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thsw

master
thsw 2 years ago
parent
commit
504d51a0f1
62 changed files with 5 additions and 585 deletions
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logs/master/detector.log View File

@@ -39,3 +39,5 @@
2022-07-12 22:55:55.595 [INFO][master:readingKafka][401][logs.master.detector.log]- read msgs from kafka online task and response to kafka, taskId:XJRW20211129170353 msgId:bbCLSkaZXRrWQTbMUwjEYIfOAlsGxudV send:{"msg_id": "bbCLSkaZXRrWQTbMUwjEYIfOAlsGxudV", "biz_id": "hehuzhang", "mod_id": "ai", "status": "waiting", "type": "2", "error": "9999", "progressbar": "None", "results": [{"original_url": "", "sign_url": ""}]}
2022-07-12 22:55:56.323 [INFO][master:detector][467][logs.master.detector.log]- start to process onLine taskId:XJRW20211129170353 msgId:bbCLSkaZXRrWQTbMUwjEYIfOAlsGxudV
2022-07-12 22:57:16.753 [INFO][master:detector][544][logs.master.detector.log]- ********************sleep ********************
2022-07-13 00:17:00.509 [INFO][master:detector][434][logs.master.detector.log]- detector process starts
2022-07-13 00:17:00.667 [INFO][master:readingKafka][375][logs.master.detector.log]- reading kafka process starts

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logs/send/SendPics.log View File

@@ -133,3 +133,6 @@ UnboundLocalError: local variable 'e' referenced before assignment
2022-07-12 22:58:08.525 [INFO][Send-tranfer-oss:mintor-offline-ending][101][logs.send.SendPics.log]- child processs starts
2022-07-12 22:58:20.693 [INFO][Send-tranfer-oss:main][261][logs.send.SendPics.log]- fecc085bb03c4aec9224f6f9b5a4e71f,935ec5b554a24392895cf27aefbe36c7
2022-07-12 22:58:20.741 [INFO][Send-tranfer-oss:main][310][logs.send.SendPics.log]- kafka send:live msg:{"msg_id": "bbCLSkaZXRrWQTbMUwjEYIfOAlsGxudV", "biz_id": "hehuzhang", "mod_id": "ai", "status": "success", "type": "2", "error": "9999", "progressbar": "None", "results": [{"original_url": "fecc085bb03c4aec9224f6f9b5a4e71f", "sign_url": "935ec5b554a24392895cf27aefbe36c7"}]} producer status:False
2022-07-13 00:17:43.825 [INFO][Send-tranfer-oss:main][154][logs.send.SendPics.log]- Send_tranfer_oss process starts
2022-07-13 00:17:43.962 [INFO][Send-tranfer-oss:main][185][logs.send.SendPics.log]- Load Parameter over
2022-07-13 00:17:43.969 [INFO][Send-tranfer-oss:mintor-offline-ending][101][logs.send.SendPics.log]- child processs starts

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master.py View File

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<<<<<<< HEAD
import numpy as np
import time,ast,copy
#from flask import request, Flask,jsonify
import base64,cv2,os,sys,json
#sys.path.extend(['../yolov5'])
#from Send_tranfer import b64encode_function,JsonSend,name_dic,nameID_dic,getLogFileFp
from segutils.segmodel import SegModel,get_largest_contours
from models.experimental import attempt_load
from utils.datasets import LoadStreams, LoadImages
from utils.torch_utils import select_device, load_classifier, time_synchronized
from queRiver import get_labelnames,get_label_arrays,post_process_,save_problem_images,time_str
import subprocess as sp
import matplotlib.pyplot as plt
import torch,random,string
import multiprocessing
from multiprocessing import Process,Queue
import traceback
from kafka import KafkaProducer, KafkaConsumer,TopicPartition
from kafka.errors import kafka_errors

#torch.multiprocessing.set_start_method('spawn')
import utilsK
from utilsK.GPUtils import *
from utilsK.masterUtils import *
from utilsK.sendUtils import create_status_msg,update_json

#from utilsK.modelEval import onlineModelProcsss
import random,string
from Send_tranfer_oss import msg_dict_on,msg_dict_off

process_id=0

def onlineModelProcess(parIn ):
DEBUG=False
streamName = parIn['streamName']
childCallback=parIn['callback']
outStrList={}
channelIndex=parIn['channelIndex']
#try:
for wan in ['test']:
jsonfile=parIn['modelJson']
with open(jsonfile,'r') as fp:
parAll = json.load(fp)
Detweights=parAll['gpu_process']['det_weights']
seg_nclass = parAll['gpu_process']['seg_nclass']
Segweights = parAll['gpu_process']['seg_weights']
StreamRecoveringTime=int(parAll['StreamRecoveringTime'])
videoSave = parAll['AI_video_save']
imageTxtFile = parAll['imageTxtFile']
taskId,msgId = streamName.split('-')[1:3]
inSource,outSource=parIn['inSource'],parIn['outSource']
##构建日志文件
if outSource != 'NO':
logdir = parAll['logChildProcessOnline']
waitingTime=parAll['StreamWaitingTime']
else:
logdir = parAll['logChildProcessOffline']
waitingTime=5
logname='gpuprocess.log'
fp_log=create_logFile(logdir=logdir,name=logname)
logger=logdir.replace('/','.')+'.'+logname
kafka_par=parIn['kafka_par']
producer = KafkaProducer(bootstrap_servers=kafka_par['server'],value_serializer=lambda v: v.encode('utf-8'),metadata_max_age_ms=120000)

####要先检查视频的有效性
###开始的时候,如果在线任务没有流,要发送的心跳消息,msg_h,
msg_h= copy.deepcopy(msg_dict_off);
msg_h['status']='waiting';msg_h['msg_id']=msgId
thread='master:gpuprocess-%s'%(msgId)
if outSource == 'NO':
msg_h['type']=1
Stream_ok,_= get_fps_rtmp(inSource,video=True)
else:
msg_h['type']=2
msg_h_d = json.dumps(msg_h, ensure_ascii=False)
outStrList=get_infos(taskId, msgId,msg_h_d,key_str='waiting stream or video, send heartbeat')
Stream_ok=check_stream(inSource,producer,kafka_par,msg_h_d,outStrList,fp_log,logger,line=sys._getframe().f_lineno,thread=thread ,timeMs=waitingTime)
if Stream_ok:###发送开始信号
msg_h['status']='running'
msg_h_d = json.dumps(msg_h, ensure_ascii=False)
outStrList= get_infos(taskId, msgId,msg_h_d,key_str='informing stream/video is ok')
send_kafka(producer,kafka_par,msg_h_d,outStrList,fp_log,line=sys._getframe().f_lineno,logger=logger,thread=thread );
else:
####检测离线视频是否有效,无效要报错
outstr='offline vedio or live stream Error:%s '%(inSource)
#outstr=wrtiteLog(fp_log,outstr);print( outstr);
writeELK_log(msg=outstr,fp=fp_log,level='ERROR',line=sys._getframe().f_lineno,logger=logger)
msg_h['error']='Stream or video ERROR';msg_h['status']='failed';
msg_h_d = json.dumps(msg_h, ensure_ascii=False);
outStrList= get_infos(taskId, msgId,msg_h_d,key_str='informing invaid video or stream success')
send_kafka(producer,kafka_par,msg_h_d,outStrList,fp_log ,line=sys._getframe().f_lineno,logger=logger,thread=thread );
childCallback.send(' offline vedio or live stream Error')
continue
if (inSource.endswith('.MP4')) or (inSource.endswith('.mp4')):
fps,outW,outH,totalcnt=get_fps_rtmp(inSource,video=True)[1][0:4];
else:
fps,outW,outH,totalcnt=get_fps_rtmp(inSource,video=False)[1][0:4]
fps = int(fps+0.5)
if fps>30: fps=25 ###线下测试时候,有时候读帧率是9000,明显不符合实际,所以加这个判断。
if outSource != 'NO':
command=['/usr/bin/ffmpeg','-y','-f', 'rawvideo','-vcodec','rawvideo','-pix_fmt', 'bgr24',
'-s', "{}x{}".format(outW,outH),# 图片分辨率
'-r', str(fps),# 视频帧率
'-i', '-','-c:v',
'libx264',
'-pix_fmt', 'yuv420p',
'-f', 'flv',outSource
]


video_flag = videoSave['onLine']
logdir = parAll['logChildProcessOnline']
waitingTime=parAll['StreamWaitingTime']
else:
video_flag = videoSave['offLine'] ;logdir = parAll['logChildProcessOffline']
waitingTime=5

device = select_device(parIn['device'])
half = device.type != 'cpu' # half precision only supported on CUDA
model = attempt_load(Detweights, map_location=device) # load FP32 model
if half: model.half()

segmodel = SegModel(nclass=seg_nclass,weights=Segweights,device=device)

##后处理参数
par=parAll['post_process']
conf_thres,iou_thres,classes=par['conf_thres'],par['iou_thres'],par['classes']
outImaDir = par['outImaDir']
outVideoDir = par['outVideoDir']
labelnames=par['labelnames']
rainbows=par['rainbows']
fpsample = par['fpsample']
names=get_labelnames(labelnames)
label_arraylist = get_label_arrays(names,rainbows,outfontsize=40)
#dataset = LoadStreams(inSource, img_size=640, stride=32)
childCallback.send('####model load success####')
print('#####line153:',outVideoDir,video_flag)
if (outVideoDir!='NO') : ####2022.06.27新增在线任务也要传AI视频和原始视频
if video_flag:
msg_id = streamName.split('-')[2]
save_path = os.path.join(outVideoDir,msg_id+'.MP4')
vid_writer = cv2.VideoWriter(save_path, cv2.VideoWriter_fourcc(*'mp4v'), fps, (outW,outH))
if vid_writer.isOpened(): outstr='touch video success:%s'%(save_path);level='INFO'
else:outstr='touch video failed:%s'%(save_path);level='ERROR'
writeELK_log(msg=outstr,fp=fp_log,level=level,line=sys._getframe().f_lineno,logger=logger)
else:
msg_id = streamName.split('-')[2]
save_path_OR = os.path.join(outVideoDir,msg_id+'_OR.MP4')
vid_writer_OR = cv2.VideoWriter(save_path_OR, cv2.VideoWriter_fourcc(*'mp4v'), fps, (outW,outH))
save_path_AI = os.path.join(outVideoDir,msg_id+'_AI.MP4')
vid_writer_AI = cv2.VideoWriter(save_path_AI, cv2.VideoWriter_fourcc(*'mp4v'), fps, (outW,outH))
if vid_writer_AI.isOpened() and vid_writer_OR.isOpened() :outstr='touch video success:%s,%s'%(save_path_OR,save_path_AI);level='INFO'
else:outstr='touch video failed:%s,%s, fps:%d ,%d , %d'%(save_path_OR,save_path_AI,fps,outW,outH);level='ERROR'
writeELK_log(msg=outstr,fp=fp_log,level=level,line=sys._getframe().f_lineno,logger=logger)
iframe = 0;post_results=[];time_beg=time.time()
t00=time.time()
time_kafka0=time.time()
Pushed_Flag=False
while True:
try:
dataset = LoadStreams(inSource, img_size=640, stride=32)
# 管道配置,其中用到管道
if outSource !='NO' and (not Pushed_Flag):
ppipe = sp.Popen(command, stdin=sp.PIPE);Pushed_Flag = True
for path, img, im0s, vid_cap in dataset:
t0= time_synchronized()
if outSource == 'NO':###如果不推流,则显示进度条。离线不推流
view_bar(iframe,totalcnt,time_beg ,parIn['process_uid'] )
streamCheckCnt=0
###直播和离线都是1分钟发一次消息
time_kafka1 = time.time()
if time_kafka1 - time_kafka0 >60:
time_kafka0 = time_kafka1
###发送状态信息waiting
msg = copy.deepcopy(msg_dict_off);
msg['msg_id']= msgId;
if outSource == 'NO':
msg['progressbar']= '%.4f'%(iframe*1.0/totalcnt)
msg['type']=1
else:
msg['progressbarOn']= str(iframe)
msg['type']=2
msg = json.dumps(msg, ensure_ascii=False)
outStrList= get_infos(taskId, msgId,msg,key_str='processing send progressbar or online heartbeat')
send_kafka(producer,kafka_par,msg,outStrList,fp_log,line=sys._getframe().f_lineno,logger=logger,thread=thread );
time0=time.time()
iframe +=1
time1=time.time()
img = torch.from_numpy(img).to(device)
img = img.half() if half else img.float() # uint8 to fp16/32
img /= 255.0 # 0 - 255 to 0.0 - 1.0
timeseg0 = time.time()
seg_pred,segstr = segmodel.eval(im0s[0] )
timeseg1 = time.time()
t1= time_synchronized()

pred = model(img,augment=False)[0]

time4 = time.time()
datas = [path, img, im0s, vid_cap,pred,seg_pred,iframe]
p_result,timeOut = post_process_(datas,conf_thres, iou_thres,names,label_arraylist,rainbows,iframe)
t2= time_synchronized()
#print('###line138:',timeOut,outSource,outVideoDir)
##每隔 fpsample帧处理一次,如果有问题就保存图片
if (iframe % fpsample == 0) and (len(post_results)>0) :
parImage=save_problem_images(post_results,iframe,names,streamName=streamName,outImaDir='problems/images_tmp',imageTxtFile=imageTxtFile)
post_results=[]

if len(p_result[2] )>0: ##
post_results.append(p_result)
t3= time_synchronized()
image_array = p_result[1]
if outSource!='NO':
ppipe.stdin.write(image_array.tobytes())
if (outVideoDir!='NO'):
if video_flag: ret = vid_writer.write(image_array)
else:
time_w0=time.time()
ret = vid_writer_AI.write(image_array)
ret = vid_writer_OR.write(im0s[0])
time_w1=time.time()
#if not ret:
# print('\n write two videos time:%f ms'%(time_w1-time_w0)*1000,ret)
t4= time_synchronized()
timestr2 = time.strftime("%Y-%m-%d-%H-%M-%S", time.localtime())
if iframe%100==0:
outstr='%s,,read:%.1f ms,copy:%.1f, infer:%.1f ms, detinfer:%.1f ms,draw:%.1f ms, save:%.1f ms total:%.1f ms \n'%(timestr2,(t0 - t00)*1000,(timeseg0-t0)*1000, (t1 - timeseg0)*1000,(t2-t1)*1000, (t3 - t2)*1000,(t4-t3)*1000, (t4-t00)*1000)
#wrtiteLog(fp_log,outstr);
writeELK_log(msg=outstr,fp=fp_log,line=sys._getframe().f_lineno,logger=logger,printFlag=False)
#print(outstr)
t00 = t4;
except Exception as e:
#if outSource:###推流才有如下
streamCheckCnt+=1;taskEnd=False
if streamCheckCnt==1:timeBreak0=time.time();time_kafka0 = time.time()
timeBreak1=time.time();
if timeBreak1-timeBreak0 >5 and Pushed_Flag:###流断开5秒后,要关闭推流
ppipe.kill();Pushed_Flag=False
writeELK_log(msg='stream pip is killed ',fp=fp_log,line=sys._getframe().f_lineno,logger=logger)
###读接口,看看任务有没有结束
ChanellInfos,taskEnd=query_channel_status(channelIndex)
####taskEnd######################DEBUG
#taskEnd=False
if timeBreak1-timeBreak0 >StreamRecoveringTime : ##默认30分钟内,流没有恢复的话,就断开。
taskEnd=True
outstr_channel='%s ,taskEnd:%s'%(ChanellInfos,taskEnd)
writeELK_log(msg=outstr_channel,fp=fp_log,line=sys._getframe().f_lineno,logger=logger)
if outSource == 'NO':#离线没有推流
taskEnd=True
if taskEnd:
if timeBreak1-timeBreak0 > 60:###超时结束
writeTxtEndFlag(outImaDir,streamName,imageTxtFile,endFlag='超时结束')
else:
writeTxtEndFlag(outImaDir,streamName,imageTxtFile,endFlag='结束')
if (outVideoDir!='NO'):
if video_flag:vid_writer.release()
else:
vid_writer_OR.release();
vid_writer_AI.release();
outstr='Task ends:%.1f , msgid:%s,taskID:%s '%(timeBreak1-timeBreak0,taskId,msgId)
writeELK_log(msg=outstr,fp=fp_log,line=sys._getframe().f_lineno,logger=logger)
break
##执行到这里的一定是在线任务,在等待流的过程中要发送waiting
time_kafka1 = time.time()
if time_kafka1-time_kafka0>60:
msg_res = copy.deepcopy(msg_dict_off);
msg_res['msg_id']= msgId; msg_res['type']=2
msg_res = json.dumps(msg_res, ensure_ascii=False)
outStrList= get_infos(taskId, msgId,msg_res,key_str='Waiting stream restoring heartbeat')
send_kafka(producer,kafka_par,msg_res,outStrList,fp_log,line=sys._getframe().f_lineno,logger=logger,thread=thread );
outstr='Waiting stream recovering:%.1f s'%(timeBreak1-timeBreak0)
writeELK_log(msg=outstr,fp=fp_log,line=sys._getframe().f_lineno,logger=logger)
writeELK_log(msg=outstr_channel,fp=fp_log,line=sys._getframe().f_lineno,logger=logger)
time_kafka0 = time_kafka1
#break###断流或者到终点
time.sleep(5)
print('Waiting stream for ',e)
def lauch_process(gpuid,inSource,outSource,taskId,msgId,modelJson,kafka_par,channelIndex='LC001'):

if outSource=='NO':
streamName='off-%s-%s'%(taskId,msgId)
else:
streamName='live-%s-%s'%(taskId,msgId)
dataPar ={
'imgData':'',
'imgName':'testW',
'streamName':streamName,
'taskId':taskId,
'msgId':msgId,
'channelIndex':channelIndex,
'device':str(gpuid),
'modelJson':modelJson,
'kafka_par':kafka_par,
}
#dataPar['inSource'] = 'http://images.5gai.taauav.com/video/8bc32984dd893930dabb2856eb92b4d1.mp4';dataPar['outSource'] = None
dataPar['inSource'] = inSource;dataPar['outSource'] = outSource
process_uid=''.join(random.sample(string.ascii_letters + string.digits, 16));dataPar['process_uid']=process_uid
parent_conn, child_conn = multiprocessing.Pipe();dataPar['callback']=child_conn
gpuProcess=Process(target=onlineModelProcess,name='process:%s'%( process_uid ),args=(dataPar,))
gpuProcess.start()
#print(dir(gpuProcess))
#child_return = parent_conn.recv()
#timestr2=time.strftime("%Y-%m-%d %H:%M:%S ", time.localtime())
#print(timestr2,'-'*20,'progress:%s ,msgId:%s , taskId:%s return:'%(process_uid,msgId,taskId),child_return)
return gpuProcess

msg_dict_offline = {
"biz_id":"hehuzhang",
"mod_id":"ai",
"msg_id":'bb'+''.join(random.sample(string.ascii_letters ,30) ) ,
"offering_id":"http://vod.play.t-aaron.com/customerTrans/c49a2c620795d124f2ae4b10197b8d0e/303b7a58-17f3ef4494e-0004-f90c-f2c-7ec68.mp4",
"offering_type":"mp4",
"results_base_dir": "XJRW202203171535"+str(random.randint(10,99)),
'outSource':'NO'
}


taskStatus={}
taskStatus['onLine'] = Queue(100)
taskStatus['offLine']= Queue(100)
taskStatus['pidInfos']= {}
def get_msg_from_kafka(par):
thread='master:readingKafka'
outStrList={}
fp_log = par['fp_log']
logger=par['logger']
consumer = KafkaConsumer(bootstrap_servers=par['server'],client_id='AI_server',group_id=par['group_id'],auto_offset_reset='latest')
consumer.subscribe( par['topic'][0:2])
outstr='reading kafka process starts'
writeELK_log(msg=outstr,fp=fp_log,thread=thread,line=sys._getframe().f_lineno,logger=logger)
kafka_par ={ 'server':par['server'],'topic':par['topic'][2] }
producer = KafkaProducer(
bootstrap_servers=par['server'],#tencent yun
value_serializer=lambda v: v.encode('utf-8'),
metadata_max_age_ms=120000)

for ii,msg in enumerate(consumer):
##读取消息
try:
taskInfos = eval(msg.value.decode('utf-8') )
except:
outstr='%s msg format error,value:%s,offset:%d partition:%s topic:%s'%('#'*20,msg.value,msg.offset,msg.topic,msg.topic)
continue
if msg.topic == par['topic'][0]: ##
taskInfos['inSource']= taskInfos['pull_channel'];
taskInfos['outSource']= get_push_address(taskInfos['push_channel']) ;
taskStatus['onLine'].put( taskInfos )
save_message(par['kafka'],taskInfos)
###发送状态信息waiting
msg = create_status_msg(msg_dict_on,taskInfos,sts='waiting')
outStrList=get_infos(taskInfos['results_base_dir'], taskInfos['msg_id'],msg,key_str='read msgs from kafka online task and response to kafka')
send_kafka(producer,kafka_par,msg,outStrList,fp_log,line=sys._getframe().f_lineno,logger=logger,thread=thread);
else:
try:
taskInfos['inSource']= taskInfos['offering_id'];
taskInfos['outSource']= 'NO'
taskStatus['offLine'].put( taskInfos )
save_message(par['kafka'],taskInfos)

###发送状态信息waiting
msg = create_status_msg(msg_dict_off,taskInfos,sts='waiting')
outStrList=get_infos(taskInfos['results_base_dir'], taskInfos['msg_id'],msg,key_str='read msgs from kafka offline task and response to kafka')
send_kafka(producer,kafka_par,msg,outStrList,fp_log ,line=sys._getframe().f_lineno,logger=logger,thread=thread );
except Exception as e:
print('######msg Error######',msg,e)
def detector(par):

####初始化信息列表
kafka_par ={ 'server':par['server'],'topic':par['topic'][2] }
producer = KafkaProducer(
bootstrap_servers=par['server'],#tencent yun
value_serializer=lambda v: v.encode('utf-8'),
metadata_max_age_ms=120000)
time_interval=par['logPrintInterval']
logname='detector.log';thread='master:detector'
fp_log=create_logFile(logdir=par['logDir'],name=logname)
##准备日志函数所需参数
logger=par['logDir'].replace('/','.')+'.'+logname
#wrtiteLog(fp_log,'########### detector process starts ######\n');
outstr='detector process starts';sys._getframe().f_lineno
writeELK_log(msg=outstr,fp=fp_log,thread=thread,line=sys._getframe().f_lineno,logger=logger)
###开启kafka consumer 进程##
parIn=copy.deepcopy(par);parIn['fp_log']=fp_log ;parIn['logger']=logger
HeartProcess=Process(target=get_msg_from_kafka,name='process-consumer-kafka',args=(parIn,))
HeartProcess.start()
timeSleep=1
time0=time.time()
time0_kafQuery=time.time()
time0_taskQuery=time.time()
time0_sleep=time.time()
outStrList={}
while True:###每隔timeSleep秒,轮询一次
time0_taskQuery,printFlag = check_time_interval(time0_taskQuery,time_interval)
outstr_task= ' task queue onLine cnt:%d offLine:%d'%(taskStatus['onLine'].qsize(), taskStatus['offLine'].qsize())
if (taskStatus['onLine'].qsize()>0) or (taskStatus['offLine'].qsize()>0):
#outstr_task=wrtiteLog(fp_log,outstr_task);print( outstr_task);
writeELK_log(msg=outstr_task,fp=fp_log,thread=thread,line=sys._getframe().f_lineno,logger=logger)
##2-更新显卡信息
gpuStatus = getGPUInfos()
##3-优先考虑在线任务
if not taskStatus['onLine'].empty():
###3.1-先判断有没有空闲显卡:
cuda = get_available_gpu(gpuStatus)
###获取在线任务信息,并执行,lauch process
taskInfos = taskStatus['onLine'].get()
outstr='start to process onLine taskId:%s msgId:%s'%( taskInfos['results_base_dir'],taskInfos['msg_id'] )
#outstr=wrtiteLog(fp_log,outstr);print( outstr);
writeELK_log(msg=outstr,fp=fp_log,thread=thread,line=sys._getframe().f_lineno,logger=logger)
if cuda: ###3.1.1 -有空余显卡
#lauch process
msg= copy.deepcopy(msg_dict_on);
gpuProcess=lauch_process(cuda,taskInfos['inSource'],taskInfos['outSource'],taskInfos['results_base_dir'],taskInfos['msg_id'],par['modelJson'],kafka_par,taskInfos['channel_code'])
taskStatus['pidInfos'][gpuProcess.pid] = {'gpuProcess':gpuProcess,'type':'onLine','taskInfos':taskInfos}
else:###3.1.2-没有显卡
##判断有没有显卡上面都是离线进程的
cuda_pid = get_potential_gpu(gpuStatus,taskStatus['pidInfos'])
if cuda_pid:#3.1.2.1 - ##如果有可以杀死的进程
cuda = cuda_pid['cuda']
pids = cuda_pid['pids']
##kill 离线进程,并更新离线任务表
cnt_off_0 = taskStatus['offLine'].qsize()
for pid in pids:
##kill 离线进程
taskStatus['pidInfos'][pid]['gpuProcess'].kill()
##更新离线任务表
taskStatus['offLine'].put( taskStatus['pidInfos'][pid]['taskInfos'] )
taskInfos_off=taskStatus['pidInfos'][pid]['taskInfos']
##发送离线数据,说明状态变成waiting
msg= msg_dict_off;
msg=update_json(taskInfos_off,msg,offkeys=["msg_id","biz_id" ,"mod_id"] )
msg['results'][0]['original_url']=taskInfos_off['inSource']
msg['results'][0]['sign_url']=get_boradcast_address(taskInfos_off['outSource'])
msg['status']='waiting'
msg = json.dumps(msg, ensure_ascii=False)

outStrList=get_infos(taskInfos_off['results_base_dir'], taskInfos_off['msg_id'],msg,key_str='start online task after kill offline tasks')
send_kafka(producer,kafka_par,msg,outStrList,fp_log ,line=sys._getframe().f_lineno,logger=logger,thread=thread );
cnt_off_1 = taskStatus['offLine'].qsize()
outstr='before killing process, offtask cnt:%d ,after killing, offtask cnt:%d '%(cnt_off_0,cnt_off_1)
#outstr=wrtiteLog(fp_log,outstr);print( outstr);
writeELK_log(msg=outstr,fp=fp_log,thread=thread,line=sys._getframe().f_lineno,logger=logger)
gpuProcess=lauch_process(cuda,taskInfos['inSource'],taskInfos['outSource'],taskInfos['results_base_dir'],taskInfos['msg_id'],par['modelJson'],kafka_par,taskInfos['channel_code'])
###更新pidinfos,update pidInfos
taskStatus['pidInfos'][gpuProcess.pid] = {'gpuProcess':gpuProcess,'type':'onLine','taskInfos':taskInfos}
else:
outstr='No available GPUs for onLine task'
#outstr=wrtiteLog(fp_log,outstr);print(outstr);
writeELK_log(msg=outstr,fp=fp_log,level='ERROR',thread=thread,line=sys._getframe().f_lineno,logger=logger)
##4-更新显卡信息
gpuStatus = getGPUInfos()
##5-考虑离线任务
if not taskStatus['offLine'].empty():
cudaArrange= arrange_offlineProcess(gpuStatus,taskStatus['pidInfos'],modelMemory=1500)
outstr='IN OFF LINE TASKS available cudas:%s'%(cudaArrange)
#outstr=wrtiteLog(fp_log,outstr);print( outstr);
writeELK_log(msg=outstr,fp=fp_log,thread=thread,line=sys._getframe().f_lineno,logger=logger)
for cuda in cudaArrange:
if not taskStatus['offLine'].empty():
taskInfos = taskStatus['offLine'].get()
outstr='start to process offLine taskId:%s msgId:%s'%( taskInfos['results_base_dir'],taskInfos['msg_id'] )
taskInfos['channel_code']='LC999'###离线消息没有这个参数
#outstr=wrtiteLog(fp_log,outstr);print( outstr);
writeELK_log(msg=outstr,fp=fp_log,thread=thread,line=sys._getframe().f_lineno,logger=logger)
gpuProcess=lauch_process(cuda,taskInfos['inSource'],taskInfos['outSource'],taskInfos['results_base_dir'],taskInfos['msg_id'],par['modelJson'],kafka_par,taskInfos['channel_code'])
taskStatus['pidInfos'][gpuProcess.pid] = {'gpuProcess':gpuProcess,'type':'offLine','taskInfos':taskInfos}
if get_whether_gpuProcess():
time0_sleep,printFlag = check_time_interval(time0_sleep,time_interval)
if printFlag:
outstr= '*'*20 +'sleep '+'*'*20;
#outstr=wrtiteLog(fp_log,outstr);print( outstr);
writeELK_log(msg=outstr,fp=fp_log,thread=thread,line=sys._getframe().f_lineno,logger=logger)
time.sleep(timeSleep)
print('########Program End#####')

if __name__ == '__main__':
par={};
###topic0--在线,topic1--离线

#par['server']='212.129.223.66:9092';par['topic']=('thsw','thsw2','testReturn');par['group_id']='test';
#101.132.127.1:19092
'''
par['server']='101.132.127.1:19092 ';par['topic']=('alg-online-tasks','alg-offline-tasks','alg-task-results');par['group_id']='test';
par['kafka']='mintors/kafka'
par['modelJson']='conf/model.json'
'''
masterFile="conf/master.json"
assert os.path.exists(masterFile)
with open(masterFile,'r') as fp:
data=json.load(fp)
par=data['par']
print(par)
detector(par)



=======
import numpy as np
import time,ast,copy
#from flask import request, Flask,jsonify
@@ -1156,4 +576,3 @@ if __name__ == '__main__':
>>>>>>> thsw

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import torch
import sys,os
<<<<<<< HEAD
sys.path.extend(['..'])
=======
sys.path.extend(['segutils'])
>>>>>>> thsw
from core.models.bisenet import BiSeNet
from torchvision import transforms
import cv2,glob

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