def main():
option = sys.argv[1]
try:
if option == 'compress':
if (len(sys.argv) != 5):
raise Error()
file_name = str(sys.argv[2])
L = int(sys.argv[3])
epsilon = float(sys.argv[4])
compress.compress(file_name, L, epsilon)
elif option == 'plot_epsilon':
if (len(sys.argv) != 7):
raise Error()
L = float(sys.argv[2])
start = float(sys.argv[3])
end = float(sys.argv[4])
step = float(sys.argv[5])
n = int(sys.argv[6])
compress.plot_epsilon(L, start, end, step,n)
elif option == 'plot_L':
if (len(sys.argv) != 4):
raise Error()
epsilon = float(sys.argv[2])
n = int(sys.argv[3])
compress.plot_L(epsilon,n)
else:
raise Error()
except:
print('Error processing parameters.')
print_help()
def test_bmp_file_2(self):
file_orig = "./testdata/additional/bmp/poirot_new.bmp"
compress(file_orig, FILE_COMPRESSED_NAME, 1024 * 1024, False)
decompress(FILE_COMPRESSED_NAME, FILE_DECOMPRESSED_NAME)
self.assertTrue(compare_files(file_orig, FILE_DECOMPRESSED_NAME))
os.remove(FILE_COMPRESSED_NAME)
os.remove(FILE_DECOMPRESSED_NAME)
def Start():
"""right click -- entry the main program"""
# First step-- <Saviour -- system stray>
import Saviour
Saviour.Saviour()
# Second step--<search -- system stray>
if Saviour.sign_1 == True:
import search
search.search()
# Third step--<compress -- system stray>
if search.sign_2 == True:
import compress
compress.compress()
# Fourth step--<launch -- system stray>
if compress.sign_3 == True:
import launch_check
if launch_check.sign_4 == True:
import launch_final
# Fifth step-- <boom -- system stray>
if launch_check.sign_4 == True:
import boom
win32api.PostQuitMessage(0)
sys.exit()
def test_122kb_file_16mb_dict(self):
file_orig = "./testdata/basic/KB0122"
compress(file_orig, FILE_COMPRESSED_NAME, 3500, True)
decompress(FILE_COMPRESSED_NAME, FILE_DECOMPRESSED_NAME)
self.assertTrue(compare_files(file_orig, FILE_DECOMPRESSED_NAME))
os.remove(FILE_COMPRESSED_NAME)
os.remove(FILE_DECOMPRESSED_NAME)
def test_4kb_file(self):
file_orig = "./testdata/basic/KB0004"
compress(file_orig, FILE_COMPRESSED_NAME, 1000, False)
decompress(FILE_COMPRESSED_NAME, FILE_DECOMPRESSED_NAME)
self.assertTrue(compare_files(file_orig, FILE_DECOMPRESSED_NAME))
os.remove(FILE_COMPRESSED_NAME)
os.remove(FILE_DECOMPRESSED_NAME)
def test_pdf_file(self):
file_orig = "./testdata/additional/pdf/Izb_04_08.pdf"
compress(file_orig, FILE_COMPRESSED_NAME, 1024 * 1024, False)
decompress(FILE_COMPRESSED_NAME, FILE_DECOMPRESSED_NAME)
self.assertTrue(compare_files(file_orig, FILE_DECOMPRESSED_NAME))
os.remove(FILE_COMPRESSED_NAME)
os.remove(FILE_DECOMPRESSED_NAME)
def compressJS(debug=False):
"""compress javascript files"""
import compress
global SOURCEDIR
global BUILDDIR
compress.compress("config/HSLayers.cfg", SOURCEDIR, BUILDDIR, debug)
def testfile(filename, cond_huffman):
print '\n' + '%' * 90
report = {'name' : filename}
start_time = time()
report['before_size'] = str(os.path.getsize(filename)) + " bytes"
# Compress
compress(filename, [cond_huffman == 'True'])
report['comp_time'] = '%.2f' % (time() - start_time) + 's'
report['after_size'] = str(os.path.getsize(filename + '.z')) + " bytes"
report['ratio'] = Fore.YELLOW + str(os.path.getsize(filename + '.z') * 100 /
os.path.getsize(filename)) + '%' + Fore.RESET
start_time = time()
print '-' * 60
# Decompress
decompress(filename + '.z', filename + '.new')
report['decomp_time'] = '%.2f' % (time() - start_time) + 's'
success = True
path = os.path.dirname(filename) + '/'
if filecmp.cmp(path + 'out2', path + 'out22'):
print Fore.GREEN + 'Sequences files are identical' + Fore.RESET
else:
print Fore.RED + 'Sequences files are different!' + Fore.RESET
success = False
if filecmp.cmp(path + 'out3', path + 'out33'):
print Fore.GREEN + 'Quality files are identical' + Fore.RESET
else:
print Fore.RED + 'Quality files are different!' + Fore.RESET
success = False
if filecmp.cmp(path + 'out1', path + 'out11'):
print Fore.GREEN + 'Info files are identical' + Fore.RESET
else:
print Fore.RED + 'Info files are different!' + Fore.RESET
success = False
if filecmp.cmp(filename, filename + '.new'):
print Fore.GREEN + 'Files are identical' + Fore.RESET
else:
print Fore.RED + 'Files are different!' + Fore.RESET
success = False
report['success'] = success
return report
def test_compress(self):
stringBuffer = StringIO()
stringBuffer.write('>Test \nAACCTGACT\n>Test2 \nAACCTGAA') # Sample multifasta
byteBuffer = BytesIO() # Init a byte buffer to write to
compress.compress(stringBuffer, byteBuffer)
byteBuffer.seek(0) # Reset the pointer
header = byteBuffer.readline().decode()
headerParts = header.split(';')
self.assertEqual(headerParts[0], 'dnazip file', 'Should be dnazip file')
self.assertEqual(headerParts[2].strip(), 'https://github.com/Bartvelp/dnazip', 'Should contain project link')
def submit():
if request.form["pass"] == "me2x":
memeURL = request.form["url"]
tempname = config.meme_directory + "temp.jpeg"
randname = config.meme_directory + randomword(8)
urllib.urlretrieve(memeURL, tempname)
compress.compress(tempname, randname)
remove(tempname)
return "Meme submitted as: " + randname[8:]
else:
return "Setting Invalid, did you mean 'meme'?"
def store_data(access_point):
base_path = 'C:/Users/Harsha/Desktop/tinyfile_system/models/storage/data/'
filepathToCompress = 'C:/Users/Harsha/Desktop/tinyfile_system/tests/'
objectCompress = 'test4'
extension = '.jpg'
folder_name = access_point
newPath = base_path + folder_name
os.chdir(newPath)
c.compress(objectCompress + '_' + 'compressed.tar.gz',
[filepathToCompress + objectCompress + extension])
return newPath
pass
def test_compressAndDecompress(self):
inputBuffer = StringIO()
outputBuffer = StringIO()
multiFastaData = '>Test \nAACCTGACT\n>Test2 \nAACCTGAA'
inputBuffer.write(multiFastaData) # Sample multifasta
inputBuffer.seek(0)
byteBuffer = BytesIO() # Init a byte buffer to write to
compress.compress(inputBuffer, byteBuffer) # Compress to bytebuffer
byteBuffer.seek(0) # Reset the pointer
decompress.decompress(byteBuffer, outputBuffer) # Decompress from bytebuffer
outputBuffer.seek(0)
body = outputBuffer.read()
self.assertEqual(body.strip(), multiFastaData.strip(), 'Full cycle should be lossless') # Newlines can be added in decompression
def compress_file(inname, outname, compression, verbose):
file = open(inname, 'rb')
out = BytesIO()
print('Compressing...')
compress.compress(file, out, compression, verbose)
file.close()
if outname is None:
outname = filename + '.cmp'
out.seek(0)
outfile = open(outname, 'wb')
outfile.write(out.read())
out.close()
outfile.close()
print('Compressed')
def main(argv):
operation, input_file, output_file = get_startup_arguments(argv)
if operation == '-c':
if output_file:
file_name = output_file
else:
file_name = input_file.replace('.txt', '.z78')
compress(input_file, file_name)
elif operation == '-x':
if output_file:
file_name = output_file
else:
file_name = input_file.replace('.z78', '.txt')
decompress(input_file, file_name)
def main():
extensions = ['.table.npy', '.syn1neg.npy', '.syn1.npy', '.syn0.npy']
for f in os.listdir('.'):
gzipped_files = map(lambda x: '{0}{1}.gz'.format(f, x), extensions)
is_gzipped_model = all(map(os.path.isfile, gzipped_files))
if not is_gzipped_model:
continue
compress.compress(f)
os.remove(f)
move_to_bak('{0}.gz'.format(f))
for ff in gzipped_files:
move_to_bak(ff)
def test_with_list_with_one_true_element(self):
iterable_one = ["Ivo", "Rado", "Panda"]
iterable_two = [False, False, True]
result = list(compress(iterable_one, iterable_two))
self.assertEqual(result, ["Panda"])
def test_when_mask_contains_only_False_then_return_empty_iterable(self):
iterable = list(range(0, 5))
mask = [False for i in range(0, 5)]
expected_result = []
self.assertEqual(list(compress(iterable, mask)), expected_result)
def test_when_iterable_is_tuple(self):
iterable = (5, 4, 5, 6, 3, 1)
mask = (True, True, False, False, True, True)
expected_result = (5, 4, 3, 1)
self.assertEqual(tuple(compress(iterable, mask)), expected_result)
def test_when_mask_contains_both_True_and_False_then_return_only_True_from_iterable(self):
iterable = list(range(0, 5))
mask = [True, False, True, False, True]
expected_result = [0, 2, 4]
self.assertEqual(list(compress(iterable, mask)), expected_result)
def test_with_range_with_no_true_elements(self):
iterable_one = range(2)
iterable_two = [False, False, ]
result = list(compress(iterable_one, iterable_two))
self.assertEqual(result, [])
def create(book_name):
if book_name == '':
book_name = input("Please enter a book's name: ")
link = search_ask(book_name)
folder = build_epub(link)
real_name = compress(folder)
return real_name
def test_compress_generator(self):
iterable = ['Ivo', 'Rado', 'Panda', 'Dodo']
mask = [False, False, True, True]
result = list(compress(iterable, mask))
self.assertEqual(result, ['Panda', 'Dodo'])
def test_with_tuple_with_all_true_elements(self):
iterable_one = ("Ivo", "Rado", "Panda")
iterable_two = [True, True, True]
result = list(compress(iterable_one, iterable_two))
self.assertEqual(result, ["Ivo", "Rado", "Panda"])
def test_when_mask_contains_only_True_then_return_whole_iterable(self):
iterable = list(range(0, 5))
mask = [True for i in range(0, 5)]
expected_result = list(range(0, 5))
self.assertEqual(list(compress(iterable, mask)), expected_result)
def actuallyFind(srcFile, maxSize, method, minQ, maxQ):
if method == 'jpg':
tmpFile = "tmp.jpg"
qprobe = int(math.ceil((minQ + maxQ) / 2.0))
if qprobe == minQ or qprobe == maxQ:
return qprobe # optimal parameter
# print qprobe
compress.saveAsJPG(srcFile, tmpFile, qprobe)
curSize = os.path.getsize(tmpFile)
if curSize < maxSize:
return actuallyFind(srcFile,maxSize,method,qprobe,maxQ)
else:
return actuallyFind(srcFile,maxSize,method,minQ,qprobe)
if method == 'jxr' or method == "jp2":
tmpFile = "tmp." + method
qprobe = int(math.ceil((minQ + maxQ) / 2.0))
if (maxQ - minQ) <= 1: # termination condition
curSize = os.path.getsize(tmpFile)
while curSize > maxSize:
qprobe += 1
compress.compress(srcFile, tmpFile, method, qprobe)
curSize = os.path.getsize(tmpFile)
#print str(qprobe)
# print "Detailed " + str(curSize) + " probe " + str(qprobe)
return qprobe # optimal parameter
compress.compress(srcFile, tmpFile, method, qprobe)
curSize = os.path.getsize(tmpFile)
if curSize > maxSize:
return actuallyFind(srcFile,maxSize,method,qprobe,maxQ)
else:
return actuallyFind(srcFile,maxSize,method,minQ,qprobe)
else:
print "ERROR: Invalid method " + method
exit(-1)
def __init__(self):
self.ip = getConfig.getConfig("client", "ip")
self.port = int(getConfig.getConfig("client", "port"))
con = conn.newCon()
self.client = con.build_new_tcp(self.ip, self.port)
self.compress = compress.compress(5) #初始化压缩类
self.buffer = 1024
self.obey = obey_command.boeyCommand() #命令处理类
def nid(filename1, filename2, compressor, level, decompress):
"""
DEFINITION: Use the compressor to calculate respectively c(f1.f2),c(f1) and
c(f2) and calculate the distance acording to the definition of
normalized information distance:
d(f1,f2) = (c(f1.f2)-min{c(f1),c(f2)})/max{c(f1),c(f2)},
where c is the chosen compressor,and an application of c to a file
is the size of that file compressed (This formula is based on
Kolmogorov complexity concepts).
ARGUMENTS: String file name 1, String file name 2, String compressor, int level
bool decompress.
RETURN: A float that represents the distance between the two files.
"""
file_total_data = []
temp_file = tempfile.NamedTemporaryFile(delete=False)
with open(filename1, "r") as file1:
file_total_data += file1.readlines()
with open(filename2, "r") as file2:
file_total_data += file2.readlines()
for line in file_total_data:
temp_file.write(line)
temp_file.close()
file1_cdata = compress.compress(filename1, compressor, level, decompress)[filename1]
file2_cdata = compress.compress(filename2, compressor, level, decompress)[filename2]
temp_file_cdata = compress.compress(temp_file.name,
compressor,
level,
decompress)[temp_file.name]
if decompress:
dist = (temp_file_cdata.time - min(file1_cdata.time, file2_cdata.time)) / float(
max(file1_cdata.time, file2_cdata.time))
else:
dist = (temp_file_cdata.compressed - min(file1_cdata.compressed, file2_cdata.compressed)) / float(
max(file1_cdata.compressed, file2_cdata.compressed))
os.unlink(temp_file.name)
return dist
def put_message(text, image_name):
import compress
compress.create_encoding(compress.create_encoding_source(input_text))
binary_string = compress.compress(text + end_of_message)
# header will be binary encoding for each character
# ie
# spot 1 will be the first in compress.POSSIBLE_CHARACTERS
# and binary based on encoding
# NOTE: all characters will take up 8 bits, so it is absolute spacing -> needed to parse
header = ''
for ch in compress.POSSIBLE_CHARACTERS:
header += compress.encoding[ch].rjust(8, '0')
binary_string = header + binary_string
if stats:
print 'Placing encoding in image.'
len_full = len(text + end_of_message) * 8
len_bin = len(binary_string) - len(header)
if stats:
print 'Overhead of {0} bits required to send the encoding'.format(len(string.printable) * 8)
print 'Compressed {0} bits to {1}'.format(len_full, len_bin)
print 'Compression ratio is {0}%'.format(round(100 * compression_ratio(len_bin, len_full), 5))
print 'Need {0} pixels to send {1} bits'.format(int(ceil(len(binary_string)/3)), len(binary_string))
#place binary in last position for each RGB value for each pixel
#placement is linear
i = 0 #index in binary of message
im = Image.open(image_name)
l,w = im.size
if stats: print l * w, 'pixels are available for use'
#check to make sure image can fit message
if l * w < int(ceil(len(binary_string)/3)):
print 'Cannot send message in this image. Need a larger image'
im.close()
exit()
for x in range(l):
for y in range(w):
r,g,b = im.getpixel((x,y))
r = determine_bit(r,i,binary_string)
i += 1
g = determine_bit(g,i,binary_string)
i += 1
b = determine_bit(b,i,binary_string)
i += 1
im.putpixel((x,y), (r,g,b))
im.save(open(image_name, 'wb'))
im.close()
def d1(filename1, filename2, compressor, level, decompress):
"""
Use the compressor to calculate respectively c(f1.f2),c(f1) and
c(f2) and calculate the distance acording to the definition
presented by Mirko Degli Esposti , Chiara Farinelli , Marco
Manca , Andrea Tolomelli in their article -- A similarity
measure for biological signals: new applications to HRV analysis :
d(f1,f2) = max(c(f1.f2) − c(f1), c(f2.f1) − c(f2))/ max(c(f1), c(f2)),
where c is the chosen compressor, and an application of c to a file
is the size of that file compressed.
Arguments: filename for both files, compressor, level of compression.
Return: A float that represents the distance between the two
files.
Algorithm: Both files are opened and their content concatenated in
a temporary file. Compression is then calculated for each file
including the concatenation file, and the formula is applied.
"""
file1_file2, file2_file1 = create_concatenated_files(filename1, filename2)
file1_cdata = compress.compress(filename1, compressor, level, decompress)[filename1]
file2_cdata = compress.compress(filename2, compressor, level, decompress)[filename2]
file1_file2_cdata = compress.compress(file1_file2.name, compressor, level, decompress)[file1_file2.name]
file2_file1_cdata = compress.compress(file2_file1.name, compressor, level, decompress)[file2_file1.name]
if decompress:
# this float conversion will become unecessary if the code is ever migrated to python3
dist = max(file1_file2_cdata.time - file1_cdata.time, file2_file1_cdata.time - file2_cdata.time) / float(
max(file1_cdata.time, file2_cdata.time))
else:
dist = max(file1_file2_cdata.compressed - file1_cdata.compressed,
file2_file1_cdata.compressed - file2_cdata.compressed) / float(
max(file1_cdata.compressed, file2_cdata.compressed))
# os.unlink(file1_file2.name)
# os.unlink(file2_file1.name)
return dist
def commit(self):
log.debug('commit', db=self)
with self.lock:
batch = leveldb.WriteBatch()
for k, v in self.uncommitted.iteritems():
if v is None:
batch.Delete(k)
else:
batch.Put(k, compress.compress(v))
self.db.Write(batch, sync=False)
self.uncommitted.clear()
def commit(self):
log.debug('commit', db=self)
with self.lock:
batch = leveldb.WriteBatch()
for k, v in self.uncommitted.iteritems():
if v is None:
batch.Delete(k)
else:
batch.Put(k, compress.compress(v))
self.db.Write(batch, sync=False)
self.uncommitted.clear()
def plot_times(compress_types, file_to_compress):
elapsed_times = compress.compress(file_to_compress, compress_types)
if elapsed_times != None:
plt.bar(compress_types, elapsed_times)
plt.ylabel('time in seconds')
plt.title('Compression times with different algorithms')
fig = plt.gcf()
return fig
else:
return None
def __init__(self):
config_handler = open("config.yaml")
config_info = yaml.load(config_handler)
self.comp = compress()
self.codes = config_info['dir_backup']
self.databases = config_info['mysql_backup']
self.mail_recive = config_info['mail_recive']
self.compress = config_info['compress']
self.size_bag =self.compress['size_bag']
self.gmail =config_info['gmail_send']
self.split = split(self.size_bag)
def decorate_file(filename_list):
file_list = []
for filename in filename_list:
if not os.path.isfile(filename):
print "Error:file %s not found or is a directory!" % filename
sys.exit()
else:
file_list.append( filename )
print_output('compressing file......', 'success')
if len(file_list) >1:
tar_file = compress.tar(file_list,'temp/%s.tar' % file_list[0] )
compressed_file = '%s.z' % tar_file
compress.compress(tar_file, compressed_file)
os.remove(tar_file)
return compressed_file,os.path.getsize(compressed_file),'tarAndCompressed'
else:
source_file = file_list[0].split('/')[-1]
compressed_file = 'temp/%s.z' % source_file
compress.compress(file_list[0], compressed_file)
return compressed_file,os.path.getsize(compressed_file),'compressed'
def test_roundtrip():
#assert False
with open("lzss3.py", "rb") as f:
indata = f.read()
out = BytesIO()
compress(indata, out)
compressed_data = out.getvalue()
assert len(compressed_data) < len(indata)
decompressed_data = decompress(out.getvalue())
assert indata == decompressed_data
#same as above, but with lz11
out = BytesIO()
compress_nlz11(indata, out)
compressed_data = out.getvalue()
assert len(compressed_data) < len(indata)
decompressed_data = decompress(out.getvalue())
assert indata == decompressed_data
def __init__(self):
cf = configparser.ConfigParser()
configDir = os.path.join(os.path.dirname(__file__),"./config.ini")
cf.read(configDir)
self.con = conn.newCon()
self.press = compress.compress(5)
self.port = int(cf.get("server","port"))
self.get_ipv4()
self.deal = deal_command.deal()
if self.netStatus:
print("running on " + self.ip + ":" + str(self.port) )
else:
print("network not be found")
def decorate_file(filename_list):
file_list = []
for filename in filename_list:
if not os.path.isfile(filename):
print "Error:file %s not found or is a directory!" % filename
sys.exit()
else:
file_list.append(filename)
print_output('compressing file......', 'success')
if len(file_list) > 1:
tar_file = compress.tar(file_list,
'temp/%s.tar' % file_list[0])
compressed_file = '%s.z' % tar_file
compress.compress(tar_file, compressed_file)
os.remove(tar_file)
return compressed_file, os.path.getsize(
compressed_file), 'tarAndCompressed'
else:
source_file = file_list[0].split('/')[-1]
compressed_file = 'temp/%s.z' % source_file
compress.compress(file_list[0], compressed_file)
return compressed_file, os.path.getsize(
compressed_file), 'compressed'
def main():
if len(sys.argv) > 1:
for arg in sys.argv[1:]:
if arg == "-c":
compress(path)
if arg == "-tjpg":
tojpg(path)
if arg == "-tpng":
topng(path)
if arg == "-heic":
heictojpg(path)
if arg == "-s":
scale(path)
if arg == "-h":
print(
"-h \t help;\n-c \t compress the image;\n-t \t transform image from png to jpg;\n-s \t scale image;"
)
else:
pass
else:
print(
"-h \t help;\n-c \t compress the image;\n-t \t transform image from png to jpg;\n-s \t scale image;"
)
def compressLinks(self, eps=1e-4):
'''
This method attempts to compress all top-level Links in the Network.
This method takes one keyword argument:
eps - The accuracy of the compression to perform.
'''
compressed = set()
while len(compressed) < len(self.topLevelLinks()):
todo = self.topLevelLinks().difference(compressed)
todo = list(todo)
link, _, _ = compress(todo[0], eps=eps)
compressed.add(link)
def encrypt(message, key):
letters, compressed = compress.compress(message)
message_list = []
message_int = 0
encrypted = ""
for c in compressed:
message_list.append(ord(c))
temp_key = key
for i in range(len(message_list)):
message_list[i] = message_list[i] ^ temp_key
temp_key += ((256 - key) // len(message_list))
for item in message_list:
message_int = message_int << 8
message_int += item
encrypted += chr(item)
return encrypted, letters
def OnPageChanged(self, event):
for i in range(3):
self.text[i] = self.GetPage(i).text.GetValue()
page = self.GetCurrentPage()
self.title = page.file
self.file = page.title + '.txt'
if self.select == self.GetSelection() or (self.select == 3 and
self.GetSelection() == 2):
if self.select == 0:
res = compare.removeDiff(self.text[1],
self.text[2],
reverse=True)
self.title = '原文 %s 移除 %s 的差异' % (self.GetPage(1).title,
self.GetPage(2).title)
elif self.select == 1:
try:
res = compress.decompress(self.text[0], self.text[2])
except:
res = compare.removeDiff(self.text[0], self.text[2])
self.title = '原文 %s 增加 %s 的差异' % (self.GetPage(0).title,
self.GetPage(2).title)
elif self.select == 2:
res = compare.makeDiff(self.text[0], self.text[1])
self.title = '比较 %s 和 %s 的结果' % (self.GetPage(0).title,
self.GetPage(1).title)
elif self.select == 3:
res = compress.compress(self.text[0], self.text[1])
self.title = '比较 %s 和 %s 的结果(压缩)' % (self.GetPage(0).title,
self.GetPage(1).title)
self.GetCurrentPage().text.SetValue(res)
self.file = self.title + '.txt'
length = len(self.GetCurrentPage().text.GetValue())
if length:
self.parent.info.SetLabel(' 字数: %s' % length)
else:
self.parent.info.SetLabel(' 联系作者: QQ11313213')
frm.SetTitle('%s - 文本比对 %s' % (self.title, __ver__))
def main():
args = get_args()
# up to 1 type of regularization allowed
# assert (args.l1 and not args.l2 and not args.tv) or \
# (args.l2 and not args.l1 and not args.tv) or \
# (args.tv and not args.l1 and not args.l2) or \
# (not args.tv and not args.l1 and not args.l2)
assert args.lambda_mask is None or len(args.lambda_mask) == len(args.mask)
assert (not args.no_tv and (args.tv and not args.tv3d and not args.tv4d) or \
(args.tv3d and not args.tv and not args.tv4d) or \
(args.tv4d and not args.tv and not args.tv3d) ) or \
(not args.tv and not args.tv3d and not args.tv4d)
# schedule must match the lr update of 0.1, 0.01 and 0.001
assert args.tv_lambda_schedule is None or len(args.tv_lambda_schedule) <= 3
tv_state = (int(args.tv), int(args.tv3d), int(args.tv4d))
tv_dict = {
(0, 0, 0): TVMat,
(1, 0, 0): TVMat,
(0, 1, 0): TVMat3D,
(0, 0, 1): TVMat4D
}
tv_loss = tv_dict[tv_state]
# set seeds
random.seed(args.seed)
np.random.seed(args.seed)
torch.manual_seed(args.seed)
torch.backends.cudnn.deterministic = True
device = torch.device("cuda:0" if torch.cuda.is_available() else "cpu")
trainloader, testloader = setup_data(args)
if args.model == 'alexnet':
model = AlexNet(10).to(device)
if args.mask == None:
args.mask = [0, 1, 2, 3, 4]
tv_fn = lambda model: TVLossMat(model, args.mask)
elif args.model == 'resnet20':
if args.mask == None:
args.mask = [0, 1, 2, 3]
model = resnet20().to(device)
tv_fn = lambda model: TVLossResNet(model, args.mask, tv_loss)
else:
raise Exception('Given model is invalid.')
# transfer init weights to reduce compounding factors of stochasticity
if args.load_model_init is not None and (not args.no_tv or args.l1
or args.l2):
model.load_state_dict(torch.load(args.load_model_init))
else:
torch.save(model.state_dict(), args.save_model_init)
if args.compress is not None:
print('Goal Deflation', args.compress * 100, '%')
for model_state_dict in os.listdir('./compression'):
print(model_state_dict)
model.load_state_dict(
torch.load('./compression/' + model_state_dict))
l2_diff, compression_ratio = compress(model, args.compress,
args.mask, device)
print('Compressed:', compression_ratio * 100, '%')
print('Weight L2 Norm Change:', l2_diff)
acc, loss = eval_model(model, testloader, nn.CrossEntropyLoss(),
device)
print('Accuracy:', acc, 'Loss:', loss)
print('=' * 80)
else:
# train now
train_model(model, trainloader, testloader, args, tv_fn, device)
def test_2(self):
brackets = '{[]}'
self.assertEquals(compress(brackets), True)
def test_zero_none_compress(self): assert_equal(compress('AAB'), 'AA0B')
def test_zero_compress_twice(self): assert_equal(compress('AABB'), 'AA0BB0')
num_sentences = 10
# fileName refers to cache/asasCache/D1001A ...
for fileName in os.listdir(cachePath)[:1]:
# grab the topic dictionary with docModels inside of it
pickleFilePath = os.path.join(cachePath, fileName)
# open
if os.path.exists(pickleFilePath):
pickleFile = open(pickleFilePath, 'rb')
topicDictionary = pickle.load(pickleFile)
topicTitleDict = {}
# all the cached sentences from the topic
allSentences = extractionclustering.sentence.factory(topicDictionary, topicTitleDict, goldSentences[fileName])
if num_sentences:
for sentenceId in allSentences:
if num_sentences:
#this is where I am testing the compressor
s = allSentences[sentenceId]
print s.simple
c = compress(s)
print(c.simple)
print("")
num_sentences -= 1
docIndex += 1
def test_single_chars(self): assert_equal(compress('ABAC'), 'ABAC')
def test_zero_compress(self): assert_equal(compress('AA'), 'AA0')
def main():
#Test compression
assert compress("A") == "A"
assert compress("ABAC") == "ABAC"
assert compress("AA") == "AA0"
assert compress("AAB") == "AA0B"
assert compress("AABB") == "AA0BB0"
assert compress("AAACBBC") == "AA1CBB0C"
#Test strings with long runs of the same character
assert compress("AAA") == "AA1"
assert compress("AAAB") == "AA1B"
assert compress("AAABB") == "AA1BB0"
assert compress("AAABBB") == "AA1BB1"
assert compress("AAABBBB") == "AA1BB2"
assert compress("AAABBBBB") == "AA1BB3"
assert compress("AAABBBBBB") == "AA1BB4"
assert compress("AAABBBBBBB") == "AA1BB5"
assert compress("AAABBBBBBBB") == "AA1BB6"
assert compress("AAABBBBBBBBB") == "AA1BB7"
assert compress("AAABBBBBBBBBB") == "AA1BB8"
assert compress("AAABBBBBBBBBBB") == "AA1BB9"
assert compress("AAABBBBBBBBBBBB") == "AA1BB9B"
assert compress("AAABBBBBBBBBBBBB") == "AA1BB9BB0"
assert compress("AAABBBBBBBBBBBBBB") == "AA1BB9BB1"
assert compress("AAABBBBBBBBBBBBBBB") == "AA1BB9BB2"
assert compress("AAABBBBBBBBBBBBBBBB") == "AA1BB9BB3"
#Test decompression
assert decompress("A") == "A"
assert decompress("ABAC") == "ABAC"
assert decompress("AA0") == "AA"
assert decompress("AA0B") == "AAB"
assert decompress("AA0BB0") == "AABB"
assert decompress("AA1CBB0C") == "AAACBBC"
#Test that decompress acts as an inverse of compress.
assert decompress(compress("A")) == "A"
assert decompress(compress("ABAC")) == "ABAC"
assert decompress(compress("AA")) == "AA"
assert decompress(compress("AAB")) == "AAB"
assert decompress(compress("AABB")) == "AABB"
assert decompress(compress("AAACBBC")) == "AAACBBC"
print "Compression/decompression tests successful."
def test_complex_compress(self): assert_equal(compress('AAACBBC'), 'AA1CBB0C')
# Example long runs
def test_ten_repeat(self): assert_equal(compress('AAAAAAAAAA'), 'AA8')
def test_eleven_repeat(self): assert_equal(compress('AAAAAAAAAAA'), 'AA9')
def test_twelve_repeat(self): assert_equal(compress('AAAAAAAAAAAA'), 'AA9A')
def test_zero_compress(self): assert_equal(compress('AA'), 'AA0')
def test_zero_none_compress(self): assert_equal(compress('AAB'), 'AA0B')
def test_1(self): brackets = '[]' self.assertEquals(compress(brackets), True)
def test_thirteen_repeat(self): assert_equal(compress('AAAAAAAAAAAAA'), 'AA9AA0')
def test_fourteen_repeat(self): assert_equal(compress('AAAAAAAAAAAAAA'), 'AA9AA1')
def test_raises_exception_if_invalid_input(self): compress('abc1 D')
def test_single_char(self): assert_equal(compress('A'), 'A')
def test_zero_compress_twice(self): assert_equal(compress('AABB'), 'AA0BB0')
def test_complex_compress(self): assert_equal(compress('AAACBBC'), 'AA1CBB0C')
# Copyright (c) 2010 Carlos Duarte do Nascimento (Chester)
#
# Permission is hereby granted, free of charge, to any person obtaining a copy of this
# software and associated documentation files (the "Software"), to deal in the Software
# without restriction, including without limitation the rights to use, copy, modify, merge,
# publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons
# to whom the Software is furnished to do so, subject to the following conditions:
#
# The above copyright notice and this permission notice shall be included in all copies or
# substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED,
# INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR
# PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE
# FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
# OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER
# DEALINGS IN THE SOFTWARE.
#
"""Monta o "all-scripts.js" com as versões JsMin dos scripts diversos
Deve ser chamado sempre que o marcadores.js (ou algum dos outros) for alterado"""
import compress
compress.compress(
# Scripts a comprimir
("static/jquery-1.4.2.min.js",
"static/marcadores.js",
"static/fancybox/jquery.fancybox-1.3.1.pack.js"),
# Script final
"static/all-scripts.js")
def test_4(self):
brackets = '{[}]'
self.assertEquals(compress(brackets), False)
import sys, time
from pathlib import Path
from compress import compress
from decompress import decompress
f = open("data/document.txt", "r") # open the original document
content = ''.join(list(f)) # add every line to the "content" variable
f.close() #close the file after finishing reading it.
start_time = time.time() # capture time before compressing
_compressed = compress(content) # calling the compression algorithm
length_in_time = time.time(
) - start_time # capture time after compressing and meassure the differenec
_decompressed = decompress(_compressed) # calling the decompression algorithm
# print(_compressed)
# save the compressed version of the document
f = open("data/compressed.txt", "w+")
f.write(compress(content))
f.close()
# make sure source matches the decompressed (to avoid data loss)
if (_decompressed == content):
print("✅No data lost.")
else:
print(f"❌Some data was lost", _decompressed, content)
initial = Path('data/document.txt').stat().st_size
last = Path('data/compressed.txt').stat().st_size
percentage = 100 - round(last / initial * 100)
print(
def test_3(self):
brackets = '{[1]}'
self.assertEquals(compress(brackets), False)