def main():
parser = OptionParser()
parser.add_option("-f", "--file", dest="filename",
help="Insturctions file (not yet implemented)")
parser.add_option("-d", "--debug", action="store_true", dest="debug",
default=False, help="Print lots of debug logging")
parser.add_option("-l", "--log-level", dest="log_level", default=logging.WARN)
parser.add_option("-c", "--config", help="Config file to read from (not implemented).")
parser.add_option( "--page-cache", help="Directory to dump pages to (for debugging only).")
parser.add_option("-u", "--username", help="Username for player.")
parser.add_option("-p", "--password", help="Password for player. (can be defined in conf too)")
(options, args) = parser.parse_args()
if(options.debug):
options.log_level = 10
logging.basicConfig(level=int(options.log_level))
logging.basicConfig(level=logging.WARN)
#Actual logic
log.info("Instanciating player")
player = UtopiaRobot()
if(options.page_cache):
player.page_cache = options.page_cache
player.username = options.username
log.info("set username = %s" % player.username)
player.password = options.password
log.info("set password = %s (masked)" % "".join(["*" for c in player.password]))
log.info("Log in player (%s)...", player.username)
log.info("Get five random kds")
for _ in range(5):
kd = random.randint(1,10)
island = random.randint(1,40)
log.info("Fetching kd:%d, island:%d" % (kd, island))
kd_info = player.get_kd_info(kd,island)
kd_json = json.dumps(kd_info).replace("'",'"')
with open("%d-%d.txt"%(kd,island),'w') as f:
f.write(kd_json)
# post to db
values={"textarea": kd_json}
data = urllib.urlencode(values)
headers={}
req = urllib2.Request("127.0.0.1:5001/post_kd/", data, headers)
mana = player.get_mana()
available_spells = player.get_available_spells()
log.debug("available_spells: %s" % available_spells)
spells = player.get_active_spells()
resources = player.get_resources()
# First and foremost, Make sure we have Minor Protection
if 'Minor Protection' in available_spells:
if 'Minor Protection' not in spells:
spells['Minor Protection'] = 0
while spells['Minor Protection'] <= 1 and resources['Runes'] > available_spells['Minor Protection'][1] and 20 < player.get_mana():
if player.cast_spell('Minor Protection') is not None:
log.info("Cast Minor Protection: Success")
break
log.info("Cast Minor Protection: Failed")
resources = player.get_resources()
log.info("Cast Minor Protection: Done")
resources = player.get_resources()
# if we got plague, remove it.
# Because we still don't detect plague-removal, we reload the throne page on each iteraton
if "Nature's Blessing" in available_spells:
if "Nature's Blessing" not in spells:
spells["Nature's Blessing"] = 0
while player.get_plague() and spells["Nature's Blessing"] <= 1 and resources['Runes'] > available_spells["Nature's Blessing"][1] and 10 < player.get_mana():
if player.cast_spell("Nature's Blessing") is not None:
log.info("Cast Nature's Blessing: Success")
break
log.info("Cast Nature's Blessing: Failed")
resources = player.get_resources()
log.info("Cast Nature's Blessing: Done")
resources = player.get_resources()
# If we are low on food, make sure we cast Fertile lands.
if 'Fertile Lands' in available_spells:
if 'Fertile Lands' not in spells:
spells['Fertile Lands'] = 0
while spells['Fertile Lands'] <= 1 and resources['Food'] < 30000 and resources['Runes'] > available_spells['Fertile Lands'][1] and 20 < player.get_mana():
if player.cast_spell('Fertile Lands') is not None:
log.info("Cast Fertile Lands: Success")
break
log.info("Cast Fertile Lands: Failed")
resources = player.get_resources()
log.info("Cast Fertile Lands: Done")
# If we are low on food, make sure we cast Fertile lands.
if 'Fountain of Knowledge' in available_spells:
if 'Fountain of Knowledge' not in spells:
spells['Fountain of Knowledge'] = 0
while spells['Fountain of Knowledge'] <= 1 and resources['Runes'] > available_spells['Fountain of Knowledge'][1] and 20 < player.get_mana():
if player.cast_spell('Fountain of Knowledge') is not None:
log.info("Cast Fertile Lands: Success")
break
log.info("Cast Fertile Lands: Failed")
resources = player.get_resources()
log.info("Cast Fontain of Knowledge: Done")
counter = 0
resources = player.get_resources()
while 20 < player.get_mana() and player.get_soldiers() > 0:
counter +=1
if counter > 7:
break
resources = player.get_resources()
leet_count = resources['Money'] / 500
while 1 > leet_count and player.get_mana() >= 20 and player.get_soldiers() > 0:
counter += 1
if counter > 7:
break
player.cast_spell("Tree of Gold")
available_spells = player.get_available_spells()
resources = player.get_resources()
leet_count = resources['Money'] / 500
#spec_count = resources['Money'] / 350
#troops={'o-spec': spec_count}
troops={'elite': leet_count}
trained_troops = player.train_military(troops)
# if 1 > leet_count:
# troops={'o-spec': spec_count}
# if 1 > spec_count:
# break
# else:
# troops={'elite': leet_count}
log.info("train_military(%s): %s" % (troops, trained_troops))
# If we reach this point, and we're out of money. Let's try to spend our spec-credits
resources = player.get_resources()
if (0 < player.get_spec_credits() or 350 > resources['Money']) and 0 < player.get_soldiers():
troops={'o-spec': min(player.get_soldiers(), player.get_spec_credits())}
trained_military = player.train_military(troops)
log.debug("spec-credits: train_military(%s): %s" % (troops, trained_military))
info_msg = ""
if 'Paradise' in available_spells:
if resources['Runes'] > available_spells['Paradise']:
info_msg = "Not enough runes (have: %s, need: %s)" % (resources['Runes'], available_spells['Paradise'])
elif 10 >= player.get_mana():
info_msg = "Not enough mana (%s%)" % player.get_mana()
else:
while resources['Runes'] > available_spells['Paradise'][1] and 20 < player.get_mana():
result = player.cast_spell('Paradise')
log.info("Cast Paradise - Result: %s" % result)
resources = player.get_resources()
else:
info_msg = "Paradise not available to cast."
log.info("Paradise done: %s"% info_msg)
log.info("Prep building.")
build_info = player.get_build_info()
buildings = player.get_buildings()
resources = player.get_resources()
iterations_counter = 0
while 6 < iterations_counter and 0 < build_info['Total Undeveloped land'] and build_info['Construction Cost'] < resources['Money']:
iterations_counter += 1
for k,v in buildings.items():
buildings[k]['total'] = v['built'] + v['incoming']
to_build = {}
# min 8% farms
if 0.08 < buildings['Farms']['total'] / build_info['Total Land']:
to_build['Farms'] = int((0.07 - (buildings['Farms']['total'] / build_info['Total Land'])) * build_info['Total Land'])
log.info("To build['Farms'] : %s" % to_build['Farms'])
if 0.15 < buildings['Guilds']['total'] / build_info['Total Land']:
to_build['Guilds'] = int((0.15 - (buildings['Guilds']['total'] / build_info['Total Land'])) * build_info['Total Land'])
log.info("To build['Guilds'] : %s" % to_build['Guilds'])
if 0.09 < buildings['Forts']['total'] / build_info['Total Land']:
to_build['Forts'] = int((0.12 - (buildings['Forts']['total'] / build_info['Total Land'])) * build_info['Total Land'])
log.info("To build['Forts'] : %s" % to_build['Forts'])
if 0.25 < buildings['Banks']['total'] / build_info['Total Land']:
to_build['Banks'] = int((0.12 - (buildings['Banks']['total'] / build_info['Total Land'])) * build_info['Total Land'])
log.info("To build['Banks'] : %s" % to_build['Banks'])
if 0.14 < buildings['Towers']['total'] / build_info['Total Land']:
to_build['Towers'] = int((0.15 - (buildings['Towers']['total'] / build_info['Total Land'])) * build_info['Total Land'])
log.info("To build['Towers'] : %s" % to_build['Towers'])
if 0.2 < buildings['Schools']['total'] / build_info['Total Land']:
to_build['Schools'] = int((0.12 - (buildings['Schools']['total'] / build_info['Total Land'])) * build_info['Total Land'])
log.info("To build['Schools'] : %s" % to_build['Schools'])
if 0.09 < buildings['Training Grounds']['total'] / build_info['Total Land']:
to_build['Training Grounds'] = int((0.12 - (buildings['Training Grounds']['total'] / build_info['Total Land'])) * build_info['Total Land'])
log.info("To build['Training Grounds'] : %s" % to_build['Training Grounds'])
if 0 <= len(to_build):
log.info("No need to build anything.")
break
log.info("Want to build: %s"% to_build)
player.build(to_build)
log.info("build_info: %s" ,player.get_build_info())
log.info("buildings: %s", player.get_buildings())
build_info = player.get_build_info()
resources = player.get_resources()
if 0 < build_info['Total Undeveloped land']:
# If we are low on food, make sure we cast Fertile lands.
while 'Tree of Gold' in available_spells and resources['Runes'] > available_spells['Tree of Gold'][1] and 20 < player.get_mana() and player.cast_spell('Tree of Gold') is not None:
resources = player.get_resources()
# SCIENCE!!!
available_books = player.get_science_info()['Books to Allocate']
if 3 < available_books:
buy_sci = {
"Alchemy": int(round(available_books/4)),
"Tools": int(round(available_books/4)),
"Housing": int(round(available_books/4)+random.randrange(0,10)),
"Food": int(round(available_books/16)),
"Military": int(round(available_books/16)),
"Crime": int(round(available_books/16)),
"Channeling": int(round(available_books/16)),
}
result = player.buy_science(buy_sci)
info_msg="Bought science: %s"%result
else:
info_msg = "Less than 3 books (have: %s)"%available_books
log.info("Buying science DONE: %s", info_msg)
print "DONE"
def main():
parser = OptionParser()
parser.add_option("-f",
"--file",
dest="filename",
help="Insturctions file (not yet implemented)")
parser.add_option("-d",
"--debug",
action="store_true",
dest="debug",
default=False,
help="Print lots of debug logging")
parser.add_option("-l",
"--log-level",
dest="log_level",
default=logging.WARN)
parser.add_option("-c",
"--config",
help="Config file to read from (not implemented).")
parser.add_option("--page-cache",
help="Directory to dump pages to (for debugging only).")
parser.add_option("-u", "--username", help="Username for player.")
parser.add_option("-p",
"--password",
help="Password for player. (can be defined in conf too)")
(options, args) = parser.parse_args()
if (options.debug):
options.log_level = 10
logging.basicConfig(level=int(options.log_level))
logging.basicConfig(level=logging.WARN)
#Actual logic
log.info("Instanciating player")
player = UtopiaRobot()
if (options.page_cache):
player.page_cache = options.page_cache
player.username = options.username
log.info("set username = %s" % player.username)
player.password = options.password
log.info("set password = %s (masked)" %
"".join(["*" for c in player.password]))
log.info("Log in player (%s)...", player.username)
log.info("Get five random kds")
for _ in range(5):
kd = random.randint(1, 10)
island = random.randint(1, 40)
log.info("Fetching kd:%d, island:%d" % (kd, island))
kd_info = player.get_kd_info(kd, island)
kd_json = json.dumps(kd_info).replace("'", '"')
with open("%d-%d.txt" % (kd, island), 'w') as f:
f.write(kd_json)
# post to db
values = {"textarea": kd_json}
data = urllib.urlencode(values)
headers = {}
req = urllib2.Request("127.0.0.1:5001/post_kd/", data, headers)
mana = player.get_mana()
available_spells = player.get_available_spells()
log.debug("available_spells: %s" % available_spells)
spells = player.get_active_spells()
resources = player.get_resources()
# First and foremost, Make sure we have Minor Protection
if 'Minor Protection' in available_spells:
if 'Minor Protection' not in spells:
spells['Minor Protection'] = 0
while spells['Minor Protection'] <= 1 and resources[
'Runes'] > available_spells['Minor Protection'][
1] and 20 < player.get_mana():
if player.cast_spell('Minor Protection') is not None:
log.info("Cast Minor Protection: Success")
break
log.info("Cast Minor Protection: Failed")
resources = player.get_resources()
log.info("Cast Minor Protection: Done")
resources = player.get_resources()
# if we got plague, remove it.
# Because we still don't detect plague-removal, we reload the throne page on each iteraton
if "Nature's Blessing" in available_spells:
if "Nature's Blessing" not in spells:
spells["Nature's Blessing"] = 0
while player.get_plague(
) and spells["Nature's Blessing"] <= 1 and resources[
'Runes'] > available_spells["Nature's Blessing"][
1] and 10 < player.get_mana():
if player.cast_spell("Nature's Blessing") is not None:
log.info("Cast Nature's Blessing: Success")
break
log.info("Cast Nature's Blessing: Failed")
resources = player.get_resources()
log.info("Cast Nature's Blessing: Done")
resources = player.get_resources()
# If we are low on food, make sure we cast Fertile lands.
if 'Fertile Lands' in available_spells:
if 'Fertile Lands' not in spells:
spells['Fertile Lands'] = 0
while spells['Fertile Lands'] <= 1 and resources[
'Food'] < 30000 and resources['Runes'] > available_spells[
'Fertile Lands'][1] and 20 < player.get_mana():
if player.cast_spell('Fertile Lands') is not None:
log.info("Cast Fertile Lands: Success")
break
log.info("Cast Fertile Lands: Failed")
resources = player.get_resources()
log.info("Cast Fertile Lands: Done")
# If we are low on food, make sure we cast Fertile lands.
if 'Fountain of Knowledge' in available_spells:
if 'Fountain of Knowledge' not in spells:
spells['Fountain of Knowledge'] = 0
while spells['Fountain of Knowledge'] <= 1 and resources[
'Runes'] > available_spells['Fountain of Knowledge'][
1] and 20 < player.get_mana():
if player.cast_spell('Fountain of Knowledge') is not None:
log.info("Cast Fertile Lands: Success")
break
log.info("Cast Fertile Lands: Failed")
resources = player.get_resources()
log.info("Cast Fontain of Knowledge: Done")
counter = 0
resources = player.get_resources()
while 20 < player.get_mana() and player.get_soldiers() > 0:
counter += 1
if counter > 7:
break
resources = player.get_resources()
leet_count = resources['Money'] / 500
while 1 > leet_count and player.get_mana(
) >= 20 and player.get_soldiers() > 0:
counter += 1
if counter > 7:
break
player.cast_spell("Tree of Gold")
available_spells = player.get_available_spells()
resources = player.get_resources()
leet_count = resources['Money'] / 500
#spec_count = resources['Money'] / 350
#troops={'o-spec': spec_count}
troops = {'elite': leet_count}
trained_troops = player.train_military(troops)
# if 1 > leet_count:
# troops={'o-spec': spec_count}
# if 1 > spec_count:
# break
# else:
# troops={'elite': leet_count}
log.info("train_military(%s): %s" % (troops, trained_troops))
# If we reach this point, and we're out of money. Let's try to spend our spec-credits
resources = player.get_resources()
if (0 < player.get_spec_credits()
or 350 > resources['Money']) and 0 < player.get_soldiers():
troops = {
'o-spec': min(player.get_soldiers(), player.get_spec_credits())
}
trained_military = player.train_military(troops)
log.debug("spec-credits: train_military(%s): %s" %
(troops, trained_military))
info_msg = ""
if 'Paradise' in available_spells:
if resources['Runes'] > available_spells['Paradise']:
info_msg = "Not enough runes (have: %s, need: %s)" % (
resources['Runes'], available_spells['Paradise'])
elif 10 >= player.get_mana():
info_msg = "Not enough mana (%s%)" % player.get_mana()
else:
while resources['Runes'] > available_spells['Paradise'][
1] and 20 < player.get_mana():
result = player.cast_spell('Paradise')
log.info("Cast Paradise - Result: %s" % result)
resources = player.get_resources()
else:
info_msg = "Paradise not available to cast."
log.info("Paradise done: %s" % info_msg)
log.info("Prep building.")
build_info = player.get_build_info()
buildings = player.get_buildings()
resources = player.get_resources()
iterations_counter = 0
while 6 < iterations_counter and 0 < build_info[
'Total Undeveloped land'] and build_info[
'Construction Cost'] < resources['Money']:
iterations_counter += 1
for k, v in buildings.items():
buildings[k]['total'] = v['built'] + v['incoming']
to_build = {}
# min 8% farms
if 0.08 < buildings['Farms']['total'] / build_info['Total Land']:
to_build['Farms'] = int(
(0.07 -
(buildings['Farms']['total'] / build_info['Total Land'])) *
build_info['Total Land'])
log.info("To build['Farms'] : %s" % to_build['Farms'])
if 0.15 < buildings['Guilds']['total'] / build_info['Total Land']:
to_build['Guilds'] = int(
(0.15 -
(buildings['Guilds']['total'] / build_info['Total Land'])) *
build_info['Total Land'])
log.info("To build['Guilds'] : %s" % to_build['Guilds'])
if 0.09 < buildings['Forts']['total'] / build_info['Total Land']:
to_build['Forts'] = int(
(0.12 -
(buildings['Forts']['total'] / build_info['Total Land'])) *
build_info['Total Land'])
log.info("To build['Forts'] : %s" % to_build['Forts'])
if 0.25 < buildings['Banks']['total'] / build_info['Total Land']:
to_build['Banks'] = int(
(0.12 -
(buildings['Banks']['total'] / build_info['Total Land'])) *
build_info['Total Land'])
log.info("To build['Banks'] : %s" % to_build['Banks'])
if 0.14 < buildings['Towers']['total'] / build_info['Total Land']:
to_build['Towers'] = int(
(0.15 -
(buildings['Towers']['total'] / build_info['Total Land'])) *
build_info['Total Land'])
log.info("To build['Towers'] : %s" % to_build['Towers'])
if 0.2 < buildings['Schools']['total'] / build_info['Total Land']:
to_build['Schools'] = int(
(0.12 -
(buildings['Schools']['total'] / build_info['Total Land'])) *
build_info['Total Land'])
log.info("To build['Schools'] : %s" % to_build['Schools'])
if 0.09 < buildings['Training Grounds']['total'] / build_info[
'Total Land']:
to_build['Training Grounds'] = int(
(0.12 - (buildings['Training Grounds']['total'] /
build_info['Total Land'])) * build_info['Total Land'])
log.info("To build['Training Grounds'] : %s" %
to_build['Training Grounds'])
if 0 <= len(to_build):
log.info("No need to build anything.")
break
log.info("Want to build: %s" % to_build)
player.build(to_build)
log.info("build_info: %s", player.get_build_info())
log.info("buildings: %s", player.get_buildings())
build_info = player.get_build_info()
resources = player.get_resources()
if 0 < build_info['Total Undeveloped land']:
# If we are low on food, make sure we cast Fertile lands.
while 'Tree of Gold' in available_spells and resources[
'Runes'] > available_spells['Tree of Gold'][
1] and 20 < player.get_mana() and player.cast_spell(
'Tree of Gold') is not None:
resources = player.get_resources()
# SCIENCE!!!
available_books = player.get_science_info()['Books to Allocate']
if 3 < available_books:
buy_sci = {
"Alchemy": int(round(available_books / 4)),
"Tools": int(round(available_books / 4)),
"Housing":
int(round(available_books / 4) + random.randrange(0, 10)),
"Food": int(round(available_books / 16)),
"Military": int(round(available_books / 16)),
"Crime": int(round(available_books / 16)),
"Channeling": int(round(available_books / 16)),
}
result = player.buy_science(buy_sci)
info_msg = "Bought science: %s" % result
else:
info_msg = "Less than 3 books (have: %s)" % available_books
log.info("Buying science DONE: %s", info_msg)
print "DONE"
