leishufei / js-crack-records Goto Github PK

pbc **人民银行条法司
python：3.6
node.js: v16.11.0

直接运行代码报错 execjs._exceptions.ProgramError: TypeError: window[_0x4ce3(...)] is not a function

Traceback (most recent call last):
File "D:\pythonProject\getSchoolAll\demo.py", line 43, in
signsafe = get_signsafe(param)
File "D:\pythonProject\getSchoolAll\demo.py", line 20, in get_signsafe
signsafe = ctx.call('getSignsafe', param)
File "D:\Anaconda3\lib\site-packages\execjs_abstract_runtime_context.py", line 37, in call
return self._call(name, *args)
File "D:\Anaconda3\lib\site-packages\execjs_external_runtime.py", line 92, in _call
return self.eval("{identifier}.apply(this, {args})".format(identifier=identifier, args=args))
File "D:\Anaconda3\lib\site-packages\execjs_external_runtime.py", line 78, in eval
return self.exec(code)
File "D:\Anaconda3\lib\site-packages\execjs_abstract_runtime_context.py", line 18, in exec
return self.exec(source)
File "D:\Anaconda3\lib\site-packages\execjs_external_runtime.py", line 88, in exec
return self._extract_result(output)
File "D:\Anaconda3\lib\site-packages\execjs_external_runtime.py", line 167, in _extract_result
raise ProgramError(value)
execjs._exceptions.ProgramError: SyntaxError: 缺少标识符

调用了楼主的js代码，用在船舶轨迹加密数据上测试，结果报错，想请问这种情况要怎么解决？非常感谢！

python 代码：
`data = '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'
with open(r'D:\Documents\JupyterNotebook\AIS\ShipxySpider-main\encrypt.js', 'r', encoding="utf-8") as f:
content = f.read()
ctx = execjs.compile(content)
result = ctx.call('decrypt',data)

result`

报错信息：
`---------------------------------------------------------------------------
ProgramError Traceback (most recent call last)
~\AppData\Local\Temp/ipykernel_4172/651705732.py in
12 content = f.read()
13 ctx = execjs.compile(content)
---> 14 result = ctx.call('decrypt',data)
15
16 result

~\anaconda3\lib\site-packages\execjs_abstract_runtime_context.py in call(self, name, *args)
35 if not self.is_available():
36 raise execjs.RuntimeUnavailableError
---> 37 return self._call(name, *args)
38
39 @AbstractMethod

~\anaconda3\lib\site-packages\execjs_external_runtime.py in _call(self, identifier, *args)
90 def _call(self, identifier, *args):
91 args = json.dumps(args)
---> 92 return self._eval("{identifier}.apply(this, {args})".format(identifier=identifier, args=args))
93
94 def _exec_with_pipe(self, source):

~\anaconda3\lib\site-packages\execjs_external_runtime.py in eval(self, source)
76
77 code = 'return eval({data})'.format(data=data)
---> 78 return self.exec(code)
79
80 def exec(self, source):

~\anaconda3\lib\site-packages\execjs_abstract_runtime_context.py in exec_(self, source)
16 if not self.is_available():
17 raise execjs.RuntimeUnavailableError
---> 18 return self.exec(source)
19
20 def eval(self, source):

~\anaconda3\lib\site-packages\execjs_external_runtime.py in exec(self, source)
86 else:
87 output = self._exec_with_pipe(source)
---> 88 return self._extract_result(output)
89
90 def _call(self, identifier, *args):

~\anaconda3\lib\site-packages\execjs_external_runtime.py in _extract_result(self, output)
165 return value
166 else:
--> 167 raise ProgramError(value)
168
169

ProgramError: TypeError: 'console' 未定义`