def encode(str, key):
str = str.replace(" ", "").lower()
# Add arbitrary letters if necessary
if (len(str) % len(key) != 0):
for i in range(len(key) - len(str) % len(key)):
str += "x"
# Transform the word into a matrix of numbers
wordMatrix = np.array(
[[split(chars).index(char.lower()) + 1 for char in str]])
res = ""
for i in range(0, len(split(str)), len(key)):
if (str[i] not in split(chars)):
print("Illegal character found: " + str[i])
return False
# Get group of letters
tmpM = np.array([wordMatrix[0][i + j] for j in range(len(key))])
# Multiply group with key
multM = np.matmul(key, tmpM)
# Add encoded chars
for j in range(len(key)):
res += chars[int(round(multM[j] % 26 - 1))]
return (res.upper())
def decode(str, key):
# Get determinant of the key matrix
A = round(np.linalg.det(key))
if (A == 0):
print("Invalid determinant")
return False
# Get the inverse matrix
invKey = np.linalg.inv(key) * A
# Find k^-1 (mod26)
def bruteKMod26(k):
primeNumbers = [1, 3, 5, 7, 9, 11, 15, 17, 19, 21, 23, 25]
for m in primeNumbers:
if (k * m) % 26 == 1:
return m
invA = bruteKMod26(A)
if not invA:
print("Invalid key matrix")
return False
decodeKey = (np.round(invKey) * invA) % 26
wordMatrix = np.array(
[[split(chars).index(char.lower()) + 1 for char in str]])
str = str.replace(" ", "").lower()
res = ""
for i in range(0, len(split(str)), len(decodeKey)):
tmpM = np.array([wordMatrix[0][i + j] for j in range(len(decodeKey))])
multM = np.matmul(decodeKey, tmpM)
for j in range(len(decodeKey)):
res += chars[int(round(multM[j] % 26 - 1))]
return (res.upper())
def write_no_ok(module):
print "no"
apps= tools.split(open(applist, "r").read(), "\n")
apps= [a for a in apps if a != module]
tools.rewrite(applist, "\n".join(apps))
tools.rewrite(os.path.join("data", "build_info", "IMP."+module), "ok=False\n")
sys.exit(1)
def main():
(options, args) = parser.parse_args()
disabled= tools.split(open("data/build_info/disabled", "r").read(), "\n")
if options.name in disabled:
print options.name, "is disabled"
write_no_ok(options.name)
tools.rmdir(os.path.join("module_bin", options.name))
tools.rmdir(os.path.join("benchmark", options.name))
if options.scons=="yes":
sys.exit(0)
else:
sys.exit(1)
if setup_module(options.name, options.source, options.datapath):
make_header(options)
make_cpp(options)
make_version_check(options)
link_bin(options)
link_benchmark(options)
sys.exit(0)
else:
tools.rmdir(os.path.join("module_bin", options.name))
tools.rmdir(os.path.join("benchmark", options.name))
if options.scons=="yes":
sys.exit(0)
sys.exit(1)
def main():
(options, apps) = parser.parse_args()
disabled = tools.split(open("data/build_info/disabled", "r").read(), "\n")
if options.name in disabled:
print("%s is disabled" % options.name)
write_no_ok(options.name)
tools.rmdir(os.path.join("module_bin", options.name))
tools.rmdir(os.path.join("benchmark", options.name))
tools.rmdir(os.path.join("lib", "IMP", options.name))
sys.exit(1)
success, modules = setup_module(options.name, options.source,
options.datapath)
if success:
make_header(options)
make_doxygen(options, modules)
make_overview(options, apps)
link_bin(options)
link_py_apps(options)
link_benchmark(options)
sys.exit(0)
else:
tools.rmdir(os.path.join("module_bin", options.name))
tools.rmdir(os.path.join("benchmark", options.name))
tools.rmdir(os.path.join("lib", "IMP", options.name))
sys.exit(1)
def main():
(options, apps) = parser.parse_args()
disabled = tools.split(open("data/build_info/disabled", "r").read(), "\n")
if options.name in disabled:
print("%s is disabled" % options.name)
write_no_ok(options.name)
tools.rmdir(os.path.join("module_bin", options.name))
tools.rmdir(os.path.join("benchmark", options.name))
tools.rmdir(os.path.join("lib", "IMP", options.name))
sys.exit(1)
success, modules = setup_module(
options.name, options.source, options.datapath)
if success:
make_header(options)
make_doxygen(options, modules)
make_overview(options, apps)
link_bin(options)
link_py_apps(options)
link_benchmark(options)
sys.exit(0)
else:
tools.rmdir(os.path.join("module_bin", options.name))
tools.rmdir(os.path.join("benchmark", options.name))
tools.rmdir(os.path.join("lib", "IMP", options.name))
sys.exit(1)
def main():
options, apps = parser.parse_args()
disabled = tools.split(open("build_info/disabled", "r").read(), "\n")
if options.name in disabled:
print("%s is disabled" % options.name)
write_no_ok(options.name)
tools.rmdir(os.path.join("module_bin", options.name))
tools.rmdir(os.path.join("benchmark", options.name))
tools.rmdir(os.path.join("lib", "IMP", options.name))
sys.exit(1)
mf = tools.ModulesFinder(source_dir=options.source,
external_dir=options.build_dir,
module_name=options.name)
module = mf[options.name]
success, modules = setup_module(module, mf)
if success:
make_header(options, module)
make_doxygen(options, module, modules, mf)
make_overview(module, apps)
link_bin(options, module)
link_py_apps(module)
link_benchmark(options, module)
sys.exit(0)
else:
tools.rmdir(os.path.join("module_bin", options.name))
tools.rmdir(os.path.join("benchmark", options.name))
tools.rmdir(os.path.join("lib", "IMP", options.name))
sys.exit(1)
def write_no_ok(module):
print "no"
apps = tools.split(open(applist, "r").read(), "\n")
apps = [a for a in apps if a != module]
tools.rewrite(applist, "\n".join(apps))
tools.rewrite(os.path.join("data", "build_info", "IMP." + module),
"ok=False\n")
sys.exit(1)
def get_dep_merged(finder, modules, name, extra_data_path):
ret = []
alldeps = finder.get_all_dependencies(modules)
for d in alldeps:
info = tools.get_dependency_info(d, extra_data_path)
# cmake lists are semicolon-separated
lst = tools.split(info[name], ';')
ret.extend(lst)
ret = sorted(set(ret))
return ret
def get_dep_merged(modules, name, ordered):
ret = []
alldeps = tools.get_all_dependencies(".", modules, "", ordered)
for d in alldeps:
info = tools.get_dependency_info(d, ".")
# cmake lists are semicolon-separated
lst = tools.split(info[name], ';')
ret.extend(lst)
ret = sorted(set(ret))
return ret
def get_dep_merged(modules, name, ordered):
ret=[]
alldeps=tools.get_all_dependencies(".", modules, "", ordered)
for d in alldeps:
info = tools.get_dependency_info(d, ".")
lst= tools.split(info[name], ';') # cmake lists are semicolon-separated
ret.extend(lst)
ret=list(set(ret))
ret.sort()
return ret
def main():
(options, args) = parser.parse_args()
info = tools.get_module_info(options.name, "/")
if not info["ok"]:
tools.rewrite("src/%s_swig.deps"%options.name, "")
return
cmd = [options.swig, '-MM', '-Iinclude', '-Iswig', '-ignoremissing'] \
+ ["-I"+x for x in tools.split(options.swigpath)] \
+ ["-I"+x for x in tools.split(options.includepath)] \
+ ["swig/IMP_%s.i" % options.name]
outfile = open("src/%s_swig.deps.in"%options.name, "w")
ret = subprocess.call(cmd, stdout=outfile)
outfile.close()
if ret != 0:
raise OSError("subprocess failed with return code %d: %s" \
% (ret, " ".join(cmd)))
lines= open("src/%s_swig.deps.in"%options.name, "r").readlines()
names= [x[:-2].strip() for x in lines[1:]]
final_names=[_fix(x, options.build_system) for x in names]
final_list= "\n".join(final_names)
tools.rewrite("src/%s_swig.deps"%options.name, final_list)
def decryptCBC(key, data, iv = b'\000' * 16):
encBlocks = tools.split(data, 16, False)
result = b''
cipher=AES.new(key, AES.MODE_ECB)
for block in encBlocks:
decBlock = cipher.decrypt(block)
dec = xor(decBlock, iv)
iv = block
result += dec
return tools.stripPadding(result)
def decryptCBC(key, data, iv=b'\000' * 16):
encBlocks = tools.split(data, 16, False)
result = b''
cipher = AES.new(key, AES.MODE_ECB)
for block in encBlocks:
decBlock = cipher.decrypt(block)
dec = xor(decBlock, iv)
iv = block
result += dec
return tools.stripPadding(result)
def encryptCBC(key, data, iv = b'\000' * 16):
data = tools.addPadding(data)
blocks = tools.split(data, 16, False)
result = b''
cipher=AES.new(key, AES.MODE_ECB)
for block in blocks:
inBlock = xor(block, iv)
encBlock = cipher.encrypt(inBlock)
iv = encBlock
result += encBlock
return result
def encryptCBC(key, data, iv=b'\000' * 16):
data = tools.addPadding(data)
blocks = tools.split(data, 16, False)
result = b''
cipher = AES.new(key, AES.MODE_ECB)
for block in blocks:
inBlock = xor(block, iv)
encBlock = cipher.encrypt(inBlock)
iv = encBlock
result += encBlock
return result
def dnn_factory_from_model_dir(model_dir, **kwargs):
"""Creates a DNN from the :model_dir: argument. Any additional keyword
arguments provided override the details of the DNN found."""
if model_dir[-1] in ('/', '\\'):
model_dir = model_dir[:-1]
model_dir_split = tools.split(['/', '\\'], model_dir)
dir_name = model_dir_split[-1]
# I suspect that we should be able to restore the DNN just from the
# information saved in the model directory, without needing to know
# its structure from the directory name...
dnn_details, uuid = _dnn_hyperparameters_from_dir(dir_name)
dnn_details['compile_kwargs']['model_dir'] = model_dir
dnn_details.update(kwargs)
dnn_factory = fac.DNNFactory(**dnn_details)
return dnn_factory
def write_ok(module, modules, unfound_modules, dependencies, unfound_dependencies):
print "yes"
config=["ok=True"]
if len(modules) > 0:
config.append("modules = \"" + ":".join(modules)+"\"")
if len(unfound_modules) > 0:
config.append("unfound_modules = \""+ ":".join(unfound_modules)+"\"")
if len(dependencies) > 0:
config.append("dependencies = \"" + ":".join(dependencies)+"\"")
if len(unfound_dependencies) > 0:
config.append("unfound_dependencies = \"" + ":".join(unfound_dependencies)+"\"")
apps= tools.split(open(applist, "r").read(), "\n")
if module not in apps:
apps.append(module)
tools.rewrite(applist, "\n".join(apps))
tools.rewrite(os.path.join("data", "build_info", "IMP."+module), "\n".join(config))
sys.exit(0)
def main():
with open(F,'r') as f:
b64 = f.read()
enc = tools.fromB64(b64)
encBlocks = tools.split(enc, 16, False)
iv = IV
result = b''
cipher=AES.new(KEY, AES.MODE_ECB)
for block in encBlocks:
decBlock = cipher.decrypt(block)
dec = crypto.xor(decBlock, iv)
iv = block
result += dec
print(tools.toStr(tools.stripPadding(result)))
def encryptCTR(key, nonce, data, littleEndian=False):
'''
Perform CTR encrpytion
Cipher input is 128bit key, 64bit nonce.
Counter is generated big endian (usual) or little endian.
'''
inBlocks = tools.split(data, 16)
iv = bytearray(nonce + (b'\000' * 8))
result = b''
cipher = AES.new(key, AES.MODE_ECB)
for inBlock in inBlocks:
encBlock = cipher.encrypt(bytes(iv))
enc = xor(inBlock, encBlock)
_nextBlock(iv, littleEndian)
result += enc
return result
def encryptCTR(key, nonce, data, littleEndian=False):
'''
Perform CTR encrpytion
Cipher input is 128bit key, 64bit nonce.
Counter is generated big endian (usual) or little endian.
'''
inBlocks = tools.split(data, 16)
iv = bytearray(nonce + (b'\000' * 8))
result = b''
cipher=AES.new(key, AES.MODE_ECB)
for inBlock in inBlocks:
encBlock = cipher.encrypt(bytes(iv))
enc = xor(inBlock, encBlock)
_nextBlock(iv, littleEndian)
result += enc
return result
def main():
with open(F, 'r') as f:
b64 = f.read()
enc = tools.fromB64(b64)
encBlocks = tools.split(enc, 16, False)
iv = IV
result = b''
cipher = AES.new(KEY, AES.MODE_ECB)
for block in encBlocks:
decBlock = cipher.decrypt(block)
dec = crypto.xor(decBlock, iv)
iv = block
result += dec
print(tools.toStr(tools.stripPadding(result)))
def buildBlocks(prefixlen, data):
'''
Builds blocks for hashing from given data.
'''
ml = (prefixlen + len(data)) * 8
blocks = tools.split(data, BLOCK_LEN)
if len(blocks[-1]) == BLOCK_LEN:
blocks.append(b'')
blocks[-1] = blocks[-1] + b'\x80'
remSpace = BLOCK_LEN - len(blocks[-1])
if remSpace < 8:
blocks[-1] = blocks[-1] + b'\x00' * remSpace
blocks.append(b'\x00' * (BLOCK_LEN - 8))
remSpace = 8
if remSpace > 8:
blocks[-1] = blocks[-1] + b'\x00' * (remSpace - 8)
blocks[-1] = blocks[-1] + struct.pack(">q", ml)
return blocks
def buildBlocks(prefixlen, data):
'''
Builds blocks for hashing from given data.
'''
ml = (prefixlen + len(data)) * 8
blocks = tools.split(data, BLOCK_LEN)
if len(blocks[-1]) == BLOCK_LEN:
blocks.append(b'')
blocks[-1] = blocks[-1] + b'\x80'
remSpace = BLOCK_LEN - len(blocks[-1])
if remSpace < 8:
blocks[-1] = blocks[-1] + b'\x00' * remSpace
blocks.append(b'\x00' * (BLOCK_LEN - 8))
remSpace = 8
if remSpace > 8:
blocks[-1] = blocks[-1] + b'\x00' * (remSpace - 8)
blocks[-1] = blocks[-1] + struct.pack(">q", ml)
return blocks
def write_ok(module, modules, unfound_modules, dependencies,
unfound_dependencies):
print "yes"
config = ["ok=True"]
if len(modules) > 0:
config.append("modules = \"" + ":".join(modules) + "\"")
if len(unfound_modules) > 0:
config.append("unfound_modules = \"" + ":".join(unfound_modules) +
"\"")
if len(dependencies) > 0:
config.append("dependencies = \"" + ":".join(dependencies) + "\"")
if len(unfound_dependencies) > 0:
config.append("unfound_dependencies = \"" +
":".join(unfound_dependencies) + "\"")
apps = tools.split(open(applist, "r").read(), "\n")
if module not in apps:
apps.append(module)
tools.rewrite(applist, "\n".join(apps))
tools.rewrite(os.path.join("data", "build_info", "IMP." + module),
"\n".join(config))
sys.exit(0)
def model_from_model_dir(model_dir, **kwargs):
"""Creates a model for a DNN from the :model_dir: argument. Any additional keyword arguments provided override the
details of the DNN found.
"""
if not os.path.isdir(model_dir):
raise RuntimeError(f'Model dir {model_dir} does not exist')
if model_dir[-1] in ('/', '\\'):
model_dir = model_dir[:-1]
dir_name = tools.split(['/', '\\'], model_dir)[-1]
# I suspect that we should be able to restore the DNN just from the
# information saved in the model directory, without needing to know
# its structure from the directory name...
details, uuid = _dnn_hyperparameters_from_dir(dir_name)
details.update(kwargs)
model = ds.Network.define_dnn(hidden_units=details.hidden_units,
logits=details.logits,
activation=details.activation,
drop_rate=0.0,
processor=details.processor,
model_dir=model_dir)
return model
def send_text_and_photos(self):
text = split(self.post.text)
if self.post.text and self.post.photos:
if len(self.post.photos) > 1:
send_splitted_message(self.bot, text, self.chat_id)
self.bot.send_message(self.chat_id, text[-1], parse_mode='HTML', reply_markup=self.post.reply_markup,
disable_web_page_preview=True)
self.bot.send_media_group(self.chat_id, self.post.photos)
elif len(self.post.photos) == 1:
if len(self.post.text) > 1024:
send_splitted_message(self.bot, text, self.chat_id)
self.bot.send_message(self.chat_id, text[-1], parse_mode='HTML', reply_markup=self.post.reply_markup,
disable_web_page_preview=True)
self.bot.send_photo(self.chat_id, self.post.photos[0]['media'], parse_mode='HTML')
else:
send_splitted_message(self.bot, text, self.chat_id)
self.bot.send_photo(self.chat_id, self.post.photos[0]['media'], text[-1], parse_mode='HTML',
reply_markup=self.post.reply_markup, disable_web_page_preview=True)
elif not self.post.text and self.post.photos:
self.send_photos()
elif self.post.text and not self.post.photos:
send_splitted_message(self.bot, text, self.chat_id)
self.bot.send_message(self.chat_id, text[-1], parse_mode='HTML', reply_markup=self.post.reply_markup,
disable_web_page_preview=True)
def make_header(options):
dir = os.path.join("include", "IMP", options.name)
file = os.path.join(dir, "%s_config.h" % options.name)
header_template = open(
os.path.join(
options.source,
"tools",
"build",
"config_templates",
"header.h"),
"r").read(
)
try:
os.makedirs(dir)
except:
# exists
pass
data = {}
data["name"] = options.name
data["filename"] = "IMP/%s/%s_config.h" % (options.name, options.name)
data["cppprefix"] = "IMP%s" % options.name.upper().replace("_", "")
if data["name"] != "base":
data["showable"] = """#if !defined(IMP_DOXYGEN) && !defined(SWIG)
#include <IMP/base/Showable.h>
#include <IMP/base/hash.h>
namespace IMP { namespace %(name)s {
using ::IMP::base::Showable;
using ::IMP::base::operator<<;
using ::IMP::base::hash_value;
} } // namespace
namespace IMP { namespace %(name)s { namespace internal {
using ::IMP::base::Showable;
using ::IMP::base::operator<<;
using ::IMP::base::hash_value;
} } } // namespace
#endif // !defined(SWIG) && !defined(IMP_DOXYGEN)
""" % data
else:
data["showable"] = ""
cppdefines = []
if options.defines != "":
for define in tools.split(options.defines):
parts = define.split("=")
if len(parts) == 2:
cppdefines.append("#define %s %s" % (parts[0], parts[1]))
else:
cppdefines.append("#define %s" % parts[0])
d = {'required_modules': "", 'lib_only_required_modules': "",
'required_dependencies': "", 'optional_dependencies': ""}
exec(open(os.path.join(options.source, "modules", data["name"],
"dependencies.py"), "r").read(), d)
info = tools.get_module_info(data["name"], options.datapath)
optional_modules = [
x for x in info[
"modules"] if x not in tools.split(
d['required_modules']) and x != ""]
unfound_modules = [x for x in info["unfound_modules"] if x != ""]
optional_dependencies = [
x for x in info[
"dependencies"] if x not in tools.split(
d['required_dependencies']) and x != ""]
unfound_dependencies = [x for x in info["unfound_dependencies"] if x != ""]
add_list_to_defines(cppdefines, data, "USE", 1,
["imp_" + x for x in optional_modules])
add_list_to_defines(cppdefines, data, "NO", 0,
["imp_" + x for x in unfound_modules])
add_list_to_defines(cppdefines, data, "USE", 1, optional_dependencies)
add_list_to_defines(
cppdefines,
data,
"NO",
0,
info["unfound_dependencies"])
data["cppdefines"] = "\n".join(cppdefines)
tools.rewrite(file, header_template % data)
def attack(data):
blocks = tools.split(data, 16)
return blocks[0] + blocks[2] + blocks[1]
def make_header(options, module):
if module.python_only:
return
if module.name == 'kernel':
dir = os.path.join("include", "IMP")
else:
dir = os.path.join("include", "IMP", module.name)
file = os.path.join(dir, "%s_config.h" % module.name)
header_template = tools.CPPFileGenerator(os.path.join(TOPDIR,
"config_templates", "header.h"))
try:
os.makedirs(dir)
except:
# exists
pass
data = {}
data["name"] = module.name
if module.name == 'kernel':
data["namespace"] = "IMP"
data["begin_ns"] = "namespace IMP{"
data["end_ns"] = "}"
data["filename"] = "IMP/%s_config.h" % module.name
else:
data["namespace"] = "IMP::%s" % module.name
data["begin_ns"] = "namespace IMP{ namespace %s {" % module.name
data["end_ns"] = "} }"
data["filename"] = "IMP/%s/%s_config.h" % (module.name, module.name)
data["cppprefix"] = "IMP%s" % module.name.upper().replace("_", "")
if data["name"] != "kernel":
data["showable"] = """#if !defined(IMP_DOXYGEN) && !defined(SWIG)
#include <IMP/Showable.h>
#include <IMP/hash.h>
%(begin_ns)s
using ::IMP::Showable;
using ::IMP::operator<<;
using ::IMP::hash_value;
%(end_ns)s // namespace
%(begin_ns)s namespace internal {
using ::IMP::Showable;
using ::IMP::operator<<;
using ::IMP::hash_value;
} %(end_ns)s // namespace
#endif // !defined(SWIG) && !defined(IMP_DOXYGEN)
""" % data
else:
data["showable"] = ""
cppdefines = []
if options.defines != "":
for define in tools.split(options.defines):
parts = define.split("=")
if len(parts) == 2:
cppdefines.append("#define %s %s" % (parts[0], parts[1]))
else:
cppdefines.append("#define %s" % parts[0])
cf = module.configured
optional_modules = [x for x in cf.modules
if x not in module.required_modules]
optional_dependencies = [x for x in cf.dependencies
if x not in module.required_dependencies]
add_list_to_defines(cppdefines, data, "USE", 1,
["imp_" + x.name for x in optional_modules])
add_list_to_defines(cppdefines, data, "NO", 0,
["imp_" + x.name for x in cf.unfound_modules])
add_list_to_defines(cppdefines, data, "USE", 1, optional_dependencies)
add_list_to_defines(cppdefines, data, "NO", 0, cf.unfound_dependencies)
data["cppdefines"] = "\n".join(cppdefines)
header_template.write(file, data)
def split(self, selector=None):
feat_dict = self.to_dict()
train, test = tools.split(feat_dict, selector)
return from_dict(train), from_dict(test)
def make_header(options):
dir = os.path.join("include", "IMP", options.name)
file = os.path.join(dir, "%s_config.h" % options.name)
header_template = open(
os.path.join(options.source, "tools", "build", "config_templates",
"header.h"), "r").read()
try:
os.makedirs(dir)
except:
# exists
pass
data = {}
data["name"] = options.name
data["filename"] = "IMP/%s/%s_config.h" % (options.name, options.name)
data["cppprefix"] = "IMP%s" % options.name.upper().replace("_", "")
if data["name"] != "base":
data["showable"] = """#if !defined(IMP_DOXYGEN) && !defined(SWIG)
#include <IMP/base/Showable.h>
#include <IMP/base/hash.h>
namespace IMP { namespace %(name)s {
using ::IMP::base::Showable;
using ::IMP::base::operator<<;
using ::IMP::base::hash_value;
} } // namespace
namespace IMP { namespace %(name)s { namespace internal {
using ::IMP::base::Showable;
using ::IMP::base::operator<<;
using ::IMP::base::hash_value;
} } } // namespace
#endif // !defined(SWIG) && !defined(IMP_DOXYGEN)
""" % data
else:
data["showable"] = ""
cppdefines = []
if options.defines != "":
for define in tools.split(options.defines):
parts = define.split("=")
if len(parts) == 2:
cppdefines.append("#define %s %s" % (parts[0], parts[1]))
else:
cppdefines.append("#define %s" % parts[0])
d = {
'required_modules': "",
'lib_only_required_modules': "",
'required_dependencies': "",
'optional_dependencies': ""
}
exec(
open(
os.path.join(options.source, "modules", data["name"],
"dependencies.py"), "r").read(), d)
info = tools.get_module_info(data["name"], options.datapath)
optional_modules = [
x for x in info["modules"]
if x not in tools.split(d['required_modules']) and x != ""
]
unfound_modules = [x for x in info["unfound_modules"] if x != ""]
optional_dependencies = [
x for x in info["dependencies"]
if x not in tools.split(d['required_dependencies']) and x != ""
]
unfound_dependencies = [x for x in info["unfound_dependencies"] if x != ""]
add_list_to_defines(cppdefines, data, "USE", 1,
["imp_" + x for x in optional_modules])
add_list_to_defines(cppdefines, data, "NO", 0,
["imp_" + x for x in unfound_modules])
add_list_to_defines(cppdefines, data, "USE", 1, optional_dependencies)
add_list_to_defines(cppdefines, data, "NO", 0,
info["unfound_dependencies"])
data["cppdefines"] = "\n".join(cppdefines)
tools.rewrite(file, header_template % data)
def extractKey(message):
blocks = tools.split(message, 16)
iv = crypto.xor(blocks[0], blocks[2])
return iv
from dense_net import * from tools import load_jpgs, split X_tr, Y_tr = load_jpgs() #Y_tr = onehot() # print an image index = 10 plt.imshow(X_train[index]) plt.show() X_train, X_test, y_train, y_test = split(X_tr, Y_tr) #reshape X and y X_train = X_train.reshape(X_train.shape[0], -1).T X_test = X_test.reshape(X_test.shape[0], -1).T #y_train = y_train.reshape(y_train.shape[0], -1).T #y_test = y_test.reshape(y_test.shape[0], -1).T ft = flowtools() y_train = ft.one_hot(y_train, 2) y_test = ft.one_hot(y_test,2) params = ft.model(X_train, y_train, X_test, y_test, learning_rate=.0003, num_epochs=10)
def count(folder_path='.',
hidden_files=False,
hidden_folders=False,
print_result=True,
include_zero=False,
add_subfolders=True,
print_files=False,
print_folders=True):
"""
Counts the number of lines of code in a folder.
:str folder_path: The path to the folder. Defaults to the current folder.
:bool hidden_files: Optional, whether to count hidden files. Defaults to False.
:bool hidden_folders: Optional, whether to count hidden folders. Defaults to False.
:bool print_result: Optional, whether to print out the results in a pretty format at the end. Defaults to True.
:bool include_zero: Optional, whether to include files and folders containing zero lines of code. Defaults to False.
:bool add_subfolders: Optional, whether to include the amount of code in subfolders when stating the amount of lines
of code/comment/whitespace in a folder. Defaults to True.
:bool print_files: Optional. Whether or not to print the counts for each file as well as each folder. Defaults to
False.
:bool print_folders: Optional. Whether or not to print the counts for each folder. Defaults to True.
:return: If return_val is truthy, then it is a dictionary, with the keys being the paths to folders, and the values
being 'Folder' objects as above.
Note that the specific combination of :print_result: True, :print_files: False, :print_folders: False will raise a
RuntimeError as that's probably not desired. (Asking to print, and then giving it nothing to print out.)
"""
folder_path = tools.split(['/', '\\'], folder_path)
folder_path = os.path.join(*folder_path)
if print_result is True and print_files is False and print_folders is False:
raise RuntimeError(
'The argument print_results was True, but print_files and print_folders are both False.'
)
folders = {}
for dirpath, subdirnames, filenames in os.walk(folder_path):
unhidden_subdirnames = []
for subdirname in subdirnames:
if not hidden_folders and subdirname.startswith('.'):
# Hidden folder
continue
if subdirname == '__pycache__':
continue
unhidden_subdirnames.append(subdirname)
subdirnames[:] = unhidden_subdirnames
files = []
for filename in filenames:
if not hidden_files and filename.startswith('.'):
# Hidden file
continue
if filename.endswith('.py') or filename.endswith('.ipynb'):
file_path = os.path.join(dirpath, filename)
file_lines = file_count(file_path)
file = File(filename, file_lines)
files.append(file)
folders[dirpath] = Folder(dirpath, files, subdirnames)
if add_subfolders:
# Go through in order of length of path, as a string, from longest to shortest. This guarantees that we evaluate
# all deeper folders before we evaluate shallower ones.
for folder_name, folder in sorted(folders.items(),
key=lambda x: len(x[0]))[::-1]:
folder.add_lines_from_subfolders(folders)
if print_result:
if print_files and print_folders:
first_heading_str = "File/Folder location"
elif print_files and not print_folders:
first_heading_str = "File location"
elif print_folders and not print_files:
first_heading_str = "Folder location"
max_folder_loc = len(first_heading_str)
max_code = len("Code")
max_comment = len("Comment")
max_whitespace = len("Whitespace")
max_all = len("Total")
for folder_loc, folder in folders.items():
if include_zero or folder.code_lines != 0:
if print_folders:
max_folder_loc = max(max_folder_loc, len(folder_loc))
max_code = max(max_code,
tools.num_digits(folder.code_lines))
max_comment = max(max_comment,
tools.num_digits(folder.comment_lines))
max_whitespace = max(
max_whitespace,
tools.num_digits(folder.whitespace_lines))
max_all = max(
max_all,
tools.num_digits(folder.code_lines +
folder.comment_lines +
folder.whitespace_lines))
if print_files:
for file in folder.files:
if include_zero or file.code_lines != 0:
file_loc = os.path.join(folder_loc, file.name)
max_folder_loc = max(max_folder_loc, len(file_loc))
max_code = max(max_code,
tools.num_digits(file.code_lines))
max_comment = max(
max_comment,
tools.num_digits(file.comment_lines))
max_whitespace = max(
max_whitespace,
tools.num_digits(file.whitespace_lines))
max_all = max(
max_all,
tools.num_digits(file.code_lines +
file.comment_lines +
file.whitespace_lines))
print_str = ("{:<%s} | {:%s} | {:%s} | {:%s} | {:%s}" %
(max_folder_loc, max_code, max_comment, max_whitespace,
max_all)).format(first_heading_str, "Code", "Comment",
"Whitespace", "Total")
print(print_str)
print("-" * (max_folder_loc + 1) + "+" + "-" * (max_code + 2) + "+" +
"-" * (max_comment + 2) + "+" + "-" * (max_whitespace + 2) +
"+" + "-" * (max_all + 1))
# Starting to look a bit spaghettified this!
for folder_loc, folder in folders.items():
if include_zero or folder.code_lines != 0:
if print_folders:
print_str = ("{:<%s} | {:%s} | {:%s} | {:%s} | {:%s}" %
(max_folder_loc, max_code, max_comment,
max_whitespace, max_all)).format(
folder_loc, folder.code_lines,
folder.comment_lines,
folder.whitespace_lines,
folder.code_lines +
folder.comment_lines +
folder.whitespace_lines)
print(print_str)
if print_files:
for file in folder.files:
if include_zero or file.code_lines != 0:
file_loc = os.path.join(folder_loc, file.name)
print_str = (
"{:<%s} | {:%s} | {:%s} | {:%s} | {:%s}" %
(max_folder_loc, max_code, max_comment,
max_whitespace, max_all)).format(
file_loc, file.code_lines,
file.comment_lines, file.whitespace_lines,
file.code_lines + file.comment_lines +
file.whitespace_lines)
print(print_str)
return folders
import pylab as pl
import scipy
import reader as rd
import filters
import tools
s = rd.read('canary.wav')
minima, idx = filters.ceci(s,
freq_fast=250,
freq_slow=40,
freq_env=700,
thr=0.2)
syl = tools.split(s, idx)
for i, s in enumerate(syl):
print i
fig, axarr = pl.subplots(2, 1, figsize=(5, 8))
axarr[0].plot(s[:, 0], s[:, 1])
axarr[1].specgram(s[:, 1],
NFFT=int(0.005 * 44800),
window=scipy.signal.tukey(int(44800 * 0.005)),
Fs=44800,
noverlap=int(44800 * 0.004),
cmap='jet')
pl.savefig("syl_{0}.png".format(i))
#pl.close()
def attack(data):
blocks = tools.split(data, 16)
return blocks[0] + blocks[2] + blocks[1]
def extractKey(message):
blocks = tools.split(message, 16)
iv = crypto.xor(blocks[0], blocks[2])
return iv
def normalize(self, img):
img = split(img)
return OCR.normalize(self, img)