human detection: region

opencv-yolo/web/web.py

@@ -66,37 +66,44 @@ binPrefix = os.getenv('BIN_PRE', '')
 configDir = os.getenv('CFG_DIR', workd)
 API_HOST = None
 API_CAMERA_CFG_URI = "/video/analysis/camera/{}/model"
-RABBITMQ_URI = os.getenv("RABB_ADDR", None)
+RABBITMQ_URI = os.getenv("RABB_ADDR", "amqp://guest:guest@localhost:5672/")
 RABBITMQ_TOPIC = os.getenv("RABB_TOPIC", "*.camera.model")
 RABBITMQ_EXHANGE = os.getenv("RABB_EXC", "video")
 CAMERA_CONFIG_MAP = {}
 
-rabChan = None
-
-if RABBITMQ_URI:
-    parameters = pika.URLParameters(RABBITMQ_URI) #("amqp://ilabservice:iLabServiceOps123456@40.73.40.246:5672/")
-    connection = pika.BlockingConnection(parameters)
-    rabChan = connection.channel()
-    rabChan.exchange_declare(exchange=RABBITMQ_EXHANGE, exchange_type="topic")
-    qr = rabChan.queue_declare('', durable=False)
-    rabChan.queue_bind(exchange=RABBITMQ_EXHANGE,
-                    queue=qr.method.queue, routing_key=RABBITMQ_TOPIC)
-    rabChan.basic_consume(
-        queue=qr.method.queue, on_message_callback=rabCallback, auto_ack=True)
-
-print("CONFIG: \n\tMQTT: {}:{}\n\tBIN_NAME: {}".format(
-    MQTT_HOST, MQTT_PORT, binName))
-
 def rabCallback(ch, method, prop, body):
     try:
+        print("received rabbitmsg. routing key: {} , body: {}".format(method.routing_key, body))
         rk = method.routing_key.split('.')
         sn = None
         if len(rk):
             sn = rk[0]
         if sn:
             CAMERA_CONFIG_MAP[sn] = json.loads(body)
+            print("CAMERA_CONFIG_MAP: \n{}".format(json.dumps(CAMERA_CONFIG_MAP)))
     except Exception as e:
-        print("failed to process callback: {} - {}", method, body)
+        #traceback.print_exc()
+        #pdb.post_mortem(tb)
+        print("failed to process callback {}: {} - {}".format(e, method, body))
+
+def initRabbit(): 
+    rabChan = None
+    if RABBITMQ_URI:
+        print("connecting rabbitmq {}".format(RABBITMQ_URI))
+        parameters = pika.URLParameters(RABBITMQ_URI) #("amqp://ilabservice:iLabServiceOps123456@40.73.40.246:5672/")
+        connection = pika.BlockingConnection(parameters)
+        rabChan = connection.channel()
+        rabChan.exchange_declare(exchange=RABBITMQ_EXHANGE, exchange_type="topic")
+        qr = rabChan.queue_declare('', durable=True)
+        rabChan.queue_bind(exchange=RABBITMQ_EXHANGE,
+                        queue=qr.method.queue, routing_key=RABBITMQ_TOPIC)
+        rabChan.basic_consume(
+            queue=qr.method.queue, on_message_callback=rabCallback, auto_ack=True)
+    return rabChan
+    
+
+print("CONFIG: \n\tMQTT: {}:{}\n\tBIN_NAME: {}".format(
+    MQTT_HOST, MQTT_PORT, binName))
 
 def downloadFile(ipcSn, dirName, fileName, destDir):
     file_path = ipcSn + '/'+dirName+'/'+fileName
@@ -160,7 +167,8 @@ class VAMMQTTClient:
         self.client.on_message = VAMMQTTClient.on_message
         self.client.connect_async(host, port, 30)
         self.client.loop_start()
-
+        self.rabChan = initRabbit()
+        th = threading.Thread(target=lambda: self.rabChan.start_consuming()).start()
 
 app = Flask(__name__,
             static_url_path='',
@@ -178,6 +186,24 @@ worker.conf.update(
     # timezone='Europe/Oslo',
     enable_utc=True)
 
+def getRegionConfig(ipcSN):
+    region = None
+    if ipcSN in CAMERA_CONFIG_MAP and type(CAMERA_CONFIG_MAP[ipcSN]) is dict:
+        region = CAMERA_CONFIG_MAP[ipcSN]['region']
+    elif CAMERA_CONFIG_MAP.get(ipcSN) is None and API_HOST:
+        res = requests.get(API_HOST + API_CAMERA_CFG_URI)
+        try:
+            if res.status_code == 200:
+                if "region" in res.json():
+                    region = res.json()["region"]
+                    CAMERA_CONFIG_MAP[ipcSN] = res.json()
+            if CAMERA_CONFIG_MAP.get(ipcSN) is None:
+                CAMERA_CONFIG_MAP[ipCSN] = 0
+        except Exception as e:
+            print("failed to get camera config {}: {}".format(ipcSN, e))
+    print("getRegionConfig: {}: {}".format(ipcSN, json.dumps(region)))
+    return region
+
 def take_task(task):
     ret = {'code': 0, 'msg': 'ok'}
     print("taking task", json.dumps(task))
@@ -188,6 +214,7 @@ def take_task(task):
         ret['data'] = taskValidator.errors
     else:
         # process
+        task["region"] = getRegionConfig(task['cameraId'])
         video_analysis.apply_async(args=[task])
     print(json.dumps(ret))
     return ret
@@ -217,29 +244,16 @@ def video_analysis(data):
                                                     workd) + '/' + ipcSN, strRand)
             os.system('mkdir -p ' + downloadDir)
             downloadFile(ipcSN, dirName, fileName, downloadDir)
-            region = None
-            if ipcSN in CAMERA_CONFIG_MAP and type(CAMERA_CONFIG_MAP[ipcSN]) is dict:
-                region = CAMERA_CONFIG_MAP[ipcSN]['region']
-            else ipcSN is not in CAMERA_CONFIG_MAP:
-                res = requests.get(API_HOST + API_CAMERA_CFG_URI)
-                try:
-                    if res.status_code == 200:
-                        if "region" in res.json():
-                            region = res.json()["region"]
-                            CAMERA_CONFIG_MAP[ipcSN] = res.json()
-                    if ipcSN is not in CAMERA_CONFIG_MAP:
-                        CAMERA_CONFIG_MAP[ipCSN] = 0
-                except Exception as e:
-                    print("failed to get camera config {}: {}".format(ipcSN, e))
-            
+
             print("downloaded file {} into {}".format(fileName, downloadDir))
             # analyze
             #cmdLine = '/Users/blu/work/opencv-projects/opencv-yolo/detector /Users/blu/work/opencv-projects/opencv-yolo/web/1550143347000-1577267418999.mp4 -c /Users/blu/work/opencv-projects/opencv-yolo/'
             prefix = binPrefix + ' ' if binPrefix else binPrefix
             cmdLine = prefix + workd + '/' + binName + ' ' + downloadDir + \
                 fileName + ' -c ' + configDir + ' -o ' + downloadDir + '/detect.jpg'
+            region = data['region']
             if region:
-                cmdLine +=  "-s {},{},{},{}".format(region['minX'], region['minY'], region['maxX'], region['maxY'])
+                cmdLine +=  " -s {},{},{},{}".format(region['minX'], region['minY'], region['maxX'], region['maxY'])
             else:
                 print("no region config")
             cmdArgs = shlex.split(cmdLine)