def test_real_output(self):
stat_output = ('Samples read: 627456\nLength (seconds):'
' 14.228027\nScaled by: 2147483647.0\nMax'
'imum amplitude: 0.010895\nMinimum amplitude: '
'-0.004883\nMidline amplitude: 0.003006\nMean '
'norm: 0.000137\nMean amplitude: -0.000'
'062\nRMS amplitude: 0.000200\nMaximum delta: '
' 0.015778\nMinimum delta: 0.000000\nMean'
' delta: 0.000096\nRMS delta: '
'0.000124\nRough frequency: 4349\nVolume '
'adjustment: 91.787\n')
expected = {
'Samples read': 627456,
'Length (seconds)': 14.228027,
'Scaled by': 2147483647.0,
'Maximum amplitude': 0.010895,
'Minimum amplitude': -0.004883,
'Midline amplitude': 0.003006,
'Mean norm': 0.000137,
'Mean amplitude': -0.000062,
'RMS amplitude': 0.000200,
'Maximum delta': 0.015778,
'Minimum delta': 0.000000,
'Mean delta': 0.000096,
'RMS delta': 0.000124,
'Rough frequency': 4349,
'Volume adjustment': 91.787
}
actual = file_info._parse_stat(stat_output)
self.assertEqual(expected, actual)
def test_real_output(self):
stat_output = ('Samples read: 627456\nLength (seconds):'
' 14.228027\nScaled by: 2147483647.0\nMax'
'imum amplitude: 0.010895\nMinimum amplitude: '
'-0.004883\nMidline amplitude: 0.003006\nMean '
'norm: 0.000137\nMean amplitude: -0.000'
'062\nRMS amplitude: 0.000200\nMaximum delta: '
' 0.015778\nMinimum delta: 0.000000\nMean'
' delta: 0.000096\nRMS delta: '
'0.000124\nRough frequency: 4349\nVolume '
'adjustment: 91.787\n')
expected = {
'Samples read': 627456,
'Length (seconds)': 14.228027,
'Scaled by': 2147483647.0,
'Maximum amplitude': 0.010895,
'Minimum amplitude': -0.004883,
'Midline amplitude': 0.003006,
'Mean norm': 0.000137,
'Mean amplitude': -0.000062,
'RMS amplitude': 0.000200,
'Maximum delta': 0.015778,
'Minimum delta': 0.000000,
'Mean delta': 0.000096,
'RMS delta': 0.000124,
'Rough frequency': 4349,
'Volume adjustment': 91.787
}
actual = file_info._parse_stat(stat_output)
self.assertEqual(expected, actual)
def test_simple(self):
stat_output = 'Blorg: 1.2345\nPlombus: -0.0001\nMrs. Pancakes: a'
expected = {
'Blorg': 1.2345,
'Plombus': -0.0001,
'Mrs. Pancakes': None
}
actual = file_info._parse_stat(stat_output)
self.assertEqual(expected, actual)
def test_simple(self):
stat_output = 'Blorg: 1.2345\nPlombus: -0.0001\nMrs. Pancakes: a'
expected = {
'Blorg': 1.2345,
'Plombus': -0.0001,
'Mrs. Pancakes': None
}
actual = file_info._parse_stat(stat_output)
self.assertEqual(expected, actual)
def test_empty(self):
stat_output = ''
expected = {}
actual = file_info._parse_stat(stat_output)
self.assertEqual(expected, actual)
def test_empty(self):
stat_output = ''
expected = {}
actual = file_info._parse_stat(stat_output)
self.assertEqual(expected, actual)
