def generate_code(buildFolder,
file,
outputfile,
with_python=False,
with_cubescript=True,
with_json=True):
outputFileAbs = os.path.abspath(outputfile)
parser = CppParser(buildFolder, file)
parser.start(outputFileAbs)
parser.cppmodel_generate()
generatedCubeScript = ""
generatedJsonSerializer = ""
generatedPythonBinding = ""
if with_cubescript:
generatedCubeScript = CubeScriptBinding.GenerateWithoutMacros(
parser.cppmodel())
if with_json:
generatedJsonSerializer = JsonSerializer.Generate(parser.cppmodel())
if with_python:
generatedPythonBinding = PythonScriptBinding.Generate(
parser.cppmodel())
if (generatedCubeScript and generatedCubeScript != "\n") or (
generatedJsonSerializer and generatedJsonSerializer != "\n") or (
generatedPythonBinding and generatedPythonBinding != "\n"):
file_write_data(
outputFileAbs, generatedCubeScript + "\n\n" +
generatedJsonSerializer + "\n\n" + generatedPythonBinding)
print(f"ok {outputFileAbs}")
else:
file_write_data(outputFileAbs, "")
print(f"ok empty {outputFileAbs}")
def refactor(buildFolder, file, outputFolder, classPattern):
parser = CppParser(buildFolder, file)
parser.start(outputFileHeaderAbs)
parser.cppmodel_refactor_generate()
rootNode = parser.cppmodel()
if classPattern == "*":
from autobind.cppmodel.CxxClass import CxxClass
for node in cxxRootNode.forEachChild(noDepth=True):
if type(node) is CxxClass:
className = node.sourceObject.spelling
outputFileHeaderAbs = os.path.abspath(
os.path.join(outputFolder, className + ".h"))
outputFileSourceAbs = os.path.abspath(
os.path.join(outputFolder, className + ".cpp"))
generatedHeader = ClassHeaderSourceSplitter.Generate(
rootNode, className)
else:
className = classPattern
outputFileHeaderAbs = os.path.abspath(
os.path.join(outputFolder, className + ".h"))
outputFileSourceAbs = os.path.abspath(
os.path.join(outputFolder, className + ".cpp"))
generatedHeader = ClassHeaderSourceSplitter.Generate(
rootNode, className)
def generate_code(buildFolder, file, outputfile):
parser = CppParser(buildFolder, file)
parser.start(outputfile)
parser.cppmodel_generate()
generatedCubeScript = CubeScriptBinding.GenerateWithoutMacros(
parser.cppmodel())
generatedJsonSerializer = JsonSerializer.Generate(parser.cppmodel())
if (generatedCubeScript and generatedCubeScript != "\n") or (
generatedJsonSerializer and generatedJsonSerializer != "\n"):
file_write_data(outputfile,
generatedCubeScript + "\n\n" + generatedJsonSerializer)
print("ok")
else:
file_write_data(outputfile, "")
print("ok empty")
def debug_cppmodel_refactor(buildFolder, file, outputfile):
parser = CppParser(buildFolder, file)
parser.start(outputfile)
parser.cppmodel_refactor_generate()
parser.dump_cppmodel()
def debug_dump(buildFolder, file, outputfile):
parser = CppParser(buildFolder, file)
parser.start(outputfile)
parser.tree_generate()
parser.dump_tree()
def find_deps(file, commonRoot):
parser = CppParser(file, skipComments=True)
parser.start(skipFunctionBodies=True)
parser.cppmodel_find_includes(commonRoot)
def debug_cppmodel(file):
parser = CppParser(file)
parser.start()
parser.cppmodel_generate()
parser.dump_cppmodel()
def debug_dump(file):
parser = CppParser(file)
parser.start()
parser.tree_generate()
parser.dump_tree()