def __loadMethods(self, method):
methodName = method.attrib["name"]
returns = method.attrib["returnType"]
myFactory = dataFactoryGiws()
myReturnData = myFactory.create(returns)
detachThread = False
if "detachThread" in method.attrib:
str = method.attrib["detachThread"].lower()
if str == "true":
detachThread = True
if "modifier" in method.attrib:
modifier = method.attrib["modifier"]
Jmethod = methodGiws(methodName, myReturnData, detachThread,
modifier)
else:
Jmethod = methodGiws(methodName, myReturnData, detachThread)
parametersName = [] # To check if the parameter is not already defined
for param in method: # We browse the parameters of the method
param = self.__loadParameter(param.attrib)
try:
if parametersName.index(param.getName()) >= 0:
print('%s is already defined as parameters' %
param.getName())
sys.exit(-3)
except ValueError: #Cannot find the parameter => not defined. Good!
parametersName.append(param.getName())
Jmethod.addParameter(param)
return Jmethod
def __loadMethods(self, method):
methodName=method.attrib["name"]
returns=method.attrib["returnType"]
myFactory=dataFactoryGiws()
myReturnData=myFactory.create(returns)
detachThread=False
if "detachThread" in method.attrib:
str=method.attrib["detachThread"].lower()
if str=="true":
detachThread=True
if "modifier" in method.attrib:
modifier=method.attrib["modifier"]
Jmethod=methodGiws(methodName,myReturnData,detachThread,modifier)
else:
Jmethod=methodGiws(methodName,myReturnData,detachThread)
parametersName=[] # To check if the parameter is not already defined
for param in method: # We browse the parameters of the method
param=self.__loadParameter(param.attrib)
try:
if parametersName.index(param.getName()) >= 0:
print ('%s is already defined as parameters'%param.getName())
sys.exit(-3)
except ValueError: #Cannot find the parameter => not defined. Good!
parametersName.append(param.getName())
Jmethod.addParameter(param)
return Jmethod
def __loadMethods(self, method):
returns=method.prop("returnType")
myFactory=dataFactoryGiws()
myReturnData=myFactory.create(returns)
modifier=method.prop("modifier")
detachThreadProp=method.prop("detachThread")
detachThread=False
if detachThreadProp!=None:
str=detachThreadProp.lower()
if str=="true":
detachThread=True
if modifier!=None:
Jmethod=methodGiws(method.properties.getContent(),myReturnData,detachThread,modifier)
else:
Jmethod=methodGiws(method.properties.getContent(),myReturnData,detachThread)
child = method.children
parametersName=[] # To check if the parameter is not already defined
while child is not None: # We browse the parameters of the method
if child.type == "element":
prop=child.properties
param=self.__loadParameter(prop)
try:
if parametersName.index(param.getName()) >= 0:
print ('%s is already defined as parameters'%param.getName())
sys.exit(-3)
except ValueError: #Cannot find the parameter => not defined. Good!
parametersName.append(param.getName())
Jmethod.addParameter(param)
child = child.next
return Jmethod
def __loadMethods(self, method):
returns = method.prop("returnType")
myFactory = dataFactoryGiws()
myReturnData = myFactory.create(returns)
modifier = method.prop("modifier")
detachThreadProp = method.prop("detachThread")
detachThread = False
if detachThreadProp != None:
str = detachThreadProp.lower()
if str == "true":
detachThread = True
if modifier != None:
Jmethod = methodGiws(method.properties.getContent(), myReturnData,
detachThread, modifier)
else:
Jmethod = methodGiws(method.properties.getContent(), myReturnData,
detachThread)
child = method.children
parametersName = [] # To check if the parameter is not already defined
while child is not None: # We browse the parameters of the method
if child.type == "element":
prop = child.properties
param = self.__loadParameter(prop)
try:
if parametersName.index(param.getName()) >= 0:
print('%s is already defined as parameters' %
param.getName())
sys.exit(-3)
except ValueError: #Cannot find the parameter => not defined. Good!
parametersName.append(param.getName())
Jmethod.addParameter(param)
child = child.next
return Jmethod
def __init__(self, name, type):
myDataFactory = dataFactoryGiws()
self.__type = myDataFactory.create(type)
self.__name = name
def __init__(self, type): myDataFactory=dataFactoryGiws() self.__type=myDataFactory.create(type)
