def test_move_round_trip():
moves = (Move('a1',
'b4',
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC),
Move('a1',
'b4',
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC,
measurement=0),
Move('a1',
'b4',
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC,
measurement=1),
Move('a1',
'b4',
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC,
measurement=1),
Move('c8',
'g4',
target2='f5',
move_type=enums.MoveType.SPLIT_SLIDE,
move_variant=enums.MoveVariant.BASIC,
measurement=0))
for m in moves:
assert m == Move.from_string(m.to_string(include_type=True))
def test_from_string():
assert Move.from_string("a1b4:JUMP:BASIC") == Move(
"a1",
"b4",
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC)
assert Move.from_string("a1b4.m0:JUMP:BASIC") == Move(
"a1",
"b4",
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC,
measurement=0,
)
assert Move.from_string("a1b4.m1:JUMP:BASIC") == Move(
"a1",
"b4",
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC,
measurement=1,
)
assert Move.from_string("a1b4.m1:JUMP:BASIC") == Move(
"a1",
"b4",
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC,
measurement=1,
)
assert Move.from_string("c8^g4f5.m0:SPLIT_SLIDE:BASIC") == Move(
"c8",
"g4",
target2="f5",
move_type=enums.MoveType.SPLIT_SLIDE,
move_variant=enums.MoveVariant.BASIC,
measurement=0,
)
assert Move.from_string("a1^a4d1:SPLIT_SLIDE:BASIC") == Move(
"a1",
"a4",
target2="d1",
move_type=enums.MoveType.SPLIT_SLIDE,
move_variant=enums.MoveVariant.BASIC,
)
assert Move.from_string("c3^c4c5:SPLIT_JUMP:BASIC") == Move(
"c3",
"c4",
target2="c5",
move_type=enums.MoveType.SPLIT_JUMP,
move_variant=enums.MoveVariant.BASIC,
)
assert Move.from_string("a4d4^d1:MERGE_SLIDE:BASIC") == Move(
"a4",
"d1",
source2="d4",
move_type=enums.MoveType.MERGE_SLIDE,
move_variant=enums.MoveVariant.BASIC,
)
def test_string_round_trip():
move_strings = (
'a1b4:JUMP:BASIC',
'a1b4.m0:JUMP:BASIC',
'a1b4.m1:JUMP:BASIC',
'a1b4.m1:JUMP:BASIC',
'c8^g4f5.m0:SPLIT_SLIDE:BASIC',
)
for s in move_strings:
assert s == Move.from_string(s).to_string(include_type=True)
def test_from_string():
assert Move.from_string('a1b4:JUMP:BASIC') == Move(
'a1',
'b4',
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC)
assert Move.from_string('a1b4.m0:JUMP:BASIC') == Move(
'a1',
'b4',
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC,
measurement=0)
assert Move.from_string('a1b4.m1:JUMP:BASIC') == Move(
'a1',
'b4',
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC,
measurement=1)
assert Move.from_string('a1b4.m1:JUMP:BASIC') == Move(
'a1',
'b4',
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC,
measurement=1)
assert Move.from_string('c8^g4f5.m0:SPLIT_SLIDE:BASIC') == Move(
'c8',
'g4',
target2='f5',
move_type=enums.MoveType.SPLIT_SLIDE,
move_variant=enums.MoveVariant.BASIC,
measurement=0)
assert Move.from_string('a1^a4d1:SPLIT_SLIDE:BASIC') == Move(
'a1',
'a4',
target2='d1',
move_type=enums.MoveType.SPLIT_SLIDE,
move_variant=enums.MoveVariant.BASIC)
assert Move.from_string('c3^c4c5:SPLIT_JUMP:BASIC') == Move(
'c3',
'c4',
target2='c5',
move_type=enums.MoveType.SPLIT_JUMP,
move_variant=enums.MoveVariant.BASIC)
assert Move.from_string('a4d4^d1:MERGE_SLIDE:BASIC') == Move(
'a4',
'd1',
source2='d4',
move_type=enums.MoveType.MERGE_SLIDE,
move_variant=enums.MoveVariant.BASIC)
def test_move_round_trip():
moves = (
Move(
"a1",
"b4",
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC,
),
Move(
"a1",
"b4",
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC,
measurement=0,
),
Move(
"a1",
"b4",
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC,
measurement=1,
),
Move(
"a1",
"b4",
move_type=enums.MoveType.JUMP,
move_variant=enums.MoveVariant.BASIC,
measurement=1,
),
Move(
"c8",
"g4",
target2="f5",
move_type=enums.MoveType.SPLIT_SLIDE,
move_variant=enums.MoveVariant.BASIC,
measurement=0,
),
)
for m in moves:
assert m == Move.from_string(m.to_string(include_type=True))