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This project aims to build a command line tool that can create HTML view with syntax highlighted source code. It uses Jedit syntax highlighting engine and support all languages that are supported in JEdit. Which are currently: ActionScript, Ada 95, ANTLR, Apache HTTPD, APDL, AppleScript, ASP, Aspect-J, Assembly, AWK, B formal method, Batch, BBj, BCEL, BibTeX, C, C++, C#, CHILL, CIL, COBOL, ColdFusion, CSS, CVS Commit, D, DOxygen, DSSSL, Eiffel, EmbPerl, Erlang, Factor, Fortran, Foxpro, FreeMarker, Fortran, Gettext, Groovy, Haskell, HTML, Icon, IDL, Inform, INI, Inno Setup, Informix 4GL, Interlis, Io, Java, JavaScript, JCL, JHTML, JMK, JSP, Latex, Lilypond, Lisp, LOTOS, Lua, Makefile, Maple, ML, Modula-3, MoinMoin, MQSC, NetRexx, NQC, NSIS2, Objective C, ObjectRexx, Occam, Omnimark, Parrot, Pascal, Patch, Perl, PHP, Pike, PL-SQL, PL/I, Pop11, PostScript, Povray, PowerDynamo, Progress 4GL, Prolog, Properties, PSP, PV-WAVE, Pyrex, Python, REBOL, Redcode, Relax-NG, RelationalView, Rest, Rib, RPM spec, RTF, Ruby, Ruby-HTML, RView, S+, S#, SAS, Scheme, SDL/PL, SGML, Shell Script, SHTML, Smalltalk, SMI MIB, SQR, Squidconf, SVN Commit, Swig, TCL, TeX, Texinfo, TPL, Transact-SQL, UnrealScript, VBScript, Velocity, Verilog, VHDL, XML, XSL, ZPT

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<?xml version="1.0"?>
<!DOCTYPE MODE SYSTEM "xmode.dtd">

<!--

	redcode syntax highlighting file for jedit

	Will Varfar, 2002

-->

<MODE>

	<PROPS>
		<PROPERTY NAME="lineComment" VALUE=";" />
	</PROPS>

	<RULES HIGHLIGHT_DIGITS="TRUE" DEFAULT="MARKUP" IGNORE_CASE="TRUE">

	    <EOL_SPAN TYPE="COMMENT2">;redcode</EOL_SPAN>
	    <EOL_SPAN TYPE="COMMENT2">;author</EOL_SPAN>
	    <EOL_SPAN TYPE="COMMENT2">;name</EOL_SPAN>
	    <EOL_SPAN TYPE="COMMENT2">;strategy</EOL_SPAN>
	    <EOL_SPAN TYPE="COMMENT2">;password</EOL_SPAN>
	    <EOL_SPAN TYPE="COMMENT1">;</EOL_SPAN>

		<SEQ TYPE="KEYWORD3">.AB</SEQ> <!-- Instructions read the A-field of the A-instruction  and the B-field of the B-instruction and write to B-fields. -->
		<SEQ TYPE="KEYWORD3">.BA</SEQ> <!-- Instructions read the B-field of the A-instruction  and the A-field of the B-instruction and write to A-fields. -->
		<SEQ TYPE="KEYWORD3">.A</SEQ> <!--Instructions read and write A-fields. -->
		<SEQ TYPE="KEYWORD3">.B</SEQ> <!-- Instructions read and write B-fields. -->
		<SEQ TYPE="KEYWORD3">.F</SEQ> <!-- Instructions read both A- and B-fields of  the  the  A- and  B-instruction and write to both A- and B-fields (A to A and B to B). -->
		<SEQ TYPE="KEYWORD3">.X</SEQ> <!-- Instructions read both A- and B-fields of  the  the  A- and  B-instruction  and  write  to both A- and B-fields exchanging fields (A to B and B to A). -->
		<SEQ TYPE="KEYWORD3">.I</SEQ> <!-- Instructions read and write entire instructions. -->

		<SEQ TYPE="OPERATOR">,</SEQ>
		<SEQ TYPE="OPERATOR">:</SEQ>
		<SEQ TYPE="OPERATOR">(</SEQ>
		<SEQ TYPE="OPERATOR">)</SEQ>

		<!-- Arithmetic: -->
		<SEQ TYPE="OPERATOR">+</SEQ>   <!-- addition or unary plus -->
		<SEQ TYPE="OPERATOR">-</SEQ>   <!-- subtraction or unary minus -->
		<SEQ TYPE="OPERATOR">/</SEQ>   <!-- division -->
		<SEQ TYPE="OPERATOR">%</SEQ>   <!-- modulo (remainder of division) -->

		<!-- Comparison (*): -->
		<SEQ TYPE="OPERATOR">==</SEQ>  <!-- equality -->
		<SEQ TYPE="OPERATOR">!=</SEQ>  <!-- inequality -->
		<SEQ TYPE="OPERATOR">&lt;=</SEQ>  <!-- less than or equal -->
		<SEQ TYPE="OPERATOR">&gt;=</SEQ>  <!-- greater than or equal -->
		<SEQ TYPE="OPERATOR">&lt;</SEQ>   <!-- less than -->
		<SEQ TYPE="OPERATOR">&gt;</SEQ>   <!-- greater than -->

		<!-- Logical (*): -->
		<SEQ TYPE="OPERATOR">&amp;&amp;</SEQ>  <!-- and -->
		<SEQ TYPE="OPERATOR">||</SEQ>  <!-- or -->
		<SEQ TYPE="OPERATOR">!</SEQ>   <!-- unary negation -->

		<!-- Assignment (*): -->
		<SEQ TYPE="OPERATOR">=</SEQ>   <!-- (to register variables a..z) -->


		<SEQ TYPE="LITERAL1">$</SEQ>
		<SEQ TYPE="LITERAL1">@</SEQ>
		<SEQ TYPE="LITERAL1">#</SEQ>
		<SEQ TYPE="LITERAL1">*</SEQ>
		<SEQ TYPE="LITERAL1">{</SEQ>
		<SEQ TYPE="LITERAL1">}</SEQ>

		<KEYWORDS>

			<LITERAL2>CORESIZE</LITERAL2> <!-- value of -s parameter (default: 8000) -->
			<LITERAL2>MAXPROCESSES</LITERAL2> <!-- value of -p parameter (default: 8000) -->
			<LITERAL2>MAXCYCLES</LITERAL2> <!-- value of -c parameter (default: 80000) -->
			<LITERAL2>MAXLENGTH</LITERAL2> <!-- value of -l parameter (default: 100) -->
			<LITERAL2>MINDISTANCE</LITERAL2> <!-- value of -d parameter (default: 100) -->
			<LITERAL2>ROUNDS</LITERAL2> <!-- (+) value of -r parameter (default: 1) -->
			<LITERAL2>PSPACESIZE</LITERAL2> <!-- (+) value of -S parameter (default: 1/16th CORESIZE) -->
			<LITERAL2>CURLINE</LITERAL2> <!-- current line in generated assembly (starts with 0) -->
			<LITERAL2>VERSION</LITERAL2> <!-- pMARS version ("60" is v0.6.0) -->
			<LITERAL2>WARRIORS</LITERAL2> <!-- number of warriors specified on command line -->

			<KEYWORD1>DAT</KEYWORD1> <!-- terminate process -->
			<KEYWORD1>MOV</KEYWORD1> <!-- move from A to B -->
			<KEYWORD1>ADD</KEYWORD1> <!-- add A to B, store result in B -->
			<KEYWORD1>SUB</KEYWORD1> <!-- subtract A from B, store result in B -->
			<KEYWORD1>MUL</KEYWORD1> <!-- multiply A by B, store result in B -->
			<KEYWORD1>DIV</KEYWORD1> <!-- divide B by A, store result in B if A <> 0, else terminate -->
			<KEYWORD1>MOD</KEYWORD1> <!-- divide B by A, store remainder in B if A <> 0, else terminate -->
			<KEYWORD1>JMP</KEYWORD1> <!-- transfer execution to A -->
			<KEYWORD1>JMZ</KEYWORD1> <!-- transfer execution to A if B is zero -->
			<KEYWORD1>JMN</KEYWORD1> <!-- transfer execution to A if B is non-zero -->
			<KEYWORD1>DJN</KEYWORD1> <!-- decrement B, if B is non-zero, transfer execution to A -->
			<KEYWORD1>SPL</KEYWORD1> <!-- split off process to A -->
			<KEYWORD1>SLT</KEYWORD1> <!-- skip next instruction if A is less than B -->
			<KEYWORD1>CMP</KEYWORD1> <!-- same as SEQ -->
			<KEYWORD1>SEQ</KEYWORD1> <!-- (*) Skip next instruction if A is equal to B -->
			<KEYWORD1>SNE</KEYWORD1> <!-- (*) Skip next instruction if A is not equal to B -->
			<KEYWORD1>NOP</KEYWORD1> <!-- (*) No operation -->
			<KEYWORD1>LDP</KEYWORD1> <!-- (+) Load P-space cell A into core address B -->
			<KEYWORD1>STP</KEYWORD1> <!-- (+) Store A-number into P-space cell B -->

			<KEYWORD2>EQU</KEYWORD2>
			<KEYWORD2>ORG</KEYWORD2>
			<KEYWORD2>FOR</KEYWORD2>
			<KEYWORD2>ROF</KEYWORD2>
			<KEYWORD2>END</KEYWORD2>
			<KEYWORD2>PIN</KEYWORD2>
			<KEYWORD2>CORESIZE</KEYWORD2> <!-- value of -s parameter (default: 8000) -->
			<KEYWORD2>MAXPROCESSES</KEYWORD2> <!-- value of -p parameter (default: 8000) -->
			<KEYWORD2>MAXCYCLES</KEYWORD2> <!-- value of -c parameter (default: 80000) -->
			<KEYWORD2>MAXLENGTH</KEYWORD2> <!-- value of -l parameter (default: 100) -->
			<KEYWORD2>MINDISTANCE</KEYWORD2> <!-- value of -d parameter (default: 100) -->
			<KEYWORD2>ROUNDS</KEYWORD2> <!-- (+) value of -r parameter (default: 1) -->
			<KEYWORD2>PSPACESIZE</KEYWORD2> <!-- (+) value of -S parameter (default: 1/16th CORESIZE) -->
			<KEYWORD2>CURLINE</KEYWORD2> <!-- current line in generated assembly (starts with 0) -->
			<KEYWORD2>VERSION</KEYWORD2> <!-- pMARS version ("60" is v0.6.0) -->
			<KEYWORD2>WARRIORS</KEYWORD2> <!-- number of warriors specified on command line -->

		</KEYWORDS>

	</RULES>

</MODE>