def start(self):
"""
"""
self.result.get_hosts_list().clear_hosts()
targets = []
addr_list = []
if self.target.find('/') == -1:
print "It does not contain /"
if address.recognize(self.target) == address.Unknown:
if address.is_name(self.target):
l = probe.get_addr_from_name(self.target)
for i in l:
try:
targets.append(host.Host(i, self.target))
addr_list.append(i)
host_str = '%s\n%s' % (i, self.target)
self.result.get_hosts_list().add_host(host_str)
except:
print "Unimplemented support to address: %s." % i
else:
print "Error : Does not recoginise target"
else:
targets.append(host.Host(self.target))
addr_list.append(self.target)
self.result.get_hosts_list().add_host(self.target)
else:
for ip in IPNetwork(self.target):
ip_str = '%s' % ip
targets.append(host.Host(ip_str))
addr_list.append(ip_str)
self.result.get_hosts_list().add_host(ip_str)
#addr = iter(addr_list)
destaddr = addr_list[0]
device = get_default_device(destaddr)
#print "Destination Address-"
#print(destaddr)
if address.recognize(destaddr) == address.IPv4:
saddr = get_ip_address(device)
elif address.recognize(destaddr) == address.IPv6:
temp_addr = get_ipv6_address(device)
if temp_addr.find('%') != -1:
saddr = temp_addr.split('%')[0]
#saddr = "2001:0:53aa:64c:2c70:cf79:c44e:bda4"
else:
saddr = temp_addr
else:
print "Unknown address format"
print "Source address -",
print(saddr)
opts = options.Options()
opts.add("-c",device)
opts.add("--forge-addr",saddr)
# synproxy option
opts.add("-y")
for target in targets:
z = zion.Zion(opts, [target])
p = Process(target=z.run, args=(self.q2,))
p.start()
def start(self):
"""
"""
z = zion.Zion(options.Options(), [])
self.result.get_hosts_view().get_scans_page().clean()
self.result.clear_port_list()
# clear previous hosts in the list
self.result.get_hosts_list().clear_hosts()
# verify address to scan
addr_list = []
if self.target.find('/') == -1:
if address.recognize(self.target) == address.Unknown:
if address.is_name(self.target):
l = probe.get_addr_from_name(self.target)
for i in l:
try:
z.append_target(host.Host(i, self.target))
host_str = '%s\n%s' % (i, self.target)
addr_list.append(i)
self.result.get_hosts_list().add_host(host_str)
except:
print "Unimplemented support to address: %s." % i
else:
print "Error : Does not recoginise target"
else:
z.append_target(host.Host(self.target))
addr_list.append(self.target)
self.result.get_hosts_list().add_host(self.target)
else:
for ip in IPNetwork(self.target):
ip_str = '%s' % ip
z.append_target(host.Host(ip_str))
addr_list.append(ip_str)
self.result.get_hosts_list().add_host(ip_str)
#addr = iter(addr_list)
print addr_list
destaddr = addr_list[0]
# configure zion options
device = get_default_device(destaddr)
if address.recognize(destaddr) == address.IPv4:
saddr = get_ip_address(device)
elif address.recognize(destaddr) == address.IPv6:
temp_addr = get_ipv6_address(device)
print(temp_addr)
if temp_addr.find('%') != -1:
saddr = temp_addr.split('%')[0]
#saddr = "2001:0:53aa:64c:389d:9c27:87c7:55a8"
else:
saddr = temp_addr
else:
print "Unknown address format"
##saddr = "2001:0:53aa:64c:38d3:b950:c44e:b128"
#saddr = get_ip_address(device)
#print "----------------------"
#print saddr
#print destaddr
z.get_option_object().add("-c",device)
z.get_option_object().add("-d")
z.get_option_object().add("--forge-addr",saddr)
p = Process(target=z.run, args=(self.q2,))
p.start()
class ZionProfilePrompt(ZionProfile):
"""
"""
def __init__(self, target=None):
"""
"""
ZionProfile.__init__(self, target)
# hide attractor box
self.result.get_hosts_view().get_scans_page().hide_attractor_box()
self.__command_hbox = HIGHBox()
self.__command_label = gtk.Label(_('Command:'))
self.command_entry = gtk.Entry()
self.__command_hbox._pack_noexpand_nofill(self.__command_label)
self.__command_hbox._pack_expand_fill(self.command_entry)
self._pack_noexpand_nofill(self.__command_hbox)
def check_scan(self):
"""
"""
if self.command_entry.get_text().strip():
return True
return False
def start(self):
"""
"""
zion_options = options.Options()
# get command options
command = self.command_entry.get_text().strip()
try:
opts, addrs = getopt.gnu_getopt(command.split(),
options.OPTIONS_SHORT,
options.OPTIONS_LONG)
except getopt.GetoptError, e:
print 'Error: %s.' % e
for o in opts:
opt, value = o
zion_options.add(opt, value)
# hide attractor box if not needed
if zion_options.has(options.OPTION_DETECT) or zion_options.has(
options.OPTION_SYNPROXY):
self.result.get_hosts_view().get_scans_page().show_attractor_box()
z = zion.Zion(zion_options, [])
for a in addrs:
if address.recognize(a) == address.Unknown:
l = probe.get_addr_from_name(a)
for i in l:
try:
z.append_target(host.Host(i, a))
except:
print "Unimplemented support to address: %s." % i
else:
z.append_target(host.Host(a))
# run zion
p = Process(target=z.run, args=(self.q2, ))
p.start()
def start(self):
"""
"""
self.result.get_hosts_list().clear_hosts()
targets = []
addr_list = []
if self.target.find('/') == -1:
print "It does not contain /"
if address.recognize(self.target) == address.Unknown:
if address.is_name(self.target):
l = probe.get_addr_from_name(self.target)
for i in l:
try:
targets.append(host.Host(i, self.target))
addr_list.append(i)
host_str = '%s\n%s' % (i, self.target)
self.result.get_hosts_list().add_host(host_str)
except:
print "Unimplemented support to address: %s." % i
else:
print "Error : Does not recoginise target"
else:
targets.append(host.Host(self.target))
addr_list.append(self.target)
self.result.get_hosts_list().add_host(self.target)
else:
for ip in IPNetwork(self.target):
ip_str = '%s' % ip
targets.append(host.Host(ip_str))
addr_list.append(ip_str)
self.result.get_hosts_list().add_host(ip_str)
#addr = iter(addr_list)
destaddr = addr_list[0]
device = get_default_device(destaddr)
#print "Destination Address-"
#print(destaddr)
if address.recognize(destaddr) == address.IPv4:
saddr = get_ip_address(device)
elif address.recognize(destaddr) == address.IPv6:
temp_addr = get_ipv6_address(device)
if temp_addr.find('%') != -1:
saddr = temp_addr.split('%')[0]
#saddr = "2001:0:53aa:64c:2c70:cf79:c44e:bda4"
else:
saddr = temp_addr
else:
print "Unknown address format"
print "Source address -",
print(saddr)
opts = options.Options()
opts.add("-c", device)
opts.add("--forge-addr", saddr)
# synproxy option
opts.add("-y")
for target in targets:
z = zion.Zion(opts, [target])
p = Process(target=z.run, args=(self.q2, ))
p.start()
def start(self):
"""
"""
z = zion.Zion(options.Options(), [])
self.result.get_hosts_view().get_scans_page().clean()
self.result.clear_port_list()
# clear previous hosts in the list
self.result.get_hosts_list().clear_hosts()
# verify address to scan
addr_list = []
if self.target.find('/') == -1:
if address.recognize(self.target) == address.Unknown:
if address.is_name(self.target):
l = probe.get_addr_from_name(self.target)
for i in l:
try:
z.append_target(host.Host(i, self.target))
host_str = '%s\n%s' % (i, self.target)
addr_list.append(i)
self.result.get_hosts_list().add_host(host_str)
except:
print "Unimplemented support to address: %s." % i
else:
print "Error : Does not recoginise target"
else:
z.append_target(host.Host(self.target))
addr_list.append(self.target)
self.result.get_hosts_list().add_host(self.target)
else:
for ip in IPNetwork(self.target):
ip_str = '%s' % ip
z.append_target(host.Host(ip_str))
addr_list.append(ip_str)
self.result.get_hosts_list().add_host(ip_str)
#addr = iter(addr_list)
print addr_list
if len(addr_list) == 0:
return
destaddr = addr_list[0]
# configure zion options
device = get_default_device(destaddr)
if address.recognize(destaddr) == address.IPv4:
saddr = get_ip_address(device)
elif address.recognize(destaddr) == address.IPv6:
temp_addr = get_ipv6_address(device)
print(temp_addr)
if temp_addr.find('%') != -1:
saddr = temp_addr.split('%')[0]
#saddr = "2001:0:53aa:64c:389d:9c27:87c7:55a8"
else:
saddr = temp_addr
else:
print "Unknown address format"
##saddr = "2001:0:53aa:64c:38d3:b950:c44e:b128"
#saddr = get_ip_address(device)
#print "----------------------"
#print saddr
#print destaddr
z.get_option_object().add("-c", device)
z.get_option_object().add("-d")
z.get_option_object().add("--forge-addr", saddr)
p = Process(target=z.run, args=(self.q2, ))
p.start()