ASIK - Planning Documentation v.1.1 28032015

7/21/2019 ASIK - Planning Documentation v.1.1 28032015

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Planning Documentation

ASIK implementation – phase 1

Doc. NumberRevision / EditionEffective Date

:::

Reference David Farich

Document version 1.1

Documented by Arief Budiman

Documented date 16 March 2015

Accepted by Herbert Christian

Approved date

Document Update Author Evolution Aim

Scenario implementation

Attributing IP Addressing Plan

Topology network

Time frame

Hardware item list

Distribution list AirNav IT HQ

Functional IT at branch

Table of Contents

Project Description 2

Scenario 3

Topology Plan 20

VLAN « Server Farm » (VLAN 11) 20

Schedule Plan 22

System Resources 23



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Project Description

This documentation shows detailed plan of implementation ASIK for branches AirnavIndonesia phase-1.The project will be conducted on March 2015.

This documentation purposes intended providing new application procedure in orderto get better performance to users access.



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Scenario

Hardware and Requi rements :

Server for Data Processor Windows OS

XAMPP MySQL ODBC connector DLL and OCX component IP Plan UPS Server Rack Router

Preparat ion :

New IP for Data processor server NAT scenario Routing scenario Installation server WAN connection (MPLS or Internet) Project Plan Scenario

Act iv i t ies :

Installing OS on server Installing XAMPP services Import database program to localhost

Database are inside Database Folder

billdb, dbops, keuangan

Choose Import tab > choose file



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Choose the database, import one by one

Press button kirim

All database imported

Installing MySQL ODBC connector Create new profile ODBC in order to connect to database

Start > type odbc > choose Set up ODBC data sources (64-bit) > Tab User DSN then pressAdd



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Choose MySQL ODBC 3.5.1 Driver

Make new connection data source name : apbill TCP/IP Server : localhost User : root Database : billdb Klik test

Add



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Make new connection data source name : apbill2 TCP/IP Server : localhost User : root Database : dbops

Klik test

Copy DLL and OCX to SysWOW64

Copy and paste to c: Windows/SysWOW64

Put into registry

Start > type cmd > right klik choose Run as administrator

:



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asasasasasaaaaaaaaaaaaaaaa

type cd .. > type cd SysWOW64 > register the ocx file with regsvr32 NameOfFile.ocx

Ccc

Registration succeded

Create Data processor shortcut on desktop

Right click on the icon of Data Processor > Send to : Desktop (create shortcut)

Execute from the shortcut



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Router Configuration LAN Configuration

Connect to Mikrotik

Double click to Open winbox

Click on the red circle mark

Mikrotik will automatically detect the MAC Address, then choose it

Click Connect button

Hostname



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System > Identity, rename to RTR-WAN-XXX(NameOfBranch/District)> ok

Administration Setup

System > Users > Double Click Admin > Password > Set NewPassword > ok

Interface List

Click “+” > Tab general > Name : vlan1 > VLAN ID : 1 > Interface: ether2 > ok

Click “+” > Tab general > Name : vlan10 > VLAN ID : 10 >Interface : ether2 > ok



Click “+” > Tab general > Name : vlan30> VLAN ID : 30 >Interface : ether2 > ok



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Address List

IP > Addresses Click “+” For vlan1 (Addresss : Use the vlan1 gateway for each

branch/district - Network : Use the vlan1 gateway for each

branch/district – Interface : vlan1) > ok For vlan10 (Addresss : Use the vlan10 gateway for each

branch/district - Network : Use the vlan10 gateway for eachbranch/district – Interface : vlan10) > ok

For vlan11 (Addresss : Use the vlan1 gateway for eachbranch/district - Network : Use the vlan11 gateway for eachbranch/district – Interface : vlan11) > ok



SNMP Setting

IP > SNMP > Checklist Enabled > ok



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WAN Configuration Scenario A (Metro, etc….)

Explanation …..

Scenario B.1 (IP Static Public)

Set IP Static Public on Eth1 (Public IP commonly given by ISP,in this case you may ask PIC at Branch/District for it).

IP > Addresses Click “+” > Address: type the public ip > apply > Network will

automatically shown > ok

IP > Routes Tab Routes > “+”



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Gateway : ask branch/district for the gateway from ISP > ok

IP > DNS Servers : DNS IP from ISP Check Allow Remote Request > ok

NAT (Network Address Translation) IP > Firewall Tab Nat > “+” > Sub tab General > Chain : dst-nat > Dst

Address : ip static public ISP/branch/district > ok

Sub Tab Action > Action : dst-nat > To Addresses : DataProcessor Server IP > ok



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Tab Nat > “+” > Sub tab General > Chain : srcnat > Dst Address: ip server data processor branch/district > ok

Sub Tab Action > Action : srcnat > To Addresses : IP StaticPublic Branch/District > ok

Scenario B.2 (IP Static Private)



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Set IP Static Private on Eth1 (in this case you have to ask PICat Branch/District for it).

IP > Addresses Click “+” > Address: type the private ip > apply > Network will

automatically shown > ok

IP > Routes Tab Routes > “+” Gateway : ask branch/district for their gateway > ok

IP > DNS Servers : DNS IP from branch / district Check Allow Remote Request > ok

NAT (Network Address Translation) IP > Firewall

Tab Nat > “+” > Sub tab General > Chain : srcnat > OutInterface : ether1 > ok



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Tab Action > Action : Masquerade > ok

Snenario B.3 (IP Dynamic)

IP > DHCP Client Press “+”

Tab DHCP > Interface : Ether1 > ok



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Dynamic IP Address will automatically shown Success Condition : (read carefully)

IP > DHCP Client = bound IP > Addresess = automatically get the ip dynamic

from ISP

IP > DNS = servers will automatically get the ip ,please checklist Allow Remote Requests, then ok

To check that you are connected to the internet : New Terminal > ping to address which you want to reach

NAT (Network Address Translation) IP > Firewall Tab Nat > “+” > Sub tab General > Chain : srcnat > Out

Interface : ether1 > ok

Tab Action > Action : Masquerade > ok



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Scenario C (Using GSM/Data Modem) Plug modem into server Follow driver installation until finish

IP Configuration on Server

Set the server to IP Static which have been set for every branch/district Right Click on Connectivity icon > Open Network and Sharing Center

Click Ethernet

Properties > Double Click Internet Protocol Version 4 (TCP/IPv4)

Picture above is the example of IP Server for DJJ > ok



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Configure > Tab Advanced : VLAN ID , Set Value = 11 > ok

Testing and Connecting application server Open Data Processor Application which has been in Desktop Shortcut > Set specified

port and baudrate, then Run Server Plug in AMSC cable to Server (RS232 port) Make sure that flight plans from AMSC imported to database billdb & dbops

Monitoring and commissioning application server

Cont ingency Plan :

Re-configuring application server Switching off application server



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Flowchar t :

START

Installation H/W

Installation Win OS

Installation Data

processor and its

services

Configuring IP Address

Providing new IP

address

Configuring router

Configuring IP routing

Configuring NAT

1

Defined SOW

Done

Done

1

Testing & Connecting

Done

Monitoring

Fallback scenario

FINISH

Y

N

Y

N

N

Y

Reconfigure router andserver

2

2



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Topology Plan

R1500 XR

+-+-! 100%

25%

xSeries325

UPS

Data Processor Server

Monitor

IP Plan VLAN : 172.xx.xx .1 mask 255.255.255.0 Gateway 172.xx .xx.xx

For detailed information, please refer on IP Plan Docum entat ion for every brancheson separately file.

VLAN « Server Farm » (VLAN 11)172.xx.xx.xx Mask: 255.255.255.0 Gateway: 172.xx.xx.xx

Servers: from 172.xx.xx.xx to 172.xx.xx.xx

Branches

AFTN - AMSC Data Processor

Router

MPLS /

Internet

Router

Head Office

Data Pooling



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Workgroup Bridges: from 172.xx.xx.xx to 172.xx.xx.xxNetwork equipment: from 172.xx.xx.xx to 172.xx.xx.xx

LAN Rout ing :1/ First case: Back Bone switches with routing cardGateway to use on all equipment 172.xx.xx.xx

(VRRP address for LANrouting)

IP address gateway on first switch 172.xx.xx.xxIP address gateway on second switch 172.xx.xx.xx

2/ Second Case: switch + external routerGateway to use on all equipment 172.xx.xx.xx

3/ Third case: Back Bone switches with routing engineGateway to use on all equipment 172.xx.xx.xx

(VRRP address for LANrouting)

IP address gateway on first switch 172.xx.xx.xxIP address gateway on second switch 172.xx.xx.xx



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Schedule Plan

For detailed information, please refer on project plan (ASIK - Time and Plan Phase 1v.1.0 12032015.mpp or ASIK - Time and Plan Phase 1 v.1.0 12032015.pdf)



System Resources

A. Identify System Points ofContact

Role

IT Airnav Indonesia Head Quarter

Senior Manager Responsible in planning and supervising theproject and network setup

Manager Has the responsibility to setup OS

Senior Analyst Has the responsibility to setup / installation

B. Identify System Resources

Hardware

New Application Data Processor server

UPS

Server Rack

Router

Software Windows OS

Support Services

Routing network

Other Resources

ASIK - Planning Documentation v.1.1 28032015

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