while True:
shards = client.listShards(generate_token(700))
print shards
count = 0
for skey in shards:
shard = shards[skey]
if shard['invasion'] != None:
count = count + 1
for skey in shards:
shard = shards[skey]
if shard['invasion'] == None:
if shard['name'] in superDistricts:
typ = int(float(random.random()) * 4.0)
suit = int(float(random.random()) *
4.0) + 4 # Bias the cogs to be big
client.startInvasion(generate_token(700), int(skey),
typ, suit, 0, 0)
count = count + 1
print 'Calling invasion for %s with %d,%d' % (
shard['name'], typ, suit)
if count < 3:
for skey in shards:
shard = shards[skey]
if shard['invasion'] == None and not shard[
'name'] in safeHarbor:
r = random.random()
if r < BaseInvasionChance and not shard[
'name'] in superDistricts:
typ = int(float(random.random()) * 4.0)
suit = int(float(random.random()) * 8.0)
client.startInvasion(generate_token(700),
int(skey), typ, suit, 0, 0)
while True:
shards = client.listShards(generate_token(700))
print shards
count = 0
for skey in shards:
shard = shards[skey]
if shard['invasion'] != None:
count = count + 1
for skey in shards:
shard = shards[skey]
if shard['invasion'] == None:
if shard['name'] in superDistricts:
typ = int(float(random.random()) * 4.0)
suit = int(float(random.random()) * 4.0) + 4 # Bias the cogs to be big
client.startInvasion(generate_token(700), int(skey), typ, suit, 0, 0)
count = count + 1
print 'Calling invasion for %s with %d,%d'%(shard['name'],typ,suit)
if count < 3:
for skey in shards:
shard = shards[skey]
if shard['invasion'] == None and not shard['name'] in safeHarbor:
r = random.random()
if r < BaseInvasionChance and not shard['name'] in superDistricts:
typ = int(float(random.random()) * 4.0)
suit = int(float(random.random()) * 8.0)
client.startInvasion(generate_token(700), int(skey), typ, suit, 0, 0)
print 'Calling invasion for %s with %d,%d'%(shard['name'],typ,suit)
print "tick..(was %d)\n"%(count)
time.sleep(60)
except Exception, e:
