How to use test_read_event method in keyboard

Best Python code snippet using keyboard

test_core.py

Source:test_core.py

1import numpy as np2import quakeio3def test_mul():4    from .test_csmip import test_read_event5    event = test_read_event()6def test_rotate():7    # pick an arbitrary time8    time = 239    angle = 21/7/310    rotation = np.array([11        [ np.cos(angle), np.sin(angle)],12        [-np.sin(angle), np.cos(angle)]13    ])14    # read event15    from .test_csmip import test_read_event16    event = test_read_event()17    assert type(event) == quakeio.core.QuakeCollection18    mot = event.motions["bent_4_north_column_grnd_level"]19    assert type(mot) == quakeio.core.QuakeMotion20    a_long, a_tran = mot.long.accel.data[time], mot.tran.accel.data[time]21    22    # Apply rotation to record23    mot.rotate(angle) 24    A_long_rot, A_tran_rot = mot.long.accel, mot.tran.accel25    # Ensure that rotation does not alter object types26    assert type(A_long_rot) == quakeio.core.QuakeSeries27    assert type(A_tran_rot) == quakeio.core.QuakeSeries28    # manually calculate values 29    a_calc_long, a_calc_tran = rotation @ np.array([[a_long],[a_tran]])30    # Assert rotation matches manual calc31    assert np.isclose(float(A_long_rot.data[time]), float(a_calc_long))32    assert np.isclose(float(A_tran_rot.data[time]), float(a_calc_tran))33def test_rotate_displ():34    # pick an arbitrary time35    time = 2336    angle = 21/7/337    rotation = np.array([38        [ np.cos(angle), np.sin(angle)],39        [-np.sin(angle), np.cos(angle)]40    ])41    # read event42    from .test_csmip import test_read_event43    event = test_read_event()44    assert type(event) == quakeio.core.QuakeCollection45    mot = event.motions["bent_4_north_column_grnd_level"]46    assert type(mot) == quakeio.core.QuakeMotion47    a_long, a_tran = mot.long.displ.data[time], mot.tran.displ.data[time]48    49    # Apply rotation to record50    mot.rotate(angle) 51    D_long_rot, D_tran_rot = mot.long.displ, mot.tran.displ52    # Ensure that rotation does not alter object types53    assert type(D_long_rot) == quakeio.core.QuakeSeries54    assert type(D_tran_rot) == quakeio.core.QuakeSeries55    # manually calculate values 56    a_calc_long, a_calc_tran = rotation @ np.array([[a_long],[a_tran]])57    # Assert rotation matches manual calc...

test_csmip.py

Source:test_csmip.py

...4csmip_dir = Path("dat/58658_007_20210426_10.09.54.P/")5#----------------------------------------------------------------------6# Record (.v2)7#----------------------------------------------------------------------8def test_read_event():9    return quakeio.csmip.read_event(csmip_archive)10def test_unique():11    event = test_read_event()12    all_components = [c for m in event.motions.values() for c in m.components]13    #all_components = [m for m in event.motions]# for c in m.components]14    assert len(all_components) == 2015#----------------------------------------------------------------------16# Record (.v2)17#----------------------------------------------------------------------18def test_2():19    csmip_record = quakeio.csmip.read_record(csmip_dir / "chan001.v2")20    quakeio.write("-", csmip_record, "json")21def test_read():22    csmip_record = quakeio.read(csmip_dir / "chan001.v2")23    quakeio.write("-", csmip_record, "yaml", summarize=True)24    return csmip_record25def test_peak():...

test_read_event.py

Source:test_read_event.py

1import brownie2def test_read_event(usdt, alice):3    value = 1000*10**18;4    aliceBeforeBalance = usdt.balanceOf(alice)5    assert aliceBeforeBalance == 06    tx = usdt._mint_for_testing(alice, value)7    assert tx.events[0].name == 'Transfer'8    assert tx.events['Transfer']['_value'] == value9    assert tx.events['Transfer']['_from'] == '0x0000000000000000000000000000000000000000'10    assert tx.events['Transfer']['_to'] == alice11    aliceAfterBalance = usdt.balanceOf(alice)...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.