def main(targets):
'''
Runs the main project pipeline logic, given the targets.
targets must contain: 'data', 'analysis', 'model'.
`main` runs the targets in order of data=>analysis=>model.
'''
if 'test' in targets:
run_tests()
if 'data' in targets:
with open('config/etl-params/etl-params.json') as fh:
etl_cfg = json.load(fh)
run_etl(**etl_cfg)
if 'analysis' in targets:
with open('config/analysis-params/analysis-params.json') as fh:
analysis_cfg = json.load(fh)
generate_analysis(**analysis_cfg)
if 'report' in targets:
with open('config/report-params.json') as fh:
analysis_cfg = json.load(fh)
convert_notebook(**analysis_cfg)
if 'model' in targets:
with open('config/model-params/model-params.json') as fh:
model_cfg = json.load(fh)
# make the data target
train(**model_cfg)
return
def all_test(options = {}):
tests = [\
test_map_pixel_to_pixel,\
test_map_neighborhood_to_pixel,\
test_map_image_to_pixel,\
test_map_image_to_object\
]
return run_tests(tests, options)
def all_test(options = {}):
tests = [\
test_register_value_fetch,\
test_neg,\
test_xor_reg_clear,\
test_lid,\
test_sleep_wakeup,\
test_sleep_wakeup2,\
]
return run_tests(tests, options)
def all_test(options = {}):
tests = [\
test_bbs,\
test_threshold,\
test_threshold2,\
test_copy_to_out,\
test_const_gray,\
test_gen_invert_im,\
]
return run_tests(tests, options)
def all_test(options = {}):
tests = [\
test_gray,\
test_treshold,\
test_conv_3x1,\
test_get2D_func,\
test_conv_3x1_multiple_block,\
test_conv_3x3_multiple_block,\
]
return run_tests(tests, options)
def all_test(options = {}):
tests = [\
test_gen_apply_sparse_filter,\
test_gen_gather_local_max,\
test_gen_global_max,\
test_gen_abs_value,\
test_gen_calc_planarity,\
test_gen_calc_planarity_opt,\
test_intern_image2buffer_func,\
test_gen_calc_planarity_inlined,\
test_gen_calc_planarity_inlined_opt,\
]
return run_tests(tests, options)
def start(self):
if self.__DEBUGGING_MODE:
run_tests()
self.__services.preload_list()
self.__ui_manager.show_help()
while True:
action = self.__ui_manager.get_action()
try:
if action.type == constants.ACTION_ADD:
result = self.__services.add(action.params)
self.__ui_manager.print_result(result)
elif action.type == constants.ACTION_ERROR:
self.__ui_manager.on_invalid_command()
elif action.type == constants.ACTION_EXIT:
return
elif action.type == constants.ACTION_FILTER_ABOVE:
result = self.__services.filter_above(action.params)
self.__ui_manager.print_result(result)
elif action.type == constants.ACTION_HELP:
self.__ui_manager.show_help()
elif action.type == constants.ACTION_LIST_ALL:
result = self.__services.list_all()
self.__ui_manager.print_result(result)
elif action.type == constants.ACTION_UNDO:
result = self.__services.undo_last_action()
self.__ui_manager.print_result(result)
except ValidationError as error:
self.__ui_manager.handle_error(error)
def all_test(options = {}):
tests = [\
test_alloc_release_reg,\
test_load_function,\
test_load_function_from_hierarchic_module,\
test_get_codegen_parameters,\
test_is_valid_codegen,\
test_scoped_alloc,\
test_nested_scoped_alloc,\
test_scoped_alloc_in_codegen,\
test_convert_code_to_compact_repr,\
test_convert_compact_repr_to_obj,\
test_instr_adapter_attrs,\
]
return run_tests(tests, options)
def all_test(options = {}):
tests = [test_split_filter_correctness, \
test_split_filter_invalid_blocksize,\
test_all_points_in_same_block,\
test_neighbouring_blocks,\
gen_integral_image_correctness,\
test_full_integral_image_correctness,\
test_integral_sum, \
test_gen_fullintegral_sum2_2,\
test_fullintegral_sum, \
test_single_variance_calculation,\
#test_no_manual_alloc,\
#gen_faces_detect_no_errors, \
test_detect_faces_fullintegral,\
test_detect_faces\
#test_compare_implementations\
]
return run_tests(tests, options)
def test_fuzzy_agent(num_tests=NUM_TESTS, hyper_params={'verbose': False}):
""" Test the fuzzy agent """
stats = []
filename = None
for test in range(num_tests):
print("***** Test: " + str(test))
probs, mars = gen_probs()
print("For probs:", probs)
env = env_tr.Environment(FuzzyAgent(mars=mars, **hyper_params))
generate_test_set(num_tests=1, num_steps=NUM_STEPS, probs=probs)
stats.append({'probs': probs, 'stats':run_tests(env, num_tests=1)})
if test % 50 == 0:
# Save states
filename = pickle_dump(stats, filename)
if num_tests == 1:
print(stats)
else:
pickle_dump(stats, filename)
plot_stats(stats)
def all_test(options = {}):
tests = [\
test_tracefragment_insert_before,\
test_tracefragment_insert_after,\
test_tracefragment_remove_current_instr,\
test_no_optimiser_artifacts,\
test_imm_pass_1,\
test_imm_pass_2,\
test_memory_pass_1,\
test_memory_pass_2,\
test_memory_pass_3,\
test_convert_to_ssa_easy,\
test_convert_to_ssa_ports,\
test_convert_to_ssa_mov_phi,\
test_convert_to_ssa_instr_phi,\
test_convert_to_ssa_mov_phi_long,\
test_convert_to_ssa_vj_no_errors,\
test_no_compiler_optimiser_artifacts,\
test_get_allocation_ranges,\
]
return run_tests(tests, options)
def test_perceptron(): global W for i in range(3, 6): set_w_bayes() run_tests(test) alpha = 10 ** (- i) print "Testing perceptron with naive Bayesian prior, alpha =", alpha train(alpha, EPOCHS) run_tests(test) for i in range(3, 6): set_w_zero() alpha = 10 ** (- i) print "Testing perceptron with zero prior, alpha =", alpha train(alpha, EPOCHS) run_tests(test)
def all_test(options = {}):
tests = [\
test_undefined_variable_detection,\
test_resolve_seq_values,\
test_compile_add,\
test_compile_conditional,\
test_simple_loop_noseq,\
test_simple_loop,\
test_simple_loop_emit_noseq,\
test_simple_loop_emit,\
test_inplace_operator,\
test_replace_phi_nodes,\
test_builtin_loadwest,\
test_builtin_sendout,\
test_builtin_transfer,\
test_th_code,\
test_const_array_access,\
test_delayed_memderef,\
test_delayed_memderef2,\
test_memderef_inside_condassign,\
test_logic_variable,\
test_logic_variable2,\
test_phi_codegen,\
test_jmp_codegen,\
test_patch_arguments,\
test_patch_reg_arguments,\
test_conv_code_noseq,\
test_2D_const_list,\
test_peephole_addorsub_zero,\
test_peephole_twoconstant_sources,\
test_get2D,\
test_get2D_copy_propagation,\
test_replace_regnames_by_tmp_names,\
test_liveness_analysis,\
test_register_allocator_leave_special_regs,\
]
return run_tests(tests, options)
(
"haruka",
"chihaya",
"yayoi",
"iori",
"yukiho",
"makoto",
"ami",
"mami",
"azusa",
"miki",
"hibiki",
"takane",
"ritsuko",
)], 1300),
#Your custom test goes here:
#( [ , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(LiveConcert, 'maxHappiness', TEST_CASES, isTestDisabled,
1477350719, 250, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
4,
), 30, 5], 150),
([(
9,
4,
), 10, 5], 105),
([(
51,
1,
77,
14,
17,
10,
80,
), 32, 40], 12096),
#Your custom test goes here:
#( [ , , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(TheShuttles, 'getLeastCost', TEST_CASES, isTestDisabled,
1476906089, 250, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
def mod(self, n):
return n % 555555555
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0
TEST_CASES = [
([5, 1], 2),
([5, 2], 2),
([10, 4], 65),
([314, 78], 498142902),
([555, 222], 541606281),
#Your custom test goes here:
#( [ , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(MuddyRoad2, 'theCount', TEST_CASES, isTestDisabled,
1474319721, 955, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
), 12], 4),
([(
".................",
".ooooooo...oooo..",
".ooooooo..oooooo.",
".oo.......oo..oo.",
".oo.......oo..oo.",
".ooooo.....oooo..",
".ooooooo...oooo..",
".....ooo..oo..oo.",
"......oo..oo..oo.",
".ooooooo..oooooo.",
".oooooo....oooo..",
".................",
), 58], 6),
#Your custom test goes here:
#( [ , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(DropCoins, 'getMinimum', TEST_CASES, isTestDisabled,
1474236047, 600, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
def run_cron():
import tester
tester.run_tests()
return 'OK'
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0
TEST_CASES = [
#( [ 4, "UUDD" ], 1 ),
#( [ 4, "DUUD" ], 0 ),
#( [ 4, "UU" ], 1 ),
#( [ 49, "U" ], 0 ),
#( [ 20, "UUUDUUU" ], 990 ),
([6, "UDU"], 2),
#( [ 30, "DUDUDUDUDUDUDUDU" ], 3718 ),
#( [ 50, "U" ], 946357703 ),
#Your custom test goes here:
#( [ , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(FoxAndMountain, 'count', TEST_CASES, isTestDisabled,
1475536338, 1000, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
g.add_registered_player('123', p1)
g.add_registered_player('33', p2)
g.add_registered_player('34', p3)
x = g.get_players_hash()
x['123'].give_card(cards.Card('h8'))
x['123'].give_card(cards.Card('h7'))
x['123'].make_defender()
x['33'].make_defender()
x['34'].make_attacker()
self.testing_module = server_generator
self.test_Server_Generator = [
[s, 'skip_response', ['OK', 'No message'], 'status:ok\nmessage:No message'],
[s, 'quit_response', ['OK', 'Missed game'], 'status:ok\nmessage:Missed game'],
[s, 'retransfer_response', ['OK', 'Bla'], 'status:ok\nmessage:Bla'],
[s, 'take_response', ['OK', 'Bla2'], 'status:ok\nmessage:Bla2'],
[s, 'cover_response', ['OK', 'Bla3'], 'status:ok\nmessage:Bla3'],
[s, 'attack_response', ['OK', 'Bla4'], 'status:ok\nmessage:Bla4'],
[s, 'join_game_response', ['OK', 'Bla5'], 'status:ok\nmessage:Bla5'],
[s, 'create_game_response', ['OK', 'Bla6'], 'status:ok\nmessage:Bla6'],
[s, 'register_response', ['OK', 'Bla7', '738'], 'status:ok\nmessage:Bla7\nuid:738'],
[s, 'list_of_games_response', [gs],
'''game:"game1"(Riva)(Teddy)(Yahel){numberOfPlayers5}{attack6Cards}\ngame:"game2"(Riva)(Teddy)(Yahel){numberOfPlayers3}{firstAttack5Cards}{canRetransfer}'''],
[s, 'get_game_status_response', ['ok', 'mes', 'game', g, '123'],
'''status:ok\nmessage:mes\ngame:game\ntable:[h0]\ndeck:[36]\ntrump:[cA]\nout:[h8]\noptions:{numberOfPlayers4}{attack6Cards}{canRetransfer}\nplayer:1(Teddy)_defender_[h8][h7]\nplayer:2(Yahel)_defender_[0]\nplayer:3(Riva)_attacker_[0]\nactive:1'''
]
]
self.class_names = ['Server_Generator']
tester = Test()
tester.run_tests()
1,
)], 1.6666666666666667),
([(
1,
-1,
1,
)], 2.0),
([(
1,
0,
)], 0.0),
([(
-1,
-1,
)], 2.0),
#Your custom test goes here:
#( [ ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(PrinceXToastbook, 'eat', TEST_CASES, isTestDisabled,
1476955802, 925, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
best = min(best, count)
print i, best
return best
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0;
TEST_CASES = [
( [ (1,2,4,), 7 ], 1 ),
( [ (1,2,4,7,8,), 7 ], 2 ),
( [ (12571295,2174218,2015120,), 1 ], 0 ),
( [ (5,2,4,52,62,9,8,3,1,11,6,), 11 ], 3 ),
( [ (503,505,152,435,491,512,1023,355,510,500,502,255,63,508,509,511,60,250,254,346,), 510 ], 5 ),
#Your custom test goes here:
#( [ , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(
ORSolitaireDiv2, 'getMinimum', TEST_CASES, isTestDisabled,
1476906811, 600, CASE_TIME_OUT, tester.COMPACT_REPORT
)
# CUT end
return i
return q
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0
TEST_CASES = [
([3], 3),
([1729], 7),
([561], 3),
([7], 7),
([341], 3),
([31859], 31859),
#Your custom test goes here:
#( [ ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(PseudoPrimeTest, 'firstFail', TEST_CASES, isTestDisabled,
1474599754, 600, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
out += 1
return out
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0
TEST_CASES = [
(["L"], 0),
(["RRR"], 0),
(["LRLRLR"], 2),
(["LLLRRR"], 0),
(["RLRLRL"], 3),
#Your custom test goes here:
#( [ ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(LeftAndRightHandedDiv2, 'count', TEST_CASES,
isTestDisabled, 1475567981, 250, CASE_TIME_OUT,
tester.COMPACT_REPORT)
# CUT end
class PowersOfTwo:
def count(self, powers):
return 0
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0;
TEST_CASES = [
( [ (1,2,) ], 4 ),
( [ (1,1,1,1,) ], 5 ),
( [ (1,2,2,2,4,4,16,) ], 32 ),
( [ (1,32,1,16,32,) ], 18 ),
( [ (1048576,1073741824,549755813888,70368744177664,4398046511104,262144,1048576,2097152,8796093022208,1048576,1048576,35184372088832,2097152,256,256,256,262144,1048576,1048576,70368744177664,262144,1048576,) ], 18432 ),
#Your custom test goes here:
#( [ ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(
PowersOfTwo, 'count', TEST_CASES, isTestDisabled,
1475570865, 1000, CASE_TIME_OUT, tester.COMPACT_REPORT
)
# CUT end
'''
Created on Aug 15, 2013
@author: Mike
'''
import tester
if __name__ == '__main__':
tester.run_tests("HungerGames.py")
def all_test(options={}):
tests = [test_codesection_profiler, test_communication_profiler, test_opcode_profiler]
return run_tests(tests, options)
def all_test(options = {}):
tests = []
return run_tests(tests, options)
"..",
"WW",
)], "YES"),
([(
".WWWW.",
"WWWWWW",
)], "NO"),
([(
".W.W.W.",
"W.W.W.W",
)], "YES"),
([(
".............................................W.",
".............................................W.",
)], "NO"),
#Your custom test goes here:
#( [ ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(RainyRoad, 'isReachable', TEST_CASES, isTestDisabled,
1474235436, 250, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
[test_create_order, True],
[test_get_all_orders, True],
[test_get_requested_orders, True],
[test_get_requested_and_cooking_orders, True],
]
valid_order_id = None
def get_valid_order_id():
global valid_order_id
if valid_order_id:
return valid_order_id
valid_order_req = session.post(api_url + "create_order",
json={
"table_num": 1,
"items": [1]
})
valid_order_id = valid_order_req.json().get("data")["order_id"]
return valid_order_id
if __name__ == "__main__":
if len(sys.argv) > 1 and sys.argv[1] == "v":
verbose = True
total = 0
passed = 0
failed = []
total, passed, failed = tester.run_tests(tests, total, passed, failed)
tester.print_results(total, passed, failed)
for j in range(i + 1, a + 1):
out += j * (1.0 / total)
return out
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0
TEST_CASES = [
([2, 2], 2.0),
([4, 2], 3.2),
([3, 3], 2.6666666666666665),
([11, 13], 7.999999999999999),
#Your custom test goes here:
#( [ , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(FixedDiceGameDiv2, 'getExpectation', TEST_CASES,
isTestDisabled, 1476994786, 500, CASE_TIME_OUT,
tester.COMPACT_REPORT)
# CUT end
68,
),
("VK=4EN+6GZ+8IG", "EN=3VZ", "IG=8VZ+2GZ", "JZ=7IG+9SE+2VZ+4EN+1EJ",
"VZ=8VB", "VK=1GZ+6SE+5VK+7JZ+8EJ", "SE=4JI+6VB+9VB+4HB+8EN",
"EN=3HB+8VB+3EJ+1GZ+8VB", "IG=1IG+2EN+7JI+1GZ+5EJ",
"VB=6HB+9VK+2VB+1HB+9VK", "VB=2JZ+4OI+3GZ+4HB+8JI",
"GZ=8OI+5VZ+5HB+2VZ+9EJ", "GZ=1EJ+1JI+2HB+4JZ+9JZ", "GZ=5JI+1VZ",
"EN=7OI+5VZ+6HB+6GZ+6JI", "GZ=9GZ+5EJ+2HB+6HB+2JI",
"GZ=7JI+7HB+7HB+9JZ+4JZ", "IG=1EJ+3SE+4VB+4HB+3EN", "LOVE=2EN+2JZ+3GZ",
"IG=4VB+8SE+4GZ+4JI+4GZ", "VB=1VK+2VK+3JI+6JZ+7OI",
"VK=3HB+8JZ+2EJ+3SE+7GZ", "SE=8OI+5SE+2HB+8JI+3EN",
"JZ=6EN+7EJ+1IG+9EJ+4VZ", "IG=2EJ+4VB+6VB", "VK=1VZ+7SE+6VZ+5JI+3JZ",
"VZ=5HB+1EJ")], 5744),
#( [ ("WATER",), (1,), ("LOVE=1LOVE",) ], -1 ),
#( [ ("MILK","WATER","HOP",), (6,1,14,), ("NECTAR=4HOP+2MILK","LOVE=5MILK+3BEER","LOVE=2WATER+1LOVE","LOVE=2MIX+1NECTAR","MIX=1MILK+1WATER+1HOP","BEER=5WATER+2HOP","LOVE=1NECTAR+3WATER+3HOP","NECTAR=3BEER+1MILK+2MILK",) ], 110 ),
#Your custom test goes here:
#( [ , , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(MakingPotions, 'getCost', TEST_CASES, isTestDisabled,
1476398824, 1000, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
class Bracket107:
def yetanother(self, s):
return 0
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0
TEST_CASES = [
(["(())"], 1),
(["(())()"], 3),
(["()()()"], 3),
(["(((())))"], 5),
(["((())())"], 9),
#Your custom test goes here:
#( [ ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(Bracket107, 'yetanother', TEST_CASES, isTestDisabled,
1477446841, 250, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
1593,
1799,
1805,
1139,
1493,
1141,
1163,
1211,
)], -1),
([(
2,
3,
7,
19,
)], -1),
#Your custom test goes here:
#( [ ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(ANDEquation, 'restoreY', TEST_CASES, isTestDisabled,
1476671984, 250, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
def describeIntersection(self, A, B):
return ""
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0;
TEST_CASES = [
( [ (0,0,3,2,), (1,1,5,3,) ], "rectangle" ),
( [ (0,0,5,3,), (1,2,2,3,) ], "rectangle" ),
( [ (1,1,6,2,), (3,2,5,4,) ], "segment" ),
( [ (0,1,2,3,), (2,0,5,2,) ], "segment" ),
( [ (0,0,1,1,), (1,1,5,2,) ], "point" ),
( [ (1,1,2,2,), (3,1,4,2,) ], "none" ),
#Your custom test goes here:
#( [ , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(
TwoRectangles, 'describeIntersection', TEST_CASES, isTestDisabled,
1476674739, 550, CASE_TIME_OUT, tester.COMPACT_REPORT
)
# CUT end
return (i, j, x2)
return None
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0;
TEST_CASES = [
( [ 6 ], (2,2,2,) ),
( [ 11 ], (2,3,5,) ),
( [ 0 ], (7,10,-70,) ),
( [ 500 ], (-400,-3,-700,) ),
( [ 2 ], (2,2,-2,) ),
( [ 5 ], (5,2,-5,) ),
#Your custom test goes here:
#( [ ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(
AddMultiply, 'makeExpression', TEST_CASES, isTestDisabled,
1475475610, 250, CASE_TIME_OUT, tester.COMPACT_REPORT
)
# CUT end
ret = get_best (Y)
return ret
def test_string (s):
sentence = []
for word in s.split():
sentence.append (clean (word))
print sentence
return test (sentence)
print "Reading Input..."
read_input ()
N = len (word_list) + 1 # size of feature vector
W = numpy.mat (numpy.zeros((NUM_AUTHORS, N)))
NUM_WORDS = len(word_list)
print "Training Bayes..."
train_bayes()
setW()
#print "Normalizing W"
#normalize ()
print "Training..."
train()
print test_string ("To be, or not to be")
print test_string ("Oh what a rouge and peasant slave am i")
print test_string ("Macbeth")
print "Testing..."
run_tests(test)
if letters[a] != blah:
return -1
return best_ducks
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0;
TEST_CASES = [
( [ "quqacukqauackck" ], 2 ),
( [ "kcauq" ], -1 ),
( [ "quackquackquackquackquackquackquackquackquackquack" ], 1 ),
( [ "qqqqqqqqqquuuuuuuuuuaaaaaaaaaacccccccccckkkkkkkkkk" ], 10 ),
( [ "quqaquuacakcqckkuaquckqauckack" ], 3 ),
( [ "quackqauckquack" ], -1 ),
#Your custom test goes here:
#( [ ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(
Quacking, 'quack', TEST_CASES, isTestDisabled,
1472370045, 500, CASE_TIME_OUT, tester.COMPACT_REPORT
)
# CUT end
7,
2,
15,
), (
-1,
-1,
4,
-1,
11,
3,
13,
-1,
-1,
18,
)], 8.0),
#Your custom test goes here:
#( [ , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(GreaterGame, 'calc', TEST_CASES, isTestDisabled,
1414077265, 250, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
total += 1
if b >= n:
total += 1
return total
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0
TEST_CASES = [
([1, 1, 1, 2], 2),
([2, 1, 1, 2], 2),
([1, 2, 3, 2], 3),
([4, 7, 7, 4], 5),
#Your custom test goes here:
#( [ , , , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(TheBoredomDivTwo, 'find', TEST_CASES, isTestDisabled,
1474772925, 250, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
1,
1,
1,
1,
1,
1,
2,
2,
2,
2,
2,
2,
)], "POSSIBLE"),
([1, (1, )], "POSSIBLE"),
#Your custom test goes here:
#( [ , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(IncrementingSequence, 'canItBeDone', TEST_CASES,
isTestDisabled, 1475475889, 500, CASE_TIME_OUT,
tester.COMPACT_REPORT)
# CUT end
def all_test(options = {}):
tests = [\
test_local_max,\
test_elementwise_max,\
]
return run_tests(tests, options)
if out == self.MAX:
return -1
return out
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0;
TEST_CASES = [
( [ "101101101" ], 3 ),
( [ "1111101" ], 1 ),
( [ "00000" ], -1 ),
( [ "110011011" ], 3 ),
( [ "1000101011" ], -1 ),
( [ "111011100110101100101110111" ], 5 ),
#Your custom test goes here:
#( [ ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(
CuttingBitString, 'getmin', TEST_CASES, isTestDisabled,
1474318444, 555, CASE_TIME_OUT, tester.COMPACT_REPORT
)
# CUT end
def all_test(options = {}):
tests = [\
test_imm_instr,
test_add_instr,
]
return run_tests(tests, options)
def test_tester(self):
import tester
tester.run_tests('Player.py')
class SuccessiveSubtraction2:
def calc(self, a, p, v):
return ()
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0;
TEST_CASES = [
( [ (1,2,3,4,5,), (1,2,0,4,3,), (3,9,-10,5,1,) ], (10,16,5,5,2,) ),
( [ (-100,-100,-100,-100,-100,), (0,1,2,3,4,), (0,0,0,0,0,) ], (400,300,200,100,0,) ),
( [ (83,0,25,21,), (0,3,2,1,3,1,2,), (10,-90,33,52,-100,0,45,) ], (56,125,133,81,91,143,155,) ),
( [ (1,), (0,0,0,0,), (10,-10,100,-100,) ], (10,-10,100,-100,) ),
( [ (-11,-4,28,38,21,-29,-45,11,-58,-39,92,35,-56,-6,29,-2,61,10,-29,-63,), (19,5,3,10,4,18,5,2,0,15,), (-19,21,7,-66,38,-39,-22,24,-32,13,) ], (451,443,412,440,457,467,468,464,443,458,) ),
#Your custom test goes here:
#( [ , , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(
SuccessiveSubtraction2, 'calc', TEST_CASES, isTestDisabled,
1427335095, 450, CASE_TIME_OUT, tester.COMPACT_REPORT
)
# CUT end
continue
smallest = min(smallest, int(''.join(new_num)))
return smallest
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0
TEST_CASES = [
(["596"], "569"),
(["93561"], "13569"),
(["5491727514"], "1491727554"),
(["10234"], "10234"),
(["93218910471211292416"], "13218910471211292496"),
#Your custom test goes here:
#( [ ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(SwappingDigits, 'minNumber', TEST_CASES, isTestDisabled,
1477520633, 250, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
score += board[i][j] == "0"
else:
score += board[i][j] == "1"
return score
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0;
TEST_CASES = [
( [ ("101","010","101",) ], 9 ),
( [ ("111","111","111",) ], 5 ),
( [ ("0101001","1101011",) ], 9 ),
( [ ("000","001","010","011","100","101","110","111",) ], 15 ),
( [ ("000000000000000000000000","011111100111111001111110","010000000100000001000000","010000000100000001000000","010000000100000001000000","011111100111111001111110","000000100000001000000010","000000100000001000000010","000000100000001000000010","011111100111111001111110","000000000000000000000000",) ], 105 ),
#Your custom test goes here:
#( [ ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(
XorBoardDivTwo, 'theMax', TEST_CASES, isTestDisabled,
1474317988, 255, CASE_TIME_OUT, tester.COMPACT_REPORT
)
# CUT end
if verts >= y_diff and horizs >= x_diff:
return "Explosion"
return "Safe"
# CUT begin
#-------------------------------------------------------------------------------
CASE_TIME_OUT = 2.0
TEST_CASES = [
([1, 0, 2, 0, "L"], "Explosion"),
([1, 0, 2, 0, "U"], "Safe"),
([1, 0, 2, 0, "UL"], "Explosion"),
([3, 3, 5, 5, "LURLL"], "Safe"),
([10, 5, -9, -10, "LULULULLLUULRULULULULULULLULULLULD"], "Explosion"),
#Your custom test goes here:
#( [ , , , , ], None ),
]
def isTestDisabled(i):
return False
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import sys, tester
tester.run_tests(ExplodingRobots, 'canExplode', TEST_CASES, isTestDisabled,
1473918748, 500, CASE_TIME_OUT, tester.COMPACT_REPORT)
# CUT end
