def _compile_string_constant(self):
string_const = self._tokenizer.get_token()
self._vm_writer.write_push(MemorySegmentType.CONSTANT, len(string_const))
self._vm_writer.write_call(*OS.get_string_new())
for character in string_const:
self._vm_writer.write_push(MemorySegmentType.CONSTANT, ord(character))
self._vm_writer.write_call(*OS.get_string_append())
def isKeyImported(self, id_):
"""
Checks if a public or private key is imported into the local keyring.
@param id_ str: An 8 or 16 character hex string
"""
return id_ + ":" in OS.runCMD("gpg --list-secret-keys --with-colons").stdout or \
id_ + ":" in OS.runCMD("gpg --list-public-keys --with-colons").stdout
def get_OS(self):
oss = []
for OS_node in self.host_node.getElementsByTagName('osclass'):
os = OS.OS(OS_node)
oss.append(os)
for OS_node in self.host_node.getElementsByTagName('osmatch'):
os = OS.OS(OS_node)
oss.append(os)
return oss
def __init__(self, name, time_stamp, header=None):
self._platform = Platform.Platform()
self._os = OS.OS()
self._name = name
self._ERR_FILE_EXIST = "ERROR: Log file '%s' already exists" % name
self._ERR_FILE_OPEN = "ERROR: Unable to open log file '%s'" % name
if self._os.is_file(name):
raise Error.Error(msg=self._ERR_FILE_EXIST)
else:
try:
f = open(name, 'w')
except IOError:
raise Error.Error(msg=self._ERR_FILE_OPEN)
if header != None:
f.write("%s\n" % header)
line = "Generated %s" % time_stamp.as_string()
f.write(line+"\n\n")
line = "System: %s" % self._platform.system()
f.write(line+"\n")
line = "Python version: %s" % self._platform.python_version()
f.write(line+"\n")
line = ("Python implementation: %s"
% self._platform.python_implementation())
f.write(line+"\n\n")
f.close()
def hasRule(cls, port, policy, proto="tcp", source="0/0", dest="0/0", states=[]):
if not isinstance(port, list):
port = list(port)
policy = policy.upper()
assert policy in ["ACCEPT", "DROP"]
proto = proto.lower()
if not isinstance(proto, list):
proto = list(proto)
states = [state.upper() for state in states]
if not isinstance(states, list):
states = list(states)
if source == ["anywhere"]:
source = ["0/0"]
if dest == ["anywhere"]:
dest = ["0/0"]
if proto != ["all"]:
proto = [proto, "all"]
for line in OS.runCMD("sudo iptables -L").stdout:
line = line.split()
if line[0] == policy and line[1] in proto and line[3] ==
sshFinder = lambda x: x[0] == "ACCEPT" and x[1] in ["tcp", "all"] and x[3] == "anywhere" and x[4] == "anywhere" and "dpt:ssh" in x[5:]
def encrypt(self, inputFilePath, keyID):
"""
Encrypts a file.
Note that the necessary keys must already be imported, signed, and trusted in the local keyring
in order for encryption to work.
@param inputFilePath str: File to encrypt. Will not be modified.
@param keyID str: An 8 or 16 character hex string
@return str: Path of the encrypted file
"""
inputFilePath = str(inputFilePath)
outputFilePath = inputFilePath + ".pgp"
if os.path.exists(outputFilePath):
os.remove(outputFilePath)
OS.runCMD("gpg --batch -r %s --output %s --encrypt %s", (keyID, outputFilePath, inputFilePath))
return outputFilePath
def decrypt(self, inputFilePath, password=None):
"""
Decrypts a file.
Note that the necessary keys must already be imported, signed, and trusted in the local keyring
in order for decryption to work.
@param inputFilePath str: File to decrypt. Must have .pgp extension. Will not be modified.
@param password str: Password of private key in keyring, or None if no password.
@return str: Path of the decrypted file
"""
inputFilePath = str(inputFilePath)
assert inputFilePath.endswith(".pgp")
outputFilePath = os.path.splitext(inputFilePath)[0]
if os.path.exists(outputFilePath):
os.remove(outputFilePath)
if password != None:
OS.runCMD("gpg --batch --passphrase %s --output %s --decrypt %s", (password, outputFilePath, inputFilePath))
else:
OS.runCMD("gpg --batch --output %s --decrypt %s", (outputFilePath, inputFilePath))
return outputFilePath
def _compile_operators(self, operator_list, unary=False):
for op in operator_list:
if op == '*':
self._vm_writer.write_call(*OS.get_multiply())
if op == '/':
self._vm_writer.write_call(*OS.get_divide())
elif op == '+':
self._vm_writer.write_arithmetic(ArithmeticCommandType.ADD)
elif (op == '-') & (unary == False):
self._vm_writer.write_arithmetic(ArithmeticCommandType.SUB)
elif op == '-':
self._vm_writer.write_arithmetic(ArithmeticCommandType.NEG)
elif op == '=':
self._vm_writer.write_arithmetic(ArithmeticCommandType.EQ)
elif op == '>':
self._vm_writer.write_arithmetic(ArithmeticCommandType.GT)
elif op == '<':
self._vm_writer.write_arithmetic(ArithmeticCommandType.LT)
elif op == '&':
self._vm_writer.write_arithmetic(ArithmeticCommandType.AND)
elif op == '|':
self._vm_writer.write_arithmetic(ArithmeticCommandType.OR)
elif op == '~':
self._vm_writer.write_arithmetic(ArithmeticCommandType.NOT)
def getKeyID(self, filename):
"""
Gets first key ID of the key in filename.
@return str: 8 character hex string
"""
filename = str(filename)
id_ = None
for line in OS.runCMD("gpg --with-colons %s", filename).stdout.split("\n"):
line = line.split(":")
if line[0] == "pub":
if id_ != None:
raise Exception("More than 1 key found in " + filename)
id_ = line[4][8:]
return id_
def do_mycommand(self, args, arguments):
"""
::
Usage:
mycommand path
Arguments:
path the folder path for all the file we need to upload to the server
"""
client = mqtt.Client()
client.reinitialise()
client.connect("www.youtube.com")
files = os.listdir(arguments)
for file in files:
client.publish('filename'，file)
client.disconnect()
import OS
import time
start = time.perf_counter()
for x in range(1000):
pid = OS.getpid()
finish = time.perf_counter()
final = finish - start
print(final)
def importPublicKey(self, keyFile):
keyFile = str(keyFile)
OS.runCMD("gpg --batch --import %s", keyFile)
def __init__(self):
self._os = OS.OS()
self._existing_file = "mocks/test.log"
self._non_existing_file = "mocks/non_existing_file"
def markKeyTrusted(self, id_):
"""
LIMITATION: Owner trust of key can't be set non-interactively for it due to limitations in the gnupg interface
"""
OS.runCMD("gpg --edit-key %s trust quit", id_)
def signKey(self, id_):
"""
LIMITATION: If key is already signed, gnupg prints out key information to terminal even if stdout is connected to pipe
"""
OS.runCMD("gpg --batch --lsign-key %s", id_)
def importPrivateKey(self, keyFile):
keyFile = str(keyFile)
OS.runCMD("gpg --batch --allow-secret-key-import --import %s", keyFile)
#test 2: check time average of L = 32 is 53.9
p1 = 0.5
p2 = 0.5
for l in [16, 32]:
i = 0
tc = []
h1 = []
t = []
sandbox = OS.box(l, N, p1, p2)
while i <= N:
#drive
sandbox.drive()
sandbox.relax()
if sandbox.steady() == True:
h = 0
tc.append(i)
import DecisionMaking
import random
import OS
training_steps = 5000
epsilon = 0.5
load_period = 40
min_vms = 4
max_vms = 15
scenario = OS.OSScenario(load_period=load_period, min_vms=min_vms, max_vms=max_vms)
dm = DecisionMaking.DecisionMaker("/home/ubuntu/tiramola/decisionMaking.json",
"/home/ubuntu/tiramola/training.data")
dm.set_prioritized_sweeping()
dm.set_splitting(DecisionMaking.ANY_POINT)
dm.set_state(scenario.get_current_measurements())
for time in range(training_steps):
if random.uniform(0, 1) <= epsilon:
action = random.choice(dm.get_legal_actions())
else:
action = dm.suggest_action()
scenario.execute_action(action)
meas = scenario.get_current_measurements()
def _compile_constructor_pointer_segment_setup(self, num_words):
if num_words != 0:
self._vm_writer.write_push(MemorySegmentType.CONSTANT, num_words)
self._vm_writer.write_call(*OS.get_alloc())
self._vm_writer.write_pop(MemorySegmentType.POINTER, 0)
reload(sys)
sys.setdefaultencoding('utf-8')
temporary_folder = os.path.expanduser('~/Temporary')
## 커스텀 모듈 ##
pymodule_path = '/home/sungyo/Unison/script/module/python'
sys.path.append(pymodule_path)
# sys.path.append('../')
import IO
Config = IO.Shelve(filename='./Data/gooviewer_config.dat')
File = IO.File()
Log = IO.Log(log_name='ViewerPanel', filelogging=False)
import OS
FileManager = OS.FileManager()
import View.Configure
import Data.WildCard
wildcard = Data.WildCard.getKeywords()
wildcard_on_listdir = wildcard[1]
# import self.ImageCtrl
# ImageCtrl = self.ImageCtrl.ImageCtrl()
# class ViewerPanel(wx.Panel):
class ViewerPanel(wx.ScrolledWindow):
def __init__(self, parent, imageCtrl):
wx.ScrolledWindow.__init__(self, parent)
for jg in range(M): # the number of realisations
#open a file named l
fileout = open(f"{l}_{jg}", "wb")
i = 0
h1 = []
t = []
tc = []
sandbox = OS.box(l, N, p1, p2)
while i <= N:
#drive
sandbox.drive()
sandbox.relax()
tt = i
if sandbox.steady() == True:
tc.append(i)
def __init__(self):
self._os = OS.OS()
self._ts = TimeStamp.TimeStamp()
self._existing_log_file = "mocks/test.log"