parser = OptionParser()
parser.set_usage('%prog [options] < scenarios.json')
parser.add_option('--initial-vector', dest='price_vector', choices=('vcg','zero'), default='vcg', help='the type of price vector used as a starting point for core price generation (vcg,zero)')
parser.add_option('--core-algorithm', dest='core_algorithm', choices=('trim','switch','reuse'), default='reuse', help='which algorithm should be used in case a suboptimal winner determination is discovered during core pricing (trim: trim the values to be within a feasible region, switch: recreate the ebpo,reuse: recreate the ebpo and try to re-use already existing constraints)')
parser.add_option('--time-limit-gwd',dest='time_limit_gwd', type='int', default='20', help='the time limit for the initial winner determination problem')
parser.add_option('--time-limit',dest='time_limit', type='int', default='20', help='the time limit for all problems but the initial winner determination problem')
parser.add_option('--epgap',dest='epgap', type='float', default=None, help='the epgap used for all problems')
parser.add_option('--offset',dest='offset', type='int', default=0, help='the scenario offset used')
for option in parser.option_list:
if option.default != ("NO", "DEFAULT"): option.help += (" " if option.help else "") + "[default: %default]"
if sys.stdin.isatty():
print parser.format_help()
sys.exit()
# parse scenario and options
scenarios = json.decode(sys.stdin.read())
options = parser.parse_args()[0]
scenario = scenarios[options.offset]
convertToNamedTuples(scenario)
slots, bidder_infos = scenario
# create processor object and set values
proc = TvAuctionProcessor()
if options.price_vector=='vcg': proc.vcgClass = Vcg
elif options.price_vector=='zero': proc.vcgClass = Zero
if options.core_algorithm=='trim': proc.core_algorithm = CorePricing.TRIM_VALUES
elif options.core_algorithm=='switch': proc.core_algorithm = CorePricing.SWITCH_COALITIONS
elif options.core_algorithm=='reuse': proc.core_algorithm = CorePricing.REUSE_COALITIONS
def handle():
data = json.decode(self.socket_rr.recv())
self.assertEquals(['is_free', None, False], data)
self.socket_rr.send('{"ui":2}')
data = json.decode(self.socket_rr.recv())
self.assertEquals(['solve', 'in_use', None], data)
def unserialize(data):
return json.decode(data)
def handle():
data = json.decode(self.socket_rr.recv())
self.assertEquals(['is_free', None, False], data)
self.socket_rr.send('')
