matches.append([int(n0.value), eid0.value])
n0 = row[5]
eid0 = row[7]
cell_type_str = ctype_text.get(n0.ctype, "unknown type")
if cell_type_str == "number":
matches.append([int(n0.value), eid0.value])
# Connect to AgBase
ab = AgBase()
ab.set_logging_on(True)
user = ab.connect(args.user, args.passwd, args.server)
if user is None:
print ("ERROR: Login failed.")
exit(1)
agFarm = FarmAPI(ab)
# Find farm ID
farm = agFarm.get_farm_by_name(user, args.farm)
if farm is None:
print ("ERROR: No such farm: %s" % args.farm)
exit(1)
agAnimal = AnimalAPI(ab)
agMeasurement = MeasurementAPI(ab)
# Merge animals
for m in matches:
# Now match up the EID-VID pair
vid, eid = m
eid_vid_merge(vid, eid)
class getConditionScores:
def __init__(self):
parser = argparse.ArgumentParser()
parser.add_argument('--user', required=True, help="AgBase Username")
parser.add_argument('--password', required=True, help="AgBase Password")
#parser.add_argument('--firstDate', required=True, help="First date of the measurements you wish to upload (YYYY/MM/DD)")
#parser.add_argument('--lastDate', required=True, help="Last date of the measurements you wish to upload (YYYY/MM/DD)")
parser.add_argument('--server', required=True, help="AgBase Server")
args = parser.parse_args()
self.agbase = AgBase()
self.algorithm = AlgorithmAPI(self.agbase)
self.animal = AnimalAPI(self.agbase)
self.farm = FarmAPI(self.agbase)
self.herd = HerdAPI(self.agbase)
self.measurement = MeasurementAPI(self.agbase)
self.measurement_category = MeasurementCategoryAPI(self.agbase)
self.agbase.set_logging_on(True)
self.user = self.agbase.connect(args.user, args.password , args.server)
#self.first_date = self.getDate(args.firstDate)
#self.last_date = self.getDate(args.lastDate)
def getScores(self):
self.alg = self.algorithm.get_algorithm("DairyNZ BCS")
self.frm = self.farm.get_farm_by_name(self.user,"Demo Farm")
animalList = []
moreAnimals = True
offset = 0
limit = 500
while moreAnimals is True: # amimals # more comlicated because there are more then the 1024 limit
tempAnimalList = self.animal.get_animals(self.frm, None, limit, offset)
if(len(tempAnimalList) != (limit+offset)):
moreAnimals = False
offset += limit
for animal in tempAnimalList:
animalList.append(animal)
measurementList = {} # holds all of the measurements indexed by eid
length = len(animalList)
count = 0
for animal in animalList: # goes through the animal list and sends a query to the datebase
print "Animal {}/{}".format(count, length)
count += 1
measurementList[animal.eid] = self.measurement.get_measurements_for_animal(animal,self.alg)
count = 0
for animal in animalList:
print "Animal {}/{}".format(count, length)
count += 1
for measurement in measurementList[animal.eid]:
print "eid: {}, condition score: {}, timestamp: {}".format(animal.eid,measurement.w50,measurement.time_stamp)
def getDate(self, raw_date):
date_parts = raw_date.split('/',2)
if(len(date_parts) == 3):
date = datetime.date(int(date_parts[0]),int(date_parts[1]),int(date_parts[2]))
print 'date: ', date
return int((date-datetime.date(1970,1,1)).total_seconds() * 1000)
return None