def main(self):
# Make the user pick a name for the job
name = self.options.jobname
if name is None:
name = raw_input('Job name? ')
# Make the user pick the capture port
try:
ifc = self.netshark.get_interface_by_name(
self.options.capture_port)
except KeyError:
print 'Capture Ports:'
interfaces = [
ifc for ifc in self.netshark.get_interfaces()
if 'virtual_info' not in ifc.__dict__['data']
]
for i, ifc in enumerate(interfaces):
print '\t{0}. {1} {2}'.format(i + 1, ifc.id, ifc.description)
while 1:
idx = raw_input('Port number(1-{0})? '.format(len(interfaces)))
try:
ifc = interfaces[int(idx) - 1]
break
except IndexError:
print 'Bad index try again'
# Make the user pick the job size
size = self.options.size
if size is None:
stats = self.netshark.get_stats()
storage = stats['storage']['packet_storage']
print 'Storage size is {0}, {1} available'.format(
bytes2human(storage['total']), bytes2human(storage['unused']))
size = raw_input(
'Job size, greater than 256MB (e.g. 1.1GB, 512M, 20%)? ')
job = self.netshark.create_job(ifc, name, size)
print 'Capture Job successfully created with the following properties:'
print ''
print 'ID: %s' % job.id
print 'Current State: %s' % job.get_state()
print 'Name: %s' % job.name
print 'Interface: %s' % job.interface
print 'Source Path: %s' % job.source_path
print 'Size limit: %s' % job.size_limit
print 'Current size on disk: %s' % job.size_on_disk
print ''
def main(self):
# Print the high level netshark info
print 'APPLIANCE INFO:'
info = self.netshark.get_serverinfo()
print '\tAppliance Version: ' + info['version']
print '\tAppliance Hostname: ' + info['hostname']
print '\tUptime: ' + str(info['uptime'])
print '\tWeb UI TCP Port: {0}'.format(info['webui_port'])
stats = self.netshark.get_stats()
print '\tPacket Storage: {0} total, {1} free, status:{2}'.format(
bytes2human(stats['storage']['packet_storage']['total']),
bytes2human(stats['storage']['packet_storage']['unused']),
stats['storage']['packet_storage']['status'])
print '\tIndex Storage: {0} total, {1} free, status:{2}'.format(
bytes2human(stats['storage']['os_storage']['index_storage']['total']),
bytes2human(stats['storage']['os_storage']['index_storage']['unused']),
stats['storage']['os_storage']['status'])
print '\tOS File System: {0} total, {1} free, status:{2}'.format(
bytes2human(stats['storage']['os_storage']['disk_storage']['total']),
bytes2human(stats['storage']['os_storage']['disk_storage']['unused']),
stats['storage']['os_storage']['status'])
print '\tmemory: {0} total, {1} free, status:{2}'.format(
bytes2human(stats['memory']['total']),
bytes2human(stats['memory']['available']),
stats['memory']['status'])
# Print the list of interfaces
print 'INTERFACES:'
for i in self.netshark.get_interfaces():
print '\t{0} (OS name: {1})'.format(i, i.name)
# Print the list of trace files
print 'TRACE FILES:'
for f in self.netshark.get_files():
print '\t{0} ({1} bytes, created: {2})'.format(f, f.size, f.created)
# Print the list of capture jobs
print 'JOBS:'
jobs = self.netshark.get_capture_jobs()
for j in jobs:
print '\t{0} (size: {1}, src interface: {2})'.format(j, j.size_limit, j.interface)
# Print the list of trace clips
print 'TRACE CLIPS:'
for c in self.netshark.get_clips():
if c.description == "":
print '\t{0} ({1} bytes)'.format(c, c.size)
else:
print '\t{0}, {1} ({2} bytes)'.format(c.description, c, c.size)
# Print the list of open views
print 'OPEN VIEWS:'
for view in self.netshark.get_open_views():
print '\t{0}'.format(view.handle)
for output in view.all_outputs():
print '\t\t{0}'.format(output.id)
def main(self):
# Make the user pick a name for the job
name = self.options.jobname
if name is None:
name = raw_input('Job name? ')
# Make the user pick the capture port
try:
ifc = self.netshark.get_interface_by_name(self.options.capture_port)
except KeyError:
print 'Capture Ports:'
interfaces = [ifc for ifc in self.netshark.get_interfaces()
if 'virtual_info' not in ifc.__dict__['data']]
for i, ifc in enumerate(interfaces):
print '\t{0}. {1} {2}'.format(i + 1, ifc.id, ifc.description)
while 1:
idx = raw_input('Port number(1-{0})? '.format(len(interfaces)))
try:
ifc = interfaces[int(idx) - 1]
break
except IndexError:
print 'Bad index try again'
# Make the user pick the job size
size = self.options.size
if size is None:
stats = self.netshark.get_stats()
storage = stats['storage']['packet_storage']
print 'Storage size is {0}, {1} available'.format(bytes2human(storage['total']),
bytes2human(storage['unused']))
size = raw_input('Job size, greater than 256MB (e.g. 1.1GB, 512M, 20%)? ')
job = self.netshark.create_job(ifc, name, size)
print 'Capture Job successfully created with the following properties:'
print ''
print 'ID: %s' % job.id
print 'Current State: %s' % job.get_state()
print 'Name: %s' % job.name
print 'Interface: %s' % job.interface
print 'Source Path: %s' % job.source_path
print 'Size limit: %s' % job.size_limit
print 'Current size on disk: %s' % job.size_on_disk
print ''