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pytest.py
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pytest.py
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import unittest
from BCI2kReader import BCI2kReader as b2k
import numpy as np
import os
########################################
## eeg1_1.dat, eeg1_2.dat : 64 Channels with 19696 samples, 8 states, 85 parameter fields
##
class TestStartup(unittest.TestCase):
def test_SimpleFileLoading(self):
dirname = os.path.dirname(__file__)
filename = os.path.join(dirname, 'TestData/eeg1_1.dat')
file=b2k.BCI2kReader(filename)
self.assertNotEqual(file, None)
self.assertEqual(file.signals.shape,(64,19696))
file.close()
def test_ReadInPlace(self):
dirname = os.path.dirname(__file__)
filename = os.path.join(dirname, 'TestData/eeg1_1.dat')
with b2k.BCI2kReader(filename, False) as file:
signals, states = file.read(100)
self.assertEqual(signals.shape,(64,100))
self.assertEqual(states['Running'].shape,(1,100))
def SliceNotationTest1(self, file):
demo_slice = np.zeros((1,300))
signals, states = file[5:99]
self.assertEqual(signals.shape,(64, demo_slice[:,5:99].shape[1]),'Signals shape')
self.assertEqual(states['Running'].shape, demo_slice[:, 5:99].shape,'State shape')
def SliceNotationTest2(self, file):
demo_slice = np.zeros((1,300))
signals, states = file[100:200:2]
self.assertEqual(signals.shape, (64, demo_slice[:, 100:200:2].shape[1]),'Signals shape with other stepsize')
self.assertEqual(states['Running'].shape, demo_slice[:, 100:200:2].shape,'State shape with other stepsize')
def SliceNotationTest3(self, file):
signals, states = file[19696-100:]
self.assertEqual(signals.shape, (64,100),"Signals shape is not expected")
self.assertEqual(states['Running'].shape,(1,100),'Signals shape is not expected')
def SliceNotationTest4(self, file):
signals, states = file[:99]
demo_slice=np.zeros((1,300))
self.assertEqual(signals.shape,(64,demo_slice[:,:99].shape[1]),'Signals shape')
self.assertEqual(states['Running'].shape,demo_slice[:,:99].shape,'State shape')
def SliceNotationTest5(self, file):
signals, states = file[100]
self.assertEqual(signals.shape,(64,1),'Signals shape')
self.assertEqual(states['Running'].shape,(1,1),'State shape')
def SliceNotationTest6(self, file):
signals, states = file[-100]
self.assertEqual(signals.shape, (64, 1), 'Signals shape')
self.assertEqual(states['Running'].shape, (1, 1), 'State shape')
def test_SliceInPlace1(self):
dirname = os.path.dirname(__file__)
filename = os.path.join(dirname, 'TestData/eeg1_1.dat')
with b2k.BCI2kReader(filename, False) as file:
self.SliceNotationTest1(file)
self.SliceNotationTest2(file)
self.SliceNotationTest3(file)
self.SliceNotationTest4(file)
self.SliceNotationTest5(file)
self.SliceNotationTest6(file)
def test_SliceBuffered1(self):
dirname = os.path.dirname(__file__)
filename = os.path.join(dirname, 'TestData/eeg1_1.dat')
with b2k.BCI2kReader(filename,True) as file:
file.signals # fills buffer
self.SliceNotationTest1(file)
self.SliceNotationTest2(file)
self.SliceNotationTest3(file)
self.SliceNotationTest4(file)
self.SliceNotationTest5(file)
self.SliceNotationTest6(file)
def test_SignalSize(self):
dirname = os.path.dirname(__file__)
filename = os.path.join(dirname, 'TestData/eeg1_1.dat')
with b2k.BCI2kReader(filename) as file:
print(file.signals.shape)
self.assertEqual(file.signals.shape, (64, 19696), 'Signals shape is not expected')
def test_StateSlicing(self):
dirname = os.path.dirname(__file__)
filename = os.path.join(dirname, 'TestData/eeg1_1.dat')
with b2k.BCI2kReader(filename) as file:
demo_slice = np.zeros((1, 300))
self.assertEqual(file.states[1:100].shape, (8, demo_slice[:, 1:100].shape[1]))
self.assertEqual(file.states['Running'].shape, (1, 19696))
self.assertEqual(file.states[1:100]['Running'].shape, (1, demo_slice[:, 1:100].shape[1]))
self.assertEqual(file.states['Running'][:, 1:100].shape, (1, demo_slice[:, 1:100].shape[1]))
def test_BinarySlicingBuffered(self):
dirname = os.path.dirname(__file__)
filename = os.path.join(dirname, 'TestData/eeg1_1.dat')
with b2k.BCI2kReader(filename) as file:
stimmask = file.states['StimulusCode'] == 1
sigs = file.signals[:, stimmask[0, :]]
signals, states = file[stimmask]
self.assertEqual(signals.shape, (64, sum(stimmask[0, :])))
self.assertEqual(states.shape, (8, sum(stimmask[0, :])))
self.assertEqual(np.all(signals[1, :] == sigs[1, :]), True)
self.assertEqual((states['StimulusCode'] == 1).all(), True)
def test_BinarySlicingUnBuffered(self):
dirname = os.path.dirname(__file__)
filename = os.path.join(dirname, 'TestData/eeg1_1.dat')
with b2k.BCI2kReader(filename, False) as file:
stimmask = file.states['StimulusCode'] == 1
sigs = file.signals[:, stimmask[0, :]]
signals, states = file[stimmask]
self.assertEqual(signals.shape, (64, sum(stimmask[0, :])))
self.assertEqual(states.shape, (8, sum(stimmask[0, :])))
self.assertEqual(np.all(signals[1, :] == sigs[1, :]), True)
self.assertEqual((states['StimulusCode'] == 1).all(), True)
if __name__ == "__main__":
unittest.main()