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How to use test_lists method in assertpy

Best Python code snippet using assertpy_python

test_dll.py

Source:test_dll.py

1"""Test double linked list implementation."""2import pytest3@pytest.fixture4def test_lists():5    """Dll fixtures."""6    from src.dll import DoubleLinkedList7    empty = DoubleLinkedList()8    one = DoubleLinkedList(3)9    multi = DoubleLinkedList([1, 2, 3, 4, 5])10    return empty, one, multi11def test_node_class():12    """Test node class has data."""13    from src.dll import Node14    node = Node(5)15    assert node.data is 516def test_list_of_none(test_lists):17    """Test list of none head and tail is none."""18    assert test_lists[0].head is None...

test_linked_list.py

Source:test_linked_list.py

...4import pytest5myPath = os.path.dirname(os.path.abspath(__file__))6sys.path.insert(0, myPath + '/../')7@pytest.fixture8def test_lists():9    """Fixture for linked list tests."""10    from src.linked_list import LinkedList11    empty = LinkedList()12    one = LinkedList(5)13    multi = LinkedList([1, 2, 3, 4, 5])14    return empty, one, multi15def test_node_has_data():16    """Test node object has data."""17    from src.linked_list import Node18    ll = Node(5)19    assert ll.data is 5 and ll.next is None20def test_push_adds_to_the_head(test_lists):21    """Test push, adds to the head of the list."""22    ll = test_lists[1]...

overlap.py

Source:overlap.py

1testlist1 = [[572.994798731525, 589.533307081074], [980.955440528633, 991.175758850295], [2913.28090480674, 2945.26662743359], [3598.1017545957, 3623.03329631861], [3687.02956902969, 3710.49374436116], [3797.16035036894, 3805.92316962196], [3914.83167613624, 3927.97590501577], [3987.85209300433, 4008.29177474545], [4060.77892945614, 4065.74728563923], [4211.61018926417, 4224.8667783034]]2testlist2 = [[577.354418970819, 605.164482581487], [2929.4346032273, 2948.26159096649], [3602.40082220593, 3629.79447291512], [3690.02339096926, 3704.66762928106], [3798.82856452459, 3815.90794539923], [3888.10924960999, 3936.83711865265], [3977.12596208323, 4006.71873126086], [4059.70542286942, 4080.16591415182], [4209.37757224869, 4223.10447673127]]3testlist3 = [[584.527455464588, 600.820793904481], [2929.43466714205, 2946.97176447458], [3602.40082220593, 3608.70566207031], [3690.02339096926, 3696.41448949697], [3798.63768979395, 3806.12500543054], [3911.660729378, 3925.39368151594], [3989.38646928919, 3998.93030604674], [4059.70542286942, 4068.23548160959], [4209.37757224869, 4217.62243629387], [4251.16050485149, 4262.54633011343]]4testlist4 = [[779.430093629126, 807.433317026444], [2900.92224214284, 2945.26662743359], [3573.58177572401, 3703.65409815306], [3786.56475547992, 3815.53935314732], [3884.91077038168, 4075.00251613033], [4198.36283094628, 4224.8667783034]]5testlist5 = [[2899.75016432628, 2916.43978334125], [2929.06798469456, 2944.3235023538], [3602.40082220593, 3630.94766530348], [3690.02339096926, 3704.35092311865], [3798.2807689585, 3815.3722452611], [3888.10924960999, 3938.45502561098], [3977.07248807792, 3998.93030604674], [4056.666802252, 4070.79999151727], [4183.85455683246, 4200.34810449462], [4210.95194334281, 4224.37436706532]]6test_lists = [testlist1, testlist2, testlist3, testlist4, testlist5]7test_lists.sort(key=lambda x: x[0][0])8testlist1 = test_lists[0]9testlist2 = test_lists[1]10testlist3 = test_lists[2]11testlist4 = test_lists[3]12testlist5 = test_lists[4]13nums = []14for i in range(len(test_lists)):15    for j in range(len(test_lists[i])):16        nums.append(test_lists[i][j][0])17        nums.append(test_lists[i][j][1])18nums = sorted(list(set(nums)))19overlap = []20for i in range(len(nums)-1):21    overlap.append([nums[i], nums[i+1]])22overlap_count = [0 for i in overlap]23for i in range(len(test_lists)):24    for j in range(len(test_lists[i])):25        start = test_lists[i][j][0]26        end = test_lists[i][j][1]27        for k in range(len(overlap)):28            if start <= overlap[k][0] and overlap[k][1] <= end:29                overlap_count[k] += 130result = []31result_count = []32for i in range(len(overlap_count)):33    if overlap_count[i] >= 3:34        result.append(overlap[i])35        result_count.append(overlap_count[i])36print(result)37stitch = []38for i in range(len(result)):39    if result[i][0] in stitch:40        stitch.remove(result[i][0])41        stitch.append(result[i][1])42    else:43        stitch.append(result[i][0])44        stitch.append(result[i][1])45final = []46for i in range(0, len(stitch), 2):47    final.append([stitch[i], stitch[i+1]])...

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