Beispiel #1
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def burp_import(path):
    requests = {}
    content = reader(path)
    matches = re.finditer(burp_regex, content)
    for match in matches:
        request = parse_request(match.group(4))
        url = match.group(1)
        requests[url] = request['data']
    return requests
Beispiel #2
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 def list(self, request):
     query, limit, user_agent, ip_address = parse_request(request)
     save_query_with_metadata.delay(query, user_agent, ip_address)
     queryset = self.get_queryset(query)
     tailored_skills = sort_skills(queryset)[:limit]
     data = OrderedDict({
         "vacancy_name": query,
         "number_of_vacancies": len(queryset),
         "rated_skills": tailored_skills,
     })
     return Response(data)
Beispiel #3
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    def get_queryset(self):
        query, limit, user_agent, ip_address = parse_request(self.request)
        save_query_with_metadata.delay(query, user_agent, ip_address)

        # SearchVector is currently disabled as it does not work properly on AWS RDS due to lack of
        # pg_catalog.english support from the migrations file. Retaled discussions:
        # https://stackoverflow.com/q/40032685/10748367
        # https://forums.aws.amazon.com/thread.jspa?threadID=143920
        # queryset = Vacancy.objects.filter(search_vector=query)

        queryset = Vacancy.objects.filter(title__search=query)
        tailored_skills = sort_skills(queryset)[:LIMIT_OF_SKILLS]
        skills_dict = {
            "vacancy_name": query,
            "number_of_vacancies": len(queryset),
            "rated_skills": tailored_skills,
        }
        return skills_dict
Beispiel #4
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def burp_import(path):
    requests = []
    content = reader(path)
    matches = re.finditer(burp_regex, content)
    for match in matches:
        request = parse_request(match.group(4))
        headers = request['headers']
        if match.group(7) in ('HTML', 'JSON'):
            requests.append({
                'url': match.group(1),
                'method': match.group(2),
                'extension': match.group(3),
                'headers': headers,
                'include': request['data'],
                'code': match.group(5),
                'length': match.group(6),
                'mime': match.group(7)
            })
    return requests
Beispiel #5
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def request_import(path):
    parsed = parse_request(reader(path))
    return {parsed['url']: [parsed['data']]}
Beispiel #6
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def request_import(path):
    return parse_request(reader(path))