def _install_host(self, hostname):
'''
Execute the commands on the remote host.
Create one process for each remote host.
'''
try:
server = config.host(hostname).get_back_ip()
app.print_verbose(
"Try to install " + hostname + " (" + server + ")", 2)
obj = ssh.Ssh(server, app.get_root_password())
self._validate_alive(obj, hostname)
app.print_verbose(
"========================================================================================"
)
app.print_verbose("=== Update " + hostname + " (" + server + ")")
app.print_verbose(
"========================================================================================"
)
obj.install_ssh_key()
self._install_syco_on_remote_host(obj)
self._execute_commands(obj, hostname)
except pexpect.EOF, e:
app.print_error(e, 2)
# Remove progress state.
if hostname in self.installed:
del (self.installed[hostname])
def __init__(self):
self.ssh = ssh.Ssh()
host = self.host()
for h in host:
comentario = re.compile('[#]+')
if len(h[0]) > 1 and not comentario.search(h[0]):
try:
ip = h[0]
username = h[1]
password = h[2]
if 3 == len(h):
port = 22
else:
port = int(h[3])
print
print 'Conectando em %s na porta %s' % (ip, port)
if self.ssh.connect(
host=ip, usuario=username, senha=password,
porta=port) is True:
self.clone_mac_detect()
except Exception as e:
print 'Não foi possível conectar. Algo errado com as informações para conexão.'
def is_server_root_open(server):
"""Check if root account is accessible."""
ssh_con = ssh.Ssh(server, app.get_root_password())
try:
ssh_con.ssh_exec('whoami', silent=True)
return True
except Exception:
return False
def login(self, ioLoop, data):
termId = data['termId']
oSsh = ssh.Ssh(None, self, data)
ret = oSsh.login()
if ret:
return self.encoder.encode('loginResponse', {'code': -1, 'termId': termId, 'msg': ret})
ioLoop.addEvent(oSsh, ioLoop.E_READ)
self.sshs[termId] = oSsh
return self.encoder.encode('loginResponse', {'code': 0, 'termId': termId})
def downloadCerts(self):
# if tlsoption == 1 or tlsoption == 2:
logging.info('Downloading certs from '+self.ip)
myssh = ssh.Ssh(self.ip)
try:
self.downloaddir = myssh.download('/usr/local/sip/.security/xmpp-s2s/certs/cup-xmpp-s2s.der')
logging.info('Downloaded certs to '+self.downloaddir)
myssh.download('/usr/local/sip/.security/xmpp-s2s-ECDSA/certs/cup-xmpp-s2s-ECDSA.der')
except:
logging.info('Certificate download failed')
return 0
logging.info('Downloaded certificates')
return 1
def vir_list(args):
old_verbose = app.options.verbose
app.options.verbose = 2
try:
for hostname in config.get_hosts():
server = config.host(hostname).get_front_ip()
obj = ssh.Ssh(server, app.get_root_password())
app.print_verbose("List KVM guests on host " + hostname + " (" + server + ")")
if (obj.is_alive()):
obj.install_ssh_key()
obj.ssh_exec("virsh list --all")
else:
app.print_verbose(" Not online.")
except SettingsError, e:
app.print_error(e, 2)
def remote_install_syco(self, hostname):
'''
Execute the commands on the remote host.
Create one process for each remote host.
'''
try:
server = config.host(hostname).get_back_ip()
app.print_verbose(
"Install syco on " + hostname + " (" + server + ")", 2)
obj = ssh.Ssh(server, app.get_root_password())
self._validate_alive(obj, hostname)
obj.install_ssh_key()
self._install_syco_on_remote_host(obj)
except pexpect.EOF, e:
app.print_error(e, 2)
def _setup_backup_for_all_servers():
servers = config.get_servers()
total_servers = len(servers)
checked_servers = 0
while (len(servers)):
checked_servers += 1
hostname = servers.pop()
ip = config.host(hostname).get_back_ip()
remote_server = ssh.Ssh(ip, app.get_root_password())
if (remote_server.is_alive()):
remote_server.install_ssh_key()
_configure_backup_pathes(remote_server, ip, hostname)
else:
servers.insert(0, hostname)
app.print_error("Server " + hostname + " is not alive.")
if (checked_servers > total_servers):
total_servers = len(servers)
checked_servers = 0
time.sleep(60)
def mount_syco(args):
'''
SSH Mount all syco servers to ~/mount/XX
Tested on Ubuntu and os x.
'''
app.print_verbose("Mount syco servers.")
# Cache master password.
app.get_root_password()
user_name = pwd.getpwuid(os.getuid()).pw_name
# What servers to install
remote_host = []
if args[1] == "":
remote_host = config.get_servers()
else:
remote_host.append(args[1])
for hostname in remote_host:
ip = config.host(hostname).get_back_ip()
app.print_verbose("Mount ~/mount/" + hostname + " from " + ip)
obj = ssh.Ssh(ip, app.get_root_password())
if (obj.is_alive()):
obj.install_ssh_key()
# ssh_mount_server
mount_dir = os.environ['HOME'] + "/mount/" + hostname
if not os.access(mount_dir, os.W_OK):
os.makedirs(mount_dir)
shell_run("umount " + mount_dir, user=user_name)
sshopt = "-o StrictHostKeychecking=no -o BatchMode=yes -o PasswordAuthentication=no -o GSSAPIAuthentication=no"
shell_run("sshfs root@" + ip + ":/opt/ " + mount_dir +
" -oauto_cache,reconnect " + sshopt,
user=user_name)
def run(self, ip, purpose, plat_tuple,fromdir):
browser = webdriver.Firefox()
browser.get('http://'+ip+'/cmplatform/certificateUpload.do')
un = browser.find_element_by_name('j_username')
un.send_keys(plat_tuple[0])
pw = browser.find_element_by_name('j_password')
pw.send_keys(plat_tuple[1])
login_btn = browser.find_element_by_css_selector('button.cuesLoginButton:nth-child(1)')
login_btn.click()
dropdown_list = Select(browser.find_element_by_xpath("id('NAME')"))
# dropdown_list.click()
if purpose == 'xmpp':
dropdown_list.select_by_value('cup-xmpp-trust')
# browse_btn = browser.find_element_by_css_selector('#FILE')
# browse_btn.send_keys('test.txt')
file =browser.find_element_by_id('FILE')
full_path = os.path.join(fromdir,'cup-xmpp-s2s.der')
full_path_EC = os.path.join(fromdir,'cup-xmpp-s2s-ECDSA.der')
logging.info('Upload dir is '+full_path)
file.send_keys(full_path)
# browser.execute_script('document.getElementById("FILE").setAttribute("value", "C:\\cup-xmpp-s2s.der")')
submit_btn = browser.find_element_by_css_selector('input.cuesButton:nth-child(1)')
submit_btn.click()
logging.info('Upload dir is ' + full_path_EC)
file2 = browser.find_element_by_id('FILE')
#time.sleep(7)
try:
file2.send_keys(full_path_EC)
upload2 = browser.find_element_by_css_selector('input.cuesButton:nth-child(1)')
upload2.click()
except:
logging.exception('')
browser.close()
logging.info("Restarting XCP Router")
myssh = ssh.Ssh(ip)
myssh.restartService('Cisco XCP Router')
logging.info('Done')