def test_ground_unit_balanced_conflict_same_units(self):
'''
'''
logger.info("same units")
for u1, u2 in [(u,u) for u in unit_list]:
if os.getenv("TRAVIS") == 'true':
print("outputin' something to let Travis know we're not dead (yet)")
wins = {}
## number_of_tests_to_run = 1000 # ne pas toucher !
for x in range(1,number_of_tests_to_run+1):
unit1 = GroundUnit(u1)
unit1.name = "{}_1".format(unit1.name)
unit2 = GroundUnit(u2)
unit2.name = "{}_2".format(unit2.name)
resolve_conflict(wins,unit1,unit2)
show_results(wins,unit1,unit2)
def test_ground_unit_unbalanced_conflict_size(self):
'''
'''
logger.info("testing size modifications")
for u1, u2 in [(u,u) for u in unit_list]:
## number_of_tests_to_run =1000
for mod in [1,0.9,0.8,0.7,0.6,0.5]:
if os.getenv("TRAVIS") == 'true':
print("outputin' something to let Travis know we're not dead (yet)")
wins = {}
logger.info("unit2.size * {}".format(mod))
for x in range(1,number_of_tests_to_run+1):
unit1 = GroundUnit(u1)
unit1.name = "{}_1".format(unit1.name)
unit2 = GroundUnit(u2)
unit2.name = "{}_2".format(unit2.name)
unit2.size *= mod
resolve_conflict(wins,unit1,unit2)
show_results(wins,unit1,unit2)
def test_ground_unit_manual_tinkering(self):
'''
'''
logger.info("manual testing")
u1 = T54
u2 = T80
wins = {}
if os.getenv("TRAVIS") == 'true':
print("outputin' something to let Travis know we're not dead (yet)")
## number_of_tests_to_run = 100
## for u1, u2 in [(u,u) for u in unit_list]:
for x in range(1,number_of_tests_to_run+1):
unit1 = GroundUnit(u1)
unit1.name = "{}_1".format(unit1.name)
unit2 = GroundUnit(u2)
unit2.name = "{}_2".format(unit2.name)
## unit2.size *= 0.5
resolve_conflict(wins, unit1, unit2)
show_results(wins,unit1,unit2)
def test_ground_unit_balanced_conflict_same_units(self):
'''
'''
logger.info("same units")
for u1, u2 in [(u, u) for u in unit_list]:
if os.getenv("TRAVIS") == 'true':
print(
"outputin' something to let Travis know we're not dead (yet)"
)
wins = {}
## number_of_tests_to_run = 1000 # ne pas toucher !
for x in range(1, number_of_tests_to_run + 1):
unit1 = GroundUnit(u1)
unit1.name = "{}_1".format(unit1.name)
unit2 = GroundUnit(u2)
unit2.name = "{}_2".format(unit2.name)
resolve_conflict(wins, unit1, unit2)
show_results(wins, unit1, unit2)
def test_ground_unit_unbalanced_conflict_size(self):
'''
'''
logger.info("testing size modifications")
for u1, u2 in [(u, u) for u in unit_list]:
## number_of_tests_to_run =1000
for mod in [1, 0.9, 0.8, 0.7, 0.6, 0.5]:
if os.getenv("TRAVIS") == 'true':
print(
"outputin' something to let Travis know we're not dead (yet)"
)
wins = {}
logger.info("unit2.size * {}".format(mod))
for x in range(1, number_of_tests_to_run + 1):
unit1 = GroundUnit(u1)
unit1.name = "{}_1".format(unit1.name)
unit2 = GroundUnit(u2)
unit2.name = "{}_2".format(unit2.name)
unit2.size *= mod
resolve_conflict(wins, unit1, unit2)
show_results(wins, unit1, unit2)
def test_ground_unit_manual_tinkering(self):
'''
'''
logger.info("manual testing")
u1 = T54
u2 = T80
wins = {}
if os.getenv("TRAVIS") == 'true':
print(
"outputin' something to let Travis know we're not dead (yet)")
## number_of_tests_to_run = 100
## for u1, u2 in [(u,u) for u in unit_list]:
for x in range(1, number_of_tests_to_run + 1):
unit1 = GroundUnit(u1)
unit1.name = "{}_1".format(unit1.name)
unit2 = GroundUnit(u2)
unit2.name = "{}_2".format(unit2.name)
## unit2.size *= 0.5
resolve_conflict(wins, unit1, unit2)
show_results(wins, unit1, unit2)