def cartesianProductExpander(childStructuralNode, view, depth, axisDisposition, facts, tblAxisRels, i):
if i is not None: # recurse table relationships for cartesian product
for j, tblRel in enumerate(tblAxisRels[i+1:]):
tblObj = tblRel.toModelObject
if isinstance(tblObj, (ModelEuAxisCoord, ModelDefinitionNode)) and axisDisposition == tblRel.axisDisposition:
addBreakdownNode(view, axisDisposition, tblObj)
#if tblObj.cardinalityAndDepth(childStructuralNode)[1] or axisDisposition == "z":
if axisDisposition == "z":
subOrdTblCntx = StructuralNode(childStructuralNode, tblObj, tblObj)
subOrdTblCntx._choiceStructuralNodes = [] # this is a breakdwon node
subOrdTblCntx.indent = 0 # separate breakdown not indented]
depth = 0 # cartesian next z is also depth 0
childStructuralNode.childStructuralNodes.append(subOrdTblCntx)
else: # non-ordinate composition
subOrdTblCntx = childStructuralNode
# predefined axes need facts sub-filtered
if isinstance(childStructuralNode.definitionNode, ModelClosedDefinitionNode):
matchingFacts = childStructuralNode.evaluate(childStructuralNode.definitionNode,
childStructuralNode.definitionNode.filteredFacts,
evalArgs=(facts,))
else:
matchingFacts = facts
# returns whether there were no structural node results
subOrdTblCntx.abstract = True # can't be abstract across breakdown
expandDefinition(view, subOrdTblCntx, tblObj, tblObj,
depth, # depth + (0 if axisDisposition == 'z' else 1),
axisDisposition, matchingFacts, j + i + 1, tblAxisRels) #cartesian product
break
def cartesianProductExpander(childStructuralNode, view, depth, axisDisposition,
facts, tblAxisRels, i):
if i is not None: # recurse table relationships for cartesian product
for j, tblRel in enumerate(tblAxisRels[i + 1:]):
tblObj = tblRel.toModelObject
if isinstance(tblObj,
(ModelEuAxisCoord, ModelDefinitionNode
)) and axisDisposition == tblRel.axisDisposition:
#addBreakdownNode(view, axisDisposition, tblObj)
#if tblObj.cardinalityAndDepth(childStructuralNode)[1] or axisDisposition == "z":
if axisDisposition == "z":
subOrdTblCntx = StructuralNode(childStructuralNode, tblObj,
tblObj)
subOrdTblCntx._choiceStructuralNodes = [
] # this is a breakdwon node
subOrdTblCntx.indent = 0 # separate breakdown not indented]
depth = 0 # cartesian next z is also depth 0
childStructuralNode.childStructuredNodeList.append(
subOrdTblCntx)
else: # non-ordinate composition
subOrdTblCntx = childStructuralNode
# predefined axes need facts sub-filtered
if isinstance(childStructuralNode.definitionNode,
ModelClosedDefinitionNode):
matchingFacts = childStructuralNode.evaluate(
childStructuralNode.definitionNode,
childStructuralNode.definitionNode.filteredFacts,
evalArgs=(facts, ))
else:
matchingFacts = facts
# returns whether there were no structural node results
subOrdTblCntx.abstract = True # can't be abstract across breakdown
expandDefinition(
view,
subOrdTblCntx,
tblObj,
tblObj,
depth, # depth + (0 if axisDisposition == 'z' else 1),
axisDisposition,
matchingFacts,
j + i + 1,
tblAxisRels) #cartesian product
break
def expandDefinition(view, structuralNode, breakdownNode, definitionNode, depth, axisDisposition, facts, i=None, tblAxisRels=None, processOpenDefinitionNode=True):
subtreeRelationships = view.axisSubtreeRelSet.fromModelObject(definitionNode)
def checkLabelWidth(structuralNode, checkBoundFact=False):
if axisDisposition == "y":
# messages can't be evaluated, just use the text portion of format string
label = structuralNode.header(lang=view.lang,
returnGenLabel=not checkBoundFact,
returnMsgFormatString=not checkBoundFact)
if label:
# need to et more exact word length in screen units
widestWordLen = max(len(w) * 16 for w in label.split())
# abstract only pertains to subtree of closed nodesbut not cartesian products or open nodes
while structuralNode.depth >= len(view.rowHdrColWidth):
view.rowHdrColWidth.append(0)
if definitionNode.isAbstract or not subtreeRelationships: # isinstance(definitionNode, ModelOpenDefinitionNode):
if widestWordLen > view.rowHdrColWidth[structuralNode.depth]:
view.rowHdrColWidth[structuralNode.depth] = widestWordLen
else:
if widestWordLen > view.rowNonAbstractHdrSpanMin[structuralNode.depth]:
view.rowNonAbstractHdrSpanMin[structuralNode.depth] = widestWordLen
if structuralNode and isinstance(definitionNode, (ModelBreakdown, ModelEuAxisCoord, ModelDefinitionNode)):
try:
#cartesianProductNestedArgs = (view, depth, axisDisposition, facts, tblAxisRels, i)
ordCardinality, ordDepth = definitionNode.cardinalityAndDepth(structuralNode)
if (not definitionNode.isAbstract and
isinstance(definitionNode, ModelClosedDefinitionNode) and
ordCardinality == 0):
view.modelXbrl.error("xbrlte:closedDefinitionNodeZeroCardinality",
_("Closed definition node %(xlinkLabel)s does not contribute at least one structural node"),
modelObject=(view.modelTable,definitionNode), xlinkLabel=definitionNode.xlinkLabel, axis=definitionNode.localName)
nestedDepth = depth + ordDepth
# HF test
cartesianProductNestedArgs = [view, nestedDepth, axisDisposition, facts, tblAxisRels, i]
if axisDisposition == "z":
if depth == 1: # choices (combo boxes) don't add to z row count
view.zAxisRows += 1
elif axisDisposition == "x":
if ordDepth:
if nestedDepth - 1 > view.colHdrRows: view.colHdrRows = nestedDepth - 1
'''
if not view.colHdrDocRow:
if definitionNode.header(role="http://www.xbrl.org/2008/role/documentation",
lang=view.lang):
view.colHdrDocRow = True
if not view.colHdrCodeRow:
if definitionNode.header(role="http://www.eurofiling.info/role/2010/coordinate-code"):
view.colHdrCodeRow = True
'''
hdrNonStdRoles = view.colHdrNonStdRoles
elif axisDisposition == "y":
if ordDepth:
#if not definitionNode.isAbstract:
# view.dataRows += ordCardinality
if nestedDepth - 1 > view.rowHdrCols:
view.rowHdrCols = nestedDepth - 1
for j in range(1 + ordDepth):
view.rowHdrColWidth.append(16) # min width for 'tail' of nonAbstract coordinate
view.rowNonAbstractHdrSpanMin.append(0)
checkLabelWidth(structuralNode, checkBoundFact=False)
'''
if not view.rowHdrDocCol:
if definitionNode.header(role="http://www.xbrl.org/2008/role/documentation",
lang=view.lang):
view.rowHdrDocCol = True
if not view.rowHdrCodeCol:
if definitionNode.header(role="http://www.eurofiling.info/role/2010/coordinate-code"):
view.rowHdrCodeCol = True
'''
hdrNonStdRoles = view.rowHdrNonStdRoles
if axisDisposition in ("x", "y"):
hdrNonStdPosition = -1 # where a match last occured
for rel in view.modelXbrl.relationshipSet(XbrlConst.elementLabel).fromModelObject(definitionNode):
if rel.toModelObject is not None and rel.toModelObject.role != XbrlConst.genStandardLabel:
labelLang = rel.toModelObject.xmlLang
labelRole = rel.toModelObject.role
if (labelLang == view.lang or labelLang.startswith(view.lang) or view.lang.startswith(labelLang)
or ("code" in labelRole)):
labelRole = rel.toModelObject.role
if labelRole in hdrNonStdRoles:
hdrNonStdPosition = hdrNonStdRoles.index(labelRole)
else:
hdrNonStdRoles.insert(hdrNonStdPosition + 1, labelRole)
isCartesianProductExpanded = False
if not isinstance(definitionNode, ModelFilterDefinitionNode):
# note: reduced set of facts should always be passed to subsequent open nodes
isCartesianProductExpanded = True
for axisSubtreeRel in subtreeRelationships:
isCartesianProductExpanded = True
childDefinitionNode = axisSubtreeRel.toModelObject
if childDefinitionNode.isRollUp:
structuralNode.rollUpStructuralNode = StructuralNode(structuralNode, breakdownNode, childDefinitionNode, )
if not structuralNode.childStructuralNodes: # first sub ordinate is the roll up
structuralNode.subtreeRollUp = CHILD_ROLLUP_FIRST
else:
structuralNode.subtreeRollUp = CHILD_ROLLUP_LAST
if not view.topRollup.get(axisDisposition):
view.topRollup[axisDisposition] = structuralNode.subtreeRollUp
else:
if (isinstance(definitionNode, (ModelBreakdown, ModelCompositionDefinitionNode)) and
isinstance(childDefinitionNode, ModelRelationshipDefinitionNode)): # append list products to composititionAxes subObjCntxs
childStructuralNode = structuralNode
else:
childStructuralNode = StructuralNode(structuralNode, breakdownNode, childDefinitionNode) # others are nested structuralNode
if axisDisposition != "z":
structuralNode.childStructuralNodes.append(childStructuralNode)
if axisDisposition != "z":
expandDefinition(view, childStructuralNode, breakdownNode, childDefinitionNode, depth+ordDepth, axisDisposition, facts, i, tblAxisRels) #recurse
cartesianProductExpander(childStructuralNode, *cartesianProductNestedArgs)
else:
childStructuralNode.indent = depth - 1
if structuralNode.choiceStructuralNodes is not None:
structuralNode.choiceStructuralNodes.append(childStructuralNode)
expandDefinition(view, childStructuralNode, breakdownNode, childDefinitionNode, depth + 1, axisDisposition, facts) #recurse
# required when switching from abstract to roll up to determine abstractness
#if not structuralNode.subtreeRollUp and structuralNode.childStructuralNodes and definitionNode.tag.endswith("Node"):
# structuralNode.subtreeRollUp = CHILDREN_BUT_NO_ROLLUP
#if not hasattr(structuralNode, "indent"): # probably also for multiple open axes
if processOpenDefinitionNode:
if isinstance(definitionNode, ModelRelationshipDefinitionNode):
structuralNode.isLabeled = False
selfStructuralNodes = {} if definitionNode.axis.endswith('-or-self') else None
for rel in definitionNode.relationships(structuralNode):
if not isinstance(rel, list):
relChildStructuralNode = addRelationship(breakdownNode, definitionNode, rel, structuralNode, cartesianProductNestedArgs, selfStructuralNodes)
else:
addRelationships(breakdownNode, definitionNode, rel, relChildStructuralNode, cartesianProductNestedArgs)
if axisDisposition == "z":
# if definitionNode is first structural node child remove it
if structuralNode.choiceStructuralNodes and structuralNode.choiceStructuralNodes[0].definitionNode == definitionNode:
del structuralNode.choiceStructuralNodes[0]
# flatten hierarchy of nested structural nodes inot choice nodes (for single listbox)
def flattenChildNodesToChoices(childStructuralNodes, indent):
while childStructuralNodes:
choiceStructuralNode = childStructuralNodes.pop(0)
choiceStructuralNode.indent = indent
structuralNode.choiceStructuralNodes.append(choiceStructuralNode)
flattenChildNodesToChoices(choiceStructuralNode.childStructuralNodes, indent + 1)
flattenChildNodesToChoices(structuralNode.childStructuralNodes, 0)
# set up by definitionNode.relationships
if isinstance(definitionNode, ModelConceptRelationshipDefinitionNode):
if (definitionNode._sourceQname != XbrlConst.qnXfiRoot and
definitionNode._sourceQname not in view.modelXbrl.qnameConcepts):
view.modelXbrl.error("xbrlte:invalidConceptRelationshipSource",
_("Concept relationship rule node %(xlinkLabel)s source %(source)s does not refer to an existing concept."),
modelObject=definitionNode, xlinkLabel=definitionNode.xlinkLabel, source=definitionNode._sourceQname)
elif isinstance(definitionNode, ModelDimensionRelationshipDefinitionNode):
dim = view.modelXbrl.qnameConcepts.get(definitionNode._dimensionQname)
if dim is None or not dim.isExplicitDimension:
view.modelXbrl.error("xbrlte:invalidExplicitDimensionQName",
_("Dimension relationship rule node %(xlinkLabel)s dimension %(dimension)s does not refer to an existing explicit dimension."),
modelObject=definitionNode, xlinkLabel=definitionNode.xlinkLabel, dimension=definitionNode._dimensionQname)
domMbr = view.modelXbrl.qnameConcepts.get(definitionNode._sourceQname)
if domMbr is None or not domMbr.isDomainMember:
view.modelXbrl.error("xbrlte:invalidDimensionRelationshipSource",
_("Dimension relationship rule node %(xlinkLabel)s source %(source)s does not refer to an existing domain member."),
modelObject=definitionNode, xlinkLabel=definitionNode.xlinkLabel, source=definitionNode._sourceQname)
if (definitionNode._axis in ("child", "child-or-self", "parent", "parent-or-self", "sibling", "sibling-or-self") and
(not isinstance(definitionNode._generations, _NUM_TYPES) or definitionNode._generations > 1)):
view.modelXbrl.error("xbrlte:relationshipNodeTooManyGenerations ",
_("Relationship rule node %(xlinkLabel)s formulaAxis %(axis)s implies a single generation tree walk but generations %(generations)s is greater than one."),
modelObject=definitionNode, xlinkLabel=definitionNode.xlinkLabel, axis=definitionNode._axis, generations=definitionNode._generations)
elif isinstance(definitionNode, ModelSelectionDefinitionNode):
structuralNode.setHasOpenNode()
structuralNode.isLabeled = False
isCartesianProductExpanded = True
varQn = definitionNode.variableQname
if varQn:
selections = sorted(structuralNode.evaluate(definitionNode, definitionNode.evaluate) or [],
key=lambda obj:sortkey(obj))
if isinstance(selections, (list,set,tuple)) and len(selections) > 1:
for selection in selections: # nested choices from selection list
childStructuralNode = StructuralNode(structuralNode, breakdownNode, definitionNode, contextItemFact=selection)
childStructuralNode.variables[varQn] = selection
childStructuralNode.indent = 0
if axisDisposition == "z":
structuralNode.choiceStructuralNodes.append(childStructuralNode)
childStructuralNode.zSelection = True
else:
structuralNode.childStructuralNodes.append(childStructuralNode)
expandDefinition(view, childStructuralNode, breakdownNode, definitionNode, depth, axisDisposition, facts, processOpenDefinitionNode=False) #recurse
cartesianProductExpander(childStructuralNode, *cartesianProductNestedArgs)
else:
structuralNode.variables[varQn] = selections
elif isinstance(definitionNode, ModelFilterDefinitionNode):
structuralNode.setHasOpenNode()
structuralNode.isLabeled = False
isCartesianProductExpanded = True
structuralNode.abstract = True # spanning ordinate acts as a subtitle
filteredFactsPartitions = structuralNode.evaluate(definitionNode,
definitionNode.filteredFactsPartitions,
evalArgs=(facts,))
if structuralNode._rendrCntx.formulaOptions.traceVariableFilterWinnowing:
view.modelXbrl.info("table:trace",
_("Filter node %(xlinkLabel)s facts partitions: %(factsPartitions)s"),
modelObject=definitionNode, xlinkLabel=definitionNode.xlinkLabel,
factsPartitions=str(filteredFactsPartitions))
# ohly for fact entry (true if no parent open nodes or all are on entry prototype row)
if axisDisposition != "z":
childList = structuralNode.childStructuralNodes
if structuralNode.isEntryPrototype(default=True):
for i in range(getattr(view, "openBreakdownLines",
# for file output, 1 entry row if no facts
0 if filteredFactsPartitions else 1)):
view.aspectEntryObjectId += 1
filteredFactsPartitions.append([FactPrototype(view, {"aspectEntryObjectId": OPEN_ASPECT_ENTRY_SURROGATE + str(view.aspectEntryObjectId)})])
if structuralNode.isEntryPrototype(default=False):
break # only one node per cartesian product under outermost nested open entry row
else:
childList = structuralNode.choiceStructuralNodes
for factsPartition in filteredFactsPartitions:
childStructuralNode = StructuralNode(structuralNode, breakdownNode, definitionNode, contextItemFact=factsPartition[0])
childStructuralNode.indent = 0
childStructuralNode.depth -= 1 # for label width; parent is merged/invisible
childList.append(childStructuralNode)
checkLabelWidth(childStructuralNode, checkBoundFact=True)
#expandDefinition(view, childStructuralNode, breakdownNode, definitionNode, depth, axisDisposition, factsPartition, processOpenDefinitionNode=False) #recurse
cartesianProductNestedArgs[3] = factsPartition
# note: reduced set of facts should always be passed to subsequent open nodes
if subtreeRelationships:
for axisSubtreeRel in subtreeRelationships:
child2DefinitionNode = axisSubtreeRel.toModelObject
child2StructuralNode = StructuralNode(childStructuralNode, breakdownNode, child2DefinitionNode) # others are nested structuralNode
childStructuralNode.childStructuralNodes.append(child2StructuralNode)
expandDefinition(view, child2StructuralNode, breakdownNode, child2DefinitionNode, depth+ordDepth, axisDisposition, factsPartition) #recurse
cartesianProductExpander(child2StructuralNode, *cartesianProductNestedArgs)
else:
cartesianProductExpander(childStructuralNode, *cartesianProductNestedArgs)
# sort by header (which is likely to be typed dim value, for example)
childList.sort(key=lambda childStructuralNode:
childStructuralNode.header(lang=view.lang,
returnGenLabel=False,
returnMsgFormatString=False)
or '') # exception on trying to sort if header returns None
# TBD if there is no abstract 'sub header' for these subOrdCntxs, move them in place of parent structuralNode
elif isinstance(definitionNode, ModelTupleDefinitionNode):
structuralNode.abstract = True # spanning ordinate acts as a subtitle
matchingTupleFacts = structuralNode.evaluate(definitionNode,
definitionNode.filteredFacts,
evalArgs=(facts,))
for tupleFact in matchingTupleFacts:
childStructuralNode = StructuralNode(structuralNode, breakdownNode, definitionNode, contextItemFact=tupleFact)
childStructuralNode.indent = 0
structuralNode.childStructuralNodes.append(childStructuralNode)
expandDefinition(view, childStructuralNode, breakdownNode, definitionNode, depth, axisDisposition, [tupleFact]) #recurse
# sort by header (which is likely to be typed dim value, for example)
if any(sOC.header(lang=view.lang) for sOC in structuralNode.childStructuralNodes):
structuralNode.childStructuralNodes.sort(key=lambda childStructuralNode: childStructuralNode.header(lang=view.lang) or '')
elif isinstance(definitionNode, ModelRuleDefinitionNode):
for constraintSet in definitionNode.constraintSets.values():
for aspect in constraintSet.aspectsCovered():
if not constraintSet.aspectValueDependsOnVars(aspect):
if aspect == Aspect.CONCEPT:
conceptQname = definitionNode.aspectValue(view.modelXbrl.rendrCntx, Aspect.CONCEPT)
concept = view.modelXbrl.qnameConcepts.get(conceptQname)
if concept is None or not concept.isItem or concept.isDimensionItem or concept.isHypercubeItem:
view.modelXbrl.error("xbrlte:invalidQNameAspectValue",
_("Rule node %(xlinkLabel)s specifies concept %(concept)s does not refer to an existing primary item concept."),
modelObject=definitionNode, xlinkLabel=definitionNode.xlinkLabel, concept=conceptQname)
elif isinstance(aspect, QName):
dim = view.modelXbrl.qnameConcepts.get(aspect)
memQname = definitionNode.aspectValue(view.modelXbrl.rendrCntx, aspect)
mem = view.modelXbrl.qnameConcepts.get(memQname)
if dim is None or not dim.isDimensionItem:
view.modelXbrl.error("xbrlte:invalidQNameAspectValue",
_("Rule node %(xlinkLabel)s specifies dimension %(concept)s does not refer to an existing dimension concept."),
modelObject=definitionNode, xlinkLabel=definitionNode.xlinkLabel, concept=aspect)
if isinstance(memQname, QName) and (mem is None or not mem.isDomainMember):
view.modelXbrl.error("xbrlte:invalidQNameAspectValue",
_("Rule node %(xlinkLabel)s specifies domain member %(concept)s does not refer to an existing domain member concept."),
modelObject=definitionNode, xlinkLabel=definitionNode.xlinkLabel, concept=memQname)
if axisDisposition == "z":
if structuralNode.choiceStructuralNodes:
choiceNodeIndex = view.zOrdinateChoices.get(definitionNode, 0)
if isinstance(choiceNodeIndex, dict): # aspect entry for open node
structuralNode.aspects = choiceNodeIndex
structuralNode.choiceNodeIndex = -1
elif choiceNodeIndex < len(structuralNode.choiceStructuralNodes):
structuralNode.choiceNodeIndex = choiceNodeIndex
else:
structuralNode.choiceNodeIndex = 0
view.zmostOrdCntx = structuralNode
if not isCartesianProductExpanded or (axisDisposition == "z" and structuralNode.choiceStructuralNodes is not None):
cartesianProductExpander(structuralNode, *cartesianProductNestedArgs)
if not structuralNode.childStructuralNodes: # childless root ordinate, make a child to iterate in producing table
subOrdContext = StructuralNode(structuralNode, breakdownNode, definitionNode)
except ResolutionException as ex:
if sys.version[0] >= '3':
#import traceback
#traceback.print_tb(ex.__traceback__)
raise ex.with_traceback(ex.__traceback__) # provide original traceback information
else:
raise ex
except Exception as ex:
e = ResolutionException("arelle:resolutionException",
_("Exception in resolution of definition node %(node)s: %(error)s"),
modelObject=definitionNode, node=definitionNode.qname, error=str(ex)
)
if sys.version[0] >= '3':
raise e.with_traceback(ex.__traceback__) # provide original traceback information
else:
raise e
def analyzeHdrs(view, structuralNode, definitionNode, depth, axisDisposition, facts, i=None, tblAxisRels=None, processOpenDefinitionNode=True):
subtreeRelationships = view.axisSubtreeRelSet.fromModelObject(definitionNode)
def checkLabelWidth(structuralNode, checkBoundFact=False):
if axisDisposition == "y":
# messages can't be evaluated, just use the text portion of format string
label = structuralNode.header(lang=view.lang,
returnGenLabel=not checkBoundFact,
returnMsgFormatString=not checkBoundFact)
if label:
# need to et more exact word length in screen units
widestWordLen = max(len(w) * 16 for w in label.split())
# abstract only pertains to subtree of closed nodesbut not cartesian products or open nodes
if definitionNode.isAbstract or not subtreeRelationships: # isinstance(definitionNode, ModelOpenDefinitionNode):
if widestWordLen > view.rowHdrColWidth[structuralNode.depth]:
view.rowHdrColWidth[structuralNode.depth] = widestWordLen
else:
if widestWordLen > view.rowNonAbstractHdrSpanMin[structuralNode.depth]:
view.rowNonAbstractHdrSpanMin[structuralNode.depth] = widestWordLen
if structuralNode and isinstance(definitionNode, (ModelEuAxisCoord, ModelDefinitionNode)):
try:
#cartesianProductNestedArgs = (view, depth, axisDisposition, facts, tblAxisRels, i)
ordCardinality, ordDepth = definitionNode.cardinalityAndDepth(structuralNode)
nestedDepth = depth + ordDepth
# HF test
cartesianProductNestedArgs = [view, nestedDepth, axisDisposition, facts, tblAxisRels, i]
if axisDisposition == "z":
if depth == 1: # choices (combo boxes) don't add to z row count
view.zAxisRows += 1
elif axisDisposition == "x":
if ordDepth:
if nestedDepth > view.colHdrRows: view.colHdrRows = nestedDepth
'''
if not view.colHdrDocRow:
if definitionNode.header(role="http://www.xbrl.org/2008/role/documentation",
lang=view.lang):
view.colHdrDocRow = True
if not view.colHdrCodeRow:
if definitionNode.header(role="http://www.eurofiling.info/role/2010/coordinate-code"):
view.colHdrCodeRow = True
'''
hdrNonStdRoles = view.colHdrNonStdRoles
elif axisDisposition == "y":
if ordDepth:
#if not definitionNode.isAbstract:
# view.dataRows += ordCardinality
if nestedDepth > view.rowHdrCols:
view.rowHdrCols = nestedDepth
for j in range(1 + ordDepth):
view.rowHdrColWidth.append(16) # min width for 'tail' of nonAbstract coordinate
view.rowNonAbstractHdrSpanMin.append(0)
checkLabelWidth(structuralNode, checkBoundFact=False)
'''
if not view.rowHdrDocCol:
if definitionNode.header(role="http://www.xbrl.org/2008/role/documentation",
lang=view.lang):
view.rowHdrDocCol = True
if not view.rowHdrCodeCol:
if definitionNode.header(role="http://www.eurofiling.info/role/2010/coordinate-code"):
view.rowHdrCodeCol = True
'''
hdrNonStdRoles = view.rowHdrNonStdRoles
if axisDisposition in ("x", "y"):
hdrNonStdPosition = -1 # where a match last occured
for rel in view.modelXbrl.relationshipSet(XbrlConst.elementLabel).fromModelObject(definitionNode):
if rel.toModelObject is not None and rel.toModelObject.role != XbrlConst.genStandardLabel:
labelLang = rel.toModelObject.xmlLang
labelRole = rel.toModelObject.role
if (labelLang == view.lang or labelLang.startswith(view.lang) or view.lang.startswith(labelLang)
or ("code" in labelRole)):
labelRole = rel.toModelObject.role
if labelRole in hdrNonStdRoles:
hdrNonStdPosition = hdrNonStdRoles.index(labelRole)
else:
hdrNonStdRoles.insert(hdrNonStdPosition + 1, labelRole)
cartesianProductAnalyzed = False
for axisSubtreeRel in subtreeRelationships:
cartesianProductAnalyzed = True
childDefinitionNode = axisSubtreeRel.toModelObject
if childDefinitionNode.isRollUp:
structuralNode.rollUpStructuralNode = StructuralNode(structuralNode, childDefinitionNode)
if not structuralNode.childStructuralNodes: # first sub ordinate is the roll up
structuralNode.subtreeRollUp = CHILD_ROLLUP_FIRST
else:
structuralNode.subtreeRollUp = CHILD_ROLLUP_LAST
if not view.topRollup.get(axisDisposition):
view.topRollup[axisDisposition] = structuralNode.subtreeRollUp
else:
if (isinstance(definitionNode, ModelCompositionDefinitionNode) and
isinstance(childDefinitionNode, ModelRelationshipDefinitionNode)): # append list products to composititionAxes subObjCntxs
childStructuralNode = structuralNode
else:
childStructuralNode = StructuralNode(structuralNode, childDefinitionNode) # others are nested structuralNode
if axisDisposition != "z":
structuralNode.childStructuralNodes.append(childStructuralNode)
if axisDisposition != "z":
analyzeHdrs(view, childStructuralNode, childDefinitionNode, depth+ordDepth, axisDisposition, facts) #recurse
analyzeCartesianProductHdrs(childStructuralNode, *cartesianProductNestedArgs)
else:
childStructuralNode.indent = depth - 1
structuralNode.choiceStructuralNodes.append(childStructuralNode)
analyzeHdrs(view, structuralNode, childDefinitionNode, depth + 1, axisDisposition, facts) #recurse
# required when switching from abstract to roll up to determine abstractness
#if not structuralNode.subtreeRollUp and structuralNode.childStructuralNodes and definitionNode.tag.endswith("Node"):
# structuralNode.subtreeRollUp = CHILDREN_BUT_NO_ROLLUP
#if not hasattr(structuralNode, "indent"): # probably also for multiple open axes
if processOpenDefinitionNode:
if isinstance(definitionNode, ModelRelationshipDefinitionNode):
selfStructuralNodes = {} if definitionNode.axis.endswith('-or-self') else None
for rel in definitionNode.relationships(structuralNode):
if not isinstance(rel, list):
relChildStructuralNode = addRelationship(definitionNode, rel, structuralNode, cartesianProductNestedArgs, selfStructuralNodes)
else:
addRelationships(definitionNode, rel, relChildStructuralNode, cartesianProductNestedArgs)
if axisDisposition == "z":
# if definitionNode is first structural node child remove it
if structuralNode.choiceStructuralNodes and structuralNode.choiceStructuralNodes[0].definitionNode == definitionNode:
del structuralNode.choiceStructuralNodes[0]
# flatten hierarchy of nested structural nodes inot choice nodes (for single listbox)
def flattenChildNodesToChoices(childStructuralNodes, indent):
while childStructuralNodes:
choiceStructuralNode = childStructuralNodes.pop(0)
choiceStructuralNode.indent = indent
structuralNode.choiceStructuralNodes.append(choiceStructuralNode)
flattenChildNodesToChoices(choiceStructuralNode.childStructuralNodes, indent + 1)
flattenChildNodesToChoices(structuralNode.childStructuralNodes, 0)
elif isinstance(definitionNode, ModelSelectionDefinitionNode):
cartesianProductAnalyzed = True
varQn = definitionNode.variableQname
if varQn:
selections = sorted(structuralNode.evaluate(definitionNode, definitionNode.evaluate) or [],
key=lambda obj:sortkey(obj))
if isinstance(selections, (list,set,tuple)) and len(selections) > 1:
for selection in selections: # nested choices from selection list
childStructuralNode = StructuralNode(structuralNode, definitionNode, contextItemFact=selection)
childStructuralNode.variables[varQn] = selection
childStructuralNode.indent = 0
if axisDisposition == "z":
structuralNode.choiceStructuralNodes.append(childStructuralNode)
childStructuralNode.zSelection = True
else:
structuralNode.childStructuralNodes.append(childStructuralNode)
analyzeHdrs(view, childStructuralNode, definitionNode, depth, axisDisposition, facts, processOpenDefinitionNode=False) #recurse
analyzeCartesianProductHdrs(childStructuralNode, *cartesianProductNestedArgs)
else:
structuralNode.variables[varQn] = selections
elif isinstance(definitionNode, ModelFilterDefinitionNode):
cartesianProductAnalyzed = True
structuralNode.abstract = True # spanning ordinate acts as a subtitle
filteredFactsPartitions = structuralNode.evaluate(definitionNode,
definitionNode.filteredFactsPartitions,
evalArgs=(facts,))
for factsPartition in filteredFactsPartitions:
childStructuralNode = StructuralNode(structuralNode, definitionNode, contextItemFact=factsPartition[0])
childStructuralNode.indent = 0
structuralNode.childStructuralNodes.append(childStructuralNode)
checkLabelWidth(childStructuralNode, checkBoundFact=True)
#analyzeHdrs(view, childStructuralNode, definitionNode, depth, axisDisposition, factsPartition, processOpenDefinitionNode=False) #recurse
cartesianProductNestedArgs[3] = factsPartition
analyzeCartesianProductHdrs(childStructuralNode, *cartesianProductNestedArgs)
# sort by header (which is likely to be typed dim value, for example)
structuralNode.childStructuralNodes.sort(key=lambda childStructuralNode:
childStructuralNode.header(lang=view.lang,
returnGenLabel=False,
returnMsgFormatString=False)
or '') # exception on trying to sort if header returns None
# TBD if there is no abstract 'sub header' for these subOrdCntxs, move them in place of parent structuralNode
elif isinstance(definitionNode, ModelTupleDefinitionNode):
structuralNode.abstract = True # spanning ordinate acts as a subtitle
matchingTupleFacts = structuralNode.evaluate(definitionNode,
definitionNode.filteredFacts,
evalArgs=(facts,))
for tupleFact in matchingTupleFacts:
childStructuralNode = StructuralNode(structuralNode, definitionNode, contextItemFact=tupleFact)
childStructuralNode.indent = 0
structuralNode.childStructuralNodes.append(childStructuralNode)
analyzeHdrs(view, childStructuralNode, definitionNode, depth, axisDisposition, [tupleFact]) #recurse
# sort by header (which is likely to be typed dim value, for example)
if any(sOC.header(lang=view.lang) for sOC in structuralNode.childStructuralNodes):
structuralNode.childStructuralNodes.sort(key=lambda childStructuralNode: childStructuralNode.header(lang=view.lang) or '')
if axisDisposition == "z":
if structuralNode.choiceStructuralNodes:
choiceNodeIndex = view.zOrdinateChoices.get(definitionNode, 0)
if choiceNodeIndex < len(structuralNode.choiceStructuralNodes):
structuralNode.choiceNodeIndex = choiceNodeIndex
else:
structuralNode.choiceNodeIndex = 0
view.zmostOrdCntx = structuralNode
if not cartesianProductAnalyzed or axisDisposition == "z":
analyzeCartesianProductHdrs(structuralNode, *cartesianProductNestedArgs)
if not structuralNode.childStructuralNodes: # childless root ordinate, make a child to iterate in producing table
subOrdContext = StructuralNode(structuralNode, definitionNode)
except ResolutionException as ex:
raise ex
except Exception as ex:
raise ResolutionException("arelle:resolutionException",
_("Exception in resolution of definition node %(node)s: %(error)s"),
modelObject=definitionNode, node=definitionNode.qname, error=str(ex)
).with_traceback(ex.__traceback__) # provide original traceback information
def analyzeHdrs(view, structuralNode, definitionNode, depth, axisDisposition, facts, i=None, tblAxisRels=None, processOpenDefinitionNode=True):
subtreeRelationships = view.axisSubtreeRelSet.fromModelObject(definitionNode)
def checkLabelWidth(structuralNode, checkBoundFact=False):
if axisDisposition == "y":
# messages can't be evaluated, just use the text portion of format string
label = structuralNode.header(lang=view.lang,
returnGenLabel=not checkBoundFact,
returnMsgFormatString=not checkBoundFact)
if label:
# need to et more exact word length in screen units
widestWordLen = max(len(w) * 16 for w in label.split())
# abstract only pertains to subtree of closed nodesbut not cartesian products or open nodes
if definitionNode.isAbstract or not subtreeRelationships: # isinstance(definitionNode, ModelOpenDefinitionNode):
if widestWordLen > view.rowHdrColWidth[structuralNode.depth]:
view.rowHdrColWidth[structuralNode.depth] = widestWordLen
else:
if widestWordLen > view.rowNonAbstractHdrSpanMin[structuralNode.depth]:
view.rowNonAbstractHdrSpanMin[structuralNode.depth] = widestWordLen
if structuralNode and isinstance(definitionNode, (ModelBreakdown, ModelEuAxisCoord, ModelDefinitionNode)):
try:
#cartesianProductNestedArgs = (view, depth, axisDisposition, facts, tblAxisRels, i)
ordCardinality, ordDepth = definitionNode.cardinalityAndDepth(structuralNode)
nestedDepth = depth + ordDepth
# HF test
cartesianProductNestedArgs = [view, nestedDepth, axisDisposition, facts, tblAxisRels, i]
if axisDisposition == "z":
if depth == 1: # choices (combo boxes) don't add to z row count
view.zAxisRows += 1
elif axisDisposition == "x":
if ordDepth:
if nestedDepth > view.colHdrRows: view.colHdrRows = nestedDepth
'''
if not view.colHdrDocRow:
if definitionNode.header(role="http://www.xbrl.org/2008/role/documentation",
lang=view.lang):
view.colHdrDocRow = True
if not view.colHdrCodeRow:
if definitionNode.header(role="http://www.eurofiling.info/role/2010/coordinate-code"):
view.colHdrCodeRow = True
'''
hdrNonStdRoles = view.colHdrNonStdRoles
elif axisDisposition == "y":
if ordDepth:
#if not definitionNode.isAbstract:
# view.dataRows += ordCardinality
if nestedDepth > view.rowHdrCols:
view.rowHdrCols = nestedDepth
for j in range(1 + ordDepth):
view.rowHdrColWidth.append(16) # min width for 'tail' of nonAbstract coordinate
view.rowNonAbstractHdrSpanMin.append(0)
checkLabelWidth(structuralNode, checkBoundFact=False)
'''
if not view.rowHdrDocCol:
if definitionNode.header(role="http://www.xbrl.org/2008/role/documentation",
lang=view.lang):
view.rowHdrDocCol = True
if not view.rowHdrCodeCol:
if definitionNode.header(role="http://www.eurofiling.info/role/2010/coordinate-code"):
view.rowHdrCodeCol = True
'''
hdrNonStdRoles = view.rowHdrNonStdRoles
if axisDisposition in ("x", "y"):
hdrNonStdPosition = -1 # where a match last occured
for rel in view.modelXbrl.relationshipSet(XbrlConst.elementLabel).fromModelObject(definitionNode):
if rel.toModelObject is not None and rel.toModelObject.role != XbrlConst.genStandardLabel:
labelLang = rel.toModelObject.xmlLang
labelRole = rel.toModelObject.role
if (labelLang == view.lang or labelLang.startswith(view.lang) or view.lang.startswith(labelLang)
or ("code" in labelRole)):
labelRole = rel.toModelObject.role
if labelRole in hdrNonStdRoles:
hdrNonStdPosition = hdrNonStdRoles.index(labelRole)
else:
hdrNonStdRoles.insert(hdrNonStdPosition + 1, labelRole)
cartesianProductAnalyzed = False
for axisSubtreeRel in subtreeRelationships:
cartesianProductAnalyzed = True
childDefinitionNode = axisSubtreeRel.toModelObject
if childDefinitionNode.isRollUp:
structuralNode.rollUpStructuralNode = StructuralNode(structuralNode, childDefinitionNode)
if not structuralNode.childStructuralNodes: # first sub ordinate is the roll up
structuralNode.subtreeRollUp = CHILD_ROLLUP_FIRST
else:
structuralNode.subtreeRollUp = CHILD_ROLLUP_LAST
if not view.topRollup.get(axisDisposition):
view.topRollup[axisDisposition] = structuralNode.subtreeRollUp
else:
if (isinstance(definitionNode, (ModelBreakdown, ModelCompositionDefinitionNode)) and
isinstance(childDefinitionNode, ModelRelationshipDefinitionNode)): # append list products to composititionAxes subObjCntxs
childStructuralNode = structuralNode
else:
childStructuralNode = StructuralNode(structuralNode, childDefinitionNode) # others are nested structuralNode
if axisDisposition != "z":
structuralNode.childStructuralNodes.append(childStructuralNode)
if axisDisposition != "z":
analyzeHdrs(view, childStructuralNode, childDefinitionNode, depth+ordDepth, axisDisposition, facts) #recurse
analyzeCartesianProductHdrs(childStructuralNode, *cartesianProductNestedArgs)
else:
childStructuralNode.indent = depth - 1
structuralNode.choiceStructuralNodes.append(childStructuralNode)
analyzeHdrs(view, structuralNode, childDefinitionNode, depth + 1, axisDisposition, facts) #recurse
# required when switching from abstract to roll up to determine abstractness
#if not structuralNode.subtreeRollUp and structuralNode.childStructuralNodes and definitionNode.tag.endswith("Node"):
# structuralNode.subtreeRollUp = CHILDREN_BUT_NO_ROLLUP
#if not hasattr(structuralNode, "indent"): # probably also for multiple open axes
if processOpenDefinitionNode:
if isinstance(definitionNode, ModelRelationshipDefinitionNode):
selfStructuralNodes = {} if definitionNode.axis.endswith('-or-self') else None
for rel in definitionNode.relationships(structuralNode):
if not isinstance(rel, list):
relChildStructuralNode = addRelationship(definitionNode, rel, structuralNode, cartesianProductNestedArgs, selfStructuralNodes)
else:
addRelationships(definitionNode, rel, relChildStructuralNode, cartesianProductNestedArgs)
if axisDisposition == "z":
# if definitionNode is first structural node child remove it
if structuralNode.choiceStructuralNodes and structuralNode.choiceStructuralNodes[0].definitionNode == definitionNode:
del structuralNode.choiceStructuralNodes[0]
# flatten hierarchy of nested structural nodes inot choice nodes (for single listbox)
def flattenChildNodesToChoices(childStructuralNodes, indent):
while childStructuralNodes:
choiceStructuralNode = childStructuralNodes.pop(0)
choiceStructuralNode.indent = indent
structuralNode.choiceStructuralNodes.append(choiceStructuralNode)
flattenChildNodesToChoices(choiceStructuralNode.childStructuralNodes, indent + 1)
flattenChildNodesToChoices(structuralNode.childStructuralNodes, 0)
elif isinstance(definitionNode, ModelSelectionDefinitionNode):
cartesianProductAnalyzed = True
varQn = definitionNode.variableQname
if varQn:
selections = sorted(structuralNode.evaluate(definitionNode, definitionNode.evaluate) or [],
key=lambda obj:sortkey(obj))
if isinstance(selections, (list,set,tuple)) and len(selections) > 1:
for selection in selections: # nested choices from selection list
childStructuralNode = StructuralNode(structuralNode, definitionNode, contextItemFact=selection)
childStructuralNode.variables[varQn] = selection
childStructuralNode.indent = 0
if axisDisposition == "z":
structuralNode.choiceStructuralNodes.append(childStructuralNode)
childStructuralNode.zSelection = True
else:
structuralNode.childStructuralNodes.append(childStructuralNode)
analyzeHdrs(view, childStructuralNode, definitionNode, depth, axisDisposition, facts, processOpenDefinitionNode=False) #recurse
analyzeCartesianProductHdrs(childStructuralNode, *cartesianProductNestedArgs)
else:
structuralNode.variables[varQn] = selections
elif isinstance(definitionNode, ModelFilterDefinitionNode):
cartesianProductAnalyzed = True
structuralNode.abstract = True # spanning ordinate acts as a subtitle
filteredFactsPartitions = structuralNode.evaluate(definitionNode,
definitionNode.filteredFactsPartitions,
evalArgs=(facts,))
if structuralNode._rendrCntx.formulaOptions.traceVariableFilterWinnowing:
view.modelXbrl.info("table:trace",
_("Filter node %(xlinkLabel)s facts partitions: %(factsPartitions)s"),
modelObject=definitionNode, xlinkLabel=definitionNode.xlinkLabel,
factsPartitions=str(filteredFactsPartitions))
for factsPartition in filteredFactsPartitions:
childStructuralNode = StructuralNode(structuralNode, definitionNode, contextItemFact=factsPartition[0])
childStructuralNode.indent = 0
structuralNode.childStructuralNodes.append(childStructuralNode)
checkLabelWidth(childStructuralNode, checkBoundFact=True)
#analyzeHdrs(view, childStructuralNode, definitionNode, depth, axisDisposition, factsPartition, processOpenDefinitionNode=False) #recurse
cartesianProductNestedArgs[3] = factsPartition
analyzeCartesianProductHdrs(childStructuralNode, *cartesianProductNestedArgs)
# sort by header (which is likely to be typed dim value, for example)
structuralNode.childStructuralNodes.sort(key=lambda childStructuralNode:
childStructuralNode.header(lang=view.lang,
returnGenLabel=False,
returnMsgFormatString=False)
or '') # exception on trying to sort if header returns None
# TBD if there is no abstract 'sub header' for these subOrdCntxs, move them in place of parent structuralNode
elif isinstance(definitionNode, ModelTupleDefinitionNode):
structuralNode.abstract = True # spanning ordinate acts as a subtitle
matchingTupleFacts = structuralNode.evaluate(definitionNode,
definitionNode.filteredFacts,
evalArgs=(facts,))
for tupleFact in matchingTupleFacts:
childStructuralNode = StructuralNode(structuralNode, definitionNode, contextItemFact=tupleFact)
childStructuralNode.indent = 0
structuralNode.childStructuralNodes.append(childStructuralNode)
analyzeHdrs(view, childStructuralNode, definitionNode, depth, axisDisposition, [tupleFact]) #recurse
# sort by header (which is likely to be typed dim value, for example)
if any(sOC.header(lang=view.lang) for sOC in structuralNode.childStructuralNodes):
structuralNode.childStructuralNodes.sort(key=lambda childStructuralNode: childStructuralNode.header(lang=view.lang) or '')
if axisDisposition == "z":
if structuralNode.choiceStructuralNodes:
choiceNodeIndex = view.zOrdinateChoices.get(definitionNode, 0)
if choiceNodeIndex < len(structuralNode.choiceStructuralNodes):
structuralNode.choiceNodeIndex = choiceNodeIndex
else:
structuralNode.choiceNodeIndex = 0
view.zmostOrdCntx = structuralNode
if not cartesianProductAnalyzed or axisDisposition == "z":
analyzeCartesianProductHdrs(structuralNode, *cartesianProductNestedArgs)
if not structuralNode.childStructuralNodes: # childless root ordinate, make a child to iterate in producing table
subOrdContext = StructuralNode(structuralNode, definitionNode)
except ResolutionException as ex:
raise ex
except Exception as ex:
e = ResolutionException("arelle:resolutionException",
_("Exception in resolution of definition node %(node)s: %(error)s"),
modelObject=definitionNode, node=definitionNode.qname, error=str(ex)
)
if sys.version[0] >= '3':
raise e.with_traceback(ex.__traceback__) # provide original traceback information
else:
raise e
def expandDefinition(view,
structuralNode,
breakdownNode,
definitionNode,
depth,
axisDisposition,
facts,
i=None,
tblAxisRels=None,
processOpenDefinitionNode=True):
subtreeRelationships = view.axisSubtreeRelSet.fromModelObject(
definitionNode)
def checkLabelWidth(structuralNode, checkBoundFact=False):
if axisDisposition == "y":
# messages can't be evaluated, just use the text portion of format string
label = structuralNode.header(
lang=view.lang,
returnGenLabel=not checkBoundFact,
returnMsgFormatString=not checkBoundFact)
if label:
# need to et more exact word length in screen units
widestWordLen = max(
len(w) * RENDER_UNITS_PER_CHAR for w in label.split())
# abstract only pertains to subtree of closed nodesbut not cartesian products or open nodes
while structuralNode.depth >= len(view.rowHdrColWidth):
view.rowHdrColWidth.append(0)
if definitionNode.isAbstract or not subtreeRelationships: # isinstance(definitionNode, ModelOpenDefinitionNode):
if widestWordLen > view.rowHdrColWidth[
structuralNode.depth]:
view.rowHdrColWidth[
structuralNode.depth] = widestWordLen
else:
if widestWordLen > view.rowNonAbstractHdrSpanMin[
structuralNode.depth]:
view.rowNonAbstractHdrSpanMin[
structuralNode.depth] = widestWordLen
if structuralNode and isinstance(
definitionNode,
(ModelBreakdown, ModelEuAxisCoord, ModelDefinitionNode)):
try:
#cartesianProductNestedArgs = (view, depth, axisDisposition, facts, tblAxisRels, i)
ordCardinality, ordDepth = definitionNode.cardinalityAndDepth(
structuralNode)
if (not definitionNode.isAbstract
and isinstance(definitionNode, ModelClosedDefinitionNode)
and ordCardinality == 0):
view.modelXbrl.error(
"xbrlte:closedDefinitionNodeZeroCardinality",
_("Closed definition node %(xlinkLabel)s does not contribute at least one structural node"
),
modelObject=(view.modelTable, definitionNode),
xlinkLabel=definitionNode.xlinkLabel,
axis=definitionNode.localName)
nestedDepth = depth + ordDepth
# HF test
cartesianProductNestedArgs = [
view, nestedDepth, axisDisposition, facts, tblAxisRels, i
]
if axisDisposition == "z":
if depth == 1: # choices (combo boxes) don't add to z row count
view.zAxisRows += 1
elif axisDisposition == "x":
if ordDepth:
if nestedDepth - 1 > view.colHdrRows:
view.colHdrRows = nestedDepth - 1
'''
if not view.colHdrDocRow:
if definitionNode.header(role="http://www.xbrl.org/2008/role/documentation",
lang=view.lang):
view.colHdrDocRow = True
if not view.colHdrCodeRow:
if definitionNode.header(role="http://www.eurofiling.info/role/2010/coordinate-code"):
view.colHdrCodeRow = True
'''
hdrNonStdRoles = view.colHdrNonStdRoles
elif axisDisposition == "y":
if ordDepth:
#if not definitionNode.isAbstract:
# view.dataRows += ordCardinality
if nestedDepth - 1 > view.rowHdrCols:
view.rowHdrCols = nestedDepth - 1
for j in range(1 + ordDepth):
view.rowHdrColWidth.append(
RENDER_UNITS_PER_CHAR
) # min width for 'tail' of nonAbstract coordinate
view.rowNonAbstractHdrSpanMin.append(0)
checkLabelWidth(structuralNode, checkBoundFact=False)
'''
if not view.rowHdrDocCol:
if definitionNode.header(role="http://www.xbrl.org/2008/role/documentation",
lang=view.lang):
view.rowHdrDocCol = True
if not view.rowHdrCodeCol:
if definitionNode.header(role="http://www.eurofiling.info/role/2010/coordinate-code"):
view.rowHdrCodeCol = True
'''
hdrNonStdRoles = view.rowHdrNonStdRoles
if axisDisposition in ("x", "y"):
hdrNonStdPosition = -1 # where a match last occured
for rel in view.modelXbrl.relationshipSet(
XbrlConst.elementLabel).fromModelObject(
definitionNode):
if rel.toModelObject is not None and rel.toModelObject.role != XbrlConst.genStandardLabel:
labelLang = rel.toModelObject.xmlLang
labelRole = rel.toModelObject.role
if (labelLang == view.lang
or labelLang.startswith(view.lang)
or view.lang.startswith(labelLang)
or ("code" in labelRole)):
labelRole = rel.toModelObject.role
if labelRole in hdrNonStdRoles:
hdrNonStdPosition = hdrNonStdRoles.index(
labelRole)
else:
hdrNonStdRoles.insert(hdrNonStdPosition + 1,
labelRole)
isCartesianProductExpanded = False
if not isinstance(definitionNode, ModelFilterDefinitionNode):
isCartesianProductExpanded = True
# note: reduced set of facts should always be passed to subsequent open nodes
for axisSubtreeRel in subtreeRelationships:
childDefinitionNode = axisSubtreeRel.toModelObject
if childDefinitionNode.isRollUp:
structuralNode.rollUpStructuralNode = StructuralNode(
structuralNode,
breakdownNode,
childDefinitionNode,
)
if not structuralNode.childStructuralNodes: # first sub ordinate is the roll up
structuralNode.subtreeRollUp = CHILD_ROLLUP_FIRST
else:
structuralNode.subtreeRollUp = CHILD_ROLLUP_LAST
if not view.topRollup.get(axisDisposition):
view.topRollup[
axisDisposition] = structuralNode.subtreeRollUp
else:
if (
isinstance(definitionNode,
(ModelBreakdown,
ModelCompositionDefinitionNode))
and isinstance(
childDefinitionNode,
ModelRelationshipDefinitionNode)
): # append list products to composititionAxes subObjCntxs
childStructuralNode = structuralNode
else:
childStructuralNode = StructuralNode(
structuralNode, breakdownNode,
childDefinitionNode
) # others are nested structuralNode
if axisDisposition != "z":
structuralNode.childStructuralNodes.append(
childStructuralNode)
if axisDisposition != "z":
expandDefinition(view, childStructuralNode,
breakdownNode,
childDefinitionNode,
depth + ordDepth, axisDisposition,
facts, i, tblAxisRels) #recurse
cartesianProductExpander(
childStructuralNode,
*cartesianProductNestedArgs)
else:
childStructuralNode.indent = depth - 1
if structuralNode.choiceStructuralNodes is not None:
structuralNode.choiceStructuralNodes.append(
childStructuralNode)
expandDefinition(view, childStructuralNode,
breakdownNode,
childDefinitionNode, depth + 1,
axisDisposition, facts) #recurse
# required when switching from abstract to roll up to determine abstractness
#if not structuralNode.subtreeRollUp and structuralNode.childStructuralNodes and definitionNode.tag.endswith("Node"):
# structuralNode.subtreeRollUp = CHILDREN_BUT_NO_ROLLUP
#if not hasattr(structuralNode, "indent"): # probably also for multiple open axes
if processOpenDefinitionNode:
if isinstance(definitionNode, ModelRelationshipDefinitionNode):
structuralNode.isLabeled = False
selfStructuralNodes = {} if definitionNode.axis.endswith(
'-or-self') else None
for rel in definitionNode.relationships(structuralNode):
if not isinstance(rel, list):
relChildStructuralNode = addRelationship(
breakdownNode, definitionNode, rel,
structuralNode, cartesianProductNestedArgs,
selfStructuralNodes)
else:
addRelationships(breakdownNode, definitionNode,
rel, relChildStructuralNode,
cartesianProductNestedArgs)
if axisDisposition == "z":
# if definitionNode is first structural node child remove it
if structuralNode.choiceStructuralNodes and structuralNode.choiceStructuralNodes[
0].definitionNode == definitionNode:
del structuralNode.choiceStructuralNodes[0]
# flatten hierarchy of nested structural nodes inot choice nodes (for single listbox)
def flattenChildNodesToChoices(childStructuralNodes,
indent):
while childStructuralNodes:
choiceStructuralNode = childStructuralNodes.pop(
0)
choiceStructuralNode.indent = indent
structuralNode.choiceStructuralNodes.append(
choiceStructuralNode)
flattenChildNodesToChoices(
choiceStructuralNode.childStructuralNodes,
indent + 1)
if structuralNode.childStructuralNodes:
flattenChildNodesToChoices(
structuralNode.childStructuralNodes, 0)
# set up by definitionNode.relationships
if isinstance(definitionNode,
ModelConceptRelationshipDefinitionNode):
if (definitionNode._sourceQname != XbrlConst.qnXfiRoot
and definitionNode._sourceQname
not in view.modelXbrl.qnameConcepts):
view.modelXbrl.error(
"xbrlte:invalidConceptRelationshipSource",
_("Concept relationship rule node %(xlinkLabel)s source %(source)s does not refer to an existing concept."
),
modelObject=definitionNode,
xlinkLabel=definitionNode.xlinkLabel,
source=definitionNode._sourceQname)
elif isinstance(definitionNode,
ModelDimensionRelationshipDefinitionNode):
dim = view.modelXbrl.qnameConcepts.get(
definitionNode._dimensionQname)
if dim is None or not dim.isExplicitDimension:
view.modelXbrl.error(
"xbrlte:invalidExplicitDimensionQName",
_("Dimension relationship rule node %(xlinkLabel)s dimension %(dimension)s does not refer to an existing explicit dimension."
),
modelObject=definitionNode,
xlinkLabel=definitionNode.xlinkLabel,
dimension=definitionNode._dimensionQname)
domMbr = view.modelXbrl.qnameConcepts.get(
definitionNode._sourceQname)
if domMbr is None or not domMbr.isDomainMember:
view.modelXbrl.error(
"xbrlte:invalidDimensionRelationshipSource",
_("Dimension relationship rule node %(xlinkLabel)s source %(source)s does not refer to an existing domain member."
),
modelObject=definitionNode,
xlinkLabel=definitionNode.xlinkLabel,
source=definitionNode._sourceQname)
if (definitionNode._axis
in ("child", "child-or-self", "parent",
"parent-or-self", "sibling", "sibling-or-self")
and (not isinstance(definitionNode._generations,
_NUM_TYPES)
or definitionNode._generations > 1)):
view.modelXbrl.error(
"xbrlte:relationshipNodeTooManyGenerations ",
_("Relationship rule node %(xlinkLabel)s formulaAxis %(axis)s implies a single generation tree walk but generations %(generations)s is greater than one."
),
modelObject=definitionNode,
xlinkLabel=definitionNode.xlinkLabel,
axis=definitionNode._axis,
generations=definitionNode._generations)
elif isinstance(definitionNode, ModelSelectionDefinitionNode):
structuralNode.setHasOpenNode()
structuralNode.isLabeled = False
isCartesianProductExpanded = True
varQn = definitionNode.variableQname
if varQn:
selections = sorted(structuralNode.evaluate(
definitionNode, definitionNode.evaluate) or [],
key=lambda obj: sortkey(obj))
if isinstance(
selections,
(list, set, tuple)) and len(selections) > 1:
for selection in selections: # nested choices from selection list
childStructuralNode = StructuralNode(
structuralNode,
breakdownNode,
definitionNode,
contextItemFact=selection)
childStructuralNode.variables[
varQn] = selection
childStructuralNode.indent = 0
if axisDisposition == "z":
structuralNode.choiceStructuralNodes.append(
childStructuralNode)
childStructuralNode.zSelection = True
else:
structuralNode.childStructuredNodeList.append(
childStructuralNode)
expandDefinition(
view,
childStructuralNode,
breakdownNode,
definitionNode,
depth,
axisDisposition,
facts,
processOpenDefinitionNode=False
) #recurse
cartesianProductExpander(
childStructuralNode,
*cartesianProductNestedArgs)
else:
structuralNode.variables[varQn] = selections
elif isinstance(definitionNode, ModelFilterDefinitionNode):
structuralNode.setHasOpenNode()
structuralNode.isLabeled = False
isCartesianProductExpanded = True
structuralNode.abstract = True # spanning ordinate acts as a subtitle
filteredFactsPartitions = structuralNode.evaluate(
definitionNode,
definitionNode.filteredFactsPartitions,
evalArgs=(facts, ))
if structuralNode._rendrCntx.formulaOptions.traceVariableFilterWinnowing:
view.modelXbrl.info(
"table:trace",
_("Filter node %(xlinkLabel)s facts partitions: %(factsPartitions)s"
),
modelObject=definitionNode,
xlinkLabel=definitionNode.xlinkLabel,
factsPartitions=str(filteredFactsPartitions))
# ohly for fact entry (true if no parent open nodes or all are on entry prototype row)
if axisDisposition != "z":
childList = structuralNode.childStructuralNodes
if structuralNode.isEntryPrototype(default=True):
for i in range(
getattr(
view,
"openBreakdownLines",
# for file output, 1 entry row if no facts
0 if filteredFactsPartitions else 1)):
view.aspectEntryObjectId += 1
filteredFactsPartitions.append([
FactPrototype(
view, {
"aspectEntryObjectId":
OPEN_ASPECT_ENTRY_SURROGATE +
str(view.aspectEntryObjectId)
})
])
if structuralNode.isEntryPrototype(
default=False):
break # only one node per cartesian product under outermost nested open entry row
else:
childList = structuralNode.choiceStructuralNodes
for factsPartition in filteredFactsPartitions:
childStructuralNode = StructuralNode(
structuralNode,
breakdownNode,
definitionNode,
contextItemFact=factsPartition[0])
childStructuralNode.indent = 0
childStructuralNode.depth -= 1 # for label width; parent is merged/invisible
childList.append(childStructuralNode)
checkLabelWidth(childStructuralNode,
checkBoundFact=True)
#expandDefinition(view, childStructuralNode, breakdownNode, definitionNode, depth, axisDisposition, factsPartition, processOpenDefinitionNode=False) #recurse
cartesianProductNestedArgs[3] = factsPartition
# note: reduced set of facts should always be passed to subsequent open nodes
if subtreeRelationships:
for axisSubtreeRel in subtreeRelationships:
child2DefinitionNode = axisSubtreeRel.toModelObject
child2StructuralNode = StructuralNode(
childStructuralNode, breakdownNode,
child2DefinitionNode
) # others are nested structuralNode
childStructuralNode.childStructuredNodeList.append(
child2StructuralNode)
expandDefinition(view, child2StructuralNode,
breakdownNode,
child2DefinitionNode,
depth + ordDepth,
axisDisposition,
factsPartition) #recurse
cartesianProductExpander(
child2StructuralNode,
*cartesianProductNestedArgs)
else:
cartesianProductExpander(
childStructuralNode,
*cartesianProductNestedArgs)
# sort by header (which is likely to be typed dim value, for example)
childList.sort(
key=lambda childStructuralNode: childStructuralNode.
header(lang=view.lang,
returnGenLabel=False,
returnMsgFormatString=False) or ''
) # exception on trying to sort if header returns None
# TBD if there is no abstract 'sub header' for these subOrdCntxs, move them in place of parent structuralNode
elif isinstance(definitionNode, ModelTupleDefinitionNode):
structuralNode.abstract = True # spanning ordinate acts as a subtitle
matchingTupleFacts = structuralNode.evaluate(
definitionNode,
definitionNode.filteredFacts,
evalArgs=(facts, ))
for tupleFact in matchingTupleFacts:
childStructuralNode = StructuralNode(
structuralNode,
breakdownNode,
definitionNode,
contextItemFact=tupleFact)
childStructuralNode.indent = 0
structuralNode.childStructuredNodeList.append(
childStructuralNode)
expandDefinition(view, childStructuralNode,
breakdownNode, definitionNode, depth,
axisDisposition,
[tupleFact]) #recurse
# sort by header (which is likely to be typed dim value, for example)
if (structuralNode.childStructuralNodes and any(
sOC.header(lang=view.lang)
for sOC in structuralNode.childStructuralNodes)):
structuralNode.childStructuralNodes.sort(
key=lambda childStructuralNode: childStructuralNode
.header(lang=view.lang) or '')
elif isinstance(definitionNode, ModelRuleDefinitionNode):
for constraintSet in definitionNode.constraintSets.values(
):
for aspect in constraintSet.aspectsCovered():
if not constraintSet.aspectValueDependsOnVars(
aspect):
if aspect == Aspect.CONCEPT:
conceptQname = definitionNode.aspectValue(
view.rendrCntx, Aspect.CONCEPT)
concept = view.modelXbrl.qnameConcepts.get(
conceptQname)
if concept is None or not concept.isItem or concept.isDimensionItem or concept.isHypercubeItem:
view.modelXbrl.error(
"xbrlte:invalidQNameAspectValue",
_("Rule node %(xlinkLabel)s specifies concept %(concept)s does not refer to an existing primary item concept."
),
modelObject=definitionNode,
xlinkLabel=definitionNode.
xlinkLabel,
concept=conceptQname)
elif isinstance(aspect, QName):
dim = view.modelXbrl.qnameConcepts.get(
aspect)
memQname = definitionNode.aspectValue(
view.rendrCntx, aspect)
mem = view.modelXbrl.qnameConcepts.get(
memQname)
if dim is None or not dim.isDimensionItem:
view.modelXbrl.error(
"xbrlte:invalidQNameAspectValue",
_("Rule node %(xlinkLabel)s specifies dimension %(concept)s does not refer to an existing dimension concept."
),
modelObject=definitionNode,
xlinkLabel=definitionNode.
xlinkLabel,
concept=aspect)
if isinstance(memQname, QName) and (
mem is None
or not mem.isDomainMember):
view.modelXbrl.error(
"xbrlte:invalidQNameAspectValue",
_("Rule node %(xlinkLabel)s specifies domain member %(concept)s does not refer to an existing domain member concept."
),
modelObject=definitionNode,
xlinkLabel=definitionNode.
xlinkLabel,
concept=memQname)
if axisDisposition == "z":
if structuralNode.choiceStructuralNodes:
choiceNodeIndex = view.zOrdinateChoices.get(
definitionNode, 0)
if isinstance(choiceNodeIndex,
dict): # aspect entry for open node
structuralNode.aspects = choiceNodeIndex
structuralNode.choiceNodeIndex = -1
elif choiceNodeIndex < len(
structuralNode.choiceStructuralNodes):
structuralNode.choiceNodeIndex = choiceNodeIndex
else:
structuralNode.choiceNodeIndex = 0
view.zmostOrdCntx = structuralNode
if not isCartesianProductExpanded or (
axisDisposition == "z"
and structuralNode.choiceStructuralNodes is not None):
cartesianProductExpander(structuralNode,
*cartesianProductNestedArgs)
if not structuralNode.childStructuralNodes: # childless root ordinate, make a child to iterate in producing table
subOrdContext = StructuralNode(structuralNode,
breakdownNode,
definitionNode)
except ResolutionException as ex:
if sys.version[0] >= '3':
#import traceback
#traceback.print_tb(ex.__traceback__)
raise ex.with_traceback(
ex.__traceback__) # provide original traceback information
else:
raise ex
except Exception as ex:
e = ResolutionException(
"arelle:resolutionException",
_("Exception in resolution of definition node %(node)s: %(error)s"
),
modelObject=definitionNode,
node=definitionNode.qname,
error=str(ex))
if sys.version[0] >= '3':
raise e.with_traceback(
ex.__traceback__) # provide original traceback information
else:
raise e
