def run(self,
searchstring,
password=False,
show_hidden=False,
search_all=False,
regexp=False,
max_results=500):
self.transport.cmd.setSessionTimeout(60 * 60) # One hour.
if search_all:
regexp = True
attr_limit = []
if not search_all:
attr_limit = ['name']
username = None
if password:
if '@' in searchstring:
username, searchstring = searchstring.split('@', 1)
devices = utils.search_device(self.object_store, searchstring,
attr_limit, not regexp, max_results)
if password:
if len(devices) == 0:
raise errors.SiptrackError('no devices matched')
if len(devices) > 1:
raise errors.SiptrackError('matched to many devices')
device = devices[0]
self._displayUserPassword(username, device)
else:
device = utils.select_device_from_list(devices)
self._displayDisabled(device)
self._displayAttributes(device, show_hidden)
self._displayNetworks(device)
self._displayAssociatedDevices(device)
self._displayPasswords(device)
def run(self, searchstring, password = False, show_hidden = False,
search_all = False, regexp = False, max_results = 500):
self.transport.cmd.setSessionTimeout(60 * 60) # One hour.
if search_all:
regexp = True
attr_limit = []
if not search_all:
attr_limit = ['name']
username = None
if password:
if '@' in searchstring:
username, searchstring = searchstring.split('@', 1)
devices = utils.search_device(self.object_store, searchstring,
attr_limit, not regexp, max_results)
if password:
if len(devices) == 0:
raise errors.SiptrackError('no devices matched')
if len(devices) > 1:
raise errors.SiptrackError('matched to many devices')
device = devices[0]
self._displayUserPassword(username, device)
else:
device = utils.select_device_from_list(devices)
self._displayDisabled(device)
self._displayAttributes(device, show_hidden)
self._displayNetworks(device)
self._displayAssociatedDevices(device)
self._displayPasswords(device)
def _cbSearch(self, widget, entry):
self.setStatus('searching...')
gtk.main_iteration()
search_text = entry.get_text()
if len(search_text) == 0:
self.setStatus('invalid search...')
return
entry.select_region(0, len(search_text))
try:
self._matched_devices = \
utils.search_device(self.st, search_text)
except siptracklib.errors.SiptrackError:
self._initSiptrack()
self._matched_devices.sort()
self._updateDeviceSelection()
if len(self._matched_devices) == 0:
self.setStatus('no devices matched')
self._matched_passwords = []
self._updatePasswordSelection()
else:
self.device_select_box.set_active(0)
self.setStatus('select device/search again')
if len(self._matched_devices) == 1 and \
self.autoconnect_single_match:
self.connectDevice(self._matched_devices[0])
def get_device(st, hostname, search_all, quick_search):
"""Get a device object matching the hostname and search params."""
attr_limit = []
if not search_all:
attr_limit = ['name']
devices = utils.search_device(st, hostname,
attr_limit, quick_search, max_results = 50)
devices.sort()
device = utils.select_device_from_list(devices)
return device
def run(self, searchstring, **kw):
search_all = kw.get('search_all', False)
regexp = kw.get('regexp', False)
max_results = kw.get('max_results', 500)
attr_limit = []
if not search_all:
attr_limit = ['name']
else:
regexp = True
devices = utils.search_device(self.object_store, searchstring,
attr_limit, regexp, max_results)
for device in devices:
print('{device_name}'.format(
device_name=device.attributes.get('name', '[UNNAMED]')))
def run(self, searchstring, **kw):
search_all = kw.get('search_all', False)
regexp = kw.get('regexp', False)
max_results = kw.get('max_results', 500)
attr_limit = []
if not search_all:
attr_limit = ['name']
else:
regexp = True
devices = utils.search_device(
self.object_store,
searchstring,
attr_limit,
regexp,
max_results
)
for device in devices:
print('{device_name}'.format(
device_name=device.attributes.get('name', '[UNNAMED]')
))
