How to use testPass method in green

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test_exquisitecorpse.py

Source:test_exquisitecorpse.py

1import os2import shutil3import tempfile4import pytest5from flask_migrate import init, migrate, upgrade6from exquisitecorpse import create_app, db, migrate7@pytest.fixture8def client():9    app = create_app()10    database_path = tempfile.mkstemp()11    app.config['DATABASE'] = "sql:///" + database_path[1]12    app.config['TESTING'] = True13    client = app.test_client()14    with app.app_context():15        upgrade()16    yield client17    os.close(database_path[0])18    os.unlink(database_path[1])19def login(client, username, password):20    return client.post('/auth/login', data=dict(21        username=username,22        password=password23    ), follow_redirects=True)24def register(client, username, password, repassword):25    return client.post('/auth/register', data=dict(26        username=username,27        password=password,28        re_entered_password=repassword29    ), follow_redirects=True)30def logout(client):31    return client.get('/auth/logout', follow_redirects=True)32def test_homepage(client):33    """Can we get to the homepage?"""34    rv = client.get('/')35    assert b'All corpses are completed! Please release a new corpse into the universe.' in rv.data36def test_register_login_logout(client):37    rv = register(client, 'test', 'testpass', 'testpass')38    assert b'You are now registered!' in rv.data39    rv = logout(client)40    assert b'Successfully logged out' in rv.data41    rv = login(client, 'test', 'testpass')42    assert b'Successfully logged in' in rv.data43    rv = logout(client)44    assert b'Successfully logged out' in rv.data45    46def test_bad_register(client):47    rv = register(client, None, None, None)48    assert b'Username is required' in rv.data49    assert b'Password is required' in rv.data50    logout(client)51    rv = register(client, None, 'testpass', 'testpass')52    assert b'Username is required' in rv.data53    logout(client)54    rv = register(client, 'test', None, 'testpass')55    assert b'Password is required' in rv.data56    assert b'Passwords do not match' in rv.data57    logout(client)58    rv = register(client, 'test', 'testpass', None)59    assert b'Passwords do not match' in rv.data60    logout(client)61    rv = register(client, None, None, 'testpass')62    assert b'Username is required' in rv.data63    assert b'Password is required' in rv.data64    assert b'Passwords do not match' in rv.data65    logout(client)66    rv = register(client, None, 'testpass', None)67    assert b'Username is required' in rv.data68    assert b'Passwords do not match' in rv.data69    logout(client)70    rv = register(client, 'test', None, None)71    assert b'Password is required' in rv.data72    logout(client)73    rv = register(client, 'test', 'testpass', 'nottestpass')74    assert b'Passwords do not match' in rv.data75    logout(client)76def test_bad_login(client):77    rv = register(client, 'test', 'testpass', 'testpass')78    rv = login(client, 'nottest', 'testpass')79    assert b'Incorrect username' in rv.data80    rv = login(client, 'test', 'nottestpass')81    assert b'Incorrect password' in rv.data82def test_bad_logout(client):83    pass84def test_double_register(client):85    rv = register(client, 'test', 'testpass', 'testpass')86    logout(client)87    rv = register(client, 'test', 'testpass', 'testpass')...

classifier.py

Source:classifier.py

1import numpy as np2import sys3def load_data(fileName, datasize):4    """ this function takes filepath as an argument and loads data inside a list"""5    f= open(fileName)6    data= []7    for i in range(datasize):8        line= f.readline()9        line= np.fromstring(line, dtype= 'int', sep=',')10        data.append(line)11    data= np.array(data)12    f.close()13    return data14def calculate_priors(class_occ):15    ones= class_occ.sum()16    prob_1= ones/ class_occ.shape[0]17    prob_0= 1- prob_118    return prob_0, prob_119def calculate_conditionals(data_normal, data_abnormal, p_n, p_ab):20    testpass_normal= data_normal.sum(axis=0)/data_normal.shape[0]21    testfail_normal= 1- testpass_normal22    testpass_normal= testpass_normal*p_n23    testfail_normal= testfail_normal*p_n 24    testpass_abnormal= data_abnormal.sum(axis=0)/data_abnormal.shape[0]25    testfail_abnormal= 1- testpass_abnormal26    testpass_abnormal= testpass_abnormal*p_ab27    testfail_abnormal= testfail_abnormal*p_ab    28    return testpass_normal,testfail_normal, testpass_abnormal, testfail_abnormal29def test(test_data, testpass_normal,testfail_normal, testpass_abnormal, testfail_abnormal):30    labels= []31    for i in range(test_data.shape[0]):32        a=np.prod((test_data[i]*testpass_normal)+((1-test_data[i])*testfail_normal))    33        b=np.prod((test_data[i]*testpass_abnormal)+((1-test_data[i])*testfail_abnormal))34        if a<b:35            labels.append(0)36        else:37            labels.append(1)38    return labels39def accuracy(y_pred, y_true):40    correct = np.sum(y_pred==y_true)41    accuracy= correct/len(y_pred)42    return accuracy43def main():44     #load train and test files45     train_file= sys.argv[1]46     test_file = sys.argv[2]47     train_data= load_data(train_file, 80)48     test_data = load_data(test_file, 187)49     #caculate priors ie probabilty of normal and abnormal50     p_ab, p_n= calculate_priors(train_data[:,0])51     print("\nStarting to train on 80 data points .....")52     #calculate conditional probabililities for each test53     testpass_normal,testfail_normal, testpass_abnormal, testfail_abnormal= calculate_conditionals(train_data[:40,1:],train_data[40:,1:],p_n , p_ab)54     print("Training Complete")55     print("-------------------------------------------")56     print("Testing on 187 data points")57     labels= test(test_data[:,1:], testpass_normal,testfail_normal, testpass_abnormal, testfail_abnormal)58     acc= accuracy(labels, test_data[:,0])59     print("Total Accuracy= " + str(acc*100) + " %")     ...

test_events.py

Source:test_events.py

1'''2Events3'''4from init import test, import_pymt_no_window5def unittest_dispatcher():6    import_pymt_no_window()7    from pymt import EventDispatcher8    class MyEventDispatcher(EventDispatcher):9        def on_test(self, *largs):10            pass11    global testpass, testargs12    testpass = False13    testargs = None14    def callbacktest(*largs):15        global testpass, testargs16        testpass = True17        testargs = largs18    def resettest():19        global testpass, testargs20        testpass = False21        testargs = None22    a = MyEventDispatcher()23    # test unknown event24    resettest()25    try:26        a.connect('on_test', callbacktest)27    except:28        testpass = True29    test('no register' and testpass)30    # register event + test31    resettest()32    a.register_event_type('on_test')33    try:34        a.connect('on_test', callbacktest)35        testpass = True36    except:37        pass38    test('register' and testpass)39    # test dispatch40    resettest()41    a.dispatch_event('on_test')42    test('dispatch' and testpass)43    test(testargs == ())44    resettest()45    a.dispatch_event('on_test', 123)46    test('disp+arg' and testpass)47    test(testargs == (123,))48    resettest()49    a.dispatch_event('on_test', 123, 'blhe')50    test('disp+2args' and testpass)51    test(testargs == (123, 'blhe'))52    # remove handler53    resettest()54    a.remove_handler('on_test', callbacktest)55    a.dispatch_event('on_test')...

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