Adapted to localhost/REFERENCEM

endpoint_tests/run_REFERENCEM.py

@@ -33,13 +33,13 @@ from dateutil import parser
 weather_data_source_name = "LMT"
 
 weather_data_source_uri = "https://lmt.nibio.no/services/rest/vips/getdata/forecastfallback?weatherStationId=%s&%s"
-weather_param_string = "elementMeasurementTypes[]=TM&elementMeasurementTypes[]=RR&elementMeasurementTypes[]=BT&logInterval=1h&startDate=2016-03-01&startTime=00&endDate=2016-09-30&endTime=00&timeZone=Europe/Oslo"
+weather_param_string = "elementMeasurementTypes[]=TM&logInterval=1d&startDate=2016-03-01&startTime=00&endDate=2016-09-30&endTime=00&timeZone=Europe/Oslo"
 
 # Which VIPSCore system to connect to
-core_server_uri = "https://coremanager.testvips.nibio.no"
+core_server_uri = "http://localhost:8001"
 
 # The unique identificator for the Apple Scab model
-model_id = "APPLESCABM"
+model_id = "REFERENCEM"
 
 print("Downloading weather data from %s, please wait..." % weather_data_source_name)
 weather_data_request = requests.get( weather_data_source_uri % ("5", weather_param_string))
@@ -49,17 +49,13 @@ weather_data_request = requests.get( weather_data_source_uri % ("5", weather_par
 #print(weather_data_request.text)
 weather_data = weather_data_request.json()
 
-print ("Sending request to VIPS, waiting for calculation results, please wait...")
+print ("Sending request to VIPSCore-Python, waiting for calculation results, please wait...")
 # Building the request with config values and weather data to send to VIPS
 model_config = {
-    "loginInfo": {
-        "username": "testuser",
-        "password": "testpass"
-    },
-    "modelId": "APPLESCABM",
+    "modelId": "REFERENCEM",
     "configParameters": {
         "timeZone": "Europe/Oslo",
-        "startDateAscosporeMaturity": "2016-03-10", # APPLESCABM Specific configuration value
+        "sowingDate": "2016-03-10", # REFERENCEM Specific configuration value
         "observations": weather_data
     }
 }
@@ -71,11 +67,12 @@ for result in results:
     # Create a Python timestamp from the JSON timestamp string
     timestamp = parser.parse(result["validTimeStart"])
     # Printing selected result parameters to stdout
+    #print(result)
     allValues = json.loads(result["allValues"])
-    print ("%s: Ascospore maturation = %s, Accumulated Mills = %s, Warning status = %s" % (
+    print ("%s: Mean temp today = %s, Accumulated Day Degrees = %s, Warning status = %s" % (
         datetime.strftime(timestamp, '%Y-%m-%dT%H:%M %Z'),
-        allValues["APPLESCABM.ASCMAT"],
-        allValues["APPLESCABM.ACCMILLS"],
+        allValues.get("TM"),
+        allValues.get("TMDD"),
         result["warningStatus"]
         )
     )
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