def serialize(self, include_rrsig_info=True, consolidate_clients=True, show_servers=True, loglevel=logging.DEBUG, html_format=False):
d = collections.OrderedDict()
if html_format:
formatter = lambda x: cgi.escape(x, True)
else:
formatter = lambda x: x
if self.rrset.rdtype == dns.rdatatype.NSEC3:
d['name'] = formatter(fmt.format_nsec3_name(self.rrset.name))
else:
d['name'] = formatter(self.rrset.name.canonicalize().to_text())
d['ttl'] = self.rrset.ttl
d['type'] = dns.rdatatype.to_text(self.rrset.rdtype)
d['rdata'] = []
rdata_list = list(self.rrset)
rdata_list.sort(cmp=self.rdata_cmp)
for rdata in rdata_list:
if self.rrset.rdtype == dns.rdatatype.NSEC3:
d['rdata'].append(fmt.format_nsec3_rrset_text(self.rrset[0].to_text()))
else:
d['rdata'].append(formatter(rdata.to_text()))
if include_rrsig_info:
#TODO include RRSIG info...
pass
if show_servers:
servers = tuple_to_dict(self.servers_clients)
if consolidate_clients:
servers = list(servers)
servers.sort()
d['servers'] = servers
return d
def serialize(self, consolidate_clients=True, loglevel=logging.DEBUG, html_format=False):
from analysis import status as Status
show_basic = (self.warnings and loglevel <= logging.WARNING) or (self.errors and loglevel <= logging.ERROR)
d = collections.OrderedDict()
if html_format:
formatter = lambda x: cgi.escape(x, True)
else:
formatter = lambda x: x
if loglevel <= logging.INFO or show_basic:
d['id'] = '%d/%d' % (self.rdata.algorithm, self.key_tag)
if loglevel <= logging.DEBUG:
d['description'] = formatter(unicode(self))
d['flags'] = self.rdata.flags
d['protocol'] = self.rdata.protocol
d['algorithm'] = self.rdata.algorithm
d['key'] = base64.b64encode(self.rdata.key)
d['ttl'] = self.ttl
d['key_length'] = self.key_len
d['key_tag'] = self.key_tag
if self.rdata.flags & fmt.DNSKEY_FLAGS['revoke']:
d['key_tag_pre_revoke'] = self.key_tag_no_revoke
if html_format:
flags = [t for (t,c) in fmt.DNSKEY_FLAGS.items() if c & self.rdata.flags]
d['flags'] = '%d (%s)' % (self.rdata.flags, ', '.join(flags))
d['protocol'] = '%d (%s)' % (self.rdata.protocol, fmt.DNSKEY_PROTOCOLS.get(self.rdata.protocol, self.rdata.protocol))
d['algorithm'] = '%d (%s)' % (self.rdata.algorithm, fmt.DNSKEY_ALGORITHMS.get(self.rdata.algorithm, self.rdata.algorithm))
d['ttl'] = '%d (%s)' % (self.ttl, fmt.humanize_time(self.ttl))
if self.key_len is None:
d['key_length'] = 'unknown'
else:
d['key_length'] = '%d bits' % (self.key_len)
#TODO: put DNSKEY roles in meta, if it makes sense
if loglevel <= logging.DEBUG or show_basic:
servers = tuple_to_dict(self.servers_clients)
if consolidate_clients:
servers = list(servers)
servers.sort()
d['servers'] = servers
if self.warnings and loglevel <= logging.WARNING:
d['warnings'] = [w.serialize(consolidate_clients=consolidate_clients, html_format=html_format) for w in self.warnings]
if self.errors and loglevel <= logging.ERROR:
d['errors'] = [e.serialize(consolidate_clients=consolidate_clients, html_format=html_format) for e in self.errors]
return d
def serialize(self, consolidate_clients=True, show_servers=True, loglevel=logging.DEBUG, html_format=False):
d = collections.OrderedDict()
if html_format:
formatter = lambda x: cgi.escape(x, True)
else:
formatter = lambda x: x
if self.rrset.rdtype == dns.rdatatype.NSEC3:
d['name'] = formatter(fmt.format_nsec3_name(self.rrset.name))
else:
d['name'] = formatter(self.rrset.name.canonicalize().to_text())
d['ttl'] = self.rrset.ttl
d['type'] = dns.rdatatype.to_text(self.rrset.rdtype)
d['rdata'] = []
rdata_list = list(self.rrset)
rdata_list.sort(cmp=self.rdata_cmp)
for rdata in rdata_list:
if self.rrset.rdtype == dns.rdatatype.NSEC3:
d['rdata'].append(fmt.format_nsec3_rrset_text(self.rrset[0].to_text()))
else:
d['rdata'].append(formatter(rdata.to_text()))
if loglevel <= logging.INFO:
servers = tuple_to_dict(self.servers_clients)
if consolidate_clients:
servers = list(servers)
servers.sort()
d['servers'] = servers
tags = set()
for server,client in self.servers_clients:
for response in self.servers_clients[(server,client)]:
tags.add(response.effective_query_tag())
d['query_options'] = list(tags)
d['query_options'].sort()
return d