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Datei: coqdep.1   Sprache: JAVA

Untersuchungsergebnis.lang Download desHaskell {Haskell[207] Abap[605] [0]}zum Wurzelverzeichnis wechseln

<?xml version="1.0" encoding="UTF-8"?>
<language id="coq" _name="Coq" version="2.0" _section="Scientific">
  <metadata>
    <property name="globs">*.v</property>
    <property name="block-comment-start">\(\*</property>
    <property name="block-comment-stop">\*\)</property>
  </metadata>

  <styles>
    <style id="comment" _name="Comment" map-to="def:comment"/>
    <style id="coqdoc" _name="Coqdoc text" map-to="def:note"/>
    <style id="vernac-keyword" _name="Vernacular keyword" map-to="def:keyword"/>
    <style id="gallina-keyword" _name="Gallina keyword" map-to="def:keyword"/>
    <style id="identifier" _name="Identifier" map-to="def:identifier"/>
    <style id="constr-keyword" _name="Cic keyword" map-to="def:keyword"/>
    <style id="constr-sort" _name="Cic sort" map-to="def:builtin"/>
    <style id="string" _name="String" map-to="def:string"/>
    <style id="escape" _name="Escaped Character" map-to="def:special-char"/>
    <style id="error" _name="Error" map-to="def:error"/>
    <style id="safe" _name="Checked Part"/>
    <style id="sentence" _name="Sentence terminator"/>
  </styles>

  <definitions>
    <define-regex id="space">\s+</define-regex>
    <define-regex id="first_ident_char">[_\p{L}]</define-regex>
    <define-regex id="ident_char">[_\p{L}'\pN]
    <define-regex id="ident">\%{first_ident_char}\%{ident_char}*</define-regex>
    <define-regex id="qualit">(\%{ident}\.)*\%{ident}</define-regex>
    <define-regex id="dot_sep">\.(\s|\z)</define-regex>
    <define-regex id="bullet">([-+*]+|{)(\s|\z)|}(\s*})*</define-regex>
    <define-regex id="single_decl">Definition|Let|Example|SubClass|(Co)?Fixpoint|Function|Conjecture|(Co)?Inductive|Record|Structure|Ltac|Instance|Class|Existing\%{space}Instance|Canonical\%{space}Structure|Coercion|Universe</define-regex>
    <define-regex id="mult_decl">Hypothes[ie]s|Axiom(s)?|Variable(s)?|Parameter(s)?|Context|Implicit\%{space}Type(s)?</define-regex>
    <define-regex id="locality">((Local|Global)\%{space})?</define-regex>
    <define-regex id="begin_proof">Theorem|Lemma|Fact|Remark|Corollary|Proposition|Property</define-regex>
    <define-regex id="end_proof">Qed|Defined|Admitted|Abort|Save</define-regex>
    <define-regex id="decl_head">((?'gal'\%{locality}(Program\%{space})?(\%{single_decl}|\%{begin_proof}))\%{space}(?'id'\%{ident}))|((?'gal4list'\%{mult_decl})(?'id_list'(\%{space}\%{ident})*))|(?'gal2'Goal)</define-regex>

    <!-- Strings, with '""' an escape sequence -->
    <context id="string" style-ref="string" class="string">
      <start>"
      <end>"
      <include>
        <context id="string-escape" style-ref="escape">
          <match>""</match>
        </context>
      </include>
    </context>

    <!-- Coqdoc comments -->
    <context id="coqdoc" style-ref="coqdoc" class="comment" class-disabled="no-spell-check">
      <start>\(\*\*(\s|\z)</start>
      <end>\*\)</end>
      <include>
        <context ref="comment"/>
        <context ref="string"/>
        <context ref="def:in-comment"/>
      </include>
    </context>

    <!-- Regular comments, possibly nested -->
    <context id="comment" style-ref="comment" class="comment" class-disabled="no-spell-check">
      <start>\(\*</start>
      <end>\*\)</end>
      <include>
        <context ref="comment"/>
        <context ref="string"/>
        <context ref="def:in-comment"/>
      </include>
    </context>

    <!-- Keywords for constr -->
    <context id="constr-keyword" style-ref="constr-keyword">
      <keyword>forall</keyword>
      <keyword>fun</keyword>
      <keyword>match</keyword>
      <keyword>fix</keyword>
      <keyword>cofix</keyword>
      <keyword>with</keyword>
      <keyword>for</keyword>
      <keyword>end</keyword>
      <keyword>as</keyword>
      <keyword>let</keyword>
      <keyword>in</keyword>
      <keyword>if</keyword>
      <keyword>then</keyword>
      <keyword>else</keyword>
      <keyword>return</keyword>
    </context>

    <!-- Sort keywords -->
    <context id="constr-sort" style-ref="constr-sort">
      <keyword>Prop</keyword>
      <keyword>Set</keyword>
      <keyword>Type</keyword>
    </context>

    <!-- Terms -->
    <context id="constr">
      <include>
        <context ref="string"/>
        <context ref="coqdoc"/>
        <context ref="comment"/>
        <context ref="constr-sort"/>
        <context ref="constr-keyword"/>
        <context id="dot-nosep">
          <match>\.\.</match>
        </context>
      </include>
    </context>

    <context id="coq" class="no-spell-check">
      <include>
        <context ref="coqdoc"/>
        <context ref="comment"/>

        <context id="declaration">
          <start>\%{decl_head}</start>
          <end>\%{dot_sep}</end>
          <include>
            <context sub-pattern="id" where="start" style-ref="identifier"/>
            <context sub-pattern="gal" where="start" style-ref="gallina-keyword"/>
            <context sub-pattern="gal2" where="start" style-ref="gallina-keyword"/>
            <context sub-pattern="id_list" where="start" style-ref="identifier"/>
            <context sub-pattern="gal4list" where="start" style-ref="gallina-keyword"/>
            <context ref="constr"/>
          </include>
        </context>

        <context id="proof">
          <start>(Proof(\%{dot_sep}|\%{space}using|\%{space}with))|Next Obligation</start>
          <end>\%{end_proof}\%{dot_sep}</end>
          <include>
            <context sub-pattern="0" where="start" style-ref="vernac-keyword"/>
            <context sub-pattern="0" where="end" style-ref="vernac-keyword"/>
            <context ref="coqdoc"/>
            <context ref="comment"/>
            <context id="bullet" style-ref="vernac-keyword" extend-parent="false">
              <match>\%{bullet}</match>
            </context>
            <context extend-parent="false">
              <start>\%[</start>
              <end>\%{dot_sep}</end>
              <include>
                <context ref="command-in-proof"/>
                <context ref="constr"/>
              </include>
            </context>
          </include>
        </context>

        <context id="exact-proof">
          <start>Proof</start>
          <end>\%{dot_sep}</end>
          <include>
            <context sub-pattern="0" where="start" style-ref="vernac-keyword"/>
            <context ref="constr"/>
          </include>
        </context>

        <context ref="command"/>
      </include>
    </context>

    <!-- Toplevel commands -->
    <context id="command" extend-parent="false">
      <start>\%[</start>
      <end>\%{dot_sep}</end>
      <include>
        <context id="command-in-proof" style-ref="vernac-keyword">
          <keyword>About</keyword>
          <keyword>Check</keyword>
          <keyword>Print</keyword>
          <keyword>Eval</keyword>
          <keyword>Undo</keyword>
          <keyword>Restart</keyword>
          <keyword>Opaque</keyword>
          <keyword>Transparent</keyword>
        </context>

        <context id="toplevel-command" style-ref="vernac-keyword">
          <keyword>Add</keyword>
          <keyword>Load</keyword>
          <keyword>(Print|Reset)\%{space}+Extraction\%{space}+(Inline|Blacklist)</keyword>
          <keyword>Comments</keyword>
          <keyword>Solve\%{space}Obligation</keyword>
          <keyword>(Uns|S)et(\%{space}\%{ident})+</keyword>
          <keyword>(\%{locality}|(Reserved|Tactic)\%{space})?Notation</keyword>
          <keyword>\%{locality}Infix</keyword>
          <keyword>Declare\%{space}ML\%{space}Module</keyword>
          <keyword>Extraction\%{space}Language\%{space}(OCaml|Haskell|Scheme|JSON)</keyword>
        </context>

        <context id="hint-command" style-ref="vernac-keyword">
          <prefix>\%{locality}Hint\%{space}</prefix>
          <keyword>Resolve</keyword>
          <keyword>Immediate</keyword>
          <keyword>Constructors</keyword>
          <keyword>Unfold</keyword>
          <keyword>Extern</keyword>
          <keyword>Rewrite</keyword>
        </context>

        <context id="scope-command" style-ref="vernac-keyword">
          <suffix>\%{space}Scope</suffix>
          <keyword>\%{locality}Open</keyword>
          <keyword>\%{locality}Close</keyword>
          <keyword>Bind</keyword>
          <keyword>Delimit</keyword>
        </context>

        <context id="command-for-qualit">
          <suffix>\%{space}(?'qua'\%{qualit})</suffix>
          <keyword>Chapter</keyword>
          <keyword>Combined\%{space}Scheme</keyword>
          <keyword>Scheme\%{space}(Induction|Minimality|Elimination|Case|Equality)\%{space}for</keyword>
          <keyword>End</keyword>
          <keyword>Section</keyword>
          <keyword>Module(\%{space}Type)?</keyword>
          <keyword>Declare\%{space}Module(\%{space}(Import|Export))?</keyword>
          <keyword>Arguments</keyword>
          <keyword>Implicit\%{space}Arguments</keyword>
          <keyword>Include</keyword>
          <keyword>Extract\%{space}((Inlined\%{space})?Constant|Inductive)</keyword>
          <include>
            <context sub-pattern="1" style-ref="vernac-keyword"/>
            <context sub-pattern="qua" style-ref="identifier"/>
          </include>
        </context>

        <context id="command-for-qualit-list">
          <suffix>(?'qua_list'(\%{space}\%{qualit})+)</suffix>
          <keyword>Typeclasses (Transparent|Opaque)</keyword>
          <keyword>Require(\%{space}(Import|Export))?</keyword>
          <keyword>Import</keyword>
          <keyword>Export</keyword>
          <keyword>((Recursive|Separate)\%{space})?Extraction(\%{space}(Library|(No)?Inline|Blacklist))?</keyword>
          <include>
            <context sub-pattern="1" style-ref="vernac-keyword"/>
            <context sub-pattern="qua_list" style-ref="identifier"/>
          </include>
        </context>

        <context ref="constr"/>
      </include>
    </context>

  </definitions>
</language>

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