示例#1
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def load_log_configure():
    """
    加载配置文件信息到缓存中
    :return:
    """

    log_conf_file = open('configure/system_log.conf', 'rt', encoding='utf-8')
    while True:
        # 读取配置文件每一行的配置信息
        log_conf_str = log_conf_file.readline()
        if not log_conf_str:
            break
        log_confs = log_conf_str.split('=')

        action_type = log_confs[ACTION_TYPE_INDEX]
        conf_dict = {'msg': log_confs[MSG_INDEX]}
        if DATA_FIELD_INDEX < len(log_confs):
            conf_dict['data_field'] = log_confs[DATA_FIELD_INDEX].strip(
            ).split(';')
        else:
            conf_dict['data_field'] = []

        conf_cache_api.set_hash('log_configure', action_type,
                                json.dumps(conf_dict))

    log_conf_file.close()
示例#2
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def get_configure_by_name(name):
    """根据配置名获取配置值"""
    val = cache.get_hash('configure', name)
    if val is None:
        val = Configure.objects.get(name=name).val
        cache.set_hash('configure', name, val)
    return val
示例#3
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def init_configure():
    """
    初始化系统配置
    :return:
    """
    conf_list = [{
        'label': '检查未执行操作时间间隔(秒)',
        'name': 'unexecuted_opr_check_time',
        'val': 5,
    }, {
        'label': '定时查询流量计时间间隔(分)',
        'name': 'query_meter_time',
        'val': 30,
    }, {
        'label': '登录过期时间',
        'name': 'session_expire_time',
        'val': '关闭浏览器过期',
    }]

    for conf in conf_list:
        try:
            c = Configure.objects.get(name=conf['name'])
            conf_cache_api.set_hash('configure', conf['name'], c.val)
        except Configure.DoesNotExist:
            Configure.objects.create(**conf)
            conf_cache_api.set_hash('configure', conf['name'], conf['val'])
示例#4
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def set_query_meter_time(check_time):
    """
    获取定时查询流量计的时间间隔
    :return:
    """
    key = 'query_meter_time'
    conf = Configure.objects.get(name=key)
    conf.val = str(check_time)

    with transaction.atomic():
        conf.save()
        cache.set_hash('configure', key, check_time)
示例#5
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def set_unexecuted_opr_check_time(check_time):
    """
    获取未执行的操作的检查时间
    例如:每5秒检查是否有操作还未执行
    :return:
    """
    key = 'unexecuted_opr_check_time'
    conf = Configure.objects.get(name=key)
    conf.val = str(check_time)

    with transaction.atomic():
        conf.save()
        cache.set_hash('configure', key, check_time)
示例#6
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def get_query_meter_time():
    """
    获取未执行的操作的检查时间
    例如:每5秒检查是否有操作还未执行
    :return:
    """
    key = 'query_meter_time'
    check_time = cache.get_hash('configure', key)
    # 如果不存在缓存中,则从数据库中读取
    if check_time is None:
        check_time = Configure.objects.get(name=key).val
        check_time = int(check_time)
        cache.set_hash('configure', key, check_time)

    return int(check_time)
示例#7
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def update_configure(conf_info):

    must_dict = {
        "name": str,
        "val": StrCheck.check_value,
    }
    param_check(conf_info, must_dict)

    conf = Configure.objects.get(name=conf_info['name'])
    conf.val = conf_info['val']

    with transaction.atomic():
        conf.save()
        # 更新缓存
        cache.set_hash('configure', conf_info['name'], conf_info['val'])
示例#8
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def find_register_by_opr_type(opr_type):

    register_str = conf_cache_api.get_hash('control_register', opr_type)
    if register_str is None:
        register = core.find_one_control_register({'opr_type': opr_type})
        register_str = json.dumps({
            'field_val': register.field_val,
            'const_data': register.const_data
        })
        # 重新设置缓存
        conf_cache_api.set_hash('control_register', opr_type, register_str)
    else:
        register_dict = json.loads(register_str.decode('utf-8'))
        register = ControlRegister()
        register.field_val = register_dict['field_val']
        register.const_data = register_dict['const_data']

    return register
示例#9
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def update_control_register(register_info):

    must_dict = {
        'id': int,
        'field_val': int,
        'remark': StrCheck.check_remark,
    }

    param_check(register_info, must_dict, extra=True)

    register_str = json.dumps({
        'field_val': register_info['field_val'],
        'const_data': register_info['const_data']
    })

    with transaction.atomic():
        register = core.update_control_register(register_info)
        # 重新设置缓存
        conf_cache_api.set_hash('control_register', register.opr_type,
                                register_str)
示例#10
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def sync_meter_history_data():
    """
    同步所有仪表的所有历史数据
    :return:
    """
    now_date = datetime.datetime.now().date()
    month_begin_date = datetime.datetime(year=now_date.year - 1,
                                         month=now_date.month,
                                         day=1).date()
    datas = MeterHistoryData.objects.all().order_by('time').values(
        'data', 'meter__id', 'time')
    year_data_map = {}
    month_data_map = {}
    flow_data_map = {}

    for meter_data in datas:
        meter_id = meter_data['meter__id']
        # 统计最近几年
        year_str = meter_data['time'].strftime('%Y年')
        year_map = year_data_map.get(meter_id, {})
        year_map[year_str] = year_map.get(year_str, 0) + meter_data['data']
        year_data_map[meter_id] = year_map

        # 统计最近12个月
        if month_begin_date <= meter_data['time']:
            month_str = meter_data['time'].strftime('%Y年%m月')
            month_map = month_data_map.get(meter_id, {})
            month_map[month_str] = month_map.get(month_str,
                                                 0) + meter_data['data']
            month_data_map[meter_id] = month_map

        flow_data_map[meter_id] = flow_data_map.get(meter_id,
                                                    0) + meter_data['data']

    LOG.info("month_statistic:{}".format(month_data_map))
    # 更新缓存中的数据
    for key, val in year_data_map.items():
        conf_cache_api.set_hash('year_statistic', key, json.dumps(val))
    for key, val in month_data_map.items():
        conf_cache_api.set_hash('month_statistic', key, json.dumps(val))
    for key, val in flow_data_map.items():
        conf_cache_api.set_hash('flow_statistic', key, val)