def execute(self, input_source):
parser = JavaParser(CommonTokenStream(JavaLexer(FileStream(input_source, encoding="utf-8"))))
walker = ParseTreeWalker()
walker.walk(self.listener, parser.compilationUnit())
# print(self.listener.called_methods)
# print(self.listener.methods)
# print(self.listener.calsses)
print(self.listener.calledMethodToMethod)
for key in self.listener.calledMethodToMethod:
print(key)
for value in self.listener.calledMethodToMethod.values():
print(value)
save_row = {}
with open("a.csv",'w') as f:
fieldnames = ['called method', 'method']
writer = csv.DictWriter(f, fieldnames=fieldnames, delimiter=",",quotechar='"')
writer.writeheader()
for calledMethod in self.listener.calledMethodToMethod.keys():
writer.writerow({'called method': calledMethod, 'method': self.listener.calledMethodToMethod[calledMethod] })
print(calledMethod)
print(self.listener.calledMethodToMethod[calledMethod])
def execute(self, input_source):
parser = JavaParser(
CommonTokenStream(
JavaLexer(FileStream(input_source, encoding="utf-8"))))
walker = ParseTreeWalker()
walker.walk(self.listener, parser.compilationUnit())
return self.listener.called_methods
def execute(self, input_source):
parser = JavaParser(CommonTokenStream(JavaLexer(FileStream(input_source, encoding="utf-8"))))
walker = ParseTreeWalker()
walker.walk(self.listener, parser.compilationUnit())
# self.logger.debug('Display all data extracted by AST. \n' + pformat(self.listener.ast_info, width=160))
# print(self.listener.call_methods)
# print(self.listener.ast_info['methods'])
return self.listener.ast_info
def execute(self, input_source):
parser = JavaParser(
CommonTokenStream(
JavaLexer(FileStream(input_source, encoding="utf-8"))))
walker = ParseTreeWalker()
walker.walk(self.listener, parser.compilationUnit())
cnt = 1
listmethods = [] #テストメソッドを格納するリスト
listcallmethods = [] #テストメソッド内で呼び出されているメソッド呼び出しを格納するリスト
ProductionPath = 'C:/Users/ryosuke-ku/Desktop/NiCad-5.1/systems/maven/maven-model-builder/src/main/java/org/apache/maven/model/interpolation/StringSearchModelInterpolator.java'
methods_list = AstProcessor2(None, BasicInfoListener()).execute(
ProductionPath) #プロダクションファイルから取得したメソッド名(リスト)
for method in self.listener.methods:
num = len(self.listener.called_methods[method][0]) #メソッド呼び出しの個数
# print(num)
for i in range(num):
# print(method + '/' + self.listener.called_methods[method][0][i])
listmethods.append(
method) #listmethodsにテストメソッド名をメソッド呼び出しの数だけ格納する
listcallmethods.append(
str(cnt) + ' ' + self.listener.called_methods[method][0][i]
) #テストメソッド内で呼び出されているメソッド呼び出しを格納する、同じ名前のメソッド呼び出しを区別するためのcntのつける
cnt += 1
d = dict(zip(listcallmethods, listmethods)
) #テストメソッド名とテストメソッド内で呼び出されているメソッド呼び出しを １：リスト(複数) で対応付ける
# print(d)
rd = rdict(d)
# print(listmethods)
# print(len(listmethods))
# print(listcallmethods)
# print(len(listcallmethods))
# print(methods_list)
# print('------------------------')
dicMethods = defaultdict(
list) #プロダクションファイルのすべてのメソッド名とテストファイルのすべてのメソッド名を対応付け
for key in methods_list:
# print(key)
if rd["^(?=.*" + key + ").*$"] == []: #keyを正規表現で与えて、valueが空の時
pass
else:
dicMethods[key].append(
rd["^(?=.*" + key + ").*$"]
) #プロダクションファイルのすべてのメソッド名とテストファイルのすべてのメソッド名を 1:リスト(複数) で対応付ける
# print(key)
print(rd["^(?=.*" + key + ").*$"])
def execute(self, input_source):
parser = JavaParser(CommonTokenStream(JavaLexer(FileStream(input_source, encoding="utf-8"))))
walker = ParseTreeWalker()
walker.walk(self.listener, parser.compilationUnit())
print(self.listener.called_methods)
methodName = list(self.listener.called_methods.keys())
print("<メソッド名➀>")
print(methodName[0])
print("<メソッド呼び出し➀>")
# print(self.listener.called_methods[methodName[0]][0])
for callmethod1 in self.listener.called_methods[methodName[0]][0]:
print(callmethod1)
# print(len(self.listener.called_methods[methodName[0]][0]))
print("-------------------------------------------------")
print("<メソッド名➁>")
print(methodName[1])
print("<メソッド呼び出し➁>")
for callmethod2 in self.listener.called_methods[methodName[1]][0]:
print(callmethod2)
# print(self.listener.called_methods[methodName[1]][0])
# print(len(self.listener.called_methods[methodName[1]][0]))
print("-------------------------------------------------")
if len(self.listener.called_methods[methodName[0]][0]) <= len(self.listener.called_methods[methodName[1]][0]):
num = len(self.listener.called_methods[methodName[1]][0])
print("メソッド呼び出しの数 " + str(num))
callmethod1 = self.listener.called_methods[methodName[1]][0]
callmethod2 = self.listener.called_methods[methodName[0]][0]
else:
num = len(self.listener.called_methods[methodName[0]][0])
print("メソッド呼び出しの数 " + str(num))
callmethod1 = self.listener.called_methods[methodName[0]][0]
callmethod2 = self.listener.called_methods[methodName[1]][0]
callMethodnum = []
for method1 in callmethod1:
for method2 in callmethod2:
if method1 == method2:
index = callmethod2.index(method2)
# print(index)
# print(method1)
callMethodnum.append(method1)
callmethod2[index] = ""
pass
else:
pass
print("メソッド呼び出しの差異 " + str(len(callMethodnum)) + "/" + str(num))
def execute(self, input_source):
parser = JavaParser(
CommonTokenStream(
JavaLexer(FileStream(input_source, encoding="utf-8"))))
walker = ParseTreeWalker()
walker.walk(self.listener, parser.compilationUnit())
cnt = 1
listmethods = []
listcallmethods = []
ProductionPath = 'C:/Users/ryosuke-ku/Desktop/NiCad-5.1/systems/maven/maven-model-builder/src/main/java/org/apache/maven/model/interpolation/StringSearchModelInterpolator.java'
for method in self.listener.methods:
num = len(self.listener.called_methods[method][0])
# print(num)
for i in range(num):
print(method + '/' +
self.listener.called_methods[method][0][i])
listmethods.append(method)
listcallmethods.append(
str(cnt) + ' ' +
self.listener.called_methods[method][0][i])
cnt += 1
d = dict(zip(listcallmethods, listmethods))
# print(d)
rd = rdict(d)
# print(listmethods)
# print(len(listmethods))
# print(listcallmethods)
# print(len(listcallmethods))
methods_list = AstProcessor2(
None, BasicInfoListener()).execute(ProductionPath)
print(methods_list)
print('------------------------')
for key in methods_list:
# print(key)
if rd["^(?=.*" + key + ").*$"] == []:
pass
else:
print(key)
print(rd["^(?=.*" + key + ").*$"])
print(len(rd["^(?=.*" + key + ").*$"]))
def execute(self, input_source):
parser = JavaParser(CommonTokenStream(JavaLexer(FileStream(input_source, encoding="utf-8"))))
walker = ParseTreeWalker()
walker.walk(self.listener, parser.compilationUnit())
# self.logger.debug('Display all data extracted by AST. \n' + pformat(self.listener.ast_info, width=160))
# print(self.listener.ast_info)
# return self.listener.ast_info
# print(self.listener.call_methods)
for method in self.listener.methods:
# num = sum(len(v) for v in self.listener.called_methods[method])
# print(self.listener.called_methods[method][0])
num = len(self.listener.called_methods[method][0])
# print(num)
for i in range(num):
print(self.listener.called_methods[method][0][i])
# print(method)
def execute(self, input_source):
parser = JavaParser(
CommonTokenStream(
JavaLexer(FileStream(input_source, encoding="utf-8"))))
walker = ParseTreeWalker()
walker.walk(self.listener, parser.compilationUnit())
# self.logger.debug('Display all data extracted by AST. \n' + pformat(self.listener.ast_info, width=160))
# print(self.listener.ast_info)
# print(self.listener.call_methods)
# print(self.listener.called_methods)
# print(self.listener.called_methods['setUp'])
# print(self.listener.methods['testLocationTrackerShouldBeExcludedFromInterpolation'])
# print(len(self.listener.methods['testLocationTrackerShouldBeExcludedFromInterpolation']))
# print(sum(len(v) for v in self.listener.called_methods['testLocationTrackerShouldBeExcludedFromInterpolation']))
# print(self.listener.methods)
return self.listener.methods
