The Ultimate Citrix Install Guide
 
1 - Preface
2 - Project Management
3 - Analysis Phase
4 - Design Phase
5 - Implementation Phase
  1. Implementation Overview

2. Prepare the Network Environment

3. Add Users to a Terminal Services Environment

4. 3rd Party IMA Data Store Installation Instructions

5. Install Operating System

6. Install MetaFrame XP

7. Tweak Windows 2000 / MetaFrame XP

8. Rapid Server Deployment

9. How to create a Zone & Move MetaFrame Servers to it

10. ICA Client Update Configuration Utility

11. How to Setup Automatic Reboot for MetaFrame Servers

12. Client Drive Mapping

13. Install Applications

14. Publishing through the Citrix Management Console

15. How to Build a Stable Printing Environment

16. NFuse Integration

17. Citrix Web Console (CWC)

18. How to Secure a Internet Information Services (IIS) Server

19. Citrix Management Console (CMC)

20. Microsoft Terminal Services License Server

21. Implement System Policies

22. Implementation - Checkpoint
6 - Readiness Phase
7 - Rollout Phase
8 - Appendix

Analysis

 

 

 

 

 

 

1. Analysis Overview

In my opinion, the analyses phase is the most important phase in the process.  When you complete it successfully, you will be well on your way to a successful deployment.  

Your goal for the analysis phase is twofold:  First is to prepare yourself with all of the information you will need to successfully plan, implement and rollout MetaFrame in the proposed environment.  Second is to present this to your customer in the form of a Project Plan and Infrastructure Assessment.   

The analysis phase is broken down into the following four segments:

       Vision / Project Scope (Statement of Work)

       Project Plan

       Infrastructure Assessment

       Proof of Concept

Deliverables are created for each of the above segments upon completion of that segment. 

I have also been known to call the Analysis phase the setting expectations phase.   What I mean by this is that during the process of completing each of the segments, you will be spending the bulk of your time in meetings with your customer asking questions and setting the rules for the project. 

Being a big fan of analogies, I like to explain it like this:  If two parties are playing a game and have a small wager on the outcome of the game. If one of the parties set the rules and draws the playbook, which one would you, bet on?  Obviously the one who makes the rules and draws the plays! 

With a little experience and the right know how, you will be able to set the rules to your advantage and guide your projects towards successful completions. 

 

The following is an example of an Analysis Phase Overview:

 

1.  Analysis Overview

 

This Analysis Phase document is the first deliverable of the MetaFrame XP project and will explain the projects high-level Vision/Scope. 

 

This document is as follows:

 

  • Project Vision (Statement of Work)
  • Project Scope
  • Estimated Project Plan
  • Infrastructure Assessment Findings
  • Proof of Concept Findings

 

 

 

 

 

 

 

 

2. Vision / Project Scope (Statement of Work)

The first section you will address is performed prior to any obligation from the customer.  In this section you will create the vision and define the Project scope in the form of a Statement of Work (SOW). 

To define the vision is to define the project.  Its the business reason you are deploying MetaFrame, i.e. the benefits that yours customer are expecting to receive from a successful deployment.   All decisions made throughout the lifespan of a project will be verified against the vision.

A vision is derived from your customers goals and business case for the project.   You will need to set up a meeting with the customer to identify and quantify this.   Once documented, make sure that your customer reviews the Vision and signs off on it.  Only then will you will be ready to start on the project scope.

I like to break the project scope down to what I call in scope, out of scope.    This is probably the second most important element of the project, so be very careful in creating it.   You do this by creating a table that lists the vision and then breaks the project into four project management phases.  Each phase is then broken down into segments that identify all of the high level tasks needed to complete during each phase.

In the scope you need to list what you are responsible for, what you are NOT responsible for, what the customer is responsible for and the resources that you will be utilizing throughout the project. For example, if you are deploying MetaFrame for both LAN and WAN access, you will need modifications to the firewall which requires you to document who is responsible for those changes.  In some cases this may be you but more often, you will need to work with the party who is responsible for the routers/firewalls.   In this case, you will document the changes your roll will require and more importantly who, in the router/firewall group, is responsible for what tasks and by what date.  

You will also create a list of applications that will be deployed.  This will assist in defining the Project Plan and Proof of Concept and help you scope the time it will take to deploy in completing the project. 

You will want to make the SOW as comprehensive as possible and then present it to your customer in the form of a formal document during a formal meeting setting.  Note that it is important to get the individual or group(s) responsible involved, as it gives them a stake in the project.  

Your customer will now have the opportunity to engage your services and continue with the MetaFrame project as documented in the SOW. 

Throughout the lifespan of a project it might be necessary to modify the project scope to meet the goals of the vision based on new information found or decisions made or the addition of more applications.   If this is necessary, you will need to have the customer sign off on a change request, modify the scope and the estimated time for completion.  A successful project is one that not only achieves the vision but one that comes in on time.  From my experience, scope additions can and will cause a project to come in over the estimated time and dollars amount.  If you present your customer with the knowledge that any additions to the scope will require scope and time estimate to change, then you will have set the proper expectations.     Remember that in creating the scope, you are creating the rules and plays of the game and need to be as thorough as possible.

 

 


The following is an example of a complete Project Vision / Scope.

 

Statement of Work

Monday, May 1st  2002

 

Executive Sponsor:

Douglas Brown, Owner

 

Project:

MetaFrame XP application server deployment

DABCC.COM would like to have centralized management of their Citrix MetaFrame Extended Platform (XP) based application servers.  The ability for rapid deployment is one of the primary goals for deploying MetaFrame XP.  DABCC.COM currently has a network infrastructure in place to electronically communicate with remote sites.  DABCC.COM would like to make it easier for the end-user to securely connect to remote applications from any location at any time.

This vision includes the following key objectives:

 

  • Enhance application availability for end-users both locally and remotely by providing a reliable, stable, and efficient application deployment system.
  • Reduce administration, support and operational costs of supporting front-end workstations.
  • Provide value added services now and in the future including portal services that will provide for team collaboration, document management, conferencing services and other web and MetaFrame applications
  • Increase productivity of employees by providing them with a comprehensive application system.
  • Take advantage of the newly implemented corporate wide Windows 2000 Active Directory.

 

  Project Scope

Analysis Phase

Estimated Time:  5 Days

Project Plan

         Prepare and document detailed project plan.

 

Infrastructure Assessment

         Prepare for assessment questions and inquiry.

         Schedule times and meetings with DABCC.COM personnel for questions and inquiries.

         Document and present assessment.

 

Analysis Phase Checkpoint

         Prepare for and schedule meeting with DABCC.COM for a formal presentation of the Analysis Phase deliverable.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Design Phase

Estimated Time: 5 Days

Server Requirements

         Define and document the following sections:

o        Hardware Requirements

o        Operating Systems Requirements

 

MetaFrame Design

         Define and document the following sections:

o        Farm Design

o        Data Collector Design

o        Zone Design

o        Data Store Design

o        Load Management Design

o        Applications

o        Application Delivery

 


Design Phase Checkpoint

         Prepare for and schedule meeting with DABCC.COM for a formal presentation of the Design Phase deliverable.

 

Implementation Phase

Estimated Time: 5 Days

Develop installation procedures & Build initial environment

         Configure network environment for the MetaFrame deployment.

         Build servers.

         Document installation procedures based on POC and develop installation documentation. 

         Clone Servers.

         Install applications and document installation procedures.

         Implement any Group Policies.

         Implement print architecture.

         Implement NFuse

 

 

 

 

 

 

Readiness Phase

Estimated Time: 5 Days

Test, Test, Test

         Develop and document test procedures.

         Perform test on both scalability and functionality.

 

Production Pilot

         Determine pilot goals and objectives.

         Determine pilot users.

         Train pilot users.

         Conduct pilot.

         Conduct interviews with pilot users and documents responses.

         Document pilot results.

 

Implementation Phase Checkpoint

         Prepare for and schedule meeting with DABCC.COM for formal presentation of the findings throughout the Implementation phase.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Rollout

Estimated Time: 5 Days

Rollout Additional Servers

         Install any additional servers via the installation policies and procedures documented in the above phases.

 

End-User Training

         Create End-User training documentation

         Gather users for formal training

 

 

 

Administrator Training

         Create Administration documentation

         Meet users that will be empowered with Citrix MetaFrame administrator privileges and provide formal, admin training.

 

Go Live

         Obtain sign off for live rollout

         Distribute end user documentation

         Configure rollout users

         Go Live

 

 

 

 

 

   Out of Scope

 

Proof of Concept

         Based on the applications that will be deployed, DABCC.COM has opted out of the Proof of Concept section of the Analysis Phase.

 

Router Configuration

         Network Address Translation changes Dan Morrow, 555-351-3268

         Firewall Change (TCP 1494) Dan Morrow, 555-351-3268

 

VPN Configuration

         Client installs Help Desk Staff, 555-351-HELP

         VPN Hardware changes Fred Klopf, 555-351-5235

 

 

  Proposed Applications

 

                    Microsoft Office XP

                    Microsoft Visio 2002

                    IBM Client Access

                   Adobe Acrobat Reader 5.0

                   Lotus Notes

                   WinZip 8.0

   

 

 

 

 

 

 

 

 

 Analysis Phase estimated 40 hours starting 4/15/02

 Design Phase estimated 40 hours starting 4/22/02

 Implementation Phase estimated  40 hours starting 4/22/02

 Rollout Phase estimated 40 hours starting 4/29/02

 

 Estimated time to project completion:  160 hours

 Estimated project labor cost at $ 20,000

 

Accepted by:

                                         D&D Consulting

 

 

Accepted by:

                                           DABCC.COM

 

 

 

 

Authors Signature

 

 

Signature

 

 

 

 

 

Title

 

 

Title

 

 

 

 

 

 

Date

 

 

Date

 

 

 

 

 

 

 

 

 

Managers Signature

 

 

Street Address

 

 

 

 

 

 

 

 

Phone number for Key Contact

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

3. Project Plan

Now that you have finalized the Vision / Scope, you need to expand the scope and develop a detailed list of the tasks to be completed.   The desired audience for this document is the LAN/WAN Engineer who is not a project manager.  Therefore, I will provide two options for creating a comprehensive project plan; by hand or with Microsoft Project.  I know that not everybody is a MS Project expert, but I highly recommend spending the time necessary to learn how to use it as it is not that difficult.  When I first started creating projects for my jobs, I did everything by hand (Microsoft Word).  Then I went out and picked up a Dummies guide to Microsoft Project and was blown away by how much easier it made my job.   Please take a peek at it; I think you will be impressed with what you find.

Your project plan should consist of a list of every task that needs to be completed.  Each task should consist of the name and phone number of the individual responsible, any other parties that are needed to assist and an estimated timeframe for completion.   You should do this for each task in your project and with as much detail as possible.  Remember, it is necessary to go into as much detail as possible in order to set the proper expectations and to provide the necessary framework required to complete the project.

When estimating the time allotted for each phase, be very careful not to underestimate.   Time estimation is far from an exact science.  Remember to leave time for application tuning and troubleshooting.  In case you underestimate this, you will need to discuss with the customer any additional time needed to complete the project and why. 

At the end of the Analysis phase you will have a completed project plan.  Next you need to setup a meeting with your customer and have them sign off on the overall plan.     It is also important to make sure that your customer knows the project plan is not set in stone.  You will probably need to add or subtract items or go into greater detail as you move through the Design and the Implementation Phases.  Each time you make a change you will need to inform all parties and supply them with an updated copy of the plan. 

 


The following is a basic project plan for a small to medium size MetaFrame deployment:

 

 

 3. Project Plan

 

  The following is an estimated Project Plan:

Task

Owner

Estimated Time

 

Analysis Phase

1 Week

Create Vision 

 

D&D Consulting

.5 days FREE

Create Scope (in scope / out of scope)

D&D Consulting

.5 days FREE

Infrastructure Assessment. 

  • Prepare for assessment questions and inquiry.
  • Schedule times and meetings with your customer for questions and inquiry.
  • Review the following areas:
    • Network Environment.
    • Hardware
    • Operating Systems
    • Printing Environment.
    • Client Environment
  • Document and present assessment.

 

D&D Consulting

4 days

Proof of Concept (if applicable) 

  • Schedule meeting to define goals and tests for the Proof of Concept (POC).
  • Setup and document the POC environment.
  • Conduct tests to achieve the goals of the POC.
  • Make any changes necessary to achieve the goals.
  • Document and present findings

D&D Consulting

1 day

Analysis Phase Checkpoint

 

D&D Consulting, Net Admin, Management

 

.25 day

Design Phase

1 Week

         Sever Requirements - Define and document the following sections

o        Hardware requirements

o        Operating Systems Requirements

 

D&D Consulting

1 day

         MetaFrame Design - Define and document the following sections:

o        Farm Design

o        Data Collector Design

o        Zone Design

o        Data Store Design

o        Load Management Design

o        Applications

o        Application Delivery

o        Printer Design

 

D&D Consulting

2 day

 

 

 

 

 

 

 

 


         Network Design - Define and document the following sections:

o        File Storage

o        Login Scripts

o        Network Modifications

o        Security

 

 

2 day

 

Design Phase Checkpoint

 

 

D&D Consulting, Net Admin

2 hours

Implementation Phase

1 Week

Create network shares

 

D&D Consulting, Net Admin

 

1 hour

Firewall modifications

Dan Morrow

 

1 hour

Configure switch port settings

D&D Consulting, Net Admin

 

1 hours

Add / configure users for a Terminal Services environment.

 

D&D Consulting, Net Admin

 

1 hours

Create Data Store

 

D&D Consulting, Net Admin

1.5 days

Unpack and prepare hardware

 

D&D Consulting, Net Admin

5 hours

Install and Configure base operating system

 

D&D Consulting, Net Admin

2 hours

Install and Configure MetaFrame XP

 

D&D Consulting, Net Admin

3 hours

Create Image

 

D&D Consulting, Net Admin

2 hours

Deploy Image on second test server

 

D&D Consulting, Net Admin

3 hours

Install Applications

 

 

1 day

Configure ICA Client update configuration utility

D&D Consulting, Net Admin

 

1 hour

Configure Printing Environment

  • Configure print compatibility mappings
  • Configure network print server assignments
  • Configure Universal Print Driver

 

D&D Consulting, Net Admin

 

2 hours

Implement Policies

 

D&D Consulting, Net Admin

 

3 hours

Install Terminal Services licenses

 

D&D Consulting, Net Admin

 

1 hour

Install and Configure and secure IIS web server

 

D&D Consulting, Net Admin

 

4 hours

 

 

 

 

 

 

Install NFuse web extensions and Project Columbia

 

D&D Consulting, Net Admin

 

3 hour

Implementation Phase Checkpoint

 

D&D Consulting, Net Admin

 

2 hours


Readiness Phase

1 Week

Pilot and Test

  • Develop Test Procedures
  • Determine and train test users
  • Launch Pilot and run test procedures
  • Obtain Pilot Users feedback (forms, surveys, reports and observations)
  • Evaluate Pilot Results and change design or processes if so desired and then repeat the previous two steps.

 

D&D Consulting, Net Admin

 

2 days

Rollout Any Additional Servers

 

D&D Consulting, Net Admin

 

7 hours

Implement Change Management Policies and procedures

 

D&D Consulting, Net Admin

 

1 hour

Pilot and Test entire network as documented about

 

D&D Consulting, Net Admin

 

2 day

Readiness Phase Checkpoint

 

D&D Consulting, Net Admin

 

2 hours


Rollout Phase

4 days

Train Admin Staff

 

 

1 day

Train End-Users

 

 

1 day

Go Live

 

 

1 day

Gather Feedback

 

 

1 day

Rollout Phase Checkpoint

 

 

 

 

 

 

 

Estimated Time to Completion:

160 hours

 

 

4. Infrastructure Assessment

The infrastructure assessment (IA) section of the Analysis phase is one of the most overlooked sections of a successful project but is one of the most important to the perception of performance.  From my experience, a MetaFrame deployment will augment the environment you deploy into.  What I mean by this is that if you place a MetaFrame farm in a poorly laid out network you will most likely experience problems.  However, if you prepare your environment and deploy in to a network that meets the necessary requirements, your customer will love the outcome and you will make more money with less hassles.

During the Infrastructure Assessment, you will be tasked to document the readiness, requirements and considerations for each of the following sections.  This information will allow you and your customer to understand which areas of their current environment are ready for a rollout of MetaFrame and identify the ones where more attention is needed. 

Upon completion of the infrastructure assessment, you will be able to spot problem areas and make recommendations for changes that will let you achieve the vision. 

An Infrastructure Assessment is broken down into the following sections:

Network Architecture: The Network Architecture segment is very important but sometimes is completely overlooked.  Please give it the attention it deserves. Citrix is a great thing if you have a good network but can turn ugly real quick if the network infrastructure that you are installing into is not properly designed.  You will want to document what network protocols are on the wire, if they are using switches / hubs and how they are configured. You will document how they are segmenting the network (VLANS, subnets), what topologies are in play (Ethernet, Token Ring, ATM) and any bandwidth management software they may be running.

In order to make sure that you are not responsible for any possible security holes, you will want to discuss with your customer what security precautions they have in place I.E. (firewalls, access controls, and two factor authentication). You will also want to determine and document who has access to the physical presence of the hardware

Hardware Environment: You will want to document the vendor, the amount of memory, processors, disk drives, NIC(s) required and any additional hardware.

Operating Systems Environment: Window 2000 - you will need to document how the Active Directory is designed.   Document information such as: name resolution, pertinent IP addresses, OU structure and file/print structure. Parse through the login scripts for any possible issues, group membership, any users/groups that will has administrator access and any additional information that might be specific to your customers AD design. 

NT Server 4.0 - you will need to document how the NT domain is designed.   You will want to gather such information as: the Domain model (Single Domain, Multiple Domains, Multiple Master, etc), name resolution (WINS, DNS), file/print structure. Parse through the login scripts for any possible issues, group membership, any users/groups that will has administrator access and any additional information that might be specific to your customers domain design.

Novell Netware - you will need to document how the Novell network is designed.  You will want to gather such information as: what type of Novell directory services are they running, i.e. NDS, Bindery. If they are running NDS, you will want to document the NDS design (OUs, trees, etc.), name resolution, all the protocols that are running and their respective addresses. Parse through the login scripts for any possible issues, group membership, any users/groups that have administrator access, and any additional information that might be specific to your customers Netware design.

 

MetaFrame Environment: If you will be deploying into a network with an existing MetaFrame / WinFrame installation, you will need to verify the following: Farm Architecture, ICA Browser, Servers, Load Balancing, Network Structure, Users, Applications, Application Delivery and Licensing.

 

Printing Environment: If you have been around the Citrix world for awhile you will know that the print subsystem is one of the most finicky problem spots and requires proper configuration for optimum performance.  With this in mind you will want to make sure you do your best in analyzing your customers print environment.  You will need to document all the print servers for such things as what OS it is running, how the printers are attached and how many printers are on each print server. You will also need to document as many of the home / off-site printers as possible.  

I liked to throw this task in to the hands of my customer and task them with the responsibility of supplying me with a list of all the printers that need to be supported.  I also make sure that they are aware that any additional printers might require additional changes.

Client Environment: In a server-based computing environment you spend 99% of your time on the back-end but it is still important to know what type of client workstations you will be deploying into so that you can account and support them as needed.  You will want to document what operating systems you will need to support, if they are desktops or laptops, how the users will be connecting to the server and from what type of connection.  (RAS, ICA dial-in and or TCP/IP via the Internet)

Change Control Environment: The goal of any deployment is not only to successfully deploy the product but also to leave an environment that will not fall apart after you leave. This is done by creating policies and procedures on how future changes will be orchestrated.  This is what we call change management.   

In most cases you will not find any change control mechanism in place but this does not mean you will want to leave it that way.  Document any change procedures that might be in place, whom is able/responsible for making changes and inform your customer that you will be creating basic change control procedures for their new MetaFrame environment.

 

The following is an example of a basic Infrastructure Assessment finding:

 

4.  Infrastructure Assessment Findings

The following Infrastructure Assessment sections document the considerations and requirements to insure network readiness.

4. 1  Network Architecture

DABCC.COMs network architecture consists of the following:

         The Ethernet network topology in place.

         All servers are located in the computer room located in the southwest corner of the office.

         All offices and cubicles are wired through a Cisco Catalyst 2948G-L3 switch with CAT 5 cable.  It is manageable and capable of full duplex operations.  There is only one defined VLAN the default VLAN.  There are no broadcast controls or filters defined.  Currently the only non-default settings on the switch are a couple of ports that are throttled (see below).

         SNMP Name: dbswitch1

         IP Address: 192.168.1.2

         Subnet Mask: 255.255.255.0

         Ports 9-45 are presently set to auto detect speed and half/full duplex operations.  These ports are populated with workstations and printers.

         Ports 5- 8 are set to full duplex / 100Mb for connections to the repeaters (repeaters only capable of half duplex operations) in other parts of the complex, (Closet(s) B, C, D).

Cisco Catalyst 2948G-L3

1

Router

25

Workstation

2

None

26

Workstation

3

None

27

Workstation

4

None

28

Workstation

5

DB2KAD1

29

Workstation

6

DB2KAD2

30

Workstation

7

DB2KFS1

31

Workstation

8

DB2KWEB1

32

Workstation

9

None

33

Workstation

10

None

34

Workstation

11

None

35

Workstation

12

None

36

Workstation

13

None

37

Workstation

14

None

38

Workstation

15

HP LaserJet 4M

39

Workstation

16

HP LaserJet 4000

40

Workstation

17

HP LaserJet 4000

41

Workstation

18

HP LaserJet Color 4050

42

None

19

HP OfficeJet 720

43

None

20

Workstation

44

None

21

Workstation

45

None

22

Workstation

46

None

23

Workstation

47

None

24

Workstation

48

None

 

         Remote locations are / will be connecting through the following types of connections: dial-up, cable and DSL. 

         A Cisco 2620 Router with the Firewall Feature Set is installed and configured to the following.

Cisco 2620 Router w/ Firewall Feature Set

Fast Ethernet 0/0

203.72.26.21

255.255.255.248

Fast Ethernet 0/1 

192.168.1.254

255.255.255.0

Password

R5y3ds7f3Z

 

 

NAT Translation

203.72.26.17

NAT Translation

203.72.26.18

NAT Translation

203.72.26.19

(Open)

203.72.26.20

192.168.1.4

203.72.26.21

Router External Interface

203.72.26.22

DSL Interface

 

 

Ports Open:

203.72.26.20

SMTP, POP3, WWW, FTP, DNS, 3389

 

 

 

 

 

 

4. 2  Hardware Environment

 

The following is a detailed list of DABCC.COMs server hardware:

         DABCC.COM has standardized their server hardware on the Compaq ProLiant server line.

DB2KAD1  Compaq ML 530

  • Form Factor Rack Mount
  • Processor Two 933MHz, Pentium III Xeon processors with 256KB level 2 Advanced Transfer Cache.
  • Memory 1 GB 133 MHz ECC SDRAM expandable to 4GB using 512 MB modules
  • Network Controller - NC3123 Fast Ethernet NIC PCI 10/100 controller
  • Drive Bays Four total 5.25" removable media bays (1) 1.44 MB floppy drive.   One, is used for a 48x CDROM drive and another for a Compaq Internal DLT 20/40
  • Internal Storage -218.4 GB Maximum Internal Hot Plug Storage Ultra2 and Ultra3 ready.  Three 18.2 GB Hot Plug Ultra 3 hard drives are installed. 
  • Drive Controller - One Smart Array 4200 4-channel array controller configured for RAID 5 data protection.
  • Interfaces - One RJ-45 Ethernet port, two serial, one parallel, keyboard, mouse, and one graphics port, and external SCSI through knockout.

DB2KAD2 Compaq ML 530

  • Form Factor Rack Mount
  • Processor Two 933MHz, Pentium III Xeon processors with 256KB level 2 Advanced Transfer Cache.
  • Memory 1 GB 133 MHz ECC SDRAM expandable to 4GB using 512 MB modules
  • Network Controller - NC3123 Fast Ethernet NIC PCI 10/100 controller
  • Drive Bays Four total 5.25" removable media bays (1) 1.44 MB floppy drive.   One, is used for a 48x CDROM drive and the other for a Compaq Internal DLT 20/40
  • Internal Storage -218.4 GB Maximum Internal Hot Plug Storage Ultra2 and Ultra3 ready.  Three 18.2 GB Hot Plug Ultra 3 hard drives are installed The Smart Array 5300 128 Cache Module with RAID ADG is configured for RAID 5.
  • Interfaces - One RJ-45 Ethernet port, two serial, one parallel, keyboard, mouse, and one graphics port, and external SCSI through knockout.

DB2KFS1 Compaq ML 530

  • Form Factor Rack Mount
  • Processor Two 933MHz, Pentium III Xeon processors with 256KB level 2 Advanced Transfer Cache.
  • Memory 1 GB 133 MHz ECC SDRAM expandable to 4GB using 512 MB modules
  • Network Controller - NC3123 Fast Ethernet NIC PCI 10/100 controller
  • Drive Bays Four total 5.25" removable media bays (1) 1.44 MB floppy drive.   One, is used for a 48x CDROM drive and another for a Compaq Internal DLT 20/40
  • Internal Storage -218.4 GB Maximum Internal Hot Plug Storage Ultra2 and Ultra3 ready.  Three 18.2 GB Hot Plug Ultra 2 hard drives are installed
  • Drive Controller - The Smart Array 5300 128 Cache Module with RAID ADG is configured for RAID 5.
  • Interfaces - One RJ-45 Ethernet port, two serial, one parallel, keyboard, mouse, one graphics port, and external SCSI through knockout.

 

 

 

 

 

DB2KWEB1 Compaq ML 360

  • Form Factor Rack Mount
  • Processor Pentium III 1.40GHz with 512k cache FC-PGA 1
  • Memory 1 GB 133 MHz ECC SDRAM expandable to 4GB
  • Network Controller - NC3123 Fast Ethernet NIC PCI 10/100 controller
  • Drive Bays Four total 5.25" removable media bays (1) 1.44 MB floppy drive.   One, is used for a 48x CDROM drive and another is used for a Compaq Internal DLT 20/40
  • Internal Storage 2 x 1" Ultra3 Hot-Plug available.  Two 18.2 GB Hot Plug Ultra 3 hard drives are installed.
  • Drive Controller - Integrated Smart Array 5i Controller, with 32MB memory
  • Interfaces - two serial, one parallel, keyboard, mouse, one graphics port and external SCSI through knockout.
  • Network Interfaces: 2 Compaq NC7780 Gigabit Ethernet NIC Embedded 10/100/1000

 

4. 3  Operating Systems Environment

 

DABCC.COM has implemented Microsofts Windows 2000 with Active Directory.  The following information documents information such as: name resolution, pertinent IP addresses, OU structure, file/print structure, login scripts, group membership and administrators. 

         DABCC.COMs Active Directory: One Forest, one domain with the DNS namespace of DABCC.COM running in Native mode. 

         DABCC.COM uses DNS as its primary name resolution mechanism.   The DNS service is configured on DB2KAD1 and DB2KAD2 with Active Directory integrate zones.

         WINS is configured to add support for legacy devices.  DB2KAD2 is configured as the WINS Server

         The DCHP service is configured on DB2KAD2 with default settings with the IP range specified below.


         The TCP/IP Address information is as follows:

TCP/IP Addresses:

 

Network Address:

192.168.1.0

Subnet Mask:

255.255.255.0

Gateway:

192.168.1.254

Primary WINS

192.168.1.1

Secondary WINS

None

Primary DNS

192.168.1.1

Secondary DNS

192.168.1.2

 

DB2KAD1

192.168.1.5

DB2KAD2

192.168.1.6

DB2KFS1

192.168.1.7

DB2KWEB1

192.168.1.8

 

HP 4M

192.168.1.15

HP 4000

192.168.1.16

HP 4000

192.168.1.17

HP LaserJet 4050 Color

192.168.1.18

HP OfficeJet 720

192.168.1.19

 

DHCP Range

192.168.1.100 through 192.168.1.200

 

 

 

         DABCC.COM has implemented the following Active Directory Organizational Units; 

DABCC.COM Active Directory Organizational Units

Built-in

Default OU

Computers

OU for end-user devices

DABCC Users

OU for DABCC.COMs Microsoft Windows 2000 Active Directory Users and groups.

Domain Controllers

OU for Windows 2000 Active Directory Domain Controllers. Includes:  DB2KAD1 and DB2KAD2.

Foreign Security/Principles

Default OU

Servers

OU for Windows NT/2000 servers.  Includes: DB2KFS1 and DB2KWEB1

Users 

OU default Active Directory Users and groups.

 

         DABCC.COM has configured DB2KFS1 as the main file/print server for the network.  

         DABCC.COM currently using Windows 2000 Group Policies to deploy login scripts.  There are two GPOs in place that launch login scripts: one for administrators and one for all users.  

         DABCC.COM Domain Group Policy: Default Domain Policy Applies to the Authenticated Users group.

  • Admin Drive Mappings Applies to the Domain Admins group.

 

         The following pertinent group / users exist in the DABCC.COM domain.

Group Name

Group Type

Members

Domain Admins

Security Group - Global

Administrator

Douglas Brown

Jim Worthington

Enterprise Admins

Security Group - Global

Administrator

Douglas Brown

Schema Admins

Security Group - Global

Administrator

Web Site Users

Security Group - Global

Douglas Brown

Jim Worthington

Lonnie Huffaker

Andy Klopf

Troy Gentry

Helen Tamasi

Chad McGrath

Dan Morrow

Scott Houseman

Mark Nall

Douglas Shreve

Rob Voss

Scott Duer

Chad Kunz

FTP Users

Security Group - Global

Douglas Brown

Barry Brown

Jim Worthington

Lonnie Huffaker

Chad Kunz

Troy Gentry

Helen Tamasi

Andy Klopf

Chad McGrath

Dan Morrow

Scott Houseman

Mark Nall

Douglas Shreve

Rob Voss

Domain Users

Security Group Global

Douglas Brown

Barry Brown

Jim Worthington

Lonnie Huffaker

Chad Kunz

Troy Gentry

Chad McGrath

Sara Smith

Dan Morrow

Andrea Kimmel

Scott Duer

Scott Houseman

Mark Nall

Douglas Shreve

Rob Voss

Julie Cliff

 

GuestFTP

GuestWEB

 

 

4. 4  Printing Environment

 

DABCC.COM has implemented one print server (DB2KAD1) with house the following printers.

Share name

Type

HP4M

HP 4M

HP4000West

HP 4000

HP4000East

HP 4000

HPColor

HP LaserJet 4050 Color

HPOfficeJet

HP OfficeJet 720

DABCC.COM does not have a standard in place for remote printers

 

4. 5  Client Environment

 

DABCC.COM office environment is standardized on Microsoft Windows 2000 Professional workstations.  There are two Microsoft Windows 98 workstations for legacy application and device support.   Remote workstations range from Windows 2000, Windows ME, 98 and 95, Apple Macintosh and a wide range of miscellaneous personal devices.   User devices are capable of connecting via wireless, dial-in and TCP over the Internet.

 

4. 6  Change Control Environment

 

DABCC.COM currently does not have any changes control mechanism is in place.  D&D Consulting will implement basic change control policies and procedures which are part of the MetaFrame XP rollout.

 

 

 

5. Proof of Concept

In a Proof of Concept, (POC) you will want to create a small MetaFrame test environment to prove to your customer and yourself that a MetaFrame rollout is able to meet the vision set forth, i.e., if your vision is to deploy home grown application to doctors while adhering to HIPPA complicacy, then you will want to verify that the home grown application is compatible. 

Keeping with the scope of the document, this phase is somewhat of a quandary.  I mean, if you are deploying  common applications (Microsoft Office, GroupWise) over typical connections (Cable/DSL, Dialup) then from experience you will know that this is possible and dont really need a POC as this will add to the  expense.

On the other hand, if you will be deploying applications that you are unsure of,  or have little or no experience with, then you will want to do a basic Proof of Concept to verify that you will able to achieve the vision. 

If you will be conducting a POC, you will want to break it down into the following four phases:

1.        Develop Tests: Call a meeting with your customer to define the tests and acceptable results thresholds.

2.        Create Test Environment Start with a clean server, build a MetaFrame server, install any applications that are in question and run the tests that you defined in step 1.  Note that you should document all of the steps taken during the creation of the test environment.

3.        Make adjustments as necessary Once you have run your first round of tests you will want to take a step back and determine where tuning is needed in order to meet the vision.

4.        Document findings You will want to take the documents you created during step 2 and formalize them in form of OS and application installation procedures.   You will also want to document any issues you may have found and your recommendations for resolving them.

This is the last item in the Analysis phase, you are now ready to take your Proof of Concept document and present it as part of the Analysis Phase deliverable.

 

6. In Analysis - Checkpoint

You thought that we where never going to have any fun.   Now that you have completed the vision/scope, create a project plan, infrastructure assessment, started to design a project plan and finished the proof of concept, it is time to present your findings to your customer. You will deliver documentation that will be presented to your customer during a formal meeting.  

The Analysis Checkpoint document should contain the following sections:

       Preface

       Vision / Scope (Statement of Work)

       Infrastructure Assessment findings

       Proof of Concept assumptions and findings

       Statement of Work that defines scope, deliverables, estimated duration and costs for the design, Implementation, Readiness and Rollout phases.

You should assemble all the key players in the project, along with any of the money people and present the project and estimated times for completion.  At this point your customer can choose to continue with the project or bow out gracefully with the knowledge they have learned about their environment and the design requirements for a future MetaFrame deployment.   In the second case, you will walk away with a slew of service dollars along with a significant amount of additional knowledge and experience that will separate you from a break fix engineer to a Consultant. 

 

You will find the following examples and templates located in Methodology in a Box 1.0.  (MIAB1.0.ZIP)

Path \ Filename

Description

\Examples\EXAMPLE Statement of Work.doc

Example of a Statement of Work.

 

\Examples\EXAMPLE Analysis Phase Deliverable.doc 

Example of a Analysis Phase Deliverable.

 

 

 

Templates\TEMPLATE Statement of Work.doc

Microsoft Word Template file for a Statement of Work deliverable.

 

Templates\TEMPLATE Analysis Phase Deliverable.doc

Microsoft Word template file for a Analysis Phase deliverable.

 

 

 

 

 

 

 

 

 

 

DABCC Site Map | Legal Notice | Privacy Statement | All Rights Reserved for DABCC, Inc.