def find_hash(h):
chars = string.lowercase + string.digits
strings = itertools.product(chars, repeat=18)
for a in strings:
result = reduce(lambda x, y: x+y, list(a))
my = myhash.myhash(result)
if my == h:
return result
def getid(element):
""" returns a hash code for the XML element and children to create a repeatable id for the element """
if element is None:
print("getid error: null element")
return -1
id = element.attrib.get('ID')
if id and id.isnumeric() and len(list(element)) == 1:
return int(id)
else:
text = ET.tostring(element)
hashcode = myhash(text)
if debug:
print('key:', text, 'hash', hashcode)
return hashcode
if opts.merge:
files = [file(name) for name in args]
count = {}
else:
# In this mode we don't assume anything about
# the input. The output is sorted, just like
# sort | uniq -c.
count = {}
files = []
for words in input:
line = " ".join(words)
if opts.key:
key = " ".join(words[keystart:keystop])
else:
key = line
if opts.parallel and myhash.myhash(key, modulus) != residue:
continue
count[line] = count.get(line, 0) + 1
if len(count) >= opts.max_types:
if opts.verbose:
sys.stderr.write(
"writing counts to temporary file (memory=%s)\n" %
monitor.memory())
keys = count.keys()
keys.sort()
f = tempfile.TemporaryFile()
for key in keys:
f.write("%s\t%s\n" % (count[key], key))
f.seek(0)
files.append(f)
count = {}
def readreactions(tree, conn):
"""
read an xml file into the designated database
"""
start = time.time()
insertcache = set()
root = tree.getroot()
sql = 'insert into reaxys.reaction (%s) values %s;'
cur = conn.cursor()
for elem in root.findall('REACTIONS/REACTION'):
data = {}
data['reaction_id'] = getid(elem)
data['reaxys_reaction_id'] = elem.attrib.get('ID')
for item in [
'RXNSTRUCTURE', 'RANK', 'MW_LARGEST_PRODUCT',
'SORT_CREATION_DATE', 'SORT_REACTION_SCALE',
'SORT_TOTAL_VOLUME'
]:
subelem = elem.find(item)
if subelem is not None:
tag = subelem.tag
value = subelem.text
data[tag] = value
for item in ['REACTANT_ID', 'METABOLITE_ID', 'PRODUCT_ID']:
subelem = elem.findall(item)
if subelem:
ilist = list()
for sselem in subelem:
# some of the data are MD5 hash strings, to be annoying
# we will just make this a hash to be compatible as integer key
# for this database
text = sselem.text
if text.startswith("MD5"):
text = myhash(text.encode('utf-8'))
text = int(text)
ilist.append(text)
data[item] = ilist
for item in ['VARIATIONS']:
subelem = elem.findall(item)
if subelem:
ilist = list()
for sselem in subelem:
tag = getid(sselem)
ilist.append(tag)
data[item] = ilist
columns = data.keys()
values = [data[column] for column in columns]
cmd = cur.mogrify(
sql,
(AsIs(','.join(columns)), tuple(values))).decode('utf-8') + "\n"
h = hash(cmd)
if not h in lines:
lines.add(h)
insertcache.add(cmd)
if len(insertcache) > CHUNKSIZE:
cur.execute('\n'.join(insertcache))
insertcache.clear()
cur.execute('\n'.join(insertcache))
conn.commit()
print("\treadreactions load took %5.2f %6i records" %
((time.time() - start), len(lines)))
return
def handle_net_command(who, command, line):
"Returns False if the command had no impact on gamestate"
global downloading
global fast_forward
global host_mode
global screen_dirty
args = line.split(' ')
# Some commands don't require you to be seated
if command == "say":
out(who + ": " + line)
return False
if command == "raw":
out(line)
return False
if command == "seats":
seats[:] = [Seat(args[i], i) for i in range(len(args))]
out("> %s set the /seats to: %s" % (who, line))
screen_dirty = True
redraw()
return
if command == "callhash":
out("> %s issued /callhash" % who)
send("raw #%X for %s\n" % (myhash((board, tasks._pending)), localname))
#send("raw #%X for %s\n" % (myhash(tasks._pending), localname))
return False
if command == "mk":
#Obsolete, use /e
pos = (int(args[1]), int(args[2]))
team = int(args[3]) if len(args) > 3 else None
return make_thing(pos, args[0], team)
if command == "rm":
#Obsolete, use /e
pos = (int(args[0]), int(args[1]))
obliterate_tile(pos)
return
if command == "e":
pos = (int(args[0]), int(args[1]))
cmd = args[2]
if cmd == 'rm':
obliterate_tile(pos)
return
team = int(args[3]) if len(args) > 3 else None
return make_thing(pos, cmd, team)
if command == "bias":
# Sets a team's directional / handedness biases.
# Useful during mapmaking to balance things, but it doesn't apply to already-placed units.
team = int(args[0])
angle = int(args[1])
flip = int(args[2])
if angle < 0 or angle >= 6 or abs(
flip) != 1 or team < 0 or team >= len(team_bias_angles):
out("Bad \"bias\" command from " + who)
else:
team_bias_angles[team] = angle
team_bias_flips[team] = flip
return
if command == "join":
out("> %s has joined" % who)
if host_mode:
send("sync %s\n" % who)
return False
if command == "host":
out("> %s is now the /host" % who)
host_mode = (who == localname)
return False
if command == "dehost":
out("> %s has /dehost'ed" % who)
if who == localname:
host_mode = False
return False
if command == "sync":
out("> %s started /sync-ing to: %s" % (who, line))
if who == localname:
global uploading
uploading = True
pause_net_input()
global logfile
logfile.close()
logfile = gzip.open(log_filename)
elif localname in args:
downloading = True
fast_forward = True
pause_net_input()
return False
if command == "syncdone":
if downloading: # Which you always should be in this case
out("---------- SYNC COMPLETE ----------")
downloading = False
fast_forward = False
resume_net_input()
return False
if command == "alliance":
affectedTeam = int(args[0])
newCode = int(args[1])
oldCode = team_alliance[affectedTeam]
team_alliance[affectedTeam] = newCode
affected = [((team_alliance[t] & oldCode) == 0) !=
((team_alliance[t] & newCode) == 0)
for t in range(len(team_alliance))]
affected[affectedTeam] = True
#Handle idle people standing next to new enemies.
for brow in board:
for tile in brow:
for content in tile.contents:
#we are an ai'd actor who is on a team affected by this change
if isinstance(content,
Unit) and content.ai != None and affected[
content.team]:
content.ai.queue_immediately()
out("> %s set team %d to alliance code %d" %
(who, int(args[0]), int(args[1])))
return
for seat in seats:
if seat.name == who:
break
else:
out("Couldn't find seat for input %s:%s %s" % (who, command, line))
return False
if command == "T":
seat.time = int(line)
try:
requested_time = min(s.time for s in seats
if actor_counts[s.team] != 0)
except ValueError:
# All seated teams are dead, nothing to do.
requested_time = -1
if (requested_time < 0):
redraw()
return
select(None)
do_step(requested_time)
for s in seats:
s.time = -1
redraw()
return
if command == "do":
args = [int(a) for a in args]
src = (args[0], args[1])
dest = (args[2], args[3])
subject = get_selectable(src, seat.team)
if subject == None:
out("Couldn't find a selectable thing at %s" % str(src))
else:
send_tile_command(subject, dest, len(args) == 5)
if subject.pos == selected:
select(subject)
return
if command == "team":
seat.team = int(args[0])
seat.time = -1
redraw()
return
out("> %s issued unknown command %s" % (who, command))
return False
residue = int(residue)
modulus = int(modulus)
sys.stderr.write("I am %d of %d\n" % (residue, modulus))
# rotate args to reduce load on filesystem
args = [args[(i + residue) % len(args)] for i in xrange(len(args))]
input = fileinput.input(args)
if opts.key is not None:
cols = [int(x) for x in opts.key.split("-")]
if len(cols) == 1:
startfield, stopfield = cols[0] - 1, cols[0]
elif len(cols) == 2:
startfield, stopfield = cols[0] - 1, cols[1]
else:
parser.print_help()
sys.exit(1)
progress = 0
for line in input:
if opts.key:
key = " ".join(line.split()[startfield:stopfield])
else:
key = line
if myhash.myhash(key, modulus) == residue:
outfile.write(line)
progress += 1
if opts.verbose and progress % 1000000 == 0:
sys.stderr.write("%d lines\n" % progress)
if opts.merge:
files = [file(name) for name in args]
count = {}
else:
# In this mode we don't assume anything about
# the input. The output is sorted, just like
# sort | uniq -c.
count = {}
files = []
for words in input:
line = " ".join(words)
if opts.key:
key = " ".join(words[keystart:keystop])
else:
key = line
if opts.parallel and myhash.myhash(key,modulus) != residue:
continue
count[line] = count.get(line, 0)+1
if len(count) >= opts.max_types:
if opts.verbose:
sys.stderr.write("writing counts to temporary file (memory=%s)\n" % monitor.memory())
keys = count.keys()
keys.sort()
f = tempfile.TemporaryFile()
for key in keys:
f.write("%s\t%s\n" % (count[key], key))
f.seek(0)
files.append(f)
count = {}
del keys
sys.stderr.write("I am %d of %d\n" % (residue, modulus))
# rotate args to reduce load on filesystem
args = [args[(i+residue)%len(args)] for i in xrange(len(args))]
input = fileinput.input(args)
if opts.key is not None:
cols = [int(x) for x in opts.key.split("-")]
if len(cols) == 1:
startfield, stopfield = cols[0]-1, cols[0]
elif len(cols) == 2:
startfield, stopfield = cols[0]-1, cols[1]
else:
parser.print_help()
sys.exit(1)
progress = 0
for line in input:
if opts.key:
key = " ".join(line.split()[startfield:stopfield])
else:
key = line
if myhash.myhash(key,modulus) == residue:
outfile.write(line)
progress += 1
if opts.verbose and progress % 1000000 == 0:
sys.stderr.write("%d lines\n" % progress)