<?xml version="1.0" encoding="iso-8859-1"?>
<module name="Ft.Xml.XPath.XPathTypes" file="/work/a/ports/textproc/py-4suite-xml/work/4Suite-1.0b3/build/lib.freebsd-6.1-PRERELEASE-i386-2.4/Ft/Xml/XPath/XPathTypes.py">
  <modification-date>2005-08-02 22:43:00</modification-date>
  <abstract>Mappings between Python types and standard XPath object types</abstract>
  <description>Copyright 2004 Fourthought, Inc. (USA).
Detailed license and copyright information: http://4suite.org/COPYRIGHT
Project home, documentation, distributions: http://4suite.org/</description>
  <classes>
    <class name="BooleanType" realname="boolean" public="yes">
      <bases>
        <base documented="no" class="object"/>
      </bases>
      <abstract/>
      <description/>
      <method-resolution-order>
        <base name="boolean"/>
        <base name="object"/>
      </method-resolution-order>
      <methods name="object">
        <method public="no" name="__and__" id="boolean-__and__">
          <abstract>x.__and__(y) &lt;==&gt; x&amp;y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__cmp__" id="boolean-__cmp__">
          <abstract>x.__cmp__(y) &lt;==&gt; cmp(x,y)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__coerce__" id="boolean-__coerce__">
          <abstract>x.__coerce__(y) &lt;==&gt; coerce(x, y)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__float__" id="boolean-__float__">
          <abstract>x.__float__() &lt;==&gt; float(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__hash__" id="boolean-__hash__">
          <abstract>x.__hash__() &lt;==&gt; hash(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__hex__" id="boolean-__hex__">
          <abstract>x.__hex__() &lt;==&gt; hex(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__int__" id="boolean-__int__">
          <abstract>x.__int__() &lt;==&gt; int(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__long__" id="boolean-__long__">
          <abstract>x.__long__() &lt;==&gt; long(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__nonzero__" id="boolean-__nonzero__">
          <abstract>x.__nonzero__() &lt;==&gt; x != 0</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__oct__" id="boolean-__oct__">
          <abstract>x.__oct__() &lt;==&gt; oct(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__or__" id="boolean-__or__">
          <abstract>x.__or__(y) &lt;==&gt; x|y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__rand__" id="boolean-__rand__">
          <abstract>x.__rand__(y) &lt;==&gt; y&amp;x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__repr__" id="boolean-__repr__">
          <abstract>x.__repr__() &lt;==&gt; repr(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__ror__" id="boolean-__ror__">
          <abstract>x.__ror__(y) &lt;==&gt; y|x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__rxor__" id="boolean-__rxor__">
          <abstract>x.__rxor__(y) &lt;==&gt; y^x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__str__" id="boolean-__str__">
          <abstract>x.__str__() &lt;==&gt; str(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__xor__" id="boolean-__xor__">
          <abstract>x.__xor__(y) &lt;==&gt; x^y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
      </methods>
      <inherited-methods documented="no" class="object">
        <member-reference name="__delattr__" public="no"/>
        <member-reference name="__getattribute__" public="no"/>
        <member-reference name="__init__" public="no"/>
        <member-reference name="__new__" public="no"/>
        <member-reference name="__reduce__" public="no"/>
        <member-reference name="__reduce_ex__" public="no"/>
        <member-reference name="__setattr__" public="no"/>
      </inherited-methods>
      <inherited-members documented="no" class="object">
        <member-reference name="__class__" public="no"/>
      </inherited-members>
    </class>
    <class name="NodesetType" realname="list" public="yes">
      <bases>
        <base documented="no" class="object"/>
      </bases>
      <abstract>list() -&gt; new list
list(sequence) -&gt; new list initialized from sequence's items</abstract>
      <description/>
      <method-resolution-order>
        <base name="list"/>
        <base name="object"/>
      </method-resolution-order>
      <methods name="object">
        <method public="no" name="__add__" id="list-__add__">
          <abstract>x.__add__(y) &lt;==&gt; x+y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__contains__" id="list-__contains__">
          <abstract>x.__contains__(y) &lt;==&gt; y in x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__delitem__" id="list-__delitem__">
          <abstract>x.__delitem__(y) &lt;==&gt; del x[y]</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__delslice__" id="list-__delslice__">
          <abstract>x.__delslice__(i, j) &lt;==&gt; del x[i:j]</abstract>
          <description>Use of negative indices is not supported.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__eq__" id="list-__eq__">
          <abstract>x.__eq__(y) &lt;==&gt; x==y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__ge__" id="list-__ge__">
          <abstract>x.__ge__(y) &lt;==&gt; x&gt;=y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__getattribute__" id="list-__getattribute__">
          <abstract>x.__getattribute__('name') &lt;==&gt; x.name</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__getitem__" id="list-__getitem__">
          <abstract>x.__getitem__(y) &lt;==&gt; x[y]</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__getslice__" id="list-__getslice__">
          <abstract>x.__getslice__(i, j) &lt;==&gt; x[i:j]</abstract>
          <description>Use of negative indices is not supported.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__gt__" id="list-__gt__">
          <abstract>x.__gt__(y) &lt;==&gt; x&gt;y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__hash__" id="list-__hash__">
          <abstract>x.__hash__() &lt;==&gt; hash(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__iadd__" id="list-__iadd__">
          <abstract>x.__iadd__(y) &lt;==&gt; x+=y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__imul__" id="list-__imul__">
          <abstract>x.__imul__(y) &lt;==&gt; x*=y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__init__" id="list-__init__">
          <abstract>x.__init__(...) initializes x; see x.__class__.__doc__ for signature</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__iter__" id="list-__iter__">
          <abstract>x.__iter__() &lt;==&gt; iter(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__le__" id="list-__le__">
          <abstract>x.__le__(y) &lt;==&gt; x&lt;=y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__len__" id="list-__len__">
          <abstract>x.__len__() &lt;==&gt; len(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__lt__" id="list-__lt__">
          <abstract>x.__lt__(y) &lt;==&gt; x&lt;y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__mul__" id="list-__mul__">
          <abstract>x.__mul__(n) &lt;==&gt; x*n</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__ne__" id="list-__ne__">
          <abstract>x.__ne__(y) &lt;==&gt; x!=y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__new__" id="list-__new__">
          <abstract>T.__new__(S, ...) -&gt; a new object with type S, a subtype of T</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
          <overrides documented="no" class="object"/>
        </method>
        <method public="no" name="__repr__" id="list-__repr__">
          <abstract>x.__repr__() &lt;==&gt; repr(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__reversed__" id="list-__reversed__">
          <abstract>L.__reversed__() -- return a reverse iterator over the list</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__rmul__" id="list-__rmul__">
          <abstract>x.__rmul__(n) &lt;==&gt; n*x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__setitem__" id="list-__setitem__">
          <abstract>x.__setitem__(i, y) &lt;==&gt; x[i]=y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__setslice__" id="list-__setslice__">
          <abstract>x.__setslice__(i, j, y) &lt;==&gt; x[i:j]=y</abstract>
          <description>Use  of negative indices is not supported.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="append" id="list-append">
          <abstract>L.append(object) -- append object to end</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="count" id="list-count">
          <abstract>L.count(value) -&gt; integer -- return number of occurrences of value</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="extend" id="list-extend">
          <abstract>L.extend(iterable) -- extend list by appending elements from the iterable</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="index" id="list-index">
          <abstract>L.index(value, [start, [stop]]) -&gt; integer -- return first index of value</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="insert" id="list-insert">
          <abstract>L.insert(index, object) -- insert object before index</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="pop" id="list-pop">
          <abstract>L.pop([index]) -&gt; item -- remove and return item at index (default last)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="remove" id="list-remove">
          <abstract>L.remove(value) -- remove first occurrence of value</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="reverse" id="list-reverse">
          <abstract>L.reverse() -- reverse *IN PLACE*</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="sort" id="list-sort">
          <abstract>L.sort(cmp=None, key=None, reverse=False) -- stable sort *IN PLACE*;
cmp(x, y) -&gt; -1, 0, 1</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
      </methods>
      <inherited-methods documented="no" class="object">
        <member-reference name="__delattr__" public="no"/>
        <member-reference name="__reduce__" public="no"/>
        <member-reference name="__reduce_ex__" public="no"/>
        <member-reference name="__setattr__" public="no"/>
        <member-reference name="__str__" public="no"/>
      </inherited-methods>
      <inherited-members documented="no" class="object">
        <member-reference name="__class__" public="no"/>
      </inherited-members>
    </class>
    <class name="NumberType" realname="float" public="yes">
      <bases>
        <base documented="no" class="object"/>
      </bases>
      <abstract>float(x) -&gt; floating point number</abstract>
      <description>Convert a string or number to a floating point number, if possible.</description>
      <method-resolution-order>
        <base name="float"/>
        <base name="object"/>
      </method-resolution-order>
      <methods name="object">
        <method public="no" name="__abs__" id="float-__abs__">
          <abstract>x.__abs__() &lt;==&gt; abs(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__add__" id="float-__add__">
          <abstract>x.__add__(y) &lt;==&gt; x+y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__coerce__" id="float-__coerce__">
          <abstract>x.__coerce__(y) &lt;==&gt; coerce(x, y)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__div__" id="float-__div__">
          <abstract>x.__div__(y) &lt;==&gt; x/y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__divmod__" id="float-__divmod__">
          <abstract>x.__divmod__(y) &lt;==&gt; divmod(x, y)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__eq__" id="float-__eq__">
          <abstract>x.__eq__(y) &lt;==&gt; x==y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__float__" id="float-__float__">
          <abstract>x.__float__() &lt;==&gt; float(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__floordiv__" id="float-__floordiv__">
          <abstract>x.__floordiv__(y) &lt;==&gt; x//y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__ge__" id="float-__ge__">
          <abstract>x.__ge__(y) &lt;==&gt; x&gt;=y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__getattribute__" id="float-__getattribute__">
          <abstract>x.__getattribute__('name') &lt;==&gt; x.name</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__getnewargs__" id="float-__getnewargs__">
          <abstract/>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__gt__" id="float-__gt__">
          <abstract>x.__gt__(y) &lt;==&gt; x&gt;y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__hash__" id="float-__hash__">
          <abstract>x.__hash__() &lt;==&gt; hash(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__int__" id="float-__int__">
          <abstract>x.__int__() &lt;==&gt; int(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__le__" id="float-__le__">
          <abstract>x.__le__(y) &lt;==&gt; x&lt;=y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__long__" id="float-__long__">
          <abstract>x.__long__() &lt;==&gt; long(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__lt__" id="float-__lt__">
          <abstract>x.__lt__(y) &lt;==&gt; x&lt;y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__mod__" id="float-__mod__">
          <abstract>x.__mod__(y) &lt;==&gt; x%y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__mul__" id="float-__mul__">
          <abstract>x.__mul__(y) &lt;==&gt; x*y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__ne__" id="float-__ne__">
          <abstract>x.__ne__(y) &lt;==&gt; x!=y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__neg__" id="float-__neg__">
          <abstract>x.__neg__() &lt;==&gt; -x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__new__" id="float-__new__">
          <abstract>T.__new__(S, ...) -&gt; a new object with type S, a subtype of T</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
          <overrides documented="no" class="object"/>
        </method>
        <method public="no" name="__nonzero__" id="float-__nonzero__">
          <abstract>x.__nonzero__() &lt;==&gt; x != 0</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__pos__" id="float-__pos__">
          <abstract>x.__pos__() &lt;==&gt; +x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__pow__" id="float-__pow__">
          <abstract>x.__pow__(y[, z]) &lt;==&gt; pow(x, y[, z])</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__radd__" id="float-__radd__">
          <abstract>x.__radd__(y) &lt;==&gt; y+x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__rdiv__" id="float-__rdiv__">
          <abstract>x.__rdiv__(y) &lt;==&gt; y/x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__rdivmod__" id="float-__rdivmod__">
          <abstract>x.__rdivmod__(y) &lt;==&gt; divmod(y, x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__repr__" id="float-__repr__">
          <abstract>x.__repr__() &lt;==&gt; repr(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__rfloordiv__" id="float-__rfloordiv__">
          <abstract>x.__rfloordiv__(y) &lt;==&gt; y//x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__rmod__" id="float-__rmod__">
          <abstract>x.__rmod__(y) &lt;==&gt; y%x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__rmul__" id="float-__rmul__">
          <abstract>x.__rmul__(y) &lt;==&gt; y*x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__rpow__" id="float-__rpow__">
          <abstract>y.__rpow__(x[, z]) &lt;==&gt; pow(x, y[, z])</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__rsub__" id="float-__rsub__">
          <abstract>x.__rsub__(y) &lt;==&gt; y-x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__rtruediv__" id="float-__rtruediv__">
          <abstract>x.__rtruediv__(y) &lt;==&gt; y/x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__str__" id="float-__str__">
          <abstract>x.__str__() &lt;==&gt; str(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__sub__" id="float-__sub__">
          <abstract>x.__sub__(y) &lt;==&gt; x-y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__truediv__" id="float-__truediv__">
          <abstract>x.__truediv__(y) &lt;==&gt; x/y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
      </methods>
      <inherited-methods documented="no" class="object">
        <member-reference name="__delattr__" public="no"/>
        <member-reference name="__init__" public="no"/>
        <member-reference name="__reduce__" public="no"/>
        <member-reference name="__reduce_ex__" public="no"/>
        <member-reference name="__setattr__" public="no"/>
      </inherited-methods>
      <inherited-members documented="no" class="object">
        <member-reference name="__class__" public="no"/>
      </inherited-members>
    </class>
    <class name="StringType" realname="unicode" public="yes">
      <bases>
        <base documented="no" class="basestring"/>
      </bases>
      <abstract>unicode(string [, encoding[, errors]]) -&gt; object</abstract>
      <description>Create a new Unicode object from the given encoded string.
encoding defaults to the current default string encoding.
errors can be 'strict', 'replace' or 'ignore' and defaults to 'strict'.</description>
      <method-resolution-order>
        <base name="unicode"/>
        <base name="basestring"/>
        <base name="object"/>
      </method-resolution-order>
      <methods name="object">
        <method public="no" name="__add__" id="unicode-__add__">
          <abstract>x.__add__(y) &lt;==&gt; x+y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__cmp__" id="unicode-__cmp__">
          <abstract>x.__cmp__(y) &lt;==&gt; cmp(x,y)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__contains__" id="unicode-__contains__">
          <abstract>x.__contains__(y) &lt;==&gt; y in x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__getattribute__" id="unicode-__getattribute__">
          <abstract>x.__getattribute__('name') &lt;==&gt; x.name</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__getitem__" id="unicode-__getitem__">
          <abstract>x.__getitem__(y) &lt;==&gt; x[y]</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__getnewargs__" id="unicode-__getnewargs__">
          <abstract/>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__getslice__" id="unicode-__getslice__">
          <abstract>x.__getslice__(i, j) &lt;==&gt; x[i:j]</abstract>
          <description>Use of negative indices is not supported.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__hash__" id="unicode-__hash__">
          <abstract>x.__hash__() &lt;==&gt; hash(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__len__" id="unicode-__len__">
          <abstract>x.__len__() &lt;==&gt; len(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__mod__" id="unicode-__mod__">
          <abstract>x.__mod__(y) &lt;==&gt; x%y</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__mul__" id="unicode-__mul__">
          <abstract>x.__mul__(n) &lt;==&gt; x*n</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__new__" id="unicode-__new__">
          <abstract>T.__new__(S, ...) -&gt; a new object with type S, a subtype of T</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
          <overrides documented="no" class="basestring"/>
        </method>
        <method public="no" name="__repr__" id="unicode-__repr__">
          <abstract>x.__repr__() &lt;==&gt; repr(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__rmod__" id="unicode-__rmod__">
          <abstract>x.__rmod__(y) &lt;==&gt; y%x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__rmul__" id="unicode-__rmul__">
          <abstract>x.__rmul__(n) &lt;==&gt; n*x</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="__str__" id="unicode-__str__">
          <abstract>x.__str__() &lt;==&gt; str(x)</abstract>
          <description/>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="capitalize" id="unicode-capitalize">
          <abstract>S.capitalize() -&gt; unicode</abstract>
          <description>Return a capitalized version of S, i.e. make the first character
have upper case.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="center" id="unicode-center">
          <abstract>S.center(width[, fillchar]) -&gt; unicode</abstract>
          <description>Return S centered in a Unicode string of length width. Padding is
done using the specified fill character (default is a space)</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="count" id="unicode-count">
          <abstract>S.count(sub[, start[, end]]) -&gt; int</abstract>
          <description>Return the number of occurrences of substring sub in Unicode string
S[start:end].  Optional arguments start and end are
interpreted as in slice notation.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="decode" id="unicode-decode">
          <abstract>S.decode([encoding[,errors]]) -&gt; string or unicode</abstract>
          <description>Decodes S using the codec registered for encoding. encoding defaults
to the default encoding. errors may be given to set a different error
handling scheme. Default is 'strict' meaning that encoding errors raise
a UnicodeDecodeError. Other possible values are 'ignore' and 'replace'
as well as any other name registerd with codecs.register_error that is
able to handle UnicodeDecodeErrors.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="encode" id="unicode-encode">
          <abstract>S.encode([encoding[,errors]]) -&gt; string or unicode</abstract>
          <description>Encodes S using the codec registered for encoding. encoding defaults
to the default encoding. errors may be given to set a different error
handling scheme. Default is 'strict' meaning that encoding errors raise
a UnicodeEncodeError. Other possible values are 'ignore', 'replace' and
'xmlcharrefreplace' as well as any other name registered with
codecs.register_error that can handle UnicodeEncodeErrors.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="endswith" id="unicode-endswith">
          <abstract>S.endswith(suffix[, start[, end]]) -&gt; bool</abstract>
          <description>Return True if S ends with the specified suffix, False otherwise.
With optional start, test S beginning at that position.
With optional end, stop comparing S at that position.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="expandtabs" id="unicode-expandtabs">
          <abstract>S.expandtabs([tabsize]) -&gt; unicode</abstract>
          <description>Return a copy of S where all tab characters are expanded using spaces.
If tabsize is not given, a tab size of 8 characters is assumed.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="find" id="unicode-find">
          <abstract>S.find(sub [,start [,end]]) -&gt; int</abstract>
          <description>Return the lowest index in S where substring sub is found,
such that sub is contained within s[start,end].  Optional
arguments start and end are interpreted as in slice notation.

Return -1 on failure.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="index" id="unicode-index">
          <abstract>S.index(sub [,start [,end]]) -&gt; int</abstract>
          <description>Like S.find() but raise ValueError when the substring is not found.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="isalnum" id="unicode-isalnum">
          <abstract>S.isalnum() -&gt; bool</abstract>
          <description>Return True if all characters in S are alphanumeric
and there is at least one character in S, False otherwise.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="isalpha" id="unicode-isalpha">
          <abstract>S.isalpha() -&gt; bool</abstract>
          <description>Return True if all characters in S are alphabetic
and there is at least one character in S, False otherwise.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="isdecimal" id="unicode-isdecimal">
          <abstract>S.isdecimal() -&gt; bool</abstract>
          <description>Return True if there are only decimal characters in S,
False otherwise.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="isdigit" id="unicode-isdigit">
          <abstract>S.isdigit() -&gt; bool</abstract>
          <description>Return True if all characters in S are digits
and there is at least one character in S, False otherwise.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="islower" id="unicode-islower">
          <abstract>S.islower() -&gt; bool</abstract>
          <description>Return True if all cased characters in S are lowercase and there is
at least one cased character in S, False otherwise.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="isnumeric" id="unicode-isnumeric">
          <abstract>S.isnumeric() -&gt; bool</abstract>
          <description>Return True if there are only numeric characters in S,
False otherwise.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="isspace" id="unicode-isspace">
          <abstract>S.isspace() -&gt; bool</abstract>
          <description>Return True if all characters in S are whitespace
and there is at least one character in S, False otherwise.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="istitle" id="unicode-istitle">
          <abstract>S.istitle() -&gt; bool</abstract>
          <description>Return True if S is a titlecased string and there is at least one
character in S, i.e. upper- and titlecase characters may only
follow uncased characters and lowercase characters only cased ones.
Return False otherwise.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="isupper" id="unicode-isupper">
          <abstract>S.isupper() -&gt; bool</abstract>
          <description>Return True if all cased characters in S are uppercase and there is
at least one cased character in S, False otherwise.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="join" id="unicode-join">
          <abstract>S.join(sequence) -&gt; unicode</abstract>
          <description>Return a string which is the concatenation of the strings in the
sequence.  The separator between elements is S.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="ljust" id="unicode-ljust">
          <abstract>S.ljust(width[, fillchar]) -&gt; int</abstract>
          <description>Return S left justified in a Unicode string of length width. Padding is
done using the specified fill character (default is a space).</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="lower" id="unicode-lower">
          <abstract>S.lower() -&gt; unicode</abstract>
          <description>Return a copy of the string S converted to lowercase.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="lstrip" id="unicode-lstrip">
          <abstract>S.lstrip([chars]) -&gt; unicode</abstract>
          <description>Return a copy of the string S with leading whitespace removed.
If chars is given and not None, remove characters in chars instead.
If chars is a str, it will be converted to unicode before stripping</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="replace" id="unicode-replace">
          <abstract>S.replace (old, new[, maxsplit]) -&gt; unicode</abstract>
          <description>Return a copy of S with all occurrences of substring
old replaced by new.  If the optional argument maxsplit is
given, only the first maxsplit occurrences are replaced.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="rfind" id="unicode-rfind">
          <abstract>S.rfind(sub [,start [,end]]) -&gt; int</abstract>
          <description>Return the highest index in S where substring sub is found,
such that sub is contained within s[start,end].  Optional
arguments start and end are interpreted as in slice notation.

Return -1 on failure.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="rindex" id="unicode-rindex">
          <abstract>S.rindex(sub [,start [,end]]) -&gt; int</abstract>
          <description>Like S.rfind() but raise ValueError when the substring is not found.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="rjust" id="unicode-rjust">
          <abstract>S.rjust(width[, fillchar]) -&gt; unicode</abstract>
          <description>Return S right justified in a Unicode string of length width. Padding is
done using the specified fill character (default is a space).</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="rsplit" id="unicode-rsplit">
          <abstract>S.rsplit([sep [,maxsplit]]) -&gt; list of strings</abstract>
          <description>Return a list of the words in S, using sep as the
delimiter string, starting at the end of the string and
working to the front.  If maxsplit is given, at most maxsplit
splits are done. If sep is not specified, any whitespace string
is a separator.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="rstrip" id="unicode-rstrip">
          <abstract>S.rstrip([chars]) -&gt; unicode</abstract>
          <description>Return a copy of the string S with trailing whitespace removed.
If chars is given and not None, remove characters in chars instead.
If chars is a str, it will be converted to unicode before stripping</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="split" id="unicode-split">
          <abstract>S.split([sep [,maxsplit]]) -&gt; list of strings</abstract>
          <description>Return a list of the words in S, using sep as the
delimiter string.  If maxsplit is given, at most maxsplit
splits are done. If sep is not specified or is None,
any whitespace string is a separator.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="splitlines" id="unicode-splitlines">
          <abstract>S.splitlines([keepends]]) -&gt; list of strings</abstract>
          <description>Return a list of the lines in S, breaking at line boundaries.
Line breaks are not included in the resulting list unless keepends
is given and true.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="startswith" id="unicode-startswith">
          <abstract>S.startswith(prefix[, start[, end]]) -&gt; bool</abstract>
          <description>Return True if S starts with the specified prefix, False otherwise.
With optional start, test S beginning at that position.
With optional end, stop comparing S at that position.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="strip" id="unicode-strip">
          <abstract>S.strip([chars]) -&gt; unicode</abstract>
          <description>Return a copy of the string S with leading and trailing
whitespace removed.
If chars is given and not None, remove characters in chars instead.
If chars is a str, it will be converted to unicode before stripping</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="swapcase" id="unicode-swapcase">
          <abstract>S.swapcase() -&gt; unicode</abstract>
          <description>Return a copy of S with uppercase characters converted to lowercase
and vice versa.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="title" id="unicode-title">
          <abstract>S.title() -&gt; unicode</abstract>
          <description>Return a titlecased version of S, i.e. words start with title case
characters, all remaining cased characters have lower case.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="translate" id="unicode-translate">
          <abstract>S.translate(table) -&gt; unicode</abstract>
          <description>Return a copy of the string S, where all characters have been mapped
through the given translation table, which must be a mapping of
Unicode ordinals to Unicode ordinals, Unicode strings or None.
Unmapped characters are left untouched. Characters mapped to None
are deleted.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="upper" id="unicode-upper">
          <abstract>S.upper() -&gt; unicode</abstract>
          <description>Return a copy of S converted to uppercase.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
        <method public="no" name="zfill" id="unicode-zfill">
          <abstract>S.zfill(width) -&gt; unicode</abstract>
          <description>Pad a numeric string x with zeros on the left, to fill a field
of the specified width. The string x is never truncated.</description>
          <arguments>
            <unknown>...</unknown>
          </arguments>
        </method>
      </methods>
      <inherited-methods documented="no" class="object">
        <member-reference name="__delattr__" public="no"/>
        <member-reference name="__init__" public="no"/>
        <member-reference name="__reduce__" public="no"/>
        <member-reference name="__reduce_ex__" public="no"/>
        <member-reference name="__setattr__" public="no"/>
      </inherited-methods>
      <inherited-members documented="no" class="object">
        <member-reference name="__class__" public="no"/>
      </inherited-members>
    </class>
  </classes>
  <globals>
    <global public="no" name="NAMESPACE_NODE" id="NAMESPACE_NODE">
      <value>13</value>
    </global>
    <global public="no" name="NumberTypes" id="NumberTypes">
      <value>{&lt;type 'float'&gt;: True, &lt;type 'int'&gt;: True, &lt;type 'long'&gt;: True}</value>
    </global>
    <global public="no" name="__all__" id="__all__">
      <value>['NodesetType', 'StringType', 'NumberType', 'BooleanType', 'g_xpathPrimitiveTypes', 'g_xpathRecognizedNodes']</value>
    </global>
    <global public="yes" name="g_xpathPrimitiveTypes" id="g_xpathPrimitiveTypes">
      <value>{&lt;type 'float'&gt;: 'number', &lt;type 'int'&gt;: 'number', &lt;type 'list'&gt;: 'node-set', &lt;type 'long'&gt;: 'number', &lt;type 'str'&gt;: 'string', &lt;type 'object'&gt;: 'object', &lt;type 'unicode'&gt;: 'string', &lt;type 'bool'&gt;: 'boolean', &lt;type 'boolean'&gt;: 'boolean'}</value>
    </global>
    <global public="yes" name="g_xpathRecognizedNodes" id="g_xpathRecognizedNodes">
      <value>{1: True, 2: True, 3: True, 7: True, 8: True, 9: True, 13: True}</value>
    </global>
  </globals>
</module>
