def test_Assemble_C6FlagEnabled_ReturnsCorrectTuple_case7(): moves1 = [ BlackMove(9, 9), WhiteMove(9, 8), WhiteMove(8, 9), BlackMove(8, 8), BlackMove(7, 10) ] moves2 = [ BlackMove(9, 9), WhiteMove(9, 8), WhiteMove(8, 9), BlackMove(8, 8), BlackMove(10, 7) ] assembler = Assembler(moves1, merge_symmetric_moves=True) assembler.assemble(moves2) actual = to_tuple(assembler) expected = ( Root(), BlackMove(9, 9), WhiteMove(8, 9), WhiteMove(9, 8), BlackMove(8, 8), BlackMove(7, 10), ) assert actual == expected
def test_Assemble_ReturnsCorrectPreOrderTraversalTuple_1(): moves1 = [ BlackMove(0, 0), WhiteMove(0, 1), BlackMove(0, 2), ] moves2 = [ BlackMove(1, 0), WhiteMove(1, 1), BlackMove(0, 2), ] assembler = Assembler(moves1) assembler.assemble(moves2) actual = to_tuple(assembler) expected = ( Root(), BlackMove(0, 0), WhiteMove(0, 1), BlackMove(0, 2), BlackMove(1, 0), WhiteMove(1, 1), BlackMove(0, 2), ) assert actual == expected
def test_Assemble_ReturnsCorrectPreOrderTraversalTuple_4(): assembler = Assembler() assembler.assemble([]) actual = to_tuple(assembler) expected = (Root(), ) assert actual == expected
def test_Ctor_ReturnsCorrectPreOrderTraversalTuple(): moves = [ BlackMove(0, 0), WhiteMove(0, 1), BlackMove(0, 2), ] assembler = Assembler(moves) actual = to_tuple(assembler) expected = (Root(), BlackMove(0, 0), WhiteMove(0, 1), BlackMove(0, 2)) assert actual == expected assert type(actual) == tuple
def test_Assemble_mergeSymmetricMoves_ReturnsCorrectPreOrderTraversalTuple_0(): moves1 = [BlackMove(0, 0), WhiteMove(2, 1), BlackMove(0, 2)] moves2 = [ BlackMove(0, 18), WhiteMove(1, 16), BlackMove(2, 18), ] # Rotate 90% moves3 = [ BlackMove(18, 18), WhiteMove(16, 17), BlackMove(18, 16), ] # Rotate 180% moves4 = [ BlackMove(18, 0), WhiteMove(17, 2), BlackMove(16, 0), ] # Rotate 270% moves5 = [ BlackMove(0, 18), WhiteMove(2, 17), BlackMove(0, 16), ] # Horizontal reflection assembler = Assembler(moves1, merge_symmetric_moves=True) assembler.assemble(moves2) assembler.assemble(moves3) assembler.assemble(moves4) assembler.assemble(moves5) actual = to_tuple(assembler) expected = ( Root(), BlackMove(0, 0), WhiteMove(1, 2), BlackMove(2, 0), ) assert actual == expected
def test_Assemble_C6FlagEnabled_ReturnsCorrectTuple_case1(): moves1 = [ BlackMove(9, 9), WhiteMove(11, 7), WhiteMove(12, 6), BlackMove(11, 11), BlackMove(12, 12), WhiteMove(11, 3), WhiteMove(12, 3), BlackMove(9, 3), BlackMove(8, 3) ] moves2 = [ BlackMove(9, 9), WhiteMove(7, 11), WhiteMove(6, 12), BlackMove(11, 11), BlackMove(12, 12), WhiteMove(11, 3), WhiteMove(12, 3), BlackMove(9, 3), BlackMove(8, 3) ] assembler = Assembler(moves1, merge_symmetric_moves=True) assembler.assemble(moves2) expected = (Root(), BlackMove(9, 9), WhiteMove(6, 6), WhiteMove(7, 7), BlackMove(6, 12), BlackMove(7, 11), WhiteMove(6, 3), WhiteMove(7, 3), BlackMove(9, 3), BlackMove(10, 3), WhiteMove(15, 11), WhiteMove(15, 12), BlackMove(15, 8), BlackMove(15, 9)) actual = to_tuple(assembler) assert actual == expected