def readFromStgXML(self, inputFilesList, basePath):
'''Read in the list of fields that have already been specified to
be tested from a set of StGermain input files. Useful when e.g.
working with an Analytic Solution plugin.'''
self.fromXML = True
# create a flattened file
absInputFiles = stgpath.convertLocalXMLFilesToAbsPaths(
inputFilesList, basePath)
ffile = stgxml.createFlattenedXML(absInputFiles)
xmlDoc = etree.parse(ffile)
stgRoot = xmlDoc.getroot()
# Go and grab necessary info from XML file
componentEl = stgxml.getStructNode(stgRoot, self.stgXMLCompListName)
fieldTestDataEl = stgxml.getStructNode(componentEl,
self.stgXMLCompName)
fieldTestListEl = stgxml.getListNode(fieldTestDataEl,
self.stgXMLSpecFList)
fieldTestStructEls = fieldTestListEl.getchildren()
for fieldStruct in fieldTestStructEls:
numericField = stgxml.getParamValue(fieldStruct, 'NumericField',
str)
self.fields[numericField] = FieldComparisonOp(numericField)
# NB: not reading in all the other specifying stuff currently. Possibly
# would be useful to do this in future.
os.remove(ffile)
def readFromStgXML(self, inputFilesList, basePath):
'''Read in the list of fields that have already been specified to
be tested from a set of StGermain input files. Useful when e.g.
working with an Analytic Solution plugin.'''
self.fromXML = True
# create a flattened file
absInputFiles = stgpath.convertLocalXMLFilesToAbsPaths(inputFilesList,
basePath)
ffile=stgxml.createFlattenedXML(absInputFiles)
xmlDoc = etree.parse(ffile)
stgRoot = xmlDoc.getroot()
# Go and grab necessary info from XML file
componentEl = stgxml.getStructNode(stgRoot, self.stgXMLCompListName)
fieldTestDataEl = stgxml.getStructNode(componentEl, self.stgXMLCompName)
fieldTestListEl = stgxml.getListNode(fieldTestDataEl, self.stgXMLSpecFList)
fieldTestStructEls = fieldTestListEl.getchildren()
for fieldStruct in fieldTestStructEls:
numericField=stgxml.getParamValue(fieldStruct,'NumericField',str)
self.fields[numericField]=FieldComparisonOp(numericField)
# NB: not reading in all the other specifying stuff currently. Possibly
# would be useful to do this in future.
os.remove(ffile)
def readFromStgXML(self, inputFilesList, basePath):
'''Read in the list of fields that have already been specified to
be tested from a set of StGermain input files. Useful when e.g.
working with an Analytic Solution plugin.'''
self.fromXML = True
# create a flattened file
absInputFiles = stgpath.convertLocalXMLFilesToAbsPaths(
inputFilesList, basePath)
ffile = stgxml.createFlattenedXML(absInputFiles)
xmlDoc = etree.parse(ffile)
stgRoot = xmlDoc.getroot()
# Go and grab necessary info from XML file
fieldTestDataEl = stgxml.getStructNode(stgRoot, self.stgXMLSpecName)
fieldTestListEl = stgxml.getListNode(fieldTestDataEl,
self.stgXMLSpecFList)
fieldTestEls = fieldTestListEl.getchildren()
# As per the current spec, the field names are followed by an index
# of analytic solution
ii = 0
while ii < len(fieldTestEls):
fieldName = fieldTestEls[ii].text
self.fields[fieldName] = FieldComparisonOp(fieldName)
# Skip the index
ii += 1
ii += 1
# NB: not reading in all the other specifying stuff currently. Possibly
# would be useful to do this in future.
os.remove(ffile)
def test_getStructNode(self):
structNode = stgxml.getStructNode(self.flatXMLRoot, "velocityICs")
self.assertEqual(structNode.attrib['name'], "velocityICs")
self.assertEqual(structNode.text.strip(), "")
self.assertEqual(len(structNode), 2)
structNode = stgxml.getStructNode(self.inXMLRoot, "velocityICs")
self.assertEqual(structNode.attrib['name'], "velocityICs")
self.assertEqual(structNode.text.strip(), "")
self.assertEqual(len(structNode), 2)
structNode = stgxml.getStructNode(self.flatXMLRoot, "voodoo")
self.assertEqual(structNode, None)
# Test for the components struct, in both
structNode = stgxml.getStructNode(self.inXMLRoot, "components")
self.assertEqual(structNode.attrib['name'], "components")
self.assertEqual(structNode.text.strip(), "")
structNode = stgxml.getStructNode(self.flatXMLRoot, "components")
self.assertEqual(structNode.tag, stgxml.addNsPrefix("components"))
self.assertEqual(structNode.text.strip(), "")
def test_getStructNode(self):
structNode = stgxml.getStructNode(self.flatXMLRoot, "velocityICs")
self.assertEqual(structNode.attrib['name'], "velocityICs")
self.assertEqual(structNode.text.strip(), "")
self.assertEqual(len(structNode), 2)
structNode = stgxml.getStructNode(self.inXMLRoot, "velocityICs")
self.assertEqual(structNode.attrib['name'], "velocityICs")
self.assertEqual(structNode.text.strip(), "")
self.assertEqual(len(structNode), 2)
structNode = stgxml.getStructNode(self.flatXMLRoot, "voodoo")
self.assertEqual(structNode, None)
# Test for the components struct, in both
structNode = stgxml.getStructNode(self.inXMLRoot, "components")
self.assertEqual(structNode.attrib['name'], "components")
self.assertEqual(structNode.text.strip(), "")
structNode = stgxml.getStructNode(self.flatXMLRoot, "components")
self.assertEqual(structNode.tag, stgxml.addNsPrefix("components"))
self.assertEqual(structNode.text.strip(), "")
def checkStgXMLResultsEnabled(self, inputFilesList, basePath):
"""Checks that the field comparison has the writing of comparison
info to file enabled (returning Bool)."""
absInputFiles = stgpath.convertLocalXMLFilesToAbsPaths(
inputFilesList, basePath)
ffile = stgxml.createFlattenedXML(absInputFiles)
xmlDoc = etree.parse(ffile)
stgRoot = xmlDoc.getroot()
fieldTestDataEl = stgxml.getStructNode(stgRoot, self.stgXMLSpecName)
appendNode = stgxml.getParamNode(fieldTestDataEl,
"appendToAnalysisFile")
appendBool = stgxml.strToBool(appendNode.text)
os.remove(ffile)
return appendBool
def checkStgXMLResultsEnabled(self, inputFilesList, basePath):
"""Checks that the field comparison has the writing of comparison
info to file enabled (returning Bool)."""
absInputFiles = stgpath.convertLocalXMLFilesToAbsPaths(inputFilesList,
basePath)
ffile=stgxml.createFlattenedXML(absInputFiles)
xmlDoc = etree.parse(ffile)
stgRoot = xmlDoc.getroot()
fieldTestDataEl = stgxml.getStructNode(stgRoot, self.stgXMLSpecName)
appendNode = stgxml.getParamNode(fieldTestDataEl,
"appendToAnalysisFile")
appendBool = stgxml.strToBool(appendNode.text)
os.remove(ffile)
return appendBool
