jissa-1.09/0040775000076500007650000000000007245267702011607 5ustar krammkrammjissa-1.09/COPYING0100664000076500007650000004311007245260123012624 0ustar krammkramm GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE 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 How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) 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. 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 Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) year name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Library General Public License instead of this License. jissa-1.09/Makefile.in0100775000076500007650000000116507205540471013650 0ustar krammkrammINSTALL=./bin INSTALLETC=./etc COMPILER=g++ -g all: ${COMPILER} src/disass.c++ -o ./jissa clean: rm -f src/*.o rm -f -R *~ src/*~ rm -f etc/* find ./ -name "*~" -type f -exec rm {} \; realclean: rm -f jissa bin/jissa src/*.o rm -f -R *~ src/*~ install: cp ./jissa ${INSTALL} cp lib/* ${INSTALLETC} siteinstall: cp ./jissa /usr/bin cp etc /etc/jissa build: clean all test: cp jissa ~/bin/jissa cp readable.fmt /etc/jissa/standard.fmt cp readable.inc /etc/jissa/readable.inc jissa Hello.class hexdump.fmt hello3 jissa Hello2.class readable.fmt hello2 jissa -v Hello.class funktional.fmt hello jissa Math.class jissa-1.09/src/0040775000076500007650000000000007245267702012376 5ustar krammkrammjissa-1.09/src/config.c++0100664000076500007650000001001407245260513014117 0ustar krammkramm/* JISSA- Generic Disassembler for Java-Bytecode config.c++ Routines for reading the config file. Copyright (c) 2000 Matthias Kramm This file is distributed under the GPL, see file COPYING for details */ #include #include #include #include char basepath[128]; // path to the executable/ local directory extern FILE*output; extern int verbose; int spec=0; char space[1024]; // buffer for filename creation /* * Impementation of string comparison for the STL map class */ struct str { char*s; public: str() {s=0;}; str(char*_s) {s=_s;} bool operator ==(str t) {return !strcmp(s,t.s);} }; class less { public: bool operator()(str x,str y) const { return strcmp(x.s,y.s)<0;} }; class equal_to { public: bool operator()(str x,str y) const { return !strcmp(x.s,y.s);} }; class not_equal_to { public: bool operator()(str x,str y) const { return strcmp(x.s,y.s);} }; map table; /** * void assign(char*key,char*value) * * key the key the value is assigned to * value the value to assign * * */ void assign(char*key,char*value) { int l1=strlen(key); int l2=strlen(value); char*a1=new char[l1+1]; char*a2=new char[l2+1]; strcpy(a1,key); strcpy(a2,value); str s1(a1); str s2(a2); table[s1]=s2; } /** * char* getval(char*key) * * get's the value from key * * key the value to get * */ char* getval(char*key) { str s(key); char*a=table[s].s; if(a) return a; else return ""; } char includepath[2048]; int includepathpos=0; /** * void includefiles_append(char*dir) * * appends a given string to the list of include files * * name a ;-seperated string of directories */ void includefiles_append(char*dir) { if(';'!=dir[0] && ';'!=includepath[includepathpos-1] && includepathpos>0) includepath[includepathpos++]=';'; strcpy(&includepath[includepathpos],dir); includepathpos+=strlen(dir); includepath[includepathpos]=';'; } /** * void tryopen(char*name) * * try to open a file under the given name, taking account the possiblity * the extension or the path has been left out. */ FILE* tryopen(char*name,int include) { FILE*fi; char*ip=includepath; while(ip-includepath This file is distributed under the GPL, see file COPYING for details */ #include "stdlib.h" #include "stdio.h" #define HEADERS #include "split.c++" #include "config.c++" #include "ops.c++" #undef HEADERS int verbose; /** * * global Variables * */ #define POOLSIZE 1048576 char* fname; // filename of the classfile FILE* fi=0; // filedescriptor of the classfile FILE* output=0; // filedescriptor of the intermediate perlfile int pass=0; // pass, either 0 or 1. (every class gets parsed twice) int lpass=1; // "local pass", 0 or 1, for methods which get parsed twice int fpos=0; // the file position in fi char* mem; // memory for temporary input char* datapool=0; // constant pool size (in bytes) int poolpos; // constant pool size (in entries) int* constantdatas=0;// data structure for the constant pool int* constanttype=0; // data structure for the types of the constant pool entries /** * struct localvar * * data structure for the local variables table found in some classfiles * */ struct localvar { u16 start_pc; u16 length; u16 name_index; u16 type_index; u16 slot; } local_vars[65536]; int locals_count; /** * * data structures for the linenumbertable found in some classfiles * */ u16 start_pc[65536]; u16 line_number[65536]; u16 lines_count; /** * * data structure for try/catch blocks * */ struct handler_type { u16 start_pc; u16 end_pc; u16 handler_pc; u16 catch_type_index; } *handlers; u16 handlers_count; /** * * bytecodeblock preprocessing data * */ u32*oppos; u16*labels; s32*cases; u8*casetags; u16 label_pos; int code_size; #define ID_CONSTANT_Utf8 1 #define ID_CONSTANT_Integer 3 #define ID_CONSTANT_Float 4 #define ID_CONSTANT_Long 5 #define ID_CONSTANT_Double 6 #define ID_CONSTANT_Class 7 #define ID_CONSTANT_String 8 #define ID_CONSTANT_Fieldref 9 #define ID_CONSTANT_Methodref 10 #define ID_CONSTANT_InterfaceMethodref 11 #define ID_CONSTANT_NameAndType 12 /** * * Prototypes * */ int onedescriptor(char*str); void splitdescriptor(char*str); /** * * System/in- output functions * */ /* * void error(char*e) * Prints an error-message and exists * * e Description of the Error * */ void error(char*e) { fprintf(stderr,"%s\n",e); exit(0); } /* * void input(void* p,int l) * Read a number bytes out of the input-classfile * * p the memory location where the data should go * l the the number of bytes to read * */ void input(void*p,int l) { if(l) { if(!fread(p,l,1,fi)) error("Unexpected end of file!\n"); fpos+=l; } } /* * void input1(void* p) * Read one byte out of the input-classfile * * p the memory location where the data should go * */ void input1(void*p) { input(p,1); } /* * void input2(void* p) * Read two bytes (one Word) out of the input-classfile. Performs neccessary * Big-Endian -> Little Endian conversions * * p the memory location where the data should go * */ void input2(void*p) { input(p,2); reverse2(p); } /* * void input4(void* p) * Read four bytes (one Doubleword/float) out of the input-classfile. * Performs neccessary Big-Endian -> Little Endian conversions * * p the memory location where the data should go * */ void input4(void*p) { input(p,4); reverse4(p); } /* * void input8(void* p) * Read eight bytes (one Doubleword/float) out of the input-classfile. * Performs neccessary Big-Endian -> Little Endian conversions * * p the memory location where the data should go * */ void input8(void*p) { input(p,4); reverse8(p); } /* * void get1(void* p) * * Returns the byte at the given memory location * * *p the memory location * */ u8 inline get1(void*p) { return *(u8*)p; } /* * void get2(void* p) * * Returns the word at the given memory location * * *p the memory location * */ u16 get2(void*p) { u16 a=(int)((u8*)p)[1]+(int)((u8*)p)[0]*256; return a; } /* * void get4(void* p) * * Returns the doubleword at the given memory location * * *p the memory location * */ u32 get4(void*p) { u32 a=(u32)((u8*)p)[3]+(u32)((u8*)p)[2]*256 +(u32)((u8*)p)[1]*65536+(u32)((u8*)p)[0]*256*65536; return a; } /* * void inputmem1(void*p) * * Like input1, but reads from memory (used for nested data structures) * * *p the memory location * */ void inputmem1(void*p) { *(u8*)p=*(u8*)mem; mem++; } /* * void inputmem2(void*p) * * Like input2, but reads from memory (used for nested data structures) * * *p the memory location * */ void inputmem2(void*p) { *(u16*)p=(int)((u8*)mem)[1]+(int)((u8*)mem)[0]*256; mem+=2; } /* * void inputmem4(void*p) * * Like input4, but reads from memory (used for nested data structures) * * *p the memory location * */ void inputmem4(void*p) { *(u32*)p= (u32)((u8*)mem)[3]+(u32)((u8*)mem)[2]*256 +(u32)((u8*)mem)[1]*65536+(u32)((u8*)mem)[0]*256*65536; mem+=4; } /* * void inputmem8(void*p) * * Like input8, but reads from memory (used for nested data structures) * * *p the memory location * */ void inputmem8(void*p) { int t; for(t=0;t<8;t++) ((u8*)p)[t]=((u8*)mem)[t]; reverse8(p); mem+=8; } /* * void printout(char*tag) * * takes a string of the form >tag< and converts it to * >printf tag<, which is written to the temporary outputfile * (/tmp/output.pl) * * tag the string * */ void printout(char*tag) { if(pass && lpass) { fprintf(output,"\n#%s\n",tag); fprintf(output,"printf %s;\n",getval(tag)); fflush(output); } else { fprintf(output,"\n"); } } /* * void printout(char*tag) * * takes a string of the form >tag< and a variable name and * converts it to >$var=tag<, which is written to the temporary outputfile * Used for constant-pool-conversions * * tag the string to be assigned * var the variable to assign to * */ void storevar(char*var,char*tag) { if(pass) { char*s=getval(tag); if(s && *s) fprintf(output,"%s=%s;\n",var,getval(tag)); } else { } } /* * void inputp(void*p,int len) * * like input, but stores the data which was read into the local constant * pool structure. * * p the memory to read to * len the number of bytes to read * */ void inputp(void*p,int len) { input(p,len); memcpy(&datapool[poolpos],p,len); poolpos+=len; } /* * void readutf8p(int len) * * reads an utf8-string per inputp() * * len the length of the string * memlen 0: len is the number of real characters * 1: len is the number of bytes the string occupeis * */ void readutf8p(int len,int memlen=1) { if(memlen) { int t; for(t=0;t>1)&1, (head.access_flags>>2)&1, (head.access_flags>>3)&1, (head.access_flags>>4)&1, (head.access_flags>>6)&1, (head.access_flags>>7)&1); fprintf(output,"$name_index=%d;$type_index=%d;$attributes_count=%d;", head.name_index,head.type_index,head.attributes_count); fprintf(output,"$constant_index=0;"); int s; for(s=0;s=0) labels[jmpadr]=label_pos++; pos+=2; break; } case 'J': { u32 l=get4(&mem[pos]); if(!labels[l] && l=0) labels[l]=label_pos++; pos+=4; break; } case '!': { if(op==0xaa) //tableswitch { while(pos&3) pos++; // padding u32 jdefault=get4(&mem[pos]); if(!labels[jdefault+opos]) labels[jdefault+opos]=label_pos++; if(!casetags[jdefault+opos]) casetags[jdefault+opos]=2; pos+=4; s32 low=get4(&mem[pos]);pos+=4; s32 high=get4(&mem[pos]);pos+=4; s32 t; for(t=low;t<=high;t++) { u32 l=get4(&mem[pos]); if(!labels[l+opos]) labels[l+opos]=label_pos++; if(!casetags[l+opos]) { cases[l+opos]=t; casetags[l+opos]=1; } pos+=4; } } if(op==0xab) //lookupswitch { while(pos&3) pos++; u32 jdefault=get4(&mem[pos]); if(!labels[jdefault+opos]) labels[jdefault+opos]=label_pos++; if(!casetags[jdefault+opos]) casetags[jdefault+opos]=2; pos+=4; u32 n=get4(&mem[pos]);pos+=4; int t; for(t=0;t0) { fprintf(stderr,"%d Broken Line-Number table(2)\n",start_pc[linepos]); lines_count=0; } break; } else linepos++; } if(lines_count) { if(lpass) fprintf(output,"$linenumber=\"%-4d\";",line_number[linepos]); } else { if(lpass) fprintf(output,"$linenumber=\"\";"); } { int t; for(t=0;t>0)&1, (head.access_flags>>1)&1, (head.access_flags>>2)&1, (head.access_flags>>3)&1, (head.access_flags>>4)&1, (head.access_flags>>5)&1, (head.access_flags>>8)&1, (head.access_flags>>10)&1); /* grab everything after the first ), i.e. (V)I becomes I [do we need this? would a splitdescriptor suffice?] */ char*ty=type; char*returnstr; int l=strlen(type); while(ty[l]!=')' && l>=0) l--; returnstr=&ty[l+1]; /**TAG:method_head: $return **/ fprintf(output,"$return=\"%s\";",returnstr); printout("method_head"); splitdescriptor(type); printout("arguments_head"); fprintf(output,"for($t=0;$t<$argnum;$t++) { $descriptor=$descriptor[$t];$arg=$arg[$t];$dim=$dim[$t]; if($t) { "); printout("arguments_separator"); fprintf(output,"}"); printout("argument"); fprintf(output,"}"); printout("arguments_tail"); locals_count=0; fprintf(output,"$locals_count=0;"); int s; long filepos=ftell(fi); int r; handlers=0; handlers_count=0; for(lpass=0;lpass<2;lpass++) { if(lpass) fseek(fi,filepos,SEEK_SET); for(s=0;s0 && start_pc[t-1]>start_pc[t]) { fprintf(stderr,"Broken Line Number Table\n"); lines_count=0;break; } if(lpass) fprintf(output,"$start_pc=%d;$line_number=%d;",start_pc[t],line_number[t]); if(lpass) printout("linenumber"); } start_pc[lines_count]=0xffff; if(lpass) printout("linenumbers_tail"); mem=memold; } else if(!strcmp("LocalVariableTable",name2)) { char*memold=mem; mem=data2; u16 local_variables_count; inputmem2(&local_variables_count); locals_count=local_variables_count; fprintf(output,"$locals_count=%d+0;",locals_count); if(lpass) printout("localvars_head"); int t; for(t=0;t>2)&1, (head2.access_flags>>5)&1, (head2.access_flags>>9)&1, (head2.access_flags>>10)&1); printout("access_flags"); fprintf(output,"$i=%d;$this_name=$name=$constantpool1[$constantpool1[$i]];",head2.this_class); printout("this_class"); fprintf(output,"$i=%d;$super_name=$name=$pool[$pool[$i]];",head2.super_class); printout("super_class"); fprintf(output,"$interfaces_count=$num=%d;",head2.interfaces_count); printout("interfaces_head"); readinterfaces(head2.interfaces_count); u16 fields_count; input(&fields_count,2); reverse2(&fields_count); fprintf(output,"$fields_count=$num=%d;",fields_count); printout("fields_head"); readfields(fields_count); u16 methods_count; input(&methods_count,2); reverse2(&methods_count); fprintf(output,"$methods_count=$num=%d;",methods_count); printout("methods_head"); readmethods(methods_count); u16 attributes_count; input(&attributes_count,2); reverse2(&attributes_count); fprintf(output,"$attributes_count=$num=%d;",attributes_count); printout("attributes_head"); readattributes(attributes_count); } /** * printusage(char*name) * * prints out the usage of the program */ void printusage(char*name) { fprintf(stderr,"Usage: %s [flags] inputfile formatfile outputfile\n",name); fprintf(stderr,"\n"); fprintf(stderr,"flags:\n"); fprintf(stderr,"-v : Be verbose\n"); fprintf(stderr,"-i includepath : Path's for include files, seperated by ';'\n"); fprintf(stderr,"-h : This page\n"); fprintf(stderr,"-f name : Formatfile\n"); fprintf(stderr,"-o name : Name of output file\n"); exit(1); } char*destname; char*fmtname; char strbuf2[256]; char*argvx[20]; char*argv[20]; int argn; void getflags(int argn2,char*argv2[]) { int t;argn=0; for(t=0;t0) l--; if(l==0) { basepath[0]='.';l=1; } basepath[l]='/'; basepath[l+1]=0; includefiles_append(basepath); char*a[]={"","/usr/stud/kramm/Complex.class","/usr/stud/kramm/funktional.ini","k"}; char*b[]={"","/home/kramm/disass/Complex.class","/home/kramm/disass/funktional.ini","k"}; switch(argn) { case 2: fname=argv[1]; fmtname="standard"; destname="stdout"; break; case 3: fname=argv[1]; destname="stdout"; fmtname=argv[2]; break; case 4: fname=argv[1]; fmtname=argv[2]; destname=argv[3]; break; default: printusage(argv[0]); } if(verbose) fprintf(stderr,"%s => %s => %s\n",fname,fmtname,destname); detectreverse(); mkops(); char*tempname="/tmp/output.pl"; output=fopen(tempname,"w"); if(!output) { fprintf(stderr,"Couldn't create temporary file \'%s\'!\n",tempname); return 0; } if(verbose) fprintf(stderr,"Using Format \"%s\"\n",fmtname); readconfig(fmtname); char systxt[160]; if(strcmp(destname,"stdout")) { sprintf(systxt,"perl %s > %s",tempname,destname); } else { sprintf(systxt,"perl %s",tempname); } pass=0; fi=fopen(fname,"rb");fpos=0; if(!fi) {fprintf(stderr,"File not found: %s\n",fname);return 0;} readclass(); fclose(fi); pass=1; fi=fopen(fname,"rb");fpos=0; if(!fi) {fprintf(stderr,"File not found: %s\n",fname);return 0;} readclass(); fclose(fi); system(systxt); } jissa-1.09/src/ops.c++0100664000076500007650000001552507245260711013467 0ustar krammkramm/* JISSA- Generic Disassembler for Java-Bytecode ops.c++ opcode definitions Copyright (c) 2000 Matthias Kramm This file is distributed under the GPL, see file COPYING for details */ #include "stdlib.h" #include "stdio.h" char*ops[256]; int stack[256]; char*format[256]; char iswide[256]; /** * void isop(char*name,int mstack,int op,char*mformat) * * Create an opcode * * name the name of the opcode * mstack n2-n1, where n1 is the stack position before and n1 is the * stack position after execution of the opcode * op opcode * mformat description of the data typically following the opcode * b=byte,w=word,d=dword,j=jump address,J=big jump address * t and l are special and used for table and lookup-switches * */ void isop(char*name,int mstack,int op,char*mformat) { if(ops[op]) printf("DOUBLE: %02x\n",op); ops[op]=name; int l=strlen(name); iswide[op]=0; if(l>=2) if(name[l-1]=='w' && name[l-2]=='/') { char*a=new char[l+1];strcpy(a,name); a[l-2]=0; ops[op]=a; iswide[op]=1; } stack[op]=mstack; format[op]=mformat; } /** * void mkops() * * Create all known legal opcodes * */ void mkops() { int t; for(t=0;t<256;t++) { ops[t]=0; stack[t]=0; } isop("aaload",-1,0x32,""); isop("aastore",-3,0x53,""); isop("aconst_null",1,0x01,""); isop("aload/w",1,0x19,"b"); isop("aload_0",1,0x2a,""); isop("aload_1",1,0x2b,""); isop("aload_2",1,0x2c,""); isop("aload_3",1,0x2d,""); isop("anewarray",0,0xbd,"w"); isop("areturn",0,0xb0,""); isop("arraylength",0,0xbe,""); isop("astore/w",-1,0x3a,"b"); isop("astore_0",-1,0x4b,""); isop("astore_1",-1,0x4c,""); isop("astore_2",-1,0x4d,""); isop("astore_3",-1,0x4e,""); isop("athrow",0,0xbf,""); isop("baload",-1,0x33,""); isop("bastore",-3,0x54,""); isop("bipush",1,0x10,"c"); isop("breakpoint",0,0xca,""); isop("caload",-1,0x34,""); isop("castore",-3,0x55,""); isop("checkcast",0,0xc0,"w"); isop("d2f",-1,0x90,"b"); isop("d2i",-1,0x8e,""); isop("d2l",0,0x8f,""); isop("dadd",-2,0x63,""); isop("daload",0,0x31,""); isop("dastore",-4,0x52,""); isop("dcmpg",-3,0x98,""); isop("dcmpl",-3,0x97,""); isop("dconst_0",2,0x0e,""); isop("dconst_1",2,0x0f,""); isop("ddiv",-2,0x6f,""); isop("dload/w",2,0x18,"b"); isop("dload_0",2,0x26,""); isop("dload_1",2,0x27,""); isop("dload_2",2,0x28,""); isop("dload_3",2,0x29,""); isop("dmul",-2,0x6b,""); isop("dneg",0,0x77,""); isop("drem",-2,0x73,""); isop("dreturn",0,0xaf,""); isop("dstore/w",-2,0x39,"b"); isop("dstore_0",-2,0x47,""); isop("dstore_1",-2,0x48,""); isop("dstore_2",-2,0x49,""); isop("dstore_3",-2,0x4a,""); isop("dsub",-2,0x67,""); isop("dup",1,0x59,""); isop("dup2",2,0x5c,""); isop("dup2_x1",2,0x5d,""); isop("dup2_x2",2,0x5e,""); isop("dup_x1",1,0x5a,""); isop("dup_x2",1,0x5b,""); isop("f2d",1,0x8d,""); isop("f2i",0,0x8b,""); isop("f2l",1,0x8c,""); isop("fadd",-1,0x62,""); isop("faload",-1,0x30,""); isop("fastore",-3,0x51,""); isop("fcmpg",-1,0x96,""); isop("fcmpl",-1,0x95,""); isop("fconst_0",1,0x0b,""); isop("fconst_1",1,0x0c,""); isop("fconst_2",1,0x0d,""); isop("fdiv",-1,0x6e,""); isop("fload/w",1,0x17,"b"); isop("fload_0",1,0x22,""); isop("fload_1",1,0x23,""); isop("fload_2",1,0x24,""); isop("fload_3",1,0x25,""); isop("fmul",-1,0x6a,""); isop("fneg",0,0x76,""); isop("frem",-1,0x72,""); isop("freturn",0,0xae,""); isop("fstore/w",-1,0x38,"b"); isop("fstore_0",-1,0x43,""); isop("fstore_1",-1,0x44,""); isop("fstore_2",-1,0x45,""); isop("fstore_3",-1,0x46,""); isop("fsub",-1,0x66,""); isop("getfield",64,0xb4,"w"); isop("getstatic",65,0xb2,"w"); isop("goto",0,0xa7,"j"); isop("goto_w",0,0xc8,"J"); isop("i2b",0,0x91,""); isop("i2c",0,0x92,""); isop("i2d",1,0x87,""); isop("i2f",0,0x86,""); isop("i2l",1,0x85,""); isop("i2s",0,0x93,""); isop("iadd",-1,0x60,""); isop("iaload",-1,0x2e,""); isop("iand",-1,0x7e,""); isop("iastore",-3,0x4f,""); isop("iconst_m1",1,0x02,""); isop("iconst_0",1,0x03,""); isop("iconst_1",1,0x04,""); isop("iconst_2",1,0x05,""); isop("iconst_3",1,0x06,""); isop("iconst_4",1,0x07,""); isop("iconst_5",1,0x08,""); isop("idiv",-1,0x6c,""); isop("if_acmpeq",-2,0xa5,"j"); isop("if_acmpne",-2,0xa6,"j"); isop("if_icmpeq",-2,0x9f,"j"); isop("if_icmpge",-2,0xa2,"j"); isop("if_icmpgt",-2,0xa3,"j"); isop("if_icmple",-2,0xa4,"j"); isop("if_icmplt",-2,0xa1,"j"); isop("if_icmpne",-2,0xa0,"j"); isop("ifeq",-1,0x99,"j"); isop("ifge",-1,0x9c,"j"); isop("ifgt",-1,0x9d,"j"); isop("ifle",-1,0x9e,"j"); isop("iflt",-1,0x9b,"j"); isop("ifne",-1,0x9a,"j"); isop("ifnonnull",-1,0xc7,"j"); isop("ifnull",-1,0xc6,"j"); isop("iinc/w",0,0x84,"bc"); isop("iload/w",1,0x15,"b"); isop("iload_0",1,0x1a,""); isop("iload_1",1,0x1b,""); isop("iload_2",1,0x1c,""); isop("iload_3",1,0x1d,""); isop("impdep1",0,0xfe,""); isop("impdep2",0,0xff,""); isop("imul",-1,0x68,""); isop("ineg",0,0x74,""); isop("instanceof",0,0xc1,"w"); isop("invokeinterface",32,0xb9,"wbb"); isop("invokespecial",32,0xb7,"w"); isop("invokestatic",31,0xb8,"w"); isop("invokevirtual",32,0xb6,"w"); isop("ior",-1,0x80,""); isop("irem",-1,0x70,""); isop("ireturn",0,0xac,""); isop("ishl",-1,0x78,""); isop("ishr",-1,0x7a,""); isop("istore/w",-1,0x36,"b"); isop("istore_0",-1,0x3b,""); isop("istore_1",-1,0x3c,""); isop("istore_2",-1,0x3d,""); isop("istore_3",-1,0x3e,""); isop("isub",-1,0x64,""); isop("iushr",-1,0x7c,""); isop("ixor",-1,0x82,""); isop("jsr",1,0xa8,"j"); isop("jsr_w",1,0xc9,"J"); isop("l2d",0,0x8a,""); isop("l2f",-1,0x89,""); isop("l2i",-1,0x88,""); isop("ladd",-2,0x61,""); isop("laload",0,0x2f,""); isop("land",-2,0x7f,""); isop("lastore",-4,0x50,""); isop("lcmp",-3,0x94,""); isop("lconst_0",2,0x09,""); isop("lconst_1",2,0x0a,""); isop("ldc",1,0x12,"b"); isop("ldc2_w",2,0x14,"w"); isop("ldc_w",1,0x13,"w"); isop("ldiv",-2,0x6d,""); isop("lload/w",2,0x16,"b"); isop("lload_0",2,0x1e,""); isop("lload_1",2,0x1f,""); isop("lload_2",2,0x20,""); isop("lload_3",2,0x21,""); isop("lmul",-1,0x69,""); isop("lneg",0,0x75,""); isop("lookupswitch",-1,0xab,"!l"); isop("lor",-2,0x81,""); isop("lrem",-2,0x71,""); isop("lreturn",0,0xad,""); isop("lshl",-1,0x79,""); isop("lshr",-1,0x7b,""); isop("lstore/w",-2,0x37,"b"); isop("lstore_0",-2,0x3f,""); isop("lstore_1",-2,0x40,""); isop("lstore_2",-2,0x41,""); isop("lstore_3",-2,0x42,""); isop("lsub",-2,0x65,""); isop("lushr",-1,0x7d,""); isop("lxor",-2,0x83,""); isop("monitorenter",-1,0xc2,""); isop("monitorexit",-1,0xc3,""); isop("multianewarray",34,0xc5,""); isop("new",1,0xbb,"w"); isop("newarray",0,0xbc,"b"); isop("nop",0,0,""); isop("pop",-1,0x57,""); isop("pop2",-2,0x58,""); isop("putfield",-2,0xb5,"w"); isop("putstatic",-2,0xb3,"w"); isop("ret",0,0xa9,"w"); isop("return",0,0xb1,""); isop("saload",-1,0x35,""); isop("sastore",-3,0x56,""); isop("sipush",1,0x11,"s"); isop("swap",0,0x5f,""); isop("tableswitch",-1,0xaa,"!t"); isop("WIDE",0,0xc4,""); } jissa-1.09/src/split.c++0100664000076500007650000001202407245260767014023 0ustar krammkramm/* JISSA- Generic Disassembler for Java-Bytecode split.c++ routines for datatype conversion Copyright (c) 2000 Matthias Kramm This file is distributed under the GPL, see file COPYING for details */ #include "stdlib.h" #include "stdio.h" char doreverse=0; /* * datatype definitions */ typedef unsigned long long int u64; typedef unsigned long int u32; typedef unsigned short int u16; typedef unsigned char u8; typedef signed long long int s64; typedef signed long int s32; typedef signed short int s16; typedef signed char s8; /** * char splitbuf[] * * buffer for string operations * */ char splitbuf[65536*2]; /** * void reverse2(void*a) * * reverse the word at a given memory location. the goal of this is to bring * all data from low endian to the current machine's format. This is why we * test doreverse, which is 1 if the current machine is low endian * * a the memory location where the inversion should be performed * */ void reverse2(void*a) { if(doreverse) { char i=((char*)a)[0]; char j=((char*)a)[1]; ((char*)a)[1]=i; ((char*)a)[0]=j; } } /** * void reverse4(void*a) * * like reverse2, just for doublewords * * a the memory location where the inversion should be performed * */ void reverse4(void*a) { if(doreverse) { char i=((char*)a)[0]; char j=((char*)a)[1]; char k=((char*)a)[2]; char l=((char*)a)[3]; ((char*)a)[3]=i; ((char*)a)[2]=j; ((char*)a)[1]=k; ((char*)a)[0]=l; } } /* * void reverse8(void*a) * * like reverse2 just for quadwords * * a the memory location where the inversion should be performed * */ void reverse8(void*a) { if(doreverse) { char i=((char*)a)[0]; char j=((char*)a)[1]; char k=((char*)a)[2]; char l=((char*)a)[3]; char m=((char*)a)[4]; char n=((char*)a)[5]; char o=((char*)a)[6]; char p=((char*)a)[7]; ((char*)a)[7]=i; ((char*)a)[6]=j; ((char*)a)[5]=k; ((char*)a)[4]=l; ((char*)a)[3]=m; ((char*)a)[2]=n; ((char*)a)[1]=o; ((char*)a)[0]=p; } } /** * void detectreverse() * * detect machine byte ordering * doreverse==0: machine operates with network byte order (big endian) * doreverse==1: machine operates with intel byte order (little endian) * * (doreverse==0 means: we don't need to reverse the bytes read from the * classfile (as these are already network byte order) */ void detectreverse() { // BEBAFECA? int a=1; doreverse=(*(char*)&a); } /** * char* formatstr(char*str) * * Convert special chars in a string to their escaped form. E.g. * " $ " gets " \$ " Also converts nonprintable characters to _ * * str the string to convert * returns the converted string */ char* formatstr(char*str) { int fbpos=0; while(*str) { switch(*str) { case '@': splitbuf[fbpos++]='\\';splitbuf[fbpos++]='$';break; case '$': splitbuf[fbpos++]='\\';splitbuf[fbpos++]='$';break; case '\n': splitbuf[fbpos++]='\\';splitbuf[fbpos++]='n';break; case '\t': splitbuf[fbpos++]='\\';splitbuf[fbpos++]='t';break; case '\\': splitbuf[fbpos++]='\\';splitbuf[fbpos++]='\\';break; case '"': splitbuf[fbpos++]='\\';splitbuf[fbpos++]='"';break; case '%': splitbuf[fbpos++]='\\';splitbuf[fbpos++]='%';break; default: splitbuf[fbpos++]=((*str&128) || (*str<32))?'_':*str; } str++; } splitbuf[fbpos]=0; return splitbuf; } void eight2four(u64 a,u32*a1,u32*a2) { if(doreverse) { *a1=((u32*)&a)[0]; *a2=((u32*)&a)[1]; } else { *a1=((u32*)&a)[1]; *a2=((u32*)&a)[0]; } } void four2eight(u64*a,u32 a1,u32 a2) { if(doreverse) { ((u32*)a)[0]=a1; ((u32*)a)[1]=a2; } else { ((u32*)a)[1]=a2; ((u32*)a)[0]=a1; } } /** * void splitlong(u64 val, char** str) * * converts a quadword into a string * * val the quadword to convert * str a pointerreference to the destination string * */ void splitlong(u64 val, char**str) { u32 val1,val2; splitbuf[255]=0; char*pos=&splitbuf[254]; while(val!=0) { *pos=0x30+(val%10); pos--; val=val/10; } *str=&pos[1]; } /** * void splitfloat(u32 val,char**up,char**down,int*sign,int*exp,int*man) * * converts a float into sign, exponent and mantissa * * val the float to convert * sign,exp,man pointerreferences to the destination integers * */ void splitfloat(u32 val,char**up,char**down,int*sign,int*exp,int*man) { *sign= (val>>31); *exp= ((val>>23)&255)-127; *man= ((val)&((1<<23)-1))+(1<<23); *up=splitbuf; char*sb=splitbuf; if(*sign) *sb++='-'; if(*exp<0) { sb+=sprintf(sb,"%d",man)-1; } else { sb+=sprintf(sb,"ops")-1; } *down=splitbuf; splitbuf[0]=0; } /** * void splitfloat(u32 val,char**up,char**down,int*sign,int*exp,int*man) * * converts a double into sign, exponent and mantissa * * val the double to convert * sign,exp,man pointerreferences to the destination integers/quadwords * */ void splitdouble(u64 val,char**up,char**down,int*sign,int*exp,u64*man) { u32 val1,val2; eight2four(val,&val1,&val2); *sign= (val2>>31); *exp= ((val2>>20)&2047)-1023; val2&=((1<<20)-1); four2eight(man,val1,val2); *up=splitbuf; *down=splitbuf; splitbuf[0]=0; } jissa-1.09/lib/0040775000076500007650000000000007245267702012355 5ustar krammkrammjissa-1.09/lib/error.fmt0100664000076500007650000002747107205540473014221 0ustar krammkrammnop "Opcode [00] not supported! (nop)" aconst_null "Opcode [01] not supported! (aconst_null)" iconst_m1 "Opcode [02] not supported! (iconst_m1)" iconst_0 "Opcode [03] not supported! (iconst_0)" iconst_1 "Opcode [04] not supported! (iconst_1)" iconst_2 "Opcode [05] not supported! (iconst_2)" iconst_3 "Opcode [06] not supported! (iconst_3)" iconst_4 "Opcode [07] not supported! (iconst_4)" iconst_5 "Opcode [08] not supported! (iconst_5)" lconst_0 "Opcode [09] not supported! (lconst_0)" lconst_1 "Opcode [0a] not supported! (lconst_1)" fconst_0 "Opcode [0b] not supported! (fconst_0)" fconst_1 "Opcode [0c] not supported! (fconst_1)" fconst_2 "Opcode [0d] not supported! (fconst_2)" dconst_0 "Opcode [0e] not supported! (dconst_0)" dconst_1 "Opcode [0f] not supported! (dconst_1)" bipush "Opcode [10] not supported! (bipush)" sipush "Opcode [11] not supported! (sipush)" ldc "Opcode [12] not supported! (ldc)" ldc_w "Opcode [13] not supported! (ldc_w)" ldc2_w "Opcode [14] not supported! (ldc2_w)" iload "Opcode [15] not supported! (iload)" lload "Opcode [16] not supported! (lload)" fload "Opcode [17] not supported! (fload)" dload "Opcode [18] not supported! (dload)" aload "Opcode [19] not supported! (aload)" iload_0 "Opcode [1a] not supported! (iload_0)" iload_1 "Opcode [1b] not supported! (iload_1)" iload_2 "Opcode [1c] not supported! (iload_2)" iload_3 "Opcode [1d] not supported! (iload_3)" lload_0 "Opcode [1e] not supported! (lload_0)" lload_1 "Opcode [1f] not supported! (lload_1)" lload_2 "Opcode [20] not supported! (lload_2)" lload_3 "Opcode [21] not supported! (lload_3)" fload_0 "Opcode [22] not supported! (fload_0)" fload_1 "Opcode [23] not supported! (fload_1)" fload_2 "Opcode [24] not supported! (fload_2)" fload_3 "Opcode [25] not supported! (fload_3)" dload_0 "Opcode [26] not supported! (dload_0)" dload_1 "Opcode [27] not supported! (dload_1)" dload_2 "Opcode [28] not supported! (dload_2)" dload_3 "Opcode [29] not supported! (dload_3)" aload_0 "Opcode [2a] not supported! (aload_0)" aload_1 "Opcode [2b] not supported! (aload_1)" aload_2 "Opcode [2c] not supported! (aload_2)" aload_3 "Opcode [2d] not supported! (aload_3)" iaload "Opcode [2e] not supported! (iaload)" laload "Opcode [2f] not supported! (laload)" faload "Opcode [30] not supported! (faload)" daload "Opcode [31] not supported! (daload)" aaload "Opcode [32] not supported! (aaload)" baload "Opcode [33] not supported! (baload)" caload "Opcode [34] not supported! (caload)" saload "Opcode [35] not supported! (saload)" istore "Opcode [36] not supported! (istore)" lstore "Opcode [37] not supported! (lstore)" fstore "Opcode [38] not supported! (fstore)" dstore "Opcode [39] not supported! (dstore)" astore "Opcode [3a] not supported! (astore)" istore_0 "Opcode [3b] not supported! (istore_0)" istore_1 "Opcode [3c] not supported! (istore_1)" istore_2 "Opcode [3d] not supported! (istore_2)" istore_3 "Opcode [3e] not supported! (istore_3)" lstore_0 "Opcode [3f] not supported! (lstore_0)" lstore_1 "Opcode [40] not supported! (lstore_1)" lstore_2 "Opcode [41] not supported! (lstore_2)" lstore_3 "Opcode [42] not supported! (lstore_3)" fstore_0 "Opcode [43] not supported! (fstore_0)" fstore_1 "Opcode [44] not supported! (fstore_1)" fstore_2 "Opcode [45] not supported! (fstore_2)" fstore_3 "Opcode [46] not supported! (fstore_3)" dstore_0 "Opcode [47] not supported! (dstore_0)" dstore_1 "Opcode [48] not supported! (dstore_1)" dstore_2 "Opcode [49] not supported! (dstore_2)" dstore_3 "Opcode [4a] not supported! (dstore_3)" astore_0 "Opcode [4b] not supported! (astore_0)" astore_1 "Opcode [4c] not supported! (astore_1)" astore_2 "Opcode [4d] not supported! (astore_2)" astore_3 "Opcode [4e] not supported! (astore_3)" iastore "Opcode [4f] not supported! (iastore)" lastore "Opcode [50] not supported! (lastore)" fastore "Opcode [51] not supported! (fastore)" dastore "Opcode [52] not supported! (dastore)" aastore "Opcode [53] not supported! (aastore)" bastore "Opcode [54] not supported! (bastore)" castore "Opcode [55] not supported! (castore)" sastore "Opcode [56] not supported! (sastore)" pop "Opcode [57] not supported! (pop)" pop2 "Opcode [58] not supported! (pop2)" dup "Opcode [59] not supported! (dup)" dup_x1 "Opcode [5a] not supported! (dup_x1)" dup_x2 "Opcode [5b] not supported! (dup_x2)" dup2 "Opcode [5c] not supported! (dup2)" dup2_x1 "Opcode [5d] not supported! (dup2_x1)" dup2_x2 "Opcode [5e] not supported! (dup2_x2)" swap "Opcode [5f] not supported! (swap)" iadd "Opcode [60] not supported! (iadd)" ladd "Opcode [61] not supported! (ladd)" fadd "Opcode [62] not supported! (fadd)" dadd "Opcode [63] not supported! (dadd)" isub "Opcode [64] not supported! (isub)" lsub "Opcode [65] not supported! (lsub)" fsub "Opcode [66] not supported! (fsub)" dsub "Opcode [67] not supported! (dsub)" imul "Opcode [68] not supported! (imul)" lmul "Opcode [69] not supported! (lmul)" fmul "Opcode [6a] not supported! (fmul)" dmul "Opcode [6b] not supported! (dmul)" idiv "Opcode [6c] not supported! (idiv)" ldiv "Opcode [6d] not supported! (ldiv)" fdiv "Opcode [6e] not supported! (fdiv)" ddiv "Opcode [6f] not supported! (ddiv)" irem "Opcode [70] not supported! (irem)" lrem "Opcode [71] not supported! (lrem)" frem "Opcode [72] not supported! (frem)" drem "Opcode [73] not supported! (drem)" ineg "Opcode [74] not supported! (ineg)" lneg "Opcode [75] not supported! (lneg)" fneg "Opcode [76] not supported! (fneg)" dneg "Opcode [77] not supported! (dneg)" ishl "Opcode [78] not supported! (ishl)" lshl "Opcode [79] not supported! (lshl)" ishr "Opcode [7a] not supported! (ishr)" lshr "Opcode [7b] not supported! (lshr)" iushr "Opcode [7c] not supported! (iushr)" lushr "Opcode [7d] not supported! (lushr)" iand "Opcode [7e] not supported! (iand)" land "Opcode [7f] not supported! (land)" ior "Opcode [80] not supported! (ior)" lor "Opcode [81] not supported! (lor)" ixor "Opcode [82] not supported! (ixor)" lxor "Opcode [83] not supported! (lxor)" iinc "Opcode [84] not supported! (iinc)" i2l "Opcode [85] not supported! (i2l)" i2f "Opcode [86] not supported! (i2f)" i2d "Opcode [87] not supported! (i2d)" l2i "Opcode [88] not supported! (l2i)" l2f "Opcode [89] not supported! (l2f)" l2d "Opcode [8a] not supported! (l2d)" f2i "Opcode [8b] not supported! (f2i)" f2l "Opcode [8c] not supported! (f2l)" f2d "Opcode [8d] not supported! (f2d)" d2i "Opcode [8e] not supported! (d2i)" d2l "Opcode [8f] not supported! (d2l)" d2f "Opcode [90] not supported! (d2f)" i2b "Opcode [91] not supported! (i2b)" i2c "Opcode [92] not supported! (i2c)" i2s "Opcode [93] not supported! (i2s)" lcmp "Opcode [94] not supported! (lcmp)" fcmpl "Opcode [95] not supported! (fcmpl)" fcmpg "Opcode [96] not supported! (fcmpg)" dcmpl "Opcode [97] not supported! (dcmpl)" dcmpg "Opcode [98] not supported! (dcmpg)" ifeq "Opcode [99] not supported! (ifeq)" ifne "Opcode [9a] not supported! (ifne)" iflt "Opcode [9b] not supported! (iflt)" ifge "Opcode [9c] not supported! (ifge)" ifgt "Opcode [9d] not supported! (ifgt)" ifle "Opcode [9e] not supported! (ifle)" if_icmpeq "Opcode [9f] not supported! (if_icmpeq)" if_icmpne "Opcode [a0] not supported! (if_icmpne)" if_icmplt "Opcode [a1] not supported! (if_icmplt)" if_icmpge "Opcode [a2] not supported! (if_icmpge)" if_icmpgt "Opcode [a3] not supported! (if_icmpgt)" if_icmple "Opcode [a4] not supported! (if_icmple)" if_acmpeq "Opcode [a5] not supported! (if_acmpeq)" if_acmpne "Opcode [a6] not supported! (if_acmpne)" goto "Opcode [a7] not supported! (goto)" jsr "Opcode [a8] not supported! (jsr)" ret "Opcode [a9] not supported! (ret)" tableswitch "Opcode [aa] not supported! (tableswitch)" lookupswitch "Opcode [ab] not supported! (lookupswitch)" ireturn "Opcode [ac] not supported! (ireturn)" lreturn "Opcode [ad] not supported! (lreturn)" freturn "Opcode [ae] not supported! (freturn)" dreturn "Opcode [af] not supported! (dreturn)" areturn "Opcode [b0] not supported! (areturn)" return "Opcode [b1] not supported! (return)" getstatic "Opcode [b2] not supported! (getstatic)" putstatic "Opcode [b3] not supported! (putstatic)" getfield "Opcode [b4] not supported! (getfield)" putfield "Opcode [b5] not supported! (putfield)" invokevirtual "Opcode [b6] not supported! (invokevirtual)" invokespecial "Opcode [b7] not supported! (invokespecial)" invokestatic "Opcode [b8] not supported! (invokestatic)" invokeinterface "Opcode [b9] not supported! (invokeinterface)" new "Opcode [bb] not supported! (new)" newarray "Opcode [bc] not supported! (newarray)" anewarray "Opcode [bd] not supported! (anewarray)" arraylength "Opcode [be] not supported! (arraylength)" athrow "Opcode [bf] not supported! (athrow)" checkcast "Opcode [c0] not supported! (checkcast)" instanceof "Opcode [c1] not supported! (instanceof)" monitorenter "Opcode [c2] not supported! (monitorenter)" monitorexit "Opcode [c3] not supported! (monitorexit)" WIDE "Opcode [c4] not supported! (WIDE)" multianewarray "Opcode [c5] not supported! (multianewarray)" ifnull "Opcode [c6] not supported! (ifnull)" ifnonnull "Opcode [c7] not supported! (ifnonnull)" goto_w "Opcode [c8] not supported! (goto_w)" jsr_w "Opcode [c9] not supported! (jsr_w)" breakpoint "Opcode [ca] not supported! (breakpoint)" impdep1 "Opcode [fe] not supported! (impdep1)" impdep2 "Opcode [ff] not supported! (impdep2)" jissa-1.09/lib/funktional.fmt0100664000076500007650000001166407205540473015237 0ustar krammkramm%arg_names = ( "B" => "PrimT Integer", # Aussehen der Rueckgabeparameter "C" => "PrimT Integer", "I" => "PrimT Integer", "J" => "PrimT Integer", "S" => "PrimT Integer", "Z" => "PrimT Integer", "V" => "PrimT Void" ); sub removepath # converts e.g. java/lang/Object to Object { $_[0] =~ s|^.*/||; return $_[0]; } sub removebrackets # removes the <> brackets from init { $_[0] =~ s///g; # remove > return $_[0]; } sub argument # Argumente konvertieren: # Bsp: I wird zu PrimT Int, Ljava/lang/Object; wird zu Object { #erstes Argument in $x my $x=$_[0]; local $dim=0; while((substr $x,0,1) eq "[") { $x=substr $x,1;$dim++; # Anzahl fuehrender "["s ermitteln } if($arg_names{$x}) #primitiver Typ? #ja- Uebersetzung zurueckgeben {return ("["x$dim).$arg_names{$x}.("]"x$dim); } else #nein- Objektnamen zurueckgeben {return "Class ".("["x$dim).(removepath (substr $x,1,-1)).("]"x$dim);} } sub header { print "(* Source: \"$source_name\" *)\n"; return ""; } sub signature { $a=$_[0]; $b="["; $a=substr $a,1; # eat up leading ( while((substr $a,0,1) ne ")") { $c = $a; $c =~ s|^([[]*[BCIJSCVA]\|L[^;]*;)(.*)|$1|; $a =~ s|^([[]*[BCIJSCVA]\|L[^;]*;)(.*)|$2|; $b.=argument($c); if((substr $a,0,1) ne ")") { $b.=","; } } return $b."]"; } ******************************************* include error.inc class_head header() CONSTANT_Fieldref "$pool[$pool[$nt_index]] $pool[$pool[$class_index]]" astore_0 "Store 0" astore_1 "Store 1" astore_2 "Store #2" astore_3 "Store #3" fstore_0 "Store 0" fstore_1 "Store 1" fstore_2 "Store #2" fstore_3 "Store #3" dstore_0 "Store 0" dstore_1 "Store 1" dstore_2 "Store #2" dstore_3 "Store #3" istore_0 "Store 0" istore_1 "Store 1" istore_2 "Store #2" istore_3 "Store #3" sstore_0 "Store 0" sstore_1 "Store 1" sstore_2 "Store #2" sstore_3 "Store #3" lstore_0 "Store 0" lstore_1 "Store 1" lstore_2 "Store #2" lstore_3 "Store #3" astore "Store #$arg[0]" fstore "Store #$arg[0]" dstore "Store #$arg[0]" istore "Store #$arg[0]" sstore "Store #$arg[0]" lstore "Store #$arg[0]" fload_0 "Load 0" fload_1 "Load 1" fload_2 "Load #2" fload_3 "Load #3" dload_0 "Load 0" dload_1 "Load 1" dload_2 "Load #2" dload_3 "Load #3" iload_0 "Load 0" iload_1 "Load 1" iload_2 "Load #2" iload_3 "Load #3" sload_0 "Load 0" sload_1 "Load 1" sload_2 "Load #2" sload_3 "Load #3" lload_0 "Load 0" lload_1 "Load 1" lload_2 "Load #2" lload_3 "Load #3" aload_0 "Load 0" aload_1 "Load 1" aload_2 "Load #2" aload_3 "Load #3" fload "Load #$arg[0]" dload "Load #$arg[0]" iload "Load #$arg[0]" aload "Load #$arg[0]" lload "Load #$arg[0]" sload "Load #$arg[0]" bipush "Bipush #$arg[0]" aconst_null "Aconst_null" new "New $pool[$arg[0]]" getfield "Getfield $xpool[$arg[0]]" putfield "Putfield $xpool[$arg[0]]" checkcast "Checkcast $pool[$arg[0]]" invokespecial "Invoke ".removepath($pool[$pool[$pool[$arg[0]]]])." ".removebrackets($pool[$pool[$pool2[$arg[0]]]])." ".signature($pool[$pool2[$pool2[$arg[0]]]]) invokevirtual "Invoke ".removepath($pool[$pool[$pool[$arg[0]]]])." ".removebrackets($pool[$pool[$pool2[$arg[0]]]])." ".signature($pool[$pool2[$pool2[$arg[0]]]]) invokestatic "Invoke ".removepath($pool[$pool[$pool[$arg[0]]]])." ".removebrackets($pool[$pool[$pool2[$arg[0]]]])." ".signature($pool[$pool2[$pool2[$arg[0]]]]) invokeinterface "Invoke ".removepath($pool[$pool[$pool[$arg[0]]]])." ".removebrackets($pool[$pool[$pool2[$arg[0]]]])." ".signature($pool[$pool2[$pool2[$arg[0]]]]) return "Return" ireturn "Return" lreturn "Return" freturn "Return" dreturn "Return" areturn "Return" pop "Pop" pop2 "Pop" dup "Dup" dup_x1 "Dup_x1" dup_x2 "Dup_x2" iconst_m1 "Bipush #-1" iconst_0 "Bipush 0" iconst_1 "Bipush 1" iconst_2 "Bipush #2" iconst_3 "Bipush #3" iconst_4 "Bipush #4" iconst_5 "Bipush #5" lconst_0 "Bipush 0" lconst_1 "Bipush 1" fconst_0 "Bipush 0" fconst_1 "Bipush 1" fconst_2 "Bipush #2" dconst_0 "Bipush 0" dconst_1 "Bipush 1" swap "Swap" iadd "IAdd" goto "Goto #$jump" ifcmpeq "Ifcmpeq #$jump" this_class "[($name, Some ".removepath($super_name).", " fields_head "[" field "($name, ".argument($type).")" fields_separator "," fields_tail "], [\n" methods_separator ",\n" methods_tail "])]\n" method_head "((".removebrackets($name).", " method_tail ")" arguments_head "[" argument argument($descriptor) arguments_separator "," arguments_tail "]), ".argument($returndescriptor).", " ops_head "#$max_locals, [\n" op "\t\t" ops_separator ",\n" ops_tail "]" jissa-1.09/lib/hexdump.fmt0100664000076500007650000002714407245230334014533 0ustar krammkramm# this formatfile was intended to give a extremely "low level" output of the # classfile which can be put together to a class again by some simple # hex assembler tool. It's not finished yet. Help is appreciated. -MK %arg_names = ( "B" => "byte", # Aussehen der Rueckgabeparameter "C" => "char", "D" => "double", "F" => "float", "I" => "int", "J" => "long", "S" => "short", "Z" => "bool", "V" => "void" ); sub argument { my @arg=@_; # perl speichert uebergebene parameter in @_ if($arg_names{$arg[0]}) #primitiver Typ? {return $arg_names{$arg[0]};} #ja- Uebersetzung zurueckgeben else {return $arg[0];} #nein- Objektnamen zurueckgeben } @nibble = ("0","1","2","3","4","5","6","7", "8","9","A","B","C","D","E","F"); sub dump1 { $dump1=$_[0]; return $nibble[$dump1>>4].$nibble[$dump1&15]; } sub dump2 { $dump2=$_[0]; return dump1($dump2>>8)."-".dump1($dump2&255); } sub dump4 { $dump4=$_[0]; return dump2($dump4>>16)."-".dump2($dump4&65535); } sub dump8 { $dump8=$_[0]; return dump2($dump8>>32)."-".dump2($dump8&0xffffffff); } sub dumpstr { my $str=$_[0]; $a=""; for($t=0;$t<(length $str);$t++) { if($t) {$a.="-";} $a.=dump1(ord substr $str,$t,1); } return $a; } ******************************************* class_head "#classfile $name \nCA FE BA BE ".dump2($minor)." ".dump2($major)." #Version: $major.$minor \n" constants_head dump2($num)." #Constant Pool of Length $num\n" constant "$value\n" constants_seperator "" CONSTANT_Utf8 "01 ".dump2(length($str))." ".dumpstr($str)." #$i [Utf8]"."\"$str\"" CONSTANT_Integer "03 ".dump4($val)." #$i [Integer]"."$val" CONSTANT_Float "04 ".dump4($val)." #$i [Float]"."$val" CONSTANT_Long "05 ".dump8($val)." #$i [Long]"."$val" CONSTANT_Double "06 ".dump8($val)." #$i [Double]"."$val" CONSTANT_Class "07 ".dump2($index)." #$i [Class]"."$str" CONSTANT_String "08 ".dump2($index)." #$i [String]"."\"$str\"" CONSTANT_Fieldref "09 ".dump2($class_index)." ".dump2($nt_index)." #$i [Fieldref]"."$pool[$pool[$class_index]]/$pool[$pool[$nt_index]]" CONSTANT_Methodref "0a ".dump2($class_index)." ".dump2($nt_index)." #$i [Methodref]"."$pool[$pool[$class_index]]/$pool[$pool[$nt_index]]" CONSTANT_InterfaceMethodref "0b ".dump2($class_index)." ".dump2($nt_index)." #$i [Interfacemethodref]"."$pool[$pool[$class_index]]/$pool[$pool[$nt_index]]" CONSTANT_NameAndType "0c ".dump2($name_index)." ".dump2($type_index)." #$i [NameandType]"."[$pool[$type_index]]$pool[$name_index]" access_flags dump2(flags)." #[Access Flags]\n" this_class "class $name\n" super_class "superclass $name\n" interfaces_head "$num Interfaces\n" interface " Interface: $name\n" interfaces_separator "" interfaces_tail "\n" fields_head "$num Fields\n" field "\t\t $name\n" fields_separator "" fields_tail "\n" methods_head "$num methods\n" method_head "function $name\n" arguments_head "arguments (" arguments_seperator "," argument "$arg".("[]"x$dim) arguments_tail ") returns $return".("[]")x$returndim."\n" throws_head "" thows_separator "" throw "" throws_tail "" ops_head "" default "$linenumber default:\n" case "$linenumber case $case:\n" label "$linenumber label$labelnr:\n" clean "$linenumber" op "\t\t" ops_separator "\n" ops_tail "\n" methods_separator "" methods_tail "" attributes_head "" attribute "" source_file "(* Source: $name *)\n" attributes_separator "" attributes_tail "" nop "nop" aconst_null "aconst_null" iconst_m1 "iconst_m1" iconst_0 "iconst_0" iconst_1 "iconst_1" iconst_2 "iconst_2" iconst_3 "iconst_3" iconst_4 "iconst_4" iconst_5 "iconst_5" lconst_0 "lconst_0" lconst_1 "lconst_1" fconst_0 "fconst_0" fconst_1 "fconst_1" fconst_2 "fconst_2" dconst_0 "dconst_0" dconst_1 "dconst_1" bipush "bipush $arg[0]" sipush "sipush $arg[0]" ldc "ldc $arg[0]" ldc_w "ldc_w $arg[0]" ldc2_w "ldc2_w $arg[0]" iload "iload $arg[0]" lload "lload $arg[0]" fload "fload $arg[0]" dload "dload $arg[0]" aload "aload $arg[0]" iload_0 "iload_0" iload_1 "iload_1" iload_2 "iload_2" iload_3 "iload_3" lload_0 "lload_0" lload_1 "lload_1" lload_2 "lload_2" lload_3 "lload_3" fload_0 "fload_0" fload_1 "fload_1" fload_2 "fload_2" fload_3 "fload_3" dload_0 "dload_0" dload_1 "dload_1" dload_2 "dload_2" dload_3 "dload_3" aload_0 "aload_0" aload_1 "aload_1" aload_2 "aload_2" aload_3 "aload_3" iaload "iaload" laload "laload" faload "faload" daload "daload" aaload "aaload" baload "baload" caload "caload" saload "saload" istore "istore $arg[0]" lstore "lstore $arg[0]" fstore "fstore $arg[0]" dstore "dstore $arg[0]" astore "astore $arg[0]" istore_0 "istore_0" istore_1 "istore_1" istore_2 "istore_2" istore_3 "istore_3" lstore_0 "lstore_0" lstore_1 "lstore_1" lstore_2 "lstore_2" lstore_3 "lstore_3" fstore_0 "fstore_0" fstore_1 "fstore_1" fstore_2 "fstore_2" fstore_3 "fstore_3" dstore_0 "dstore_0" dstore_1 "dstore_1" dstore_2 "dstore_2" dstore_3 "dstore_3" astore_0 "astore_0" astore_1 "astore_1" astore_2 "astore_2" astore_3 "astore_3" iastore "iastore" lastore "lastore" fastore "fastore" dastore "dastore" aastore "aastore" bastore "bastore" castore "castore" sastore "sastore" pop "pop" pop2 "pop2" dup "dup" dup_x1 "dup_x1" dup_x2 "dup_x2" dup2 "dup2" dup2_x1 "dup2_x1" dup2_x2 "dup2_x2" swap "swap" iadd "iadd" ladd "ladd" fadd "fadd" dadd "dadd" isub "isub" lsub "lsub" fsub "fsub" dsub "dsub" imul "imul" lmul "lmul" fmul "fmul" dmul "dmul" idiv "idiv" ldiv "ldiv" fdiv "fdiv" ddiv "ddiv" irem "irem" lrem "lrem" frem "frem" drem "drem" ineg "ineg" lneg "lneg" fneg "fneg" dneg "dneg" ishl "ishl" lshl "lshl" ishr "ishr" lshr "lshr" iushr "iushr" lushr "lushr" iand "iand" land "land" ior "ior" lor "lor" ixor "ixor" lxor "lxor" iinc "iinc $arg[0],$arg[1]" i2l "i2l" i2f "i2f" i2d "i2d" l2i "l2i" l2f "l2f" l2d "l2d" f2i "f2i" f2l "f2l" f2d "f2d" d2i "d2i" d2l "d2l" d2f "d2f $arg[0]" i2b "i2b" i2c "i2c" i2s "i2s" lcmp "lcmp" fcmpl "fcmpl" fcmpg "fcmpg" dcmpl "dcmpl" dcmpg "dcmpg" ifeq "ifeq $arg[0]" ifne "ifne $arg[0]" iflt "iflt $arg[0]" ifge "ifge $arg[0]" ifgt "ifgt $arg[0]" ifle "ifle $arg[0]" if_icmpeq "if_icmpeq $arg[0]" if_icmpne "if_icmpne $arg[0]" if_icmplt "if_icmplt $arg[0]" if_icmpge "if_icmpge $arg[0]" if_icmpgt "if_icmpgt $arg[0]" if_icmple "if_icmple $arg[0]" if_acmpeq "if_acmpeq $arg[0]" if_acmpne "if_acmpne $arg[0]" goto "goto $arg[0]" jsr "jsr $arg[0]" ret "ret $arg[0]" tableswitch "tableswitch" lookupswitch "lookupswitch" ireturn "ireturn" lreturn "lreturn" freturn "freturn" dreturn "dreturn" areturn "areturn" return "return" getstatic "getstatic $arg[0]" putstatic "putstatic $arg[0]" getfield "getfield $arg[0]" putfield "putfield $arg[0]" invokevirtual "invokevirtual $arg[0]" invokespecial "invokespecial $arg[0]" invokestatic "invokestatic $arg[0]" invokeinterface "invokeinterface $arg[0],$arg[1],$arg[2]" new "new $arg[0]" newarray "newarray $arg[0]" anewarray "anewarray $arg[0]" arraylength "arraylength" athrow "athrow" checkcast "checkcast $arg[0]" instanceof "instanceof $arg[0]" monitorenter "monitorenter" monitorexit "monitorexit" WIDE "WIDE" multianewarray "multianewarray" ifnull "ifnull $arg[0]" ifnonnull "ifnonnull $arg[0]" goto_w "goto_w $arg[0]" jsr_w "jsr_w $arg[0]" breakpoint "breakpoint" impdep1 "impdep1" impdep2 "impdep2" goto "goto label$label" ifeq "ifeq label$label" ifne "ifne label$label" iflt "iflt label$label" ifge "ifge label$label" ifgt "ifgt label$label" ifle "ifle label$label" if_icmpeq "if_icmpeq label$label" if_icmpne "if_icmpne label$label" if_icmplt "if_icmplt label$label" if_icmpge "if_icmpge label$label" if_icmpgt "if_icmpgt label$label" if_icmple "if_icmple label$label" if_acmpeq "if_acmpeq label$label" if_acmpne "if_acmpne label$label" method_head "\nfunction $name" argument argument($arg).("[]")x$dim arguments_tail ") returns ".argument($return).("[]")x$returndim."\n" arguments_head " (" arguments_separator "," invokespecial "invokespecial $xpool[$arg[0]]" invokestatic "invokestatic $xpool[$arg[0]]" invokevirtual "invokevirtual $xpool[$arg[0]]" getstatic "getstatic $xpool[$arg[0]]" putstatic "putstatic $xpool[$arg[0]]" getfield "getfield $xpool[$arg[0]]" putfield "putfield $xpool[$arg[0]]" getstatic "getstatic $xpool[$arg[0]]" new "new $xpool[$arg[0]]" ops_head "\n" op "\t\t" label "$linenumber label$labelnr:" field "\t\t".argument($type).("[]"x$dim)." "."$name".(("=".$xpool[$constant_index])x($constant_index>0)).";\n" localvars_head "Localvars:\n" localvar "$start_pc,$length,$pool[$name_index],$pool[$type_index],$slot\n" localvars_tail "\n" linenumbers_head "Linenumbers:\n" linenumber "$start_pc,$line_number\n" linenumbers_tail "\n" jissa-1.09/lib/jasmin.fmt0100664000076500007650000000006107205540473014333 0ustar krammkramm ************************** include "jasmin.inc" jissa-1.09/lib/natives.fmt0100664000076500007650000000071007205540473014524 0ustar krammkrammsub myfunc() { local $tmp=""; if(($classnametowrite==1) && ($ACC_NATIVE==1)) { $classnametowrite=0; $trans = $class_name; $trans =~ s|/|.|g; return "$trans ($source_name) contains\n"; } return ""; } *** class_head "";$classnametowrite=1;$trans="" method_head myfunc().("$return $trans.$name"x$ACC_NATIVE) arguments_head ("("x$ACC_NATIVE) argument ("$arg"x$ACC_NATIVE) arguments_separator (","x$ACC_NATIVE) arguments_tail (");\n"x$ACC_NATIVE) jissa-1.09/lib/readable.fmt0100664000076500007650000000032707205540473014616 0ustar krammkramm******************************************* include readable.inc #don't show localvars #don't show linenumbers localvars_head "" localvar "" localvars_tail "" linenumbers_head "" linenumber "" linenumbers_tail "" jissa-1.09/lib/structural.fmt0100664000076500007650000002225307206447640015274 0ustar krammkramm$sep="=============================================="; $sep2="-------"; ******************************************* class_head "CA FE BA BE $major $minor\n" constants_head "$sep\n Constant Pool: $num Entries\n$sep\n" constant "" constants_seperator "" constans_seperator "$pool[$name_index]" constant "\t\tconstant[$i]=$value\n" constants_tail "$sep\n" access_flags "ACCESS=$flags " this_class "[this class] $i\n" super_class "[superclass] $i\n" interfaces_head "$sep\n Interfaces: $num Entries\n$sep\n" interface " Interface: $name\n" interfaces_separator "" interfaces_tail "\n" fields_head "$sep\n Fields: $num Entries\n$sep\n" field "\t\t $name\n" fields_separator "" fields_tail "\n" methods_head "$sep\n Methods: $num Entries\n$sep\n" methods_separator "$sep\n" arguments_head "arguments (" arguments_seperator "," throws_head "" thows_separator "" throw "" throws_tail "" ops_head "" op "\t\t" ops_separator "\n" ops_tail "\n" methods_tail "" attributes_head "" attribute "" source_file "" attributes_separator "" attributes_tail "" nop "nop" aconst_null "aconst_null" iconst_m1 "iconst_m1" iconst_0 "iconst_0" iconst_1 "iconst_1" iconst_2 "iconst_2" iconst_3 "iconst_3" iconst_4 "iconst_4" iconst_5 "iconst_5" lconst_0 "lconst_0" lconst_1 "lconst_1" fconst_0 "fconst_0" fconst_1 "fconst_1" fconst_2 "fconst_2" dconst_0 "dconst_0" dconst_1 "dconst_1" bipush "bipush $arg[0]" sipush "sipush $arg[0]" ldc "ldc $arg[0]" ldc_w "ldc_w $arg[0]" ldc2_w "ldc2_w $arg[0]" iload "iload $arg[0]" lload "lload $arg[0]" fload "fload $arg[0]" dload "dload $arg[0]" aload "aload $arg[0]" iload_0 "iload_0" iload_1 "iload_1" iload_2 "iload_2" iload_3 "iload_3" lload_0 "lload_0" lload_1 "lload_1" lload_2 "lload_2" lload_3 "lload_3" fload_0 "fload_0" fload_1 "fload_1" fload_2 "fload_2" fload_3 "fload_3" dload_0 "dload_0" dload_1 "dload_1" dload_2 "dload_2" dload_3 "dload_3" aload_0 "aload_0" aload_1 "aload_1" aload_2 "aload_2" aload_3 "aload_3" iaload "iaload" laload "laload" faload "faload" daload "daload" aaload "aaload" baload "baload" caload "caload" saload "saload" istore "istore $arg[0]" lstore "lstore $arg[0]" fstore "fstore $arg[0]" dstore "dstore $arg[0]" astore "astore $arg[0]" istore_0 "istore_0" istore_1 "istore_1" istore_2 "istore_2" istore_3 "istore_3" lstore_0 "lstore_0" lstore_1 "lstore_1" lstore_2 "lstore_2" lstore_3 "lstore_3" fstore_0 "fstore_0" fstore_1 "fstore_1" fstore_2 "fstore_2" fstore_3 "fstore_3" dstore_0 "dstore_0" dstore_1 "dstore_1" dstore_2 "dstore_2" dstore_3 "dstore_3" astore_0 "astore_0" astore_1 "astore_1" astore_2 "astore_2" astore_3 "astore_3" iastore "iastore" lastore "lastore" fastore "fastore" dastore "dastore" aastore "aastore" bastore "bastore" castore "castore" sastore "sastore" pop "pop" pop2 "pop2" dup "dup" dup_x1 "dup_x1" dup_x2 "dup_x2" dup2 "dup2" dup2_x1 "dup2_x1" dup2_x2 "dup2_x2" swap "swap" iadd "iadd" ladd "ladd" fadd "fadd" dadd "dadd" isub "isub" lsub "lsub" fsub "fsub" dsub "dsub" imul "imul" lmul "lmul" fmul "fmul" dmul "dmul" idiv "idiv" ldiv "ldiv" fdiv "fdiv" ddiv "ddiv" irem "irem" lrem "lrem" frem "frem" drem "drem" ineg "ineg" lneg "lneg" fneg "fneg" dneg "dneg" ishl "ishl" lshl "lshl" ishr "ishr" lshr "lshr" iushr "iushr" lushr "lushr" iand "iand" land "land" ior "ior" lor "lor" ixor "ixor" lxor "lxor" iinc "iinc $arg[0],$arg[1]" i2l "i2l" i2f "i2f" i2d "i2d" l2i "l2i" l2f "l2f" l2d "l2d" f2i "f2i" f2l "f2l" f2d "f2d" d2i "d2i" d2l "d2l" d2f "d2f $arg[0]" i2b "i2b" i2c "i2c" i2s "i2s" lcmp "lcmp" fcmpl "fcmpl" fcmpg "fcmpg" dcmpl "dcmpl" dcmpg "dcmpg" tableswitch "tableswitch" lookupswitch "lookupswitch" ireturn "ireturn" lreturn "lreturn" freturn "freturn" dreturn "dreturn" areturn "areturn" return "return" getstatic "getstatic $arg[0]" putstatic "putstatic $arg[0]" getfield "getfield $arg[0]" putfield "putfield $arg[0]" invokevirtual "invokevirtual $arg[0]" invokespecial "invokespecial $arg[0]" invokestatic "invokestatic $arg[0]" invokeinterface "invokeinterface $arg[0] $arg[1]" new "new $arg[0]" newarray "newarray $arg[0]" anewarray "anewarray $arg[0]" arraylength "arraylength" athrow "athrow" checkcast "checkcast $arg[0]" instanceof "instanceof $arg[0]" monitorenter "monitorenter" monitorexit "monitorexit" WIDE "WIDE" multianewarray "multianewarray" ifnull "ifnull $arg[0]" ifnonnull "ifnonnull $arg[0]" goto_w "goto_w $arg[0]" jsr_w "jsr_w $arg[0]" breakpoint "breakpoint" impdep1 "impdep1" impdep2 "impdep2" goto "goto $arg[0]" jsr "jsr $arg[0]" ret "ret $arg[0]" ifeq "ifeq $arg[0]" ifne "ifne $arg[0]" iflt "iflt $arg[0]" ifge "ifge $arg[0]" ifgt "ifgt $arg[0]" ifle "ifle $arg[0]" if_icmpeq "if_icmpeq $arg[0]" if_icmpne "if_icmpne $arg[0]" if_icmplt "if_icmplt $arg[0]" if_icmpge "if_icmpge $arg[0]" if_icmpgt "if_icmpgt $arg[0]" if_icmple "if_icmple $arg[0]" if_acmpeq "if_acmpeq $arg[0]" if_acmpne "if_acmpne $arg[0]" iload_0 "iload_0" iload_1 "iload_1" iload_2 "iload_2" iload_3 "iload_3" method_head "\n".("public "x$ACC_PUBLIC).("final "x$ACC_FINAL).("protected "x$ACC_PROTECTED).("static "x$ACC_STATIC).("final "x$ACC_FINAL).("synchronized "x$ACC_SYNCHRONIZED).("native "x$ACC_NATIVE).("abstract "x$ACC_ABSTRACT)."function $name_index of type $type_index" argument "" arguments_tail "" arguments_head "" arguments_separator "" invokespecial "invokespecial $arg[0]" invokestatic "invokestatic $arg[0]" invokevirtual "invokevirtual $arg[0]" getstatic "getstatic $arg[0]" putstatic "putstatic $arg[0]" getfield "getfield $arg[0]" putfield "putfield $arg[0]" getstatic "getstatic $arg[0]" new "new $arg[0]" ops_head "\n" op "\t\t" default "" case "" label "" field "" clean "" local "" CONSTANT_Utf8 "[Utf8]"."\"$str\"" CONSTANT_Integer "[Integer]"."$val" CONSTANT_Float "[Float]"."$val" CONSTANT_Long "[Long]"."$val" CONSTANT_Class "[Class]"." $index" CONSTANT_String "[String]"." $index" CONSTANT_Fieldref "[Fieldref]"." $class_index $nt_index" CONSTANT_Methodref "[Methodref]"." $class_index $nt_index" CONSTANT_InterfaceMethodref "[Interfacemethodref]"." $class_index $nt_index" CONSTANT_NameAndType "[NameAndType]"." $name_index $type_index" constant "$i $value\n" localvars_head "$sep2\nLocalvars:\n" localvar "$start_pc,$length,$pool[$name_index],$pool[$type_index],$slot\n" localvars_tail "\n" linenumbers_head "\n$sep2\nLinenumbers:\n" linenumber "$start_pc,$line_number\n" linenumbers_tail "\n" attributes_tail "\n$sep\n" jissa-1.09/lib/error.inc0100664000076500007650000002747107205540473014204 0ustar krammkrammnop "Opcode [00] not supported! (nop)" aconst_null "Opcode [01] not supported! (aconst_null)" iconst_m1 "Opcode [02] not supported! (iconst_m1)" iconst_0 "Opcode [03] not supported! (iconst_0)" iconst_1 "Opcode [04] not supported! (iconst_1)" iconst_2 "Opcode [05] not supported! (iconst_2)" iconst_3 "Opcode [06] not supported! (iconst_3)" iconst_4 "Opcode [07] not supported! (iconst_4)" iconst_5 "Opcode [08] not supported! (iconst_5)" lconst_0 "Opcode [09] not supported! (lconst_0)" lconst_1 "Opcode [0a] not supported! (lconst_1)" fconst_0 "Opcode [0b] not supported! (fconst_0)" fconst_1 "Opcode [0c] not supported! (fconst_1)" fconst_2 "Opcode [0d] not supported! (fconst_2)" dconst_0 "Opcode [0e] not supported! (dconst_0)" dconst_1 "Opcode [0f] not supported! (dconst_1)" bipush "Opcode [10] not supported! (bipush)" sipush "Opcode [11] not supported! (sipush)" ldc "Opcode [12] not supported! (ldc)" ldc_w "Opcode [13] not supported! (ldc_w)" ldc2_w "Opcode [14] not supported! (ldc2_w)" iload "Opcode [15] not supported! (iload)" lload "Opcode [16] not supported! (lload)" fload "Opcode [17] not supported! (fload)" dload "Opcode [18] not supported! (dload)" aload "Opcode [19] not supported! (aload)" iload_0 "Opcode [1a] not supported! (iload_0)" iload_1 "Opcode [1b] not supported! (iload_1)" iload_2 "Opcode [1c] not supported! (iload_2)" iload_3 "Opcode [1d] not supported! (iload_3)" lload_0 "Opcode [1e] not supported! (lload_0)" lload_1 "Opcode [1f] not supported! (lload_1)" lload_2 "Opcode [20] not supported! (lload_2)" lload_3 "Opcode [21] not supported! (lload_3)" fload_0 "Opcode [22] not supported! (fload_0)" fload_1 "Opcode [23] not supported! (fload_1)" fload_2 "Opcode [24] not supported! (fload_2)" fload_3 "Opcode [25] not supported! (fload_3)" dload_0 "Opcode [26] not supported! (dload_0)" dload_1 "Opcode [27] not supported! (dload_1)" dload_2 "Opcode [28] not supported! (dload_2)" dload_3 "Opcode [29] not supported! (dload_3)" aload_0 "Opcode [2a] not supported! (aload_0)" aload_1 "Opcode [2b] not supported! (aload_1)" aload_2 "Opcode [2c] not supported! (aload_2)" aload_3 "Opcode [2d] not supported! (aload_3)" iaload "Opcode [2e] not supported! (iaload)" laload "Opcode [2f] not supported! (laload)" faload "Opcode [30] not supported! (faload)" daload "Opcode [31] not supported! (daload)" aaload "Opcode [32] not supported! (aaload)" baload "Opcode [33] not supported! (baload)" caload "Opcode [34] not supported! (caload)" saload "Opcode [35] not supported! (saload)" istore "Opcode [36] not supported! (istore)" lstore "Opcode [37] not supported! (lstore)" fstore "Opcode [38] not supported! (fstore)" dstore "Opcode [39] not supported! (dstore)" astore "Opcode [3a] not supported! (astore)" istore_0 "Opcode [3b] not supported! (istore_0)" istore_1 "Opcode [3c] not supported! (istore_1)" istore_2 "Opcode [3d] not supported! (istore_2)" istore_3 "Opcode [3e] not supported! (istore_3)" lstore_0 "Opcode [3f] not supported! (lstore_0)" lstore_1 "Opcode [40] not supported! (lstore_1)" lstore_2 "Opcode [41] not supported! (lstore_2)" lstore_3 "Opcode [42] not supported! (lstore_3)" fstore_0 "Opcode [43] not supported! (fstore_0)" fstore_1 "Opcode [44] not supported! (fstore_1)" fstore_2 "Opcode [45] not supported! (fstore_2)" fstore_3 "Opcode [46] not supported! (fstore_3)" dstore_0 "Opcode [47] not supported! (dstore_0)" dstore_1 "Opcode [48] not supported! (dstore_1)" dstore_2 "Opcode [49] not supported! (dstore_2)" dstore_3 "Opcode [4a] not supported! (dstore_3)" astore_0 "Opcode [4b] not supported! (astore_0)" astore_1 "Opcode [4c] not supported! (astore_1)" astore_2 "Opcode [4d] not supported! (astore_2)" astore_3 "Opcode [4e] not supported! (astore_3)" iastore "Opcode [4f] not supported! (iastore)" lastore "Opcode [50] not supported! (lastore)" fastore "Opcode [51] not supported! (fastore)" dastore "Opcode [52] not supported! (dastore)" aastore "Opcode [53] not supported! (aastore)" bastore "Opcode [54] not supported! (bastore)" castore "Opcode [55] not supported! (castore)" sastore "Opcode [56] not supported! (sastore)" pop "Opcode [57] not supported! (pop)" pop2 "Opcode [58] not supported! (pop2)" dup "Opcode [59] not supported! (dup)" dup_x1 "Opcode [5a] not supported! (dup_x1)" dup_x2 "Opcode [5b] not supported! (dup_x2)" dup2 "Opcode [5c] not supported! (dup2)" dup2_x1 "Opcode [5d] not supported! (dup2_x1)" dup2_x2 "Opcode [5e] not supported! (dup2_x2)" swap "Opcode [5f] not supported! (swap)" iadd "Opcode [60] not supported! (iadd)" ladd "Opcode [61] not supported! (ladd)" fadd "Opcode [62] not supported! (fadd)" dadd "Opcode [63] not supported! (dadd)" isub "Opcode [64] not supported! (isub)" lsub "Opcode [65] not supported! (lsub)" fsub "Opcode [66] not supported! (fsub)" dsub "Opcode [67] not supported! (dsub)" imul "Opcode [68] not supported! (imul)" lmul "Opcode [69] not supported! (lmul)" fmul "Opcode [6a] not supported! (fmul)" dmul "Opcode [6b] not supported! (dmul)" idiv "Opcode [6c] not supported! (idiv)" ldiv "Opcode [6d] not supported! (ldiv)" fdiv "Opcode [6e] not supported! (fdiv)" ddiv "Opcode [6f] not supported! (ddiv)" irem "Opcode [70] not supported! (irem)" lrem "Opcode [71] not supported! (lrem)" frem "Opcode [72] not supported! (frem)" drem "Opcode [73] not supported! (drem)" ineg "Opcode [74] not supported! (ineg)" lneg "Opcode [75] not supported! (lneg)" fneg "Opcode [76] not supported! (fneg)" dneg "Opcode [77] not supported! (dneg)" ishl "Opcode [78] not supported! (ishl)" lshl "Opcode [79] not supported! (lshl)" ishr "Opcode [7a] not supported! (ishr)" lshr "Opcode [7b] not supported! (lshr)" iushr "Opcode [7c] not supported! (iushr)" lushr "Opcode [7d] not supported! (lushr)" iand "Opcode [7e] not supported! (iand)" land "Opcode [7f] not supported! (land)" ior "Opcode [80] not supported! (ior)" lor "Opcode [81] not supported! (lor)" ixor "Opcode [82] not supported! (ixor)" lxor "Opcode [83] not supported! (lxor)" iinc "Opcode [84] not supported! (iinc)" i2l "Opcode [85] not supported! (i2l)" i2f "Opcode [86] not supported! (i2f)" i2d "Opcode [87] not supported! (i2d)" l2i "Opcode [88] not supported! (l2i)" l2f "Opcode [89] not supported! (l2f)" l2d "Opcode [8a] not supported! (l2d)" f2i "Opcode [8b] not supported! (f2i)" f2l "Opcode [8c] not supported! (f2l)" f2d "Opcode [8d] not supported! (f2d)" d2i "Opcode [8e] not supported! (d2i)" d2l "Opcode [8f] not supported! (d2l)" d2f "Opcode [90] not supported! (d2f)" i2b "Opcode [91] not supported! (i2b)" i2c "Opcode [92] not supported! (i2c)" i2s "Opcode [93] not supported! (i2s)" lcmp "Opcode [94] not supported! (lcmp)" fcmpl "Opcode [95] not supported! (fcmpl)" fcmpg "Opcode [96] not supported! (fcmpg)" dcmpl "Opcode [97] not supported! (dcmpl)" dcmpg "Opcode [98] not supported! (dcmpg)" ifeq "Opcode [99] not supported! (ifeq)" ifne "Opcode [9a] not supported! (ifne)" iflt "Opcode [9b] not supported! (iflt)" ifge "Opcode [9c] not supported! (ifge)" ifgt "Opcode [9d] not supported! (ifgt)" ifle "Opcode [9e] not supported! (ifle)" if_icmpeq "Opcode [9f] not supported! (if_icmpeq)" if_icmpne "Opcode [a0] not supported! (if_icmpne)" if_icmplt "Opcode [a1] not supported! (if_icmplt)" if_icmpge "Opcode [a2] not supported! (if_icmpge)" if_icmpgt "Opcode [a3] not supported! (if_icmpgt)" if_icmple "Opcode [a4] not supported! (if_icmple)" if_acmpeq "Opcode [a5] not supported! (if_acmpeq)" if_acmpne "Opcode [a6] not supported! (if_acmpne)" goto "Opcode [a7] not supported! (goto)" jsr "Opcode [a8] not supported! (jsr)" ret "Opcode [a9] not supported! (ret)" tableswitch "Opcode [aa] not supported! (tableswitch)" lookupswitch "Opcode [ab] not supported! (lookupswitch)" ireturn "Opcode [ac] not supported! (ireturn)" lreturn "Opcode [ad] not supported! (lreturn)" freturn "Opcode [ae] not supported! (freturn)" dreturn "Opcode [af] not supported! (dreturn)" areturn "Opcode [b0] not supported! (areturn)" return "Opcode [b1] not supported! (return)" getstatic "Opcode [b2] not supported! (getstatic)" putstatic "Opcode [b3] not supported! (putstatic)" getfield "Opcode [b4] not supported! (getfield)" putfield "Opcode [b5] not supported! (putfield)" invokevirtual "Opcode [b6] not supported! (invokevirtual)" invokespecial "Opcode [b7] not supported! (invokespecial)" invokestatic "Opcode [b8] not supported! (invokestatic)" invokeinterface "Opcode [b9] not supported! (invokeinterface)" new "Opcode [bb] not supported! (new)" newarray "Opcode [bc] not supported! (newarray)" anewarray "Opcode [bd] not supported! (anewarray)" arraylength "Opcode [be] not supported! (arraylength)" athrow "Opcode [bf] not supported! (athrow)" checkcast "Opcode [c0] not supported! (checkcast)" instanceof "Opcode [c1] not supported! (instanceof)" monitorenter "Opcode [c2] not supported! (monitorenter)" monitorexit "Opcode [c3] not supported! (monitorexit)" WIDE "Opcode [c4] not supported! (WIDE)" multianewarray "Opcode [c5] not supported! (multianewarray)" ifnull "Opcode [c6] not supported! (ifnull)" ifnonnull "Opcode [c7] not supported! (ifnonnull)" goto_w "Opcode [c8] not supported! (goto_w)" jsr_w "Opcode [c9] not supported! (jsr_w)" breakpoint "Opcode [ca] not supported! (breakpoint)" impdep1 "Opcode [fe] not supported! (impdep1)" impdep2 "Opcode [ff] not supported! (impdep2)" jissa-1.09/lib/jasmin.inc0100664000076500007650000002446607205540473014335 0ustar krammkramm* %arg_names = ( "B" => "byte", # Aussehen der Rueckgabeparameter "C" => "char", "D" => "double", "F" => "float", "I" => "int", "J" => "long", "S" => "short", "Z" => "bool", "V" => "void" ); sub argument { #erstes Argument in $x my $x=$_[0]; local $dim=0; while((substr $x,0,1) eq "[") { $x=substr $x,1;$dim++; # Anzahl fuehrender "["s ermitteln } if($arg_names{$x}) #primitiver Typ? {return $arg_names{$x}.("[]"x$dim); } #ja- Uebersetzung zurueckgeben else {return (substr $x,1,-1).("[]"x$dim);} #nein- Objektnamen zurueckgeben } ******************************************* constants_head "" constant "" constants_seperator "" constans_seperator "$pool[$name_index]" constant "\t\tconstant[$i]=$value\n" constants_tail "" this_class " $name\n" super_class ".super $name\n" #interfaces_head "$num Interfaces\n" #interface " Interface: $name\n" #interfaces_separator "" #interfaces_tail "\n" fields_head "\n" fields_separator "" fields_tail "\n" methods_head "\n" arguments_head "arguments (" arguments_seperator "," throws_head "" thows_separator "" throw "" throws_tail "" ops_head "" op "\t\t" ops_separator "\n" ops_tail "\n" methods_separator "" methods_tail "" attributes_head "" attribute "" source_file "; Source: $name \n" attributes_separator "" attributes_tail "" nop "nop" aconst_null "aconst_null" iconst_m1 "iconst_m1" iconst_0 "iconst_0" iconst_1 "iconst_1" iconst_2 "iconst_2" iconst_3 "iconst_3" iconst_4 "iconst_4" iconst_5 "iconst_5" lconst_0 "lconst_0" lconst_1 "lconst_1" fconst_0 "fconst_0" fconst_1 "fconst_1" fconst_2 "fconst_2" dconst_0 "dconst_0" dconst_1 "dconst_1" bipush "bipush $arg[0]" sipush "sipush $arg[0]" ldc "ldc $xpool[$arg[0]]" ldc_w "ldc_w $xpool[$arg[0]]" ldc2_w "ldc2_w $xpool[$arg[0]]" iload "iload $arg[0]" lload "lload $arg[0]" fload "fload $arg[0]" dload "dload $arg[0]" aload "aload $arg[0]" iload_0 "iload_0" iload_1 "iload_1" iload_2 "iload_2" iload_3 "iload_3" lload_0 "lload_0" lload_1 "lload_1" lload_2 "lload_2" lload_3 "lload_3" fload_0 "fload_0" fload_1 "fload_1" fload_2 "fload_2" fload_3 "fload_3" dload_0 "dload_0" dload_1 "dload_1" dload_2 "dload_2" dload_3 "dload_3" aload_0 "aload_0" aload_1 "aload_1" aload_2 "aload_2" aload_3 "aload_3" iaload "iaload" laload "laload" faload "faload" daload "daload" aaload "aaload" baload "baload" caload "caload" saload "saload" istore "istore $arg[0]" lstore "lstore $arg[0]" fstore "fstore $arg[0]" dstore "dstore $arg[0]" astore "astore $arg[0]" istore_0 "istore_0" istore_1 "istore_1" istore_2 "istore_2" istore_3 "istore_3" lstore_0 "lstore_0" lstore_1 "lstore_1" lstore_2 "lstore_2" lstore_3 "lstore_3" fstore_0 "fstore_0" fstore_1 "fstore_1" fstore_2 "fstore_2" fstore_3 "fstore_3" dstore_0 "dstore_0" dstore_1 "dstore_1" dstore_2 "dstore_2" dstore_3 "dstore_3" astore_0 "astore_0" astore_1 "astore_1" astore_2 "astore_2" astore_3 "astore_3" iastore "iastore" lastore "lastore" fastore "fastore" dastore "dastore" aastore "aastore" bastore "bastore" castore "castore" sastore "sastore" pop "pop" pop2 "pop2" dup "dup" dup_x1 "dup_x1" dup_x2 "dup_x2" dup2 "dup2" dup2_x1 "dup2_x1" dup2_x2 "dup2_x2" swap "swap" iadd "iadd" ladd "ladd" fadd "fadd" dadd "dadd" isub "isub" lsub "lsub" fsub "fsub" dsub "dsub" imul "imul" lmul "lmul" fmul "fmul" dmul "dmul" idiv "idiv" ldiv "ldiv" fdiv "fdiv" ddiv "ddiv" irem "irem" lrem "lrem" frem "frem" drem "drem" ineg "ineg" lneg "lneg" fneg "fneg" dneg "dneg" ishl "ishl" lshl "lshl" ishr "ishr" lshr "lshr" iushr "iushr" lushr "lushr" iand "iand" land "land" ior "ior" lor "lor" ixor "ixor" lxor "lxor" iinc "iinc $arg[0],$arg[1] " i2l "i2l" i2f "i2f" i2d "i2d" l2i "l2i" l2f "l2f" l2d "l2d" f2i "f2i" f2l "f2l" f2d "f2d" d2i "d2i" d2l "d2l" d2f "d2f $arg[0]" i2b "i2b" i2c "i2c" i2s "i2s" lcmp "lcmp" fcmpl "fcmpl" fcmpg "fcmpg" dcmpl "dcmpl" dcmpg "dcmpg" tableswitch "tableswitch" lookupswitch "lookupswitch" ireturn "ireturn" lreturn "lreturn" freturn "freturn" dreturn "dreturn" areturn "areturn" return "return" getstatic "getstatic $arg[0]" putstatic "putstatic $arg[0]" getfield "getfield $arg[0]" putfield "putfield $arg[0]" #invokevirtual "invokevirtual $arg[0]" #invokespecial "invokespecial $arg[0]" #invokestatic "invokestatic $arg[0]" #invokeinterface "invokeinterface $xpool[$arg[0]] ($arg[1] args)" new "new $arg[0]" newarray "newarray $arg[0]" anewarray "anewarray $xpool[$arg[0]]" arraylength "arraylength" athrow "athrow" checkcast "checkcast $arg[0]" instanceof "instanceof $arg[0]" monitorenter "monitorenter" monitorexit "monitorexit" WIDE "WIDE" multianewarray "multianewarray" ifnull "ifnull $arg[0]" ifnonnull "ifnonnull $arg[0]" goto_w "goto_w $arg[0]" jsr_w "jsr_w $arg[0]" breakpoint "breakpoint" impdep1 "impdep1" impdep2 "impdep2" goto "goto label$label" jsr "jsr label$label" ret "ret label$label" ifeq "ifeq label$label" ifne "ifne label$label" iflt "iflt label$label" ifge "ifge label$label" ifgt "ifgt label$label" ifle "ifle label$label" if_icmpeq "if_icmpeq label$label" if_icmpne "if_icmpne label$label" if_icmplt "if_icmplt label$label" if_icmpge "if_icmpge label$label" if_icmpgt "if_icmpgt label$label" if_icmple "if_icmple label$label" if_acmpeq "if_acmpeq label$label" if_acmpne "if_acmpne label$label" iload_0 "iload_0" iload_1 "iload_1" iload_2 "iload_2" iload_3 "iload_3" method_head "\n.method ".("public "x$ACC_PUBLIC).("final "x$ACC_FINAL).("protected "x$ACC_PROTECTED).("static "x$ACC_STATIC).("final "x$ACC_FINAL).("synchronized "x$ACC_SYNCHRONIZED).("native "x$ACC_NATIVE).("abstract "x$ACC_ABSTRACT)." $name" method_tail "\n.end method\n" argument $descriptor arguments_tail ")$returndescriptor"."\n" arguments_head "(" arguments_separator "," #invokespecial "invokespecial $pool[$pool[$pool[$arg[0]]]]/$pool[$pool[$pool2[$arg[0]]]]" #invokestatic "invokestatic $pool[$pool[$pool[$arg[0]]]]/$pool[$pool[$pool2[$arg[0]]]]" #invokevirtual "invokevirtual $pool[$pool[$pool[$arg[0]]]]/$pool[$pool[$pool2[$arg[0]]]]" invokespecial "invokespecial $xpool[$arg[0]]" invokestatic "invokestatic $xpool[$arg[0]]" invokevirtual "invokevirtual $xpool[$arg[0]]" getstatic "getstatic $xpool[$arg[0]]" putstatic "putstatic $xpool[$arg[0]]" getfield "getfield $xpool[$arg[0]]" putfield "putfield $xpool[$arg[0]] $pool[$pool2[$pool2[$arg[0]]]]" getstatic "getstatic $xpool[$arg[0]]" new "new $xpool[$arg[0]]" ops_head "\n" op "" default "label$labelnr:\n\t\t" case "label$labelnr:\n\t\t" label "label$labelnr:\n\t\t" field ".field ".("public "x$ACC_PUBLIC).("private "x$ACC_PRIVATE).("protected "x$ACC_PROTECTED).("static "x$ACC_STATIC).("final "x$ACC_FINAL).("volatile "x$ACC_VOLATILE).("transient "x$ACC_TRANSIENT)." "."$name"." $type ".(("=".$xpool[$constant_index])x($constant_index>0))."\n" clean "\t\t" CONSTANT_Utf8 "\"$str\"" CONSTANT_Integer "$val" CONSTANT_Float "$val" CONSTANT_Long "$val" CONSTANT_Class "$str" CONSTANT_String "\"$str\"" CONSTANT_Fieldref "$pool[$pool[$class_index]]/$pool[$pool[$nt_index]]" CONSTANT_Methodref "$pool[$pool[$class_index]]/$pool[$pool[$nt_index]]$pool[$pool2[$nt_index]]" CONSTANT_InterfaceMethodref "$pool[$pool[$class_index]]/$pool[$pool[$nt_index]]" CONSTANT_NameAndType "[$pool[$type_index]] $pool[$name_index]" constant "" access_flags ".class ".("public "x$ACC_PUBLIC).("final "x$ACC_FINAL).("interface "x$ACC_INTERFACE).("abstract "x$ACC_ABSTRACT) jissa-1.09/lib/readable.inc0100664000076500007650000002733407220411620014574 0ustar krammkramm* %arg_names = ( "B" => "byte", # Aussehen der Rueckgabeparameter "C" => "char", "D" => "double", "F" => "float", "I" => "int", "J" => "long", "S" => "short", "Z" => "bool", "V" => "void" ); sub argument { #erstes Argument in $x my $x=$_[0]; local $dim=0; while((substr $x,0,1) eq "[") { $x=substr $x,1;$dim++; # Anzahl fuehrender "["s ermitteln } if($arg_names{$x}) #primitiver Typ? {return $arg_names{$x}.("[]"x$dim); } #ja- Uebersetzung zurueckgeben else {return (substr $x,1,-1).("[]"x$dim);} #nein- Objektnamen zurueckgeben } ******************************************* class_head "Classfile: $name $major $minor\n" constants_head "" constant "" constants_seperator "" constans_seperator "$pool[$name_index]" constant "\t\tconstant[$i]=$value\n" constants_tail "" this_class "class $name\n" super_class "superclass $name\n" interfaces_head "$num Interfaces\n" interface " Interface: $name\n" interfaces_separator "" interfaces_tail "\n" fields_head "$num Fields\n" field "\t\t $name\n" fields_separator "" fields_tail "\n" methods_head "$num methods\n" arguments_head "arguments (" arguments_seperator "," throws_head "" thows_separator "" throw "" throws_tail "" ops_head "" op "\t\t" ops_separator "\n" ops_tail "\n" methods_separator "" methods_tail "" attributes_head "" attribute "" source_file "(* Source: $name *)\n" attributes_separator "" attributes_tail "" nop "nop" aconst_null "aconst_null" iconst_m1 "iconst_m1" iconst_0 "iconst_0" iconst_1 "iconst_1" iconst_2 "iconst_2" iconst_3 "iconst_3" iconst_4 "iconst_4" iconst_5 "iconst_5" lconst_0 "lconst_0" lconst_1 "lconst_1" fconst_0 "fconst_0" fconst_1 "fconst_1" fconst_2 "fconst_2" dconst_0 "dconst_0" dconst_1 "dconst_1" bipush "bipush $arg[0]" sipush "sipush $arg[0]" ldc "ldc $xpool[$arg[0]]" ldc_w "ldc_w $xpool[$arg[0]]" ldc2_w "ldc2_w $xpool[$arg[0]]" iload "iload $arg[0]" lload "lload $arg[0]" fload "fload $arg[0]" dload "dload $arg[0]" aload "aload $arg[0]" iload_0 "iload_0 $localname[0]" iload_1 "iload_1 $localname[1]" iload_2 "iload_2 $localname[2]" iload_3 "iload_3 $localname[3]" lload_0 "lload_0 $localname[0]" lload_1 "lload_1 $localname[1]" lload_2 "lload_2 $localname[2]" lload_3 "lload_3 $localname[3]" fload_0 "fload_0 $localname[0]" fload_1 "fload_1 $localname[1]" fload_2 "fload_2 $localname[2]" fload_3 "fload_3 $localname[3]" dload_0 "dload_0 $localname[0]" dload_1 "dload_1 $localname[1]" dload_2 "dload_2 $localname[2]" dload_3 "dload_3 $localname[3]" aload_0 "aload_0 $localname[0]" aload_1 "aload_1 $localname[1]" aload_2 "aload_2 $localname[2]" aload_3 "aload_3 $localname[3]" iaload "iaload" laload "laload" faload "faload" daload "daload" aaload "aaload" baload "baload" caload "caload" saload "saload" istore "istore $arg[0] $localname[$arg[0]]" lstore "lstore $arg[0] $localname[$arg[0]]" fstore "fstore $arg[0] $localname[$arg[0]]" dstore "dstore $arg[0] $localname[$arg[0]]" astore "astore $arg[0] $localname[$arg[0]]" istore_0 "istore_0 $localname[0]" istore_1 "istore_1 $localname[1]" istore_2 "istore_2 $localname[2]" istore_3 "istore_3 $localname[3]" lstore_0 "lstore_0 $localname[0]" lstore_1 "lstore_1 $localname[1]" lstore_2 "lstore_2 $localname[2]" lstore_3 "lstore_3 $localname[3]" fstore_0 "fstore_0 $localname[0]" fstore_1 "fstore_1 $localname[1]" fstore_2 "fstore_2 $localname[2]" fstore_3 "fstore_3 $localname[3]" dstore_0 "dstore_0 $localname[0]" dstore_1 "dstore_1 $localname[1]" dstore_2 "dstore_2 $localname[2]" dstore_3 "dstore_3 $localname[3]" astore_0 "astore_0 $localname[0]" astore_1 "astore_1 $localname[1]" astore_2 "astore_2 $localname[2]" astore_3 "astore_3 $localname[3]" iastore "iastore" lastore "lastore" fastore "fastore" dastore "dastore" aastore "aastore" bastore "bastore" castore "castore" sastore "sastore" pop "pop" pop2 "pop2" dup "dup" dup_x1 "dup_x1" dup_x2 "dup_x2" dup2 "dup2" dup2_x1 "dup2_x1" dup2_x2 "dup2_x2" swap "swap" iadd "iadd" ladd "ladd" fadd "fadd" dadd "dadd" isub "isub" lsub "lsub" fsub "fsub" dsub "dsub" imul "imul" lmul "lmul" fmul "fmul" dmul "dmul" idiv "idiv" ldiv "ldiv" fdiv "fdiv" ddiv "ddiv" irem "irem" lrem "lrem" frem "frem" drem "drem" ineg "ineg" lneg "lneg" fneg "fneg" dneg "dneg" ishl "ishl" lshl "lshl" ishr "ishr" lshr "lshr" iushr "iushr" lushr "lushr" iand "iand" land "land" ior "ior" lor "lor" ixor "ixor" lxor "lxor" iinc "iinc $arg[0],$arg[1] ".("$localname[$arg[0]]+=$arg[1]"x($locals_count>0)) i2l "i2l" i2f "i2f" i2d "i2d" l2i "l2i" l2f "l2f" l2d "l2d" f2i "f2i" f2l "f2l" f2d "f2d" d2i "d2i" d2l "d2l" d2f "d2f $arg[0]" i2b "i2b" i2c "i2c" i2s "i2s" lcmp "lcmp" fcmpl "fcmpl" fcmpg "fcmpg" dcmpl "dcmpl" dcmpg "dcmpg" tableswitch "tableswitch" lookupswitch "lookupswitch" ireturn "ireturn" lreturn "lreturn" freturn "freturn" dreturn "dreturn" areturn "areturn" return "return" getstatic "getstatic $arg[0]" putstatic "putstatic $arg[0]" getfield "getfield $arg[0]" putfield "putfield $arg[0]" invokevirtual "invokevirtual $arg[0]" invokespecial "invokespecial $arg[0]" invokestatic "invokestatic $arg[0]" invokeinterface "invokeinterface $xpool[$arg[0]] ($arg[1] args)" new "new $arg[0]" newarray "newarray $arg[0]" anewarray "anewarray $arg[0]" arraylength "arraylength" athrow "athrow" checkcast "checkcast $arg[0]" instanceof "instanceof $arg[0]" monitorenter "monitorenter" monitorexit "monitorexit" WIDE "WIDE" multianewarray "multianewarray" ifnull "ifnull $arg[0]" ifnonnull "ifnonnull $arg[0]" goto_w "goto_w $arg[0]" jsr_w "jsr_w $arg[0]" breakpoint "breakpoint" impdep1 "impdep1" impdep2 "impdep2" class_head "Filename $name\n\nVersion $major.$minor\n" goto "goto label$label" jsr "jsr label$label" ret "ret label$label" ifeq "ifeq label$label" ifne "ifne label$label" iflt "iflt label$label" ifge "ifge label$label" ifgt "ifgt label$label" ifle "ifle label$label" if_icmpeq "if_icmpeq label$label" if_icmpne "if_icmpne label$label" if_icmplt "if_icmplt label$label" if_icmpge "if_icmpge label$label" if_icmpgt "if_icmpgt label$label" if_icmple "if_icmple label$label" if_acmpeq "if_acmpeq label$label" if_acmpne "if_acmpne label$label" iload_0 "iload_0 $localname[0]" iload_1 "iload_1 $localname[1]" iload_2 "iload_2 $localname[2]" iload_3 "iload_3 $localname[3]" method_head "\n".("public "x$ACC_PUBLIC).("final "x$ACC_FINAL).("protected "x$ACC_PROTECTED).("static "x$ACC_STATIC).("final "x$ACC_FINAL).("synchronized "x$ACC_SYNCHRONIZED).("native "x$ACC_NATIVE).("abstract "x$ACC_ABSTRACT)."function $name" argument argument($descriptor) arguments_tail ") returns ".argument($returndescriptor)."\n" arguments_head " (" arguments_separator "," #invokespecial "invokespecial $pool[$pool[$pool[$arg[0]]]]/$pool[$pool[$pool2[$arg[0]]]]" #invokestatic "invokestatic $pool[$pool[$pool[$arg[0]]]]/$pool[$pool[$pool2[$arg[0]]]]" #invokevirtual "invokevirtual $pool[$pool[$pool[$arg[0]]]]/$pool[$pool[$pool2[$arg[0]]]]" invokespecial "invokespecial $xpool[$arg[0]]" invokestatic "invokestatic $xpool[$arg[0]]" invokevirtual "invokevirtual $xpool[$arg[0]]" getstatic "getstatic $xpool[$arg[0]]" putstatic "putstatic $xpool[$arg[0]]" getfield "getfield $xpool[$arg[0]]" putfield "putfield $xpool[$arg[0]]" getstatic "getstatic $xpool[$arg[0]]" new "new $xpool[$arg[0]]" ops_head "\n" op "" default "$linenumber default:\t" case "$linenumber case $case:\t" label "$linenumber label$labelnr:\t" field "\t\t".("public "x$ACC_PUBLIC).("private "x$ACC_PRIVATE).("protected "x$ACC_PROTECTED).("static "x$ACC_STATIC).("final "x$ACC_FINAL).("volatile "x$ACC_VOLATILE).("transient "x$ACC_TRANSIENT).argument($type)." "."$name".(("=".$xpool[$constant_index])x($constant_index>0)).";\n" clean "$linenumber\t\t" local "$linenumber".argument($pool[$type_index])." $pool[$name_index];\n" CONSTANT_Utf8 "[Utf8]"."\"$str\"" CONSTANT_Integer "[Integer]"."$val" CONSTANT_Float "[Float]"."$val" CONSTANT_Long "[Long]"."$val" CONSTANT_Class "[Class]"."$str" CONSTANT_String "[String]"."\"$str\"" CONSTANT_Fieldref "[Fieldref]"."$pool[$pool[$class_index]]/$pool[$pool[$nt_index]]" CONSTANT_Methodref "[Methodref]"."$pool[$pool[$class_index]]/$pool[$pool[$nt_index]]" CONSTANT_InterfaceMethodref "[Interfacemethodref]"."$pool[$pool[$class_index]]/$pool[$pool[$nt_index]]" CONSTANT_NameAndType "[NameAndType]"."[$pool[$type_index]] $pool[$name_index]" constant "" localvars_head "Localvars:\n" localvar "$start_pc,$length,$pool[$name_index],$pool[$type_index],$slot\n" localvars_tail "\n" linenumbers_head "Linenumbers:\n" linenumber "$start_pc,$line_number\n" linenumbers_tail "\n" access_flags ("public "x$ACC_PUBLIC).("final "x$ACC_FINAL).("newinvokespecial "x$ACC_SUPER).("interface "x$ACC_INTERFACE).("abstract "x$ACC_ABSTRACT) try_head "$linenumber try {\n" try_tail "$linenumber }\n" catch "$linenumber catch($xpool[$catch_type_index])\n" jissa-1.09/doc/0040775000076500007650000000000007245267702012354 5ustar krammkrammjissa-1.09/doc/changelog0100664000076500007650000000162207245226461014221 0ustar krammkrammjissa-1.08: August 2000: * 1st Version September 2000: * methods now get passed two times, to make linenumbers and local variables available in the op-tags. * hexdump.fmt: try to dump a 1-1 copy of the class file. constant pool and class-header do work. October 2000: * fixed bug in method: flags didn't get set correctly. does work now. fun to disassemble the java runtime directory and see which functions are native. * fixed bug in lookupswitches * despite of having the method being parsed twice, the actual code only runs through once. * fixed bug in constantpool loading, which caused a segv when some floats got parsed * new formatfile: natives.fmt, prints all natives methods in a class November 2000: * fixed a bug in command line parsing which caused a segv December 2000: * implemented try/catch-Statements jissa-1.09: Added more documentation. 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b(Index)f(des)g(Ein)m(trags)g(im)f(,,constan)m(t)k(p)s(o)s(ol",)e(in) 1824 4209 y(dem)p 3762 4246 V 255 4371 4 125 v 1773 4371 V 1824 4333 a(der)30 b(zugeho)s(erige)h(Name)g(und)e(T)m(yp)g(gesp)s (eic)m(hert)i(ist)p 3762 4371 V 255 4495 V 307 4457 a($i)p 1773 4495 V 1446 w(Die)g(momen)m(tane)g(P)m(osition)f(im)f(,,constan)m (t)j(p)s(o)s(ol")p 3762 4495 V 255 4619 V 307 4582 a($constan)m(tp)s(o) s(ol1[$i])p 1773 4619 V 798 w(\(global:\)wie)e($classindex)p 3762 4619 V 255 4743 V 307 4706 a($constan)m(tp)s(o)s(ol2[$i])p 1773 4743 V 798 w(\(global:\)wie)g($n)m(t)p 2452 4706 28 4 v 34 w(index)p 3762 4743 4 125 v 257 4746 3507 4 v eop %%Page: 18 18 18 17 bop 257 266 a Fk(3)98 b(REFERENZ)2455 b Fn(18)p 257 477 3507 4 v 255 725 4 249 v 307 563 a Fh(CONST)-8 b(ANT)p 828 563 28 4 v 32 w(NameAndT)m(yp)s(e)p 1773 725 4 249 v 365 w(Name)27 b(und)d(T)m(yp)h(\(referenziert)h(durc)m(h)e (Fieldref,)i(Me-)1824 688 y(tho)s(dref,)p 3762 725 V 255 849 4 125 v 1773 849 V 1824 812 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24 0.0000 4 330 2325 1350 3510 interfaces_head\001 4 0 0 100 0 0 24 0.0000 4 255 1275 1350 4455 interface\001 4 0 0 100 0 0 24 0.0000 4 330 2070 1350 5310 interfaces_tail\001 4 0 0 100 0 0 24 0.0000 4 330 2175 1350 6435 methods_head\001 4 0 0 100 0 0 24 0.0000 4 330 2025 1350 7380 method_head\001 4 0 0 100 0 0 24 0.0000 4 330 2475 1350 8235 arguments_head\001 4 0 0 100 0 0 24 0.0000 4 300 1425 1350 9135 argument\001 4 0 0 100 0 0 24 0.0000 4 330 2220 1350 10035 arguments_tail\001 4 0 0 100 0 0 24 0.0000 4 300 3120 4950 9180 arguments_separator\001 4 0 0 100 0 0 24 0.0000 4 330 2820 6570 7335 methods_separator\001 4 0 0 100 0 0 24 0.0000 4 330 2970 4950 4455 interfaces_separator\001 4 0 0 100 0 0 24 0.0000 4 330 1410 1350 13635 ops_head\001 4 0 0 100 0 0 24 0.0000 4 180 645 3375 14760 case\001 4 0 0 100 0 0 24 0.0000 4 255 690 4950 14760 label\001 4 0 0 100 0 0 24 0.0000 4 330 2160 1350 17955 handlers_head\001 4 0 0 100 0 0 24 0.0000 4 255 1110 1350 18810 handler\001 4 0 0 100 0 0 24 0.0000 4 330 1905 1350 19710 handlers_tail\001 4 0 0 100 0 0 24 0.0000 4 330 2805 4950 18810 handlers_separator\001 4 0 0 100 0 0 24 0.0000 4 330 2190 1350 23355 variables_head\001 4 0 0 100 0 0 24 0.0000 4 255 1140 1350 24210 variable\001 4 0 0 100 0 0 24 0.0000 4 330 1935 1350 25110 variables_tail\001 4 0 0 100 0 0 24 0.0000 4 330 2835 4950 24210 variables_separator\001 4 0 0 100 0 0 24 0.0000 4 330 2280 1350 26280 attributes_head\001 4 0 0 100 0 0 24 0.0000 4 255 1230 1350 27135 attribute\001 4 0 0 100 0 0 24 0.0000 4 330 2925 4950 27135 attributes_separator\001 4 0 0 100 0 0 24 0.0000 4 330 2025 1350 29160 attributes_tail\001 4 0 0 100 0 0 24 0.0000 4 330 1620 3150 28035 source_file\001 4 0 0 100 0 0 24 0.0000 4 330 1365 1350 30060 class_tail\001 jissa-1.09/doc/jissa.txt0100644000076500007650000002066607245266653014237 0ustar krammkrammJissa ===== Jissa is a tool for disassembling java classfiles. Ofcourse, there are thousands of java disassemblers out there. What makes jissa so different, or special if you want so, is it's ability to be fully scriptable. This means you have complete control over the disassembly output- while other disassemblers like javap have a static output format, which will only vary between class files, jissa can be teached to put out almost anything depending on the classfile. The primary use for this was to transform java classes into "Isabelle Micro Java" code. That's a special java format consisting out of Isabelle (for Isabelle, see http://isabelle.in.tum.de) definitions. (For proving right java code) However, there should be countless other applications. [ Quickstart ] [ ========== ] [ ] [ make;make install;Pick a .class file of your choice (foo.class). Do ] [ ] [ jissa -f readable foo.class or ] [ jissa -f jasmin foo.class ] Calling ======= Call jissa by issuing jissa [flags] [-f formatfile] [-o outputfile.txt] input.class Well, you guessed- input.class is the classfile you'd like to disassemble, outputfile.txt is where the disassembled output should go. Formatfiles are special though. Before we discuss these, let's take a short glance at the flags which might also be provided: -i includepath Will append includepath to the list of search paths. includepath is a ;-seperated list of directories -v will give you some additional information. Useful especially if your formatfiles can't be found, as it will then list all it's search paths -h print some help Formatfiles =========== Ok, let's describe to the formatfiles. A formatfile is basically some ascii-textfile describing how classes should be disassembled. (Or, to be more precise, how disassembled classes should look like) Consider you have a class called "foo" which has the source code ======cut======= foo.java class foo { public int bar(int a,int b) { return a+b+77; } } ======cut======= If we'd disassemble this using javap, the result would be ======cut======= javap-output.txt Compiled from foo.java class foo extends java.lang.Object { public int bar(int, int); foo(); } Method int bar(int, int) 0 iload_1 1 iload_2 2 iadd 3 bipush 77 5 iadd 6 ireturn Method foo() 0 aload_0 1 invokespecial #3 4 return =======cut======= If we slowly start disassemble this class, now in jissa, a minimal formatfile would be: (don't be scared now: all this sounds a little bit that whatever you do with jissa, you'll have to write a formatfile from scratch. Actually, that's seldom necessary. There are a number of predefined formatfiles, all of which can be adapted to specific situations) =======cut======= format.fmt *** method_head "Method $name\n" =======cut======= Now, by calling jissa -f format.fmt -o foo.j foo.class you get =======cut======= foo.j Method bar Method =======cut======= What happened here? It disassembled all method names, because you told him to by saying so in the formatfile. It also used the format specified in the config file. That's not much, but it's a start. Now let's try to disassemble the opcodes. =======cut======= format.fmt *** method_head "Method $name" op "\n\t" method_tail "\nEnd\n" aload_0 "aload 0" iload_1 "iload 1" iload_2 "iload 2" iadd "iadd" bipush "bipush $arg[0]" ireturn "ireturn" return "return" invokespecial "invokespecial <$arg[0]>" =======cut======= # jissa -f format.fmt -o foo.j foo.class now results in =======cut======= foo.j \begin{verbatim} Method bar iload 1 iload 2 iadd bipush <77> iadd ireturn End Method aload 0 invokespecial <3> return End =======cut======= So we did actually manage to disassemble the function names and opcodes. There's a problem with the formatfile however. As we only gave a name to a small subset of all opcodes, only these opcodes will be diassembled. This might turn up unexpected results if you happen to forget a special opcode which actually appears in your classfiles. Then, the disassembled output will be, strictly speaking, wrong. You might want to include a special file (Whoops- didn't I mention includefiles yet?) to make all undefined opcodes produce an error message. Our formatfile would now look as follows: =======cut======= format.fmt *** include error.inc method_head "Method $name" op "\n\t" method_tail "\nEnd\n" aload_0 "aload 0" iload_1 "iload 1" iload_2 "iload 2" iadd "iadd" bipush "bipush <$arg[0]>" ireturn "ireturn" return "return" invokespecial "invokespecial <$arg[0]>" =======cut======= The include directive should be fairly self-explanatory. error.inc is searched in all directories the main formatfile was. You could now look into error.inc to see exactly why and how this works. If you'd prefer going undefined-opcode-errors to stderr instead of stdout, you'd have to edit error.inc and change all lines like shown here on the nop opcode: (error.inc line 1) nop "Opcode [00] not supported! (nop)" ==> nop ;print stderr "Opcode [00] not supported! (nop)" . It might not strike you clear at all why this is so. I'll try to explain. (The following text will assume that you're familiar with the PERL script processing language) When disassembling, all the classfile "information" will be transformed into a corresponding PERL program. This will then be spiked with the entries of the active formatfile. The PERL program is then called to produce the final output. The statement we just encountered was a small perl program which will be "called" every time the corresponding opcode (nop) is encountered in the classfile. Actually, an expanded statement will called. The above would be blown up to $pos=2;$nr=2;$linenumber="5 "; $op=0x00;$name="nop"; print ;print stderr "Opcode [00] not supported! (nop)" and then executed. The definitions (e.g. $pos=2) define variables which can be used in the print statements for the final output. This is how we got the method names in the above disassemble-method-headers example. In this case, $pos is the byteposition of the opcode, and $nr is the number. $linenumber is a formatted text of, yes, the linenumber. $op and $name are the opcodenumber and name of the current opcode, respectively. In your docfile directory should be a file called vars.txt, which defines all the variables which get set for the opcodes and all other statements. There's also a ps file (flowchart.ps), which, in the style of a finite state automon, describes in which order the mentioned statements might be executed. (like that a method_head will always come before the corresponding method_tail) One more word about formatfiles. You noticed that in the above format.fmt example, there where some asterisks ("*"s) at the start. These asterisks seperate global definitions and local definitions. Simply said, everthing above the asterisks will get stuffed directly into the perl interpreter, while everthing below will only get executed if the corresponding opcode/statement is encountered in the classfile. (the possibility to execute some general perl code before the disassembly action is especially useful for function definions) includefiles may also have global statements, anyway here you'll have to place stars (sorry, asterisks) after and _before_ them. Look at readable.inc to see what I mean. References ========== [Mey97] John Meyer & Troy Downing -- JAVA Virtual Machine. O'Reilly, 1997. [Wal96] Larry Wall, Tom Christiansen & Randal L.Schwartz Programming Perl . O'Reilly 1996 [Nip99] Tobias Nipkow, David von Oheimb & Cornelia Pusch uJava: Embedding a Programming Language in a Theorem Prover. http://isabelle.in.tum.de/Bali/papers/MOD99.html LICENSE ======= Jissa is distributed under the GPL, see file COPYING for details Matthias Kramm jissa-1.09/doc/flowchart.ps0100664000076500007650000006605507245220053014706 0ustar krammkramm%!PS-Adobe-2.0 EPSF-2.0 %%Title: diagram.fig %%Creator: fig2dev Version 3.2 Patchlevel 1 %%CreationDate: Thu Feb 22 15:15:49 2001 %%For: kramm@Tank (Matthias Kramm) %%Orientation: Portrait %%BoundingBox: 0 0 555 1887 %%Pages: 0 %%BeginSetup %%EndSetup %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def 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21600 l 4050 21600 l 4275 21375 l 4050 21150 l cp gs col0 s gr } bind def /o35 {% Polyline n 4950 21150 m 4725 21375 l 4950 21600 l 8550 21600 l 8775 21375 l 8550 21150 l cp gs col0 s gr } bind def /o36 {% Polyline gs clippath 2820 20955 m 2700 20925 l 2820 20895 l 2685 20895 l 2685 20955 l cp clip n 6300 21150 m 6300 20925 l 2700 20925 l gs col0 s gr gr % arrowhead n 2820 20955 m 2700 20925 l 2820 20895 l col0 s } bind def /o37 {% Polyline gs clippath 2730 21930 m 2700 22050 l 2670 21930 l 2670 22065 l 2730 22065 l cp clip n 2700 21600 m 2700 22050 l gs col0 s gr gr % arrowhead n 2730 21930 m 2700 22050 l 2670 21930 l col0 s } bind def /o38 {% Polyline n 1350 22050 m 1125 22275 l 1350 22500 l 4050 22500 l 4275 22275 l 4050 22050 l cp gs col0 s gr } bind def /o39 {% Polyline gs clippath 6270 21720 m 6300 21600 l 6330 21720 l 6330 21585 l 6270 21585 l cp clip n 2700 21825 m 6300 21825 l 6300 21600 l gs col0 s gr gr % arrowhead n 6270 21720 m 6300 21600 l 6330 21720 l col0 s } bind def /o40 {/Times-Roman ff 360.00 scf sf 4950 21510 m gs 1 -1 sc (linenumbers_separator) col0 sh gr } bind def /o41 {/Times-Roman ff 360.00 scf sf 1350 21510 m gs 1 -1 sc (linenumber) col0 sh gr } bind def /o42 {/Times-Roman ff 360.00 scf sf 1350 20655 m gs 1 -1 sc (linenumbers_head) col0 sh gr } bind def /o43 {/Times-Roman ff 360.00 scf sf 1350 22410 m gs 1 -1 sc (linenumbers_tail) col0 sh gr } bind def /o44 {% Polyline gs clippath 2730 3030 m 2700 3150 l 2670 3030 l 2670 3165 l 2730 3165 l cp clip n 2700 2475 m 2700 3150 l gs col0 s gr gr % arrowhead n 2730 3030 m 2700 3150 l 2670 3030 l col0 s } bind def /o45 {% Polyline n 1350 3150 m 1125 3375 l 1350 3600 l 4050 3600 l 4275 3375 l 4050 3150 l cp gs col0 s gr } bind def /o46 {% Polyline n 2700 3600 m 2700 4050 l gs col0 s gr } bind def /o47 {% Polyline n 4950 4050 m 4725 4275 l 4950 4500 l 8100 4500 l 8325 4275 l 8100 4050 l cp gs col0 s gr } bind def /o48 {% Polyline n 1350 4950 m 1125 5175 l 1350 5400 l 4050 5400 l 4275 5175 l 4050 4950 l cp gs col0 s gr } bind def /o49 {% Polyline n 1350 4050 m 1125 4275 l 1350 4500 l 4050 4500 l 4275 4275 l 4050 4050 l cp gs col0 s gr } bind def /o50 {% Polyline gs clippath 2730 4830 m 2700 4950 l 2670 4830 l 2670 4965 l 2730 4965 l cp clip n 2700 4500 m 2700 4950 l gs col0 s gr gr % arrowhead n 2730 4830 m 2700 4950 l 2670 4830 l col0 s } bind def /o51 {% Polyline gs clippath 6270 4620 m 6300 4500 l 6330 4620 l 6330 4485 l 6270 4485 l cp clip n 2700 4725 m 6300 4725 l 6300 4500 l gs col0 s gr gr % arrowhead n 6270 4620 m 6300 4500 l 6330 4620 l col0 s } bind def /o52 {% Polyline gs clippath 2820 3855 m 2700 3825 l 2820 3795 l 2685 3795 l 2685 3855 l cp clip n 6300 4050 m 6300 3825 l 2700 3825 l gs col0 s gr gr % arrowhead n 2820 3855 m 2700 3825 l 2820 3795 l col0 s } bind def /o53 {% Polyline gs clippath 2730 5955 m 2700 6075 l 2670 5955 l 2670 6090 l 2730 6090 l cp clip n 2700 5400 m 2700 6075 l gs col0 s gr gr % arrowhead n 2730 5955 m 2700 6075 l 2670 5955 l col0 s } bind def /o54 {% Polyline n 1350 6075 m 1125 6300 l 1350 6525 l 4050 6525 l 4275 6300 l 4050 6075 l cp gs col0 s gr } bind def /o55 {% Polyline n 2700 6525 m 2700 6975 l gs col0 s gr } bind def /o56 {% Polyline n 1350 7875 m 1125 8100 l 1350 8325 l 4050 8325 l 4275 8100 l 4050 7875 l cp gs col0 s gr } bind def /o57 {% Polyline n 1350 6975 m 1125 7200 l 1350 7425 l 4050 7425 l 4275 7200 l 4050 6975 l cp gs col0 s gr } bind def /o58 {% Polyline gs clippath 2730 7755 m 2700 7875 l 2670 7755 l 2670 7890 l 2730 7890 l cp clip n 2700 7425 m 2700 7875 l gs col0 s gr gr % arrowhead n 2730 7755 m 2700 7875 l 2670 7755 l col0 s } bind def /o59 {% Polyline gs clippath 2730 8655 m 2700 8775 l 2670 8655 l 2670 8790 l 2730 8790 l cp clip n 2700 8325 m 2700 8775 l gs col0 s gr gr % arrowhead n 2730 8655 m 2700 8775 l 2670 8655 l col0 s } bind def /o60 {% Polyline n 1350 8775 m 1125 9000 l 1350 9225 l 4050 9225 l 4275 9000 l 4050 8775 l cp gs col0 s gr } bind def /o61 {% Polyline n 6525 6975 m 6300 7200 l 6525 7425 l 9675 7425 l 9900 7200 l 9675 6975 l cp gs col0 s gr } bind def /o62 {% Polyline gs clippath 2820 6780 m 2700 6750 l 2820 6720 l 2685 6720 l 2685 6780 l cp clip n 8100 6975 m 8100 6750 l 2700 6750 l gs col0 s gr gr % arrowhead n 2820 6780 m 2700 6750 l 2820 6720 l col0 s } bind def /o63 {% Polyline n 4950 8775 m 4725 9000 l 4950 9225 l 8100 9225 l 8325 9000 l 8100 8775 l cp gs col0 s gr } bind def /o64 {% Polyline gs clippath 4395 8130 m 4275 8100 l 4395 8070 l 4260 8070 l 4260 8130 l cp clip n 6300 8775 m 6300 8100 l 4275 8100 l gs col0 s gr gr % arrowhead n 4395 8130 m 4275 8100 l 4395 8070 l col0 s } bind def /o65 {% Polyline n 1350 9675 m 1125 9900 l 1350 10125 l 4050 10125 l 4275 9900 l 4050 9675 l cp gs col0 s gr } bind def /o66 {% Polyline gs clippath 2730 9555 m 2700 9675 l 2670 9555 l 2670 9690 l 2730 9690 l cp clip n 2700 9225 m 2700 9675 l gs col0 s gr gr % arrowhead n 2730 9555 m 2700 9675 l 2670 9555 l col0 s } bind def /o67 {% Polyline gs clippath 6270 9345 m 6300 9225 l 6330 9345 l 6330 9210 l 6270 9210 l cp clip n 2700 9450 m 6300 9450 l 6300 9225 l gs col0 s gr gr % arrowhead n 6270 9345 m 6300 9225 l 6330 9345 l col0 s } bind def /o68 {% Polyline gs clippath 2730 10455 m 2700 10575 l 2670 10455 l 2670 10590 l 2730 10590 l cp clip n 2700 10125 m 2700 10575 l gs col0 s gr gr % arrowhead n 2730 10455 m 2700 10575 l 2670 10455 l col0 s } bind def /o69 {% Polyline gs clippath 2730 13155 m 2700 13275 l 2670 13155 l 2670 13290 l 2730 13290 l cp clip n 2700 12825 m 2700 13275 l gs col0 s gr gr % arrowhead n 2730 13155 m 2700 13275 l 2670 13155 l col0 s } bind def /o70 {% Polyline n 1350 13275 m 1125 13500 l 1350 13725 l 4050 13725 l 4275 13500 l 4050 13275 l cp gs col0 s gr } bind def /o71 {% Polyline gs clippath 2820 13845 m 2700 13815 l 2820 13785 l 2685 13785 l 2685 13845 l cp clip n 7425 15750 m 7425 13815 l 2700 13815 l gs col0 s gr gr % arrowhead n 2820 13845 m 2700 13815 l 2820 13785 l col0 s } bind def /o72 {% Polyline gs clippath 3855 14280 m 3825 14400 l 3795 14280 l 3795 14415 l 3855 14415 l cp clip n 2700 14175 m 3825 14175 l 3825 14400 l gs col0 s gr gr % arrowhead n 3855 14280 m 3825 14400 l 3795 14280 l col0 s } bind def /o73 {% Polyline n 3375 14400 m 3150 14625 l 3375 14850 l 4275 14850 l 4500 14625 l 4275 14400 l cp gs col0 s gr } bind def /o74 {% Polyline n 4950 14400 m 4725 14625 l 4950 14850 l 5850 14850 l 6075 14625 l 5850 14400 l cp gs col0 s gr } bind def /o75 {% Polyline gs clippath 5430 14280 m 5400 14400 l 5370 14280 l 5370 14415 l 5430 14415 l cp clip n 3825 14175 m 5400 14175 l 5400 14400 l gs col0 s gr gr % arrowhead n 5430 14280 m 5400 14400 l 5370 14280 l col0 s } bind def /o76 {% Polyline gs clippath 2820 15105 m 2700 15075 l 2820 15045 l 2685 15045 l 2685 15105 l cp clip n 3825 14850 m 3825 15075 l 2700 15075 l gs col0 s gr gr % arrowhead n 2820 15105 m 2700 15075 l 2820 15045 l col0 s } bind def /o77 {% Polyline gs clippath 2820 15330 m 2700 15300 l 2820 15270 l 2685 15270 l 2685 15330 l cp clip n 5400 14850 m 5400 15300 l 2700 15300 l gs col0 s gr gr % arrowhead n 2820 15330 m 2700 15300 l 2820 15270 l col0 s } bind def /o78 {% Polyline gs clippath 2730 15630 m 2700 15750 l 2670 15630 l 2670 15765 l 2730 15765 l cp clip n 2700 13725 m 2700 15750 l gs col0 s gr gr % arrowhead n 2730 15630 m 2700 15750 l 2670 15630 l col0 s } bind def /o79 {% Polyline n 1350 17550 m 1125 17775 l 1350 18000 l 4050 18000 l 4275 17775 l 4050 17550 l cp gs col0 s gr } bind def /o80 {% Polyline gs clippath 2730 18330 m 2700 18450 l 2670 18330 l 2670 18465 l 2730 18465 l cp clip n 2700 18000 m 2700 18450 l gs col0 s gr gr % arrowhead n 2730 18330 m 2700 18450 l 2670 18330 l col0 s } bind def /o81 {% Polyline n 1350 18450 m 1125 18675 l 1350 18900 l 4050 18900 l 4275 18675 l 4050 18450 l cp gs col0 s gr } bind def /o82 {% Polyline n 4950 18450 m 4725 18675 l 4950 18900 l 7650 18900 l 7875 18675 l 7650 18450 l cp gs col0 s gr } bind def /o83 {% Polyline gs clippath 2820 18255 m 2700 18225 l 2820 18195 l 2685 18195 l 2685 18255 l cp clip n 6300 18450 m 6300 18225 l 2700 18225 l gs col0 s gr gr % arrowhead n 2820 18255 m 2700 18225 l 2820 18195 l col0 s } bind def /o84 {% Polyline gs clippath 2730 19230 m 2700 19350 l 2670 19230 l 2670 19365 l 2730 19365 l cp clip n 2700 18900 m 2700 19350 l gs col0 s gr gr % arrowhead n 2730 19230 m 2700 19350 l 2670 19230 l col0 s } bind def /o85 {% Polyline n 1350 19350 m 1125 19575 l 1350 19800 l 4050 19800 l 4275 19575 l 4050 19350 l cp gs col0 s gr } bind def /o86 {% Polyline gs clippath 6270 19020 m 6300 18900 l 6330 19020 l 6330 18885 l 6270 18885 l cp clip n 2700 19125 m 6300 19125 l 6300 18900 l gs col0 s gr gr % arrowhead n 6270 19020 m 6300 18900 l 6330 19020 l col0 s } bind def /o87 {% Polyline gs clippath 2730 20130 m 2700 20250 l 2670 20130 l 2670 20265 l 2730 20265 l cp clip n 2700 19800 m 2700 20250 l gs col0 s gr gr % arrowhead n 2730 20130 m 2700 20250 l 2670 20130 l col0 s } bind def /o88 {% Polyline gs clippath 2730 22830 m 2700 22950 l 2670 22830 l 2670 22965 l 2730 22965 l cp clip n 2700 22545 m 2700 22950 l gs col0 s gr gr % arrowhead n 2730 22830 m 2700 22950 l 2670 22830 l col0 s } bind def /o89 {% Polyline n 1350 22950 m 1125 23175 l 1350 23400 l 4050 23400 l 4275 23175 l 4050 22950 l cp gs col0 s gr } bind def /o90 {% Polyline gs clippath 2730 23730 m 2700 23850 l 2670 23730 l 2670 23865 l 2730 23865 l cp clip n 2700 23400 m 2700 23850 l gs col0 s gr gr % arrowhead n 2730 23730 m 2700 23850 l 2670 23730 l col0 s } bind def /o91 {% Polyline n 1350 23850 m 1125 24075 l 1350 24300 l 4050 24300 l 4275 24075 l 4050 23850 l cp gs col0 s gr } bind def /o92 {% Polyline n 4950 23850 m 4725 24075 l 4950 24300 l 8550 24300 l 8775 24075 l 8550 23850 l cp gs col0 s gr } bind def /o93 {% Polyline gs clippath 2820 23655 m 2700 23625 l 2820 23595 l 2685 23595 l 2685 23655 l cp clip n 6300 23850 m 6300 23625 l 2700 23625 l gs col0 s gr gr % arrowhead n 2820 23655 m 2700 23625 l 2820 23595 l col0 s } bind def /o94 {% Polyline gs clippath 2730 24630 m 2700 24750 l 2670 24630 l 2670 24765 l 2730 24765 l cp clip n 2700 24300 m 2700 24750 l gs col0 s gr gr % arrowhead n 2730 24630 m 2700 24750 l 2670 24630 l col0 s } bind def /o95 {% Polyline n 1350 24750 m 1125 24975 l 1350 25200 l 4050 25200 l 4275 24975 l 4050 24750 l cp gs col0 s gr } bind def /o96 {% Polyline gs clippath 6270 24420 m 6300 24300 l 6330 24420 l 6330 24285 l 6270 24285 l cp clip n 2700 24525 m 6300 24525 l 6300 24300 l gs col0 s gr gr % arrowhead n 6270 24420 m 6300 24300 l 6330 24420 l col0 s } bind def /o97 {% Polyline gs clippath 9420 7545 m 9450 7425 l 9480 7545 l 9480 7410 l 9420 7410 l cp clip n 2700 25245 m 2700 25650 l 9450 25650 l 9450 7425 l gs col0 s gr gr % arrowhead n 9420 7545 m 9450 7425 l 9480 7545 l col0 s } bind def /o98 {% Polyline n 1350 25875 m 1125 26100 l 1350 26325 l 4050 26325 l 4275 26100 l 4050 25875 l cp gs col0 s gr } bind def /o99 {% Polyline gs clippath 2730 26655 m 2700 26775 l 2670 26655 l 2670 26790 l 2730 26790 l cp clip n 2700 26325 m 2700 26775 l gs col0 s gr gr % arrowhead n 2730 26655 m 2700 26775 l 2670 26655 l col0 s } bind def /o100 {% Polyline n 1350 26775 m 1125 27000 l 1350 27225 l 4050 27225 l 4275 27000 l 4050 26775 l cp gs col0 s gr } bind def /o101 {% Polyline n 4950 26775 m 4725 27000 l 4950 27225 l 8550 27225 l 8775 27000 l 8550 26775 l cp gs col0 s gr } bind def /o102 {% Polyline gs clippath 2820 26580 m 2700 26550 l 2820 26520 l 2685 26520 l 2685 26580 l cp clip n 6300 26775 m 6300 26550 l 2700 26550 l gs col0 s gr gr % arrowhead n 2820 26580 m 2700 26550 l 2820 26520 l col0 s } bind def /o103 {% Polyline gs clippath 6270 27345 m 6300 27225 l 6330 27345 l 6330 27210 l 6270 27210 l cp clip n 4275 29025 m 6300 29025 l 6300 27225 l gs col0 s gr gr % arrowhead n 6270 27345 m 6300 27225 l 6330 27345 l col0 s } bind def /o104 {% Polyline n 1350 28800 m 1125 29025 l 1350 29250 l 4050 29250 l 4275 29025 l 4050 28800 l cp gs col0 s gr } bind def /o105 {% Polyline gs clippath 2730 28680 m 2700 28800 l 2670 28680 l 2670 28815 l 2730 28815 l cp clip n 2700 27225 m 2700 28800 l gs col0 s gr gr % arrowhead n 2730 28680 m 2700 28800 l 2670 28680 l col0 s } bind def /o106 {% Polyline n 3150 27675 m 2925 27900 l 3150 28125 l 5850 28125 l 6075 27900 l 5850 27675 l cp gs col0 s gr } bind def /o107 {% Polyline gs clippath 4530 27555 m 4500 27675 l 4470 27555 l 4470 27690 l 4530 27690 l cp clip n 2700 27450 m 4500 27450 l 4500 27675 l gs col0 s gr gr % arrowhead n 4530 27555 m 4500 27675 l 4470 27555 l col0 s } bind def /o108 {% Polyline gs clippath 2820 28380 m 2700 28350 l 2820 28320 l 2685 28320 l 2685 28380 l cp clip n 4500 28125 m 4500 28350 l 2700 28350 l gs col0 s gr gr % arrowhead n 2820 28380 m 2700 28350 l 2820 28320 l col0 s } bind def /o109 {% Polyline n 1350 29700 m 1125 29925 l 1350 30150 l 4050 30150 l 4275 29925 l 4050 29700 l cp gs col0 s gr } bind def /o110 {% Polyline gs clippath 2730 29580 m 2700 29700 l 2670 29580 l 2670 29715 l 2730 29715 l cp clip n 2700 29250 m 2700 29700 l gs col0 s gr gr % arrowhead n 2730 29580 m 2700 29700 l 2670 29580 l col0 s } bind def /o111 {/Times-Roman ff 360.00 scf sf 1350 3510 m gs 1 -1 sc (interfaces_head) col0 sh gr } bind def /o112 {/Times-Roman ff 360.00 scf sf 1350 4455 m gs 1 -1 sc (interface) col0 sh gr } bind def /o113 {/Times-Roman ff 360.00 scf sf 1350 5310 m gs 1 -1 sc (interfaces_tail) col0 sh gr } bind def /o114 {/Times-Roman ff 360.00 scf sf 1350 6435 m gs 1 -1 sc (methods_head) col0 sh gr } bind def /o115 {/Times-Roman ff 360.00 scf sf 1350 7380 m gs 1 -1 sc (method_head) col0 sh gr } bind def /o116 {/Times-Roman ff 360.00 scf sf 1350 8235 m gs 1 -1 sc (arguments_head) col0 sh gr } bind def /o117 {/Times-Roman ff 360.00 scf sf 1350 9135 m gs 1 -1 sc (argument) col0 sh gr } bind def /o118 {/Times-Roman ff 360.00 scf sf 1350 10035 m gs 1 -1 sc (arguments_tail) col0 sh gr } bind def /o119 {/Times-Roman ff 360.00 scf sf 4950 9180 m gs 1 -1 sc (arguments_separator) col0 sh gr } bind def /o120 {/Times-Roman ff 360.00 scf sf 6570 7335 m gs 1 -1 sc (methods_separator) col0 sh gr } bind def /o121 {/Times-Roman ff 360.00 scf sf 4950 4455 m gs 1 -1 sc (interfaces_separator) col0 sh gr } bind def /o122 {/Times-Roman ff 360.00 scf sf 1350 13635 m gs 1 -1 sc (ops_head) col0 sh gr } bind def /o123 {/Times-Roman ff 360.00 scf sf 3375 14760 m gs 1 -1 sc (case) col0 sh gr } bind def /o124 {/Times-Roman ff 360.00 scf sf 4950 14760 m gs 1 -1 sc (label) col0 sh gr } bind def /o125 {/Times-Roman ff 360.00 scf sf 1350 17955 m gs 1 -1 sc (handlers_head) col0 sh gr } bind def /o126 {/Times-Roman ff 360.00 scf sf 1350 18810 m gs 1 -1 sc (handler) col0 sh gr } bind def /o127 {/Times-Roman ff 360.00 scf sf 1350 19710 m gs 1 -1 sc (handlers_tail) col0 sh gr } bind def /o128 {/Times-Roman ff 360.00 scf sf 4950 18810 m gs 1 -1 sc (handlers_separator) col0 sh gr } bind def /o129 {/Times-Roman ff 360.00 scf sf 1350 23355 m gs 1 -1 sc (variables_head) col0 sh gr } bind def /o130 {/Times-Roman ff 360.00 scf sf 1350 24210 m gs 1 -1 sc (variable) col0 sh gr } bind def /o131 {/Times-Roman ff 360.00 scf sf 1350 25110 m gs 1 -1 sc (variables_tail) col0 sh gr } bind def /o132 {/Times-Roman ff 360.00 scf sf 4950 24210 m gs 1 -1 sc (variables_separator) col0 sh gr } bind def /o133 {/Times-Roman ff 360.00 scf sf 1350 26280 m gs 1 -1 sc (attributes_head) col0 sh gr } bind def /o134 {/Times-Roman ff 360.00 scf sf 1350 27135 m gs 1 -1 sc (attribute) col0 sh gr } bind def /o135 {/Times-Roman ff 360.00 scf sf 4950 27135 m gs 1 -1 sc (attributes_separator) col0 sh gr } bind def /o136 {/Times-Roman ff 360.00 scf sf 1350 29160 m gs 1 -1 sc (attributes_tail) col0 sh gr } bind def /o137 {/Times-Roman ff 360.00 scf sf 3150 28035 m gs 1 -1 sc (source_file) col0 sh gr } bind def /o138 {/Times-Roman ff 360.00 scf sf 1350 30060 m gs 1 -1 sc (class_tail) col0 sh gr } bind def %%Page: 1 1 gs -0.0 757.8 tr 1 -1 sc 0.063 0.063 sc o0 o1 o2 o3 o4 o5 o6 o7 o8 o9 o10 o11 o12 o13 o14 o15 o16 o17 o18 o19 o20 o21 o22 o23 o24 o25 o26 o27 o28 o29 o30 o31 o32 o33 o34 o35 o36 o37 o38 o39 o40 o41 o42 o43 o44 o45 o46 o47 o48 o49 o50 o51 o52 o53 o54 o55 o56 o57 o58 o59 o60 o61 o62 o63 o64 o65 o66 o67 o68 o69 o70 o71 o72 o73 o74 o75 o76 o77 o78 o79 o80 o81 o82 o83 o84 o85 o86 o87 o88 o89 o90 o91 o92 o93 o94 o95 o96 o97 o98 o99 o100 o101 o102 o103 o104 o105 o106 o107 o108 o109 o110 o111 o112 o113 o114 o115 o116 o117 o118 o119 o120 o121 o122 o123 o124 o125 o126 o127 o128 o129 o130 o131 o132 o133 o134 o135 o136 o137 o138 gr showpage %%Page: 2 2 gs -535.5 757.8 tr 1 -1 sc 0.063 0.063 sc o0 o1 o2 o3 o4 o5 o6 o7 o8 o9 o10 o11 o12 o13 o14 o15 o16 o17 o18 o19 o20 o21 o22 o23 o24 o25 o26 o27 o28 o29 o30 o31 o32 o33 o34 o35 o36 o37 o38 o39 o40 o41 o42 o43 o44 o45 o46 o47 o48 o49 o50 o51 o52 o53 o54 o55 o56 o57 o58 o59 o60 o61 o62 o63 o64 o65 o66 o67 o68 o69 o70 o71 o72 o73 o74 o75 o76 o77 o78 o79 o80 o81 o82 o83 o84 o85 o86 o87 o88 o89 o90 o91 o92 o93 o94 o95 o96 o97 o98 o99 o100 o101 o102 o103 o104 o105 o106 o107 o108 o109 o110 o111 o112 o113 o114 o115 o116 o117 o118 o119 o120 o121 o122 o123 o124 o125 o126 o127 o128 o129 o130 o131 o132 o133 o134 o135 o136 o137 o138 gr showpage %%Page: 3 3 gs -0.0 1515.6 tr 1 -1 sc 0.063 0.063 sc o0 o1 o2 o3 o4 o5 o6 o7 o8 o9 o10 o11 o12 o13 o14 o15 o16 o17 o18 o19 o20 o21 o22 o23 o24 o25 o26 o27 o28 o29 o30 o31 o32 o33 o34 o35 o36 o37 o38 o39 o40 o41 o42 o43 o44 o45 o46 o47 o48 o49 o50 o51 o52 o53 o54 o55 o56 o57 o58 o59 o60 o61 o62 o63 o64 o65 o66 o67 o68 o69 o70 o71 o72 o73 o74 o75 o76 o77 o78 o79 o80 o81 o82 o83 o84 o85 o86 o87 o88 o89 o90 o91 o92 o93 o94 o95 o96 o97 o98 o99 o100 o101 o102 o103 o104 o105 o106 o107 o108 o109 o110 o111 o112 o113 o114 o115 o116 o117 o118 o119 o120 o121 o122 o123 o124 o125 o126 o127 o128 o129 o130 o131 o132 o133 o134 o135 o136 o137 o138 gr showpage %%Page: 4 4 gs -535.5 1515.6 tr 1 -1 sc 0.063 0.063 sc o0 o1 o2 o3 o4 o5 o6 o7 o8 o9 o10 o11 o12 o13 o14 o15 o16 o17 o18 o19 o20 o21 o22 o23 o24 o25 o26 o27 o28 o29 o30 o31 o32 o33 o34 o35 o36 o37 o38 o39 o40 o41 o42 o43 o44 o45 o46 o47 o48 o49 o50 o51 o52 o53 o54 o55 o56 o57 o58 o59 o60 o61 o62 o63 o64 o65 o66 o67 o68 o69 o70 o71 o72 o73 o74 o75 o76 o77 o78 o79 o80 o81 o82 o83 o84 o85 o86 o87 o88 o89 o90 o91 o92 o93 o94 o95 o96 o97 o98 o99 o100 o101 o102 o103 o104 o105 o106 o107 o108 o109 o110 o111 o112 o113 o114 o115 o116 o117 o118 o119 o120 o121 o122 o123 o124 o125 o126 o127 o128 o129 o130 o131 o132 o133 o134 o135 o136 o137 o138 gr showpage %%Page: 5 5 gs -0.0 2273.4 tr 1 -1 sc 0.063 0.063 sc o0 o1 o2 o3 o4 o5 o6 o7 o8 o9 o10 o11 o12 o13 o14 o15 o16 o17 o18 o19 o20 o21 o22 o23 o24 o25 o26 o27 o28 o29 o30 o31 o32 o33 o34 o35 o36 o37 o38 o39 o40 o41 o42 o43 o44 o45 o46 o47 o48 o49 o50 o51 o52 o53 o54 o55 o56 o57 o58 o59 o60 o61 o62 o63 o64 o65 o66 o67 o68 o69 o70 o71 o72 o73 o74 o75 o76 o77 o78 o79 o80 o81 o82 o83 o84 o85 o86 o87 o88 o89 o90 o91 o92 o93 o94 o95 o96 o97 o98 o99 o100 o101 o102 o103 o104 o105 o106 o107 o108 o109 o110 o111 o112 o113 o114 o115 o116 o117 o118 o119 o120 o121 o122 o123 o124 o125 o126 o127 o128 o129 o130 o131 o132 o133 o134 o135 o136 o137 o138 gr showpage %%Page: 6 6 gs -535.5 2273.4 tr 1 -1 sc 0.063 0.063 sc o0 o1 o2 o3 o4 o5 o6 o7 o8 o9 o10 o11 o12 o13 o14 o15 o16 o17 o18 o19 o20 o21 o22 o23 o24 o25 o26 o27 o28 o29 o30 o31 o32 o33 o34 o35 o36 o37 o38 o39 o40 o41 o42 o43 o44 o45 o46 o47 o48 o49 o50 o51 o52 o53 o54 o55 o56 o57 o58 o59 o60 o61 o62 o63 o64 o65 o66 o67 o68 o69 o70 o71 o72 o73 o74 o75 o76 o77 o78 o79 o80 o81 o82 o83 o84 o85 o86 o87 o88 o89 o90 o91 o92 o93 o94 o95 o96 o97 o98 o99 o100 o101 o102 o103 o104 o105 o106 o107 o108 o109 o110 o111 o112 o113 o114 o115 o116 o117 o118 o119 o120 o121 o122 o123 o124 o125 o126 o127 o128 o129 o130 o131 o132 o133 o134 o135 o136 o137 o138 gr showpage $F2psEnd rs jissa-1.09/doc/vars0100664000076500007650000002567507245262735013267 0ustar krammkrammclass_head The head of the disassembled class $name name of the class $filename *like $name $major major version number of the classfile (usually 45) $minor minor version number of the classfile (usually 3) $class_deprecated a flag. If set, the class is marked as "deprecated" constants_head Head of the class's constant pool $num number of constant pool entries (minus one, as the zero'th element in the constant pool is never set) $pool_count *same as $num [ CONSTANT_Utf8 string entry in constant pool: An utf8-format-string. Not directly printed to output, but stored.(Exceptional case for everthing which begins with "CONSTANT_") $str ascii equivalent of the string (every nonprintable character converted to "_") $constantpool[$i] *same as $str $i index in constant pool CONSTANT_Integer integer entry in constant pool. Like CONSTANT_Utf8, this is not printed directly to output. use "constant". $val Value of the integer. $constantpool[$i] *same as val $i index in constant pool CONSTANT_Float A 32-Bit IEEE78 Floating-Point value. $val the value $sign sign of the value (0: positive, 1: negative) $mantissa mantissa of the value $exponent exponent of the value $constantpool[$i] *same as $val $i index in constant pool CONSTANT_Long A 64-Bit Integer. $val the value $i index in constant pool $constantpool[$i] *same as $val CONSTANT_Class Reference to a class $index index of the string entry in the constant pool which describes the class name. $str name of the class $i index in constant pool $constantpool[$i] *same as $index CONSTANT_String A string. $index index of the string entry in the constant pool which describes the string's contents. $str the string. (looked up) $i index in constant pool $constantpool[$i] *same as $index CONSTANT_Fieldref class, name and type of a field $class_index the index of an constant pool entry where the class is stored. $nt_index the index of an constant pool entry where the name and type descriptor is stored. $i index in constant pool $constantpool1[$i] *same as $classindex $constantpool2[$i] *same as $nt_index CONSTANT_Methodref method, name and type of a method. $class_index index of an contant pool entry describing the corresponding class $nt_index Der index of the constant pool entry describing the name and type. $i index in constant pool $constantpool1[$i] *same as $classindex $constantpool2[$i] *same as $nt_index CONSTANT_InterfaceMethodref class, name and type of an interface. $class_index index of the entry where the correspoding class is defined $nt_index Der index of the constant pool entry describing the name and type. $i index in constant pool $constantpool1[$i] *same as $classindex $constantpool2[$i] *same as $nt_index CONSTANT_NameAndType name and typ (referenced by fieldref, methodref, interfacemethodref) $name_index index of a constant pool entry with the name (as string) $type_index index of a constant pool entry with the type $name name as string (looked up) $type type as string (looked up) $i index in constant pool $constantpool1[$i] *same as $name_index $constantpool2[$i] *same as $type_index constants_seperator seperates all constants constant Eine Konstante im ,,constant pool'' $i Die momentane Position im ,,constant pool'' $value Der Wert der Konstante (Ausgabe eines CONSTANT_*-Modifiers) ] constants_tail end of the "constant pool" access_flags access flags of a class. Every class has these. They will be encountered after the constant pool. $flags short integer of the flags. (like stored in the binary class file) $class_flags *same as $flags $ACC_PUBLIC 1 if true, 0 otherwise $ACC_FINAL $ACC_SUPER $ACC_INTERFACE $ACC_ABSTRACT this_class name of the class $name name of the class (looked up) $this_name *same as $name super_class name of the super class $i index, referencing the constant pool entry which describes the name $name name of the class (looked up) $super_name *same as $name interfaces_head head of the interfaces implemented by the class $num number of the interface $interfaces_count *same as num interface one interface $i index of this interface $index index of the constant pool entry describing the interface $name name of the interface interfaces_separator seperates all interfaces interfaces_tail end of the interfaces list. fields_head head of the fields defined in the class $num number of entries. $fields_count *same as $num [ field a single field $flags rights of the field (public, protected, static etc.), coded as short integer $field_flags like $flags $ACC_PUBLIC $ACC_PRIVATE $ACC_PROTECTED $ACC_STATIC $ACC_FINAL $ACC_VOLATILE $ACC_TRANSIENT $name_index index of the constant pool entry which describes the field $type_index index of the constant pool entry which describes the type of the field $attributes_count number of attributes. A field can have several attributes, which represent extendable language properties $constant_index 0 is no inital value, otherwise an index in the constant pool $name name of the field (looked up) $type type of the field (lookup up) $dim dimension of the field (lookup up) fields_separator seperates the class's fields ] fields_tail ends the field list methods_head starts the methods in the class $num number of methods $methods_count *same as $num [ method_head head of a method (a method constists of throws, arguments and the method code) $name name of the method $flags properties of the method $return returntype of the method $ACC_PUBLIC $ACC_PRIVATE $ACC_PROTECTED $ACC_STATIC $ACC_FINAL $ACC_SYNCHRONIZED $ACC_NATIVE $ACC_ABSTRACT arguments_head starts the method's arguments $return returntype of the method $returndim dimension of the method's returntype arguments_seperator seperates the methods's arguments $return returntype of the method $returndim dimension of the method's returntype argument one argument $arg type of the argument $dim dimension of the argument arguments_tail ends the arguments $return returntype of the method $returndim dimension of the method's returntype throws_head head of the method's throws list. $num number of throws thows_separator seperates the throws throw one throw statement $i number of the throw $index index of the constant pool entry which contains the throw name $name name of the throw (lookup up) throws_tail end of the throw list ops_head starts the bytecode of a method $name Name of the method $max_stack maximal stack space this method will used (specified in the classfile) $max_locals number of variables used $code_count length of the method bytecode [ default (not an op) if there was a switch statement, this will be called at the beginning of the corresponding default block $pos current position in the bytecode $nr current opcode number $linenumber current linenumber (only if the class has debug infos) case (not an op) if there was a switch statement, this will be at every corresponding case $pos current position in the bytecode $nr current opcode number $case number of the case-label $linenumber current linenumber (only if the class has debug infos) label (not an op) A jumplabel $pos current position in the bytecode $nr current opcode number $labelnr Die Nummer des Labels $linenumber current linenumber (only if the class has debug infos) local (not an op) definition of a local variable (only if the class has debug infos) $pos current position in the bytecode $nr current opcode number $linenumber current line number $name_index index in the constant pool: name $type_index index in the constant pool: type $slot register number to apply the name to $start_pc start position of the byte code block where the variable is defined $length length of the byte code block where the variable is defined op One (generic) opcode $pos current position in the bytecode $nr current opcode number $linenumber current linenumber (only if the class has debug infos) $name mnemomic (name) of the opcode $arg[x] x'th argument of the opcode $jump (jumps) relative jump length, in number of opcodes $label (jumps) label the jump goes to $default (switch) the default destination $low (tableswitch) lower bound for the parameter range $high (tableswitch) upper bound for the parameter range $jump[x] (tableswitch) jump adress for value x+$low $num (lookupswitch) number of lookup entries $key[x] (lookupswitch) value of the x'th lookup $jump[x] (lookupswitch) jumpadress of the x'th lookup ops_separator seperates the opcodes ] ops_tail ends the opcodes try_head Start of a try\{ Statement. Subsequent Code will have a handler at adress \$handler_pc installed to catch the exception referenced by \$catch_type_index $start_pc Start of the try block $end_pc End of the try block $handler_pc Handler adress (Start of the catch block, so to say) $catch_type_index Index into the constant pool: What do we catch? try_tail End of a try\{ Statement. The handler will be disalocated $start_pc Start of the try block $end_pc End of the try block $handler_pc Handler adress (Start of the catch block, so to say) $catch_type_index Index into the constant pool: What do we catch? catch A catch is the beginning of a Exception-Handling Routine which corresponds to a try-Block. $start_pc Start of the try block $end_pc End of the try block $handler_pc Handler adress (Start of the catch block, so to say) $catch_type_index Index into the constant pool: What do we catch? localvars_head head of the localvar-debuginfo $locals_count number of local variables localvars_separator seperates local variables localvar $name_index index in the constant pool describing the localvar's name $type_index index in the constant pool describing the localvar's type $slot register number to apply the name to $start_pc start position of the byte code block where the variable is defined $length length of the byte code block where the variable is defined localvars_tail End of the local variable table linenumbers_head Start of the line number table (only if the classfile has debuginfos) linenumbers_separator seperates the linenumbers linenumber A line number block. This means that all opcodes between $start_pc and the subsequent $start_pc will result from source code defined on line $linenumber $start_pc $line_number linenumbers_tail end of the line number table methods_separator Seperates the class's methods ] methods_tail ends the class's methods attributes_head Every class has some (or none) attribues. These describe special properties of the class, e.g. the source file name. $num number of attributes $attributes_count *same as $num [ attribute One single attribute $name name of the attribute $num number of bytes in the attribute's body $b[i] the i-th byte in the attribute's body source_file Name of the class's sourcefile. Not always defined. $name name of the sourcefile $source_name *same as name attributes_separator seperates the attributes ] attributes_tail ends the class's attributes * jissa-1.09/doc/vars.txt0100664000076500007650000003117507245263020014061 0ustar krammkrammclass_head: The head of the disassembled class =========== $name - name of the class $filename - (global:)like $name $major - major version number of the classfile (usually 45) $minor - minor version number of the classfile (usually 3) $class_deprecated - a flag. If set, the class is marked as "deprecated" constants_head: Head of the class's constant pool =============== $num - number of constant pool entries (minus one, as the zero'th element in the constant pool is never set) $pool_count - (global:)same as $num CONSTANT_Utf8: string entry in constant pool: An utf8-format-string. ============== Not directly printed to output, but stored.(Exceptional case for everthing which begins with "CONSTANT_") $str - ascii equivalent of the string (every nonprintable character converted to "_") $constantpool[$i] - (global:)same as $str $i - index in constant pool CONSTANT_Integer: integer entry in constant pool. Like CONSTANT_Utf8, this ================= is not printed directly to output. use "constant". $val - Value of the integer. $constantpool[$i] - (global:)same as val $i - index in constant pool CONSTANT_Float: A 32-Bit IEEE78 Floating-Point value. =============== $val - the value $sign - sign of the value (0: positive, 1: negative) $mantissa - mantissa of the value $exponent - exponent of the value $constantpool[$i] - (global:)same as $val $i - index in constant pool CONSTANT_Long: A 64-Bit Integer. ============== $val - the value $i - index in constant pool $constantpool[$i] - (global:)same as $val CONSTANT_Class: Reference to a class =============== $index - index of the string entry in the constant pool which describes the class name. $str - name of the class $i - index in constant pool $constantpool[$i] - (global:)same as $index CONSTANT_String: A string. ================ $index - index of the string entry in the constant pool which describes the string's contents. $str - the string. (looked up) $i - index in constant pool $constantpool[$i] - (global:)same as $index CONSTANT_Fieldref: class, name and type of a field ================== $class_index - the index of an constant pool entry where the class is stored. $nt_index - the index of an constant pool entry where the name and type descriptor is stored. $i - index in constant pool $constantpool1[$i] - (global:)same as $classindex $constantpool2[$i] - (global:)same as $nt_index CONSTANT_Methodref: method, name and type of a method. =================== $class_index - index of an contant pool entry describing the corresponding class $nt_index - Der index of the constant pool entry describing the name and type. $i - index in constant pool $constantpool1[$i] - (global:)same as $classindex $constantpool2[$i] - (global:)same as $nt_index CONSTANT_InterfaceMethodref: class, name and type of an interface. ============================ $class_index - index of the entry where the correspoding class is defined $nt_index - Der index of the constant pool entry describing the name and type. $i - index in constant pool $constantpool1[$i] - (global:)same as $classindex $constantpool2[$i] - (global:)same as $nt_index CONSTANT_NameAndType: name and typ (referenced by fieldref, methodref, interfacemethodref) ===================== $name_index - index of a constant pool entry with the name (as string) $type_index - index of a constant pool entry with the type $name - name as string (looked up) $type - type as string (looked up) $i - index in constant pool $constantpool1[$i] - (global:)same as $name_index $constantpool2[$i] - (global:)same as $type_index constants_seperator: seperates all constants ==================== constant: Eine Konstante im ,,constant pool'' ========= $i - Die momentane Position im ,,constant pool'' $value - Der Wert der Konstante (Ausgabe eines CONSTANT_*-Modifiers) constants_tail: end of the "constant pool" =============== access_flags: access flags of a class. Every class has these. They will ============= be encountered after the constant pool. $flags - short integer of the flags. (like stored in the binary class file) $class_flags - (global:)same as $flags $ACC_PUBLIC - 1 if true, 0 otherwise $ACC_FINAL - $ACC_SUPER - $ACC_INTERFACE - $ACC_ABSTRACT - this_class: name of the class =========== $name - name of the class (looked up) $this_name - (global:)same as $name super_class: name of the super class ============ $i - index, referencing the constant pool entry which describes the name $name - name of the class (looked up) $super_name - (global:)same as $name interfaces_head: head of the interfaces implemented by the class ================ $num - number of the interface $interfaces_count - (global:)same as num interface: one interface ========== $i - index of this interface $index - index of the constant pool entry describing the interface $name - name of the interface interfaces_separator: seperates all interfaces ===================== interfaces_tail: end of the interfaces list. ================ fields_head: head of the fields defined in the class ============ $num - number of entries. $fields_count - (global:)same as $num field: a single field ====== $flags - rights of the field (public, protected, static etc.), coded as short integer $field_flags - like $flags $ACC_PUBLIC - $ACC_PRIVATE - $ACC_PROTECTED - $ACC_STATIC - $ACC_FINAL - $ACC_VOLATILE - $ACC_TRANSIENT - $name_index - index of the constant pool entry which describes the field $type_index - index of the constant pool entry which describes the type of the field $attributes_count - number of attributes. A field can have several attributes, which represent extendable language properties $constant_index - 0 is no inital value, otherwise an index in the constant pool $name - name of the field (looked up) $type - type of the field (lookup up) $dim - dimension of the field (lookup up) fields_separator: seperates the class's fields ================= fields_tail: ends the field list ============ methods_head: starts the methods in the class ============= $num - number of methods $methods_count - (global:)same as $num method_head: head of a method (a method constists of throws, arguments ============ and the method code) $name - name of the method $flags - properties of the method $return - returntype of the method $ACC_PUBLIC - $ACC_PRIVATE - $ACC_PROTECTED - $ACC_STATIC - $ACC_FINAL - $ACC_SYNCHRONIZED - $ACC_NATIVE - $ACC_ABSTRACT - arguments_head: starts the method's arguments =============== $return - returntype of the method $returndim - dimension of the method's returntype arguments_seperator: seperates the methods's arguments ==================== $return - returntype of the method $returndim - dimension of the method's returntype argument: one argument ========= $arg - type of the argument $dim - dimension of the argument arguments_tail: ends the arguments =============== $return - returntype of the method $returndim - dimension of the method's returntype throws_head: head of the method's throws list. ============ $num - number of throws thows_separator: seperates the throws ================ throw: one throw statement ====== $i - number of the throw $index - index of the constant pool entry which contains the throw name $name - name of the throw (lookup up) throws_tail: end of the throw list ============ ops_head: starts the bytecode of a method ========= $name - Name of the method $max_stack - maximal stack space this method will used (specified in the classfile) $max_locals - number of variables used $code_count - length of the method bytecode default: (not an op) if there was a switch statement, this will be ======== called at the beginning of the corresponding default block $pos - current position in the bytecode $nr - current opcode number $linenumber - current linenumber (only if the class has debug infos) case: (not an op) if there was a switch statement, this will be ===== at every corresponding case $pos - current position in the bytecode $nr - current opcode number $case - number of the case-label $linenumber - current linenumber (only if the class has debug infos) label: (not an op) A jumplabel ====== $pos - current position in the bytecode $nr - current opcode number $labelnr - Die Nummer des Labels $linenumber - current linenumber (only if the class has debug infos) local: (not an op) definition of a local variable (only if the class ====== has debug infos) $pos - current position in the bytecode $nr - current opcode number $linenumber - current line number $name_index - index in the constant pool: name $type_index - index in the constant pool: type $slot - register number to apply the name to $start_pc - start position of the byte code block where the variable is defined $length - length of the byte code block where the variable is defined op: One (generic) opcode === $pos - current position in the bytecode $nr - current opcode number $linenumber - current linenumber (only if the class has debug infos) $name - mnemomic (name) of the opcode $arg[x] - x'th argument of the opcode $jump - (jumps) relative jump length, in number of opcodes $label - (jumps) label the jump goes to $default - (switch) the default destination $low - (tableswitch) lower bound for the parameter range $high - (tableswitch) upper bound for the parameter range $jump[x] - (tableswitch) jump adress for value x+$low $num - (lookupswitch) number of lookup entries $key[x] - (lookupswitch) value of the x'th lookup $jump[x] - (lookupswitch) jumpadress of the x'th lookup ops_separator: seperates the opcodes ============== ops_tail: ends the opcodes ========= try_head: Start of a try\{ Statement. Subsequent Code will have a ========= handler at adress \$handler_pc installed to catch the exception referenced by \$catch_type_index $start_pc - Start of the try block $end_pc - End of the try block $handler_pc - Handler adress (Start of the catch block, so to say) $catch_type_index - Index into the constant pool: What do we catch? try_tail: End of a try\{ Statement. The handler will be disalocated ========= $start_pc - Start of the try block $end_pc - End of the try block $handler_pc - Handler adress (Start of the catch block, so to say) $catch_type_index - Index into the constant pool: What do we catch? catch: A catch is the beginning of a Exception-Handling Routine ====== which corresponds to a try-Block. $start_pc - Start of the try block $end_pc - End of the try block $handler_pc - Handler adress (Start of the catch block, so to say) $catch_type_index - Index into the constant pool: What do we catch? localvars_head: head of the localvar-debuginfo =============== $locals_count - number of local variables localvars_separator: seperates local variables ==================== localvar: $name_index index in the constant pool describing the ========= localvar's name $type_index - index in the constant pool describing the localvar's type $slot - register number to apply the name to $start_pc - start position of the byte code block where the variable is defined $length - length of the byte code block where the variable is defined localvars_tail: End of the local variable table =============== linenumbers_head: Start of the line number table (only if the classfile has ================= debuginfos) linenumbers_separator: seperates the linenumbers ====================== linenumber: A line number block. This means that all opcodes between =========== $start_pc and the subsequent $start_pc will result from source code defined on line $linenumber $start_pc - $line_number - linenumbers_tail: end of the line number table ================= methods_separator: Seperates the class's methods ================== methods_tail: ends the class's methods ============= attributes_head: Every class has some (or none) attribues. These describe ================ special properties of the class, e.g. the source file name. $num - number of attributes $attributes_count - (global:)same as $num attribute: One single attribute ========== $name - name of the attribute $num - number of bytes in the attribute's body $b[i] - the i-th byte in the attribute's body source_file: Name of the class's sourcefile. Not always defined. ============ $name - name of the sourcefile $source_name - (global:)same as name attributes_separator: seperates the attributes ===================== attributes_tail: ends the class's attributes ================ jissa-1.09/doc/vars.tex0100664000076500007650000004211307245263034014041 0ustar krammkramm\begin{tabular}{|l|l|} \hline class\_head & The head of the disassembled class \\ \hline \hline \$name & name of the class \\ \$filename & (global:)like \$name \\ \$major & major version number of the classfile (usually 45) \\ & \\ \$minor & minor version number of the classfile (usually 3) \\ & \\ \$class\_deprecated & a flag. If set, the class is marked as "deprecated" \\ & \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline constants\_head & Head of the class's constant pool \\ \hline \hline \$num & number of constant pool entries (minus one, as the \\ & zero'th element in the constant pool is never set) \\ & \\ \$pool\_count & (global:)same as \$num \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline CONSTANT\_Utf8 & string entry in constant pool: An utf8-format-string. \\ & Not directly printed to output, but stored.(Exceptional \\ & case for everthing which begins with "CONSTANT_") \\ & \\ \hline \hline \$str & ascii equivalent of the string (every nonprintable \\ & character converted to "\_") \\ \$constantpool[\$i] & (global:)same as \$str \\ \$i & index in constant pool \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline CONSTANT\_Integer & integer entry in constant pool. Like CONSTANT_Utf8, \\ & this is not printed directly to output. use "constant". \\ & \\ \hline \hline \$val & Value of the integer. \\ \$constantpool[\$i] & (global:)same as val \\ \$i & index in constant pool \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline CONSTANT\_Float & A 32-Bit IEEE78 Floating-Point value. \\ \hline \hline \$val & the value \\ \$sign & sign of the value (0: positive, 1: negative) \\ \$mantissa & mantissa of the value \\ \$exponent & exponent of the value \\ \$constantpool[\$i] & (global:)same as \$val \\ \$i & index in constant pool \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline CONSTANT\_Long & A 64-Bit Integer. \\ \hline \hline \$val & the value \\ \$i & index in constant pool \\ \$constantpool[\$i] & (global:)same as \$val \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline CONSTANT\_Class & Reference to a class \\ \hline \hline \$index & index of the string entry in the constant pool which \\ & describes the class name. \\ \$str & name of the class \\ \$i & index in constant pool \\ \$constantpool[\$i] & (global:)same as \$index \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline CONSTANT\_String & A string. \\ \hline \hline \$index & index of the string entry in the constant pool which \\ & describes the string's contents. \\ \$str & the string. (looked up) \\ \$i & index in constant pool \\ \$constantpool[\$i] & (global:)same as \$index \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline CONSTANT\_Fieldref & class, name and type of a field \\ \hline \hline \$class\_index & the index of an constant pool entry where the class \\ & is stored. \\ \$nt\_index & the index of an constant pool entry where the name \\ & and type descriptor is stored. \\ \$i & index in constant pool \\ \$constantpool1[\$i] & (global:)same as \$classindex \\ \$constantpool2[\$i] & (global:)same as \$nt\_index \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline CONSTANT\_Methodref & method, name and type of a method. \\ \hline \hline \$class\_index & index of an contant pool entry describing the corresponding \\ & class \\ \$nt\_index & Der index of the constant pool entry describing the \\ & name and type. \\ \$i & index in constant pool \\ \$constantpool1[\$i] & (global:)same as \$classindex \\ \$constantpool2[\$i] & (global:)same as \$nt\_index \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline CONSTANT\_InterfaceMethodref & class, name and type of an interface. \\ \hline \hline \$class\_index & index of the entry where the correspoding class is \\ & defined \\ \$nt\_index & Der index of the constant pool entry describing the \\ & name and type. \\ \$i & index in constant pool \\ \$constantpool1[\$i] & (global:)same as \$classindex \\ \$constantpool2[\$i] & (global:)same as \$nt\_index \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline CONSTANT\_NameAndType & name and typ (referenced by fieldref, methodref, \\ & interfacemethodref) \\ \hline \hline \$name\_index & index of a constant pool entry with the name (as string) \\ & \\ \$type\_index & index of a constant pool entry with the type \\ \$name & name as string (looked up) \\ \$type & type as string (looked up) \\ \$i & index in constant pool \\ \$constantpool1[\$i] & (global:)same as \$name\_index \\ \$constantpool2[\$i] & (global:)same as \$type\_index \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline constants\_seperator & seperates all constants \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline constant & Eine Konstante im ,,constant pool'' \\ \hline \hline \$i & Die momentane Position im ,,constant pool'' \\ \$value & Der Wert der Konstante (Ausgabe eines CONSTANT\_*-Modifiers) \\ & \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline constants\_tail & end of the "constant pool" \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline access\_flags & access flags of a class. Every class has these. They \\ & will be encountered after the constant pool. \\ \hline \hline \$flags & short integer of the flags. (like stored in the binary \\ & class file) \\ \$class\_flags & (global:)same as \$flags \\ \$ACC\_PUBLIC & 1 if true, 0 otherwise \\ \$ACC\_FINAL & \\ \$ACC\_SUPER & \\ \$ACC\_INTERFACE & \\ \$ACC\_ABSTRACT & \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline this\_class & name of the class \\ \hline \hline \$name & name of the class (looked up) \\ \$this\_name & (global:)same as \$name \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline super\_class & name of the super class \\ \hline \hline \$i & index, referencing the constant pool entry which \\ & describes the name \\ \$name & name of the class (looked up) \\ \$super\_name & (global:)same as \$name \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline interfaces\_head & head of the interfaces implemented by the class \\ \hline \hline \$num & number of the interface \\ \$interfaces\_count & (global:)same as num \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline interface & one interface \\ \hline \hline \$i & index of this interface \\ \$index & index of the constant pool entry describing the interface \\ & \\ \$name & name of the interface \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline interfaces\_separator & seperates all interfaces \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline interfaces\_tail & end of the interfaces list. \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline fields\_head & head of the fields defined in the class \\ \hline \hline \$num & number of entries. \\ \$fields\_count & (global:)same as \$num \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline field & a single field \\ \hline \hline \$flags & rights of the field (public, protected, static etc.), \\ & coded as short integer \\ \$field\_flags & like \$flags \\ \$ACC\_PUBLIC & \\ \$ACC\_PRIVATE & \\ \$ACC\_PROTECTED & \\ \$ACC\_STATIC & \\ \$ACC\_FINAL & \\ \$ACC\_VOLATILE & \\ \$ACC\_TRANSIENT & \\ \$name\_index & index of the constant pool entry which describes \\ & the field \\ \$type\_index & index of the constant pool entry which describes \\ & the type of the field \\ \$attributes\_count & number of attributes. A field can have several attributes, \\ & which represent extendable language properties \\ & \\ \$constant\_index & 0 is no inital value, otherwise an index in the constant \\ & pool \\ \$name & name of the field (looked up) \\ \$type & type of the field (lookup up) \\ \$dim & dimension of the field (lookup up) \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline fields\_separator & seperates the class's fields \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline fields\_tail & ends the field list \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline methods\_head & starts the methods in the class \\ \hline \hline \$num & number of methods \\ \$methods\_count & (global:)same as \$num \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline method\_head & head of a method (a method constists of throws, arguments \\ & and the method code) \\ \hline \hline \$name & name of the method \\ \$flags & properties of the method \\ \$return & returntype of the method \\ \$ACC\_PUBLIC & \\ \$ACC\_PRIVATE & \\ \$ACC\_PROTECTED & \\ \$ACC\_STATIC & \\ \$ACC\_FINAL & \\ \$ACC\_SYNCHRONIZED & \\ \$ACC\_NATIVE & \\ \$ACC\_ABSTRACT & \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline arguments\_head & starts the method's arguments \\ \hline \hline \$return & returntype of the method \\ \$returndim & dimension of the method's returntype \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline arguments\_seperator & seperates the methods's arguments \\ \hline \hline \$return & returntype of the method \\ \$returndim & dimension of the method's returntype \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline argument & one argument \\ \hline \hline \$arg & type of the argument \\ \$dim & dimension of the argument \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline arguments\_tail & ends the arguments \\ \hline \hline \$return & returntype of the method \\ \$returndim & dimension of the method's returntype \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline throws\_head & head of the method's throws list. \\ \hline \hline \$num & number of throws \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline thows\_separator & seperates the throws \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline throw & one throw statement \\ \hline \hline \$i & number of the throw \\ \$index & index of the constant pool entry which contains the \\ & throw name \\ \$name & name of the throw (lookup up) \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline throws\_tail & end of the throw list \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline ops\_head & starts the bytecode of a method \\ \hline \hline \$name & Name of the method \\ \$max\_stack & maximal stack space this method will used (specified \\ & in the classfile) \\ \$max\_locals & number of variables used \\ \$code\_count & length of the method bytecode \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline default & (not an op) if there was a switch statement, this will \\ & be called at the beginning of the corresponding default \\ & block \\ \hline \hline \$pos & current position in the bytecode \\ \$nr & current opcode number \\ \$linenumber & current linenumber (only if the class has debug infos) \\ & \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline case & (not an op) if there was a switch statement, this will \\ & be at every corresponding case \\ \hline \hline \$pos & current position in the bytecode \\ \$nr & current opcode number \\ \$case & number of the case-label \\ \$linenumber & current linenumber (only if the class has debug infos) \\ & \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline label & (not an op) A jumplabel \\ \hline \hline \$pos & current position in the bytecode \\ \$nr & current opcode number \\ \$labelnr & Die Nummer des Labels \\ \$linenumber & current linenumber (only if the class has debug infos) \\ & \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline local & (not an op) definition of a local variable (only if \\ & the class has debug infos) \\ \hline \hline \$pos & current position in the bytecode \\ \$nr & current opcode number \\ \$linenumber & current line number \\ \$name\_index & index in the constant pool: name \\ \$type\_index & index in the constant pool: type \\ \$slot & register number to apply the name to \\ \$start\_pc & start position of the byte code block where the variable \\ & is defined \\ \$length & length of the byte code block where the variable is \\ & defined \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline op & One (generic) opcode \\ \hline \hline \$pos & current position in the bytecode \\ \$nr & current opcode number \\ \$linenumber & current linenumber (only if the class has debug infos) \\ & \\ \$name & mnemomic (name) of the opcode \\ \$arg[x] & x'th argument of the opcode \\ \$jump & (jumps) relative jump length, in number of opcodes \\ & \\ \$label & (jumps) label the jump goes to \\ \$default & (switch) the default destination \\ \$low & (tableswitch) lower bound for the parameter range \\ & \\ \$high & (tableswitch) upper bound for the parameter range \\ & \\ \$jump[x] & (tableswitch) jump adress for value x+\$low \\ \$num & (lookupswitch) number of lookup entries \\ \$key[x] & (lookupswitch) value of the x'th lookup \\ \$jump[x] & (lookupswitch) jumpadress of the x'th lookup \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline ops\_separator & seperates the opcodes \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline ops\_tail & ends the opcodes \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline try\_head & Start of a try\{ Statement. Subsequent Code will \\ & have a handler at adress \$handler_pc installed \\ & to catch the exception referenced by \$catch_type_index \\ & \\ \hline \hline \$start\_pc & Start of the try block \\ \$end\_pc & End of the try block \\ \$handler\_pc & Handler adress (Start of the catch block, so to say) \\ & \\ \$catch\_type\_index & Index into the constant pool: What do we catch? \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline try\_tail & End of a try\{ Statement. The handler will be disalocated \\ & \\ \hline \hline \$start\_pc & Start of the try block \\ \$end\_pc & End of the try block \\ \$handler\_pc & Handler adress (Start of the catch block, so to say) \\ & \\ \$catch\_type\_index & Index into the constant pool: What do we catch? \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline catch & A catch is the beginning of a Exception-Handling \\ & Routine which corresponds to a try-Block. \\ \hline \hline \$start\_pc & Start of the try block \\ \$end\_pc & End of the try block \\ \$handler\_pc & Handler adress (Start of the catch block, so to say) \\ & \\ \$catch\_type\_index & Index into the constant pool: What do we catch? \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline localvars\_head & head of the localvar-debuginfo \\ \hline \hline \$locals\_count & number of local variables \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline localvars\_separator & seperates local variables \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline localvar & $name_index index in the constant pool describing \\ & the localvar's name \\ \hline \hline \$type\_index & index in the constant pool describing the localvar's \\ & type \\ \$slot & register number to apply the name to \\ \$start\_pc & start position of the byte code block where the variable \\ & is defined \\ \$length & length of the byte code block where the variable is \\ & defined \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline localvars\_tail & End of the local variable table \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline linenumbers\_head & Start of the line number table (only if the classfile \\ & has debuginfos) \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline linenumbers\_separator & seperates the linenumbers \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline linenumber & A line number block. This means that all opcodes between \\ & $start_pc and the subsequent $start_pc will result \\ & from source code defined on line $linenumber \\ \hline \hline \$start\_pc & \\ \$line\_number & \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline linenumbers\_tail & end of the line number table \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline methods\_separator & Seperates the class's methods \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline methods\_tail & ends the class's methods \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline attributes\_head & Every class has some (or none) attribues. These describe \\ & special properties of the class, e.g. the source \\ & file name. \\ \hline \hline \$num & number of attributes \\ \$attributes\_count & (global:)same as \$num \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline attribute & One single attribute \\ \hline \hline \$name & name of the attribute \\ \$num & number of bytes in the attribute's body \\ \$b[i] & the i-th byte in the attribute's body \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline source\_file & Name of the class's sourcefile. Not always defined. \\ & \\ \hline \hline \$name & name of the sourcefile \\ \$source\_name & (global:)same as name \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline attributes\_separator & seperates the attributes \\ \hline \end{tabular} \\[1ex] \begin{tabular}{|l|l|} \hline attributes\_tail & ends the class's attributes \\ \hline \end{tabular} \\[1ex] jissa-1.09/doc/generate-txt.pl0100664000076500007650000000376507245262500015317 0ustar krammkramm# will generate vars.txt from vars sub cascade() { $_=$b; split " "; $b=""; $i=0; foreach(@_) { $b.=$_." "; $i+=length $_; if($i>45) { $b.="\n"; $i=0; } } } { open(fi,"vars"); open(ini,">test.ini"); open(tex,">vars.txt"); print ini "*******************************************\n"; $x=; $level=0; while($x && !($x =~ "\\*.*")) { if(!($x =~ /[a-zA-Z]/)) { $x=; } print $x; while(($x =~ "\\]") || ($x =~ "\\[")) { if($x =~ "\\[") {$level++;} else {$level--;} $x=; }; if($x =~ "\\*.*") {last;} #print ">***********************************\n"; #print $x; #print "<***********************************\n"; $name=$x; $description=; $n=$name; $b=$description; cascade(); $description=$b; #print tex "--"x$level; chop $n; print tex "$n: "; @rr=split(/\n/,$description); print tex $rr[0]."\n"; print tex ("="x(1+length $n)); print tex " ".$rr[1]."\n"; for($i=2;$i<@rr;$i++) { print tex (" "x(1+length $n)); print tex " ".$rr[$i]."\n"; } $x=; $did=0; while($x && ($x =~ " .*")) { if($x =~ "//.*") { $value=$x; } else { $_=$x; split " "; $a=$_[0]; $_[0]=""; $b = ""; foreach(@_) { $b.=$_." "; } $b =~ s/[^ ]* //; cascade(); if(!$did) { print tex <; } chop $name; $value =~ s|//||; print ini "$name $value"; print tex <40) { $b.="\\\\ & "; $i=0; } } } { open(fi,"vars"); open(ini,">test.ini"); open(tex,">vars.tex"); print ini "*******************************************\n"; $x=; $level=0; while($x && !($x =~ "\\*.*")) { if(!($x =~ /[a-zA-Z]/)) { $x=; } print $x; while(($x =~ "\\]") || ($x =~ "\\[")) { if($x =~ "\\[") {$level++;} else {$level--;} $x=; }; if($x =~ "\\*.*") {last;} #print ">***********************************\n"; #print $x; #print "<***********************************\n"; $name=$x; $description=; $n=$name; $n =~ s/\$/\\\$/g; $n =~ s/_/\\_/g; $b=$description; cascade(); $description=$b; #print tex "--"x$level; print tex <; $did=0; while($x && ($x =~ " .*")) { if($x =~ "//.*") { $value=$x; } else { $_=$x; split " "; $a=$_[0]; $_[0]=""; $b = ""; foreach(@_) { $b.=$_." "; } $b =~ s/[^ ]* //; cascade(); if(!$did) { print tex <; } chop $name; $value =~ s|//||; print ini "$name $value"; if($did) {print tex "\\hline\n";} print tex <" ireturn "ireturn" return "return" invokespecial "invokespecial <$arg[0]>" jissa-1.09/examples/simple/Makefile.in0100664000076500007650000000021307210427426016745 0ustar krammkrammall: javac -g Apple.java ../../jissa -i "../../etc;../../lib" Apple.class apple.fmt > apple.jissa @echo wrote output to apple.jissa! jissa-1.09/examples/simple/Apple.java0100664000076500007650000000010707205540501016600 0ustar krammkrammclass Apple { public int peanut(int a,int b) { return a+b+77; } } jissa-1.09/examples/complex/0040775000076500007650000000000007245267702015074 5ustar krammkrammjissa-1.09/examples/complex/Makefile.in0100664000076500007650000000021607210427350017122 0ustar krammkrammall: javac -g Hello.java ../../jissa -i "../../etc;../../lib" Hello.class readable.fmt > Hello.jissa @echo wrote output to Hello.jissa! jissa-1.09/examples/complex/Hello.java0100664000076500007650000000106207220406270016762 0ustar krammkrammpublic class Hello { int f[][]; Hello self[]=new Hello[10]; final int ii=3; public Hello() {} public Hello(int a) {} public Hello(double b) {} public void init() {} public int foo(int a) { Hello h2=new Hello(); int b=a; switch(a) { case 1: b=0; break; case 20: b=1; break; case 300: b=3; break; case 4000: b=0; break; default: b=3; break; } try { b+=a; } catch(Error e) { b-=a; } return b; } public int[] foo2(int a[],double b, Hello c) { return a; } } jissa-1.09/examples/funktional/0040775000076500007650000000000007245267702015577 5ustar krammkrammjissa-1.09/examples/funktional/Makefile.in0100664000076500007650000000022007210427407017623 0ustar krammkrammall: javac -g Hello.java ../../jissa -i "../../etc;../../lib" Hello.class funktional.fmt > Hello.jissa @echo wrote output to Hello.jissa! jissa-1.09/examples/funktional/Hello.java0100664000076500007650000000034707205540502017472 0ustar krammkrammpublic class Hello { int c=3; public int bar(int c) { return foo(c,this); } public int foo(int a,Hello h) { int b = a; try { b = c; } catch(Error e) { h = this; } return a+b+c; } } jissa-1.09/examples/jasmin/0040775000076500007650000000000007245267702014706 5ustar krammkrammjissa-1.09/examples/jasmin/Makefile.in0100664000076500007650000000035207210427421016734 0ustar krammkrammall: javac -g Hello.java ../../jissa -i "../../etc;../../lib" Hello.class map.fmt > Hello.j jasmin `pwd`/Hello.j ../../jissa -i "../../etc;../../lib" Hello.class readable.fmt > Hello.jissa @echo wrote output to Hello.jissa! jissa-1.09/examples/jasmin/Hello.java0100664000076500007650000000060007205540502016571 0ustar krammkrammpublic class Hello { int f[][]; Hello self[]=new Hello[10]; final int ii=3; public Hello() {} public Hello(int a) {} public Hello(double b) {} public void init() {} public int foo(int a) { Hello h2=new Hello(); int b=2; if(a>30) { int c=3; b=c; } return b; } public int[] foo2(int a[],double b, Hello c) { return a; } } jissa-1.09/examples/jasmin/map.fmt0100664000076500007650000000016307205540502016154 0ustar krammkramm$NEWLINE="\n\t\t"; ************************** include jasmin.inc iconst_3 " bipush 3 $NEWLINE nop $NEWLINE nop" jissa-1.09/examples/structural/0040775000076500007650000000000007245267702015635 5ustar krammkrammjissa-1.09/examples/structural/Makefile.in0100664000076500007650000000000007210427632017655 0ustar krammkrammjissa-1.09/examples/structural/MyClass.java0100664000076500007650000000015707206022257020042 0ustar krammkrammpublic class MyClass { public static void main (String argv[]) { System.out.println("Hello World"); } } jissa-1.09/configure0100775000076500007650000006472407220413324013512 0ustar krammkramm#! /bin/sh # Guess values for system-dependent variables and create Makefiles. # Generated automatically using autoconf version 2.14.1 # Copyright (C) 1992, 93, 94, 95, 96 Free Software Foundation, Inc. # # This configure script is free software; the Free Software Foundation # gives unlimited permission to copy, distribute and modify it. # Defaults: ac_help= ac_default_prefix=/usr/local # Any additions from configure.in: # Initialize some variables set by options. # The variables have the same names as the options, with # dashes changed to underlines. build=NONE cache_file=./config.cache exec_prefix=NONE host=NONE no_create= nonopt=NONE no_recursion= prefix=NONE program_prefix=NONE program_suffix=NONE program_transform_name=s,x,x, silent= site= srcdir= target=NONE verbose= x_includes=NONE x_libraries=NONE bindir='${exec_prefix}/bin' sbindir='${exec_prefix}/sbin' libexecdir='${exec_prefix}/libexec' datadir='${prefix}/share' sysconfdir='${prefix}/etc' sharedstatedir='${prefix}/com' localstatedir='${prefix}/var' libdir='${exec_prefix}/lib' includedir='${prefix}/include' oldincludedir='/usr/include' infodir='${prefix}/info' mandir='${prefix}/man' # Initialize some other variables. subdirs= MFLAGS= MAKEFLAGS= SHELL=${CONFIG_SHELL-/bin/sh} # Maximum number of lines to put in a shell here document. ac_max_here_lines=12 ac_prev= for ac_option do # If the previous option needs an argument, assign it. if test -n "$ac_prev"; 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