def __init__(self, sourceStr, loc, name, toks, skipFirstTok):
self.sourceStr = sourceStr
self.loc = loc
self.name = name
if skipFirstTok:
toks1 = toks[1] if len(toks) > 1 else None
if (
isinstance(toks1, _STR_BASE)
and isinstance(name, _STR_BASE)
and name in ("/", "//", "rootChild", "rootDescendant")
):
if toks1 == "*":
toks1 = QNameDef(loc, None, "*", "*")
elif toks1.startswith("*:"):
toks1 = QNameDef(loc, None, "*", toks1[2:])
elif toks1.endswith(":*"):
prefix = toks1[:-2]
ns = XmlUtil.xmlns(xmlElement, prefix)
if ns is None:
modelXbrl.error(
"err:XPST0081",
_("wildcard prefix not defined for %(token)s"),
modelObject=xmlElement,
token=toks1,
)
toks1 = QNameDef(loc, prefix, ns, "*")
self.args = [toks1] + toks[2:] # special case for wildcard path segment
else:
self.args = toks[1:]
"""
self.args = toks[1:]
"""
else: # for others first token is just op code, no expression
self.args = toks
def __init__(self, sourceStr, loc, name, toks, skipFirstTok):
self.sourceStr = sourceStr
self.loc = loc
self.name = name
if skipFirstTok:
toks1 = toks[1] if len(toks) > 1 else None
if (isinstance(toks1,_STR_BASE) and isinstance(name,_STR_BASE) and
name in ('/', '//', 'rootChild', 'rootDescendant')):
if toks1 == '*':
toks1 = QNameDef(loc,None,'*','*')
elif toks1.startswith('*:'):
toks1 = QNameDef(loc,None,'*',toks1[2:])
elif toks1.endswith(':*'):
prefix = toks1[:-2]
ns = XmlUtil.xmlns(xmlElement, prefix)
if ns is None:
modelXbrl.error("err:XPST0081",
_("wildcard prefix not defined for %(token)s"),
modelObject=xmlElement,
token=toks1)
toks1 = QNameDef(loc,prefix,ns,'*')
self.args = [toks1] + toks[2:] # special case for wildcard path segment
else:
self.args = toks[1:]
'''
self.args = toks[1:]
'''
else: # for others first token is just op code, no expression
self.args = toks
def qname(value, name=None, noPrefixIsNoNamespace=False, castException=None, prefixException=None):
# either value can be an etree ModelObject element: if no name then qname is element tag quanem
# if name provided qname uses element as xmlns reference and name as prefixed name
# value can be namespaceURI and name is localname or prefix:localname
# value can be prefix:localname (and localname omitted)
# for xpath qnames which do not take default namespace if no prefix, specify noPrefixIsNoNamespace
if isinstance(value, ModelObject):
if name:
element = value # may be an attribute
value = name
name = None
else:
return QName(value.prefix, value.namespaceURI, value.localName)
elif isinstance(name, ModelObject):
element = name
name = None
elif value is None:
element = None
value = name
else:
element = None
if isinstance(value,QName):
return value
elif not isinstance(value,str):
if castException: raise castException
return None
if value.startswith('{'): # clark notation (with optional prefix)
namespaceURI,sep,prefixedLocalName = value[1:].partition('}')
prefix,sep,localName = prefixedLocalName.partition(':')
if len(localName) == 0:
localName = prefix
prefix = None
else:
if name is not None:
if name: # len > 0
namespaceURI = value
else:
namespaceURI = None
value = name
else:
namespaceURI = None
prefix,sep,localName = value.partition(":")
if len(localName) == 0:
#default namespace
localName = prefix
prefix = None
if noPrefixIsNoNamespace:
return QName(None, None, localName)
if namespaceURI:
return QName(prefix, namespaceURI, localName)
elif element is not None:
from arelle import (XmlUtil)
namespaceURI = XmlUtil.xmlns(element, prefix)
if not namespaceURI:
if prefix:
if castException: raise castException
return None # error, prefix not found
if not namespaceURI:
namespaceURI = None # cancel namespace if it is a zero length string
return QName(prefix, namespaceURI, localName)
def __init__(self, sourceStr, loc, name, toks, skipFirstTok):
self.sourceStr = sourceStr
self.loc = loc
self.name = name
if skipFirstTok:
toks1 = toks[1] if len(toks) > 1 else None
if (isinstance(toks1,str) and isinstance(name,str) and
name in ('/', '//', 'rootChild', 'rootDescendant')):
if toks1 == '*':
toks1 = QNameDef(loc,None,'*','*')
elif toks1.startswith('*:'):
toks1 = QNameDef(loc,None,'*',toks1[2:])
elif toks1.endswith(':*'):
prefix = toks1[:-2]
ns = XmlUtil.xmlns(xmlElement, prefix)
if ns is None:
modelXbrl.error(
_("wildcard prefix not defined for {0}").format(toks1),
"err","err:XPST0081")
toks1 = QNameDef(loc,prefix,ns,'*')
self.args = [toks1] + toks[2:] # special case for wildcard path segment
else:
self.args = toks[1:]
'''
self.args = toks[1:]
'''
else: # for others first token is just op code, no expression
self.args = toks
def namespace_uri_for_prefix(xc, p, contextItem, args):
prefix = nodeArg(xc, args, 0, 'string?', emptyFallback='')
node = nodeArg(xc, args, 1, 'element()', emptyFallback=())
if node and isinstance(
node, xml.dom.Node) and node.nodeType == xml.dom.Node.ELEMENT_NODE:
return XmlUtil.xmlns(node, prefix)
return ()
def qname(value, name=None, noPrefixIsNoNamespace=False, castException=None, prefixException=None):
# either value can be an xml.dom Node: if no name then qname is element tag quanem
# if name provided qname uses element as xmlns reference and name as prefixed name
# value can be namespaceURI and name is localname or prefix:localname
# value can be prefix:localname (and localname omitted)
# for xpath qnames which do not take default namespace if no prefix, specify noPrefixIsNoNamespace
if isinstance(value, xml.dom.Node):
if name:
element = value # may be an attribute
value = name
name = None
else:
return QName(value.prefix, value.namespaceURI, value.localName)
elif isinstance(name, xml.dom.Node):
element = name
name = None
elif value is None:
element = None
value = name
else:
element = None
if isinstance(value,QName):
return value
elif not isinstance(value,str):
if castException: raise castException
return None
if value.startswith('{'):
namespaceURI,sep,localName = value[1:].partition('}')
prefix = None
else:
if name is not None:
if name: # len > 0
namespaceURI = value
else:
namespaceURI = None
value = name
else:
namespaceURI = None
names = value.partition(":")
if names[2] == "":
#default namespace
prefix = None
localName = names[0]
if noPrefixIsNoNamespace:
return QName(None, None, localName)
else:
prefix = names[0]
localName = names[2]
if namespaceURI:
return QName(prefix, namespaceURI, localName)
elif element:
from arelle import (XmlUtil)
namespaceURI = XmlUtil.xmlns(element, prefix)
if not namespaceURI:
if prefix:
if castException: raise castException
return None # error, prefix not found
return QName(prefix, namespaceURI, localName)
def namespace_uri_for_prefix(xc, p, contextItem, args):
prefix = nodeArg(xc, args, 0, 'string?', emptyFallback='')
node = nodeArg(xc, args, 1, 'element()', emptyFallback=())
if node is not None and isinstance(node,ModelObject):
return XmlUtil.xmlns(node, prefix)
return ()
def namespace_uri_for_prefix(xc, p, contextItem, args):
prefix = nodeArg(xc, args, 0, 'string?', emptyFallback='')
node = nodeArg(xc, args, 1, 'element()', emptyFallback=())
if node and isinstance(node,xml.dom.Node) and node.nodeType == xml.dom.Node.ELEMENT_NODE:
return XmlUtil.xmlns(node, prefix)
return ()
def qname(value, name=None, noPrefixIsNoNamespace=False, castException=None, prefixException=None):
# either value can be an etree ModelObject element: if no name then qname is element tag quanem
# if name provided qname uses element as xmlns reference and name as prefixed name
# value can be namespaceURI and name is localname or prefix:localname
# value can be prefix:localname (and localname omitted)
# for xpath qnames which do not take default namespace if no prefix, specify noPrefixIsNoNamespace
if isinstance(value, ModelObject):
if name:
element = value # may be an attribute
value = name
name = None
else:
return QName(value.prefix, value.namespaceURI, value.localName)
elif isinstance(name, ModelObject):
element = name
name = None
element = None
value = name
else:
element = None
if isinstance(value,QName):
return value
elif not isinstance(value,_STR_BASE):
if castException: raise castException
return None
if value.startswith('{'): # clark notation (with optional prefix)
namespaceURI,sep,prefixedLocalName = value[1:].partition('}')
prefix,sep,localName = prefixedLocalName.partition(':')
if len(localName) == 0:
localName = prefix
prefix = None
namespaceDict = None
else:
if isinstance(name, dict):
namespaceURI = None
namespaceDict = name
elif name is not None:
if name: # len > 0
namespaceURI = value
else:
namespaceURI = None
namespaceDict = None
value = name
else:
namespaceURI = None
namespaceDict = None
prefix,sep,localName = value.partition(":")
if len(localName) == 0:
#default namespace
localName = prefix
prefix = None
if noPrefixIsNoNamespace:
return QName(None, None, localName)
if namespaceURI:
return QName(prefix, namespaceURI, localName)
elif namespaceDict and prefix in namespaceDict:
return QName(prefix, namespaceDict[prefix], localName)
elif element is not None:
from arelle import (XmlUtil)
namespaceURI = XmlUtil.xmlns(element, prefix)
if not namespaceURI:
if prefix:
if castException: raise castException
return None # error, prefix not found
if not namespaceURI:
namespaceURI = None # cancel namespace if it is a zero length string
return QName(prefix, namespaceURI, localName)
def qname(value,
name=None,
noPrefixIsNoNamespace=False,
castException=None,
prefixException=None):
# either value can be an xml.dom Node: if no name then qname is element tag quanem
# if name provided qname uses element as xmlns reference and name as prefixed name
# value can be namespaceURI and name is localname or prefix:localname
# value can be prefix:localname (and localname omitted)
# for xpath qnames which do not take default namespace if no prefix, specify noPrefixIsNoNamespace
if isinstance(value, xml.dom.Node):
if name:
element = value # may be an attribute
value = name
name = None
else:
return QName(value.prefix, value.namespaceURI, value.localName)
elif isinstance(name, xml.dom.Node):
element = name
name = None
elif value is None:
element = None
value = name
else:
element = None
if isinstance(value, QName):
return value
elif not isinstance(value, str):
if castException: raise castException
return None
if value.startswith('{'):
namespaceURI, sep, localName = value[1:].partition('}')
prefix = None
else:
if name is not None:
if name: # len > 0
namespaceURI = value
else:
namespaceURI = None
value = name
else:
namespaceURI = None
names = value.partition(":")
if names[2] == "":
#default namespace
prefix = None
localName = names[0]
if noPrefixIsNoNamespace:
return QName(None, None, localName)
else:
prefix = names[0]
localName = names[2]
if namespaceURI:
return QName(prefix, namespaceURI, localName)
elif element:
from arelle import (XmlUtil)
namespaceURI = XmlUtil.xmlns(element, prefix)
if not namespaceURI:
if prefix:
if castException: raise castException
return None # error, prefix not found
return QName(prefix, namespaceURI, localName)
