def scan_region_file(scanned_regionfile_obj, options):
""" Given a scanned region file object with the information of a
region files scans it and returns the same obj filled with the
results.
If delete_entities is True it will delete entities while
scanning
entiti_limit is the threshold tof entities to conisder a chunk
with too much entities problems.
"""
o = options
delete_entities = o.delete_entities
entity_limit = o.entity_limit
try:
r = scanned_regionfile_obj
# counters of problems
chunk_count = 0
corrupted = 0
wrong = 0
entities_prob = 0
shared = 0
# used to detect chunks sharing headers
offsets = {}
filename = r.filename
# try to open the file and see if we can parse the header
try:
region_file = region.RegionFile(r.path)
except region.NoRegionHeader: # the region has no header
r.status = world.REGION_TOO_SMALL
return r
except IOError as e:
print(
"\nWARNING: I can't open the file {0} !\nThe error is \"{1}\".\nTypical causes are file blocked or problems in the file system.\n"
.format(filename, e))
r.status = world.REGION_UNREADABLE
r.scan_time = time.time()
print(
"Note: this region file won't be scanned and won't be taken into acount in the summaries"
)
# TODO count also this region files
return r
except: # whatever else print an error and ignore for the scan
# not really sure if this is a good solution...
print(
"\nWARNING: The region file \'{0}\' had an error and couldn't be parsed as region file!\nError:{1}\n"
.format(join(split(split(r.path)[0])[1],
split(r.path)[1]),
sys.exc_info()[0]))
print(
"Note: this region file won't be scanned and won't be taken into acount."
)
print(
"Also, this may be a bug. Please, report it if you have the time.\n"
)
return None
try: # start the scanning of chunks
for x in range(32):
for z in range(32):
# start the actual chunk scanning
g_coords = r.get_global_chunk_coords(x, z)
chunk, c = scan_chunk(region_file, (x, z), g_coords, o)
if c != None: # chunk not created
r.chunks[(x, z)] = c
chunk_count += 1
else:
continue
if c[TUPLE_STATUS] == world.CHUNK_OK:
if options.name_tags == True:
if len(chunk["Level"]["Entities"]) > 0:
for idx, val in enumerate(
chunk["Level"]["Entities"]):
try:
if str(val["CustomName"]) != "":
# TODO Don't simply print this. Store it to display as part of a summary that doesn't interrupt the progress bar.
print(
"\n\"{0}\" is currently at X:{1} Z:{2}."
.format(
val["CustomName"],
int(
float(val["Pos"]
[0].value)),
int(
float(val["Pos"]
[2].value))))
elif str(val["Owner"]) != "":
# TODO Don't simply print this. Store it to display as part of a summary that doesn't interrupt the progress bar.
print(
"\n{0}'s {1} is currently at X:{2} Z:{3}."
.format(
val["Owner"], val["id"],
int(
float(val["Pos"]
[0].value)),
int(
float(val["Pos"]
[2].value))))
elif str(val["OwnerName"]) != "":
# TODO Don't simply print this. Store it to display as part of a summary that doesn't interrupt the progress bar.
print(
"\n{0}'s horse is currently at X:{1} Z:{2}."
.format(
val["OwnerName"],
int(
float(val["Pos"]
[0].value)),
int(
float(val["Pos"]
[2].value))))
except:
pass
continue
elif c[TUPLE_STATUS] == world.CHUNK_TOO_MANY_ENTITIES:
# deleting entities is in here because parsing a chunk with thousands of wrong entities
# takes a long time, and once detected is better to fix it at once.
if delete_entities:
world.delete_entities(region_file, x, z)
print(
"Deleted {0} entities in chunk ({1},{2}) of the region file: {3}"
.format(c[TUPLE_NUM_ENTITIES], x, z,
r.filename))
# entities removed, change chunk status to OK
r.chunks[(x, z)] = (0, world.CHUNK_OK)
else:
entities_prob += 1
# This stores all the entities in a file,
# comes handy sometimes.
#~ pretty_tree = chunk['Level']['Entities'].pretty_tree()
#~ name = "{2}.chunk.{0}.{1}.txt".format(x,z,split(region_file.filename)[1])
#~ archivo = open(name,'w')
#~ archivo.write(pretty_tree)
elif c[TUPLE_STATUS] == world.CHUNK_CORRUPTED:
corrupted += 1
elif c[TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED:
wrong += 1
# Now check for chunks sharing offsets:
# Please note! region.py will mark both overlapping chunks
# as bad (the one stepping outside his territory and the
# good one). Only wrong located chunk with a overlapping
# flag are really BAD chunks! Use this criterion to
# discriminate
metadata = region_file.metadata
sharing = [
k for k in metadata
if (metadata[k].status == region.STATUS_CHUNK_OVERLAPPING
and r[k][TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED)
]
shared_counter = 0
for k in sharing:
r[k] = (r[k][TUPLE_NUM_ENTITIES], world.CHUNK_SHARED_OFFSET)
shared_counter += 1
except KeyboardInterrupt:
print("\nInterrupted by user\n")
# TODO this should't exit
sys.exit(1)
r.chunk_count = chunk_count
r.corrupted_chunks = corrupted
r.wrong_located_chunks = wrong
r.entities_prob = entities_prob
r.shared_offset = shared_counter
r.scan_time = time.time()
r.status = world.REGION_OK
return r
# Fatal exceptions:
except:
# anything else is a ChildProcessException
except_type, except_class, tb = sys.exc_info()
r = (r.path, r.coords, (except_type, except_class,
traceback.extract_tb(tb)))
return r
def scan_region_file(scanned_regionfile_obj, options):
""" Given a scanned region file object with the information of a
region files scans it and returns the same obj filled with the
results.
If delete_entities is True it will delete entities while
scanning
entiti_limit is the threshold tof entities to conisder a chunk
with too much entities problems.
"""
o = options
delete_entities = o.delete_entities
entity_limit = o.entity_limit
try:
r = scanned_regionfile_obj
# counters of problems
chunk_count = 0
corrupted = 0
wrong = 0
entities_prob = 0
shared = 0
# used to detect chunks sharing headers
offsets = {}
filename = r.filename
# try to open the file and see if we can parse the header
try:
region_file = region.RegionFile(r.path)
except region.NoRegionHeader: # the region has no header
r.status = world.REGION_TOO_SMALL
return r
except IOError as e:
print("\nWARNING: I can't open the file {0} !\nThe error is \"{1}\".\nTypical causes are file blocked or problems in the file system.\n".format(filename,e))
r.status = world.REGION_UNREADABLE
r.scan_time = time.time()
print("Note: this region file won't be scanned and won't be taken into acount in the summaries")
# TODO count also this region files
return r
except: # whatever else print an error and ignore for the scan
# not really sure if this is a good solution...
print("\nWARNING: The region file \'{0}\' had an error and couldn't be parsed as region file!\nError:{1}\n".format(join(split(split(r.path)[0])[1], split(r.path)[1]),sys.exc_info()[0]))
print("Note: this region file won't be scanned and won't be taken into acount.")
print("Also, this may be a bug. Please, report it if you have the time.\n")
return None
try:# start the scanning of chunks
for x in range(32):
for z in range(32):
# start the actual chunk scanning
g_coords = r.get_global_chunk_coords(x, z)
chunk, c = scan_chunk(region_file, (x,z), g_coords, o)
if c != None: # chunk not created
r.chunks[(x,z)] = c
chunk_count += 1
else: continue
if c[TUPLE_STATUS] == world.CHUNK_OK:
if options.name_tags == True:
if len(chunk["Level"]["Entities"]) > 0:
for idx, val in enumerate(chunk["Level"]["Entities"]):
try:
if str(val["CustomName"]) != "":
# TODO Don't simply print this. Store it to display as part of a summary that doesn't interrupt the progress bar.
print("\n\"{0}\" is currently at X:{1} Z:{2}.".format(val["CustomName"], int(float(val["Pos"][0].value)), int(float(val["Pos"][2].value))))
elif str(val["Owner"]) != "":
# TODO Don't simply print this. Store it to display as part of a summary that doesn't interrupt the progress bar.
print("\n{0}'s {1} is currently at X:{2} Z:{3}.".format(val["Owner"], val["id"], int(float(val["Pos"][0].value)), int(float(val["Pos"][2].value))))
elif str(val["OwnerName"]) != "":
# TODO Don't simply print this. Store it to display as part of a summary that doesn't interrupt the progress bar.
print("\n{0}'s horse is currently at X:{1} Z:{2}.".format(val["OwnerName"], int(float(val["Pos"][0].value)), int(float(val["Pos"][2].value))))
except:
pass
continue
elif c[TUPLE_STATUS] == world.CHUNK_TOO_MANY_ENTITIES:
# deleting entities is in here because parsing a chunk with thousands of wrong entities
# takes a long time, and once detected is better to fix it at once.
if delete_entities:
world.delete_entities(region_file, x, z)
print("Deleted {0} entities in chunk ({1},{2}) of the region file: {3}".format(c[TUPLE_NUM_ENTITIES], x, z, r.filename))
# entities removed, change chunk status to OK
r.chunks[(x,z)] = (0, world.CHUNK_OK)
else:
entities_prob += 1
# This stores all the entities in a file,
# comes handy sometimes.
#~ pretty_tree = chunk['Level']['Entities'].pretty_tree()
#~ name = "{2}.chunk.{0}.{1}.txt".format(x,z,split(region_file.filename)[1])
#~ archivo = open(name,'w')
#~ archivo.write(pretty_tree)
elif c[TUPLE_STATUS] == world.CHUNK_CORRUPTED:
corrupted += 1
elif c[TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED:
wrong += 1
# Now check for chunks sharing offsets:
# Please note! region.py will mark both overlapping chunks
# as bad (the one stepping outside his territory and the
# good one). Only wrong located chunk with a overlapping
# flag are really BAD chunks! Use this criterion to
# discriminate
metadata = region_file.metadata
sharing = [k for k in metadata if (
metadata[k].status == region.STATUS_CHUNK_OVERLAPPING and
r[k][TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED)]
shared_counter = 0
for k in sharing:
r[k] = (r[k][TUPLE_NUM_ENTITIES], world.CHUNK_SHARED_OFFSET)
shared_counter += 1
except KeyboardInterrupt:
print("\nInterrupted by user\n")
# TODO this should't exit
sys.exit(1)
r.chunk_count = chunk_count
r.corrupted_chunks = corrupted
r.wrong_located_chunks = wrong
r.entities_prob = entities_prob
r.shared_offset = shared_counter
r.scan_time = time.time()
r.status = world.REGION_OK
return r
# Fatal exceptions:
except:
# anything else is a ChildProcessException
except_type, except_class, tb = sys.exc_info()
r = (r.path, r.coords, (except_type, except_class, traceback.extract_tb(tb)))
return r
def scan_region_file(scanned_regionfile_obj, entity_limit, delete_entities):
""" Scan a region file filling the ScannedRegionFile
If delete_entities is True it will delete entities while
scanning
entiti_limit is the threshold tof entities to conisder a chunk
with too much entities problems.
"""
try:
r = scanned_regionfile_obj
# counters of problems
chunk_count = 0
corrupted = 0
wrong = 0
entities_prob = 0
shared = 0
# used to detect chunks sharing headers
offsets = {}
filename = r.filename
# try to open the file and see if we can parse the header
try:
region_file = region.RegionFile(r.path)
except region.NoRegionHeader: # The region has no header
r.status = world.REGION_TOO_SMALL
r.scan_time = time()
r.scanned = True
return r
except IOError, e:
r.status = world.REGION_UNREADABLE
r.scan_time = time()
r.scanned = True
return r
for x in range(32):
for z in range(32):
# start the actual chunk scanning
g_coords = r.get_global_chunk_coords(x, z)
chunk, c = scan_chunk(region_file, (x, z), g_coords, entity_limit)
if c:
r.chunks[(x, z)] = c
chunk_count += 1
else:
# chunk not created
continue
if c[TUPLE_STATUS] == world.CHUNK_OK:
continue
elif c[TUPLE_STATUS] == world.CHUNK_TOO_MANY_ENTITIES:
# Deleting entities is in here because parsing a chunk
# with thousands of wrong entities takes a long time,
# and once detected is better to fix it at once.
if delete_entities:
world.delete_entities(region_file, x, z)
print ("Deleted {0} entities in chunk"
" ({1},{2}) of the region file: {3}").format(c[TUPLE_NUM_ENTITIES], x, z, r.filename)
# entities removed, change chunk status to OK
r.chunks[(x, z)] = (0, world.CHUNK_OK)
else:
entities_prob += 1
# This stores all the entities in a file,
# comes handy sometimes.
# ~ pretty_tree = chunk['Level']['Entities'].pretty_tree()
# ~ name = "{2}.chunk.{0}.{1}.txt".format(x,z,split(region_file.filename)[1])
# ~ archivo = open(name,'w')
# ~ archivo.write(pretty_tree)
elif c[TUPLE_STATUS] == world.CHUNK_CORRUPTED:
corrupted += 1
elif c[TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED:
wrong += 1
# Now check for chunks sharing offsets:
# Please note! region.py will mark both overlapping chunks
# as bad (the one stepping outside his territory and the
# good one). Only wrong located chunk with a overlapping
# flag are really BAD chunks! Use this criterion to
# discriminate
metadata = region_file.metadata
sharing = [k for k in metadata if (metadata[k].status == region.STATUS_CHUNK_OVERLAPPING and r[k][TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED)]
shared_counter = 0
for k in sharing:
r[k] = (r[k][TUPLE_NUM_ENTITIES], world.CHUNK_SHARED_OFFSET)
shared_counter += 1
r.chunk_count = chunk_count
r.corrupted_chunks = corrupted
r.wrong_located_chunks = wrong
r.entities_prob = entities_prob
r.shared_offset = shared_counter
r.scan_time = time()
r.status = world.REGION_OK
r.scanned = True
return r
def scan_region_file(scanned_regionfile_obj, options):
""" Given a scanned region file object with the information of a
region files scans it and returns the same obj filled with the
results.
If delete_entities is True it will delete entities while
scanning
entiti_limit is the threshold tof entities to conisder a chunk
with too much entities problems.
"""
o = options
delete_entities = o.delete_entities
entity_limit = o.entity_limit
try:
global cnx
# cnx = mysql.connect(user='******', password='', host='localhost', port='3306', database='block_stats')
block_aggregation = [0] * 4096
containers = []
biomes = [0] * 256
r = scanned_regionfile_obj
# counters of problems
chunk_count = 0
corrupted = 0
wrong = 0
entities_prob = 0
shared = 0
# used to detect chunks sharing headers
offsets = {}
filename = r.filename
# try to open the file and see if we can parse the header
try:
region_file = region.RegionFile(r.path)
except region.NoRegionHeader: # the region has no header
r.status = world.REGION_TOO_SMALL
return r
except IOError, e:
print "\nWARNING: I can't open the file {0} !\nThe error is \"{1}\".\nTypical causes are file blocked or problems in the file system.\n".format(filename,e)
r.status = world.REGION_UNREADABLE
r.scan_time = time.time()
print "Note: this region file won't be scanned and won't be taken into acount in the summaries"
# TODO count also this region files
return r
except: # whatever else print an error and ignore for the scan
# not really sure if this is a good solution...
print "\nWARNING: The region file \'{0}\' had an error and couldn't be parsed as region file!\nError:{1}\n".format(join(split(split(r.path)[0])[1], split(r.path)[1]),sys.exc_info()[0])
print "Note: this region file won't be scanned and won't be taken into acount."
print "Also, this may be a bug. Please, report it if you have the time.\n"
return None
try:# start the scanning of chunks
for x in range(32):
for z in range(32):
# start the actual chunk scanning
g_coords = r.get_global_chunk_coords(x, z)
chunk, c = scan_chunk(region_file, (x,z), g_coords, o, block_aggregation, containers, biomes)
if c != None: # chunk not created
r.chunks[(x,z)] = c
chunk_count += 1
else: continue
if c[TUPLE_STATUS] == world.CHUNK_OK:
continue
elif c[TUPLE_STATUS] == world.CHUNK_TOO_MANY_ENTITIES:
# deleting entities is in here because parsing a chunk with thousands of wrong entities
# takes a long time, and once detected is better to fix it at once.
if delete_entities:
world.delete_entities(region_file, x, z)
print "Deleted {0} entities in chunk ({1},{2}) of the region file: {3}".format(c[TUPLE_NUM_ENTITIES], x, z, r.filename)
# entities removed, change chunk status to OK
r.chunks[(x,z)] = (0, world.CHUNK_OK)
else:
entities_prob += 1
# This stores all the entities in a file,
# comes handy sometimes.
#~ pretty_tree = chunk['Level']['Entities'].pretty_tree()
#~ name = "{2}.chunk.{0}.{1}.txt".format(x,z,split(region_file.filename)[1])
#~ archivo = open(name,'w')
#~ archivo.write(pretty_tree)
elif c[TUPLE_STATUS] == world.CHUNK_CORRUPTED:
corrupted += 1
elif c[TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED:
wrong += 1
# Now check for chunks sharing offsets:
# Please note! region.py will mark both overlapping chunks
# as bad (the one stepping outside his territory and the
# good one). Only wrong located chunk with a overlapping
# flag are really BAD chunks! Use this criterion to
# discriminate
metadata = region_file.metadata
sharing = [k for k in metadata if (
metadata[k].status == region.STATUS_CHUNK_OVERLAPPING and
r[k][TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED)]
shared_counter = 0
for k in sharing:
r[k] = (r[k][TUPLE_NUM_ENTITIES], world.CHUNK_SHARED_OFFSET)
shared_counter += 1
saveBlockStats('region', r.get_coords(), block_aggregation)
except KeyboardInterrupt:
print "\nInterrupted by user\n"
# TODO this should't exit
sys.exit(1)
r.chunk_count = chunk_count
r.corrupted_chunks = corrupted
r.wrong_located_chunks = wrong
r.entities_prob = entities_prob
r.shared_offset = shared_counter
r.scan_time = time.time()
r.status = world.REGION_OK
r.block_aggregation = block_aggregation
r.containers = containers
r.biomes = biomes
return r
def scan_region_file(scanned_regionfile_obj, entity_limit, delete_entities):
""" Scan a region file filling the ScannedRegionFile
If delete_entities is True it will delete entities while
scanning
entiti_limit is the threshold tof entities to conisder a chunk
with too much entities problems.
"""
try:
r = scanned_regionfile_obj
# counters of problems
chunk_count = 0
corrupted = 0
wrong = 0
entities_prob = 0
shared = 0
# used to detect chunks sharing headers
offsets = {}
filename = r.filename
# try to open the file and see if we can parse the header
try:
region_file = region.RegionFile(r.path)
except region.NoRegionHeader: # The region has no header
r.status = world.REGION_TOO_SMALL
r.scan_time = time()
r.scanned = True
return r
except IOError, e:
r.status = world.REGION_UNREADABLE
r.scan_time = time()
r.scanned = True
return r
for x in range(32):
for z in range(32):
# start the actual chunk scanning
g_coords = r.get_global_chunk_coords(x, z)
chunk, c = scan_chunk(region_file,
(x, z),
g_coords,
entity_limit)
if c:
r.chunks[(x, z)] = c
chunk_count += 1
else:
# chunk not created
continue
if c[TUPLE_STATUS] == world.CHUNK_OK:
continue
elif c[TUPLE_STATUS] == world.CHUNK_TOO_MANY_ENTITIES:
# Deleting entities is in here because parsing a chunk
# with thousands of wrong entities takes a long time,
# and once detected is better to fix it at once.
if delete_entities:
world.delete_entities(region_file, x, z)
print ("Deleted {0} entities in chunk"
" ({1},{2}) of the region file: {3}").format(
c[TUPLE_NUM_ENTITIES], x, z, r.filename)
# entities removed, change chunk status to OK
r.chunks[(x, z)] = (0, world.CHUNK_OK)
else:
entities_prob += 1
# This stores all the entities in a file,
# comes handy sometimes.
#~ pretty_tree = chunk['Level']['Entities'].pretty_tree()
#~ name = "{2}.chunk.{0}.{1}.txt".format(x,z,split(region_file.filename)[1])
#~ archivo = open(name,'w')
#~ archivo.write(pretty_tree)
elif c[TUPLE_STATUS] == world.CHUNK_CORRUPTED:
corrupted += 1
elif c[TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED:
wrong += 1
# Now check for chunks sharing offsets:
# Please note! region.py will mark both overlapping chunks
# as bad (the one stepping outside his territory and the
# good one). Only wrong located chunk with a overlapping
# flag are really BAD chunks! Use this criterion to
# discriminate
metadata = region_file.metadata
sharing = [k for k in metadata if (
metadata[k].status == region.STATUS_CHUNK_OVERLAPPING and
r[k][TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED)]
shared_counter = 0
for k in sharing:
r[k] = (r[k][TUPLE_NUM_ENTITIES], world.CHUNK_SHARED_OFFSET)
shared_counter += 1
r.chunk_count = chunk_count
r.corrupted_chunks = corrupted
r.wrong_located_chunks = wrong
r.entities_prob = entities_prob
r.shared_offset = shared_counter
r.scan_time = time()
r.status = world.REGION_OK
r.scanned = True
return r
def scan_region_file(scanned_regionfile_obj, options):
""" Given a scanned region file object with the information of a
region files scans it and returns the same obj filled with the
results.
If delete_entities is True it will delete entities while
scanning
entiti_limit is the threshold tof entities to conisder a chunk
with too much entities problems.
"""
o = options
delete_entities = o.delete_entities
entity_limit = o.entity_limit
try:
global cnx
# cnx = mysql.connect(user='******', password='', host='localhost', port='3306', database='block_stats')
block_aggregation = [0] * 4096
containers = []
r = scanned_regionfile_obj
# counters of problems
chunk_count = 0
corrupted = 0
wrong = 0
entities_prob = 0
shared = 0
# used to detect chunks sharing headers
offsets = {}
filename = r.filename
# try to open the file and see if we can parse the header
try:
region_file = region.RegionFile(r.path)
except region.NoRegionHeader: # the region has no header
r.status = world.REGION_TOO_SMALL
return r
except IOError, e:
print "\nWARNING: I can't open the file {0} !\nThe error is \"{1}\".\nTypical causes are file blocked or problems in the file system.\n".format(
filename, e)
r.status = world.REGION_UNREADABLE
r.scan_time = time.time()
print "Note: this region file won't be scanned and won't be taken into acount in the summaries"
# TODO count also this region files
return r
except: # whatever else print an error and ignore for the scan
# not really sure if this is a good solution...
print "\nWARNING: The region file \'{0}\' had an error and couldn't be parsed as region file!\nError:{1}\n".format(
join(split(split(r.path)[0])[1],
split(r.path)[1]),
sys.exc_info()[0])
print "Note: this region file won't be scanned and won't be taken into acount."
print "Also, this may be a bug. Please, report it if you have the time.\n"
return None
try: # start the scanning of chunks
for x in range(32):
for z in range(32):
# start the actual chunk scanning
g_coords = r.get_global_chunk_coords(x, z)
chunk, c = scan_chunk(region_file, (x, z), g_coords, o,
block_aggregation, containers)
if c != None: # chunk not created
r.chunks[(x, z)] = c
chunk_count += 1
else:
continue
if c[TUPLE_STATUS] == world.CHUNK_OK:
continue
elif c[TUPLE_STATUS] == world.CHUNK_TOO_MANY_ENTITIES:
# deleting entities is in here because parsing a chunk with thousands of wrong entities
# takes a long time, and once detected is better to fix it at once.
if delete_entities:
world.delete_entities(region_file, x, z)
print "Deleted {0} entities in chunk ({1},{2}) of the region file: {3}".format(
c[TUPLE_NUM_ENTITIES], x, z, r.filename)
# entities removed, change chunk status to OK
r.chunks[(x, z)] = (0, world.CHUNK_OK)
else:
entities_prob += 1
# This stores all the entities in a file,
# comes handy sometimes.
#~ pretty_tree = chunk['Level']['Entities'].pretty_tree()
#~ name = "{2}.chunk.{0}.{1}.txt".format(x,z,split(region_file.filename)[1])
#~ archivo = open(name,'w')
#~ archivo.write(pretty_tree)
elif c[TUPLE_STATUS] == world.CHUNK_CORRUPTED:
corrupted += 1
elif c[TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED:
wrong += 1
# Now check for chunks sharing offsets:
# Please note! region.py will mark both overlapping chunks
# as bad (the one stepping outside his territory and the
# good one). Only wrong located chunk with a overlapping
# flag are really BAD chunks! Use this criterion to
# discriminate
metadata = region_file.metadata
sharing = [
k for k in metadata
if (metadata[k].status == region.STATUS_CHUNK_OVERLAPPING
and r[k][TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED)
]
shared_counter = 0
for k in sharing:
r[k] = (r[k][TUPLE_NUM_ENTITIES], world.CHUNK_SHARED_OFFSET)
shared_counter += 1
saveBlockStats('region', r.get_coords(), block_aggregation)
except KeyboardInterrupt:
print "\nInterrupted by user\n"
# TODO this should't exit
sys.exit(1)
r.chunk_count = chunk_count
r.corrupted_chunks = corrupted
r.wrong_located_chunks = wrong
r.entities_prob = entities_prob
r.shared_offset = shared_counter
r.scan_time = time.time()
r.status = world.REGION_OK
r.block_aggregation = block_aggregation
r.containers = containers
return r
def scan_region_file(to_scan_region_file):
""" Scans a region file and fills a ScannedRegionFile obj.
"""
try:
r = to_scan_region_file
o = scan_region_file.options
delete_entities = o.delete_entities
entity_limit = o.entity_limit
regionset = scan_region_file.regionset
region_file = region.RegionFile(r.path)
chunk_count = 0
corrupted = 0
wrong = 0
entities_prob = 0
filename = r.filename
try:
for x in range(32):
for z in range(32):
chunk, c = scan_chunk(region_file, (x,z), o)
if c != None: # chunk not created
r.chunks[(x,z)] = c
chunk_count += 1
else: continue
if c[TUPLE_STATUS] == world.CHUNK_OK:
continue
elif c[TUPLE_STATUS] == world.CHUNK_TOO_MANY_ENTITIES:
# deleting entities is in here because parsing a chunk with thousands of wrong entities
# takes a long time, and once detected is better to fix it at once.
if delete_entities:
world.delete_entities(region_file, x, z)
print "Deleted {0} entities in chunk ({1},{2}) of the region file: {3}".format(c[TUPLE_NUM_ENTITIES], x, z, r.filename)
# entities removed, change chunk status to OK
r.chunks[(x,z)] = (0, world.CHUNK_OK)
else:
entities_prob += 1
# This stores all the entities in a file,
# comes handy sometimes.
#~ pretty_tree = chunk['Level']['Entities'].pretty_tree()
#~ name = "{2}.chunk.{0}.{1}.txt".format(x,z,split(region_file.filename)[1])
#~ archivo = open(name,'w')
#~ archivo.write(pretty_tree)
elif c[TUPLE_STATUS] == world.CHUNK_CORRUPTED:
corrupted += 1
elif c[TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED:
wrong += 1
except KeyboardInterrupt:
print "\nInterrupted by user\n"
# TODO this should't exit directly in the next verion...
sys.exit(1)
r.chunk_count = chunk_count
r.corrupted_chunks = corrupted
r.wrong_located_chunks = wrong
r.entities_prob = entities_prob
r.scan_time = time.time()
scan_region_file.q.put((r, filename, corrupted, wrong, entities_prob, chunk_count))
return
# Fatal exceptions:
except IOError, e:
print "\nWARNING: I can't open the file {0} !\nThe error is \"{1}\".\nTypical causes are file blocked or problems in the file system.\n".format(filename,e)
# TODO: This doesn't need to be fatal.
scan_region_file.q.put((r, filename, None))
return
def scan_region_file(scanned_regionfile_obj, options):
""" Given a scanned region file object with the information of a
region files scans it and returns the same obj filled with the
results.
If delete_entities is True it will delete entities while
scanning
entiti_limit is the threshold tof entities to conisder a chunk
with too much entities problems.
"""
o = options
delete_entities = o.delete_entities
entity_limit = o.entity_limit
try:
r = scanned_regionfile_obj
# counters of problems
chunk_count = 0
corrupted = 0
wrong = 0
entities_prob = 0
shared = 0
# used to detect chunks sharing headers
offsets = {}
filename = r.filename
# try to open the file and see if we can parse the header
try:
region_file = region.RegionFile(r.path)
except region.NoRegionHeader: # the region has no header
r.status = world.REGION_TOO_SMALL
return r
except IOError, e:
print "\nWARNING: I can't open the file {0} !\nThe error is \"{1}\".\nTypical causes are file blocked or problems in the file system.\n".format(filename,e)
r.status = world.REGION_UNREADABLE
r.scan_time = time.time()
print "Note: this region file won't be scanned and won't be taken into acount in the summaries"
# TODO count also this region files
return r
except: # whatever else print an error and ignore for the scan
# not really sure if this is a good solution...
print "\nWARNING: The region file \'{0}\' had an error and couldn't be parsed as region file!\nError:{1}\n".format(join(split(split(r.path)[0])[1], split(r.path)[1]),sys.exc_info()[0])
print "Note: this region file won't be scanned and won't be taken into acount."
print "Also, this may be a bug. Please, report it if you have the time.\n"
return None
try:# start the scanning of chunks
for x in range(32):
for z in range(32):
# start the actual chunk scanning
g_coords = r.get_global_chunk_coords(x, z)
chunk, c = scan_chunk(region_file, (x,z), g_coords, o)
if c != None: # chunk not created
r.chunks[(x,z)] = c
chunk_count += 1
else: continue
if c[TUPLE_STATUS] == world.CHUNK_OK:
continue
elif c[TUPLE_STATUS] == world.CHUNK_TOO_MANY_ENTITIES:
# deleting entities is in here because parsing a chunk with thousands of wrong entities
# takes a long time, and once detected is better to fix it at once.
if delete_entities:
world.delete_entities(region_file, x, z)
print "Deleted {0} entities in chunk ({1},{2}) of the region file: {3}".format(c[TUPLE_NUM_ENTITIES], x, z, r.filename)
# entities removed, change chunk status to OK
r.chunks[(x,z)] = (0, world.CHUNK_OK)
else:
entities_prob += 1
# This stores all the entities in a file,
# comes handy sometimes.
#~ pretty_tree = chunk['Level']['Entities'].pretty_tree()
#~ name = "{2}.chunk.{0}.{1}.txt".format(x,z,split(region_file.filename)[1])
#~ archivo = open(name,'w')
#~ archivo.write(pretty_tree)
elif c[TUPLE_STATUS] == world.CHUNK_CORRUPTED:
corrupted += 1
elif c[TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED:
wrong += 1
# now check for chunks sharing offsets
# TODO: check how much does this slow down the scan process
l = sorted(list(region_file.header.keys()))
# a header in region.py always contain all the possible entries
offsets = []
keys = []
bad_chunks_list = []
shared_counter = 0
for i in range(len(l)): # this is anything but efficient, but works
for j in range(i + 1,len(l)):
# there is an old header pointing to a non created chunk, skip it
if (l[i] not in r.chunks) or (l[j] not in r.chunks) :
continue
if region_file.header[l[i]][0] == region_file.header[l[j]][0]:
# if both chunks share offset the wrong located one will be the bad one.
# both chunk could be wrong located and therefore both sharing offset with other chunk
# that's why the two if statements
if r[l[i]][TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED:
r[l[i]] = (r[l[i]][TUPLE_NUM_ENTITIES],world.CHUNK_SHARED_OFFSET)
shared_counter += 1
wrong -= 1
bad_chunks_list.append([l[i],region_file.header[l[i]][0]])
if r[l[j]][TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED:
r[l[j]] = (r[l[j]][TUPLE_NUM_ENTITIES],world.CHUNK_SHARED_OFFSET)
bad_chunks_list.append([l[j],region_file.header[l[j]][0]])
wrong -= 1
shared_counter += 1
except KeyboardInterrupt:
print "\nInterrupted by user\n"
# TODO this should't exit
sys.exit(1)
r.chunk_count = chunk_count
r.corrupted_chunks = corrupted
r.wrong_located_chunks = wrong
r.entities_prob = entities_prob
r.shared_offset = shared_counter
r.scan_time = time.time()
r.status = world.REGION_OK
return r
def scan_region_file(scanned_regionfile_obj, options):
""" Given a scanned region file object with the information of a
region files scans it and returns the same obj filled with the
results.
If delete_entities is True it will delete entities while
scanning
entiti_limit is the threshold tof entities to conisder a chunk
with too much entities problems.
"""
o = options
delete_entities = o.delete_entities
entity_limit = o.entity_limit
name_tag_log = ""
try:
r = scanned_regionfile_obj
# counters of problems
chunk_count = 0
corrupted = 0
wrong = 0
entities_prob = 0
shared = 0
# used to detect chunks sharing headers
offsets = {}
filename = r.filename
# try to open the file and see if we can parse the header
try:
region_file = region.RegionFile(r.path)
except region.NoRegionHeader: # the region has no header
r.status = world.REGION_TOO_SMALL
return r
except IOError, e:
print "\nWARNING: I can't open the file {0} !\nThe error is \"{1}\".\nTypical causes are file blocked or problems in the file system.\n".format(filename,e)
r.status = world.REGION_UNREADABLE
r.scan_time = time.time()
print "Note: this region file won't be scanned and won't be taken into acount in the summaries"
# TODO count also this region files
return r
except: # whatever else print an error and ignore for the scan
# not really sure if this is a good solution...
print "\nWARNING: The region file \'{0}\' had an error and couldn't be parsed as region file!\nError:{1}\n".format(join(split(split(r.path)[0])[1], split(r.path)[1]),sys.exc_info()[0])
print "Note: this region file won't be scanned and won't be taken into acount."
print "Also, this may be a bug. Please, report it if you have the time.\n"
return None
try:# start the scanning of chunks
for x in range(32):
for z in range(32):
# start the actual chunk scanning
g_coords = r.get_global_chunk_coords(x, z)
chunk, c = scan_chunk(region_file, (x,z), g_coords, o)
if c != None: # chunk not created
r.chunks[(x,z)] = c
chunk_count += 1
else: continue
if c[TUPLE_STATUS] == world.CHUNK_OK:
if options.name_tags == True:
if len(chunk["Level"]["Entities"]) > 0:
for idx, val in enumerate(chunk["Level"]["Entities"]):
# print val["id"]
try:
this_name_tag = ""
this_customname = ""
if 'OwnerUUID' in val:
if str(val["OwnerUUID"]) != "":
# pprint(PLAYER_DATA)
try:
username = [u["name"] for u in PLAYER_DATA if u["uuid"] == str(val["OwnerUUID"])]
this_owner = username[0]
except:
this_owner = str(val["OwnerUUID"])
this_owner += "'s "
else:
this_owner = ""
elif 'Owner' in val:
if str(val["Owner"]) != "":
this_owner = str(val["Owner"])
this_owner += "'s "
else:
this_owner = ""
if 'CustomName' in val:
if str(val["CustomName"]) != "":
this_customname = "\"" + str(val["CustomName"]) + "\""
# determine if a horse
if str(val["id"]) == "EntityHorse":
# print val
if str(val["Tame"]) == "1":
# print "HORSE:"
# print "\ttame"
# this_name_tag += "\n{0}'s horse {2} is at {3} {4} {5} ({4})".format(str(val["OwnerUUID"]), str(val["CustomName"]), int(float(val["Pos"][0].value)), int(float(val["Pos"][1].value)), int(float(val["Pos"][2].value)))
# this_name_tag += "id: {0}".format(str(val["id"]))
jump = speed = health = ""
for at in val["Attributes"]:
# print at
if str(at["Name"]) == "horse.jumpStrength":
jump = "%.3f" % float(at["Base"].value)
elif str(at["Name"]) == "generic.movementSpeed":
speed = "%.3f" % float(at["Base"].value)
elif str(at["Name"]) == "generic.maxHealth":
health = int(float(at["Base"].value))
# Type: The type of the horse. 0 = Horse, 1 = Donkey, 2 = Mule, 3 = Zombie, 4 = Skeleton.
if this_customname == "":
if str(val["Type"]) == "0":
this_customname = "Horse"
elif str(val["Type"]) == "1":
this_customname = "Donkey"
elif str(val["Type"]) == "2":
this_customname = "Mule"
elif str(val["Type"]) == "3":
this_customname = "ZombieHorse"
elif str(val["Type"]) == "4":
this_customname = "Skeleton"
this_name_tag += "{5}{0} is at {1} {2} {3} ({4}: J {6} / S {7} / H {8}).".format(this_customname, int(float(val["Pos"][0].value)), int(float(val["Pos"][1].value)), int(float(val["Pos"][2].value)), val["id"], this_owner, jump, speed, health)
print this_name_tag
continue
# determine if a dog
elif str(val["id"]) == "Wolf":
if this_owner != "":
# print "WOLF:"
# print "\ttame"
if this_customname == "":
this_customname = "wolf"
this_name_tag += "{5}{0} is at {1} {2} {3} ({4}).".format(this_customname, int(float(val["Pos"][0].value)), int(float(val["Pos"][1].value)), int(float(val["Pos"][2].value)), val["id"], this_owner)
print this_name_tag
continue
# determine if a cat
elif str(val["id"]) == "Ozelot":
# print val
if 'Tame' in val:
if str(val["Tame"]) == "1":
# print "CAT:"
if this_customname == "":
this_customname = "cat"
this_name_tag += "{5}{0} is at {1} {2} {3} ({4}).".format(this_customname, int(float(val["Pos"][0].value)), int(float(val["Pos"][1].value)), int(float(val["Pos"][2].value)), val["id"], this_owner)
print this_name_tag
continue
# catch if random creature that's named
try:
if str(val["CustomName"]) != "":
# print "CUSTOMNAME:"
# TODO Don't simply print this. Store it to display as part of a summary that doesn't interrupt the progress bar.
this_name_tag += "The {4}, {0} is at {1} {2} {3}.".format(this_customname, int(float(val["Pos"][0].value)), int(float(val["Pos"][1].value)), int(float(val["Pos"][2].value)), val["id"])
print this_name_tag
continue
except:
pass
except:
print "Unexpected error:", sys.exc_info()[0]
raise
continue
elif c[TUPLE_STATUS] == world.CHUNK_TOO_MANY_ENTITIES:
# deleting entities is in here because parsing a chunk with thousands of wrong entities
# takes a long time, and once detected is better to fix it at once.
if delete_entities:
world.delete_entities(region_file, x, z)
print "Deleted {0} entities in chunk ({1},{2}) of the region file: {3}".format(c[TUPLE_NUM_ENTITIES], x, z, r.filename)
# entities removed, change chunk status to OK
r.chunks[(x,z)] = (0, world.CHUNK_OK)
else:
entities_prob += 1
# This stores all the entities in a file,
# comes handy sometimes.
#~ pretty_tree = chunk['Level']['Entities'].pretty_tree()
#~ name = "{2}.chunk.{0}.{1}.txt".format(x,z,split(region_file.filename)[1])
#~ archivo = open(name,'w')
#~ archivo.write(pretty_tree)
elif c[TUPLE_STATUS] == world.CHUNK_CORRUPTED:
corrupted += 1
elif c[TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED:
wrong += 1
# Now check for chunks sharing offsets:
# Please note! region.py will mark both overlapping chunks
# as bad (the one stepping outside his territory and the
# good one). Only wrong located chunk with a overlapping
# flag are really BAD chunks! Use this criterion to
# discriminate
metadata = region_file.metadata
sharing = [k for k in metadata if (
metadata[k].status == region.STATUS_CHUNK_OVERLAPPING and
r[k][TUPLE_STATUS] == world.CHUNK_WRONG_LOCATED)]
shared_counter = 0
for k in sharing:
r[k] = (r[k][TUPLE_NUM_ENTITIES], world.CHUNK_SHARED_OFFSET)
shared_counter += 1
except KeyboardInterrupt:
print "\nInterrupted by user\n"
# TODO this should't exit
sys.exit(1)
r.chunk_count = chunk_count
r.corrupted_chunks = corrupted
r.wrong_located_chunks = wrong
r.entities_prob = entities_prob
r.shared_offset = shared_counter
r.scan_time = time.time()
r.status = world.REGION_OK
r.name_tag_log = name_tag_log
return r