def test_compression_overlapped():
result = run_notebook(
'data_compression/overlapping-communication-compute.ipynb',
NOTEBOOK_PATH)
assert result._8
base_time = get_timeit_time(result, 9)
overlapped_time = get_timeit_time(result, 15)
assert overlapped_time < base_time
def test_streams_memories():
result = run_notebook('2_kernel_optimization/3-memories-and-streams.ipynb',
NOTEBOOK_PATH)
assert result._2 == result._4
assert result._2 == result._8
assert result._3 == result._6
assert result._2 + 4 * 1024 * 1024 == result._3
assert result._9 == 'krnl_stream_vadd_1.out_r'
assert result._10 is not None
def test_using_streams():
result = run_notebook('2_kernel_optimization/2-using-streams.ipynb',
NOTEBOOK_PATH)
assert result._10 is True
def test_kernel_opt():
result = run_notebook('2_kernel_optimization/1-kernel-optimizations.ipynb',
NOTEBOOK_PATH)
assert result._5 is True
assert result._15 is True
assert result._18 is True
def test_intro_opencl():
result = run_notebook('1_introduction/4-opencl-comparison.ipynb',
NOTEBOOK_PATH)
def test_intro_explore():
result = run_notebook('1_introduction/3-exploring-a-bitstream.ipynb',
NOTEBOOK_PATH)
def test_intro_add_mult():
result = run_notebook('1_introduction/2-vadd-and-vmult.ipynb',
NOTEBOOK_PATH)
# TODO: add stdout compare for first cell
assert result._7 is True # First compare
assert get_stdout(result, 1) == 'SUCCESS!\n'
def test_intro_add():
result = run_notebook('1_introduction/1-vector-addition.ipynb',
NOTEBOOK_PATH)
# TODO: add stdout compare for first cell
assert result._7 is True # First compare
assert get_stdout(result, 1) == 'SUCCESS!\n'
def test_welcome():
# No cell outputs to verify
result = run_notebook('0_welcome_to_pynq/welcome-to-pynq.ipynb',
NOTEBOOK_PATH)
def test_compression_zlib():
result = run_notebook('data_compression/zlib-compression.ipynb',
NOTEBOOK_PATH)
assert result._20
hw_time = get_timeit_time(result, 23)
sw_time = get_timeit_time(result, 24)
def test_compression_intro():
result = run_notebook('data_compression/intro-to-compression.ipynb',
NOTEBOOK_PATH)
assert result._12
assert result._13 < 1
def test_scheduling():
result = run_notebook(
'3_advanced_features/1-efficient-accelerator-scheduling.ipynb',
NOTEBOOK_PATH)
assert result._5 is True
assert result._11 is True
