tuoheng_alg_fangke_discard_20240715/service/Dispatcher.py

# -*- coding: utf-8 -*-
import time
from concurrent.futures import ThreadPoolExecutor, as_completed

import GPUtil

from concurrency.FeedbackThread import FeedbackThread
from entity.FeedBack import message_feedback, message_register
from enums.ExceptionEnum import ExceptionType
from exception.CustomerException import ServiceException
from util import YmlUtils, LogUtils, KafkaUtils
from loguru import logger
from multiprocessing import Queue
from util import GPUtils
from util.ImageUtils import url2Array
from util.ModelUtils import FKModel
from util.OcrBaiduSdk import OcrBaiduSdk

'''
   分发服务
'''

def distinguish(flowMan, fkmodel, gpuId, orc, msgId):
    registerId = flowMan.get("registerId")
    carUrl = flowMan.get("carUrl")
    flowManUrlList = flowMan.get("flowManUrlList")
    args_list = []
    if carUrl is not None and len(carUrl) > 0:
        args_list.append(('plate', carUrl, gpuId, fkmodel, orc, msgId))
    for flowManUrl in flowManUrlList:
        if flowManUrl is not None and len(flowManUrl) > 0:
            args_list.append(('code', flowManUrl, gpuId, fkmodel, orc, msgId))
    register = message_register(registerId=registerId, carUrl=carUrl, carCode="", flowManRecognitionlList=[])
    with ThreadPoolExecutor(max_workers=2) as t:
        for result in t.map(ai_segmentation_recognition, args_list):
            if result is not None:
                if result == '':
                    continue
                if result.get("type") == '2':
                    register["carCode"] = result.get("carCode")
                    register["carCodeScore"] = result.get("score")
                else:
                    register["flowManRecognitionlList"].append(result)
            else:
                return None
    return register


# 2.调用百度云识别
def ai_segmentation_recognition(param):
    try:
        image = url2Array(param[1])
        if param[0] == 'plate':
            dataBack = param[3].process(image, param[2], param[0])
            logger.info("算法分割结果: {}", dataBack)
            # ('plate', carUrl, gpuId, fkmodel, orc, msgId)
            # {'type': 2, 'plateImage': "图片", '0.939557671546936', 'color': 'green'}
            if dataBack is None or dataBack.get("plateImage") is None or len(dataBack.get("plateImage")) == 0:
                result = param[4].license_plate_recognition(image, param[5])
                score = ''
                if result is None or result.get("words_result") is None:
                    logger.error("车牌识别为空: {}", result)
                    carCode = ''

                else:
                    carCode = result.get("words_result").get("number")

            else:
                result = param[4].license_plate_recognition(dataBack.get("plateImage")[0], param[5])
                score = dataBack.get("plateImage")[1]
                if result is None or result.get("words_result") is None:
                    result = param[4].license_plate_recognition(image, param[5])
                    if result is None or result.get("words_result") is None:
                        logger.error("车牌识别为空: {}", result)
                        carCode = ''

                    else:
                        carCode = result.get("words_result").get("number")
                else:
                    carCode = result.get("words_result").get("number")
            return {'type': str(2), 'carUrl': param[1], 'carCode': carCode, 'score': score}
        if param[0] == 'code':
            dataBack = param[3].process(image, param[2], param[0])
            logger.info("算法分割结果: {}", dataBack)
            if dataBack is None or dataBack.get("type") is None:
                return ''
            # 行程码
            if dataBack.get("type") == 0:
                # 手机号
                # if dataBack.get("phoneNumberImage") is None or len(dataBack.get("phoneNumberImage")) == 0:
                #     phoneNumberRecognition = ''
                #     phone_score = ''
                # else:
                #     phone = param[4].universal_text_recognition(dataBack.get("phoneNumberImage")[0], param[5])
                #     phone_score = dataBack.get("phoneNumberImage")[1]
                #     if phone is None or phone.get("words_result") is None or len(phone.get("words_result")) == 0:
                #         logger.error("手机号识别为空: {}", phone)
                #         phoneNumberRecognition = ''
                #     else:
                #         phoneNumberRecognition = phone.get("words_result")
                if dataBack.get("cityImage") is None or len(dataBack.get("cityImage")) == 0:
                    cityRecognition = ''
                    city_score = ''
                else:
                    city = param[4].universal_text_recognition(dataBack.get("cityImage")[0], param[5])
                    city_score = dataBack.get("cityImage")[1]
                    if city is None or city.get("words_result") is None or len(city.get("words_result")) == 0:
                        logger.error("城市识别为空: {}", city)
                        cityRecognition = ''
                    else:
                        cityRecognition = city.get("words_result")
                return {'type': str(dataBack.get("type")),
                        'imageUrl': param[1],
                        # 'phoneNumberRecognition': phoneNumberRecognition,
                        # 'phone_sorce': phone_score,
                        'cityRecognition': cityRecognition,
                        'city_score': city_score}
            elif dataBack.get("type") == 1:
                # if dataBack.get("nameImage") is None or len(dataBack.get("nameImage")) == 0:
                #     nameRecognition = ''
                #     name_score = ''
                # else:
                #     name = param[4].universal_text_recognition(dataBack.get("nameImage")[0], param[5])
                #     name_score = dataBack.get("nameImage")[1]
                #     if name is None or name.get("words_result") is None or len(name.get("words_result")) == 0:
                #         logger.error("名字识别为空: {}", name)
                #         nameRecognition = ''
                #     else:
                #         nameRecognition = name.get("words_result")
                # if dataBack.get("phoneNumberImage") is None or len(dataBack.get("phoneNumberImage")) == 0:
                #     phoneNumberRecognition = ''
                #     phone_score = ''
                # else:
                #     phone = param[4].universal_text_recognition(dataBack.get("phoneNumberImage")[0], param[5])
                #     phone_score = dataBack.get("phoneNumberImage")[1]
                #     if phone is None or phone.get("words_result") is None or len(phone.get("words_result")) == 0:
                #         logger.error("手机号识别为空: {}", phone)
                #         phoneNumberRecognition = ''
                #     else:
                #         phoneNumberRecognition = phone.get("words_result")
                if dataBack.get("hsImage") is None or len(dataBack.get("hsImage")) == 0:
                    hsRecognition = ''
                    hs_score = ''
                else:
                    hs = param[4].universal_text_recognition(dataBack.get("hsImage")[0], param[5])
                    hs_score = dataBack.get("hsImage")[1]
                    if hs is None or hs.get("words_result") is None or len(hs.get("words_result")) == 0:
                        logger.error("核酸识别为空: {}", hs)
                        hsRecognition = ''
                    else:
                        hsRecognition = hs.get("words_result")

                return {'type': str(dataBack.get("type")),
                        'imageUrl': param[1],
                        'color': dataBack.get("color"),
                        # 'nameRecognition': nameRecognition,
                        # 'name_score': name_score,
                        # 'phoneNumberRecognition': phoneNumberRecognition,
                        # 'phone_score': phone_score,
                        'hsRecognition': hsRecognition,
                        'hs_score': hs_score}
            else:
                return ''
    except ServiceException as s:
        logger.exception("AI划图，百度云识别失败:{}, msgId: {}", s.msg, param[5])
        return None
    except Exception as e:
        logger.exception("AI划图，百度云识别失败: {}, msgId:{}", e, param[5])
        return None




class DispatcherService():

    # 初始化
    def __init__(self):
        # 获取DSP环境所需要的配置
        self.content = YmlUtils.getConfigs()
        # 初始化日志
        LogUtils.init_log(self.content)
        # # 记录当前正在执行的分析任务
        # self.tasks = {}
        self.fbQueue = Queue()

    # 服务调用启动方法
    def start_service(self):
        # 启动问题反馈线程
        self.start_feedback_thread()
        # 初始化kafka监听者
        topics = self.content["kafka"]["topic"]["fk-alg-tasks-topic"]
        customerKafkaConsumer = KafkaUtils.CustomerKafkaConsumer(self.content, topics=topics)
        print("(♥◠‿◠)ﾉﾞ  DSP【算法调度服务】启动成功   ლ(´ڡ`ლ)ﾞ")
        orc = OcrBaiduSdk(self.content)
        # 初始化模型
        fkmodel = FKModel()
        while True:
            # self.check_task()
            # 获取当前可用GPU
            gpu_ids = GPUtils.get_gpu_ids(self.content)
            if gpu_ids is not None and len(gpu_ids) > 0:
                msg = customerKafkaConsumer.poll()
                if msg is None or len(msg) == 0:
                    time.sleep(2)
                else:
                    for k, v in msg.items():
                        for m in v:
                            message = m.value
                            try:
                                customerKafkaConsumer.commit_offset(m)
                                logger.info("当前拉取到的消息, topic:{}, offset:{}, partition: {}, body: {}, msgId:{}",
                                            m.topic, m.offset, m.partition, message, message.get("msgId"))
                                ################## 消息驱动分析执行 ##################
                                check_result = self.check_fk_msg(message)
                                if not check_result:
                                    raise ServiceException(ExceptionType.ILLEGAL_PARAMETER_FORMAT.value[0],
                                                           ExceptionType.ILLEGAL_PARAMETER_FORMAT.value[1])
                                msgId = message.get("msgId")
                                registerMsg = message.get("registerMsg")
                                obj_list = []
                                response = message_feedback(msgId,
                                                 erroCode=ExceptionType.SUCCESS.value[0],
                                                 erroMsg=ExceptionType.SUCCESS.value[1],
                                                 registerRecognitionMsg=[])
                                with ThreadPoolExecutor(max_workers=2) as t:
                                    for flowMan in registerMsg:
                                        obj = t.submit(distinguish, flowMan, fkmodel, gpu_ids[0], orc, msgId)
                                        obj_list.append(obj)
                                    for future in as_completed(obj_list):
                                        data = future.result()
                                        if data is None:
                                            response = message_feedback(msgId,
                                                                    erroCode=ExceptionType.SERVICE_INNER_EXCEPTION.value[0],
                                                                    erroMsg=ExceptionType.SERVICE_INNER_EXCEPTION.value[1],
                                                                    registerRecognitionMsg=[])
                                            break
                                        else:
                                            response["registerRecognitionMsg"].append(data)
                                self.fbQueue.put(response)
                            except ServiceException as s:
                                logger.exception("消息监听异常：{}, msgId: {}", s.msg, message.get("msgId"))
                                self.fbQueue.put(message_feedback(message.get("msgId"), s.code, s.msg))
                            except Exception as e:
                                logger.exception("消息监听异常：{}, requestId: {}", e, message.get("request_id"))
                                self.fbQueue.put(message_feedback(message.get("msgId"),
                                                                         ExceptionType.SERVICE_INNER_EXCEPTION.value[0],
                                                                         ExceptionType.SERVICE_INNER_EXCEPTION.value[
                                                                             1]))

            else:
                logger.info("当前可用gpu数量: {}", gpu_ids)
                GPUtil.showUtilization()




    def checkGPU(self, msgId):
        gpu_ids = None
        while True:
            GPUtil.showUtilization()
            gpu_ids = GPUtils.get_gpu_ids(self.content)
            if gpu_ids is None or len(gpu_ids) == 0:
                logger.warning("暂无可用GPU资源，5秒后重试, 可用gpu数: {}, msgId: {}", gpu_ids, msgId)
                time.sleep(5)
                continue
            else:
                break
        return gpu_ids

    def start_feedback_thread(self):
        feedbackThread = FeedbackThread(self.fbQueue, self.content)
        feedbackThread.start()

    # def check_task(self):
    #     for msgId in list(self.tasks.keys()):
    #         if not self.tasks[msgId].is_alive():
    #             del self.tasks[msgId]

    # 校验kafka消息
    def check_fk_msg(self, msg):
        msgId = msg.get("msgId")
        registerMsg = msg.get("registerMsg")
        if msgId is None:
            return False
        if registerMsg is None:
            return False
        return True