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'''This ClassJsRef module provides JS reference for a given C++ class'''
class ClassJsRef:
'''This class acts as a storage unit for a class JS reference'''
def __init__(self):
self.name_space = ""
self.class_name = ""
# List of lines making the description
self.description = [ ]
# List of QpropertyJsRef instances
self.properties = [ ]
# List of QinvokableJsRef instances
self.invokables = [ ]
self.valid = False
def __str__(self):
return self.get_as_text(" ", 1)
def get_description_as_text(self, tab, offset):
lead = offset * tab
# print(f"The description: {self.description}\n")
# print(f"The description has {len(self.description)} items.")
output_text = ""
for line in self.description:
# print(f"Appending class description line: '{line}")
output_text = f"{output_text}{lead}{line}"
# print(f"Now output_text is:\n{output_text}")
return output_text
def print_description(self, tab, offset):
print(f"{self.get_description_as_text(tab, offset)}")
def get_properties_as_text(self, tab, offset):
output_text = ""
for property in self.properties:
output_text = f"{output_text}{property.get_as_text(tab, offset)}"
# print(f"Returning properties as text: {output_text}")
return output_text
def print_properties(self, tab, offset):
print(f"{self.get_properties_as_text(tab, offset)}")
def get_invokables_as_text(self, tab, offset):
output_text = ""
for invokable in self.invokables:
output_text = f"{output_text}{invokable.get_as_text(tab, offset)}"
return output_text
def print_invokables(self, tab, offset):
print(f"{self.get_invokables_as_text(tab, offset)}")
def get_as_text(self, tab, offset):
lead = offset * tab
output_text = f"{lead}{self.name_space} {self.class_name}:\n\n"
offset += 1
lead = offset * tab
if len(self.description):
output_text = f"{output_text}{lead}Description:\n\n"
indented_offset = offset + 1
output_text = f"{output_text}{self.get_description_as_text(tab, indented_offset)}\n"
if len(self.properties):
output_text = f"{output_text}{lead}Properties: {len(self.properties)}\n\n"
indented_offset = offset + 1
output_text = f"{output_text}{self.get_properties_as_text(tab, indented_offset)}\n"
#print(f"Got {output_text} for properties text.")
if len(self.invokables):
output_text = f"{output_text}{lead}Invokables: {len(self.invokables)}\n\n"
indented_offset = offset + 1
output_text = f"{output_text}{self.get_invokables_as_text(tab, indented_offset)}\n"
# print(f"Got {output_text} for invokables text.")
return output_text
def print(self, tab, offset):
print(f"{self.get_as_text(tab, offset)}")
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