rename + fixes

5 files changed, 0 insertions, 740 deletions

diff --git a/junos-bootstrap/dhcpd/DHCP_protocol_breakdown.txt b/junos-bootstrap/dhcpd/DHCP_protocol_breakdown.txt
deleted file mode 100644
index 5af2bf2..0000000
--- a/junos-bootstrap/dhcpd/DHCP_protocol_breakdown.txt
+++ /dev/null
@@ -1,18 +0,0 @@
-Length of DHCP fields in octets, and their placement in packet.
-Ref: http://4.bp.blogspot.com/-IyYoFjAC4l8/UXuo16a3sII/AAAAAAAAAXQ/b6BojbYXoXg/s1600/DHCPTitle.JPG
-0  OP - 1
-1  HTYPE - 1
-2  HLEN - 1
-3  HOPS - 1
-4  XID - 4
-5  SECS - 2
-6  FLAGS - 2
-7  CIADDR - 4
-8  YIADDR - 4
-9  SIADDR - 4
-10 GIADDR - 4
-11 CHADDR - 6
-12 MAGIC COOKIE - 10
-13 PADDING - 192 octets of 0's
-14 MAGIC COOKIE - 4
-15 OPTIONS - variable length
diff --git a/junos-bootstrap/dhcpd/module_craft_option.py b/junos-bootstrap/dhcpd/module_craft_option.py
deleted file mode 100644
index 35e7328..0000000
--- a/junos-bootstrap/dhcpd/module_craft_option.py
+++ /dev/null
@@ -1,79 +0,0 @@
-#!/usr/bin/python
-# -*- coding: utf-8 -*-
-
-'''
-    Created by Jonas 'j' Lindstad for The Gathering 2015
-    License: GPLv3
-    
-    Class used to craft byte hex encoded DHCP options
-    
-    NB: No direct support for suboptions. Should be possible to craft suboptions as
-    options, and inject them with craft_option(<option>).raw_hes(<conconcatenated options>)
-    
-    Usage examples:
-    craft_option.debug = True
-    print(craft_option(1).string('vg.no'))
-    print(craft_option(2).bytes(b'abcd'))
-    print(craft_option(3).bytes(socket.inet_aton('192.168.0.55')))
-    print(craft_option(4).bytes(b'\xde\xad\xbe\xef\xfe\xed'))
-    print(craft_option(5).raw_hex(b'\x72\x78'))
-    print(craft_option(6).ip('255.255.128.0'))
-'''
-
-from binascii import hexlify, unhexlify
-
-class craft_option(object):
-    # content = b'' # content will be stored as hex values like hex(10) + hex(255) =  0aff
-    debug = False
-    def __init__(self, code):
-        self.code = self.__int_to_pad_byte(code)
-
-    # Works as intended
-    # internal function. Converts int(3) to str('03'), int('11') to str('0b'), int(255) to str('ff')
-    def __int_to_pad_byte(self, integer):
-        return hex(integer).split('x')[1].rjust(2, '0').encode()
-
-    # Works as intended
-    def string(self, string):
-        self.method = 'string'
-        self.content = hexlify(string.encode())
-        return self.process()
-
-    # Works as intended
-    def bytes(self, bytes):
-        self.method = 'bytes'
-        self.content = hexlify(bytes)
-        return self.process()
-        
-    # Works as intended
-    # str('10.20.30.40') to b'\x10\x20\x30\x40'
-    def ip(self, ip):
-        self.method = 'ip'
-        self.content = ''.join([hex(int(i))[2:].rjust(2, '0') for i in ip.split('.')]).encode()
-        return self.process()
-
-    # Works as intended
-    # string like '\x72\x78' for 'rx'
-    def raw_hex(self, raw_hex):
-        self.method = 'raw_hex'
-        self.content = hexlify(raw_hex)
-        return self.process()
-
-
-
-    # TODO Does not work as intended
-    # int(666) to b'\x02\x9A'
-    def integer(self, integer):
-        self.method = 'integer'
-        self.content = ''.join([hex(int(i))[2:].rjust(2, '0') for i in ip.split('.')])
-        return self.process()
-        
-    def process(self):
-        length = self.__int_to_pad_byte(len(unhexlify(self.content)))
-        if self.debug is True:
-            print('----------')
-            print(self.method + '():')
-            print(self.code + length)
-            print(b'content: ' + self.content)
-            print(unhexlify(self.content))
-        return unhexlify(self.code + length + self.content)
diff --git a/junos-bootstrap/dhcpd/module_lease.py b/junos-bootstrap/dhcpd/module_lease.py
deleted file mode 100644
index 306f13a..0000000
--- a/junos-bootstrap/dhcpd/module_lease.py
+++ /dev/null
@@ -1,174 +0,0 @@
-#!/usr/bin/python
-# -*- coding: utf-8 -*-
-
-'''
-    Created by Jonas 'j' Lindstad for The Gathering 2015
-    License: GPLv3
-    
-    Class used to fetch data from the Postgres DB
-    
-    Usage examples:
-    lease.debug = True
-    x = lease({'distro_name': 'distro-test', 'distro_phy_port': 'ge-0/0/6'}).get_dict()
-    print('key lookup - hostname: %s' % x['hostname'])
-'''
-
-import psycopg2
-import psycopg2.extras
-
-# settings
-settings = dict(
-    db = dict(
-	    user = 'bootstrap',
-	    password = 'asdf',
-	    dbname = 'bootstrap',
-	    host = 'localhost'
-    )
-)
-
-# connect to Postgres DB
-connect_params = ("dbname='%s' user='%s' host='%s' password='%s'" % (settings['db']['dbname'], settings['db']['user'], settings['db']['host'], settings['db']['password']))
-conn = psycopg2.connect(connect_params)
-cur = conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
-
-class lease(object):
-    debug = False
-
-    def __init__(self, identifiers):
-        if len(identifiers) > 0: # 1 or more identifiers - we're good to go
-            
-            # build query string
-            where_pieces = []
-            for x in identifiers.items():
-                where_pieces.append(str(x[0]) + " = '" + str(x[1]) + "'")
-            where = ' AND '.join(where_pieces)
-            select = "SELECT * FROM switches WHERE " + where + " LIMIT 1"
-            
-            if self.debug is True:
-                print('Executing query: ' + select)
-            
-            cur.execute(select)
-            
-            rows = cur.fetchall()
-            if len(rows) is 1:
-                if self.debug is True:
-                    print('returned from DB:')
-                    for key, value in rows[0].items():
-                        print('%s: %s' % (key, value))
-                    
-                self.row = rows[0]
-            else:
-                self.row = False
-        else:
-            print('Missing identifier parameter')
-            exit()
-        
-    def get_ip(self):
-        if self.row is not False:
-            return self.row['ip']
-        else:
-            print('identifiers (%s) not found' % self.row)
-            return False
-            
-    def get_config(self):
-        if self.row is not False:
-            return self.row['config']
-        else:
-            print('identifiers (%s) not found' % self.row)
-            return False
-            
-    def get_dict(self):
-        if self.row is not False:
-            return self.row
-        else:
-            print('identifiers (%s) not found' % self.row)
-            return False
-
-
-#
-# TESTING - Bruker ID fra DB-en som identifier, og kjører en query per lease.get_x()
-#
-class lease2(object):
-    debug = False
-    hostname = False
-    identifiers = False
-    
-    # identifiers = dict of field/values
-    def __init__(self, identifiers):
-        cur = conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
-    
-        if len(identifiers) > 0: # 1 or more identifiers - we're good to go
-            self.identifiers = identifiers # Used to debug if no match for the identifiers is given
-            
-            # build query string
-            where_pieces = []
-            for identifier in identifiers.items():
-                where_pieces.append(str(identifier[0]) + " = '" + str(identifier[1]) + "'")
-            where = ' AND '.join(where_pieces)
-            select = "SELECT hostname FROM switches WHERE " + where + " LIMIT 1"
-            
-            if self.debug is True:
-                print('Executing query: ' + select)
-            
-            cur.execute(select)
-            rows = cur.fetchall()
-            cur.close()
-            if len(rows) is 1:
-                if self.debug is True:
-                    print('returned from DB:')
-                    print(rows[0][0])
-                self.hostname = rows[0][0]
-            else:
-                self.hostname = False
-        else:
-            print('Missing identifier parameter')
-            exit()
-            
-    # Used to fetch fields from DB
-    def get(self, field):
-        if self.hostname is not False:
-            cur = conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
-        
-            query = "SELECT %s FROM switches WHERE hostname = '%s' LIMIT 1" % (field, self.hostname)
-            if self.debug is True:
-                print('Query: %s' % query)
-            
-            try:
-                cur.execute(query)
-                rows = cur.fetchall()
-                
-                if len(rows) is 1:
-                    if self.debug is True:
-                        print('returned from DB:')
-                        print(rows[0][0])
-                    return rows[0][0]
-                else:
-                    if self.debug is True:
-                        print('No data found - field: %s' % field)
-                    return False
-            except psycopg2.ProgrammingError:
-                print('Field (%s) not found' % field)
-                conn.rollback() # Prevents DB from locking up the next queries - http://initd.org/psycopg/docs/connection.html#connection.rollback
-                return False
-        else:
-            print('identifiers (%s) not found' % self.identifiers)
-            return False
-            
-    # Used to set fields in DB
-    def set(self, field, value):
-        if self.hostname is not False:
-            cur = conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
-            query = "UPDATE switches SET %s = '%s' WHERE hostname = '%s'" % (field, value, self.hostname)
-            if self.debug is True:
-                print('Query: %s' % query)
-            try:
-                cur.execute(query)
-                conn.commit()
-                return True
-            except psycopg2.ProgrammingError:
-                print('Field (%s) not found' % field)
-                conn.rollback()
-                return False
-        else:
-            print('identifiers (%s) not found' % self.identifiers)
-            return False
diff --git a/junos-bootstrap/dhcpd/server_dhcp.py b/junos-bootstrap/dhcpd/server_dhcp.py
deleted file mode 100644
index 8dde368..0000000
--- a/junos-bootstrap/dhcpd/server_dhcp.py
+++ /dev/null
@@ -1,323 +0,0 @@
-#!/usr/bin/python
-# -*- coding: utf-8 -*-
-
-'''
-server_dhcp.py by Jonas "j" Lindstad for The Gathering tech:server
-
-Used to configure the Juniper EX2200 edge switches with Zero Touch Protocol
-License: GPLv2
-
-Based on the work of psychomario - https://github.com/psychomario
-'''
-
-
-'''
-
-TODO
-
- * try/catch around each incomming packet - prevents DHCP-server from crashing if it receives a malformed packet
- 
-'''
-
-import socket, binascii, IN
-from module_craft_option import craft_option # Module that crafts DHCP options
-# from module_lease import lease # Module that fetches data from DB and provides data for the lease
-from module_lease import lease2 as lease # Module that fetches data from DB and provides data for the lease
-
-
-# Global options - not a pretty hack
-options_raw = {} # TODO - not a nice way to do things
-option_82_1 = ''
-client = ''
-
-
-#############
-# FUNCTIONS #
-#############
-
-# Generator for each of the dhcp fields
-def split_packet(msg,slices): 
-    for x in slices:
-        yield msg[:x]
-        msg = msg[x:]
-
-# Splits a chunk of hex into a list of hex. (0123456789abcdef => ['01', '23', '45', '67', '89', 'ab', 'cd', 'ef'])
-def chunk_hex(hex):
-    return [hex[i:i+2] for i in range(0, len(hex), 2)]
-
-# Convert hex IP to string with formated decimal IP. (0a0000ff => 10.0.0.255)
-def hex_ip_to_str(hex_ip):
-    return '.'.join(str(y) for y in map(lambda x: int(x, 16), chunk_hex(hex_ip))) # cast int to str for join
-
-# formats a MAC address in the format "b827eb9a520f" to "b8:27:eb:9a:52:0f"
-def format_hex_mac(hex_mac):
-    return ':'.join(str(x) for x in chunk_hex(hex_mac))
-
-# Formats a 6 byte MAC to a readable string (b'5e\x21\x00r3' => '35:65:21:00:72:33')
-def six_byte_mac_to_str(mac):
-    return ':'.join('%02x' % byte for byte in mac)
-
-# b'b827eb9a520f' => 'b8:27:eb:9a:52:0f'
-def prettyprint_hex_as_str(hex):
-    return ':'.join('%02x' % byte for byte in binascii.unhexlify(hex))
-
-# CIDR notation to subnet string ('25' => '255.255.255.128')
-def cidr_to_subnet(cidr):
-    mask = [0, 0, 0, 0]
-    for i in range(int(cidr)):
-        mask[i//8] = mask[i//8] + (1 << (7 - i % 8))
-    return '.'.join(str(x) for x in mask)
-
-# Parses DHCP options - raw = hex options
-def parse_options(raw):
-    print('[%s] --> processing DHCP options' % client)
-    chunked = chunk_hex(raw)
-    chunked_length = len(chunked)
-    pointer = 0 # counter - next option start
-    options = {} # options dataset
-    
-    global options_raw 
-    options_raw = {} # incomming request's options
-    special_options = [53, 82]
-
-    while True: # Loop over the DHCP options
-        option = int(chunked[pointer], 16) # option ID (0 => 255)
-        code = int(chunked[pointer], 16) # option code (0 => 255) # New int for options' ID with correct name. Replaces $option
-        
-        length = int(chunked[pointer+1], 16) # option length
-        option_payload = raw[((pointer+2)*2):((pointer+length+2)*2)] # Contains the payload of the option - without option ID and length
-        options_raw[code] = option_payload # copying incomming request's options, directly usable in outgoing replies
-        
-        asciivalue = binascii.unhexlify(option_payload) # should not contain unreadable characters
-        
-        if option in special_options:
-            if option is 82:
-                option82_raw = option_payload
-                options[option] = parse_suboptions(option, option_payload)
-            elif option is 53:
-                options[option] = option_payload
-                # options[option] = 1 # Not adding DHCP DISCOVER to the options list, becouse it will not be used further on
-                if int(chunked[pointer+2], 16) is 1:
-                    print('[%s]     --> option: %s: %s' % (client, option, 'DHCP Discover (will not be used in reply)'))
-                else:
-                    print('[%s]     --> option: %s: %s' % (client, option, asciivalue))
-
-        else:
-            options[option] = asciivalue
-            # TODO: Formating.... Also crap code
-            try:
-                if len(asciivalue) > 30:
-                    print('[%s]     --> option: %s: %s' % (client, option, asciivalue[:26] + ' [...]'))
-                else:
-                    print('[%s]     --> option: %s: %s' % (client, option, asciivalue))
-            except Exception:
-                if len(asciivalue) > 30:
-                    print('[%s]     --> option: %s: %s' % (client, option, prettyprint_hex_as_str(option_payload)[:26] + ' [...]'))
-                else:
-                    print('[%s]     --> option: %s: %s' % (client, option, prettyprint_hex_as_str(option_payload)))
-                pass
-
-        pointer = pointer + length + 2 # place pointer at the next options' option ID/code field
-        
-        if int(chunked[pointer], 16) is 255: # end of DHCP options - should allways last field
-            print('[%s] --> Finished processing options' % client)
-            break
-    return options
-
-# Parses suboptions
-def parse_suboptions(option, raw):
-    print('[%s]     --> processing suboption hook for option %s' % (client, option))
-    chunked = chunk_hex(raw)
-    chunked_length = len(chunked)
-    pointer = 0 # counter - next option start
-    dataset = {}
-    
-    if option is 82: # Option 82 - custom shit: Setting global variable to list
-        global option_82_1
-        
-    while True:
-        length = int(chunked[pointer+1], 16) # option length in bytes
-        value = raw[4:(length*2)+(4)]
-
-        if option is 82 and int(chunked[0], 16) is 1: # Option 82 - custom shit: Putting data in list
-            option_82_1 = binascii.unhexlify(value).decode()
-
-        print('[%s]         --> suboption %s found - value: "%s"' % (client, int(chunked[0], 16), binascii.unhexlify(value).decode())) # will fail on non-ascii characters
-        
-        dataset[int(chunked[0], 16)] = value
-        pointer = pointer + length + 2 # place pointer at the next options' option ID/code field
-        if pointer not in chunked: # end of DHCP options - allways last field
-            print('[%s]     --> Finished processing suboption %s' % (client, option))
-            break
-    return dataset
-
-# Parses and handles DHCP DISCOVER or DHCP REQUEST
-def reqparse(message):
-    data=None
-    dhcpfields=[1,1,1,1,4,2,2,4,4,4,4,6,10,192,4,message.rfind(b'\xff'),1]
-    hexmessage=binascii.hexlify(message)
-    messagesplit=[binascii.hexlify(x) for x in split_packet(message,dhcpfields)]
-    
-    global client
-    client = prettyprint_hex_as_str(messagesplit[11])
-    
-    print('[%s] Parsing DHCP packet from client' % client)
-
-    #
-    # Logical checks to decide to whether respond or reject
-    #
-    if int(hex_ip_to_str(messagesplit[10]).replace('.', '')) is 0: # DHCP request has been forwarded by DHCP relay - A bit haxxy..
-        print('[%s] Rejecting to process DHCP packet - not forwarded by DHCP relay' % client)
-        return False
-    
-    # Process DHCP options
-    options = parse_options(messagesplit[15])
-        
-    # Option 82 is set in the packet
-    if 82 not in options:
-        print('[%s] Rejecting to process DHCP packet - DHCP option 82 not set' % client)
-        return False
-
-    # Check DHCP request type
-    if options[53] == b'01':
-        mode = 'dhcp_discover'
-        print('[%s] --> DHCP packet type: DHCP DISCOVER' % client)
-    elif options[53] == b'03':
-        mode = 'dhcp_request'
-        print('[%s] --> DHCP packet type: DHCP REQUEST' % client)
-    else:
-        print('[%s] Rejecting to continue process DHCP packet - option 53 missing' % client) # Small sanity check
-        return False
-    
-    #
-    # Packet passes our requirements
-    #
-    print('[%s] --> DHCP packet contains option 82 - continues to process' % client)
-    print('[%s] --> DHCP packet forwarded by relay %s' % (client, hex_ip_to_str(messagesplit[10])))
-    print('[%s] --> DHCP XID/Transaction ID: %s' % (client, prettyprint_hex_as_str(messagesplit[4])))
-    
-    # Handle DB request - do DB lookup based on option 82
-    print('[%s] --> Looking up in the DB' % (client))
-    if len(option_82_1) > 0:
-        (distro, phy, vlan) = option_82_1.split(':')
-        print('[%s]     --> Query details: distro_name:%s, distro_phy_port:%s' % (client, distro, phy.split('.')[0]))
-        
-        lease_identifiers = {'distro_name': distro, 'distro_phy_port': phy.split('.')[0]}
-        if lease(lease_identifiers).get('hostname') is not False:
-            l={
-                'hostname': lease(lease_identifiers).get('hostname'),
-                'mgmt_addr': lease(lease_identifiers).get('mgmt_addr'),
-                'mgmt_gw': lease(lease_identifiers).get('mgmt_gw'),
-                'mgmt_cidr': lease(lease_identifiers).get('mgmt_cidr')
-            }
-        
-            # lease_details = lease({'distro_name': distro, 'distro_phy_port': phy[:-2]}).get_dict()
-            print('[%s]     --> Data found, switch exists in DB - ready to craft response' % client)
-        else:
-            print('[%s]     --> Data not found, switch does not exists in DB' % client)
-            return False
-    else:
-        print('[%s] Rejecting to continue to process DHCP packet - option 82.1 is empty' % client)
-    
-    if mode == 'dhcp_discover':
-        print('[%s] --> Crafting DHCP OFFER response' % client)
-        
-    if mode == 'dhcp_request':
-        print('[%s] --> Crafting DHCP ACK response' % client)
-        
-    print('[%s]     --> XID/Transaction ID: %s' % (client, prettyprint_hex_as_str(messagesplit[4])))
-    print('[%s]     --> Client IP: %s' % (client, l['mgmt_addr']))
-    print('[%s]     --> DHCP forwarder IP: %s' % (client, l['mgmt_gw']))
-    print('[%s]     --> Client MAC: %s' % (client, client))
-    
-    data = b'\x02' # Message type - boot reply
-    data += b'\x01' # Hardware type - ethernet
-    data += b'\x06' # Hardware address length - 6 octets for MAC
-    data += b'\x01' # Hops
-    data += binascii.unhexlify(messagesplit[4]) # XID / Transaction ID
-    data += b'\x00\x00' # seconds elapsed - 1 second
-    data += b'\x80\x00' # BOOTP flags - broadcast (unicast: 0x0000)
-    data += b'\x00'*4 # Client IP address
-    data += socket.inet_aton(l['mgmt_addr']) # New IP to client
-    data += socket.inet_aton(dhcp_server_address) # Next server IP address
-    data += socket.inet_aton(l['mgmt_gw']) # Relay agent IP - DHCP forwarder
-    data += binascii.unhexlify(messagesplit[11]) # Client MAC
-    data += b'\x00'*202 # Client hardware address padding (10) + Server hostname (64) + Boot file name (128)
-    data += b'\x63\x82\x53\x63' # Magic cookie
-    
-    #
-    # Craft DHCP options
-    #
-    print('[%s] --> Completed DHCP header structure, building DHCP options' % client)
-    
-    if mode == 'dhcp_discover':
-        print('[%s]     --> Option 53  (DHCP OFFER): 2' % client)
-        data += craft_option(53).raw_hex(b'\x02') # Option 53 - DHCP OFFER
-
-    if mode == 'dhcp_request':
-        print('[%s]     --> Option 53  (DHCP ACK): 5' % client)
-        data += craft_option(53).raw_hex(b'\x05') # Option 53 - DHCP ACK
-    
-    data += craft_option(54).bytes(socket.inet_aton(dhcp_server_address)) # Option 54 - DHCP server identifier
-    print('[%s]     --> Option 54  (DHCP server identifier): %s' % (client, dhcp_server_address))
-    
-    data += craft_option(51).raw_hex(b'\x00\x00\xa8\xc0') # Option 51 - Lease time left padded with "0"
-    print('[%s]     --> Option 51  (Lease time): %s' % (client, '43200 (12 hours)'))
-    
-    data += craft_option(1).ip(cidr_to_subnet(l['mgmt_cidr'])) # Option 1 - Subnet mask
-    print('[%s]     --> Option 1   (subnet mask): %s' % (client, cidr_to_subnet(l['mgmt_cidr'])))
-    
-    data += craft_option(3).ip(l['mgmt_gw']) # Option 3 - Default gateway (set to DHCP forwarders IP)
-    print('[%s]     --> Option 3   (default gateway): %s' % (client, l['mgmt_gw']))
-    
-    data += craft_option(150).bytes(socket.inet_aton(dhcp_server_address)) # Option 150 - TFTP Server. Used as target for the Zero Touch Protocol. Not necessarily TFTP protocol used.
-    print('[%s]     --> Option 150 (Cisco proprietary TFTP server(s)): %s' % (client, dhcp_server_address))
-    
-    # http://www.juniper.net/documentation/en_US/junos13.2/topics/concept/software-image-and-configuration-automatic-provisioning-understanding.html
-    data += craft_option(43).bytes(craft_option(0).string(target_junos_file) + craft_option(1).string('/tg-edge/' + l['hostname']) + craft_option(3).string('http')) # Option 43 - ZTP
-    print('[%s]     --> Option 43  (Vendor-specific option):' % client)
-    print('[%s]         --> Suboption 0: %s' % (client, target_junos_file))
-    print('[%s]         --> Suboption 1: %s' % (client, '/tg-edge/' + l['hostname']))
-    print('[%s]         --> Suboption 3: %s' % (client, 'http'))
-
-    data += b'\xff'
-    
-    lease(lease_identifiers).set('current_mac', client) # updates MAC in DB
-    
-    return data
-
-if __name__ == "__main__":
-    interface = b'eth0'
-    dhcp_server_address = '10.0.100.2'
-    # target_junos_file = '/files/jinstall-ex-2200-14.1X53-D15.2-domestic-signed.tgz'
-    target_junos_file = '/files/jinstall-ex-2200-12.3R6.6-domestic-signed.tgz'
-    
-    # Setting up the server, and how it will communicate    
-    s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM) # IPv4 UDP socket
-    s.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
-    s.setsockopt(socket.SOL_SOCKET, socket.SO_BROADCAST, 1)
-    s.setsockopt(socket.SOL_SOCKET, 25, interface)
-    s.bind(('', 67))
-
-    # Starting the whole loop
-    print('Starting main loop')
-    while True: #main loop
-        try:
-            message, addressf = s.recvfrom(8192)
-            # print(message)
-            if message.startswith(b'\x01'): # UDP payload is DHCP request (discover, request, release)
-                if addressf[0] == '0.0.0.0':
-                    print('[%s] DHCP broadcast - unsupported' % client)
-                    reply_to = '<broadcast>'
-                else:
-                    print('[%s] DHCP unicast - DHCP forwarding' % client)
-                    reply_to = addressf[0] # senders (DHCP forwarders) IP
-                    # print(addressf[0])
-                    # reply_to = '10.0.0.1'
-                data=reqparse(message) # Parse the DHCP request
-                if data:
-                    print('[%s] --> replying to %s' % (client, reply_to))
-                    s.sendto(data, (reply_to, 67)) # Sends reply
-                    print('')
-        except KeyboardInterrupt:
-            exit()
diff --git a/junos-bootstrap/dhcpd/terminal.log b/junos-bootstrap/dhcpd/terminal.log
deleted file mode 100644
index 3f0ca52..0000000
--- a/junos-bootstrap/dhcpd/terminal.log
+++ /dev/null
@@ -1,146 +0,0 @@
-j@lappie:~/git/tgmanage$ sudo python3 junos-bootstrap/dhcpd/server_dhcp.py
-Starting main loop
-[] DHCP unicast - DHCP forwarding
-[40:b4:f0:cc:76:01] Parsing DHCP packet from client
-[40:b4:f0:cc:76:01] --> processing DHCP options
-[40:b4:f0:cc:76:01]     --> option: 53: DHCP Discover (will not be used in reply)
-[40:b4:f0:cc:76:01]     --> option: 12: b'GP0212466317'
-[40:b4:f0:cc:76:01]     --> option: 60: 4a:75:6e:69:70:65:72:2d:65 [...]
-[40:b4:f0:cc:76:01]     --> processing suboption hook for option 82
-[40:b4:f0:cc:76:01]         --> suboption 1 found - value: "distro0gw:ge-0/0/0.0:mgmt"
-[40:b4:f0:cc:76:01]     --> Finished processing suboption 82
-[40:b4:f0:cc:76:01] --> Finished processing options
-[40:b4:f0:cc:76:01] --> DHCP packet type: DHCP DISCOVER
-[40:b4:f0:cc:76:01] --> DHCP packet contains option 82 - continues to process
-[40:b4:f0:cc:76:01] --> DHCP packet forwarded by relay 10.0.200.1
-[40:b4:f0:cc:76:01] --> DHCP XID/Transaction ID: 75:45:e1:46
-[40:b4:f0:cc:76:01] --> Looking up in the DB
-[40:b4:f0:cc:76:01]     --> Query details: distro_name:distro0gw, distro_phy_port:ge-0/0/0
-[40:b4:f0:cc:76:01]     --> Data found, switch exists in DB - ready to craft response
-[40:b4:f0:cc:76:01] --> Crafting DHCP OFFER response
-[40:b4:f0:cc:76:01]     --> XID/Transaction ID: 75:45:e1:46
-[40:b4:f0:cc:76:01]     --> Client IP: 10.0.200.101
-[40:b4:f0:cc:76:01]     --> DHCP forwarder IP: 10.0.200.1
-[40:b4:f0:cc:76:01]     --> Client MAC: 40:b4:f0:cc:76:01
-[40:b4:f0:cc:76:01] --> Completed DHCP header structure, building DHCP options
-[40:b4:f0:cc:76:01]     --> Option 53  (DHCP OFFER): 2
-[40:b4:f0:cc:76:01]     --> Option 54  (DHCP server identifier): 10.0.100.2
-[40:b4:f0:cc:76:01]     --> Option 51  (Lease time): 43200 (12 hours)
-[40:b4:f0:cc:76:01]     --> Option 1   (subnet mask): 255.255.255.0
-[40:b4:f0:cc:76:01]     --> Option 3   (default gateway): 10.0.200.1
-[40:b4:f0:cc:76:01]     --> Option 150 (Cisco proprietary TFTP server(s)): 10.0.100.2
-[40:b4:f0:cc:76:01]     --> Option 43  (Vendor-specific option):
-[40:b4:f0:cc:76:01]         --> Suboption 0: /files/jinstall-ex-2200-12.3R6.6-domestic-signed.tgz
-[40:b4:f0:cc:76:01]         --> Suboption 1: /tg-edge/e-00-1
-[40:b4:f0:cc:76:01]         --> Suboption 3: http
-[40:b4:f0:cc:76:01] --> replying to 10.0.100.1
-
-[40:b4:f0:cc:76:01] DHCP unicast - DHCP forwarding
-[40:b4:f0:cc:76:01] Parsing DHCP packet from client
-[40:b4:f0:cc:76:01] --> processing DHCP options
-[40:b4:f0:cc:76:01]     --> option: 54: b'\n\x00d\x02'
-[40:b4:f0:cc:76:01]     --> option: 55: b'\x033\x01\x0f\x06BC+\x96\x0c\x07*'
-[40:b4:f0:cc:76:01]     --> option: 50: b'\n\x00\xc8e'
-[40:b4:f0:cc:76:01]     --> option: 53: b'\x03'
-[40:b4:f0:cc:76:01]     --> option: 12: b'GP0212466317'
-[40:b4:f0:cc:76:01]     --> option: 60: 4a:75:6e:69:70:65:72:2d:65 [...]
-[40:b4:f0:cc:76:01]     --> processing suboption hook for option 82
-[40:b4:f0:cc:76:01]         --> suboption 1 found - value: "distro0gw:ge-0/0/0.0:mgmt"
-[40:b4:f0:cc:76:01]     --> Finished processing suboption 82
-[40:b4:f0:cc:76:01] --> Finished processing options
-[40:b4:f0:cc:76:01] --> DHCP packet type: DHCP REQUEST
-[40:b4:f0:cc:76:01] --> DHCP packet contains option 82 - continues to process
-[40:b4:f0:cc:76:01] --> DHCP packet forwarded by relay 10.0.200.1
-[40:b4:f0:cc:76:01] --> DHCP XID/Transaction ID: 51:5f:00:7c
-[40:b4:f0:cc:76:01] --> Looking up in the DB
-[40:b4:f0:cc:76:01]     --> Query details: distro_name:distro0gw, distro_phy_port:ge-0/0/0
-[40:b4:f0:cc:76:01]     --> Data found, switch exists in DB - ready to craft response
-[40:b4:f0:cc:76:01] --> Crafting DHCP ACK response
-[40:b4:f0:cc:76:01]     --> XID/Transaction ID: 51:5f:00:7c
-[40:b4:f0:cc:76:01]     --> Client IP: 10.0.200.101
-[40:b4:f0:cc:76:01]     --> DHCP forwarder IP: 10.0.200.1
-[40:b4:f0:cc:76:01]     --> Client MAC: 40:b4:f0:cc:76:01
-[40:b4:f0:cc:76:01] --> Completed DHCP header structure, building DHCP options
-[40:b4:f0:cc:76:01]     --> Option 53  (DHCP ACK): 5
-[40:b4:f0:cc:76:01]     --> Option 54  (DHCP server identifier): 10.0.100.2
-[40:b4:f0:cc:76:01]     --> Option 51  (Lease time): 43200 (12 hours)
-[40:b4:f0:cc:76:01]     --> Option 1   (subnet mask): 255.255.255.0
-[40:b4:f0:cc:76:01]     --> Option 3   (default gateway): 10.0.200.1
-[40:b4:f0:cc:76:01]     --> Option 150 (Cisco proprietary TFTP server(s)): 10.0.100.2
-[40:b4:f0:cc:76:01]     --> Option 43  (Vendor-specific option):
-[40:b4:f0:cc:76:01]         --> Suboption 0: /files/jinstall-ex-2200-12.3R6.6-domestic-signed.tgz
-[40:b4:f0:cc:76:01]         --> Suboption 1: /tg-edge/e-00-1
-[40:b4:f0:cc:76:01]         --> Suboption 3: http
-[40:b4:f0:cc:76:01] --> replying to 10.0.100.1
-
-[40:b4:f0:cc:76:01] DHCP unicast - DHCP forwarding
-[40:b4:f0:cc:76:01] Parsing DHCP packet from client
-[40:b4:f0:cc:76:01] --> processing DHCP options
-[40:b4:f0:cc:76:01]     --> option: 53: DHCP Discover (will not be used in reply)
-[40:b4:f0:cc:76:01]     --> option: 60: 4a:75:6e:69:70:65:72:2d:65 [...]
-[40:b4:f0:cc:76:01]     --> processing suboption hook for option 82
-[40:b4:f0:cc:76:01]         --> suboption 1 found - value: "distro0gw:ge-0/0/0.0:mgmt"
-[40:b4:f0:cc:76:01]     --> Finished processing suboption 82
-[40:b4:f0:cc:76:01] --> Finished processing options
-[40:b4:f0:cc:76:01] --> DHCP packet type: DHCP DISCOVER
-[40:b4:f0:cc:76:01] --> DHCP packet contains option 82 - continues to process
-[40:b4:f0:cc:76:01] --> DHCP packet forwarded by relay 10.0.200.1
-[40:b4:f0:cc:76:01] --> DHCP XID/Transaction ID: 64:3c:98:69
-[40:b4:f0:cc:76:01] --> Looking up in the DB
-[40:b4:f0:cc:76:01]     --> Query details: distro_name:distro0gw, distro_phy_port:ge-0/0/0
-[40:b4:f0:cc:76:01]     --> Data found, switch exists in DB - ready to craft response
-[40:b4:f0:cc:76:01] --> Crafting DHCP OFFER response
-[40:b4:f0:cc:76:01]     --> XID/Transaction ID: 64:3c:98:69
-[40:b4:f0:cc:76:01]     --> Client IP: 10.0.200.101
-[40:b4:f0:cc:76:01]     --> DHCP forwarder IP: 10.0.200.1
-[40:b4:f0:cc:76:01]     --> Client MAC: 40:b4:f0:cc:76:01
-[40:b4:f0:cc:76:01] --> Completed DHCP header structure, building DHCP options
-[40:b4:f0:cc:76:01]     --> Option 53  (DHCP OFFER): 2
-[40:b4:f0:cc:76:01]     --> Option 54  (DHCP server identifier): 10.0.100.2
-[40:b4:f0:cc:76:01]     --> Option 51  (Lease time): 43200 (12 hours)
-[40:b4:f0:cc:76:01]     --> Option 1   (subnet mask): 255.255.255.0
-[40:b4:f0:cc:76:01]     --> Option 3   (default gateway): 10.0.200.1
-[40:b4:f0:cc:76:01]     --> Option 150 (Cisco proprietary TFTP server(s)): 10.0.100.2
-[40:b4:f0:cc:76:01]     --> Option 43  (Vendor-specific option):
-[40:b4:f0:cc:76:01]         --> Suboption 0: /files/jinstall-ex-2200-12.3R6.6-domestic-signed.tgz
-[40:b4:f0:cc:76:01]         --> Suboption 1: /tg-edge/e-00-1
-[40:b4:f0:cc:76:01]         --> Suboption 3: http
-[40:b4:f0:cc:76:01] --> replying to 10.0.100.1
-
-[40:b4:f0:cc:76:01] DHCP unicast - DHCP forwarding
-[40:b4:f0:cc:76:01] Parsing DHCP packet from client
-[40:b4:f0:cc:76:01] --> processing DHCP options
-[40:b4:f0:cc:76:01]     --> option: 54: b'\n\x00d\x02'
-[40:b4:f0:cc:76:01]     --> option: 55: b'\x033\x01\x0f\x06BC+\x96\x0c\x07*'
-[40:b4:f0:cc:76:01]     --> option: 50: b'\n\x00\xc8e'
-[40:b4:f0:cc:76:01]     --> option: 53: b'\x03'
-[40:b4:f0:cc:76:01]     --> option: 60: 4a:75:6e:69:70:65:72:2d:65 [...]
-[40:b4:f0:cc:76:01]     --> processing suboption hook for option 82
-[40:b4:f0:cc:76:01]         --> suboption 1 found - value: "distro0gw:ge-0/0/0.0:mgmt"
-[40:b4:f0:cc:76:01]     --> Finished processing suboption 82
-[40:b4:f0:cc:76:01] --> Finished processing options
-[40:b4:f0:cc:76:01] --> DHCP packet type: DHCP REQUEST
-[40:b4:f0:cc:76:01] --> DHCP packet contains option 82 - continues to process
-[40:b4:f0:cc:76:01] --> DHCP packet forwarded by relay 10.0.200.1
-[40:b4:f0:cc:76:01] --> DHCP XID/Transaction ID: 66:33:48:73
-[40:b4:f0:cc:76:01] --> Looking up in the DB
-[40:b4:f0:cc:76:01]     --> Query details: distro_name:distro0gw, distro_phy_port:ge-0/0/0
-[40:b4:f0:cc:76:01]     --> Data found, switch exists in DB - ready to craft response
-[40:b4:f0:cc:76:01] --> Crafting DHCP ACK response
-[40:b4:f0:cc:76:01]     --> XID/Transaction ID: 66:33:48:73
-[40:b4:f0:cc:76:01]     --> Client IP: 10.0.200.101
-[40:b4:f0:cc:76:01]     --> DHCP forwarder IP: 10.0.200.1
-[40:b4:f0:cc:76:01]     --> Client MAC: 40:b4:f0:cc:76:01
-[40:b4:f0:cc:76:01] --> Completed DHCP header structure, building DHCP options
-[40:b4:f0:cc:76:01]     --> Option 53  (DHCP ACK): 5
-[40:b4:f0:cc:76:01]     --> Option 54  (DHCP server identifier): 10.0.100.2
-[40:b4:f0:cc:76:01]     --> Option 51  (Lease time): 43200 (12 hours)
-[40:b4:f0:cc:76:01]     --> Option 1   (subnet mask): 255.255.255.0
-[40:b4:f0:cc:76:01]     --> Option 3   (default gateway): 10.0.200.1
-[40:b4:f0:cc:76:01]     --> Option 150 (Cisco proprietary TFTP server(s)): 10.0.100.2
-[40:b4:f0:cc:76:01]     --> Option 43  (Vendor-specific option):
-[40:b4:f0:cc:76:01]         --> Suboption 0: /files/jinstall-ex-2200-12.3R6.6-domestic-signed.tgz
-[40:b4:f0:cc:76:01]         --> Suboption 1: /tg-edge/e-00-1
-[40:b4:f0:cc:76:01]         --> Suboption 3: http
-[40:b4:f0:cc:76:01] --> replying to 10.0.100.1
-