jEdit example source code file (hlsl.xml)
The jEdit hlsl.xml source code<?xml version="1.0"?>
<!DOCTYPE MODE SYSTEM "xmode.dtd">
<MODE>
<!--
DirectX FX Files Syntax Highlighting (Edit Mode) for jEdit
Including: Preprocessor, HLSL and Shader Assembler up to shader version 3.0
Author: Adam Sawicki
- Homepage: http://regedit.gamedev.pl/
- E-mail: sawickiap@poczta.onet.pl
- IRC: #warsztat @ PolNet
- Gadu-Gadu: 2272474
-->
<PROPS>
<PROPERTY NAME="commentStart" VALUE="/*" />
<PROPERTY NAME="commentEnd" VALUE="*/" />
<PROPERTY NAME="lineComment" VALUE="//" />
<PROPERTY NAME="wordBreakChars" VALUE=".,+-*/=<>?^&[]{}" />
<!-- Auto indent -->
<PROPERTY NAME="indentOpenBrackets" VALUE="{" />
<PROPERTY NAME="indentCloseBrackets" VALUE="}" />
<PROPERTY NAME="indentNextLine" VALUE="\s*(((if|while)\s*\(|else\s*|else\s+if\s*\(|for\s*\(.*\))[^{;]*)" />
<PROPERTY NAME="doubleBracketIndent" VALUE="false" />
<PROPERTY NAME="lineUpClosingBracket" VALUE="true" />
</PROPS>
<RULES
IGNORE_CASE="FALSE"
HIGHLIGHT_DIGITS="TRUE"
DIGIT_RE="((0[xX][0-9a-fA-F]+|\d+)[uUIL]?|\d+([eE]\d*)?[hHfF]?)">
<!-- C style comment -->
<SPAN TYPE="COMMENT1">
<BEGIN>/*
<END>*/
</SPAN>
<SPAN TYPE="LITERAL1" ESCAPE="\" NO_LINE_BREAK="TRUE">
<BEGIN>"
<END>"
</SPAN>
<SPAN TYPE="LITERAL1" ESCAPE="\" NO_LINE_BREAK="TRUE">
<BEGIN>'
<END>'
</SPAN>
<!-- preprocessor statements -->
<SEQ TYPE="KEYWORD2">##
<SEQ TYPE="KEYWORD2">#@
<EOL_SPAN TYPE="KEYWORD2" DELEGATE="Preprocessor">#
<!-- asm -->
<SPAN AT_WORD_START="TRUE" EXCLUDE_MATCH="FALSE" TYPE="KEYWORD1" DELEGATE="Asm">
<BEGIN>asm
<END>}
</SPAN>
<SPAN AT_WORD_START="TRUE" EXCLUDE_MATCH="FALSE" TYPE="KEYWORD1" DELEGATE="Asm">
<BEGIN>ASM
<END>}
</SPAN>
<SPAN AT_WORD_START="TRUE" EXCLUDE_MATCH="FALSE" TYPE="KEYWORD1" DELEGATE="Asm">
<BEGIN>Asm
<END>}
</SPAN>
<SPAN AT_WORD_START="TRUE" EXCLUDE_MATCH="FALSE" TYPE="KEYWORD1" DELEGATE="Asm">
<BEGIN>asm_fragment
<END>}
</SPAN>
<!-- C style comment -->
<EOL_SPAN TYPE="COMMENT2">//
<!-- Operators - multi character -->
<SEQ TYPE="OPERATOR">++
<SEQ TYPE="OPERATOR">--
<SEQ TYPE="OPERATOR">&&
<SEQ TYPE="OPERATOR">||
<SEQ TYPE="OPERATOR">==
<SEQ TYPE="OPERATOR">::
<SEQ TYPE="OPERATOR"><<
<SEQ TYPE="OPERATOR"><<=
<SEQ TYPE="OPERATOR">>>
<SEQ TYPE="OPERATOR">>>=
<SEQ TYPE="OPERATOR">...
<SEQ TYPE="OPERATOR"><=
<SEQ TYPE="OPERATOR">>=
<SEQ TYPE="OPERATOR">!=
<SEQ TYPE="OPERATOR">*=
<SEQ TYPE="OPERATOR">/=
<SEQ TYPE="OPERATOR">+=
<SEQ TYPE="OPERATOR">-=
<SEQ TYPE="OPERATOR">%=
<SEQ TYPE="OPERATOR">&=
<SEQ TYPE="OPERATOR">|=
<SEQ TYPE="OPERATOR">^=
<SEQ TYPE="OPERATOR">->
<!-- Operators - single characters -->
<SEQ TYPE="OPERATOR">}
<SEQ TYPE="OPERATOR">{
<SEQ TYPE="OPERATOR">+
<SEQ TYPE="OPERATOR">-
<SEQ TYPE="OPERATOR">*
<SEQ TYPE="OPERATOR">/
<SEQ TYPE="OPERATOR">%
<SEQ TYPE="OPERATOR">=
<SEQ TYPE="OPERATOR"><
<SEQ TYPE="OPERATOR">>
<SEQ TYPE="OPERATOR">!
<!-- Function calls -->
<MARK_PREVIOUS TYPE="FUNCTION" EXCLUDE_MATCH="TRUE">(
<!-- Swizzle operator for vectors/scalars (a.xyzw OR b.rgba), matrices (c._m00_m01 OR d._11_12) indexing -->
<SEQ_REGEXP TYPE="OPERATOR" HASH_CHAR=".">.(([xyzw]{1,4})|([rgba]{1,4})|((_m[0123][0123])+)|((_[1234][1234])+))(?!\p{Alnum})
<!-- Atomic, but complex types -->
<SEQ_REGEXP TYPE="KEYWORD2" AT_WORD_START="TRUE" HASH_CHAR="bool">bool[1234](x[1234])?\b
<SEQ_REGEXP TYPE="KEYWORD2" AT_WORD_START="TRUE" HASH_CHAR="int">int[1234](x[1234])?\b
<SEQ_REGEXP TYPE="KEYWORD2" AT_WORD_START="TRUE" HASH_CHAR="half">half[1234](x[1234])?\b
<SEQ_REGEXP TYPE="KEYWORD2" AT_WORD_START="TRUE" HASH_CHAR="float">float[1234](x[1234])?\b
<SEQ_REGEXP TYPE="KEYWORD2" AT_WORD_START="TRUE" HASH_CHAR="double">double[1234](x[1234])?\b
<!-- Semantics -->
<SEQ_REGEXP TYPE="KEYWORD1" HASH_CHAR=":">:\s*(register\s*\(\w+(\s*\,\s*\w+\s*)?\)|\w+)
<KEYWORDS>
<!-- Control flow keywords -->
<KEYWORD1>discard
<KEYWORD1>do
<KEYWORD1>else
<KEYWORD1>for
<KEYWORD1>if
<KEYWORD1>return
<KEYWORD1>typedef
<KEYWORD1>while
<!-- Other keywords -->
<KEYWORD1>compile
<KEYWORD1>compile_fragment
<KEYWORD1>register
<KEYWORD1>sampler_state
<KEYWORD1>stateblock_state
<KEYWORD1>technique
<KEYWORD1>Technique
<KEYWORD1>TECHNIQUE
<KEYWORD1>pass
<KEYWORD1>Pass
<KEYWORD1>PASS
<KEYWORD1>decl
<KEYWORD1>Decl
<KEYWORD1>DECL
<!-- Atomic type keywords -->
<KEYWORD2>void
<KEYWORD2>bool
<KEYWORD2>int
<KEYWORD2>half
<KEYWORD2>float
<KEYWORD2>double
<KEYWORD2>vector
<KEYWORD2>matrix
<!-- Object type keywords -->
<KEYWORD3>string
<KEYWORD3>texture
<KEYWORD3>texture1D
<KEYWORD3>texture2D
<KEYWORD3>texture3D
<KEYWORD3>textureCUBE
<KEYWORD3>sampler
<KEYWORD3>sampler1D
<KEYWORD3>sampler2D
<KEYWORD3>sampler3D
<KEYWORD3>samplerCUBE
<KEYWORD3>pixelfragment
<KEYWORD3>vertexfragment
<KEYWORD3>pixelshader
<KEYWORD3>vertexshader
<KEYWORD3>stateblock
<KEYWORD3>struct
<!-- Usage keywords -->
<KEYWORD4>static
<KEYWORD4>uniform
<KEYWORD4>extern
<KEYWORD4>volatile
<KEYWORD4>inline
<KEYWORD4>shared
<KEYWORD4>const
<KEYWORD4>row_major
<KEYWORD4>column_major
<KEYWORD4>in
<KEYWORD4>inout
<KEYWORD4>out
<!-- Literals -->
<LITERAL1>false
<LITERAL1>true
<LITERAL1>NULL
<!-- Intrinsic functions -->
<LITERAL2>abs
<LITERAL2>acos
<LITERAL2>all
<LITERAL2>any
<LITERAL2>asin
<LITERAL2>atan
<LITERAL2>atan2
<LITERAL2>ceil
<LITERAL2>clamp
<LITERAL2>clip
<LITERAL2>cos
<LITERAL2>cosh
<LITERAL2>cross
<LITERAL2>D3DCOLORtoUBYTE4
<LITERAL2>ddx
<LITERAL2>ddy
<LITERAL2>degrees
<LITERAL2>determinant
<LITERAL2>distance
<LITERAL2>dot
<LITERAL2>exp
<LITERAL2>exp2
<LITERAL2>faceforward
<LITERAL2>floor
<LITERAL2>fmod
<LITERAL2>frac
<LITERAL2>frexp
<LITERAL2>fwidth
<LITERAL2>isfinite
<LITERAL2>isinf
<LITERAL2>isnan
<LITERAL2>ldexp
<LITERAL2>length
<LITERAL2>lerp
<LITERAL2>lit
<LITERAL2>log
<LITERAL2>log10
<LITERAL2>log2
<LITERAL2>max
<LITERAL2>min
<LITERAL2>modf
<LITERAL2>mul
<LITERAL2>noise
<LITERAL2>normalize
<LITERAL2>pow
<LITERAL2>radians
<LITERAL2>reflect
<LITERAL2>refract
<LITERAL2>round
<LITERAL2>rsqrt
<LITERAL2>saturate
<LITERAL2>sign
<LITERAL2>sin
<LITERAL2>sincos
<LITERAL2>sinh
<LITERAL2>smoothstep
<LITERAL2>sqrt
<LITERAL2>step
<LITERAL2>tan
<LITERAL2>tanh
<LITERAL2>transpose
<!-- Intrinsic functions - sampling -->
<LITERAL3>tex1D
<LITERAL3>tex1Dgrad
<LITERAL3>tex1Dbias
<LITERAL3>tex1Dgrad
<LITERAL3>tex1Dlod
<LITERAL3>tex1Dproj
<LITERAL3>tex2D
<LITERAL3>tex2D
<LITERAL3>tex2Dbias
<LITERAL3>tex2Dgrad
<LITERAL3>tex2Dlod
<LITERAL3>tex2Dproj
<LITERAL3>tex3D
<LITERAL3>tex3D
<LITERAL3>tex3Dbias
<LITERAL3>tex3Dgrad
<LITERAL3>tex3Dlod
<LITERAL3>tex3Dproj
<LITERAL3>texCUBE
<LITERAL3>texCUBE
<LITERAL3>texCUBEbias
<LITERAL3>texCUBEgrad
<LITERAL3>texCUBElod
<LITERAL3>texCUBEproj
<!-- Reserved but unused words -->
<INVALID>auto
<INVALID>break
<INVALID>case
<INVALID>catch
<INVALID>char
<INVALID>class
<INVALID>const_cast
<INVALID>continue
<INVALID>default
<INVALID>delete
<INVALID>dynamic_cast
<INVALID>enum
<INVALID>explicit
<INVALID>friend
<INVALID>goto
<INVALID>long
<INVALID>mutable
<INVALID>namespace
<INVALID>new
<INVALID>operator
<INVALID>private
<INVALID>protected
<INVALID>public
<INVALID>reinterpret_cast
<INVALID>short
<INVALID>signed
<INVALID>sizeof
<INVALID>static_cast
<INVALID>switch
<INVALID>template
<INVALID>this
<INVALID>throw
<INVALID>try
<INVALID>typename
<INVALID>union
<INVALID>unsigned
<INVALID>using
<INVALID>virtual
</KEYWORDS>
</RULES>
<RULES SET="Include" DEFAULT="KEYWORD2" />
<RULES
SET="Preprocessor"
DEFAULT="KEYWORD2"
IGNORE_CASE="FALSE"
HIGHLIGHT_DIGITS="TRUE"
DIGIT_RE="((0x[[:xdigit:]]+|[[:digit:]]+)[uUIL]?|[[:digit:]]+([eE][[:digit:]]*)?[hHfF]?)">
<!-- C style comment -->
<SPAN TYPE="COMMENT1">
<BEGIN>/*
<END>*/
</SPAN>
<!-- this is a hack so that #include
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