def genCustomClass(nameSpace, classNameSrc, idx, methodArgs):
classNameCXX = gen.getClassNameCXX(nameSpace, classNameSrc)
classNamePD = gen.getClassNamePD(nameSpace, classNameSrc)
classNameLetters = classNamePD.replace(".","_")
return customClassTemplate.format(CLASSNAME_CXX = classNameCXX, \
CLASSNAME_PD = classNamePD, \
CLASSNAME_LETTERS = classNameLetters, \
CONSTRUCTOR = classNameSrc, \
NAMESPACE = nameSpace, \
IDX = idx, \
METHOD_ARGS = methodArgs)
def genClassStaticMethod(nameSpace, classNameSrc, idx, methodNameSrc, methodReturn, methodArgs):
classNameCXX = gen.getClassNameCXX(nameSpace, classNameSrc)
classNamePD = gen.getClassNamePD(nameSpace, classNameSrc)
classNameLetters = classNamePD.replace(".","_")
methodNameCXX = methodNameSrc
methodNamePD = gen.convertName(methodNameSrc)
methodNameLetters = methodNamePD.replace(".","_")
#
return classStaticMethodTemplate.format(NAMESPACE = nameSpace, \
CLASSNAME_CXX = classNameCXX, \
CLASSNAME_PD = classNamePD, \
CLASSNAME_LETTERS = classNameLetters, \
METHODNAME_CXX = methodNameCXX, \
METHODNAME_PD = methodNamePD, \
METHODNAME_LETTERS = methodNameLetters, \
IDX = idx, \
METHOD_RETURN = methodReturn, \
METHOD_ARGS = methodArgs)
for fullFileName in gen.getHeaderFilesFullPath():
# if filename.endswith(".hpp") or filename.endswith(".h"):
if True:
try:
cppHeader = CppHeaderParser.CppHeader(fullFileName)
except CppHeaderParser.CppParseError as e:
print(e)
sys.exit(1)
for f in cppHeader.functions:
m = f
if m["template"] != False:
continue
pdObjectName = gen.getClassNamePD(
m["namespace"], m["name"]) #gen.convertName(m["name"])
methodType = [t["type"] for t in m["parameters"]]
methodReturn = m["rtnType"]
methodInfoString = "(" + " ".join(
methodType) + ")->" + methodReturn
methodName = m["name"]
docwrite.staticMethodObject("function", "", pdObjectName,
methodType, methodReturn, "function")
dbFile.write("{0} . ..\n".format(pdObjectName))
for c in cppHeader.classes:
def genClass(nameSpace, classNameSrc):
classNameCXX = gen.getClassNameCXX(nameSpace, classNameSrc)
classNamePD = gen.getClassNamePD(nameSpace, classNameSrc)
return classTemplate.format(CLASSNAME_CXX = classNameCXX, NAMESPACE = nameSpace, CLASSNAME_PD = classNamePD)
def genFunc(nameSpace, funcNameSrc, idx, funcReturn, funcArgs):
funcNameCXX = gen.getClassNameCXX(nameSpace, funcNameSrc)
funcNamePD = gen.getClassNamePD(nameSpace, funcNameSrc)
return funcTemplate.format(FUNCTIONNAME_CXX = funcNameCXX, NAMESPACE = nameSpace, FUNCTIONNAME_PD = funcNamePD, IDX = idx, FUNC_RETURN = funcReturn, FUNC_ARGS = funcArgs )
outputFile.write(toWrite)
methodIndex += 1
# -----------------
for c in cppHeader.classes:
className = c
nameSpace = cppHeader.classes[c]["namespace"]
# todo: clean up
justClassName = c
nameCXX = gen.getClassNameCXX(nameSpace, className)
namePD = gen.getClassNamePD(nameSpace, className)
hasDefaultConstructor = False
hasConstructor = False
for m in cppHeader.classes[c]["methods"]["public"]:
if m["constructor"]:
hasConstructor = True
methodType = [t["type"] for t in m["parameters"]]
if methodType == "":
hasDefaultConstructor = True
continue
#implicit
if (not hasConstructor) and (not hasDefaultConstructor):
hasDefaultConstructor = True