def test_loadEmptyFile(self):
log = LogFile()
log.createLogfile("empty.test")
log2 = LogFile()
log2.loadFromFile("empty.test")
self.assertTrue(log2.isBrokenFile())
def test_createRandomDataFileNoGPS(self):
log = LogFile()
log.createLogfile("Random_NoGPS.test")
time = range(100)
speed = np.random.randint(100, size=100).tolist()
rpm = np.random.randint(5000, size=100).tolist()
load = np.random.randint(100, size=100).tolist()
maf = np.random.randint(100, size=100).tolist()
temp = np.random.randint(30, size=100).tolist()
pedal = np.random.randint(100, size=100).tolist()
afr = [1] * 100
fuel_lvl = np.random.randint(100, size=100).tolist()
gps_long = [None] * 100
gps_lat = [None] * 100
gps_alt = [None] * 100
gps_time = [None] * 100
internal_temp = np.random.randint(30, size=100).tolist()
vin = ["MF0DXXGAKDJP09111"] * 100
for i in range(0, len(speed)):
log.addData([
time[i], speed[i], rpm[i], load[i], maf[i], temp[i], pedal[i],
afr[i], fuel_lvl[i], gps_long[i], gps_lat[i], gps_alt[i],
gps_time[i], internal_temp[i], vin[i]
])
log.appendFile()
log2 = LogFile()
log2.loadFromFile(log.getfilename())
speed_csv = log2.getLabelData(signals.SPEED.name)
afr_csv = log2.getLabelData(signals.COMMANDED_EQUIV_RATIO.name)
temp_csv = log2.getLabelData(signals.AMBIANT_AIR_TEMP.name)
rpm_csv = log2.getLabelData(signals.RPM.name)
load_csv = log2.getLabelData(signals.ENGINE_LOAD.name)
maf_csv = log2.getLabelData(signals.MAF.name)
pedal_csv = log2.getLabelData(signals.RELATIVE_ACCEL_POS.name)
fuel_lvl_csv = log2.getLabelData(signals.FUEL_LEVEL.name)
gps_long_csv = log2.getLabelData(signals.GPS_Long.name)
gps_lat_csv = log2.getLabelData(signals.GPS_Lat.name)
gps_alt_csv = log2.getLabelData(signals.GPS_Alt.name)
gps_time_csv = log2.getLabelData(signals.GPS_Time.name)
internal_temp_csv = log2.getLabelData(signals.INTERNAL_AIR_TEMP.name)
vin_csv = log2.getLabelData(signals.VIN.name)
self.assertTrue(log2.isBrokenFile())
self.assertEqual(speed_csv, speed)
self.assertEqual(afr_csv, afr)
self.assertEqual(temp_csv, temp)
self.assertEqual(rpm_csv, rpm)
self.assertEqual(load_csv, load)
self.assertEqual(maf_csv, maf)
self.assertEqual(pedal_csv, pedal)
self.assertEqual(fuel_lvl_csv, fuel_lvl)
self.assertEqual(gps_long_csv, gps_long)
self.assertEqual(gps_lat_csv, gps_lat)
self.assertEqual(gps_alt_csv, gps_alt)
self.assertEqual(gps_time_csv, gps_time)
self.assertEqual(internal_temp_csv, internal_temp)
self.assertEqual(vin_csv, vin)
self.assertEqual(log2._VIN, "MF0DXXGAKDJP09111")
def test_createZerosDataFile(self):
log = LogFile()
log.createLogfile("Zeros.test")
time = range(100)
speed = [0] * 100
rpm = [0] * 100
load = [0] * 100
maf = [0] * 100
temp = [0] * 100
pedal = [0] * 100
afr = [0] * 100
fuel_lvl = [None] * 100
gps_long = [None] * 100
gps_lat = [None] * 100
gps_alt = [None] * 100
gps_time = [None] * 100
internal_temp = [None] * 100
vin = ["VIN12FBASSF13"] * 100
for i in range(0, len(speed)):
log.addData([
time[i], speed[i], rpm[i], load[i], maf[i], temp[i], pedal[i],
afr[i], fuel_lvl[i], gps_long[i], gps_lat[i], gps_alt[i],
gps_time[i], internal_temp[i], vin[i]
])
log.appendFile()
log2 = LogFile()
log2.loadFromFile(log.getfilename())
speed_csv = log2.getLabelData(signals.SPEED.name)
afr_csv = log2.getLabelData(signals.COMMANDED_EQUIV_RATIO.name)
temp_csv = log2.getLabelData(signals.AMBIANT_AIR_TEMP.name)
rpm_csv = log2.getLabelData(signals.RPM.name)
load_csv = log2.getLabelData(signals.ENGINE_LOAD.name)
maf_csv = log2.getLabelData(signals.MAF.name)
pedal_csv = log2.getLabelData(signals.RELATIVE_ACCEL_POS.name)
fuel_lvl_csv = log2.getLabelData(signals.FUEL_LEVEL.name)
gps_long_csv = log2.getLabelData(signals.GPS_Long.name)
gps_lat_csv = log2.getLabelData(signals.GPS_Lat.name)
gps_alt_csv = log2.getLabelData(signals.GPS_Alt.name)
gps_time_csv = log2.getLabelData(signals.GPS_Time.name)
internal_temp_csv = log2.getLabelData(signals.INTERNAL_AIR_TEMP.name)
vin_csv = log2.getLabelData(signals.VIN.name)
self.assertTrue(log2.isBrokenFile())
self.assertEqual(speed_csv, speed)
self.assertEqual(afr_csv, afr)
self.assertEqual(temp_csv, temp)
self.assertEqual(rpm_csv, rpm)
self.assertEqual(load_csv, load)
self.assertEqual(maf_csv, maf)
self.assertEqual(pedal_csv, pedal)
self.assertEqual(fuel_lvl_csv, fuel_lvl)
self.assertEqual(gps_long_csv, gps_long)
self.assertEqual(gps_lat_csv, gps_lat)
self.assertEqual(gps_alt_csv, gps_alt)
self.assertEqual(gps_time_csv, gps_time)
self.assertEqual(internal_temp_csv, internal_temp)
self.assertEqual(vin_csv, vin)
def test_isBrokenFile_NoGPS(self):
log = LogFile()
log.loadFromFile("Random_NoGPS.test")
broken = log.isBrokenFile()
self.assertTrue(broken)
def test_isBrokenFile_OK(self):
log = LogFile()
log.loadFromFile("Random.test")
broken = log.isBrokenFile()
self.assertFalse(broken)
def test_isBrokenFile_NoRPM(self):
log = LogFile()
log.loadFromFile("Zeros.test")
broken = log.isBrokenFile()
self.assertTrue(broken)
print(env.PATH)
# Create an object of the class LogFile --> logging
log = LogFile()
# Get the file names of the LogFile
files = LogFile.getFilenames()
print(files)
### Transfer every CSV file to server
# For every file of the LogFile
for file in files:
# Load the file from the LogFile: Loads the data from the csv file
log.loadFromFile(file)
### Delete Files without content
if (log.isBrokenFile()):
# If the file path exists, delete it and write the action to the log
if os.path.exists(env.PATH + file):
os.remove(env.PATH + file)
print("[DELETE] broken file: " + str(file))
with open(env.PATH + "LOG.log", "a") as f:
f.write("[DELETE]: " + str(file) +
" - File was broken (No GPS or RPM signals) " +
"\n")
continue
### Transfer of JSON to server
# If file has content, transfer the data to a JSON object
filename = log.transferToJson()
print(filename)
