def text_reverse(request, name):
"""
Displays data for reverse text view. Index redirects here.
Generates IP list from model, reverses each IP in the list and appends the .in-addr.arpa suffix
Returns direct response in plaintext format
arguments:
request: request object
name: subnet name
"""
response = HttpResponse(content_type="text/plain")
if not Mapping.objects.filter(subnet_id=name):
response.write("ERROR: NO SUBNET WITH NAME: %s FOUND textreverse" % name)
else:
mapping = Mapping.objects.filter(subnet_id=name)
unsorted_ip_list = []
for obj in mapping:
if pylib.is_valid_ip(obj.ip_or_cname):
unsorted_ip_list.append(obj.ip_or_cname)
sorted_ip_list = sorted(unsorted_ip_list, key=lambda octet: socket.inet_aton(octet))
header = pylib.get_header("@")
response.write(header)
for ip in sorted_ip_list:
reversed_ip = pylib.reverse_ip(ip)
# obj = Mapping.objects.get(ip_or_cname = ip)
objs = Mapping.objects.filter(ip_or_cname=ip)
for obj in objs:
subnet_model = Subnet.objects.get(subnet_name=str(obj.subnet_id))
response.write(
"{0:<30}{1}".format(
reversed_ip + ".in-addr.arpa.", "IN\tPTR\t" + obj.hostname + "." + subnet_model.domain + ".\n"
)
)
return response
def text_all(request, domain_name):
"""
Displays data for selected domain in text format. Index redirects here.
Collects all subnets in the given domain and return direct response with the data
arguments:
request: request object
domain_name: domain name
"""
response = HttpResponse(content_type="text/plain")
subnet_name = Subnet.objects.filter(domain=domain_name)
if not subnet_name:
response.write("ERROR: NO DOMAIN WITH NAME: %s FOUND" % domain_name)
else:
header = pylib.get_header(domain_name + ".")
response.write(header)
for obj in subnet_name:
mapping = Mapping.objects.filter(subnet_id=obj.subnet_name)
for record in mapping:
response.write("{0:<30}{1}{2}\n".format(record.hostname, "IN\t%s\t" % record.record_type, record))
return response
