String t = "^"; for (int i = 0; i < column; i++) t = " "+t; err(t); } } catch (IOException e) { /* silently ignore IO errors, don't show anything */ } } /** * print a line of a file * * @param file the file to show * @param line the line number */ public static void showPosition(File file, int line) { try { String ln = getLine(file, line); if (ln != null) err(ln); } catch (IOException e) { /* silently ignore IO errors, don't show anything */ } } /** * get one line from a file * * @param file the file to read * @param line the line number to get * * @throw IOException if any error occurs */ private static String getLine(File file, int line) throws IOException { BufferedReader reader = new BufferedReader(new FileReader(file)); String msg = ""; for (int i = 0; i <= line; i++) msg = reader.readLine(); reader.close(); return msg; } /** * Print system information (e.g. in case of unexpected exceptions) */ public static void printSystemInfo() { err("Java version: "+System.getProperty("java.version")); err("Runtime name: "+System.getProperty("java.runtime.name")); err("Vendor: "+System.getProperty("java.vendor")); err("VM version: "+System.getProperty("java.vm.version")); err("VM vendor: "+System.getProperty("java.vm.vendor")); err("VM name: "+System.getProperty("java.vm.name")); err("VM info: "+System.getProperty("java.vm.info")); err("OS name: "+System.getProperty("os.name")); err("OS arch: "+System.getProperty("os.arch")); err("OS version: "+System.getProperty("os.version")); err("Encoding: "+System.getProperty("file.encoding")); err("JFlex version: "+Main.version); } /** * Request a bug report for an unexpected Exception/Error. */ public static void requestBugReport(Error e) { err("An unexpected error occurred. Please send a report of this to"); err(" and include the following information:"); err(""); printSystemInfo(); err("Exception:"); e.printStackTrace(out); err(""); err("Please also include a specification (as small as possible)"); err("that triggers this error. You may also want to check at"); err("http://www.jflex.de if there is a newer version available"); err("that doesn't have this problem"); err(""); err("Thanks for your support."); } } jflex-1.4.3/src/JFlex/PackEmitter.java0000644000175000017500000001405611141010522016174 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * jflex 1.4 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * Encodes int arrays as strings. * * Also splits up strings when longer than 64K in UTF8 encoding. * Subclasses emit unpacking code. * * Usage protocol: * p.emitInit();
* for each data: p.emitData(data);
* p.emitUnpack(); * * @author Gerwin Klein * @version $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public abstract class PackEmitter { /** name of the generated array (mixed case, no yy prefix) */ protected String name; /** current UTF8 length of generated string in current chunk */ private int UTF8Length; /** position in the current line */ private int linepos; /** max number of entries per line */ private static final int maxEntries = 16; /** output buffer */ protected StringBuffer out = new StringBuffer(); /** number of existing string chunks */ protected int chunks; /** maximum size of chunks */ // String constants are stored as UTF8 with 2 bytes length // field in class files. One Unicode char can be up to 3 // UTF8 bytes. 64K max and two chars safety. private static final int maxSize = 0xFFFF-6; /** indent for string lines */ private static final String indent = " "; /** * Create new emitter for an array. * * @param name the name of the generated array */ public PackEmitter(String name) { this.name = name; } /** * Convert array name into all uppercase internal scanner * constant name. * * @return name as a internal constant name. * @see PackEmitter#name */ protected String constName() { return "ZZ_" + name.toUpperCase(); } /** * Return current output buffer. */ public String toString() { return out.toString(); } /** * Emit declaration of decoded member and open first chunk. */ public void emitInit() { out.append(" private static final int [] "); out.append(constName()); out.append(" = zzUnpack"); out.append(name); out.append("();"); nl(); nextChunk(); } /** * Emit single unicode character. * * Updates length, position, etc. * * @param i the character to emit. * @prec 0 <= i <= 0xFFFF */ public void emitUC(int i) { if (i < 0 || i > 0xFFFF) throw new IllegalArgumentException("character value expected"); // cast ok because of prec char c = (char) i; printUC(c); UTF8Length += UTF8Length(c); linepos++; } /** * Execute line/chunk break if necessary. * Leave space for at least two chars. */ public void breaks() { if (UTF8Length >= maxSize) { // close current chunk out.append("\";"); nl(); nextChunk(); } else { if (linepos >= maxEntries) { // line break out.append("\"+"); nl(); out.append(indent); out.append("\""); linepos = 0; } } } /** * Emit the unpacking code. */ public abstract void emitUnpack(); /** * emit next chunk */ private void nextChunk() { nl(); out.append(" private static final String "); out.append(constName()); out.append("_PACKED_"); out.append(chunks); out.append(" ="); nl(); out.append(indent); out.append("\""); UTF8Length = 0; linepos = 0; chunks++; } /** * emit newline */ protected void nl() { out.append(Out.NL); } /** * Append a unicode/octal escaped character * to out buffer. * * @param c the character to append */ private void printUC(char c) { if (c > 255) { out.append("\\u"); if (c < 0x1000) out.append("0"); out.append(Integer.toHexString(c)); } else { out.append("\\"); out.append(Integer.toOctalString(c)); } } /** * Calculates the number of bytes a Unicode character * would have in UTF8 representation in a class file. * * @param value the char code of the Unicode character * @prec 0 <= value <= 0xFFFF * * @return length of UTF8 representation. */ private int UTF8Length(char value) { // if (value < 0 || value > 0xFFFF) throw new Error("not a char value ("+value+")"); // see JVM spec section 4.4.7, p 111 if (value == 0) return 2; if (value <= 0x7F) return 1; // workaround for javac bug (up to jdk 1.3): if (value < 0x0400) return 2; if (value <= 0x07FF) return 3; // correct would be: // if (value <= 0x7FF) return 2; return 3; } // convenience protected void println(String s) { out.append(s); nl(); } } jflex-1.4.3/src/JFlex/RegExp.java0000644000175000017500000002346011141010522015155 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.util.Vector; /** * Stores a regular expression of rules section in a JFlex-specification. * * This base class has no content other than its type. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class RegExp { /** * The type of the regular expression. This field will be * filled with values from class sym.java (generated by cup) */ int type; /** * Create a new regular expression of the specified type. * * @param type a value from the cup generated class sym. * * @see JFlex.sym */ public RegExp(int type) { this.type = type; } /** * Returns a String-representation of this regular expression * with the specified indentation. * * @param tab a String that should contain only space characters and * that is inserted in front of standard String-representation * pf this object. */ public String print(String tab) { return tab+toString(); } /** * Returns a String-representation of this regular expression */ public String toString() { return "type = "+type; } /** * Find out if this regexp is a char class or equivalent to one. * * @param macros for macro expansion * @return true if the regexp is equivalent to a char class. */ public boolean isCharClass(Macros macros) { RegExp1 unary; RegExp2 binary; switch (type) { case sym.CHAR: case sym.CHAR_I: case sym.CCLASS: case sym.CCLASSNOT: return true; case sym.BAR: binary = (RegExp2) this; return binary.r1.isCharClass(macros) && binary.r2.isCharClass(macros); case sym.MACROUSE: unary = (RegExp1) this; return macros.getDefinition((String) unary.content).isCharClass(macros); default: return false; } } /** * The approximate number of NFA states this expression will need (only * works correctly after macro expansion and without negation) * * @param macros macro table for expansion */ public int size(Macros macros) { RegExp1 unary; RegExp2 binary; RegExp content; switch ( type ) { case sym.BAR: binary = (RegExp2) this; return binary.r1.size(macros) + binary.r2.size(macros) + 2; case sym.CONCAT: binary = (RegExp2) this; return binary.r1.size(macros) + binary.r2.size(macros); case sym.STAR: unary = (RegExp1) this; content = (RegExp) unary.content; return content.size(macros) + 2; case sym.PLUS: unary = (RegExp1) this; content = (RegExp) unary.content; return content.size(macros) + 2; case sym.QUESTION: unary = (RegExp1) this; content = (RegExp) unary.content; return content.size(macros); case sym.BANG: unary = (RegExp1) this; content = (RegExp) unary.content; return content.size(macros) * content.size(macros); // this is only a very rough estimate (worst case 2^n) // exact size too complicated (propably requires construction) case sym.TILDE: unary = (RegExp1) this; content = (RegExp) unary.content; return content.size(macros) * content.size(macros) * 3; // see sym.BANG case sym.STRING: case sym.STRING_I: unary = (RegExp1) this; return ((String) unary.content).length()+1; case sym.CHAR: case sym.CHAR_I: return 2; case sym.CCLASS: case sym.CCLASSNOT: return 2; case sym.MACROUSE: unary = (RegExp1) this; return macros.getDefinition((String) unary.content).size(macros); } throw new Error("unknown regexp type "+type); } /** * @return the reverse of the specified string. */ public final static String revString(String s) { StringBuffer b = new StringBuffer(s.length()); for (int i=s.length()-1; i >= 0; i--) { b.append(s.charAt(i)); } return b.toString(); } /** * Recursively convert tilde (upto) expressions into negation and star. * * @param macros the macro table for expansion. * @return new RegExp equivalent to the current one, but without upto expressions. */ public final RegExp resolveTilde(Macros macros) { RegExp1 unary; RegExp2 binary; RegExp content; switch ( type ) { case sym.BAR: binary = (RegExp2) this; return new RegExp2(sym.BAR, binary.r1.resolveTilde(macros), binary.r2.resolveTilde(macros)); case sym.CONCAT: binary = (RegExp2) this; return new RegExp2(sym.CONCAT, binary.r1.resolveTilde(macros), binary.r2.resolveTilde(macros)); case sym.STAR: unary = (RegExp1) this; content = (RegExp) unary.content; return new RegExp1(sym.STAR, content.resolveTilde(macros)); case sym.PLUS: unary = (RegExp1) this; content = (RegExp) unary.content; return new RegExp1(sym.PLUS, content.resolveTilde(macros)); case sym.QUESTION: unary = (RegExp1) this; content = (RegExp) unary.content; return new RegExp1(sym.QUESTION, content.resolveTilde(macros)); case sym.BANG: unary = (RegExp1) this; content = (RegExp) unary.content; return new RegExp1(sym.BANG, content.resolveTilde(macros)); case sym.TILDE: // ~a = !([^]* a [^]*) a // uses subexpression sharing unary = (RegExp1) this; content = ((RegExp) unary.content).resolveTilde(macros); RegExp any_star = new RegExp1(sym.STAR, anyChar()); RegExp neg = new RegExp1(sym.BANG, new RegExp2(sym.CONCAT, any_star, new RegExp2(sym.CONCAT, content, any_star))); return new RegExp2(sym.CONCAT, neg, content); case sym.STRING: case sym.STRING_I: case sym.CHAR: case sym.CHAR_I: case sym.CCLASS: case sym.CCLASSNOT: unary = (RegExp1) this; return new RegExp1(unary.type, unary.content); case sym.MACROUSE: unary = (RegExp1) this; return macros.getDefinition((String) unary.content).resolveTilde(macros); } throw new Error("unknown regexp type "+type); } /** * Returns a regexp that matches any character: [^] * @return the regexp for [^] */ public RegExp anyChar() { // FIXME: there is some code duplication here with the parser Vector list = new Vector(); list.addElement(new Interval((char)0,CharClasses.maxChar)); return new RegExp1(sym.CCLASS,list); } /** * Create a new regexp that matches the reverse text of this one. * * @return the reverse regexp */ public final RegExp rev(Macros macros) { RegExp1 unary; RegExp2 binary; RegExp content; switch ( type ) { case sym.BAR: binary = (RegExp2) this; return new RegExp2(sym.BAR, binary.r1.rev(macros), binary.r2.rev(macros)); case sym.CONCAT: binary = (RegExp2) this; return new RegExp2(sym.CONCAT, binary.r2.rev(macros), binary.r1.rev(macros)); case sym.STAR: unary = (RegExp1) this; content = (RegExp) unary.content; return new RegExp1(sym.STAR, content.rev(macros)); case sym.PLUS: unary = (RegExp1) this; content = (RegExp) unary.content; return new RegExp1(sym.PLUS, content.rev(macros)); case sym.QUESTION: unary = (RegExp1) this; content = (RegExp) unary.content; return new RegExp1(sym.QUESTION, content.rev(macros)); case sym.BANG: unary = (RegExp1) this; content = (RegExp) unary.content; return new RegExp1(sym.BANG, content.rev(macros)); case sym.TILDE: content = resolveTilde(macros); return content.rev(macros); case sym.STRING: case sym.STRING_I: unary = (RegExp1) this; return new RegExp1(unary.type, revString((String) unary.content)); case sym.CHAR: case sym.CHAR_I: case sym.CCLASS: case sym.CCLASSNOT: unary = (RegExp1) this; return new RegExp1(unary.type, unary.content); case sym.MACROUSE: unary = (RegExp1) this; return macros.getDefinition((String) unary.content).rev(macros); } throw new Error("unknown regexp type "+type); } } jflex-1.4.3/src/JFlex/RegExp1.java0000644000175000017500000000607511141010522015241 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * Stores a regular expression from the rules section of a JFlex specification. * * This class provides storage for one Object of content. * It is used for all regular expressions that are constructed from one object. * * For instance: a* is new RegExp1(sym.STAR, new Character ('a')); * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class RegExp1 extends RegExp { /** * The child of this expression node in the syntax tree of a regular expression. */ Object content; /** * Constructs a new regular expression with one child object. * * @param type a value from the cup generated class sym, defining the * kind of this regular expression * * @param content the child of this expression */ public RegExp1(int type, Object content) { super(type); this.content = content; } /** * Returns a String-representation of this regular expression * with the specified indentation. * * @param tab a String that should contain only space characters and * that is inserted in front of standard String-representation * pf this object. */ public String print(String tab) { if (content instanceof RegExp) { return tab+"type = "+type+Out.NL+tab+"content :"+Out.NL+((RegExp)content).print(tab+" "); } else return tab+"type = "+type+Out.NL+tab+"content :"+Out.NL+tab+" "+content; } /** * Returns a String-representation of this regular expression */ public String toString() { return print(""); } } jflex-1.4.3/src/JFlex/RegExp2.java0000644000175000017500000000417711141010522015243 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * Regular expression with two children (e.g. a | b) * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class RegExp2 extends RegExp { RegExp r1, r2; public RegExp2(int type, RegExp r1, RegExp r2) { super(type); this.r1 = r1; this.r2 = r2; } public String print(String tab) { return tab+"type = "+type+Out.NL+tab+"child 1 :"+Out.NL+ //$NON-NLS-1$ //$NON-NLS-2$ r1.print(tab+" ")+Out.NL+tab+"child 2 :"+Out.NL+ //$NON-NLS-1$ //$NON-NLS-2$ r2.print(tab+" "); //$NON-NLS-1$ } public String toString() { return print(""); //$NON-NLS-1$ } } jflex-1.4.3/src/JFlex/RegExps.java0000644000175000017500000001530611141010522015340 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.util.*; /** * Stores all rules of the specification for later access in RegExp -> NFA * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class RegExps { /** the spec line in which a regexp is used */ Vector /* of Integer */ lines; /** the lexical states in wich the regexp is used */ Vector /* of Vector of Integer */ states; /** the regexp */ Vector /* of RegExp */ regExps; /** the action of a regexp */ Vector /* of Action */ actions; /** flag if it is a BOL regexp */ Vector /* of Boolean */ BOL; /** the lookahead expression */ Vector /* of RegExp */ look; /** the forward DFA entry point of the lookahead expression */ Vector /* of Integer */ look_entry; /** Count of many general lookahead expressions there are. * Need 2*gen_look_count additional DFA entry points. */ int gen_look_count; public RegExps() { states = new Vector(); regExps = new Vector(); actions = new Vector(); BOL = new Vector(); look = new Vector(); lines = new Vector(); look_entry = new Vector(); } public int insert(int line, Vector stateList, RegExp regExp, Action action, Boolean isBOL, RegExp lookAhead) { if (Options.DEBUG) { Out.debug("Inserting regular expression with statelist :"+Out.NL+stateList); //$NON-NLS-1$ Out.debug("and action code :"+Out.NL+action.content+Out.NL); //$NON-NLS-1$ Out.debug("expression :"+Out.NL+regExp); //$NON-NLS-1$ } states.addElement(stateList); regExps.addElement(regExp); actions.addElement(action); BOL.addElement(isBOL); look.addElement(lookAhead); lines.addElement(new Integer(line)); look_entry.addElement(null); return states.size()-1; } public int insert(Vector stateList, Action action) { if (Options.DEBUG) { Out.debug("Inserting eofrule with statelist :"+Out.NL+stateList); //$NON-NLS-1$ Out.debug("and action code :"+Out.NL+action.content+Out.NL); //$NON-NLS-1$ } states.addElement(stateList); regExps.addElement(null); actions.addElement(action); BOL.addElement(null); look.addElement(null); lines.addElement(null); look_entry.addElement(null); return states.size()-1; } public void addStates(int regNum, Vector newStates) { Enumeration s = newStates.elements(); while (s.hasMoreElements()) ((Vector)states.elementAt(regNum)).addElement(s.nextElement()); } public int getNum() { return states.size(); } public boolean isBOL(int num) { return ((Boolean) BOL.elementAt(num)).booleanValue(); } public RegExp getLookAhead(int num) { return (RegExp) look.elementAt(num); } public boolean isEOF(int num) { return BOL.elementAt(num) == null; } public Vector getStates(int num) { return (Vector) states.elementAt(num); } public RegExp getRegExp(int num) { return (RegExp) regExps.elementAt(num); } public int getLine(int num) { return ((Integer) lines.elementAt(num)).intValue(); } public int getLookEntry(int num) { return ((Integer) look_entry.elementAt(num)).intValue(); } public void checkActions() { if ( actions.elementAt(actions.size()-1) == null ) { Out.error(ErrorMessages.NO_LAST_ACTION); throw new GeneratorException(); } } public Action getAction(int num) { while ( num < actions.size() && actions.elementAt(num) == null ) num++; return (Action) actions.elementAt(num); } public int NFASize(Macros macros) { int size = 0; Enumeration e = regExps.elements(); while (e.hasMoreElements()) { RegExp r = (RegExp) e.nextElement(); if (r != null) size += r.size(macros); } e = look.elements(); while (e.hasMoreElements()) { RegExp r = (RegExp) e.nextElement(); if (r != null) size += r.size(macros); } return size; } public void checkLookAheads() { for (int i=0; i < regExps.size(); i++) lookAheadCase(i); } /** * Determine which case of lookahead expression regExpNum points to (if any). * Set case data in corresponding action. * Increment count of general lookahead expressions for entry points * of the two additional DFAs. * Register DFA entry point in RegExps * * Needs to be run before adding any regexps/rules to be able to reserve * the correct amount of space of lookahead DFA entry points. * * @param regExpNum the number of the regexp in RegExps. */ private void lookAheadCase(int regExpNum) { if ( getLookAhead(regExpNum) != null ) { RegExp r1 = getRegExp(regExpNum); RegExp r2 = getLookAhead(regExpNum); Action a = getAction(regExpNum); int len1 = SemCheck.length(r1); int len2 = SemCheck.length(r2); if (len1 >= 0) { a.setLookAction(Action.FIXED_BASE,len1); } else if (len2 >= 0) { a.setLookAction(Action.FIXED_LOOK,len2); } else if (SemCheck.isFiniteChoice(r2)) { a.setLookAction(Action.FINITE_CHOICE,0); } else { a.setLookAction(Action.GENERAL_LOOK,0); look_entry.setElementAt(new Integer(gen_look_count), regExpNum); gen_look_count++; } } } } jflex-1.4.3/src/JFlex/ScannerException.java0000644000175000017500000000775711141010522017246 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.io.File; /** * This Exception could be thrown while scanning the specification * (e.g. unmatched input) * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class ScannerException extends RuntimeException { public int line; public int column; public ErrorMessages message; public File file; private ScannerException(File file, String text, ErrorMessages message, int line, int column) { super(text); this.file = file; this.message = message; this.line = line; this.column = column; } /** * Creates a new ScannerException with a message only. * * @param message the code for the error description presented to the user. */ public ScannerException(ErrorMessages message) { this( null, ErrorMessages.get(message), message, -1, -1 ); } /** * Creates a new ScannerException for a file with a message only. * * @param file the file in which the error occured * @param message the code for the error description presented to the user. */ public ScannerException(File file, ErrorMessages message) { this( file, ErrorMessages.get(message), message, -1, -1 ); } /** * Creates a new ScannerException with a message and line number. * * @param message the code for the error description presented to the user. * @param line the number of the line in the specification that * contains the error */ public ScannerException(ErrorMessages message, int line) { this( null, ErrorMessages.get(message), message, line, -1 ); } /** * Creates a new ScannerException for a file with a message and line number. * * @param message the code for the error description presented to the user. * @param line the number of the line in the specification that * contains the error */ public ScannerException(File file, ErrorMessages message, int line) { this( file, ErrorMessages.get(message), message, line, -1 ); } /** * Creates a new ScannerException with a message, line number and column. * * @param message the code for the error description presented to the user. * @param line the number of the line in the specification that * contains the error * @param column the column where the error starts */ public ScannerException(File file, ErrorMessages message, int line, int column) { this( file, ErrorMessages.get(message), message, line, column ); } } jflex-1.4.3/src/JFlex/SemCheck.java0000644000175000017500000001401711141010522015443 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.io.File; /** * Performs simple semantic analysis on regular expressions. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public final class SemCheck { // stored globally since they are used as constants in all checks private static Macros macros; /** * Performs semantic analysis for all expressions. * * Currently checks for empty expressions only. * * @param rs the reg exps to be checked * @param m the macro table (in expanded form) * @param f the spec file containing the rules */ public static void check(RegExps rs, Macros m, File f) { macros = m; int num = rs.getNum(); for (int i = 0; i < num; i++) { RegExp r = rs.getRegExp(i); RegExp l = rs.getLookAhead(i); Action a = rs.getAction(i); if (r != null && l != null && maybeEmtpy(r)) { if (a == null) Out.error(ErrorMessages.EMPTY_MATCH, ""); else Out.error(f, ErrorMessages.EMPTY_MATCH, a.priority-1, -1); } } } /** * Checks if the expression potentially matches the empty string. * */ public static boolean maybeEmtpy(RegExp re) { RegExp2 r; switch (re.type) { case sym.BAR: { r = (RegExp2) re; return maybeEmtpy(r.r1) || maybeEmtpy(r.r2); } case sym.CONCAT: { r = (RegExp2) re; return maybeEmtpy(r.r1) && maybeEmtpy(r.r2); } case sym.STAR: case sym.QUESTION: return true; case sym.PLUS: { RegExp1 r1 = (RegExp1) re; return maybeEmtpy((RegExp) r1.content); } case sym.CCLASS: case sym.CCLASSNOT: case sym.CHAR: case sym.CHAR_I: return false; case sym.STRING: case sym.STRING_I: { String content = (String) ((RegExp1) re).content; return content.length() == 0; } case sym.TILDE: return false; case sym.BANG: { RegExp1 r1 = (RegExp1) re; return !maybeEmtpy((RegExp) r1.content); } case sym.MACROUSE: return maybeEmtpy(macros.getDefinition((String) ((RegExp1) re).content)); } throw new Error("Unkown expression type "+re.type+" in "+re); //$NON-NLS-1$ //$NON-NLS-2$ } /** * Returns length if expression has fixed length, -1 otherwise. * * Negation operators are treated as always variable length. */ public static int length(RegExp re) { RegExp2 r; switch (re.type) { case sym.BAR: { r = (RegExp2) re; int l1 = length(r.r1); if (l1 < 0) return -1; int l2 = length(r.r2); if (l1 == l2) return l1; else return -1; } case sym.CONCAT: { r = (RegExp2) re; int l1 = length(r.r1); if (l1 < 0) return -1; int l2 = length(r.r2); if (l2 < 0) return -1; return l1+l2; } case sym.STAR: case sym.PLUS: case sym.QUESTION: return -1; case sym.CCLASS: case sym.CCLASSNOT: case sym.CHAR: case sym.CHAR_I: return 1; case sym.STRING: case sym.STRING_I: { String content = (String) ((RegExp1) re).content; return content.length(); } case sym.TILDE: case sym.BANG: // too hard to calculate at this level, use safe approx return -1; case sym.MACROUSE: return length(macros.getDefinition((String) ((RegExp1) re).content)); } throw new Error("Unkown expression type "+re.type+" in "+re); //$NON-NLS-1$ //$NON-NLS-2$ } /** * Returns true iff the expression is a finite choice of fixed length * expressions. * * Negation operators are treated as always variable length. */ public static boolean isFiniteChoice(RegExp re) { RegExp2 r; switch (re.type) { case sym.BAR: { r = (RegExp2) re; return isFiniteChoice(r.r1) && isFiniteChoice(r.r2); } case sym.CONCAT: { r = (RegExp2) re; int l1 = length(r.r1); if (l1 < 0) return false; int l2 = length(r.r2); return l2 >= 0; } case sym.STAR: case sym.PLUS: case sym.QUESTION: return false; case sym.CCLASS: case sym.CCLASSNOT: case sym.CHAR: case sym.CHAR_I: return true; case sym.STRING: case sym.STRING_I: { return true; } case sym.TILDE: case sym.BANG: return false; case sym.MACROUSE: return isFiniteChoice(macros.getDefinition((String) ((RegExp1) re).content)); } throw new Error("Unkown expression type "+re.type+" in "+re); //$NON-NLS-1$ //$NON-NLS-2$ } } jflex-1.4.3/src/JFlex/SilentExit.java0000644000175000017500000000324311141010522016050 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * Signals a silent exit (no statistics printout). * * @author Gerwin Klein * @version $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class SilentExit extends Exception { } jflex-1.4.3/src/JFlex/Skeleton.java0000644000175000017500000001536611141010522015555 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.io.*; import java.net.URL; import java.util.Vector; /** * This class stores the skeleton of generated scanners. * * The skeleton consists of several parts that can be emitted to * a file. Usually there is a portion of generated code * (produced in class Emitter) between every two parts of skeleton code. * * There is a static part (the skeleton code) and state based iterator * part to this class. The iterator part is used to emit consecutive skeleton * sections to some PrintWriter. * * @see JFlex.Emitter * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class Skeleton { /** location of default skeleton */ static final private String DEFAULT_LOC = "JFlex/skeleton.default"; //$NON-NLS-1$ /** expected number of sections in the skeleton file */ static final private int size = 21; /** platform specific newline */ static final private String NL = System.getProperty("line.separator"); //$NON-NLS-1$ /** The skeleton */ public static String line[]; /** initialization */ static { readDefault(); } // the state based, iterator part of Skeleton: /** * The current part of the skeleton (an index of nextStop[]) */ private int pos; /** * The writer to write the skeleton-parts to */ private PrintWriter out; /** * Creates a new skeleton (iterator) instance. * * @param out the writer to write the skeleton-parts to */ public Skeleton(PrintWriter out) { this.out = out; } /** * Emits the next part of the skeleton */ public void emitNext() { out.print( line[pos++] ); } /** * Make the skeleton private. * * Replaces all occurences of " public " in the skeleton with " private ". */ public static void makePrivate() { for (int i=0; i < line.length; i++) { line[i] = replace(" public ", " private ", line[i]); //$NON-NLS-1$ //$NON-NLS-2$ } } /** * Reads an external skeleton file for later use with this class. * * @param skeletonFile the file to read (must be != null and readable) */ public static void readSkelFile(File skeletonFile) { if (skeletonFile == null) throw new IllegalArgumentException("Skeleton file must not be null"); //$NON-NLS-1$ if (!skeletonFile.isFile() || !skeletonFile.canRead()) { Out.error(ErrorMessages.CANNOT_READ_SKEL, skeletonFile.toString()); throw new GeneratorException(); } Out.println(ErrorMessages.READING_SKEL, skeletonFile.toString()); try { BufferedReader reader = new BufferedReader(new FileReader(skeletonFile)); readSkel(reader); } catch (IOException e) { Out.error(ErrorMessages.SKEL_IO_ERROR); throw new GeneratorException(); } } /** * Reads an external skeleton file from a BufferedReader. * * @param reader the reader to read from (must be != null) * @throws IOException if an IO error occurs * @throws GeneratorException if the number of skeleton sections does not match */ public static void readSkel(BufferedReader reader) throws IOException { Vector lines = new Vector(); StringBuffer section = new StringBuffer(); String ln; while ((ln = reader.readLine()) != null) { if (ln.startsWith("---")) { //$NON-NLS-1$ lines.addElement(section.toString()); section.setLength(0); } else { section.append(ln); section.append(NL); } } if (section.length() > 0) lines.addElement(section.toString()); if (lines.size() != size) { Out.error(ErrorMessages.WRONG_SKELETON); throw new GeneratorException(); } line = new String[size]; for (int i = 0; i < size; i++) line[i] = (String) lines.elementAt(i); } /** * Replaces a with b in c. * * @param a the String to be replaced * @param b the replacement * @param c the String in which to replace a by b * @return a String object with a replaced by b in c */ public static String replace(String a, String b, String c) { StringBuffer result = new StringBuffer(c.length()); int i = 0; int j = c.indexOf(a); while (j >= i) { result.append(c.substring(i,j)); result.append(b); i = j+a.length(); j = c.indexOf(a,i); } result.append(c.substring(i,c.length())); return result.toString(); } /** * (Re)load the default skeleton. Looks in the current system class path. */ public static void readDefault() { ClassLoader l = Skeleton.class.getClassLoader(); URL url; /* Try to load from same class loader as this class. * Should work, but does not on OS/2 JDK 1.1.8 (see bug 1065521). * Use system class loader in this case. */ if (l != null) { url = l.getResource(DEFAULT_LOC); } else { url = ClassLoader.getSystemResource(DEFAULT_LOC); } if (url == null) { Out.error(ErrorMessages.SKEL_IO_ERROR_DEFAULT); throw new GeneratorException(); } try { InputStreamReader reader = new InputStreamReader(url.openStream()); readSkel(new BufferedReader(reader)); } catch (IOException e) { Out.error(ErrorMessages.SKEL_IO_ERROR_DEFAULT); throw new GeneratorException(); } } } jflex-1.4.3/src/JFlex/StatePairList.java0000644000175000017500000000537111141010522016514 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * A list of pairs of states. Used in DFA minimization. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ final public class StatePairList { // implemented as two arrays of integers. // java.util classes proved too inefficient. int p []; int q []; int num; public StatePairList() { p = new int [8]; q = new int [8]; num = 0; } public void addPair(int i, int j) { for (int x = 0; x < num; x++) if (p[x] == i && q[x] == j) return; if (num >= p.length) increaseSize(num); p[num] = i; q[num] = j; num++; } public void markAll(StatePairList [] [] list, boolean [] [] equiv) { for (int x = 0; x < num; x++) { int i = p[x]; int j = q[x]; if (equiv[i][j]) { equiv[i][j] = false; if (list[i][j] != null) list[i][j].markAll(list, equiv); } } } private void increaseSize(int length) { length = Math.max(length+1, 4*p.length); Out.debug("increasing length to "+length); //$NON-NLS-1$ int pn [] = new int[length]; int qn [] = new int[length]; System.arraycopy(p, 0, pn, 0, p.length); System.arraycopy(q, 0, qn, 0, q.length); p = pn; q = qn; } } jflex-1.4.3/src/JFlex/StateSet.java0000644000175000017500000002022311141010522015511 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * A set of NFA states (= integers). * * Very similar to java.util.BitSet, but is faster and doesn't crash * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ final public class StateSet { private final boolean DEBUG = false; public final static StateSet EMPTY = new StateSet(); final static int BITS = 6; final static int MASK = (1<> BITS; if (index >= bits.length) resize(state); bits[index] |= (1L << (state & MASK)); if (DEBUG) { Out.dump("StateSet.addState("+state+") end"); //$NON-NLS-1$ //$NON-NLS-2$ Out.dump("Set is : "+this); //$NON-NLS-1$ } } private int size2nbits (int size) { return ((size >> BITS) + 1); } private void resize(int size) { int needed = size2nbits(size); // if (needed < bits.length) return; long newbits[] = new long[Math.max(bits.length*4,needed)]; System.arraycopy(bits, 0, newbits, 0, bits.length); bits = newbits; } public void clear() { int l = bits.length; for (int i = 0; i < l; i++) bits[i] = 0; } public boolean isElement(int state) { int index = state >> BITS; if (index >= bits.length) return false; return (bits[index] & (1L << (state & MASK))) != 0; } /** * Returns one element of the set and removes it. * * Precondition: the set is not empty. */ public int getAndRemoveElement() { int i = 0; int o = 0; long m = 1; while (bits[i] == 0) i++; while ( (bits[i] & m) == 0 ) { m<<= 1; o++; } bits[i]&= ~m; return (i << BITS) + o; } public void remove(int state) { int index = state >> BITS; if (index >= bits.length) return; bits[index] &= ~(1L << (state & MASK)); } /** * Returns the set of elements that contained are in the specified set * but are not contained in this set. */ public StateSet complement(StateSet set) { if (set == null) return null; StateSet result = new StateSet(); result.bits = new long[set.bits.length]; int i; int m = Math.min(bits.length, set.bits.length); for (i = 0; i < m; i++) { result.bits[i] = ~bits[i] & set.bits[i]; } if (bits.length < set.bits.length) System.arraycopy(set.bits, m, result.bits, m, result.bits.length-m); if (DEBUG) Out.dump("Complement of "+this+Out.NL+"and "+set+Out.NL+" is :"+result); //$NON-NLS-1$ //$NON-NLS-2$ //$NON-NLS-3$ return result; } public void add(StateSet set) { if (DEBUG) Out.dump("StateSet.add("+set+") start"); //$NON-NLS-1$ //$NON-NLS-2$ if (set == null) return; long tbits[]; long sbits[] = set.bits; int sbitsl = sbits.length; if (bits.length < sbitsl) { tbits = new long[sbitsl]; System.arraycopy(bits, 0, tbits, 0, bits.length); } else { tbits = this.bits; } for (int i = 0; i < sbitsl; i++) { tbits[i] |= sbits[i]; } this.bits = tbits; if (DEBUG) { Out.dump("StateSet.add("+set+") end"); //$NON-NLS-1$ //$NON-NLS-2$ Out.dump("Set is : "+this); //$NON-NLS-1$ } } public boolean containsSet(StateSet set) { if (DEBUG) Out.dump("StateSet.containsSet("+set+"), this="+this); //$NON-NLS-1$ //$NON-NLS-2$ int i; int min = Math.min(bits.length, set.bits.length); for (i = 0; i < min; i++) if ( (bits[i] & set.bits[i]) != set.bits[i] ) return false; for (i = min; i < set.bits.length; i++) if ( set.bits[i] != 0 ) return false; return true; } /** * @throws ClassCastException if b is not a StateSet * @throws NullPointerException if b is null */ public boolean equals(Object b) { int i = 0; int l1,l2; StateSet set = (StateSet) b; if (DEBUG) Out.dump("StateSet.equals("+set+"), this="+this); //$NON-NLS-1$ //$NON-NLS-2$ l1 = bits.length; l2 = set.bits.length; if (l1 <= l2) { while (i < l1) { if (bits[i] != set.bits[i]) return false; i++; } while (i < l2) if (set.bits[i++] != 0) return false; } else { while (i < l2) { if (bits[i] != set.bits[i]) return false; i++; } while (i < l1) if (bits[i++] != 0) return false; } return true; } public int hashCode() { long h = 1234; long [] _bits = bits; int i = bits.length-1; // ignore zero high bits while (i >= 0 && _bits[i] == 0) i--; while (i >= 0) h ^= _bits[i--] * i; return (int)((h >> 32) ^ h); } public StateSetEnumerator states() { return new StateSetEnumerator(this); } public boolean containsElements() { for (int i = 0; i < bits.length; i++) if (bits[i] != 0) return true; return false; } public StateSet copy() { StateSet set = new StateSet(); set.bits = new long[bits.length]; System.arraycopy(bits, 0, set.bits, 0, bits.length); return set; } /** * Copy specified StateSet into this. * * @param set the state set to copy. */ public void copy(StateSet set) { if (DEBUG) Out.dump("StateSet.copy("+set+") start"); //$NON-NLS-1$ //$NON-NLS-2$ if (set == null) { for (int i = 0; i < bits.length; i++) bits[i] = 0; return; } if (bits.length < set.bits.length) { bits = new long[set.bits.length]; } else { for (int i = set.bits.length; i < bits.length; i++) bits[i] = 0; } System.arraycopy(set.bits, 0, bits, 0, bits.length); if (DEBUG) { Out.dump("StateSet.copy("+set+") end"); //$NON-NLS-1$ //$NON-NLS-2$ Out.dump("Set is : "+this); //$NON-NLS-1$ } } public String toString() { StateSetEnumerator set = states(); StringBuffer result = new StringBuffer("{"); //$NON-NLS-1$ if ( set.hasMoreElements() ) result.append(""+set.nextElement()); //$NON-NLS-1$ while ( set.hasMoreElements() ) { int i = set.nextElement(); result.append( ", "+i); //$NON-NLS-1$ } result.append("}"); //$NON-NLS-1$ return result.toString(); } } jflex-1.4.3/src/JFlex/StateSetEnumerator.java0000644000175000017500000000755011141010522017563 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * Enumerates the states of a StateSet. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ final public class StateSetEnumerator { private final static boolean DEBUG = false; private int index; private int offset; private long mask; private long [] bits; /** * creates a new StateSetEnumerator that is not yet associated * with a StateSet. hasMoreElements() and nextElement() will * throw NullPointerException when used before reset() */ public StateSetEnumerator() { } public StateSetEnumerator(StateSet states) { reset(states); } public void reset(StateSet states) { bits = states.bits; index = 0; offset = 0; mask = 1; while (index < bits.length && bits[index] == 0) index++; if (index >= bits.length) return; while (offset <= StateSet.MASK && ((bits[index] & mask) == 0)) { mask<<= 1; offset++; } } private void advance() { if (DEBUG) Out.dump("Advancing, at start, index = "+index+", offset = "+offset); //$NON-NLS-1$ //$NON-NLS-2$ // cache fields in local variable for faster access int _index = this.index; int _offset = this.offset; long _mask = this.mask; long [] _bits = this.bits; long bi = _bits[_index]; do { _offset++; _mask<<= 1; } while (_offset <= StateSet.MASK && ((bi & _mask) == 0)); if (_offset > StateSet.MASK) { int length = _bits.length; do _index++; while (_index < length && _bits[_index] == 0); if (_index >= length) { this.index = length; // indicates "no more elements" return; } _offset = 0; _mask = 1; bi = _bits[_index]; // terminates, because bi != 0 while ((bi & _mask) == 0) { _mask<<= 1; _offset++; } } // write back cached values this.index = _index; this.mask = _mask; this.offset = _offset; } public boolean hasMoreElements() { if (DEBUG) Out.dump("hasMoreElements, index = "+index+", offset = "+offset); //$NON-NLS-1$ //$NON-NLS-2$ return index < bits.length; } public int nextElement() { if (DEBUG) Out.dump("nextElement, index = "+index+", offset = "+offset); //$NON-NLS-1$ //$NON-NLS-2$ int x = (index << StateSet.BITS) + offset; advance(); return x; } } jflex-1.4.3/src/JFlex/StdOutWriter.java0000644000175000017500000000710611141010522016401 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; import java.io.*; import java.awt.TextArea; /** * Convenience class for JFlex stdout, redirects output to a TextArea * if in GUI mode. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public final class StdOutWriter extends PrintWriter { /** text area to write to if in gui mode, gui mode = (text != null) */ private TextArea text; /** * approximation of the current column in the text area * for auto wrapping at wrap characters **/ private int col; /** auto wrap lines in gui mode at this value */ private final static int wrap = 78; /** A StdOutWriter, attached to System.out, no gui mode */ public StdOutWriter() { super(System.out,true); } /** A StdOutWrite, attached to the specified output stream, no gui mode */ public StdOutWriter(OutputStream out) { super(out,true); } /** * Set the TextArea to write text to. Will continue * to write to System.out if text is null. * * @param text the TextArea to write to */ public void setGUIMode(TextArea text) { this.text = text; } /** Write a single character. */ public void write(int c) { if (text != null) { text.append(String.valueOf((char) c)); if (++col > wrap) println(); } else super.write(c); } /** Write a portion of an array of characters. */ public void write(char buf[], int off, int len) { if (text != null) { text.append(new String(buf,off,len)); if ((col+=len) > wrap) println(); } else super.write(buf, off, len); } /** Write a portion of a string. */ public void write(String s, int off, int len) { if (text != null) { text.append(s.substring(off,off+len)); if ((col+=len) > wrap) println(); } else { super.write(s,off,len); flush(); } } /** * Begin a new line. Which actual character/s is/are written * depends on the runtime platform. */ public void println() { if (text != null) { text.append(Out.NL); col = 0; } else super.println(); } } jflex-1.4.3/src/JFlex/sym.java0000644000175000017500000000430311141044633014600 0ustar moonmoon //---------------------------------------------------- // The following code was generated by CUP v0.11a beta 20060608 // Sat Jan 31 23:52:43 EST 2009 //---------------------------------------------------- package JFlex; /** CUP generated interface containing symbol constants. */ public interface sym { /* terminals */ public static final int DELIMITER = 9; public static final int EOFRULE = 26; public static final int STRING_I = 46; public static final int CHAR = 40; public static final int CONCAT = 45; public static final int MACROUSE = 42; public static final int LOWERCLASS = 25; public static final int EQUALS = 10; public static final int CCLASSNOT = 44; public static final int REPEAT = 32; public static final int TILDE = 39; public static final int CHAR_I = 47; public static final int STAR = 33; public static final int BAR = 35; public static final int FULL = 17; public static final int LOOKAHEAD = 28; public static final int LESSTHAN = 12; public static final int BANG = 38; public static final int COMMA = 11; public static final int JLETTERDIGITCLASS = 21; public static final int PLUS = 34; public static final int USERCODE = 31; public static final int EOF = 0; public static final int error = 1; public static final int DASH = 8; public static final int CLOSEBRACKET = 3; public static final int HAT = 4; public static final int JLETTERCLASS = 20; public static final int IDENT = 30; public static final int ACTION = 29; public static final int CLOSECLASS = 7; public static final int DIGITCLASS = 23; public static final int LBRACE = 14; public static final int REGEXPEND = 19; public static final int OPENCLASS = 6; public static final int OPENBRACKET = 2; public static final int POINT = 37; public static final int LETTERCLASS = 22; public static final int MORETHAN = 13; public static final int DOLLAR = 5; public static final int RBRACE = 15; public static final int STRING = 41; public static final int QUESTION = 36; public static final int UPPERCLASS = 24; public static final int NOACTION = 27; public static final int CCLASS = 43; public static final int ASCII = 16; public static final int UNICODE = 18; } jflex-1.4.3/src/JFlex/tests/0000755000175000017500000000000011141044617014271 5ustar moonmoonjflex-1.4.3/src/JFlex/tests/AllTests.java0000644000175000017500000000433411141010522016657 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * jflex * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.tests; import junit.framework.Test; import junit.framework.TestSuite; /** * AllTests * * @author Gerwin Klein * @version $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class AllTests { public static void main(String[] args) { junit.textui.TestRunner.run(AllTests.class); } public static Test suite() { TestSuite suite = new TestSuite("JFlex tests"); //$JUnit-BEGIN$ suite.addTest(new TestSuite(AntTaskTests.class)); suite.addTest(new TestSuite(CharClassesTest.class)); suite.addTest(new TestSuite(EmitterTest.class)); suite.addTest(new TestSuite(RegExpTests.class)); suite.addTest(new TestSuite(SkeletonTest.class)); suite.addTest(new TestSuite(PackEmitterTest.class)); //$JUnit-END$ return suite; } } jflex-1.4.3/src/JFlex/tests/AntTaskTests.java0000644000175000017500000001221111141010522017505 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.tests; import java.io.File; import java.io.IOException; import JFlex.Options; import JFlex.anttask.JFlexTask; import junit.framework.TestCase; /** * Unit tests for the jflex ant task. * * @author Gerwin Klein * @version $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class AntTaskTests extends TestCase { private JFlexTask task; /** * Constructor for AntTaskTests. * * @param name test case name */ public AntTaskTests(String name) { super(name); } /* * @see TestCase#setUp() */ protected void setUp() throws Exception { super.setUp(); Options.setDefaults(); task = new JFlexTask(); } public void testPackageAndClass() throws IOException { task.setFile(new File("src/JFlex/LexScan.flex")); task.findPackageAndClass(); assertEquals(task.getPackage(), "JFlex"); assertEquals(task.getClassName(), "LexScan"); } public void testPackageAndClassDefaults() throws IOException { task.setFile(new File("examples/simple/simple.flex")); task.findPackageAndClass(); assertEquals(task.getPackage(), null); assertEquals(task.getClassName(), "Yylex"); } public void testDestdir() throws IOException { task.setFile(new File("src/JFlex/LexScan.flex")); File dir = new File("src"); task.setDestdir(dir); task.findPackageAndClass(); task.normalizeOutdir(); // not default jflex logic, but javac (uses package name) assertEquals(Options.getDir(), new File(dir, "JFlex")); } public void testOutdir() throws IOException { task.setFile(new File("src/JFlex/LexScan.flex")); File dir = new File("src"); task.setOutdir(dir); task.findPackageAndClass(); task.normalizeOutdir(); // this should be default jflex logic assertEquals(Options.getDir(), dir); } public void testDefaultDir() throws IOException { task.setFile(new File("src/JFlex/LexScan.flex")); task.findPackageAndClass(); task.normalizeOutdir(); // this should be default jflex logic assertEquals(Options.getDir(), new File("src/JFlex")); } public void testNomin() { assertTrue(!Options.no_minimize); task.setNomin(true); assertTrue(Options.no_minimize); } public void testSkipMinimization() { assertTrue(!Options.no_minimize); task.setSkipMinimization(true); assertTrue(Options.no_minimize); } public void testNobak() { assertTrue(!Options.no_backup); task.setNobak(true); assertTrue(Options.no_backup); } public void testCodeGen() { task.setSwitch(true); assertEquals(Options.gen_method, Options.SWITCH); task.setTable(true); assertEquals(Options.gen_method, Options.TABLE); task.setPack(true); assertEquals(Options.gen_method, Options.PACK); } public void testSkel() { task.setVerbose(false); // avoid to java console pop up task.setSkeleton(new File("src/skeleton.nested")); assertTrue(JFlex.Skeleton.line[3].indexOf("java.util.Stack") > 0); } public void testVerbose() { task.setVerbose(false); assertTrue(!Options.verbose); task.setVerbose(true); assertTrue(Options.verbose); } public void testTime() { assertTrue(!Options.time); task.setTimeStatistics(true); assertTrue(Options.time); task.setTime(false); assertTrue(!Options.time); } public void testDot() { assertTrue(!Options.dot); task.setDot(true); assertTrue(Options.dot); task.setGenerateDot(false); assertTrue(!Options.dot); } public void testDump() { assertTrue(!Options.dump); task.setDump(true); assertTrue(Options.dump); } public void testJlex() { assertTrue(!Options.jlex); task.setJLex(true); assertTrue(Options.jlex); } } jflex-1.4.3/src/JFlex/tests/CharClassesTest.java0000644000175000017500000000747211141010522020165 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.tests; import JFlex.IntCharSet; import JFlex.Interval; import junit.framework.TestCase; /** * CharClassesTest * * @author Gerwin Klein * @version $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class CharClassesTest extends TestCase { /** * Constructor for CharClassesTest. * @param arg0 */ public CharClassesTest(String arg0) { super(arg0); } public void testAdd1() { IntCharSet set = new IntCharSet(new Interval('a','h')); set.add(new Interval('o','z')); set.add(new Interval('A','Z')); set.add(new Interval('h','o')); assertEquals("{ ['A'-'Z']['a'-'z'] }", set.toString()); } public void testAdd2() { IntCharSet set = new IntCharSet(new Interval('a','h')); set.add(new Interval('o','z')); set.add(new Interval('A','Z')); set.add(new Interval('i','n')); assertEquals("{ ['A'-'Z']['a'-'z'] }", set.toString()); } public void testAdd3() { IntCharSet set = new IntCharSet(new Interval('a','h')); set.add(new Interval('o','z')); set.add(new Interval('A','Z')); set.add(new Interval('a','n')); assertEquals("{ ['A'-'Z']['a'-'z'] }", set.toString()); } public void testMergeLast() { IntCharSet set = new IntCharSet(new Interval('a','k')); assertEquals("{ ['a'-'k'] }", set.toString()); set.add('l'); assertEquals("{ ['a'-'l'] }", set.toString()); } public void testAddChar() { IntCharSet set = new IntCharSet(new Interval('a','h')); set.add(new Interval('o','z')); set.add('n'); set.add('k'); assertEquals("{ ['a'-'h']['k']['n'-'z'] }", set.toString()); set.add('i'); assertEquals("{ ['a'-'i']['k']['n'-'z'] }", set.toString()); set.add('j'); assertEquals("{ ['a'-'k']['n'-'z'] }", set.toString()); set.add(new Interval('l','m')); assertEquals("{ ['a'-'z'] }", set.toString()); } public void testCopy() { IntCharSet set = new IntCharSet(new Interval('a','z')); IntCharSet copy = set.copy(); Interval i = set.getNext(); i.end = 'h'; assertEquals("{ ['a'-'h'] }", set.toString()); assertEquals("{ ['a'-'z'] }", copy.toString()); } public void testCaseless() { IntCharSet set = new IntCharSet(new Interval('a','c')); set.add(new Interval('h','o')); assertEquals("{ ['A'-'C']['H'-'O']['a'-'c']['h'-'o'] }", set.getCaseless().toString()); } } jflex-1.4.3/src/JFlex/tests/EmitterTest.java0000644000175000017500000000427711141010522017403 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.tests; import JFlex.Emitter; import junit.framework.TestCase; /** * Some unit tests for the jflex Emitter class * * @author Gerwin Klein * @version $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class EmitterTest extends TestCase { /** * Constructor for EmitterTest. * @param name the test name */ public EmitterTest(String name) { super(name); } public void testJavadoc() { StringBuffer usercode = new StringBuffer("/* some *** comment */"); assertTrue(!Emitter.endsWithJavadoc(usercode)); usercode.append("import bla; /** javadoc /* */ "); assertTrue(Emitter.endsWithJavadoc(usercode)); usercode.append("bla"); assertTrue(!Emitter.endsWithJavadoc(usercode)); } } jflex-1.4.3/src/JFlex/tests/PackEmitterTest.java0000644000175000017500000000533011141010522020171 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * jflex * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.tests; import junit.framework.TestCase; import JFlex.Out; import JFlex.PackEmitter; /** * PackEmitterTest * * @author Gerwin Klein * @version $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class PackEmitterTest extends TestCase { private PackEmitter p; /** * Constructor for PackEmitterTest. */ public PackEmitterTest() { super("PackEmitter test"); } public void setUp() { p = new PackEmitter("Bla") { public void emitUnpack() { } }; } public void testInit() { p.emitInit(); assertEquals( " private static final int [] ZZ_BLA = zzUnpackBla();" + Out.NL + Out.NL + " private static final String ZZ_BLA_PACKED_0 =" + Out.NL + " \"", p.toString()); } public void testEmitUCplain() { p.emitUC(8); p.emitUC(0xFF00); assertEquals("\\10\\uff00", p.toString()); } public void testLineBreak() { for (int i = 0; i < 36; i++) { p.breaks(); p.emitUC(i); } System.out.println(p); assertEquals( "\\0\\1\\2\\3\\4\\5\\6\\7\\10\\11\\12\\13\\14\\15\\16\\17\"+"+Out.NL+ " \"\\20\\21\\22\\23\\24\\25\\26\\27\\30\\31\\32\\33\\34\\35\\36\\37\"+"+Out.NL+ " \"\\40\\41\\42\\43", p.toString()); } } jflex-1.4.3/src/JFlex/tests/RegExpTests.java0000644000175000017500000000500111141010522017331 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.tests; import JFlex.*; import junit.framework.TestCase; /** * Unit tests for JFlex.RegExp * * @author Gerwin Klein * @version $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class RegExpTests extends TestCase implements sym { /** * Constructor for RegExpTests. * * @param name the test name */ public RegExpTests(String name) { super(name); } public void testrevString() { assertTrue(RegExp.revString("blah").equals("halb")); } public void testCharClass() { Macros m = new Macros(); RegExp e1 = new RegExp1(CCLASS, new Interval('a','z')); RegExp e2 = new RegExp1(CHAR, new Character('Z')); RegExp e3 = new RegExp1(CCLASS, new Interval('0','9')); m.insert("macro", e3); RegExp s = new RegExp1(STAR, e1); RegExp u = new RegExp1(MACROUSE, "macro"); RegExp b = new RegExp2(BAR, e2, u); assertTrue(e1.isCharClass(m)); assertTrue(e2.isCharClass(m)); assertTrue(b.isCharClass(m)); assertTrue(!s.isCharClass(m)); assertTrue(u.isCharClass(m)); } } jflex-1.4.3/src/JFlex/tests/SkeletonTest.java0000644000175000017500000000465211141010522017553 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex.tests; import java.io.File; import JFlex.Skeleton; import junit.framework.TestCase; /** * SkeletonTest * * @author Gerwin Klein * @version $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class SkeletonTest extends TestCase { /** * Constructor for SkeletonTest. * @param arg0 test name */ public SkeletonTest(String arg0) { super(arg0); } public void testReplace() { assertEquals(Skeleton.replace("bla ", "blub", "bla blub bla "), "blubblub blub"); } public void testMakePrivate() { Skeleton.makePrivate(); for (int i=0; i < Skeleton.line.length; i++) { assertEquals(Skeleton.line[i].indexOf("public"), -1); } } public void testDefault() { Skeleton.readSkelFile(new File("src/skeleton.nested")); assertTrue(JFlex.Skeleton.line[3].indexOf("java.util.Stack") > 0); Skeleton.readDefault(); assertEquals(JFlex.Skeleton.line[3].indexOf("java.util.Stack"), -1); } } jflex-1.4.3/src/JFlex/Timer.java0000644000175000017500000000656011141010522015045 0ustar moonmoon/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * JFlex 1.4.3 * * Copyright (C) 1998-2009 Gerwin Klein * * All rights reserved. * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License. See the file * * COPYRIGHT for more information. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License along * * with this program; if not, write to the Free Software Foundation, Inc., * * 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */ package JFlex; /** * Very simple timer for code generation time statistics. * * Not very exact, measures user time, not processor time. * * @author Gerwin Klein * @version JFlex 1.4.3, $Revision: 433 $, $Date: 2009-01-31 19:52:34 +1100 (Sat, 31 Jan 2009) $ */ public class Timer { /* the timer stores start and stop time from currentTimeMillis() */ private long startTime, stopTime; /* flag if the timer is running (if stop time is valid) */ private boolean running; /** * Construct a new timer that starts immediatly. */ public Timer() { startTime = System.currentTimeMillis(); running = true; } /** * Start the timer. If it is already running, the old start * time is lost. */ public void start() { startTime = System.currentTimeMillis(); running = true; } /** * Stop the timer. */ public void stop() { stopTime = System.currentTimeMillis(); running = false; } /** * Return the number of milliseconds the timer has been running. * * (up till now, if it still runs, up to the stop time if it has been stopped) */ public long diff() { if (running) return System.currentTimeMillis()-startTime; else return stopTime-startTime; } /** * Return a string representation of the timer. * * @return a string displaying the diff-time in readable format (h m s ms) * * @see Timer#diff */ public String toString() { long diff = diff(); long millis = diff%1000; long secs = (diff/1000)%60; long mins = (diff/(1000*60))%60; long hs = (diff/(1000*3600))%24; long days = diff/(1000*3600*24); if (days > 0) return days+"d "+hs+"h "+mins+"m "+secs+"s "+millis+"ms"; if (hs > 0) return hs+"h "+mins+"m "+secs+"s "+millis+"ms"; if (mins > 0) return mins+"m "+secs+"s "+millis+"ms"; if (secs > 0) return secs+"s "+millis+"ms"; return millis+"ms"; } } jflex-1.4.3/src/manifest0000644000175000017500000000002707606571215013661 0ustar moonmoonMain-Class: JFlex.Main jflex-1.4.3/src/README0000644000175000017500000000170011017221154012770 0ustar moonmoonThis directory contains the source code for JFlex. Dependencies You need the following tools in your class path: ant.jar >= 1.4 To compile, run first ant gettoolds (this will download JFlex, java_cup, and junit jars for bootstrapping) then, run ant jar The command "ant help" should give you other useful targets. Directory contents: manifest: jar manifest file for JFlex.jar skeleton: a skeleton file matching exactly the precompiled scanner skeleton. Can be used together with the --skel option skeleton.nested: a skeleton file that supports nested input streams (see the manual for the API). Can be used together with the --skel option JFlex: source files of package JFlex JFlex/gui: source files of package JFlex.gui JFlex/anttask source files of the JFlex Ant task (contributed by Rafal Mantiuk) JFlex/test unit tests for JFlex java_cup/runtime: CUP 11a beta 20060608 runtime classes, used by JFlex jflex-1.4.3/src/skeleton.default0000644000175000017500000001763211043015664015323 0ustar moonmoon /** This character denotes the end of file */ public static final int YYEOF = -1; /** initial size of the lookahead buffer */ --- private static final int ZZ_BUFFERSIZE = ...; /** lexical states */ --- lexical states, charmap /* error codes */ private static final int ZZ_UNKNOWN_ERROR = 0; private static final int ZZ_NO_MATCH = 1; private static final int ZZ_PUSHBACK_2BIG = 2; /* error messages for the codes above */ private static final String ZZ_ERROR_MSG[] = { "Unkown internal scanner error", "Error: could not match input", "Error: pushback value was too large" }; --- isFinal list /** the input device */ private java.io.Reader zzReader; /** the current state of the DFA */ private int zzState; /** the current lexical state */ private int zzLexicalState = YYINITIAL; /** this buffer contains the current text to be matched and is the source of the yytext() string */ private char zzBuffer[] = new char[ZZ_BUFFERSIZE]; /** the textposition at the last accepting state */ private int zzMarkedPos; /** the current text position in the buffer */ private int zzCurrentPos; /** startRead marks the beginning of the yytext() string in the buffer */ private int zzStartRead; /** endRead marks the last character in the buffer, that has been read from input */ private int zzEndRead; /** number of newlines encountered up to the start of the matched text */ private int yyline; /** the number of characters up to the start of the matched text */ private int yychar; /** * the number of characters from the last newline up to the start of the * matched text */ private int yycolumn; /** * zzAtBOL == true <=> the scanner is currently at the beginning of a line */ private boolean zzAtBOL = true; /** zzAtEOF == true <=> the scanner is at the EOF */ private boolean zzAtEOF; /** denotes if the user-EOF-code has already been executed */ private boolean zzEOFDone; --- user class code /** * Creates a new scanner * There is also a java.io.InputStream version of this constructor. * * @param in the java.io.Reader to read input from. */ --- constructor declaration /** * Refills the input buffer. * * @return false, iff there was new input. * * @exception java.io.IOException if any I/O-Error occurs */ private boolean zzRefill() throws java.io.IOException { /* first: make room (if you can) */ if (zzStartRead > 0) { System.arraycopy(zzBuffer, zzStartRead, zzBuffer, 0, zzEndRead-zzStartRead); /* translate stored positions */ zzEndRead-= zzStartRead; zzCurrentPos-= zzStartRead; zzMarkedPos-= zzStartRead; zzStartRead = 0; } /* is the buffer big enough? */ if (zzCurrentPos >= zzBuffer.length) { /* if not: blow it up */ char newBuffer[] = new char[zzCurrentPos*2]; System.arraycopy(zzBuffer, 0, newBuffer, 0, zzBuffer.length); zzBuffer = newBuffer; } /* finally: fill the buffer with new input */ int numRead = zzReader.read(zzBuffer, zzEndRead, zzBuffer.length-zzEndRead); if (numRead > 0) { zzEndRead+= numRead; return false; } // unlikely but not impossible: read 0 characters, but not at end of stream if (numRead == 0) { int c = zzReader.read(); if (c == -1) { return true; } else { zzBuffer[zzEndRead++] = (char) c; return false; } } // numRead < 0 return true; } /** * Closes the input stream. */ public final void yyclose() throws java.io.IOException { zzAtEOF = true; /* indicate end of file */ zzEndRead = zzStartRead; /* invalidate buffer */ if (zzReader != null) zzReader.close(); } /** * Resets the scanner to read from a new input stream. * Does not close the old reader. * * All internal variables are reset, the old input stream * cannot be reused (internal buffer is discarded and lost). * Lexical state is set to ZZ_INITIAL. * * @param reader the new input stream */ public final void yyreset(java.io.Reader reader) { zzReader = reader; zzAtBOL = true; zzAtEOF = false; zzEOFDone = false; zzEndRead = zzStartRead = 0; zzCurrentPos = zzMarkedPos = 0; yyline = yychar = yycolumn = 0; zzLexicalState = YYINITIAL; } /** * Returns the current lexical state. */ public final int yystate() { return zzLexicalState; } /** * Enters a new lexical state * * @param newState the new lexical state */ public final void yybegin(int newState) { zzLexicalState = newState; } /** * Returns the text matched by the current regular expression. */ public final String yytext() { return new String( zzBuffer, zzStartRead, zzMarkedPos-zzStartRead ); } /** * Returns the character at position pos from the * matched text. * * It is equivalent to yytext().charAt(pos), but faster * * @param pos the position of the character to fetch. * A value from 0 to yylength()-1. * * @return the character at position pos */ public final char yycharat(int pos) { return zzBuffer[zzStartRead+pos]; } /** * Returns the length of the matched text region. */ public final int yylength() { return zzMarkedPos-zzStartRead; } /** * Reports an error that occured while scanning. * * In a wellformed scanner (no or only correct usage of * yypushback(int) and a match-all fallback rule) this method * will only be called with things that "Can't Possibly Happen". * If this method is called, something is seriously wrong * (e.g. a JFlex bug producing a faulty scanner etc.). * * Usual syntax/scanner level error handling should be done * in error fallback rules. * * @param errorCode the code of the errormessage to display */ --- zzScanError declaration String message; try { message = ZZ_ERROR_MSG[errorCode]; } catch (ArrayIndexOutOfBoundsException e) { message = ZZ_ERROR_MSG[ZZ_UNKNOWN_ERROR]; } --- throws clause } /** * Pushes the specified amount of characters back into the input stream. * * They will be read again by then next call of the scanning method * * @param number the number of characters to be read again. * This number must not be greater than yylength()! */ --- yypushback decl (contains zzScanError exception) if ( number > yylength() ) zzScanError(ZZ_PUSHBACK_2BIG); zzMarkedPos -= number; } --- zzDoEOF /** * Resumes scanning until the next regular expression is matched, * the end of input is encountered or an I/O-Error occurs. * * @return the next token * @exception java.io.IOException if any I/O-Error occurs */ --- yylex declaration int zzInput; int zzAction; // cached fields: int zzCurrentPosL; int zzMarkedPosL; int zzEndReadL = zzEndRead; char [] zzBufferL = zzBuffer; char [] zzCMapL = ZZ_CMAP; --- local declarations while (true) { zzMarkedPosL = zzMarkedPos; --- start admin (line, char, col count) zzAction = -1; zzCurrentPosL = zzCurrentPos = zzStartRead = zzMarkedPosL; --- start admin (lexstate etc) zzForAction: { while (true) { --- next input, line, col, char count, next transition, isFinal action zzAction = zzState; zzMarkedPosL = zzCurrentPosL; --- line count update } } } // store back cached position zzMarkedPos = zzMarkedPosL; --- char count update --- actions default: if (zzInput == YYEOF && zzStartRead == zzCurrentPos) { zzAtEOF = true; --- eofvalue } else { --- no match } } } } --- main } jflex-1.4.3/src/skeleton.nested0000644000175000017500000002555111043015664015160 0ustar moonmoon /** This character denotes the end of file */ public static final int YYEOF = -1; /** initial size of the lookahead buffer */ --- private static final int ZZ_BUFFERSIZE = ...; /** lexical states */ --- lexical states, charmap /* error codes */ private static final int ZZ_UNKNOWN_ERROR = 0; private static final int ZZ_NO_MATCH = 1; private static final int ZZ_PUSHBACK_2BIG = 2; /* error messages for the codes above */ private static final String ZZ_ERROR_MSG[] = { "Unkown internal scanner error", "Error: could not match input", "Error: pushback value was too large" }; --- isFinal list /** the input device */ private java.io.Reader zzReader; /** the current state of the DFA */ private int zzState; /** the current lexical state */ private int zzLexicalState = YYINITIAL; /** this buffer contains the current text to be matched and is the source of the yytext() string */ private char zzBuffer[] = new char[ZZ_BUFFERSIZE]; /** the textposition at the last accepting state */ private int zzMarkedPos; /** the current text position in the buffer */ private int zzCurrentPos; /** startRead marks the beginning of the yytext() string in the buffer */ private int zzStartRead; /** endRead marks the last character in the buffer, that has been read from input */ private int zzEndRead; /** number of newlines encountered up to the start of the matched text */ private int yyline; /** the number of characters up to the start of the matched text */ private int yychar; /** * the number of characters from the last newline up to the start of the * matched text */ private int yycolumn; /** * zzAtBOL == true <=> the scanner is currently at the beginning of a line */ private boolean zzAtBOL = true; /** zzAtEOF == true <=> the scanner is at the EOF */ private boolean zzAtEOF; /** denotes if the user-EOF-code has already been executed */ private boolean zzEOFDone; /** the stack of open (nested) input streams to read from */ private java.util.Stack zzStreams = new java.util.Stack(); /** * inner class used to store info for nested * input streams */ private static final class ZzFlexStreamInfo { java.io.Reader zzReader; int zzEndRead; int zzStartRead; int zzCurrentPos; int zzMarkedPos; int yyline; int yycolumn; char [] zzBuffer; boolean zzAtEOF; boolean zzEOFDone; /** sets all values stored in this class */ ZzFlexStreamInfo(java.io.Reader zzReader, int zzEndRead, int zzStartRead, int zzCurrentPos, int zzMarkedPos, char [] zzBuffer, boolean zzAtEOF, int yyline, int yycolumn) { this.zzReader = zzReader; this.zzEndRead = zzEndRead; this.zzStartRead = zzStartRead; this.zzCurrentPos = zzCurrentPos; this.zzMarkedPos = zzMarkedPos; this.zzBuffer = zzBuffer; this.zzAtEOF = zzAtEOF; this.zzEOFDone = zzEOFDone; this.yyline = yyline; this.yycolumn = yycolumn; } } --- user class code /** * Creates a new scanner * There is also a java.io.InputStream version of this constructor. * * @param in the java.io.Reader to read input from. */ --- constructor declaration /** * Refills the input buffer. * * @return false, iff there was new input. * * @exception java.io.IOException if any I/O-Error occurs */ private boolean zzRefill() throws java.io.IOException { /* first: make room (if you can) */ if (zzStartRead > 0) { System.arraycopy(zzBuffer, zzStartRead, zzBuffer, 0, zzEndRead-zzStartRead); /* translate stored positions */ zzEndRead-= zzStartRead; zzCurrentPos-= zzStartRead; zzMarkedPos-= zzStartRead; zzStartRead = 0; } /* is the buffer big enough? */ if (zzCurrentPos >= zzBuffer.length) { /* if not: blow it up */ char newBuffer[] = new char[zzCurrentPos*2]; System.arraycopy(zzBuffer, 0, newBuffer, 0, zzBuffer.length); zzBuffer = newBuffer; } /* finally: fill the buffer with new input */ int numRead = zzReader.read(zzBuffer, zzEndRead, zzBuffer.length-zzEndRead); if (numRead > 0) { zzEndRead+= numRead; return false; } // unlikely but not impossible: read 0 characters, but not at end of stream if (numRead == 0) { int c = zzReader.read(); if (c == -1) { return true; } else { zzBuffer[zzEndRead++] = (char) c; return false; } } // numRead < 0) return true; } /** * Closes the input stream. */ public final void yyclose() throws java.io.IOException { zzAtEOF = true; /* indicate end of file */ zzEndRead = zzStartRead; /* invalidate buffer */ if (zzReader != null) zzReader.close(); } /** * Stores the current input stream on a stack, and * reads from a new stream. Lexical state, line, * char, and column counting remain untouched. * * The current input stream can be restored with * yypopstream (usually in an <> action). * * @param reader the new input stream to read from * * @see #yypopStream() */ public final void yypushStream(java.io.Reader reader) { zzStreams.push( new ZzFlexStreamInfo(zzReader, zzEndRead, zzStartRead, zzCurrentPos, zzMarkedPos, zzBuffer, zzAtEOF, yyline, yycolumn) ); zzAtEOF = false; zzBuffer = new char[ZZ_BUFFERSIZE]; zzReader = reader; zzEndRead = zzStartRead = 0; zzCurrentPos = zzMarkedPos = 0; yyline = yycolumn = 0; } /** * Closes the current input stream and continues to * read from the one on top of the stream stack. * * @throws java.util.EmptyStackException * if there is no further stream to read from. * * @throws java.io.IOException * if there was an error in closing the stream. * * @see #yypushStream(java.io.Reader) */ public final void yypopStream() throws java.io.IOException { zzReader.close(); ZzFlexStreamInfo s = (ZzFlexStreamInfo) zzStreams.pop(); zzBuffer = s.zzBuffer; zzReader = s.zzReader; zzEndRead = s.zzEndRead; zzStartRead = s.zzStartRead; zzCurrentPos = s.zzCurrentPos; zzMarkedPos = s.zzMarkedPos ; zzAtEOF = s.zzAtEOF; zzEOFDone = s.zzEOFDone; yyline = s.yyline; yycolumn = s.yycolumn; } /** * Returns true iff there are still streams left * to read from on the stream stack. */ public final boolean yymoreStreams() { return !zzStreams.isEmpty(); } /** * Resets the scanner to read from a new input stream. * Does not close the old reader. * * All internal variables are reset, the old input stream * cannot be reused (internal buffer is discarded and lost). * Lexical state is set to ZZ_INITIAL. * * @param reader the new input stream * * @see #yypushStream(java.io.Reader) * @see #yypopStream() */ public final void yyreset(java.io.Reader reader) { zzReader = reader; zzAtBOL = true; zzAtEOF = false; zzEOFDone = false; zzEndRead = zzStartRead = 0; zzCurrentPos = zzMarkedPos = 0; yyline = yychar = yycolumn = 0; zzLexicalState = YYINITIAL; } /** * Returns the current lexical state. */ public final int yystate() { return zzLexicalState; } /** * Enters a new lexical state * * @param newState the new lexical state */ public final void yybegin(int newState) { zzLexicalState = newState; } /** * Returns the text matched by the current regular expression. */ public final String yytext() { return new String( zzBuffer, zzStartRead, zzMarkedPos-zzStartRead ); } /** * Returns the character at position pos from the * matched text. * * It is equivalent to yytext().charAt(pos), but faster * * @param pos the position of the character to fetch. * A value from 0 to yylength()-1. * * @return the character at position pos */ public final char yycharat(int pos) { return zzBuffer[zzStartRead+pos]; } /** * Returns the length of the matched text region. */ public final int yylength() { return zzMarkedPos-zzStartRead; } /** * Reports an error that occured while scanning. * * In a wellformed scanner (no or only correct usage of * yypushback(int) and a match-all fallback rule) this method * will only be called with things that "Can't Possibly Happen". * If this method is called, something is seriously wrong * (e.g. a JFlex bug producing a faulty scanner etc.). * * Usual syntax/scanner level error handling should be done * in error fallback rules. * * @param errorCode the code of the errormessage to display */ --- zzScanError declaration String message; try { message = ZZ_ERROR_MSG[errorCode]; } catch (ArrayIndexOutOfBoundsException e) { message = ZZ_ERROR_MSG[ZZ_UNKNOWN_ERROR]; } --- throws clause } /** * Pushes the specified amount of characters back into the input stream. * * They will be read again by then next call of the scanning method * * @param number the number of characters to be read again. * This number must not be greater than yylength()! */ --- yypushback decl (contains zzScanError exception) if ( number > yylength() ) zzScanError(ZZ_PUSHBACK_2BIG); zzMarkedPos -= number; } --- zzDoEOF /** * Resumes scanning until the next regular expression is matched, * the end of input is encountered or an I/O-Error occurs. * * @return the next token * @exception java.io.IOException if any I/O-Error occurs */ --- yylex declaration int zzInput; int zzAction; --- local declarations while (true) { // cached fields: int zzCurrentPosL; int zzMarkedPosL = zzMarkedPos; int zzEndReadL = zzEndRead; char [] zzBufferL = zzBuffer; char [] zzCMapL = ZZ_CMAP; --- start admin (line, char, col count) zzAction = -1; zzCurrentPosL = zzCurrentPos = zzStartRead = zzMarkedPosL; --- start admin (lexstate etc) zzForAction: { while (true) { --- next input, line, col, char count, next transition, isFinal action zzAction = zzState; zzMarkedPosL = zzCurrentPosL; --- line count update } } } // store back cached position zzMarkedPos = zzMarkedPosL; --- char count update --- actions default: if (zzInput == YYEOF && zzStartRead == zzCurrentPos) { zzAtEOF = true; --- eofvalue } else { --- no match } } } } --- main }