@ -1,22 +1,9 @@
#!/usr/bin/python #!/usr/bin/python
# #
# Copyright (c) 2017 Obezimnaka Boms, <t-ozboms@microsoft.com> # Copyright (c) 2017 Obezimnaka Boms, <t-ozboms@microsoft.com>
# Copyright (c) 2017 Ansible Project
# #
# This file is part of Ansible # GNU General Public License v3.0+ (see COPYING or https://www.gnu.org/licenses/gpl-3.0.txt)
#
# Ansible is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# Ansible is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with Ansible. If not, see <http://www.gnu.org/licenses/>.
#
from __future__ import absolute_import , division , print_function from __future__ import absolute_import , division , print_function
__metaclass__ = type __metaclass__ = type
@ -31,27 +18,27 @@ module: azure_rm_dnsrecordset
version_added : " 2.4 " version_added : " 2.4 "
short_description : Create , delete and update sets and records . short_description : Create , delete and update DNS record sets and records .
description : description :
- Creates , deletes , and updates records sets and their records .
- Creates , deletes , and updates DNS records sets and records within an existing Azure DNS Zone .
options : options :
resource_group :
resource_group :
description :
description :
- name of resource group .
- name of resource group
required : true
required : true
relativ e_name:
zon e_name:
description :
description :
- relative name of the record set .
- name of the existing DNS zone in which to manage the record set
required : true
required : true
zon e_name:
relativ e_name:
description :
description :
- name of the zone in which to create or delete the record set
- relative name of the record set
required : true
required : true
record_type :
record_type :
description :
description :
- the type of record set or record to create or delete
- the type of record set to create or delete
choices :
choices :
- A
- A
- AAAA
- AAAA
@ -62,18 +49,17 @@ options:
- TXT
- TXT
- PTR
- PTR
required : true
required : true
record_ set_stat e:
record_ mod e:
description :
description :
- Assert the state of the record set . Use ' present ' to create or update and
- whether existing record values not sent to the module should be purged
' absent ' to delete .
default : purge
default : present
choices :
choices :
- a bsent
- a ppend
- p resent
- p urge
record_ state:
:
description :
description :
- Assert the state of the record s. Use ' present ' to create or update . Update will append the new records .
- Assert the state of the record set . Use ' present ' to create or update and
Use ' absent ' to delete a specific record or set of records .
' absent ' to delete .
default : present
default : present
choices :
choices :
- absent
- absent
@ -84,49 +70,45 @@ options:
default : 3600
default : 3600
records :
records :
description :
description :
- specific records to be created or deleted depending on the type of record ( set )
- list of records to be created depending on the type of record ( set )
aliases :
suboptions :
- ipv4_address
preference :
- ipv6_address
description :
- cname
- used for creating an MX record set / records
- exchange
priority :
- nsdname
description :
- ptrdname
- used for creating an SRV record set / records
- value
weight :
- target
description :
preference :
- used for creating an SRV record set / records
description :
port :
- used for creating an MX record set / records
description :
priority :
- used for creating an SRV record set / records
description :
entry :
- used for creating an SRV record set / records
description :
weight :
- primary data value for all record types .
description :
- used for creating an SRV record set / records
port :
description :
- used for creating an SRV record set / records
extends_documentation_fragment : extends_documentation_fragment :
- azure
- azure
author : " Obezimnaka Boms (@ozboms) " author :
- " Obezimnaka Boms (@ozboms) "
- " Matt Davis (@nitzmahone) "
''' '''
EXAMPLES = ''' EXAMPLES = '''
- name : create new " A " record set with multiple records - name : ensure an " A " record set with multiple records
azure_rm_dnsrecordset :
azure_rm_dnsrecordset :
resource_group : Testing
resource_group : Testing
relative_name : www
relative_name : www
zone_name : testing . com
zone_name : testing . com
record_type : A
record_type : A
record_set_state : present
state : present
record_state : present
records :
records :
- 192.168 .100 .101
- entry : 192.168 .100 .101
- 192.168 .100 .102
- entry : 192.168 .100 .102
- 192.168 .100 .103
- entry : 192.168 .100 .103
- name : delete a record set - name : delete a record set
azure_rm_dnsrecordset :
azure_rm_dnsrecordset :
@ -134,103 +116,64 @@ EXAMPLES = '''
record_type : A
record_type : A
relative_name : www
relative_name : www
zone_name : testing . com
zone_name : testing . com
record_set_ state: absent
: absent
- name : create multiple " A " record sets with multiple records - name : create multiple " A " record sets with multiple records
azure_rm_dnsrecordset :
azure_rm_dnsrecordset :
resource_group : Testing
resource_group : Testing
zone_name : testing . com
zone_name : testing . com
record_set_state : present
state : present
record_state : present
relative_name : " {{ item.name }} "
relative_name : " {{ item.name }} "
record_type : " {{ item.type }} "
record_type : " {{ item.type }} "
records : " {{ item.records }} "
records : " {{ item.records }} "
with_items :
with_items :
- { name : ' servera ' , type : ' A ' , records : [ ' 10.10.10.20 ' , ' 10.10.10.21 ' ] }
- { name : ' servera ' , type : ' A ' , records : [ { entry : ' 10.10.10.20 ' } , { entry : ' 10.10.10.21 ' } ] }
- { name : ' serverb ' , type : ' A ' , records : [ ' 10.10.10.30 ' , ' 10.10.10.31 ' ] }
- { name : ' serverb ' , type : ' A ' , records : [ { entry : ' 10.10.10.30 ' } , { entry : ' 10.10.10.41 ' } ] }
- { name : ' serverc ' , type : ' A ' , records : [ ' 10.10.10.40 ' , ' 10.10.10.41 ' ] }
- { name : ' serverc ' , type : ' A ' , records : [ { entry : ' 10.10.10.40 ' } , { entry : ' 10.10.10.41 ' } ] }
- name : create SRV records in a new record set - name : create SRV records in a new record set
azure_rm_dnsrecordset :
azure_rm_dnsrecordset :
resource_group : ' Testing '
resource_group : Testing
relative_name : ' _sip._tcp.testing.com '
relative_name : _sip . _tcp . testing . com
zone_name : ' testing.com '
zone_name : testing . com
record_type : ' SRV '
record_set_state : ' present '
records : ' sip.testing.com '
preference : 10
record_state : ' present '
time_to_live : 7200
time_to_live : 7200
priority : 20
record_type : SRV
weight : 10
state : present
port : 5060
records :
- entry : sip . testing . com
preference : 10
priority : 20
weight : 10
port : 5060
- name : create PTR record in a new record set - name : create PTR record in a new record set
azure_rm_dnsrecordset :
azure_rm_dnsrecordset :
resource_group : ' Testing '
resource_group : Testing
relative_name : ' 192.168.100.101.in-addr.arpa '
relative_name : 192.168 .100 .101 . in - addr . arpa
zone_name : ' testing.com '
zone_name : testing . com
record_type : ' PTR '
record_type : PTR
record_set_state : ' present '
records :
records : ' servera.testing.com '
- entry : servera . testing . com
record_state : ' present '
- name : create TXT record in a new record set - name : create TXT record in a new record set
azure_rm_dnsrecordset :
azure_rm_dnsrecordset :
resource_group : ' Testing '
resource_group : Testing
relative_name : ' mail.testing.com '
relative_name : mail . testing . com
zone_name : ' testing.com '
zone_name : testing . com
record_type : ' TXT '
record_type : TXT
record_set_state : ' present '
records :
records : ' v=spf1 a -all '
- entry : ' v=spf1 a -all '
record_state : ' present '
''' '''
RETURN = ''' RETURN = '''
state :
description : Current state of the record set .
returned : always
type : dict
sample : {
" aaaa_records " : [ ] ,
" arecords " : [
{
" ipv4_address " : " 1.2.3.4 "
} ,
{
" ipv4_address " : " 2.4.5.6 "
} ,
{
" ipv4_address " : " 7.8.3.9 "
} ,
{
" ipv4_address " : " 10.3.2.8 "
}
] ,
" cname_record " : null ,
" full_list " : [
" 1.2.3.4 " ,
" 2.4.5.6 " ,
" 7.8.3.9 " ,
" 10.3.2.8 "
] ,
" id " : " /subscriptions/XXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXX/resourceGroups/Testing/providers/Microsoft.Network/dnszones/recordzone.com/A/server_a " ,
" mx_records " : [ ] ,
" name " : " server_a " ,
" ns_records " : [ ] ,
" port_list " : [ ] ,
" pref_list " : [ ] ,
" prior_list " : [ ] ,
" ptr_records " : [ ] ,
" srv_records " : [ ] ,
" ttl " : 12900 ,
" txt_records " : [ ] ,
" type " : " Microsoft.Network/dnszones/A " ,
" weight_list " : [ ]
}
''' '''
import inspect
import sys
from ansible . module_utils . basic import _load_params
from ansible . module_utils . six import iteritems
from ansible . module_utils . azure_rm_common import AzureRMModuleBase from ansible . module_utils . azure_rm_common import AzureRMModuleBase
try : try :
@ -240,194 +183,169 @@ except ImportError:
# This is handled in azure_rm_common
# This is handled in azure_rm_common
pass
pass
base_record = dict (
entry = dict ( type = ' str ' , required = True )
)
RECORD_ARGSPECS = dict (
A = dict (
ipv4_address = dict ( type = ' str ' , required = True , aliases = [ ' entry ' ] )
) ,
AAAA = dict (
ipv6_address = dict ( type = ' str ' , required = True , aliases = [ ' entry ' ] )
) ,
CNAME = dict (
cname = dict ( type = ' str ' , required = True , aliases = [ ' entry ' ] )
) ,
MX = dict (
preference = dict ( type = ' int ' , required = True ) ,
exchange = dict ( type = ' str ' , required = True , aliases = [ ' entry ' ] )
) ,
NS = dict (
nsdname = dict ( type = ' str ' , required = True , aliases = [ ' entry ' ] )
) ,
PTR = dict (
ptrdname = dict ( type = ' str ' , required = True , aliases = [ ' entry ' ] )
) ,
SRV = dict (
priority = dict ( type = ' int ' , required = True ) ,
port = dict ( type = ' int ' , required = True ) ,
weight = dict ( type = ' int ' , required = True ) ,
target = dict ( type = ' str ' , required = True , aliases = [ ' entry ' ] )
) ,
TXT = dict (
value = dict ( type = ' str ' , required = True , aliases = [ ' entry ' ] )
) ,
# FUTURE: ensure all record types are supported (see https://github.com/Azure/azure-sdk-for-python/tree/master/azure-mgmt-dns/azure/mgmt/dns/models)
)
RECORDSET_VALUE_MAP = dict (
A = dict ( attrname = ' arecords ' , classobj = ARecord , is_list = True ) ,
AAAA = dict ( attrname = ' aaaa_records ' , classobj = AaaaRecord , is_list = True ) ,
CNAME = dict ( attrname = ' cname_record ' , classobj = CnameRecord , is_list = False ) ,
MX = dict ( attrname = ' mx_records ' , classobj = MxRecord , is_list = True ) ,
NS = dict ( attrname = ' ns_records ' , classobj = NsRecord , is_list = True ) ,
PTR = dict ( attrname = ' ptr_records ' , classobj = PtrRecord , is_list = True ) ,
SRV = dict ( attrname = ' srv_records ' , classobj = SrvRecord , is_list = True ) ,
TXT = dict ( attrname = ' txt_records ' , classobj = TxtRecord , is_list = True ) ,
# FUTURE: add missing record types from https://github.com/Azure/azure-sdk-for-python/blob/master/azure-mgmt-dns/azure/mgmt/dns/models/record_set.py
)
class AzureRMRecordSet ( AzureRMModuleBase ) : class AzureRMRecordSet ( AzureRMModuleBase ) :
def __init__ ( self ) :
def __init__ ( self ) :
# define user inputs into argument
# we're doing two-pass arg validation, sample and store the args internally to allow this
_load_params ( )
self . module_arg_spec = dict (
self . module_arg_spec = dict (
resource_group = dict ( type = ' str ' , required = True ) ,
resource_group = dict ( type = ' str ' , required = True ) ,
relative_name = dict ( type = ' str ' , required = True ) ,
relative_name = dict ( type = ' str ' , required = True ) ,
zone_name = dict ( type = ' str ' , required = True ) ,
zone_name = dict ( type = ' str ' , required = True ) ,
record_type = dict ( choices = [ ' A ' , ' AAAA ' , ' CNAME ' , ' MX ' , ' NS ' , ' SRV ' , ' TXT ' , ' PTR ' ] , required = True , type = ' str ' ) ,
record_type = dict ( choices = RECORD_ARGSPECS . keys ( ) , required = True , type = ' str ' ) ,
record_set_state = dict ( choices = [ ' present ' , ' absent ' ] , default = ' present ' , type = ' str ' ) ,
record_mode = dict ( choices = [ ' append ' , ' purge ' ] , default = ' purge ' ) ,
record_state = dict ( choices = [ ' present ' , ' absent ' ] , default = ' absent ' , type = ' str ' ) ,
state = dict ( choices = [ ' present ' , ' absent ' ] , default = ' present ' , type = ' str ' ) ,
time_to_live = dict ( type = ' str ' , default = ' 3600 ' ) ,
time_to_live = dict ( type = ' int ' , default = 3600 ) ,
records = dict ( type = ' list ' , aliases = [ ' ipv4_address ' , ' ipv6_address ' , ' cname ' , ' exchange ' , ' nsdname ' , ' ptrdname ' , ' value ' , ' target ' ] ) ,
records = dict ( type = ' list ' , elements = ' dict ' )
preference = dict ( type = ' list ' ) ,
priority = dict ( type = ' list ' ) ,
weight = dict ( type = ' list ' ) ,
port = dict ( type = ' list ' )
)
)
# store the results of the module operation
required_if = [
( ' state ' , ' present ' , [ ' records ' ] )
]
self . results = dict (
self . results = dict (
changed = False ,
changed = False
record_set_state = dict ( )
)
)
self . resource_group = None
# first-pass arg validation so we can get the record type- skip exec_module
self . relative_name = None
super ( AzureRMRecordSet , self ) . __init__ ( self . module_arg_spec , required_if = required_if , supports_check_mode = True , skip_exec = True )
self . zone_name = None
self . record_type = None
self . record_set_state = None
self . record_state = None
self . time_to_live = None
self . records = None
self . preference = None
self . priority = None
self . weight = None
self . port = None
# self.tags = None
super ( AzureRMRecordSet , self ) . __init__ ( self . module_arg_spec ,
supports_check_mode = True )
def exec_module ( self , * * kwargs ) :
# look up the right subspec and metadata
record_subspec = RECORD_ARGSPECS . get ( self . module . params [ ' record_type ' ] )
self . record_type_metadata = RECORDSET_VALUE_MAP . get ( self . module . params [ ' record_type ' ] )
# create a new variable in case the 'try' doesn't find a record set
# patch the right record shape onto the argspec
curr_record = None
self . module_arg_spec [ ' records ' ] [ ' options ' ] = record_subspec
record_set = None
# monkeypatch __hash__ on SDK model objects so we can safely use them in sets
for rvm in RECORDSET_VALUE_MAP . values ( ) :
rvm [ ' classobj ' ] . __hash__ = gethash
# rerun validation and actually run the module this time
super ( AzureRMRecordSet , self ) . __init__ ( self . module_arg_spec , required_if = required_if , supports_check_mode = True )
def exec_module ( self , * * kwargs ) :
for key in self . module_arg_spec . keys ( ) :
for key in self . module_arg_spec . keys ( ) :
setattr ( self , key , kwargs [ key ] )
setattr ( self , key , kwargs [ key ] )
self . results [ ' check_mode ' ] = self . check_mode
# get resource group and zone
# get resource group and zone
resource_group = self . get_resource_group ( self . resource_group )
resource_group = self . get_resource_group ( self . resource_group )
zone = self . dns_client . zones . get ( self . resource_group , self . zone_name )
zone = self . dns_client . zones . get ( self . resource_group , self . zone_name )
if not zone :
if not zone :
self . fail ( ' The zone {0} does not exist in the resource group {1} ' . format ( self . zone_name , self . resource_group ) )
self . fail ( ' The zone {0} does not exist in the resource group {1} ' . format ( self . zone_name , self . resource_group ) )
changed = False
results = dict ( )
try :
try :
self . log ( ' Fetching Record Set {0} ' . format ( self . relative_name ) )
self . log ( ' Fetching Record Set {0} ' . format ( self . relative_name ) )
record_set = self . dns_client . record_sets . get ( self . resource_group , self . zone_name , self . relative_name , self . record_type )
record_set = self . dns_client . record_sets . get ( self . resource_group , self . zone_name , self . relative_name , self . record_type )
except CloudError as ce :
record_set = None
# FUTURE: fail on anything other than ResourceNotFound
# set object into a dictionary
# FUTURE: implement diff mode
results = record_set_to_dict ( record_set )
# to create a new record set, self.state == present
if self . record_set_state == ' present ' :
if self . record_state == ' present ' :
for each in self . records :
# loop through the current records you want to add
# if at least one is not in the record set you got, then we want changed = True
if each not in results [ ' full_list ' ] :
changed = True
break
elif self . record_state == ' absent ' :
# if the state == absent, then we want to delete the records which are given to us if they are in there
for each_rec in self . records :
# loop through current records
# if at least one is in there, we make changed = True
if each_rec in results [ ' full_list ' ] :
changed = True
break
# update_tags, results['tags'] = self.update_tags(results['tags'])
# if update_tags:
# changed = True
elif self . record_set_state == ' absent ' :
changed = True
except CloudError :
if self . state == ' present ' :
# the record set does not exist
# convert the input records to SDK objects
if self . record_set_state == ' present ' :
self . input_sdk_records = self . create_sdk_records ( self . records )
if not record_set :
changed = True
changed = True
if self . record_set_state == ' absent ' :
self . fail ( " You cannot delete records {0} to the record set {1} you are creating " . format ( self . records , self . relative_name ) )
else :
else :
# you can't delete what is not there
# and use it to get the type-specific records
changed = False
server_records = getattr ( record_set , self . record_type_metadata [ ' attrname ' ] )
# compare the input records to the server records
changed = self . records_changed ( self . input_sdk_records , server_records )
# also check top-level recordset properties
changed | = record_set . ttl != self . time_to_live
# FUTURE: add metadata/tag check on recordset
self . results [ ' changed ' ] | = changed
self . results [ ' changed ' ] = changed
elif self . state == ' absent ' :
self . results [ ' record_set_state ' ] = results
if record_set :
self . results [ ' changed ' ] = True
# return the results if your only gathering information and not changing anything
if self . check_mode :
if self . check_mode :
return self . results
return self . results
if changed :
# either create a new record set, or update the one we have
if self . results [ ' changed ' ] :
if self . record_set_state == ' present ' :
if self . state == ' present ' :
if not record_set :
record_set_args = dict (
self . log ( ' Creating record set {0} of type {1} ' . format ( self . relative_name , self . record_type ) )
type = self . record_type ,
ttl = self . time_to_live
# function creates a record_set based on the record type
)
curr_record = create_current_record ( self )
record_set = turn_to_input ( self , curr_record )
if not self . record_type_metadata [ ' is_list ' ] :
records_to_create_or_update = self . input_sdk_records [ 0 ]
elif self . record_mode == ' append ' and record_set : # append mode, merge with existing values before update
records_to_create_or_update = set ( self . input_sdk_records ) . union ( set ( server_records ) )
else :
else :
# update record set
records_to_create_or_update = self . input_sdk_records
if self . record_state == ' present ' :
# create new lists from the results of the given record set we got from azure
record_set_args [ self . record_type_metadata [ ' attrname ' ] ] = records_to_create_or_update
mergedlist = results [ ' full_list ' ]
preference_lst = results [ ' pref_list ' ]
record_set = RecordSet ( * * record_set_args )
priority_lst = results [ ' prior_list ' ]
weight_lst = results [ ' weight_list ' ]
rsout = self . dns_client . record_sets . create_or_update ( self . resource_group , self . zone_name , self . relative_name , self . record_type , record_set )
port_lst = results [ ' port_list ' ]
# loop through records to add if they are not already in the list we pulled down, then add them in and their components
elif self . state == ' absent ' :
for i in range ( len ( self . records ) ) :
if self . records [ i ] not in mergedlist :
mergedlist . append ( self . records [ i ] )
if self . record_type == ' MX ' :
preference_lst . append ( self . preference [ i ] )
elif self . record_type == ' SRV ' :
priority_lst . append ( self . priority [ i ] )
weight_lst . append ( self . weight [ i ] )
port_lst . append ( self . port [ i ] )
# set self dicitionaries to updated lists and use those to create a new record set list to be passed into the turn_to_input function
self . preference = preference_lst
self . records = mergedlist
self . priority = priority_lst
self . weight = weight_lst
self . port = port_lst
# self.tags = results['tags']
curr_record = create_current_record ( self )
record_set = turn_to_input ( self , curr_record )
elif self . record_state == ' absent ' :
# we loop through the contents of the results and if one of them matches a record in curr_record, remove it from results
mergedlist = [ ]
preference_lst = [ ]
priority_lst = [ ]
weight_lst = [ ]
port_lst = [ ]
# loop through records and if they are not in the input by the user, then we can add them to the final list to be used
for i in range ( len ( results [ ' full_list ' ] ) ) :
if results [ ' full_list ' ] [ i ] not in self . records :
mergedlist . append ( results [ ' full_list ' ] [ i ] )
if self . record_type == ' MX ' :
preference_lst . append ( results [ ' pref_list ' ] [ i ] )
elif self . record_type == ' SRV ' :
priority_lst . append ( results [ ' prior_list ' ] [ i ] )
weight_lst . append ( results [ ' weight_list ' ] [ i ] )
port_lst . append ( results [ ' port_list ' ] [ i ] )
self . preference = preference_lst
self . records = mergedlist
self . priority = priority_lst
self . weight = weight_lst
self . port = port_lst
curr_record = create_current_record ( self )
record_set = turn_to_input ( self , curr_record )
self . results [ ' record_set_state ' ] = self . create_or_update_record_set ( record_set )
elif self . record_set_state == ' absent ' :
# delete record set
# delete record set
self . delete_record_set ( )
self . delete_record_set ( )
# the delete does not actually return anything. if no exception, then we'll assume
# it worked.
self . results [ ' record_set_state ' ] [ ' status ' ] = ' Deleted '
return self . results
def create_or_update_record_set ( self , record_set ) :
return self . results
try :
# create or update the new record set object we created
new_record_set = self . dns_client . record_sets . create_or_update ( self . resource_group , self . zone_name , self . relative_name , self . record_type , record_set )
except Exception as exc :
self . fail ( " Error creating or updating record set {0} - {1} " . format ( self . relative_name , str ( exc ) ) )
return record_set_to_dict ( new_record_set )
def delete_record_set ( self ) :
def delete_record_set ( self ) :
try :
try :
@ -437,188 +355,33 @@ class AzureRMRecordSet(AzureRMModuleBase):
self . fail ( " Error deleting record set {0} - {1} " . format ( self . relative_name , str ( exc ) ) )
self . fail ( " Error deleting record set {0} - {1} " . format ( self . relative_name , str ( exc ) ) )
return None
return None
def create_sdk_records ( self , input_records ) :
record_sdk_class = self . record_type_metadata [ ' classobj ' ]
record_argspec = inspect . getargspec ( record_sdk_class . __init__ )
return [ record_sdk_class ( * * dict ( [ ( k , v ) for k , v in iteritems ( x ) if k in record_argspec . args ] ) ) for x in input_records ]
def records_changed ( self , input_records , server_records ) :
# ensure we're always comparing a list, even for the single-valued types
if not isinstance ( server_records , list ) :
server_records = [ server_records ]
input_set = set ( input_records )
server_set = set ( server_records )
if self . record_mode == ' append ' : # only a difference if the server set is missing something from the input set
return len ( input_set . difference ( server_set ) ) > 0
# non-append mode; any difference in the sets is a change
return input_set != server_set
def record_set_to_dict ( RecordSet ) : # Quick 'n dirty hash impl suitable for monkeypatching onto SDK model objects (so we can use set comparisons)
# turn RecordSet object into a dictionary to be used later
def gethash ( self ) :
# create a new list variable to use any record type as a parameter (full_list)
if not getattr ( self , ' _cachedhash ' , None ) :
result = dict (
spec = inspect . getargspec ( self . __init__ )
id = RecordSet . id ,
valuetuple = tuple ( [ getattr ( self , x , None ) for x in spec . args if x != ' self ' ] )
name = RecordSet . name ,
self . _cachedhash = hash ( valuetuple )
type = RecordSet . type ,
return self . _cachedhash
ttl = RecordSet . ttl ,
metadata = RecordSet . metadata ,
full_list = [ ] ,
pref_list = [ ] ,
prior_list = [ ] ,
weight_list = [ ] ,
port_list = [ ] ,
arecords = [ ] ,
aaaa_records = [ ] ,
ptr_records = [ ] ,
mx_records = [ ] ,
ns_records = [ ] ,
txt_records = [ ] ,
srv_records = [ ] ,
cname_record = None
)
if RecordSet . arecords :
for _ in RecordSet . arecords :
result [ ' arecords ' ] . append ( dict (
ipv4_address = _ . ipv4_address ) )
result [ ' full_list ' ] . append ( _ . ipv4_address )
elif RecordSet . aaaa_records :
for _ in RecordSet . aaaa_records :
result [ ' aaaa_records ' ] . append ( dict (
ipv6_address = _ . ipv6_address ) )
result [ ' full_list ' ] . append ( _ . ipv6_address )
elif RecordSet . ptr_records :
for _ in RecordSet . ptr_records :
result [ ' ptr_records ' ] . append ( dict (
ptrdname = _ . ptrdname ) )
result [ ' full_list ' ] . append ( _ . ptrdname )
elif RecordSet . mx_records :
for _ in RecordSet . mx_records :
result [ ' mx_records ' ] . append ( dict (
preference = _ . preference ,
exchange = _ . exchange
) )
result [ ' pref_list ' ] . append ( _ . preference )
result [ ' full_list ' ] . append ( _ . exchange )
elif RecordSet . ns_records :
for _ in RecordSet . ns_records :
result [ ' ns_records ' ] . append ( dict (
nsdname = _ . nsdname ) )
result [ ' full_list ' ] . append ( _ . nsdname )
elif RecordSet . txt_records :
for _ in RecordSet . txt_records :
result [ ' txt_records ' ] . append ( dict (
value = _ . value ) )
result [ ' full_list ' ] . append ( _ . value )
elif RecordSet . srv_records :
for _ in RecordSet . srv_records :
result [ ' srv_records ' ] . append ( dict (
priority = _ . priority ,
weight = _ . weight ,
port = _ . port ,
target = _ . target
) )
result [ ' full_list ' ] . append ( _ . target )
result [ ' prior_list ' ] . append ( _ . priority )
result [ ' weight_list ' ] . append ( _ . weight )
result [ ' port_list ' ] . append ( _ . port )
elif RecordSet . cname_record :
result [ ' cname_record ' ] = dict (
cname = RecordSet . cname_record . cname )
result [ ' full_list ' ] . append ( RecordSet . cname_record . cname )
return result
def create_current_record ( self ) :
# takes in a list of str records, the record type and returns a list of the specific record type
retrn_lst = [ ]
if self . record_type == ' A ' :
if len ( self . records ) == 0 :
return retrn_lst
for each_record in self . records :
# we want to append to the final list the object type ARecord where the parameter is a str called each_record representing the user input
retrn_lst . append ( ARecord ( ipv4_address = each_record ) )
return retrn_lst
elif self . record_type == ' AAAA ' :
if len ( self . records ) == 0 :
return retrn_lst
for each_record_1 in self . records :
retrn_lst . append ( AaaaRecord ( ipv6_address = each_record_1 ) )
return retrn_lst
elif self . record_type == ' MX ' :
if len ( self . records ) == 0 :
return retrn_lst
if len ( self . records ) != len ( self . preference ) :
self . fail ( ' You must have an exchange for each preference or vice versa ' )
# if type matches to 'MX', loop through records/exchange and preference, using the same indices to create the object
for i in range ( len ( self . records ) ) :
retrn_lst . append ( MxRecord ( preference = int ( self . preference [ i ] ) , exchange = self . records [ i ] ) )
return retrn_lst
elif self . record_type == ' NS ' :
if len ( self . records ) == 0 :
return retrn_lst
for each_record_2 in self . records :
retrn_lst . append ( NsRecord ( nsdname = each_record_2 ) )
return retrn_lst
elif self . record_type == ' TXT ' :
if len ( self . records ) == 0 :
return retrn_lst
for each_record_3 in self . records :
retrn_lst . append ( TxtRecord ( value = each_record_3 ) )
return retrn_lst
elif self . record_type == ' PTR ' :
if len ( self . records ) == 0 :
return retrn_lst
for each_record_4 in self . records :
retrn_lst . append ( PtrRecord ( ptrdname = each_record_4 ) )
return retrn_lst
elif self . record_type == ' SRV ' :
if len ( self . records ) == 0 :
return retrn_lst
count = len ( self . records )
if count != len ( self . priority ) or count != len ( self . port ) or count != len ( self . weight ) :
self . fail ( ' You must have a weight, a port and a priority for each target ' )
for i in range ( len ( self . records ) ) :
retrn_lst . append ( SrvRecord ( priority = int ( self . priority [ i ] ) , weight = int ( self . weight [ i ] ) , port = int ( self . port [ i ] ) , target = self . records [ i ] ) )
return retrn_lst
elif self . record_type == ' CNAME ' :
if len ( self . records ) > 1 :
self . fail ( ' You cannot have more than one record in a single CNAME record set ' )
elif len ( self . records ) == 0 :
return retrn_lst
curr = CnameRecord ( cname = self . records [ 0 ] )
return curr
return retrn_lst
def turn_to_input ( self , curr_record ) :
val = turn_to_long ( self . time_to_live )
if self . record_type == ' A ' :
x = RecordSet ( arecords = curr_record , type = self . record_type , ttl = val )
elif self . record_type == ' AAAA ' :
x = RecordSet ( aaaa_records = curr_record , type = self . record_type , ttl = val )
elif self . record_type == ' CNAME ' :
x = RecordSet ( cname_record = curr_record , type = self . record_type , ttl = val )
elif self . record_type == ' MX ' :
x = RecordSet ( mx_records = curr_record , type = self . record_type , ttl = val )
elif self . record_type == ' NS ' :
x = RecordSet ( ns_records = curr_record , type = self . record_type , ttl = val )
elif self . record_type == ' SRV ' :
x = RecordSet ( srv_records = curr_record , type = self . record_type , ttl = val )
elif self . record_type == ' TXT ' :
x = RecordSet ( txt_records = curr_record , type = self . record_type , ttl = val )
elif self . record_type == ' PTR ' :
x = RecordSet ( ptr_records = curr_record , type = self . record_type , ttl = val )
return x
def turn_to_long ( value ) :
try :
output = long ( value )
except NameError :
output = int ( value )
return output
def main ( ) : def main ( ) :
Matt Davis
7 years ago
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