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<?xml version="1.0"?>
<!DOCTYPE MODE SYSTEM "xmode.dtd">
<!-- jEdit 4.3 Logtalk syntax file
written by Paulo Moura
version 1.93
created on 5 May 2002
last revised 23 January 2010
To install, copy this file to the "modes" subdirectory in jEdit
directory installation. Next, check the "catalog" file in the
same subdirectory and add (if not present) the following entry:
<MODE NAME="logtalk" FILE="logtalk.xml" FILE_NAME_GLOB="*.{lgt}" />
-->
<MODE>
<PROPS>
<PROPERTY NAME="lineComment" VALUE="%" />
<PROPERTY NAME="commentStart" VALUE="/*" />
<PROPERTY NAME="commentEnd" VALUE="*/" />
<PROPERTY NAME="tabSize" VALUE="4" />
<PROPERTY NAME="indentSize" VALUE="4" />
<!-- Auto indent -->
<PROPERTY NAME="indentNextLine" VALUE="((^\s*:-\s(object|protocol|category)\(.*,$)|.*\s:-$)" />
</PROPS>
<RULES SET="MAIN" IGNORE_CASE="FALSE">
<!-- Comments -->
<EOL_SPAN TYPE="COMMENT1">%</EOL_SPAN>
<SPAN TYPE="COMMENT1" NO_LINE_BREAK="FALSE">
<BEGIN>/*</BEGIN>
<END>*/</END>
</SPAN>
<!-- Entity directives -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD1">^\s*:-\s(category|object|protocol)(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD1">^\s*:-\send_(category|object|protocol)(?=[.])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD1">^\s*:-\smodule(?=[(])</SEQ_REGEXP>
<!-- Predicate scope directives -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD1">^\s*:-\sp(ublic|r(otected|ivate))(?=[(])</SEQ_REGEXP>
<!-- Conditional compilation directives -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD1">^\s*:-\s(el)?if(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD1">^\s*:-\se(lse|ndif)(?=[.])</SEQ_REGEXP>
<!-- Other directives -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD1">^\s*:-\se(n(coding|sure_loaded)|xport)(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD1">^\s*:-\sin(fo|itialization)(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD1">^\s*:-\s(dynamic|synchronized|threaded)(?=[.])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD1">^\s*:-\s(alias|d(ynamic|iscontiguous)|m(eta_predicate|ode|ultifile)|s(et_(logtalk|prolog)_flag|ynchronized))(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD1">^\s*:-\sop(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD1">^\s*:-\s(calls|reexport|use(s|_module))(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD1">(complements|extends|i(nstantiates|mp(lements|orts))|specializes)(?=[(])</SEQ_REGEXP>
<!-- Event handlers -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(after|before)(?=[(])</SEQ_REGEXP>
<!-- Method execution context -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(parameter|this|se(lf|nder))(?=[(])</SEQ_REGEXP>
<!-- Reflection -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(current_predicate|predicate_property)(?=[(])</SEQ_REGEXP>
<!-- DCGs -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(expand_(goal|term)|(goal|term)_expansion|phrase)(?=[(])</SEQ_REGEXP>
<!-- Entity -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(abolish|c(reate|urrent))_(object|protocol|category)(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(object|protocol|category)_property(?=[(])</SEQ_REGEXP>
<!-- Entity relations -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bcomplements_object(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bextends_(object|protocol|category)(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bimp(lements_protocol|orts_category)(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(instantiat|specializ)es_class(?=[(])</SEQ_REGEXP>
<!-- Events -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(current_event|(abolish|define)_events)(?=[(])</SEQ_REGEXP>
<!-- Flags -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(current|set)_logtalk_flag(?=[(])</SEQ_REGEXP>
<!-- Compiling, loading, and library paths -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\blogtalk_(compile|l(ibrary_path|oad))(?=[(])</SEQ_REGEXP>
<!-- Database -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(clause|retract(all)?)(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\ba(bolish|ssert(a|z))(?=[(])</SEQ_REGEXP>
<!-- Control -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(ca(ll|tch)|throw)(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(fail|true)\b</SEQ_REGEXP>
<!-- All solutions -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b((bag|set)of|f(ind|or)all)(?=[(])</SEQ_REGEXP>
<!-- Multi-threading meta-predicates -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bthreaded(_(call|once|ignore|exit|peek|wait|notify))?(?=[(])</SEQ_REGEXP>
<!-- Term unification -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bunify_with_occurs_check(?=[(])</SEQ_REGEXP>
<!-- Term creation and decomposition -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(functor|arg|copy_term)(?=[(])</SEQ_REGEXP>
<!-- Evaluable functors -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(rem|mod|abs|sign)(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bfloat(_(integer|fractional)_part)?(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(floor|truncate|round|ceiling)(?=[(])</SEQ_REGEXP>
<!-- Other arithmetic functors -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(cos|atan|exp|log|s(in|qrt))(?=[(])</SEQ_REGEXP>
<!-- Term testing -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(var|atom(ic)?|integer|float|compound|n(onvar|umber))(?=[(])</SEQ_REGEXP>
<!-- Stream selection and control -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(current|set)_(in|out)put(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(open|close)(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bflush_output(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(flush_output|at_end_of_stream)\b</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(stream_property|at_end_of_stream|set_stream_position)(?=[(])</SEQ_REGEXP>
<!-- Character and byte input/output -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(nl|(get|peek|put)_(byte|c(har|ode)))(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bnl\b</SEQ_REGEXP>
<!-- Term input/output -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bread(_term)?(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bwrite(q|_(canonical|term))?(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(current_)?op(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(current_)?char_conversion(?=[(])</SEQ_REGEXP>
<!-- Atomic term processing -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\batom_(length|c(hars|o(ncat|des)))(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(char_code|sub_atom)(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bnumber_c(hars|odes)(?=[(])</SEQ_REGEXP>
<!-- Implementation defined hooks functions -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\b(set|current)_prolog_flag(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bhalt\b</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bhalt(?=[(])</SEQ_REGEXP>
<!-- Logic and control -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\bonce(?=[(])</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="KEYWORD2">\brepeat\b</SEQ_REGEXP>
<!-- Variables -->
<SEQ_REGEXP HASH_CHARS="_ABCDEFGHIJKLMNOPQRSTUVWXYZ" AT_WORD_START="TRUE" TYPE="MARKUP">[_A-Z]+[a-zA-Z0-9]*</SEQ_REGEXP>
<!-- String literals -->
<SPAN TYPE="LITERAL1" NO_LINE_BREAK="TRUE">
<BEGIN>'
<END>'
</SPAN>
<SPAN TYPE="LITERAL1" NO_LINE_BREAK="TRUE">
<BEGIN>"
<END>"
</SPAN>
<!-- External call -->
<SPAN TYPE="OPERATOR" DELEGATE="MAIN">
<BEGIN>{</BEGIN>
<END>}</END>
</SPAN>
<!-- Character code constants -->
<SEQ_REGEXP AT_WORD_START="TRUE" HASH_CHAR="0" TYPE="DIGIT">0'.
<!-- Binary, octal, and hexadecimal numbers -->
<SEQ_REGEXP AT_WORD_START="TRUE" HASH_CHAR="0" TYPE="DIGIT">0b[0-1]+</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" HASH_CHAR="0" TYPE="DIGIT">0o[0-7]+</SEQ_REGEXP>
<SEQ_REGEXP AT_WORD_START="TRUE" HASH_CHAR="0" TYPE="DIGIT">0x\p{XDigit}+</SEQ_REGEXP>
<!-- Numbers -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="DIGIT">\d+(\.\d+)?([eE]([-+])?\d+)?</SEQ_REGEXP>
<!-- Logtalk message sending operators -->
<SEQ TYPE="OPERATOR">::</SEQ>
<SEQ TYPE="OPERATOR">^^</SEQ>
<!-- Other Logtalk control construct operators -->
<SEQ_REGEXP TYPE="OPERATOR">:(?![:-])</SEQ_REGEXP>
<!-- Control constructs -->
<SEQ TYPE="OPERATOR">!</SEQ>
<SEQ TYPE="OPERATOR">,</SEQ>
<SEQ TYPE="OPERATOR">;</SEQ>
<SEQ TYPE="OPERATOR">--></SEQ>
<SEQ TYPE="OPERATOR">-></SEQ>
<!-- Term unification -->
<SEQ TYPE="OPERATOR">=</SEQ>
<SEQ TYPE="OPERATOR">\=</SEQ>
<!-- Term comparison -->
<SEQ TYPE="OPERATOR">@=<</SEQ>
<SEQ TYPE="OPERATOR">==</SEQ>
<SEQ TYPE="OPERATOR">\==</SEQ>
<SEQ TYPE="OPERATOR">@<</SEQ>
<SEQ TYPE="OPERATOR">@></SEQ>
<SEQ TYPE="OPERATOR">@>=</SEQ>
<!-- Term creation and decomposition -->
<SEQ TYPE="OPERATOR">=..</SEQ>
<!-- Arithemtic evaluation -->
<SEQ_REGEXP AT_WORD_START="TRUE" TYPE="OPERATOR">\bis\b</SEQ_REGEXP>
<!-- Arithemtic comparison -->
<SEQ TYPE="OPERATOR">=:=</SEQ>
<SEQ TYPE="OPERATOR">=\=</SEQ>
<SEQ TYPE="OPERATOR"><</SEQ>
<SEQ TYPE="OPERATOR">=<</SEQ>
<SEQ TYPE="OPERATOR">></SEQ>
<SEQ TYPE="OPERATOR">>=</SEQ>
<!-- Logic and control -->
<SEQ TYPE="OPERATOR">\+</SEQ>
<!-- Evaluable functors -->
<SEQ TYPE="OPERATOR">+</SEQ>
<SEQ TYPE="OPERATOR">-</SEQ>
<SEQ TYPE="OPERATOR">*</SEQ>
<SEQ TYPE="OPERATOR">//</SEQ>
<SEQ TYPE="OPERATOR">/</SEQ>
<!-- Other arithemtic functors -->
<SEQ TYPE="OPERATOR">**</SEQ>
<!-- Bitwise functors -->
<SEQ TYPE="OPERATOR">>></SEQ>
<SEQ TYPE="OPERATOR"><<</SEQ>
<SEQ TYPE="OPERATOR">/\</SEQ>
<SEQ TYPE="OPERATOR">\/</SEQ>
<SEQ TYPE="OPERATOR">\</SEQ>
<!-- Clause operators -->
<SEQ TYPE="OPERATOR">.</SEQ>
<SEQ_REGEXP TYPE="OPERATOR">\s:-($|\s)</SEQ_REGEXP>
<!-- Mode operators -->
<SEQ TYPE="OPERATOR">+</SEQ>
<SEQ TYPE="OPERATOR">-</SEQ>
<SEQ TYPE="OPERATOR">?</SEQ>
<SEQ TYPE="OPERATOR">@</SEQ>
<!-- Existential quantifier operator -->
<SEQ TYPE="OPERATOR">^</SEQ>
<KEYWORDS> <!-- just for code completion to work! -->
<NULL>abolish</NULL>
<NULL>abolish_category</NULL>
<NULL>abolish_events</NULL>
<NULL>abolish_object</NULL>
<NULL>abolish_protocol</NULL>
<NULL>after</NULL>
<NULL>alias</NULL>
<NULL>arg</NULL>
<NULL>asserta</NULL>
<NULL>assertz</NULL>
<NULL>atom</NULL>
<NULL>atomic</NULL>
<NULL>atom_chars</NULL>
<NULL>atom_codes</NULL>
<NULL>atom_concat</NULL>
<NULL>atom_length</NULL>
<NULL>at_end_of_stream</NULL>
<NULL>bagof</NULL>
<NULL>before</NULL>
<NULL>call</NULL>
<NULL>calls</NULL>
<NULL>catch</NULL>
<NULL>category</NULL>
<NULL>category_property</NULL>
<NULL>char_code</NULL>
<NULL>char_conversion</NULL>
<NULL>clause</NULL>
<NULL>close</NULL>
<NULL>complements</NULL>
<NULL>complements_object</NULL>
<NULL>compound</NULL>
<NULL>copy_term</NULL>
<NULL>create_category</NULL>
<NULL>create_object</NULL>
<NULL>create_protocol</NULL>
<NULL>current_category</NULL>
<NULL>current_char_conversion</NULL>
<NULL>current_event</NULL>
<NULL>current_input</NULL>
<NULL>current_logtalk_flag</NULL>
<NULL>current_object</NULL>
<NULL>current_op</NULL>
<NULL>current_output</NULL>
<NULL>current_predicate</NULL>
<NULL>current_prolog_flag</NULL>
<NULL>current_protocol</NULL>
<NULL>define_events</NULL>
<NULL>discontiguous</NULL>
<NULL>dynamic</NULL>
<NULL>encoding</NULL>
<NULL>end_category</NULL>
<NULL>end_object</NULL>
<NULL>end_protocol</NULL>
<NULL>expand_term</NULL>
<NULL>extends</NULL>
<NULL>extends_object</NULL>
<NULL>extends_protocol</NULL>
<NULL>extends_category</NULL>
<NULL>fail</NULL>
<NULL>findall</NULL>
<NULL>float</NULL>
<NULL>flush_output</NULL>
<NULL>forall</NULL>
<NULL>functor</NULL>
<NULL>get_byte</NULL>
<NULL>get_char</NULL>
<NULL>get_code</NULL>
<NULL>halt</NULL>
<NULL>implements</NULL>
<NULL>implements_protocol</NULL>
<NULL>imports</NULL>
<NULL>imports_category</NULL>
<NULL>info</NULL>
<NULL>initialization</NULL>
<NULL>instantiates</NULL>
<NULL>instantiates_class</NULL>
<NULL>integer</NULL>
<NULL>logtalk_compile</NULL>
<NULL>logtalk_library_path</NULL>
<NULL>logtalk_load</NULL>
<NULL>meta_predicate</NULL>
<NULL>mode</NULL>
<NULL>nl</NULL>
<NULL>nonvar</NULL>
<NULL>number</NULL>
<NULL>number_chars</NULL>
<NULL>number_codes</NULL>
<NULL>object</NULL>
<NULL>object_property</NULL>
<NULL>once</NULL>
<NULL>op</NULL>
<NULL>open</NULL>
<NULL>parameter</NULL>
<NULL>peek_byte</NULL>
<NULL>peek_char</NULL>
<NULL>peek_code</NULL>
<NULL>phrase</NULL>
<NULL>predicate_property</NULL>
<NULL>private</NULL>
<NULL>protected</NULL>
<NULL>protocol</NULL>
<NULL>protocol_property</NULL>
<NULL>public</NULL>
<NULL>put_byte</NULL>
<NULL>put_char</NULL>
<NULL>put_code</NULL>
<NULL>read</NULL>
<NULL>read_term</NULL>
<NULL>repeat</NULL>
<NULL>retract</NULL>
<NULL>retractall</NULL>
<NULL>self</NULL>
<NULL>sender</NULL>
<NULL>setof</NULL>
<NULL>set_input</NULL>
<NULL>set_logtalk_flag</NULL>
<NULL>set_output</NULL>
<NULL>set_prolog_flag</NULL>
<NULL>set_stream_position</NULL>
<NULL>specializes</NULL>
<NULL>specializes_class</NULL>
<NULL>stream_property</NULL>
<NULL>sub_atom</NULL>
<NULL>synchronized</NULL>
<NULL>goal_expansion</NULL>
<NULL>term_expansion</NULL>
<NULL>this</NULL>
<NULL>threaded</NULL>
<NULL>threaded_call</NULL>
<NULL>threaded_once</NULL>
<NULL>threaded_ignore</NULL>
<NULL>threaded_exit</NULL>
<NULL>threaded_peek</NULL>
<NULL>threaded_wait</NULL>
<NULL>threaded_notify</NULL>
<NULL>throw</NULL>
<NULL>true</NULL>
<NULL>unify_with_occurs_check</NULL>
<NULL>uses</NULL>
<NULL>var</NULL>
<NULL>write</NULL>
<NULL>writeq</NULL>
<NULL>write_canonical</NULL>
<NULL>abs</NULL>
<NULL>atan</NULL>
<NULL>ceiling</NULL>
<NULL>cos</NULL>
<NULL>exp</NULL>
<NULL>float_fractional_part</NULL>
<NULL>float_integer_part</NULL>
<NULL>floor</NULL>
<NULL>log</NULL>
<NULL>mod</NULL>
<NULL>rem</NULL>
<NULL>round</NULL>
<NULL>sign</NULL>
<NULL>sin</NULL>
<NULL>sqrt</NULL>
<NULL>truncate</NULL>
</KEYWORDS>
</RULES>
</MODE>
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