def show_directory(filename, offset=None):
"""
show the directory at the given offset
or the root directory if no offset given
"""
f = DatFile(filename)
d = f.directory()
if d.subdir_ptrs:
for i, block_size, dir_offset in d.subdir_ptrs:
print " %08X" % dir_offset
if i < d.count:
print_entry(d.file_ptrs[i])
else: # leaf
for entry in d.file_ptrs:
print_entry(entry)
def show_directory(filename, offset=None):
"""
show the directory at the given offset
or the root directory if no offset given
"""
f = DatFile(filename)
d = f.directory()
if d.subdir_ptrs:
for i, block_size, dir_offset in d.subdir_ptrs:
print " %08X" % dir_offset
if i < d.count:
print_entry(d.file_ptrs[i])
else: # leaf
for entry in d.file_ptrs:
print_entry(entry)
def show_block(filename, offset):
f = DatFile(filename)
f.stream.seek(offset)
block_data = f.stream.read(f.block_size)
dump(block_data)
print "---"
dump(f.stream.read(0x40))
def load_dat(self, target):
while True:
item = (yield)
directory,filename = os.path.split(item['ImageLocation'])
filename = ''.join((os.path.splitext(filename)[0], '.dat'))
if self.exp_directory == 'beamline' :
## For version running on beamline
patharray = ['/data/pilatus1M'] + directory.split('/')[2:-1] + ['raw_dat', filename]
print patharray
else:
## Offline mode
patharray = [self.exp_directory, 'raw_dat', filename]
print os.path.join(*patharray)
try:
filesize = 0
for count in range(30):
filesizetemp = os.path.getsize(os.path.join(*patharray))
if filesizetemp == filesize:
break
filesize=filesizetemp
time.sleep(0.1)
dat = DatFile(os.path.join(*patharray))
try:
dat.setuserdata({'flush': item['flush']})
except Exception:
pass
target.send(dat)
except EnvironmentError:
pass
def show_header(filename):
f = DatFile(filename)
print("File Header Information:")
print(" Version: %08X %08X" % (f.version, f.version_2))
print(" Block Size: %08X bytes" % f.block_size)
print(" File Size: %08X bytes" % f.file_size)
print(" Root Directory Block: %08X" % f.directory_offset)
print(" Free Block Chain Head: %08X" % f.free_head)
print(" Free Blocks: %08X blocks" % f.free_size)
def show_file_block(filename, offset):
f = DatFile(filename)
f.stream.seek(offset)
block_data = f.stream.read(f.block_size)
zero1, zero2, file_id, size = struct.unpack("<LLLL", block_data[:0x10])
assert zero1 == 0
assert zero2 == 0
print("%08X %08X" % (file_id, size))
file_data = f.stream.read(size)
dump(file_data[0x10:])
def show_list(filename):
"""
list all the files in the DAT
"""
f = DatFile(filename)
f.visit_file_entries(print_entry)
#!/usr/bin/env python
import struct
import time
import zlib
from dat import DatFile
from utils import dump
filename = "LOTRO/client_anim.dat"
f = DatFile(filename)
def dump_anim_file(entry):
j, unk1, file_id, offset, size1, timestamp, version, size2, unk2 = entry
print "%08X %08X %08X %s %08X | %08X %08X %08X | %08X" % (file_id, offset, size1, time.ctime(timestamp), version, size2, unk1, unk2, size2 - size1)
f.stream.seek(offset)
j, k, l, m, n = struct.unpack("<LLLHH", f.stream.read(0x10))
print "%08X %08X %08X %04X %04X" % (j, k, l, m, n)
assert j == 0
assert k == 0
if m == 0xDA78:
print "compressed"
assert unk1 % 0x100 == 0x03
f.stream.seek(offset)
#!/usr/bin/env python
import math
import struct
import zlib
from dat import DatFile
import png
filename = "LOTRO/client_cell_2.dat"
f = DatFile(filename)
def dump_cell_file(entry):
j, unk1, file_id, offset, size1, timestamp, version, size2, unk2 = entry
if 0x27010000 <= file_id <= 0x2701FFFF or 0x27020000 <= file_id <= 0x2702FFFF:
pass
elif 0x80210000 <= file_id <= 0x8021FFFF or 0x80220000 <= file_id <= 0x8022FFFF:
pass
elif 0x80410000 <= file_id <= 0x8041FFFF or 0x80420000 <= file_id <= 0x8042FFFF:
pass
elif 0x80510000 <= file_id <= 0x8051FFFF or 0x80520000 <= file_id <= 0x8052FFFF:
pass
elif 0x80010000 <= file_id <= 0x8001FFFF or 0x80020000 <= file_id <= 0x8002FFFF:
# print "%08X %08X %08X %s %08X | %08X %08X %08X | %08X" % (file_id, offset, size1, time.ctime(timestamp), version, size2, unk1, unk2, size2 - size1)
f.stream.seek(offset)
j, k, l, m, n = struct.unpack("<LLLHH", f.stream.read(0x10))
#!/usr/bin/env python
import struct
import time
import zlib
from dat import DatFile
import png
from utils import dump
filename = "LOTRO/client_local_English.dat"
f = DatFile(filename)
def image_0x15(header_id, width, height, data):
pixels = {}
apixels = {}
for y in range(height):
for x in range(width):
o = (y * width + x) * 4
c1, c2, c3, c4 = map(ord, data[o:o + 4])
pixels[(x, y)] = (c3, c2, c1)
apixels[(x, y)] = (c4, c4, c4)
png.output_png("local/%08X_015.png" % header_id, width, height, pixels)
png.output_png("local/%08X_015_a.png" % header_id, width, height, apixels)
def image_0x1F4(header_id, data):
with open("local/%08X.jpg" % header_id, "w") as nf:
for y in range(height):
for x in range(width):
o = (y * width + x)
c = ord(data[o])
pixels[(x, y)] = (c, c, c)
png.output_png("surface/%08X_1C.png" % header_id, width, height, pixels)
def image_0x1F4(header_id, data):
with open("surface/%08X.jpg" % header_id, "w") as nf:
nf.write(data)
filename = "LOTRO/client_surface.dat"
f = DatFile(filename)
def dump_image_file(entry):
j, unk1, file_id, offset, size1, timestamp, version, size2, unk2 = entry
f.stream.seek(offset)
j, k, l, m, n = struct.unpack("<LLLHH", f.stream.read(0x10))
assert j == 0
assert k == 0
if m == 0xDA78:
assert unk1 % 0x100 == 0x03
f.stream.seek(offset)
data = f.stream.read(size1 + 0x08)[12:]
(65536, (255, 255, 255)),
]
def colour_for_height(height):
lbound = 0
lcolor = (0, 0, 0)
for ubound, ucolor in colour_map:
if height < ubound:
return interpolate(height, lbound, ubound, lcolor, ucolor)
lbound, lcolor = ubound, ucolor
filename = "LOTRO/client_cell_1.dat"
f = DatFile(filename)
height_map = {}
hill_shade = {}
SIZE = 7682
pixels = zeros((SIZE, SIZE, 3), dtype=uint8)
for y in range(64, SIZE - 32):
for x in range(32, SIZE - 32):
# for y in range(1000, 2000):
# for x in range(4500, 5500):
cy, py = divmod(y, 30)
cx, px = divmod(x, 30)
file_id = 0x80020000 + cy * 0x100 + cx
def show_list(filename):
"""
list all the files in the DAT
"""
f = DatFile(filename)
f.visit_file_entries(print_entry)
#!/usr/bin/env python
import struct
import time
import zlib
from dat import DatFile
from utils import dump
filename = "LOTRO/client_anim.dat"
f = DatFile(filename)
def dump_anim_file(entry):
j, unk1, file_id, offset, size1, timestamp, version, size2, unk2 = entry
print "%08X %08X %08X %s %08X | %08X %08X %08X | %08X" % (file_id, offset, size1, time.ctime(timestamp), version, size2, unk1, unk2, size2 - size1)
f.stream.seek(offset)
j, k, l, m, n = struct.unpack("<LLLHH", f.stream.read(0x10))
print "%08X %08X %08X %04X %04X" % (j, k, l, m, n)
assert j == 0
assert k == 0
if m == 0xDA78:
print "compressed"
assert unk1 % 0x100 == 0x03
f.stream.seek(offset)
def subtract(self,
readpath,
sample,
blank,
fraction=0,
writepath='../manual',
analysispath='../analysis',
analyse=True):
if fraction > 0:
fraction = round(fraction, 1)
try:
sampleDat = DatFile(os.path.join(readpath, sample))
blankDat = DatFile(os.path.join(readpath, blank))
except IOError:
print "File Doesn't Exist"
return -1
sampleNum = int(sampleDat.fileindex)
blankNum = int(blankDat.fileindex)
sampleNumLen = len(sampleDat.fileindex)
blankNumLen = len(blankDat.fileindex)
sampleRoot = os.path.splitext(sampleDat.rootname)[0]
blankRoot = os.path.splitext(blankDat.rootname)[0]
if not os.path.exists(writepath):
writepath = os.path.abspath(os.path.join(readpath, writepath))
if not os.path.exists(writepath):
try:
os.mkdir(writepath)
except OSError:
if not os.path.isdir(writepath):
print 'dat write path ' + writepath + ' invalid, file not written'
raise
if analyse:
if not os.path.exists(analysispath):
analysispath = os.path.abspath(
os.path.join(readpath, analysispath))
if not os.path.exists(analysispath):
try:
os.mkdir(analysispath)
except OSError:
if not os.path.isdir(analysispath):
print 'analysis write path invalid, file not written'
raise
num = 0
while True:
try:
sampleTemp = DatFile(datfile=os.path.join(
readpath, ''.join([
sampleRoot, '_',
str(sampleNum).zfill(sampleNumLen), '.dat'
])))
blankTemp = DatFile(datfile=os.path.join(
readpath, ''.join([
blankRoot, '_',
str(blankNum).zfill(blankNumLen), '.dat'
])))
fraction_string = ''
if fraction > 0:
blank2 = '{}_{:04d}.dat'.format(
blankTemp.rootname_rmext,
int(blankTemp.fileindex) + 1)
blankTemp2 = DatFile(os.path.join(readpath, blank2))
blankTemp = dat.average([blankTemp, blankTemp2],
[fraction, 1 - fraction])
fraction_string = '_{:.0f}'.format(100 * fraction)
subtractedDat = dat.subtract(sampleTemp, blankTemp)
filename = os.path.join(
writepath, ''.join([
os.path.splitext(subtractedDat.rootname)[0], '_',
str(sampleNum).zfill(sampleNumLen), '_',
str(blankNum).zfill(blankNumLen), fraction_string,
'.dat'
]))
subtractedDat.save(filename)
if analyse:
pipeline = PipelineLite.PipelineLite(
filename, analysispath)
pipeline.runPipeline()
sampleNum += 1
blankNum += 1
num += 1
except IOError as e:
print 'IO'
break
except OSError as e:
print 'OS'
break
except Exception:
raise
return num
def show_find_file(filename, file_id):
"""
find the directory entry for the file with the given id
"""
f = DatFile(filename)
print_entry(f.find_file(file_id))
#!/usr/bin/env python
import struct
import time
from dat import DatFile
filename = "LOTRO/client_sound.dat"
f = DatFile(filename)
def dump_sound_file(entry):
j, unk1, file_id, offset, size1, timestamp, version, size2, unk2 = entry
f.stream.seek(offset)
j, k, l, m = struct.unpack("<LLLL", f.stream.read(0x10))
if j == 0 and k == 0 and l == file_id and m == size1 - 0x10:
magic = f.stream.read(0x04)
print "%08X %08X %08X %s %08X | %08X %08X %08X | %08X |" % (
file_id, offset, size1, time.ctime(timestamp), version, size2,
unk1, unk2, size2 - size1),
print "%08X %08X" % (l, m),
print magic
f.stream.seek(offset + 0x10)
data = f.stream.read(m + 0x08)
if magic == "RIFF":
with open("sound/%08X.wav" % file_id, "w") as sound_file:
sound_file.write(data)
def show_find_file(filename, file_id):
"""
find the directory entry for the file with the given id
"""
f = DatFile(filename)
print_entry(f.find_file(file_id))
#!/usr/bin/env python
import struct
import time
from dat import DatFile
filename = "LOTRO/client_sound.dat"
f = DatFile(filename)
def dump_sound_file(entry):
j, unk1, file_id, offset, size1, timestamp, version, size2, unk2 = entry
f.stream.seek(offset)
j, k, l, m = struct.unpack("<LLLL", f.stream.read(0x10))
if j == 0 and k == 0 and l == file_id and m == size1 - 0x10:
magic = f.stream.read(0x04)
print "%08X %08X %08X %s %08X | %08X %08X %08X | %08X |" % (file_id, offset, size1, time.ctime(timestamp), version, size2, unk1, unk2, size2 - size1),
print "%08X %08X" % (l, m),
print magic
f.stream.seek(offset + 0x10)
data = f.stream.read(m + 0x08)
if magic == "RIFF":
with open("sound/%08X.wav" % file_id, "w") as sound_file:
sound_file.write(data)
elif magic == "OggS":
engine.movingAvWindow = movingAvWindow = 5
lastname = ''
pipeline = Pipeline.Pipeline(config)
r = redis.StrictRedis(host='localhost', port=6379, db=0)
if offline is True:
redis_dat = engine.no_op
else:
##Load last buffer from redis in case this is a recovery
redisBuffer = r.get('logline:avg_buf')
try :
bufferQ, bufferProfile, bufferErrors = zip(*pickle.loads(redisBuffer))
bufferDat = DatFile()
bufferDat.q = bufferQ
bufferDat.intensities = bufferProfile
bufferDat.errors = bufferErrors
Buffer = Buffer()
Buffer.value = bufferDat
except:
pass
## buffer pipeline
# Use this line if wanting to use autowater as buffer: buffers = engine.filter_on_attr('SampleType', ['0', '3', '8'], engine.load_dat(engine.average_water(engine.broadcast(engine.save_dat('avg'), redis_dat('avg_buf'), engine.store_obj(Buffer)))))
buffers = engine.filter_on_attr('SampleType', ['0', '3'], engine.load_dat(engine.average(engine.broadcast(engine.save_dat('avg'), redis_dat('avg_buf'), engine.store_obj(Buffer)))))
repbuffers = engine.filter_on_attr('SampleType', ['2', '5'], engine.load_dat(engine.average(engine.broadcast(engine.save_dat('avg'), redis_dat('avg_rep_buf')))))
## samples pipeline
if args.none is False:
#!/usr/bin/env python
import struct
import zlib
from dat import DatFile
import png
filename = "LOTRO/client_local_English.dat"
f = DatFile(filename)
def image_0x15(header_id, width, height, data):
pixels = {}
apixels = {}
for y in range(height):
for x in range(width):
o = (y * width + x) * 4
c1, c2, c3, c4 = map(ord, data[o:o + 4])
pixels[(x, y)] = (c3, c2, c1)
apixels[(x, y)] = (c4, c4, c4)
png.output_png("local/%08X_015.png" % header_id, width, height, pixels)
png.output_png("local/%08X_015_a.png" % header_id, width, height, apixels)
def image_0x1F4(header_id, data):
with open("local/%08X.jpg" % header_id, "w") as nf:
nf.write(data)
for y in range(height):
for x in range(width):
o = (y * width + x)
c = ord(data[o])
pixels[(x, y)] = (c, c, c)
png.output_png("surface/%08X_1C.png" % header_id, width, height, pixels)
def image_0x1F4(header_id, data):
with open("surface/%08X.jpg" % header_id, "w") as nf:
nf.write(data)
filename = "LOTRO/client_surface.dat"
f = DatFile(filename)
def dump_image_file(entry):
j, unk1, file_id, offset, size1, timestamp, version, size2, unk2 = entry
f.stream.seek(offset)
j, k, l, m, n = struct.unpack("<LLLHH", f.stream.read(0x10))
assert j == 0
assert k == 0
if m == 0xDA78:
assert unk1 % 0x100 == 0x03
f.stream.seek(offset)
data = f.stream.read(size1 + 0x08)[12:]
#!/usr/bin/env python
import math
import struct
import time
import zlib
from dat import DatFile
import png
from utils import dump
filename = "LOTRO/client_cell_2.dat"
f = DatFile(filename)
def dump_cell_file(entry):
j, unk1, file_id, offset, size1, timestamp, version, size2, unk2 = entry
if 0x27010000 <= file_id <= 0x2701FFFF or 0x27020000 <= file_id <= 0x2702FFFF:
pass
elif 0x80210000 <= file_id <= 0x8021FFFF or 0x80220000 <= file_id <= 0x8022FFFF:
pass
elif 0x80410000 <= file_id <= 0x8041FFFF or 0x80420000 <= file_id <= 0x8042FFFF:
pass
elif 0x80510000 <= file_id <= 0x8051FFFF or 0x80520000 <= file_id <= 0x8052FFFF:
pass
elif 0x80010000 <= file_id <= 0x8001FFFF or 0x80020000 <= file_id <= 0x8002FFFF:
# print "%08X %08X %08X %s %08X | %08X %08X %08X | %08X" % (file_id, offset, size1, time.ctime(timestamp), version, size2, unk1, unk2, size2 - size1)
(65536, (255, 255, 255)),
]
def colour_for_height(height):
lbound = 0
lcolor = (0, 0, 0)
for ubound, ucolor in colour_map:
if height < ubound:
return interpolate(height, lbound, ubound, lcolor, ucolor)
lbound, lcolor = ubound, ucolor
filename = "LOTRO/client_cell_1.dat"
f = DatFile(filename)
height_map = {}
hill_shade = {}
SIZE = 7682
pixels = zeros((SIZE, SIZE, 3), dtype=uint8)
# for y in range(1000, 2000):
# for x in range(4500, 5500):
for y in range(64, SIZE - 32):
for x in range(32, SIZE - 32):
cy, py = divmod(y, 30)
cx, px = divmod(x, 30)