def test_merge(self): pnoise_map = list(anoiseio.read_mapping(self.pnoise_fp)) snoise_map = list(anoiseio.read_mapping(self.snoise_fp)) merged = list(anoiseio.merge_mapping(snoise_map, pnoise_map)) expected = [('test-snoise_0_9', ['HNURVDS01DLT4H', 'HNURVDS01CZVIU', 'HNURVDS01D26KT', 'HNURVDS01CC1CQ', 'HNURVDS01DKD2V', 'HNURVDS01B4O4G', 'HNURVDS01A8G9D', 'HNURVDS01B7BIK', 'HNURVDS01A660L'])] self.assertEqual(expected, merged)
def test_snoise(self): expected = [('test-snoise_0_9', [ 'test-pnoise_0_1', 'test-pnoise_1_2', 'test-pnoise_2_3', 'test-pnoise_3_1', 'test-pnoise_4_1', 'test-pnoise_5_1' ])] actual = list(anoiseio.read_mapping(self.snoise_fp)) self.assertEqual(expected, actual)
def test_pnoise(self): expected = [('test-pnoise_0_1', ['HNURVDS01DLT4H']), ('test-pnoise_1_2', ['HNURVDS01CZVIU', 'HNURVDS01D26KT']), ('test-pnoise_2_3', 'HNURVDS01CC1CQ,HNURVDS01DKD2V,HNURVDS01B4O4G'.split(',')), ('test-pnoise_3_1', ['HNURVDS01A8G9D']), ('test-pnoise_4_1', ['HNURVDS01B7BIK']), ('test-pnoise_5_1', ['HNURVDS01A660L'])] actual = list(anoiseio.read_mapping(self.pnoise_fp)) self.assertEqual(expected, actual)
def test_pnoise(self): expected = [ ('test-pnoise_0_1', ['HNURVDS01DLT4H']), ('test-pnoise_1_2', ['HNURVDS01CZVIU', 'HNURVDS01D26KT']), ('test-pnoise_2_3', 'HNURVDS01CC1CQ,HNURVDS01DKD2V,HNURVDS01B4O4G'.split(',')), ('test-pnoise_3_1', ['HNURVDS01A8G9D']), ('test-pnoise_4_1', ['HNURVDS01B7BIK']), ('test-pnoise_5_1', ['HNURVDS01A660L']) ] actual = list(anoiseio.read_mapping(self.pnoise_fp)) self.assertEqual(expected, actual)
def test_snoise(self): expected = [('test-snoise_0_9', ['test-pnoise_0_1', 'test-pnoise_1_2', 'test-pnoise_2_3', 'test-pnoise_3_1', 'test-pnoise_4_1', 'test-pnoise_5_1'])] actual = list(anoiseio.read_mapping(self.snoise_fp)) self.assertEqual(expected, actual)