def verifyFilesInside(directory, logger):
'''
Verifies that how much the two files inside are similar.
Returns tuple with 7 elements:
x delta; y delta ; z delta ; p delta ; q delta ; r delta ; sum_delta
'''
reader = ImageDescriptionReader()
expectedFile = os.path.join(directory, expectedFileName)
computedFile = os.path.join(directory, computedFileName)
logger.info("Reading expected file '%s'" % expectedFile)
with open(expectedFile, 'r') as fileStream:
expected = reader.read(fileStream)
logger.info("Reading computed file '%s'" % computedFile)
with open(computedFile, 'r') as fileStream:
computed = reader.read(fileStream)
# get reading
x_delta = getDelta(expected.x, computed.x)
y_delta = getDelta(expected.y, computed.y)
z_delta = getDelta(expected.z, computed.z)
p_delta = getDeltaRadians(expected.p, computed.p)
q_delta = getDeltaRadians(expected.q, computed.q)
r_delta = getDeltaRadians(expected.r, computed.r)
sum_delta = x_delta + y_delta + z_delta + p_delta + q_delta + r_delta
return (x_delta, y_delta, z_delta, p_delta, q_delta, r_delta, sum_delta)
def testReadingNormalFileGetsTheProperValues(self):
'''
reading the file hardcoded gets the proper values
'''
# set up the file with such string
with open(self.fileName, 'r') as file:
# read this file using reader
reader = ImageDescriptionReader()
readImage = reader.read(file)
print(readImage)
print(self.expectedImage)
# compare the image objects
self.assertEqual(self.expectedImage, readImage, "The values should be identical")
