def buildGeneralizations(self, doc, objects):
gens = doc.getElementsByTagName(self.GENERALIZATION)
for gen in gens:
if not self.getId(gen): continue
try:
par0 = getElementByTagName(gen, self.GEN_PARENT, recursive=1)
child0 = getElementByTagName(gen, self.GEN_CHILD, recursive=1)
try:
par = objects[getSubElement(par0).getAttribute(
'xmi.idref')]
except KeyError:
log.warn(
"Parent Object not found for generalization "
"relation '%s', parent=%s'.", self.getId(gen),
self.getName(par0))
continue
child = objects[getSubElement(child0).getAttribute(
'xmi.idref')]
par.addGenChild(child)
child.addGenParent(par)
except IndexError:
log.error("Gen: index error for generalization '%s'.",
self.getId(gen))
raise
def getAssocEndParticipantId(self, el):
assocend = getElementByTagName(el, self.ASSOCEND_PARTICIPANT, None)
if not assocend:
assocend = getElementByTagName(el, self.ASSOCENDTYPE, None)
if not assocend:
return None
classifier = getSubElement(assocend)
if not classifier:
log.warn("No assocEnd participant found for '%s'.",
self.getId(el))
return None
return classifier.getAttribute('xmi.idref')
def getAssocEndParticipantId(self, el):
assocend = getElementByTagName(el, self.ASSOCEND_PARTICIPANT, None)
if not assocend:
assocend = getElementByTagName(el, self.ASSOCENDTYPE, None)
if not assocend:
return None
classifier = getSubElement(assocend)
if not classifier:
log.warn("No assocEnd participant found for '%s'.",
self.getId(el))
return None
return classifier.getAttribute('xmi.idref')
def getPackageElements(self, el):
"""Gets all package nodes below the current node (only one level)."""
res = []
#in case the el is a document we have to crawl down until we have ownedElements
ownedElements = getElementByTagName(el, self.OWNED_ELEMENT, default=None)
if not ownedElements:
if el.tagName == self.PACKAGE:
return []
el = getElementByTagName(el, self.MODEL, recursive=1)
ownedElements = getElementByTagName(el, self.OWNED_ELEMENT)
res = getElementsByTagName(ownedElements, self.PACKAGE)
return res
def getPackageElements(self, el):
"""Gets all package nodes below the current node (only one level)."""
res = []
#in case the el is a document we have to crawl down until we have ownedElements
ownedElements = getElementByTagName(el,
self.OWNED_ELEMENT,
default=None)
if not ownedElements:
if el.tagName == self.PACKAGE:
return []
el = getElementByTagName(el, self.MODEL, recursive=1)
ownedElements = getElementByTagName(el, self.OWNED_ELEMENT)
res = getElementsByTagName(ownedElements, self.PACKAGE)
return res
def buildRealizations(self, doc, objects):
abs = doc.getElementsByTagName(self.ABSTRACTION)
for ab in abs:
if not self.getId(ab): continue
abstraction = XMIAbstraction(ab)
if not abstraction.hasStereoType('realize') and \
not abstraction.hasStereoType('adapts'):
log.debug("Skipping dep: %s", abstraction.getStereoType())
continue
try:
try:
par0 = getElementByTagName(ab,
self.DEP_SUPPLIER,
recursive=1)
sub = getSubElement(par0, ignoremult=1)
par = objects[sub.getAttribute('xmi.idref')]
except (KeyError, IndexError):
log.warn(
"Parent Object not found for realization or adaptation "
"relation:%s, parent %s.", self.getId(ab),
self.getName(par0))
continue
try:
child0 = getElementByTagName(ab,
self.DEP_CLIENT,
recursive=1)
sub = getSubElement(child0, ignoremult=1)
child_xmid = sub.getAttribute('xmi.idref')
child = objects[child_xmid]
except (KeyError, IndexError):
log.warn(
"Child element for realization or adaptation relation not found. "
"Parent name = '%s' relation xmi_id = '%s'.",
par.getName(), self.getId(ab))
if abstraction.hasStereoType('realize'):
par.addRealizationChild(child)
child.addRealizationParent(par)
if abstraction.hasStereoType('adapts'):
par.addAdaptationChild(child)
child.addAdaptationParent(par)
except IndexError:
log.error("ab: index error for dependencies; %s",
self.getId(ab))
raise
def getExpressionBody(self, element, tagname = None):
if not tagname:
tagname = self.EXPRESSION
exp = getElementByTagName(element, self.EXPRESSION_BODY,
recursive=1, default=None)
if exp and exp.firstChild:
return exp.firstChild.nodeValue
else:
return None
def buildRealizations(self, doc, objects):
abs = doc.getElementsByTagName(self.ABSTRACTION)
for ab in abs:
if not self.getId(ab): continue
abstraction = XMIAbstraction(ab)
if not abstraction.hasStereoType('realize') and \
not abstraction.hasStereoType('adapts'):
log.debug("Skipping dep: %s", abstraction.getStereoType())
continue
try:
try:
par0 = getElementByTagName(ab, self.DEP_SUPPLIER,
recursive=1)
sub = getSubElement(par0, ignoremult=1)
par = objects[sub.getAttribute('xmi.idref')]
except (KeyError, IndexError):
log.warn("Parent Object not found for realization or adaptation "
"relation:%s, parent %s.",
self.getId(ab), self.getName(par0))
continue
try:
child0 = getElementByTagName(ab, self.DEP_CLIENT,
recursive=1)
sub = getSubElement(child0, ignoremult=1)
child_xmid = sub.getAttribute('xmi.idref')
child = objects[child_xmid]
except (KeyError, IndexError):
log.warn("Child element for realization or adaptation relation not found. "
"Parent name = '%s' relation xmi_id = '%s'.",
par.getName(), self.getId(ab))
if abstraction.hasStereoType('realize'):
par.addRealizationChild(child)
child.addRealizationParent(par)
if abstraction.hasStereoType('adapts'):
par.addAdaptationChild(child)
child.addAdaptationParent(par)
except IndexError:
log.error("ab: index error for dependencies; %s",
self.getId(ab))
raise
def getModel(self, doc):
content = self.getContent(doc)
try:
model = getElementByTagName(content, XMI.MODEL, recursive=0)
except TypeError:
#handle a bug in ArgoUML that causes 2 model entries in the xmi
#from which one is empty
models = getElementsByTagName(content, XMI.MODEL, recursive=0)
model = models[1]
return model
def getExpressionBody(self, element, tagname=None):
if not tagname:
tagname = self.EXPRESSION
exp = getElementByTagName(element,
self.EXPRESSION_BODY,
recursive=1,
default=None)
if exp and exp.firstChild:
return exp.firstChild.nodeValue
else:
return None
def getModel(self, doc):
content = self.getContent(doc)
try:
model = getElementByTagName(content, XMI.MODEL, recursive=0)
except TypeError:
#handle a bug in ArgoUML that causes 2 model entries in the xmi
#from which one is empty
models = getElementsByTagName(content, XMI.MODEL, recursive=0)
model=models[1]
return model
def buildGeneralizations(self, doc, objects):
gens = doc.getElementsByTagName(self.GENERALIZATION)
for gen in gens:
if not self.getId(gen):continue
try:
par0 = getElementByTagName(gen, self.GEN_PARENT, recursive=1)
child0 = getElementByTagName(gen, self.GEN_CHILD, recursive=1)
try:
par = objects[getSubElement(par0).getAttribute('xmi.idref')]
except KeyError:
log.warn("Parent Object not found for generalization "
"relation '%s', parent=%s'.",
self.getId(gen), self.getName(par0))
continue
child = objects[getSubElement(child0).getAttribute('xmi.idref')]
par.addGenChild(child)
child.addGenParent(par)
except IndexError:
log.error("Gen: index error for generalization '%s'.",
self.getId(gen))
raise
def getContent(self, doc):
return getElementByTagName(doc, self.XMI_CONTENT, recursive=1)
def getOwnedElement(self, el):
return getElementByTagName(el, self.OWNED_ELEMENT, default=None)
def calcClassAbstract(self, o):
abs = getElementByTagName(o.domElement, self.ISABSTRACT, None)
if abs:
o.isabstract = abs.getAttribute('xmi.value') == 'true'
else:
o.isabstract = 0
def getContent(self, doc):
return getElementByTagName(doc, self.XMI_CONTENT, recursive=1)
def getOwnedElement(self, el):
return getElementByTagName(el, self.OWNED_ELEMENT, default=None)
def calcClassAbstract(self, o):
abs = getElementByTagName(o.domElement, self.ISABSTRACT, None)
if abs:
o.isabstract = abs.getAttribute('xmi.value') == 'true'
else:
o.isabstract = 0
