def test_num_states_in_collection_after_recycle():
testname = "NumStatesInCol-After-Recycle - "
fcs = FC_Solve()
# MS-Freeceel board No. 24.
fcs.solve_board(
"""4C 2C 9C 8C QS 4S 2H
5H QH 3C AC 3H 4H QD
QC 9S 6H 9H 3S KS 3D
5D 2S JC 5C JH 6D AS
2D KD TH TC TD 8D
7H JS KH TS KC 7C
AH 5S 6S AD 8H JD
7S 6C 7D 4D 8S 9D
"""
)
# TEST
ok(fcs.get_num_times() == 137, testname + "Get num times is OK.")
# TEST
ok(fcs.get_num_states_in_col() == 191,
testname + "Num-states-in-collection is OK.")
fcs.recycle()
# TEST
ok(fcs.get_num_times() == 0,
testname + "Get num times immediately after recycle.")
# TEST
ok(fcs.get_num_states_in_col() == 0,
testname + "Num-states-in-collection immediately after recycle.")
# MS-Freeceel board No. 24.
fcs.solve_board(
"""4C 2C 9C 8C QS 4S 2H
5H QH 3C AC 3H 4H QD
QC 9S 6H 9H 3S KS 3D
5D 2S JC 5C JH 6D AS
2D KD TH TC TD 8D
7H JS KH TS KC 7C
AH 5S 6S AD 8H JD
7S 6C 7D 4D 8S 9D
"""
)
# TEST
ok(fcs.get_num_times() == 137, testname + "Get num times after recycle.")
# TEST
ok(fcs.get_num_states_in_col() == 191,
testname + "Num-states-in-collection after recycle.")
return
def test_num_states_in_collection_after_unsolved():
testname = "NumStatesInCol-After-unsolved"
fcs = FC_Solve()
# TEST*$input_cmd_line
fcs.input_cmd_line("bakers_game", ['-g', 'bakers_game']);
# MS-Freeceel board No. 10
ret = fcs.solve_board(
"""5S KD JC TS 9D KH 8D
5H 2S 9H 7H TD AD 6D
6H QD 6C TC AH 8S TH
6S 2D 7C QC QS 7D 3H
5D AS 7S KC 3D AC
4D 9C QH 4H 4C 5C
2H 3S 8H 9S JS 4S
JH JD 3C KS 2C 8C
""")
# TEST
ok (fcs.get_num_times() == 3436, "Get num times is OK.");
# TEST
ok (fcs.get_num_states_in_col() == 3436, "Num-states-in-collection is OK.");
def test_resume_solution():
testname = "With RunIndef"
fcs = FC_Solve()
limit = 10
fcs.limit_iterations(limit)
ret = fcs.solve_board(
"""4C 2C 9C 8C QS 4S 2H
5H QH 3C AC 3H 4H QD
QC 9S 6H 9H 3S KS 3D
5D 2S JC 5C JH 6D AS
2D KD TH TC TD 8D
7H JS KH TS KC 7C
AH 5S 6S AD 8H JD
7S 6C 7D 4D 8S 9D
""")
iters_count_ok = 1
while (ret == 5):
if (fcs.get_num_times() != limit):
iters_count_ok = 0
limit += 10
fcs.limit_iterations(limit)
ret = fcs.resume_solution()
# TEST
ok (ret == 0, "State was successfully solved.")
# TEST
ok (iters_count_ok == 1, "Iters count was OK throughout the solution.")
def test_resume_solution_with_flares():
testname = "-l ve on iterative limiting - "
fcs = FC_Solve()
step = 1000
hard_limit = 100000
limit = step
# TEST*$input_cmd_line
fcs.input_cmd_line("video-editing", ['-l', 'video-editing'])
fcs.limit_iterations(limit)
# MS deal No. 124
ret = fcs.solve_board(
"""7S AS 2C QS TH QD 7D
5D 8D 9D JH QH 5C JD
6D TD 5H 2S 6S TC KS
TS 4S 3D 9C 3C KD 7C
6H 5S 9H 6C KC AH
AC 4C 8S 2D QC JS
9S KH 8C 4D 7H 4H
2H 3S 8H AD 3H JC
"""
)
iters_count_ok = 1
while (ret == 5 and limit < hard_limit):
if (fcs.get_num_times() != limit):
iters_count_ok = 0
limit += step
fcs.limit_iterations(limit)
ret = fcs.resume_solution()
# TEST
ok(ret == 0, testname + "State was successfully solved.")
# TEST
ok(iters_count_ok == 1,
testname + "Iters count was OK throughout the solution.")
def test_num_states_in_collection_after_unsolved():
testname = "NumStatesInCol-After-unsolved - "
tags_str = os.getenv('FCS_TEST_TAGS')
if not tags_str:
tags_str = ''
if re.search(r'\bfc_only\b', tags_str):
for idx in range(0, 3):
ok(True, 'skipping because not-freecell test on a freecell build',
skip='fc_only')
return
fcs = FC_Solve()
# TEST*$input_cmd_line
fcs.input_cmd_line("bakers_game", ['-g', 'bakers_game'])
# MS-Freeceel board No. 10
fcs.solve_board(
"""5S KD JC TS 9D KH 8D
5H 2S 9H 7H TD AD 6D
6H QD 6C TC AH 8S TH
6S 2D 7C QC QS 7D 3H
5D AS 7S KC 3D AC
4D 9C QH 4H 4C 5C
2H 3S 8H 9S JS 4S
JH JD 3C KS 2C 8C
"""
)
# TEST
ok(fcs.get_num_times() == 3436, testname + "Get num times is OK.")
# TEST
ok(fcs.get_num_states_in_col() == 3436,
testname + "Num-states-in-collection is OK.")
return
