def enterConstructorDeclaration(
self, ctx: JavaParserLabeled.ConstructorDeclarationContext):
# checks if this Constructor contains target lines
if ctx.start.line <= self.first_line and ctx.stop.line >= self.last_line:
print("Found Constructor containing target lines.")
self.is_in_target_method = True
self.is_result_valid = True
# checks if Constructor is static
for modifier in ctx.parentCtx.parentCtx.modifier():
if modifier.getText() == 'static':
self.is_target_method_static = True
print("Target Method is static.")
break
# checks if Constructor throws any exception
if ctx.qualifiedNameList():
self.exception_thrown_in_target_method = ctx.qualifiedNameList(
).getText()
print("Target Method throws exception.")
# TODO : check extracted lines for exception occurrence instead ,
# as they may not throw exception even though their parent method does
# save method's last line number
self.method_stop_line = ctx.stop.line
def exitConstructorDeclaration(
self, ctx: JavaParserLabeled.ConstructorDeclarationContext):
if self.is_source_class and self.is_in_constructor:
move_constructor_flag = False
for field in self.fields_in_constructor:
if field in self.moved_fields:
move_constructor_flag = True
for method in self.methods_in_constructor:
if method in self.moved_methods:
move_constructor_flag = True
if move_constructor_flag:
if ctx.formalParameters().formalParameterList():
constructor_parameters = [
ctx.formalParameters().formalParameterList().
children[i] for i in range(
len(ctx.formalParameters().formalParameterList().
children)) if i % 2 == 0
]
else:
constructor_parameters = []
constructor_text = ''
for modifier in ctx.parentCtx.parentCtx.modifier():
constructor_text += modifier.getText() + ' '
constructor_text += self.new_class
constructor_text += ' ( '
for parameter in constructor_parameters:
constructor_text += parameter.typeType().getText() + ' '
constructor_text += parameter.variableDeclaratorId(
).getText() + ', '
if constructor_parameters:
constructor_text = constructor_text[:len(constructor_text
) - 2]
constructor_text += ')\n\t{'
constructor_text += self.token_stream_rewriter.getText(
program_name=self.token_stream_rewriter.
DEFAULT_PROGRAM_NAME,
start=ctx.block().start.tokenIndex + 1,
stop=ctx.block().stop.tokenIndex - 1)
constructor_text += '}\n'
self.code += constructor_text
start_index = ctx.parentCtx.parentCtx.start.tokenIndex
stop_index = ctx.parentCtx.parentCtx.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.is_in_constructor = False
def exitConstructorDeclaration(
self, ctx: JavaParserLabeled.ConstructorDeclarationContext):
"""
Create a factory method. Make its body a call to the current constructor.
"""
if self.is_target_class:
grandParentCtx = ctx.parentCtx.parentCtx
self.codeRewrite.insertAfter(
index=grandParentCtx.stop.tokenIndex,
text="\n public static " + ctx.IDENTIFIER().getText() +
" Create( " + ", ".join(self.new_parameters) +
"){\n return new " + ctx.IDENTIFIER().getText() + "(" +
", ".join(self.new_parameters_names) + ")}")
self.new_parameters = []
self.new_parameters_names = []
def enterConstructorDeclaration(self, ctx: JavaParserLabeled.ConstructorDeclarationContext):
if self.is_package_imported or self.in_selected_package:
if ctx.IDENTIFIER().getText() == self.class_identifier:
self.token_stream_rewriter.replaceIndex(
index=ctx.start.tokenIndex,
text=self.class_new_name)
print("constructor name changed !")
def enterConstructorDeclaration(
self, ctx: JavaParserLabeled.ConstructorDeclarationContext):
if self.is_source_class:
self.is_in_constructor = True
self.fields_in_constructor = []
self.methods_in_constructor = []
self.constructor_body = ctx.block()
children = self.constructor_body.children
def exitConstructorDeclaration(
self, ctx: JavaParserLabeled.ConstructorDeclarationContext):
is_valid = False
for i in self.common_sets:
if i in ctx.getText():
is_valid = True
break
if self.is_father and self.has_father_con and is_valid:
code = ""
for var in self.common_sets:
code += f"this.{var} = {var};\n"
self.rewriter.insertBeforeToken(token=ctx.stop, text=code)
self.in_con = False
def enterConstructorDeclaration(self, ctx: JavaParserLabeled.ConstructorDeclarationContext):
if self.inProducts:
parameters = ""
if ctx.formalParameters().children.__len__() > 0:
param_child = ctx.formalParameters().children[1]
for i in range(0, param_child.children.__len__(), 2):
parameters += param_child.children[i].stop.text + ","
parameters = parameters[:-1]
self.productConstructorParam[self.currentClass] = parameters
param_list = self.token_stream_rewriter.getText(
program_name=self.token_stream_rewriter.DEFAULT_PROGRAM_NAME,
start=ctx.formalParameters().LPAREN().symbol.tokenIndex,
stop=ctx.formalParameters().RPAREN().symbol.tokenIndex
)
method_body = (
"\t" + self.interfaceName + " create"
+ self.currentClass + param_list
+ "{\n\t\t" + "return new " + self.currentClass + "(" + parameters + ");\n\t}\n"
)
self.productConstructorMethod.append(method_body)
def enterConstructorDeclaration(
self, ctx: JavaParserLabeled.ConstructorDeclarationContext):
if self.is_target_class:
# print("constructor name " + ctx.IDENTIFIER().getText())
# parameters = ctx.formalParameters().getText()
# print(len(ctx.formalParameters().formalParameterList().formalParameter()))
grandParentCtx = ctx.parentCtx.parentCtx
if ctx.IDENTIFIER().getText() == self.target_class:
self.have_constructor = True
# do refactor
"""
Declare the constructor private.
"""
if grandParentCtx.modifier():
if 'public' == grandParentCtx.modifier(0).getText():
self.codeRewrite.replaceRange(
from_idx=grandParentCtx.modifier(
0).start.tokenIndex,
to_idx=grandParentCtx.modifier(0).stop.tokenIndex,
text='private')
else:
self.codeRewrite.insertBeforeIndex(
index=ctx.start.tokenIndex, text="private ")
def enterConstructorDeclaration(
self, ctx: JavaParserLabeled.ConstructorDeclarationContext):
if self.is_target_class:
if ctx.formalParameters().formalParameterList():
constructor_parameters = [
ctx.formalParameters().formalParameterList().children[i]
for i in range(
len(ctx.formalParameters().formalParameterList().
children)) if i % 2 == 0
]
else:
constructor_parameters = []
constructor_text = ''
for modifier in ctx.parentCtx.parentCtx.modifier():
constructor_text += modifier.getText() + ' '
constructor_text += ctx.IDENTIFIER().getText()
constructor_text += ' ( '
for parameter in constructor_parameters:
constructor_text += parameter.typeType().getText() + ' '
constructor_text += parameter.variableDeclaratorId().getText(
) + ', '
if constructor_parameters:
constructor_text = constructor_text[:len(constructor_text) - 2]
constructor_text += ')\n\t{'
constructor_text += self.token_stream_rewriter.getText(
program_name=self.token_stream_rewriter.DEFAULT_PROGRAM_NAME,
start=ctx.block().start.tokenIndex + 1,
stop=ctx.block().stop.tokenIndex - 1)
constructor_text += '}\n'
self.target_class_data['constructors'].append(
ConstructorOrMethod(
name=self.target_class,
parameters=[
Parameter(parameterType=p.typeType().getText(),
name=p.variableDeclaratorId().IDENTIFIER().
getText()) for p in constructor_parameters
],
text=constructor_text))
def enterConstructorDeclaration(
self, ctx: JavaParserLabeled.ConstructorDeclarationContext):
self.current_method = ctx.IDENTIFIER().getText()
if self.current_method == self.target_method and self.current_class == self.target_class:
self.target_method_ctx = ctx
def enterConstructorDeclaration(
self, ctx: JavaParserLabeled.ConstructorDeclarationContext):
params = ctx.formalParameters().getText()
if params == "()":
self.has_empty_cons = True