Python util.ObjectDict类代码示例

    def post(self):
        data = self.application.data
        lattice_ids = self.get_arguments("lattice")
        if len(lattice_ids) < 2:
            self.send_error(400, message="Must select two lattice for comparison")
            return

        lattice1 = yield data.find_lattice_by_id(lattice_ids[0])
        if not lattice1:
            self.send_error(400, message="Lattice (1) not found: " + lattice_ids[0])
            return
        lattice_elements1 = yield data.find_lattice_elements_by_lattice_id(lattice_ids[0])

        lattice2 = yield data.find_lattice_by_id(lattice_ids[1])
        if not lattice2:
            self.send_error(400, message="Lattice (2) not found: " + lattice_ids[1])
            return
        lattice_elements2 = yield data.find_lattice_elements_by_lattice_id(lattice_ids[1])

        ctx = ObjectDict()
        ctx.lattice = (lattice1, lattice2)

        n1 = len(lattice_elements1)
        n2 = len(lattice_elements2)
        ctx.lattice_elements = []
        for idx in range(max(n1, n2)):
            if idx < n1 and idx < n2:
                ctx.lattice_elements.append((lattice_elements1[idx], lattice_elements2[idx]))
            elif idx < n1:
                ctx.lattice_elements.append((lattice_elements1[idx], None))
            elif idx < n2:
                ctx.lattice_elements.append((None, lattice_elements2[idx]))

        ctx.particle_types = yield data.find_particle_types()
        self.render("latticemodel/lattice_compare.html", **ctx)

 def get(self):
     ctx = ObjectDict()
     ctx.search_active = True
     ctx.search = ObjectDict()
     data = self.application.data
     ctx.particle_types = yield data.find_particle_types()
     self.render("latticemodel/lattice_search.html", **ctx)

 def wrapper(*args, **kwargs):
     try:
         return func(*args, **kwargs)
     except Exception as e:
         logger.info(args)
         logger.info(kwargs)
         logger.info("====[EXIT]====")
         # svc = args[0]
         # # from code import interact
         # # interact(local=locals())
         # if isinstance(e, Exception):
         #     svc.db.rollback()
         #     logger.info("====[ROLLBACK]====")
         # else:
         #     svc.db.commit()
         #     # svc.db.flush()
         #     logger.info("====[COMMIT]====")
         # svc.db.remove()
         # svc.db.close()
         logger.info("====[CLOSE]====")
         # svc = args[0]
         # svc.db.close()
         # svc.db.remove()
         # logger.info(svc.db)
         logThrown()
         data = ObjectDict()
         data.return_code = ERROR.system_err.errcode
         data.return_message = e.__unicode__()
         data.data = None
         return data

def read_meta(path):
    """
    :param path: path for the theme.
    :return: Theme meta read in path.
    """
    if not os.path.exists(path):
        return
    meta = os.path.join(path, 'theme.py')
    if not os.path.exists(meta):
        logging.warn("%s is not a catsup theme." % path)
        return
    theme = ObjectDict(
        name='',
        author='',
        homepage='',
        pages=[],
        has_index=False,
        path=path,
        vars={},
    )
    execfile(meta, {}, theme)
    templates_path = os.path.join(path, 'templates')
    for page in theme.pages:
        if page == 'page.html':
            theme.has_index = True
            # If your theme does not have index page,
            # catsup will rename page/1.html to page.html.
        if not os.path.exists(os.path.join(templates_path, page)):
            logging.warning("%s announces a page %s"
                         " which not exists." % (theme.name, page))
    theme.name = theme.name.lower()
    return theme

    def get_resources_by_status(self):
        logger.info("\t ==========[ get_resources_by_status ]==========")
        conditions = and_()
        or_conditions = or_()
        or_conditions.append(Pro_Resource_Apply.status == STATUS_RESOURCE.APPLIED)
        or_conditions.append(Pro_Resource_Apply.status == STATUS_RESOURCE.CHECKED)
        or_conditions.append(Pro_Resource_Apply.status == STATUS_RESOURCE.PAYED)
        or_conditions.append(Pro_Resource_Apply.status == STATUS_RESOURCE.CONFIRMPAYED)
        or_conditions.append(Pro_Resource_Apply.status == STATUS_RESOURCE.STARTED)
        or_conditions.append(Pro_Resource_Apply.status == STATUS_RESOURCE.CLOSED)
        conditions.append(or_conditions)
        res_status = self.params.get("res_status")
        if res_status:
            conditions.append(Pro_Resource_Apply.status == res_status)
        env_id = self.params.get("env_id", 0)
        if env_id:
            conditions.append(Pro_Info.env_id == env_id)
        logger.info("\t [res_status]: %s" % res_status)
        resource_list = self.db.query(
            Pro_Resource_Apply
        ).outerjoin(
            Pro_Info, Pro_Info.id == Pro_Resource_Apply.pro_id
        ).filter(
            conditions
        ).order_by(
            Pro_Resource_Apply.create_time.desc()
        ).all()

        # 按状态查询申请数量
        status_counts = self.db.query(
            Pro_Resource_Apply.status, func.count(Pro_Resource_Apply.id)
        ).filter(
            or_conditions
        ).group_by(
            Pro_Resource_Apply.status
        ).all()
        status_counts = dict(status_counts)
        logger.info("status_counts: %s" % status_counts)

        # 按环境查询申请数量
        env_counts = self.db.query(
            Pro_Info.env_id, func.count(Pro_Resource_Apply.id)
        ).outerjoin(
            Pro_Resource_Apply, Pro_Resource_Apply.pro_id == Pro_Info.id
        ).outerjoin(
            Env_Info, Env_Info.id == Pro_Info.env_id
        ).filter(
            or_conditions
        ).group_by(
            Env_Info.id
        ).all()
        env_counts = dict(env_counts)
        logger.info("env_counts: %s" % env_counts)

        data = ObjectDict()
        data.resource_list = resource_list
        data.status_counts = status_counts
        data.env_counts = env_counts
        return self.success(data=data)

 def failures(self, failure_list, data=None):
     result = ObjectDict()
     result.return_code = ERROR.database_save_err.errcode
     # result.return_message = u",".join(["(%s)%s" % (f.return_code, f.return_message) for f in failure_list])
     result.return_message = u"\n,".join([f for f in failure_list])
     result.return_messages = failure_list
     result.data = data
     return result

 def _create_upload_context(self):
     data = self.application.data
     ctx = ObjectDict()
     ctx.upload_active = True
     ctx.particle_types = yield data.find_particle_types()
     ctx.lattice_types = yield data.find_lattice_types()
     ctx.lattice = ObjectDict(lattice_type=self.type)
     ctx.lattice_autoversion = True
     ctx.errors = ObjectDict()
     raise Return(ctx)

 def read(self, phone):
     endpoint = self.selector(phone)
     if endpoint == self.bemuch.endpoint:
         if phone in self.phonebook:
             item = ObjectDict(self.phonebook[phone])
             item.phone = phone
             return item
         else:
             raise tornado.web.HTTPError(404)
     else:
         item = yield self.bemuch.call(endpoint, 'read', phone)
         return item

    def filter_list(self):
        conditions = and_()
        group_conditions = and_()
        # if "pro_info.view" in self.handler.current_user.get_current_perms():
        if not self.handler.current_user.imchecker:
            conditions.append(Pro_Info.user_id == self.handler.current_user.id)
            group_conditions.append(Pro_Info.user_id == self.handler.current_user.id)
        env = self.params.get("env")
        status = self.params.get("status")
        if env:
            conditions.append(Pro_Info.env_id == env)
        if status:
            conditions.append(Pro_Resource_Apply.status == status)
        projects = self.db.query(
            Pro_Info
        ).outerjoin(
            Pro_Resource_Apply, Pro_Info.last_apply_id == Pro_Resource_Apply.id
        ).filter(
            conditions
        ).order_by(
            Pro_Info.id.desc()
        ).all()
        # project_list = [i.as_dict() for i in projects]
        # logger.info("project_list %s" % project_list)
        # self.db.commit()
        # self.db.remove()
        projects_by_env = self.db.query(
            Env_Info.id, Env_Info.name, func.count(Pro_Info.id)
        ).outerjoin(
            Pro_Info, Env_Info.id == Pro_Info.env_id
        ).filter(
            group_conditions
        ).group_by(
            Env_Info.id
        ).all()
        logger.info(projects_by_env)

        projects_by_status = self.db.query(
            Pro_Resource_Apply.status, func.count(Pro_Info.id)
        ).outerjoin(
            Pro_Info, Pro_Resource_Apply.id == Pro_Info.last_apply_id
        ).filter(
            group_conditions
        ).group_by(
            Pro_Resource_Apply.status
        ).all()
        logger.info(projects_by_status)
        data = ObjectDict()
        data.projects = projects
        data.projects_by_env = projects_by_env
        data.projects_by_status = projects_by_status
        return self.success(data=data)

 def run_cmd(self, payload):
     host = payload['host']
     request = ObjectDict(host=host)
     request.track = ObjectDict(host=host)
     uri = urlparse(payload['cmd'])
     cmd = uri.path
     if cmd == 'delete/module':
         result = delete_module(request, parse_qs(uri.query)['name'])
         log.debug('result: {0}'.format(result))
     else:
         raise HTTPServerError(title="command '{0}' is not supported".format(
             cmd))
     log.info('background processed command: {0}'.format(payload['cmd']))

def respond(data, msg=None):
    parser = feedparser.parse(options.feed_url)
    articles = []
    i = 0
    for entry in parser.entries:
        if i > 9:
            break
        article = ObjectDict()
        article.title = entry.title
        article.description = entry.description[0:100]
        article.url = entry.link
        article.picurl = ''
        articles.append(article)
        i += 1
    return articles

    def __init__(self):
        settings = ObjectDict()

        settings.debug = options.debug
        settings.autoescape = None
        self.base_dir = os.path.abspath(os.path.dirname(__file__))
        settings.template_path = os.path.join(self.base_dir, 'templates')

        handlers = [
                (r'/', IndexHandler),
                (r'/api/torrent/link', TorrentLinkHandler),
                (r'/api/torrent/file', TorrentFileHandler),
                (r'/api/torrent/bttiantang', TorrentBTTianTangHandler),
            ]

        super(Application, self).__init__(handlers, **settings)

 def _find_user(self, account):
     rs = self.db.query("SELECT * FROM users WHERE account=%s", account)
     if not rs:
         return None
     r = rs[0]
     d = copy.deepcopy(r)
     d = ObjectDict(d)
     d._id = d.id
     del d['id']
     del d['auth_time']
     del d['ins_time']
     d.user_no = str(d.user_no)
     d.token = self._gen_token(d._id, d.user_no)
     if d.ext_data:
         d.ext_data = json.loads(d.ext_data)
     d['class'] = 'user'  # TODO class是python关键字，不建议用对象属性的方法赋值
     return d

    def __init__(self):
        settings = ObjectDict()
        settings.debug = options.debug
        settings.autoescape = None
        self.base_dir = os.path.abspath(os.path.dirname(__file__))
        settings.template_path = os.path.join(self.base_dir, 'templates')
        settings.static_path = os.path.join(self.base_dir, 'static')

        handlers = [
                (r'/', IndexHandler),
                (r'/upload', IndexHandler),
                (r'/myfile', MyFileHandler),
                (r'/myfile/list', ListRemoteFileHandler),
                (r'/myfile/delete', DeleteRemoteFileHandler),
            ]

        super(Application, self).__init__(handlers, **settings)

def _on_github_request(future, response):
    """ Parse the JSON from the API """
    if response.error:
        print response.error
        future.set_exception(
            AuthError("Error response {0!s} fetching {1!s}".format(response.error, response.request.url)))
        return

    result = ObjectDict(code=response.code, headers=response.headers, body=None)

    try:
        result.body = json_decode(response.body)
    except Exception:
        gen_log.warning("Invalid JSON from Github: %r", response.body)
        future.set_result(result)
        return
    future.set_result(result)