def Save(self, filename, **kwargs):
self.filename = filename
self.tileTypes = []
examined = []
hashMap = {}
self.typeMap = {}
self.type2TID = {}
self.instances = []
self.serialize_cleanly = kwargs.get('clean', True)
self.dump_inherited = kwargs.get('inherited', False)
# Preprocess and assign IDs.
start = perf_counter()
idlen = 0
it = self.map.Locations()
lz = -1
last_str = None
start = perf_counter()
maxid = 0
for tile in it:
# print(str(tile))
if lz != it.z:
if start:
self.log.info(' -> Took {}'.format(getElapsed(start)))
self.log.info(' * Consolidating level {}...'.format(it.z + 1))
start = perf_counter()
lz = it.z
strt = tile.GetHash() # str(tile)
dbg = False
# if strt == 'e18826df83665059358c177f43f6ac72':
# dbg=True
if last_str == strt:
# if dbg: print('Continuing: Same as last examined.')
continue
if strt in examined:
# if dbg: print('Continuing: Hash already examined.')
last_str = strt
continue
# tile.ID = len(examined)
examined += [strt]
tid = self.GetTID(tile)
if tile.origID=='aaa':
self.log.info('{} -> {}'.format(tile.origID,tid))
if tid in self.typeMap:
if hashMap.get(strt, None) == tid:
if dbg: self.log.debug('Continuing: TID {} in typeMap, hashes match.'.format(tid))
continue
tile.origID = ''
tid = len(self.typeMap)
while tid in self.typeMap:
tid += 1
self.log.info('{} assigned to new TID {}'.format(strt,tid))
maxid = max(maxid, tid)
self.typeMap[tid] = (strt, self.SerializeTile(tile))
last_str = strt
hashMap[strt] = tid
self.log.info(' * Preprocessing completed in {}'.format(getElapsed(start)))
idlen = len(self.ID2String(maxid))
tmpfile = filename + '.tmp'
self.log.info('Opening {} for write...'.format(tmpfile))
start = perf_counter()
with open(tmpfile, 'w') as f:
for tid in sorted(self.typeMap.keys()):
stid = self.ID2String(tid, idlen)
strt, serdata = self.typeMap[tid]
if serdata == '(/turf/space,/area)':
self.log.debug('{} -> {}'.format(tid,stid))
f.write('"{}" = {}\n'.format(stid, serdata))
self.type2TID[strt] = stid
self.log.info(' Wrote types in {}...'.format(getElapsed(start)))
lap = perf_counter()
for z in range(len(self.map.zLevels)):
self.log.debug(' Writing z={}...'.format(z))
f.write('\n(1,1,{0}) = {{"\n'.format(z + 1))
zlevel = self.map.zLevels[z]
for y in range(zlevel.height):
for x in range(zlevel.width):
tile = self.map.GetTileAt(x, y, z)
thash = tile.GetHash()
f.write(self.type2TID[thash])
f.write("\n")
f.write('"}\n')
self.log.info(' Wrote tiles in {}...'.format(getElapsed(lap)))
if os.path.isfile(filename):
os.remove(filename)
os.rename(tmpfile, filename)
self.log.info('-> {} in {}'.format(filename, getElapsed(start)))
def Save(self, filename, **kwargs):
self.filename = filename
self.tileTypes = []
examined = []
hashMap = {}
self.typeMap = {}
self.type2TID = {}
self.instances = []
self.serialize_cleanly = kwargs.get('clean', True)
self.dump_inherited = kwargs.get('inherited', False)
# Preprocess and assign IDs.
start = clock()
idlen = 0
it = self.map.Tiles()
lz = -1
last_str = None
start = None
maxid = 0
for tile in it:
# print(str(tile))
if lz != it.z:
if start:
print(' -> Took {}'.format(getElapsed(start)))
print(' * Consolidating level {}...'.format(it.z + 1))
start = clock()
lz = it.z
strt = tile.GetHash() # str(tile)
dbg = False
# if strt == 'e18826df83665059358c177f43f6ac72':
# dbg=True
if last_str == strt:
# if dbg: print('Continuing: Same as last examined.')
continue
if strt in examined:
# if dbg: print('Continuing: Hash already examined.')
last_str = strt
continue
# tile.ID = len(examined)
examined += [strt]
tid = self.GetTID(tile)
if tid in self.typeMap:
if hashMap.get(strt, None) == tid:
if dbg: print('Continuing: TID {} in typeMap, hashes match.'.format(tid))
continue
tile.origID = ''
tid = len(self.typeMap)
while tid in self.typeMap:
tid += 1
# print('{} assigned to new TID {}'.format(strt,tid))
maxid = max(maxid, tid)
self.typeMap[tid] = (strt, self.SerializeTile(tile))
last_str = strt
hashMap[strt] = tid
print(' * Preprocessing completed in {}'.format(getElapsed(start)))
idlen = len(self.ID2String(maxid))
tmpfile = filename + '.tmp'
print('Opening {} for write...'.format(tmpfile))
start = clock()
with open(tmpfile, 'w') as f:
for tid in sorted(self.typeMap.keys()):
stid = self.ID2String(tid, idlen)
strt, serdata = self.typeMap[tid]
f.write('"{}" = {}\n'.format(stid, serdata))
self.type2TID[strt] = stid
print(' Wrote types in {}...'.format(getElapsed(start)))
lap = clock()
for z in xrange(len(self.map.zLevels)):
print(' Writing z={}...'.format(z))
f.write('\n(1,1,{0}) = {{"\n'.format(z + 1))
zlevel = self.map.zLevels[z]
for y in xrange(zlevel.height):
for x in xrange(zlevel.width):
tile = self.map.GetTileAt(x, y, z)
thash = tile.GetHash()
f.write(self.type2TID[thash])
f.write("\n")
f.write('"}\n')
print(' Wrote tiles in {}...'.format(getElapsed(lap)))
if os.path.isfile(filename):
os.remove(filename)
os.rename(tmpfile, filename)
print('-> {} in {}'.format(filename, getElapsed(start)))
def consumeTileMap(self, f):
zLevel = None
y = 0
z = 0
inZLevel = False
width = 0
height = 0
while True:
self.lineNumber += 1
line = f.readline()
if line == '':
return
log_prefix="{}:{}: ".format(self.filename,self.lineNumber)
# (1,1,1) = {"
if line.startswith('('):
coordChunk = line[1:line.index(')')].split(',')
# print(repr(coordChunk))
z = int(coordChunk[2])
inZLevel = True
y = 0
width = 0
height = 0
start = perf_counter()
#print(log_prefix+' START z={}'.format(z))
continue
if line.strip() == '"}':
zLevel.initial_load=False
inZLevel = False
if height == 0:
height = y
# self.map.zLevels[z] = zLevel
zLevel = None
self.log.info(' * Added map layer {0} ({1}x{2}, {3})'.format(z, height, width, getElapsed(start)))
continue
if inZLevel:
if zLevel is None:
zLevel = self.map.CreateZLevel(height, width) # , z-1)
zLevel.initial_load=True
#print(log_prefix+' CREATED z={}'.format(z))
if width == 0:
width = len(line) / self.idlen
self.log.debug('Width detected as {}.'.format(width))
zLevel.Resize(width, width)
if width > 255:
self.log.warn("%sLine is {} blocks long!", log_prefix, width)
x = 0
for chunk in chunker(line.strip(), self.idlen):
chunk = ''.join(chunk)
tid = self.oldID2NewID[chunk]
#if tid == 1:
#print('[{},{}] Chunk: {}, tid: {}'.format(x,y,chunk,tid))
zLevel.SetTileID(x, y, tid)
x += 1
y += 1
def consumeTileMap(self, f):
zLevel = None
y = 0
z = 0
inZLevel = False
width = 0
height = 0
while True:
self.lineNumber += 1
line = f.readline()
if line == '':
return
log_prefix="{}:{}: ".format(self.filename,self.lineNumber)
# (1,1,1) = {"
if line.startswith('('):
coordChunk = line[1:line.index(')')].split(',')
# print(repr(coordChunk))
z = int(coordChunk[2])
inZLevel = True
y = 0
width = 0
height = 0
start = clock()
#print(log_prefix+' START z={}'.format(z))
continue
if line.strip() == '"}':
zLevel.initial_load=False
inZLevel = False
if height == 0:
height = y
# self.map.zLevels[z] = zLevel
zLevel = None
self.log.info(' * Added map layer {0} ({1}x{2}, {3})'.format(z, height, width, getElapsed(start)))
continue
if inZLevel:
if zLevel is None:
zLevel = self.map.CreateZLevel(height, width) # , z-1)
zLevel.initial_load=True
#print(log_prefix+' CREATED z={}'.format(z))
if width == 0:
width = len(line) / self.idlen
self.log.debug('Width detected as {}.'.format(width))
zLevel.Resize(width, width)
if width > 255:
self.log.warn("%sLine is {} blocks long!", log_prefix, width)
x = 0
for chunk in chunker(line.strip(), self.idlen):
chunk = ''.join(chunk)
tid = self.oldID2NewID[chunk]
#if tid == 1:
#print('[{},{}] Chunk: {}, tid: {}'.format(x,y,chunk,tid))
zLevel.SetTileID(x, y, tid)
x += 1
y += 1
