def test_correct_pairing(self):
left = self.tmp.write(self.dir + 'P01_E2_left.txt', b'')
right = self.tmp.write(self.dir + 'P01_E2_right.txt', b'')
crawler = Crawler()
crawler.crawl(self.dir)
crawler.pair()
self.assertEquals(crawler.pairedFiles[0][0].filename, 'P01_E2_left.txt')
self.assertEquals(crawler.pairedFiles[0][1].filename, 'P01_E2_right.txt')
def test_one_partner_missing_pairing(self):
left = self.tmp.write(self.dir + 'P01_E2_left.txt', b'')
crawler = Crawler()
crawler.crawl(self.dir)
try:
crawler.pair()
except ValueError:
pass
self.assertEquals(crawler.pairedFiles[0][0].filename,
crawler.pairedFiles[0][1].filename)
if __name__ == "__main__":
cli = CLIParser()
if not cli.parseForSedater(sys.argv[1:]):
sys.exit(2)
importer = Crawler()
for source in cli.args.inputSource:
# Data Export preparations
if cli.args.output_dir:
outputDir = cli.args.output_dir + '/'
else:
outputDir = os.path.dirname(source) + '/'
# Data Import
importer.crawl(source)
# All input sources are crawled
# now pair all files together
importer.pair()
# Raw Data Conversion and Normalization
sensLeft = UninitializedSensor._make([
Orientation.left
, cli.args.left_calibration
])
sensRight = UninitializedSensor._make([
Orientation.right
, cli.args.right_calibration
])
for pair in importer.pairedFiles:
