class ClassUsageDictionaryBuilder(NamespaceUsageDictionaryBuilder):
def __init__(self, namespaceFileName):
self.namespaceFileName = namespaceFileName
self.namespaceDict = ClassUsageDictionary()
##
# Create a ClassUsageEntity for the
# self.currentLine.
##
def buildCurrentEntity(self):
added = False
self.currentEntity = None
if isValidClassUsageLine(self.currentLine):
self.currentEntity = ClassUsageEntity(self.currentLine)
added = self.namespaceDict.add(self.currentEntity)
return added
##
# Mark for each class usage reference whether it is surrounded by a namespace
# or not. By calculating this information beforehand, verifications of
# transitively included class usages can be made less expensive.
##
def refineDictWithNamespaceInfo(self, namespaceContainmentChecker):
for classUsageRef in self.namespaceDict.getAllReferences():
srcLoc = classUsageRef.getSourceLocation()
parentNamespaceName = namespaceContainmentChecker.getSurroundingNamespaceName(
srcLoc)
classUsageRef.setParentNamespaceName(parentNamespaceName)
class ClassUsageDictionaryBuilder(NamespaceUsageDictionaryBuilder): def __init__(self, namespaceFileName): self.namespaceFileName = namespaceFileName self.namespaceDict = ClassUsageDictionary() ## # Create a ClassUsageEntity for the # self.currentLine. ## def buildCurrentEntity(self): added = False self.currentEntity = None if isValidClassUsageLine(self.currentLine): self.currentEntity = ClassUsageEntity(self.currentLine) added = self.namespaceDict.add(self.currentEntity) return added ## # Mark for each class usage reference whether it is surrounded by a namespace # or not. By calculating this information beforehand, verifications of # transitively included class usages can be made less expensive. ## def refineDictWithNamespaceInfo(self, namespaceContainmentChecker): for classUsageRef in self.namespaceDict.getAllReferences(): srcLoc = classUsageRef.getSourceLocation() parentNamespaceName = namespaceContainmentChecker.getSurroundingNamespaceName(srcLoc) classUsageRef.setParentNamespaceName(parentNamespaceName)
def __init__(self, includeDict, namespaceContainmentChecker, \
namespaceUsageChecker,\
classUsageChecker=ClassUsageChecker(ClassUsageDictionary())):
self.transIncludeDict = TransitiveIncludeDictionary(includeDict)
self.namespaceContainmentChecker = namespaceContainmentChecker
self.namespaceUsageChecker = namespaceUsageChecker
self.classUsageChecker = classUsageChecker
self.transInhDict = TransitiveInheritanceDictionary(
InheritanceDictionary())
def __init__(self, namespaceFileName):
self.namespaceFileName = namespaceFileName
self.namespaceDict = ClassUsageDictionary()
def __init__(self, namespaceFileName): self.namespaceFileName = namespaceFileName self.namespaceDict = ClassUsageDictionary()
log.info("Entering famix Level 1")
namespaceDbLoc = dbLoc + ".namespaces"
clDbLoc = dbLoc + ".classes"
miDbLoc = dbLoc + ".methods"
mdDbLoc = dbLoc + ".methoddefs"
inDbLoc = dbLoc + ".inheritance"
fuDbLoc = dbLoc + ".functions"
fdDbLoc = dbLoc + ".functiondefs"
DataReqs.checkfamixL1Reqs(sys.argv[1] + "/" + sys.argv[2])
# default initialization
namespaceContainmentChecker = NamespaceContainmentChecker(
NamespaceDictionary())
namespaceUsageContainmentChecker = NamespaceContainmentChecker(
NamespaceUsageDictionary())
classUsageContainmentChecker = ClassUsageChecker(ClassUsageDictionary())
if os.path.exists(namespaceDbLoc):
log.info(" Parsing namespaces...")
namespaceDict = snavTableReader.parseNamespaces(namespaceDbLoc)
namespaceContainmentChecker = NamespaceContainmentChecker(namespaceDict)
log.info("Parsed " + ` namespaceDict.getNumberOfEntities() ` +
" namespaces")
log.info(" Parsing namespace usages...")
namespaceUsageDict = snavTableReader.parseNamespaceUsages(namespaceDbLoc)
namespaceUsageContainmentChecker = NamespaceContainmentChecker(
namespaceUsageDict)
log.info("Parsed " + ` namespaceUsageDict.getNumberOfEntities() ` +
" namespace usages")
