Boost C++ Libraries

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tools/boostbook/xsl/caramel/cpp-operators.xml

<?xml version="1.0" ?>

<!--
Copyright (c) 2002-2003 The Trustees of Indiana University.
                        All rights reserved.
Copyright (c) 2000-2001 University of Notre Dame. All rights reserved.

The software included in this source file is licensed under the terms and
conditions of the Software License, version 1.0, in the file LICENSE at the
top level of the Caramel distribution. -->

<operator-list>
  <!-- This list is from Pohl's book, and needs to be checked for accuracy -->

  <op name="postincrement">
    <apply priority="100"><arg num="1"/>++</apply> <!-- No assoc - always use parentheses -->
    <impl position="method">operator++(int)</impl>
  </op>

  <op name="postdecrement">
    <apply priority="100"><arg num="1"/>--</apply>
    <impl position="method">operator--(int)</impl>
  </op>

  <op name="apply-function">
    <apply priority="100"><name/>(<arg-list start="1" priority="30"/>)</apply>
    <impl position="freestanding"><name/>(<arg-list/>)</impl>
  </op>

  <op name="apply-method">
    <apply priority="100" assoc="1"><arg num="1"/>.<name/>(<arg-list start="2" priority="30"/>)</apply>
    <impl position="method"><name/>(<arg-list/>)</impl>
  </op>

  <op name="pointer-apply-method">
    <apply priority="100" assoc="1"><arg num="1"/>-&gt;<name/>(<arg-list start="2" priority="30"/>)</apply>
    <impl>Error</impl>
  </op>

  <op name="apply-funcobj">
    <apply priority="100" assoc="1"><arg num="1"/>(<arg-list start="2" priority="30"/>)</apply>
    <impl position="method">operator()(<arg-list/>)</impl>
  </op>

  <op name="construct">
    <apply priority="100"><arg num="1"/>(<arg-list start="2" priority="30"/>)</apply>
    <impl position="method"><self/>(<arg-list/>)</impl>
  </op>

  <op name="subscript">
    <apply priority="100" assoc="1"><arg num="1"/>[<arg num="2" priority="0"/>]</apply>
    <impl position="method">operator[](<arg-list/>)</impl>
  </op>

  <op name="class-member">
    <apply priority="100" assoc="1"><arg num="1"/>.<name/></apply>
    <impl>Error</impl>
  </op>

  <op name="pointer-member">
    <!-- Note: non-testable constraint -->
    <apply priority="100"><arg num="1" assoc="1"/>-&gt;{member-name} (return type is pointer-to-object type)</apply>
    <impl>operator-&gt;(<arg-list/>)</impl>
  </op>

  <op name="preincrement">
    <apply priority="95">++<arg num="1"/></apply>
    <impl position="method">operator++(<arg-list/>)</impl>
  </op>

  <op name="predecrement">
    <apply priority="95">--<arg num="1"/></apply>
    <impl position="method">operator--(<arg-list/>)</impl>
  </op>

  <op name="logical-not">
    <apply priority="95" assoc="1">!<arg num="1"/></apply>
    <impl position="method">operator!(<arg-list/>)</impl>
  </op>

  <op name="bitwise-not">
    <apply priority="95" assoc="1">~<arg num="1"/></apply>
    <impl position="method">operator~(<arg-list/>)</impl>
  </op>

  <op name="address-of">
    <apply priority="95">&amp;<arg num="1"/></apply>
    <impl position="method">operator&amp;(<arg-list/>)</impl>
  </op>

  <op name="dereference">
    <apply priority="95" assoc="1">*<arg num="1"/></apply>
    <impl position="method">operator*(<arg-list/>)</impl>
  </op>

  <op name="unary-plus">
    <apply priority="95">+<arg num="1"/></apply>
    <impl position="method">operator+(<arg-list/>)</impl>
  </op>

  <op name="unary-minus">
    <apply priority="95">-<arg num="1"/></apply>
    <impl position="method">operator-(<arg-list/>)</impl>
  </op>

  <op name="class-member-ptr">
    <apply priority="90" assoc="1"><arg num="1"/>.*<arg num="2"/></apply>
    <impl>Error</impl>
  </op>

  <op name="pointer-member-ptr">
    <apply priority="90" assoc="1"><arg num="1"/>-&gt;*<arg num="2"/></apply>
    <impl position="method">operator-&gt;*(<arg-list/>)</impl>
  </op>

  <op name="multiply">
    <apply priority="90" assoc="1"><arg num="1"/> * <arg num="2"/></apply>
    <impl position="freestanding">operator * (<arg-list/>)</impl>
  </op>

  <op name="divide">
    <apply priority="90" assoc="1"><arg num="1"/> / <arg num="2"/></apply>
    <impl position="freestanding">operator / (<arg-list/>)</impl>
  </op>

  <op name="modulus">
    <apply priority="90" assoc="1"><arg num="1"/> % <arg num="2"/></apply>
    <impl position="freestanding">operator % (<arg-list/>)</impl>
  </op>

  <op name="add">
    <apply priority="85" assoc="1"><arg num="1"/> + <arg num="2"/></apply>
    <impl position="freestanding">operator + (<arg-list/>)</impl>
  </op>

  <op name="subtract">
    <apply priority="85" assoc="1"><arg num="1"/> - <arg num="2"/></apply>
    <impl position="freestanding">operator - (<arg-list/>)</impl>
  </op>

  <op name="shift-left">
    <apply priority="80" assoc="1"><arg num="1"/> &lt;&lt; <arg num="2"/></apply>
    <impl position="freestanding">operator &lt;&lt; (<arg-list/>)</impl>
  </op>

  <op name="shift-right">
    <apply priority="80" assoc="1"><arg num="1"/> &gt;&gt; <arg num="2"/></apply>
    <impl position="freestanding">operator &gt;&gt; (<arg-list/>)</impl>
  </op>

  <op name="less-than">
    <apply priority="75"><arg num="1"/> &lt; <arg num="2"/></apply>
    <impl position="freestanding">operator &lt; (<arg-list/>)</impl>
  </op>

  <op name="greater-than">
    <apply priority="75"><arg num="1"/> &gt; <arg num="2"/></apply>
    <impl position="freestanding">operator &gt; (<arg-list/>)</impl>
  </op>

  <op name="less-than-or-equal">
    <apply priority="75"><arg num="1"/> &lt;= <arg num="2"/></apply>
    <impl position="freestanding">operator &lt;= (<arg-list/>)</impl>
  </op>

  <op name="greater-than-or-equal">
    <apply priority="75"><arg num="1"/> &gt;= <arg num="2"/></apply>
    <impl position="freestanding">operator &gt;= (<arg-list/>)</impl>
  </op>

  <op name="equal-to">
    <apply priority="70"><arg num="1"/> == <arg num="2"/></apply>
    <impl position="freestanding">operator == (<arg-list/>)</impl>
  </op>

  <op name="not-equal-to">
    <apply priority="70"><arg num="1"/> != <arg num="2"/></apply>
    <impl position="freestanding">operator != (<arg-list/>)</impl>
  </op>

  <op name="bitwise-and">
    <apply priority="65" assoc="1"><arg num="1"/> &amp; <arg num="2"/></apply>
    <impl position="freestanding">operator &amp; (<arg-list/>)</impl>
  </op>

  <op name="bitwise-or">
    <apply priority="60" assoc="1"><arg num="1"/> | <arg num="2"/></apply>
    <impl position="freestanding">operator | (<arg-list/>)</impl>
  </op>

  <op name="bitwise-xor">
    <apply priority="55" assoc="1"><arg num="1"/> ^ <arg num="2"/></apply>
    <impl position="freestanding">operator ^ (<arg-list/>)</impl>
  </op>

  <op name="logical-and">
    <apply priority="50" assoc="1"><arg num="1"/> &amp;&amp; <arg num="2"/></apply>
    <impl position="freestanding">operator &amp;&amp; (<arg-list/>)</impl>
  </op>

  <op name="logical-or">
    <apply priority="45" assoc="1"><arg num="1"/> || <arg num="2"/></apply>
    <impl position="freestanding">operator || (<arg-list/>)</impl>
  </op>

  <op name="conditional">
    <apply priority="40" assoc="3"><arg num="1"/> ? <arg num="2"/> : <arg num="3"/></apply>
    <impl>Error</impl>
  </op>

  <op name="assign">
    <apply priority="35" assoc="2"><arg num="1"/> = <arg num="2"/></apply>
    <impl position="method">operator = (<arg-list/>)</impl>
  </op>

  <op name="add-assign">
    <apply priority="35" assoc="2"><arg num="1"/> += <arg num="2"/></apply>
    <impl position="method">operator += (<arg-list/>)</impl>
  </op>

  <op name="subtract-assign">
    <apply priority="35" assoc="2"><arg num="1"/> -= <arg num="2"/></apply>
    <impl position="method">operator -= (<arg-list/>)</impl>
  </op>

  <op name="multiply-assign">
    <apply priority="35" assoc="2"><arg num="1"/> *= <arg num="2"/></apply>
    <impl position="method">operator *= (<arg-list/>)</impl>
  </op>

  <op name="divide-assign">
    <apply priority="35" assoc="2"><arg num="1"/> /= <arg num="2"/></apply>
    <impl position="method">operator /= (<arg-list/>)</impl>
  </op>

  <op name="modulus-assign">
    <apply priority="35" assoc="2"><arg num="1"/> %= <arg num="2"/></apply>
    <impl position="method">operator %= (<arg-list/>)</impl>
  </op>

  <op name="shift-left-assign">
    <apply priority="35" assoc="2"><arg num="1"/> &lt;&lt;= <arg num="2"/></apply>
    <impl position="method">operator &lt;&lt;= (<arg-list/>)</impl>
  </op>

  <op name="shift-right-assign">
    <apply priority="35" assoc="2"><arg num="1"/> &gt;&gt;= <arg num="2"/></apply>
    <impl position="method">operator &gt;&gt;= (<arg-list/>)</impl>
  </op>

  <op name="bitwise-and-assign">
    <apply priority="35" assoc="2"><arg num="1"/> &amp;= <arg num="2"/></apply>
    <impl position="method">operator &amp;= (<arg-list/>)</impl>
  </op>

  <op name="bitwise-or-assign">
    <apply priority="35" assoc="2"><arg num="1"/> |= <arg num="2"/></apply>
    <impl position="method">operator |= (<arg-list/>)</impl>
  </op>

  <op name="bitwise-xor-assign">
    <apply priority="35" assoc="2"><arg num="1"/> ^= <arg num="2"/></apply>
    <impl position="method">operator ^= (<arg-list/>)</impl>
  </op>

  <op name="comma">
    <apply priority="20"><arg num="1"/>, <arg num="2"/></apply>
    <impl position="freestanding">operator , (<arg-list/>)</impl>
  </op>

  <op name="function-pointer">
    <apply><arg num="1"/> (*)(<arg-list start="2" priority="30"/>)</apply>
    <impl>Error</impl>
  </op>

  <op name="functorize-operator">
    <!-- Note: non-testable constraint -->
    <apply>functorization of operator <name/> on arguments {<arg-list start="1"/>}</apply>
    <impl>Error</impl>
  </op>

  <op name="functorize-function">
    <!-- Note: non-testable constraint -->
    <apply>functorization of function <name/> on arguments {<arg-list start="1"/>}</apply>
    <impl>Error</impl>
  </op>

</operator-list>