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updated python dict creation(parse_types) and puppet manifest generation file(validation.py)

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nishmita
2016-05-25 14:42:28 +05:30
parent 012e4291cc
commit 692a0a8358
3 changed files with 177 additions and 58 deletions
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60
backend/output.txt
View File

@@ -1,30 +1,30 @@
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
0 interface vlan14
Type: interface Value: vlan14
[<type 'str'>]
Provided value is validated now, need to prepare manifest
$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
1 mtu 9100
Attribute: mtu value: 9100
[<type 'int'>]
Provided value of the attribute is validated now, need to prepare manifest
$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
2 ip address 124.14.1.1/24
Attribute: ip address value: 124.14.1.1/24
['default', <type 'str'>]
Provided value of the attribute is validated now, need to prepare manifest
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
3 interface eth1/1
Type: interface Value: eth1/1
[<type 'str'>]
Provided value is validated now, need to prepare manifest
$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
4 shutdown
Attribute: shutdown value: true
['default', 'false', 'true']
Provided value of the attribute is validated now, need to prepare manifest
$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
5 no ip redirects
Attribute: ip redirects Value: false
['default', 'false', 'true']
Provided value of the attribute is validated now, need to prepare manifest
User input
==========
interface vlan14
mtu 9100
ip address 124.14.1.1/24
interface eth1/1
shutdown
no ip redirects
Puppet Manifest:
===============
$ciscopuppet::l3_interface_cfg_data::l3_interface_instances.each |$interface, $value| {
cisco_interface { $interface:
ip redirects,=> {$value[ip redirects]},
shutdown,=> {$value[shutdown]},
ip address,=> {$value[ip address]},
ip netmask length,=> {$value[ip netmask length]},
mtu,=> {$value[mtu]},
}
}
Instances:
==========
$l3_interface_instances = {
"eth1/1"=> {ipv4_redirects=>false,shutdown=>true,},
"vlan14"=> {ipv4_address=>124.14.1.1,ipv4_netmask_length=>24,mtu=>9100,},
}

1
backend/parse_types.py
View File

@@ -187,6 +187,7 @@ def Parse_types():
valid_values = "Valid" + valid_values.split("Valid")[1]
valid_values_list = get_valid_values(valid_values, valid_list)
attr.add_attributes(get_name(param), valid_values_list)
#attr.add_attributes(param, valid_values_list)
feature.add_attribute(type[6:], attr)
j += 1
if j >= len(tags):

174
backend/validation.py
View File

@@ -1,7 +1,12 @@
import re
import parse_types as parse
def get_all_types():
ds_types = parse.Parse_types().types # sourcing the python file which creates the types dictionary
input_dict = {}
global temp_value, t_value
temp_value = ""
def get_all_types(): #reads data from types.txt
type_dict = {}
with open('types.txt') as f:
lines = f.readlines()
@@ -9,30 +14,47 @@ def get_all_types():
type_list = line.split(';')
type_dict[type_list[0]] = type_list
return type_dict
def get_attr_name(type):
name = type
if name[:6] == 'Type: ':
name = type[6:]
if name[:6] == 'cisco_':
name = name[6:]
name = name.replace(" ", "_")
name = name.replace("ip", "ipv4")
return name
def validate_attr_value(ds_types, search_type, attr, value):
def validate_attr_value(search_type, attr, value, t_value): #validates the attribute values
attr= parse.get_name(attr)
find_int =re.search(r'(^-?[0-9]+$)',value)
if find_int:
value = int(value)
print ds_types[search_type][attr]
if value in ds_types[search_type][attr] or type(value) in ds_types[search_type][attr]:
print "Provided value of the attribute is validated now, need to prepare manifest"
input_dict[search_type][t_value][attr] = value
def type_check(type_dict, ds_types, index, cmd_list, search_type, value):
def type_check(type_dict, index, cmd_list, search_type, value): #checks if type is valid
input_string = search_type
while (search_type):
search_length = len(search_type.split())
if search_type in type_dict.keys():
print "Type:", search_type, "Value:", value
type_name = type_dict[search_type][1]
print ds_types[type_name][search_type]
if not type_name in input_dict:
input_dict[type_name] = {}
if value in ds_types[type_name][search_type] or type(value) in ds_types[type_name][search_type]:
print "Provided value is validated now, need to prepare manifest"
break
input_dict[type_name][value]= {}
return type_name, value
else:
value = search_type.rsplit(' ', 1)[1]
search_type = search_type.rsplit(' ', 1)[0]
if search_length > 1:
value = search_type.rsplit(' ', 1)[1]
search_type = search_type.rsplit(' ', 1)[0]
else:
type_name = 'cisco_command_config'
value = input_string
return type_name, value
def attr_check(type_dict, ds_types, index, cmd_list, search_type, value):
def attr_check(type_dict, index, cmd_list, search_type, value, t_value): #checks the attribute is valid
global temp_value
while(search_type):
if search_type in type_dict.keys():
break
@@ -40,7 +62,7 @@ def attr_check(type_dict, ds_types, index, cmd_list, search_type, value):
search_type = search_type.rsplit(' ', 1)[0]
search_type = type_dict[search_type][1] #Get the type
temp_cmd_list = cmd_list[index]
cmd_list[index] = cmd_list[index].lstrip()
tmp_cmd_list = cmd_list[index].split(' ')
@@ -48,46 +70,142 @@ def attr_check(type_dict, ds_types, index, cmd_list, search_type, value):
value = 'false'
attr = cmd_list[index].split(' ', 1)[1]
if attr in ds_types[search_type].keys():
print "Attribute: ", attr, "Value: ", value
validate_attr_value(ds_types, search_type, attr, value)
validate_attr_value(search_type, attr, value, t_value)
else:
temp_value = temp_value+temp_cmd_list+'\n'
else:
while (cmd_list[index]):
cmd_length = len(cmd_list[index].split())
if cmd_list[index] in ds_types[search_type].keys():
if not value:
value = 'true'
print "Attribute: ", cmd_list[index], "value: ", value
validate_attr_value(ds_types, search_type, cmd_list[index], value)
break
attr = cmd_list[index]
if attr == "ip address":
ip_addr_match = re.search(r'(\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3})\/(\d+)', value)
value = ip_addr_match.group(1)
validate_attr_value(search_type, cmd_list[index], value, t_value)
attr = "ipv4_netmask_length"
value = ip_addr_match.group(2)
validate_attr_value(search_type, attr, value, t_value)
break
else :
validate_attr_value(search_type, cmd_list[index], value, t_value)
break
else:
value = cmd_list[index].rsplit(' ', 1)[1]
cmd_list[index] = cmd_list[index].rsplit(' ', 1)[0]
if cmd_length > 1:
value = cmd_list[index].rsplit(' ', 1)[1]
cmd_list[index] = cmd_list[index].rsplit(' ', 1)[0]
else:
temp_value = temp_value+temp_cmd_list+'\n'
break
def parse_data(data):
global temp_value
cmd_list = data.split('\n')
l_cmd_list = len(cmd_list)
for index in range(l_cmd_list):
type_dict = get_all_types()
ds_types = parse.Parse_types().types
value = ''
value = ''
if not cmd_list[index]:
continue
if cmd_list[index][0] != ' ':
search_type = cmd_list[index]
print "%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n", index, cmd_list[index]
type_check(type_dict, ds_types, index, cmd_list, search_type, value)
values = type_check(type_dict, index, cmd_list, search_type, value)
p_type = values[0]
t_value = values[1]
else:
print "$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$\n", index, cmd_list[index]
attr_check(type_dict, ds_types, index, cmd_list, search_type, value)
if p_type != 'cisco_command_config':
attr_check(type_dict, index, cmd_list, search_type, value, t_value)
generate_manifest(type_dict, p_type,t_value)
if p_type != "cisco_command_config":
generate_instances(type_dict, p_type)
if temp_value != "":
print "Unrecognised lines\n"
print '===================='
print temp_value
def generate_manifest(type_dict, p_type, t_value):
c_type = p_type.strip('cisco')
c_type = c_type.strip('_')
c_type = re.sub(r'_', ' ',c_type)
x = ' '
print '\n'
print 'Puppet Manifest:'
print '==============='
#manifests = " "
manifests = type_dict[c_type][2]
manifests = manifests+'\n'
manifest_line = (2*x)+p_type+' { $'+c_type+':\n'
manifests = manifests+manifest_line
if c_type == "command config":
manifest = manifests+t_value+'\n'
else:
key = input_dict.keys()
inputs = {}
inputs = input_dict.values()
inputs = inputs.pop(0)
keys = inputs.keys()
p_keys = list()
for key in keys:
p_values = inputs[key]
p_keys.extend(p_values.keys())
for p_key in p_keys:
manifests = manifests+(4*x)+p_key+',=> {$value['+p_key+']},\n'
manifests = manifests+(2*x)+'}\n'
manifests = manifests+'}\n'
print manifests
def generate_instances(type_dict, p_type):
c_type = p_type.strip('cisco')
c_type = c_type.strip('_')
x = ' '
print '\n'
print 'Instances:'
print '=========='
instance_name = type_dict[c_type][3]
inputs = input_dict.values()
inputs = inputs.pop(0)
keys = inputs.keys()
p_keys = list()
p_values = list()
for key in keys:
p_values = inputs[key]
p_keys.append(p_values.keys())
instances = instance_name
for key in keys:
instances = instances+(2*x)+'"'+key+'"=> {'
for p_key in inputs[key].keys():
instance = get_attr_name(p_key)+'=>'+str(inputs[key][p_key])+','
instances = instances+instance
instances = instances+'},\n'
instances = instances +'}'
print instances
if temp_value != "":
unrecog_instances = '$cisco_command_config_instances = {\n"command0"=>{\n'
unrecog_instances = unrecog_instances+temp_value+'},\n}'
print unrecog_instances
def Convert(input_data):
print 'User input'
print '=========='
print input_data
parse_data(input_data)
return True