def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
class_identifier = ctx.IDENTIFIER().getText()
if class_identifier in self.propagated_class_name:
self.is_class = True
else:
print("enter other class")
self.is_class = False
def enterClassDeclaration(self, ctx: JavaParserLabeled.ClassDeclarationContext):
# print("Propagation started, please wait...")
class_identifier = ctx.IDENTIFIER().getText()
if class_identifier in self.propagated_class_name:
self.is_class = True
print("Propagation started, please wait...")
self.current_class = class_identifier
else:
self.is_class = False
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
"""check if the class is the source class
Args:
ctx (JavaParserLabeled.ClassDeclarationContext)
"""
print("Refactoring started, please wait...")
self.is_source_class = (
ctx.IDENTIFIER().getText() == self.source_class)
def enterClassDeclaration(self, ctx: JavaParserLabeled.ClassDeclarationContext):
class_identifier = ctx.IDENTIFIER().getText()
if class_identifier == self.child_class:
self.is_source_class = True
self.methodcode += self.NEW_LINE * 2
self.methodcode += f"// child class({self.child_class}) methods: " + self.NEW_LINE
else:
self.is_source_class = False
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
class_identifier = ctx.IDENTIFIER().getText()
if class_identifier in self.children_class:
self.is_children_class = True
else:
# Enter another class
self.is_children_class = False
def enterClassDeclaration(self, ctx: JavaParserLabeled.ClassDeclarationContext):
print("children class in get text refactor:", self.children_class)
class_identifier = ctx.IDENTIFIER().getText()
if class_identifier in self.children_class:
self.is_children_class = True
else:
print("enter other class")
self.is_children_class = False
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
if ctx.IDENTIFIER().getText() == self.class_name:
self.implement_token_index = ctx.IDENTIFIER().symbol.tokenIndex
if ctx.EXTENDS() is not None:
self.implement_state.append(ctx.EXTENDS().getText())
self.implement_token_index = ctx.typeType().stop.tokenIndex
if ctx.IMPLEMENTS() is not None:
self.implement_state.append(ctx.IMPLEMENTS().getText())
self.implement_token_index = ctx.typeList().typeType(
)[-1].stop.tokenIndex
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
if (ctx.EXTENDS() is not None):
if (ctx.IDENTIFIER().getText() not in self.extensions
and ctx.typeType().getText() == self.__class_identifier):
self.extensions.append(ctx.IDENTIFIER().getText())
elif (ctx.IMPLEMENTS() is not None):
if (ctx.IDENTIFIER().getText() not in self.extensions
and self.__class_identifier
in ctx.typeList().getText().split(',')):
self.implementations.append(ctx.IDENTIFIER().getText())
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
class_identifier = ctx.IDENTIFIER().getText()
if class_identifier == self.source_class:
self.is_source_class = True
elif class_identifier == "B":
print("enter B class")
self.is_source_class = False
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
if (self.scope_handler.variable_declarating):
return
id = ctx.IDENTIFIER().getText()
self.scope_handler.enterClass(id)
self.symbol_table.AddnewClass(id)
self.enter_class = id == self.class_identifier
if (id in self.extentions or id in self.implementations):
self.enter_class = True
def enterClassDeclaration(self, ctx: JavaParserLabeled.ClassDeclarationContext):
# self.target_class = ctx.IDENTIFIER().getText()
# have_constructor = False
# if ctx.IDENTIFIER().getText() ==
class_identifier = ctx.IDENTIFIER().getText()
if class_identifier == self.target_class:
self.is_target_class = True
# print("class name " + ctx.IDENTIFIER().getText())
else:
self.is_target_class = False
def enterClassDeclaration(self, ctx: JavaParserLabeled.ClassDeclarationContext):
class_identifier = ctx.IDENTIFIER().getText()
if class_identifier == self.source_class:
self.is_source_class = True
self.code += self.NEW_LINE * 2
self.code += f"// New class({self.new_class}) generated by CodART" + self.NEW_LINE
self.code += f"class {self.new_class}{self.NEW_LINE}" + "{" + self.NEW_LINE
else:
self.is_source_class = False
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
if self.package_identifier is None \
and not self.in_some_package \
or self.package_identifier is not None \
and self.in_selected_package:
if ctx.IDENTIFIER().getText() == self.class_identifier:
print("Class Found")
self.in_selected_class = True
self.token_stream_rewriter.replaceIndex(
index=ctx.start.tokenIndex + 2, text=self.class_new_name)
def enterClassDeclaration(self, ctx: JavaParserLabeled.ClassDeclarationContext):
class_identifier = ctx.IDENTIFIER().getText()
if class_identifier == self.source_class:
self.is_source_class = True
self.is_target_class = False
elif class_identifier == self.target_class:
self.is_target_class = True
self.is_source_class = False
else:
self.is_target_class = False
self.is_source_class = False
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
"""
It checks if it is source class, we generate the declaration of the new class, by appending some text to self.code.
"""
class_identifier = ctx.IDENTIFIER().getText()
if class_identifier == self.source_class:
self.is_source_class = True
self.code += self.NEW_LINE * 2
self.code += f"// New class({self.new_class}) generated by CodART" + self.NEW_LINE
self.code += f"class {self.new_class} extends {self.source_class}{self.NEW_LINE}" + "{" + self.NEW_LINE
self.code += f"public {self.new_class}()" + "{ }" + self.NEW_LINE
else:
self.is_source_class = False
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
print("self.objective_class: ", self.objective_class)
class_identifier = ctx.IDENTIFIER().getText()
ctxparent = ctx.parentCtx
if self.objective_class == class_identifier:
start_index = ctxparent.start.tokenIndex
stop_index = ctxparent.stop.tokenIndex
self.token_stream_rewriter.delete(
program_name=self.token_stream_rewriter.DEFAULT_PROGRAM_NAME,
from_idx=start_index,
to_idx=stop_index)
self.detected_method = None
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
if ctx.IDENTIFIER().getText() == self.creator_identifier:
self.inCreator = True
self.CretorStartIndex = ctx.classBody().start.tokenIndex
self.currentClass = ctx.IDENTIFIER().symbol.text
elif ctx.IDENTIFIER().getText() in self.products_identifier:
self.inProducts = True
self.productsClassIndex.append(ctx.IDENTIFIER().symbol.tokenIndex)
self.currentClass = ctx.IDENTIFIER().symbol.text
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
class_identifier = ctx.IDENTIFIER().getText()
if class_identifier == self.destination_class:
self.is_source_class = True
# self.code += self.NEW_LINE * 2
# self.code += f"// New class({self.destibation_class}) generated by CodART" + self.NEW_LINE
# self.code += f"class {self.destibation_class}{self.NEW_LINE}" + "{" + self.NEW_LINE
elif class_identifier == "B":
print("enter B class")
# self.token_stream_rewriter.replaceRange(
# from_idx=ctx.start.tokenIndex,
# to_idx=ctx.start.tokenIndex,
# text=self.field_text
# )
self.is_source_class = False
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
self.Classes.append(str(ctx.IDENTIFIER()))
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
self.current_class = ctx.IDENTIFIER().getText()
def exitClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
if ctx.IDENTIFIER().getText() == self.source_class:
self.in_class = False
def exitClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
name = ctx.IDENTIFIER().getText()
if name == self.class_name:
self.in_class = False
def exitClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
class_name = ctx.IDENTIFIER().getText()
if self.is_source_class and class_name == self.source_class:
self.is_source_class = False
def exitClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
clas.append(ctx.getText())
if ctx.IDENTIFIER().getText() == self.class_name:
found_class.append(ctx.IDENTIFIER().getText())
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
if ctx.IDENTIFIER().getText() == self.source_class_name:
self.in_source_class = True
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
print("enterClassDeclaration")
if is_equal(ctx.IDENTIFIER(), self.refactor_class_name):
self.is_in_target_class = True
def enterClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
self.is_safe = ctx.IDENTIFIER().getText() == self.source_class
def enterClassDeclaration(self, ctx:JavaParserLabeled.ClassDeclarationContext):
self.class_number += 1
if ctx.IDENTIFIER().getText() != self.class_identifier:
return
self.enter_class = True
def exitClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
if self.is_package_imported or self.in_selected_package:
if ctx.IDENTIFIER().getText() == self.class_identifier:
self.in_class = False
def exitClassDeclaration(self,
ctx: JavaParserLabeled.ClassDeclarationContext):
if ctx.IDENTIFIER().getText() == self.scope_class_name:
self.is_in_scope = False
print("class scope exited")