def onButtonCopyLogs(self, event):
self.editoutput.AppendText("# Connecting...\n")
wx.Yield()
# subprocess.call(["scp -P2222 [email protected]:/home/essien/testbed/parallel-wsn/logs/* /home/mark/Code/2011-Essien-Mark/Src/ukleos/projects/security/microeval/logs/",""],shell=True)
# os.system("scp -P2222 [email protected]:/home/essien/testbed/parallel-wsn/logs/* /home/mark/Code/2011-Essien-Mark/Src/ukleos/projects/security/microeval/logs/")
# return
s = ssh.Connection(DEPLOY_SERVER,
port=DEPLOY_SERVER_PORT,
username=self.edituser.GetValue(),
password=self.editpw.GetValue())
self.editoutput.AppendText("# Result=" + str(s) + "\n")
wx.Yield()
self.editoutput.AppendText("# Copying log files\n")
f = open(LOCAL_ADDRESS_LIST)
for line in f.readlines():
wx.Yield()
line = line.strip('\n')
log_name = LOG_PREFIX + line + ".log"
self.editoutput.AppendText("Copying log " + log_name + "\n")
try:
s.get(REMOTE_LOG_DIR + log_name, "./logs/" + log_name)
self.editoutput.AppendText("...copied\n")
except:
self.editoutput.AppendText("...not found\n")
self.editoutput.AppendText("# Files copied.\n")
wx.Yield()
self.editoutput.AppendText("# Closing Connection\n\n")
s.close()
def onButtonFlashNodes(self, event):
self.editoutput.AppendText("# Connecting...\n")
s = ssh.Connection(DEPLOY_SERVER,
port=DEPLOY_SERVER_PORT,
username=self.edituser.GetValue(),
password=self.editpw.GetValue())
self.editoutput.AppendText("# Result=" + str(s) + "\n")
self.editoutput.AppendText("# Copying hex file...\n")
wx.Yield()
try:
# Obviously you should change this path. Be sure to make hex folder (within testbed)
result = s.put(LOCAL_HEX_FILE, REMOTE_HEX_FILE)
self.editoutput.AppendText(str(result))
except:
self.editoutput.AppendText("# Local file not found!!!\n")
self.editoutput.AppendText("# Copy complete\n")
self.editoutput.AppendText(
"# Flashing nodes now (needs about 5 minutes)\n")
wx.Yield()
results = s.execute(
"parallel-ssh -h hosts.txt -t 180 'lpc2k_pgm /dev/ttyUSB0 " +
REMOTE_HEX_FILE_NODE + "'")
for result in results:
self.editoutput.AppendText(result)
self.editoutput.AppendText("# Closing Connection\n\n")
s.close()
def onButtonSetAddresses(self, event):
self.editoutput.AppendText("# Connecting...\n")
s = ssh.Connection(DEPLOY_SERVER,
port=DEPLOY_SERVER_PORT,
username=self.edituser.GetValue(),
password=self.editpw.GetValue())
self.editoutput.AppendText("# Result=" + str(s) + "\n")
wx.Yield()
self.editoutput.AppendText("# Setting address on nodes\n")
item = 1
f = open(LOCAL_ADDRESS_LIST)
for line in f.readlines():
line = line.strip('\n')
self.editoutput.AppendText("Setting address on " + line)
results = s.execute(PARALLEL_WSN_PATH + 'parallel_wsn.py -c ' +
PARALLEL_WSN_PATH + 'parallel-wsn.config -H ' +
line + ' "set addr 10.' + str(item) + '"')
for result in results:
self.editoutput.AppendText(result)
print result
self.editoutput.AppendText("# Set address of " + line + " to 10." +
str(item) + "\n")
item = item + 1
wx.Yield()
self.editoutput.AppendText("# Closing Connection\n\n")
s.close()
def ssh_connect(self):
try:
self.connection = ssh.Connection(self.host,
username=self.username,
password=self.password)
except:
print "ホスト名,ユーザ名,パスワードいずれかが正しくないので接続できませんでした"
sys.exit()
def startssh():
try:
server = ssh.Connection(host='54.200.62.243',
username='******',
private_key='tubuntu.pem')
except:
print('Error Connecting to AWS Server')
exit()
return server
def main(outfile=None):
# get switch information
switch = raw_input("Switch to connect to: ")
username = raw_input("Username [%s]: " % getpass.getuser())
if username == None:
username = getpass.getuser()
password = getpass.getpass("Password: "******"There was an error connecting to %s." % switch
sys.exit(2)
portList = []
# grab our list and get out
output = s.execute(
'show interfaces terse | grep down | except \.0 | grep ge-')
for port in output:
port = port.strip()
if port == '': continue
p = port.split()[0]
portList.append({'port': p, 'lastflapped': getLastFlapped(p, s)})
s.close()
# process and write the output to a variable
display = "Ports currently down on switch %s: \n" % switch
for p in portList:
display = display + " %s\t: %s\n" % (p['port'], p['lastflapped'])
# Check to see if we are to write the output to a file
# or the screen
if outfile:
try:
f = open(outfile, 'w')
except:
print "Error... couldn't write to %s" % outfile
sys.exit(3)
f.write(display)
f.close()
else:
print display
def upload_file(request):
""" Runs the executable and records time elapsed """
if request.method == "POST":
form = UploadFileForm(request.POST, request.FILES)
form.fields['blade'].initial = [0]
if form.is_valid():
handle_uploaded_file(request.FILES["file"])
file_name = request.FILES["file"].name
# Select daq based on blade
blade = request.POST['blade']
if blade == 0 or blade == 1 or blade == 4:
daq = 0
else:
daq = 2
# Run the executable
parameters = request.POST['parameters']
start = time.time()
s = ssh.Connection('ac' + blade, username=account_info.username, password=account_info.password)
results = s.execute('time ~/PowerViz_Executables/executable ' + parameters)
end = time.time()
s.close()
elapsed = str(end - start) + " s"
cache.set('start_time', start, 7200)
cache.set('end_time', end, 7200)
print "Just set start_time to: " + str(cache.get('start_time'))
print "Just set end_time to: " + str(cache.get('end_time'))
# Record results to the dictionary
c = {"results":results[0], "time": elapsed}
return render_to_response("upload_success.html", {'c': c})
# Create the form
c = RequestContext(request)
# Create the form for uploading the file
form = UploadFileForm()
c["form"] = form
return render_to_response("upload.html", c)
def onButtonTest(self, event):
self.editoutput.AppendText("# Connecting...\n")
s = ssh.Connection(DEPLOY_SERVER,
port=DEPLOY_SERVER_PORT,
username=self.edituser.GetValue(),
password=self.editpw.GetValue())
self.editoutput.AppendText("# Result=" + str(s) + "\n")
wx.Yield()
# s.put('hello.txt')
# s.get('goodbye.txt')
self.editoutput.AppendText("# > ls\n")
results = s.execute('ls')
for result in results:
if result:
self.editoutput.AppendText(result)
self.editoutput.AppendText("# Closing Connection\n\n")
s.close()
def main(outfile=None):
# get router information
router = raw_input("Router to connect to: ")
username = raw_input("Username [%s]: " % getpass.getuser())
if username == None:
username = getpass.getuser()
password = getpass.getpass("Password: "******"There was an error connecting to %s." % router
sys.exit(2)
# grab our list and get out
contents = s.execute(
'show security flow session interface reth5.0 node primary')
s.close()
# process and write the output to a variable
ipaddrs = calculate_IP_nats(contents)
output = str()
for i, d in ipaddrs.iteritems():
output += i + " - " + str(len(d)) + " connections" + "\n"
if len(d) > 60:
for c in d:
output += "\t [" + c[0] + "] --> " + c[1] + " [" + c[
2] + "]" + "\n"
# Check to see if we are to write the output to a file
# or the screen
if outfile:
try:
f = open(outfile, 'w')
except:
print "Error... couldn't write to %s" % outfile
sys.exit(3)
f.write(output)
f.close()
else:
print output
def onButtonStartParallelWSN(self, event):
self.editoutput.AppendText("# Connecting...\n")
s = ssh.Connection(DEPLOY_SERVER,
port=DEPLOY_SERVER_PORT,
username=self.edituser.GetValue(),
password=self.editpw.GetValue())
self.editoutput.AppendText("# Result=" + str(s) + "\n")
wx.Yield()
self.editoutput.AppendText("# Starting WSN-Daemon on nodes\n")
results = s.execute("parallel-ssh -h hosts.txt -t 180 '" +
PARALLEL_WSN_PATH_NODE +
"parallel_wsn_daemon.py -c " +
PARALLEL_WSN_PATH_NODE +
"parallel-wsn-daemon.config restart'")
for result in results:
self.editoutput.AppendText(result)
wx.Yield()
self.editoutput.AppendText("# Closing Connection\n\n")
s.close()
def deploy_to_server():
"""
Copies the files from the local machine to the server.
Files transfered from _files_to_transfer.
_files_to_transfer - (source_file, server_destination_path)
TODO: Implement...
"""
usr = raw_input('Enter username: '******'Enter server password: '******'if [ ! -d "%s" ]; then mkdir -p "%s"; fi' %
(server_install_path, server_install_path))
for (from_file, to_file) in _files_to_transfer:
output_line('Copying %s' % os.path.basename(from_file))
# print from_file
# print to_file
s.put(from_file, to_file)
s.execute('cd ' + server_sql_path + '; php run_api_menu_script.php')
s.close()
if result[i] > result[maxi]: maxi=i opt[maxi].config(fg="green") def sockit(): sid = getsid() r2 = requests.get(main_url+"&sid="+sid, headers = headers, cookies = cookies) rdata2 = r2.text connectsocket(sid) root = Tk() server = ssh.Connection(host='54.200.62.243', username='******', private_key='tubuntu.pem') headFrame = Frame(root) headFrame.pack() thelbl = Label(headFrame, text="QuizBot- Client Version") conxn = Label(headFrame, text="(Connected)", fg="green") thelbl.pack(side = LEFT) conxn.pack(side = LEFT) socklbl = Label(headFrame, text = "Not connected to Socket..") socklbl.pack() middleFrame = Frame(root) middleFrame.pack()
def main():
global hostname, username, password, keyfile
local_folder = None
remote_folder = None
use_ftp = False
opts, args = getopt.getopt(sys.argv[1:], 'h:u:p:', ['key=', 'ftp'])
for name, value in opts:
if name == '-h':
hostname = value
elif name == '-u':
username = value
elif name == '-p' and value.strip() != '':
password = value
elif name == '--key' and value.strip() != '':
keyfile = value
elif name == '--ftp':
use_ftp = True
if len(args) < 2 or hostname is None:
usage()
if username is None:
username = raw_input("Enter username: "******"Enter password: "******"%s" for changes...' % local_folder)
while True:
try:
update_folder(con, local_folder, remote_folder)
except FileNotFoundError:
print("Exception caught")
#print('.')
time.sleep(1)
con.close()
def EnumClients2(ip, port, op):
global daemon_path, flags
global team, ports, exit_value
global ctf_config
DebugLog("EnumClients2 : %s %s %s" % (ip, port, op))
#SSH to the target
try:
myssh = ssh.Connection(ip,
ctf_config["SSH_UNAME"][1],
ctf_config["SSH_PRIVKEY"][1],
port=int(ctf_config["SSH_PORT"][1]))
except:
Log("!!! %s(%s:%s) Unable to establish an SSH connection" %
(team[ip][0], ip, ctf_config["SSH_PORT"][1]))
exit_value = CTF_FAIL
return
#Log nothing
myssh.execute("HISTFILE=/dev/null")
#The reason port is enumerated here is because we only need 1 ssh connection and not to
#establish a new connection for every port which slows shit down a ton.
for p in ports:
if port == 0 or p == port:
#Check if daemon_path has this port
if p not in daemon_path:
Log("Port %s does not exist in daemon_info for %s" % (p, ip))
exit_value = CTF_INTERR
continue
#Check if we have a valid flag entry for this IP and port
if ip not in flags or p not in flags[ip]:
Log("Unable to find flag data for %s:%s" % (ip, p))
exit_value = CTF_INTERR
continue
if op == CTF_GETFLAG or op == CTF_CHECKFLAG:
#Check if flag file is legit
user_hash = getFileHash(myssh,
daemon_path[p][0] + daemon_path[p][2])
if user_hash == CTF_INTERR:
EnumCleanup(myssh)
continue
if op == CTF_GETFLAG:
Log("%s(%s:%s) FlagHash : %s" %
(team[ip][0], ip, p, user_hash))
exit_value = CTF_SUCCESS
else: #Check flag
#Check flag checks afew things
#1. Check if the correct daemon is listening on the correct port
# Do not accept daemon from a diff location
#2. Check if daemon has not been tampered with
#3. Daemon is correctly responding
#4. Check if hash of flagfile is valid
#1 Check correctness
#Get daemon listening on specific port to extract pid
cmd_exec = "sudo netstat -nlp | grep LISTEN | grep :%s" % (
p, )
DebugLog(cmd_exec)
ret = myssh.execute(cmd_exec)
if len(ret) == 0:
Log("Daemon %s:%s not listening" % (
ip,
p,
))
EnumCleanup(myssh)
exit_value = CTF_FAIL
continue
#Take the first entry found
pid = ret[0].rsplit()[6].split("/")[0]
DebugLog("Found PID : %s" % pid)
#Resolve PID
cmd_exec = "sudo ls -l /proc/%s/exe" % (pid, )
DebugLog(cmd_exec)
ret = myssh.execute(cmd_exec)
if len(ret) == 0:
Log("Unable to resolve PID for daemon %s:%s" % (
ip,
p,
))
EnumCleanup(myssh)
exit_value = CTF_FAIL
continue
#Compare running path to what we have
ret = ret[0].split(" -> ")
if len(ret) != 2:
Log("!!!Wrong daemon running on %s:%s!!!" % (
ip,
p,
))
EnumCleanup(myssh)
exit_value = CTF_FAIL
continue
ret = ret[1].strip("\n")
if ret != daemon_path[p][0] + daemon_path[p][1]:
Log("!!!Wrong daemon running on %s:%s (%s)!!!" % (
ip,
p,
ret,
))
EnumCleanup(myssh)
exit_value = CTF_FAIL
continue
#2 Check if FILEHASH is correct
file_hash = getFileHash(
myssh, daemon_path[p][0] + daemon_path[p][1])
if file_hash == CTF_INTERR:
Log("Unable to hash daemon file on %s:%s (%s)" %
(ip, p, daemon_path[p][0] + daemon_path[p][1]))
EnumCleanup(myssh)
exit_value = CTF_FAIL
continue
if file_hash != checksums[p][0]:
Log("!!!Daemon hash mismatched (Returned-%s/Expected-%s)!!!"
% (file_hash, checksums[p][0]))
EnumCleanup(myssh)
exit_value = CTF_FAIL
continue
useDefault = False
#3 Daemon Network Validation
#Check if we can get a valid response from the port, this is to prevent firewalling
try:
mod = __import__(daemon_path[p][3])
#Check if function validate_daemon exists
if not hasattr(mod, "validate_daemon"):
Log("!!!Unable to find function validate_daemon in %s, reverting to default callback"
% (daemon_path[p][3], ))
useDefault = True
except:
Log("!!!Unable to import %s, reverting to default callback!!!"
% (daemon_path[p][3], ))
useDefault = True
if useDefault == True:
DebugLog("Calling defaultConnCheck(%s,%s)" % (
ip,
p,
))
ret = defaultConnCheck(ip, p)
else:
DebugLog("Calling mod.validate_daemon(%s,%s,%s)" % (
ip,
p,
flags[ip][p][0],
))
ret = mod.validate_daemon(ip, p, flags[ip][p][0])
if ret != CTF_SUCCESS:
Log("!!!Daemon network validation FAILED (%s:%s)!!!" %
(
ip,
p,
))
EnumCleanup(myssh)
if not useDefault == True: del mod
exit_value = CTF_FAIL
continue
if not useDefault == True: del mod
#4
#Now check if the flag has been pwned
real_hash = flags[ip][p][1]
if real_hash != user_hash:
Log("!!! %s(%s:%s) PWNED Client FlagHash (Returned-%s/Expected-%s)!!!"
% (team[ip][0], ip, p, user_hash, real_hash))
EnumCleanup(myssh)
exit_value = CTF_FAIL
continue
Log("!!!Flag Matches for %s:%s!!!" % (ip, p))
#Remove leftovers
EnumCleanup(myssh)
exit_value = CTF_SUCCESS
elif op == CTF_GETHASHFILE or op == CTF_CHECKHASHFILE:
file_hash = getFileHash(myssh,
daemon_path[p][0] + daemon_path[p][1])
if file_hash == CTF_INTERR:
EnumCleanup(myssh)
continue
if op == CTF_GETHASHFILE:
Log("%s(%s:%s) File Hash : %s" %
(team[ip][0], ip, p, file_hash))
exit_value = CTF_SUCCESS
else:
#check againts what we have in file
if file_hash == checksums[p][0]:
Log("!!! %s(%s:%s) File Hash Matched (Returned-%s/Expected-%s)!!!"
% (team[ip][0], ip, p, file_hash, checksums[p][0]))
exit_value = CTF_SUCCESS
else:
Log("!!! %s(%s:%s) Invalid File Hash (Returned-%s/Expected-%s)!!!"
% (team[ip][0], ip, p, file_hash, checksums[p][0]))
exit_value = CTF_FAIL
EnumCleanup(myssh)
myssh.close()
from datetime import date
from time import gmtime, strftime
from datetime import datetime
import Class_PreProcess
import ssh
server = ssh.Connection(host='172.16.0.39',
username='******',
password='******')
result = server.execute('ping 172.16.0.17')
'''
def fslice(param1):
s = param1.split(' ')[1]
exec(s + f'{()}')
def fhour():
now = date.today()
t = strftime("%a, %d %b %Y %H:%M:%S -0003", gmtime())
print(t)
def helloworld():
print('F*****g hello word.')
s = 'function hora'
print(s.split(' ')[1])
response = 'function helloworld'
response2 = response.split(' ')[0]
print(response2)
if response2 == 'function':
import ssh
for environment in environments:
# Determining variables for current environment:
curr = {}
for option_name in [
'name', 'host', 'username', 'private_key', 'command', 'indent'
]:
curr[option_name] = environment.get(option_name,
defaults.get(option_name))
print '[Connecting to ' + bold(curr['name']) + ']'
print
server = ssh.Connection(host=curr['host'],
username=curr['username'],
private_key=curr['private_key'])
result = server.execute(curr['command'])
# Cleanup lines
result = [line.strip(' \n\t') for line in result]
# Display results
if result.count('Already up-to-date.') > 0 and len(result) == 1:
print curr['indent'] + success('(up-to-date)')
print
else:
for line in result:
print curr['indent'] + warning(line)
print
def handle_ssh_connection(self, client):
self._handle_connection(
client,
lambda client, connection_id: ssh.Connection(client, connection_id, self.publisher, self.keyfile)
)
import ssh
server = ssh.Connection(host='10.100.52.148',
username='******',
private_key='mayank')
result = server.execute('ls')
print(result)