def createTypeCode(xmlRorgNode, xmlFuncNode):
itemNumber = 0
for xmlTypeNode in xmlFuncNode.findall("type"):
if profileHelper.profileName(xmlRorgNode, xmlFuncNode,
xmlTypeNode) in supportedProfiles:
itemNumber += 1
if itemNumber == 0:
return " throw std::out_of_range(\"Invalid EFuncIds\");"
code = " switch(static_cast<ETypeIds>(typeId))\n"
code += " {\n"
for xmlTypeNode in xmlFuncNode.findall("type"):
if profileHelper.profileName(
xmlRorgNode, xmlFuncNode,
xmlTypeNode) not in supportedProfiles:
continue
enumValue = cppHelper.toEnumValueName(
xmlTypeNode.find("number").text)
className = cppHelper.toCppName(
"CProfile_" + profileHelper.profileName(
xmlRorgNode, xmlFuncNode, xmlTypeNode))
code += " case " + enumValue + ": return boost::make_shared<" + className + ">(deviceId, api);\n"
code += " default : throw std::out_of_range(\"Invalid EFuncIds\");\n"
code += " }"
return code
def generateHeader(self, f):
f.write("DECLARE_ENUM_HEADER(" + self._cppTypeName + ",\n")
for item in self.__listItems:
# Enum item name
f.write(" ((" + cppHelper.toEnumValueName(item[0]) + ")")
# If available, enum item value
if item[1]:
f.write("(" + item[1] + ")")
f.write(")\n")
f.write(");\n\n")
def generateHeader(self, f, parentClassName):
f.write("enum " + self._cppTypeName + " {\n")
for item in self.__listItems:
# Enum item name
f.write(" " + cppHelper.toEnumValueName(item[0]))
# If available, enum item value
if item[1]:
f.write(" = " + item[1])
f.write(",\n")
f.write("};\n")
def createRorgCode(xmlProfileNode):
code = " switch(id)\n"
code += " {\n"
for child in xmlProfileNode.findall("rorg"):
enumValue = cppHelper.toEnumValueName(child.find("title").text)
className = "C" + child.find("telegram").text + "Telegram"
code += " case " + enumValue + ": return boost::make_shared<" + className + ">();\n"
code += " default : throw std::out_of_range(\"Invalid EOrgId\");\n"
code += " }\n"
return code
def createFuncCode(xmlRorgNode):
code = " switch(static_cast<EFuncIds>(funcId))\n"
code += " {\n"
for xmlFuncNode in xmlRorgNode.findall("func"):
enumValue = cppHelper.toEnumValueName(xmlFuncNode.find("title").text)
className = "C" + xmlRorgNode.find("telegram").text + "_" + cppHelper.toCppName(xmlFuncNode.find("number").text)
code += " case " + enumValue + ": return boost::make_shared<" + className + ">();\n"
code += " default : throw std::out_of_range(\"Invalid EFuncIds\");\n"
code += " }\n"
return code
def createTypeCode(xmlRorgNode, xmlFuncNode):
itemNumber = 0
# Add types found in XML file
for xmlTypeNode in xmlFuncNode.findall("type"):
if profileHelper.profileName(xmlRorgNode, xmlFuncNode,
xmlTypeNode) in supportedProfiles:
itemNumber += 1
# Add hard-coded types not present in XML file
profilePattern = profileHelper.profileFuncPattern(
xmlRorgNode, xmlFuncNode)
hardCodedProfilesNotInXml = list(
filter(lambda p: re.match(profilePattern, p),
hardCodedProfiles.getProfilesNotInXml()))
itemNumber += len(hardCodedProfilesNotInXml)
if itemNumber == 0:
return " throw std::out_of_range(\"Invalid EFuncIds\");"
code = " switch(static_cast<ETypeIds>(typeId))\n"
code += " {\n"
# Add types found in XML file
for xmlTypeNode in xmlFuncNode.findall("type"):
if profileHelper.profileName(
xmlRorgNode, xmlFuncNode,
xmlTypeNode) not in supportedProfiles:
continue
enumValue = cppHelper.toEnumValueName(
xmlTypeNode.find("number").text)
className = cppHelper.toCppName(
"CProfile_" + profileHelper.profileName(
xmlRorgNode, xmlFuncNode, xmlTypeNode))
code += " case " + enumValue + ": return boost::make_shared<" + className + ">(deviceId, api);\n"
# Add hard-coded types not present in XML file
for profile in hardCodedProfilesNotInXml:
enumValue = cppHelper.toEnumValueName(
"0x" + profileHelper.getType(profile))
className = cppHelper.toCppName("CProfile_" + profile)
code += " case " + enumValue + ": return boost::make_shared<" + className + ">(deviceId, api);\n"
code += " default : throw std::out_of_range(\"Invalid EFuncIds\");\n"
code += " }"
return code
def generateSource(self, f):
f.write("DECLARE_ENUM_IMPLEMENTATION(" + self._cppTypeName + ",\n")
for item in self.__listItems:
# Enum item name
f.write(" ((" + cppHelper.toEnumValueName(item[0]) + "))\n")
f.write(");\n")
