Windows Services (sample work)

8/12/2019 Windows Services (sample work)

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Windows Services


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Table of Contents

Introduction ...................................................................................................................................... 2

Windows services .............................................................................................................................. 4

Cube service controller engine .......................................................................................................... 5

Classes under the cube service .......................................................................................................... 6

Mail, person, proxy, services and settings-1000 ............................................................................. 6

Tester project with an XML file-700 ................................................................................................. 10

Testing Phase .................................................................................................................................. 19

Objective and Goals ..................................................................................................................... 20

Objectives ................................................................................................................................ 20

Goals ....................................................................................................................................... 20

Deliverables and approvals .......................................................................................................... 21

Recommendation ............................................................................................................................ 24

Conclusion ....................................................................................................................................... 27

References ...................................................................................................................................... 28


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Introduction

The oldest of all Microsofts operating systems is MS-DOS (Microsoft Disk Operating

System). MS-DOS is a text-based operating system. Users have to type commands slightly

when they need to use the graphical user interfaces (GUIs). Despite its very basic

appearance, MS-DOS is a very powerful operating system. There are many advanced

applications and games available for MS-DOS. A version of MS-DOS underpins Windows.

Many advanced administration tasks in Windows can only be performed using MS-DOS. The

history of Microsoft Windows dates back to 1985, when Microsoft released Microsoft

Windows Version 1.01. Microsofts aim was to provide a friendly user-interface known as a

GUI (graphical user interface) which allowed for easier navigation of the system features.

Windows 1.01 never really caught on. In 1987 Microsoft revamped the operating system and

released Windows 2.03. The GUI was very slightly improved but still looked too similar to

Windows 1.01. The operating system again failed to capture a wide audience. Microsoft

made an enormous impression with Windows 3.0 and 3.1. Graphics and functionality were

drastically improved. The Windows 3.x family provided multimedia capabilities as well as

vastly improved graphics and application support. Building on the success of Windows 3.x,

Microsoft released Microsoft Windows for Workgroups 3.11. This gave Windows the ability

to function on a network. It is not uncommon to find companies still using Windows 3.11. In

1993 Microsoft divided the operating system into two categories; Business and home user.

Windows NT (New Technology) was a lot more reliable than Windows 3.x. Windows NT

provided advanced network features. On the business front, Windows NT continued to

develop with the release of version 3.51. Different versions were provided which offered

different functionality. Server provided the higher network functions and Workstation was

mainly for the client machines (Barber, 2005). In 1995 Windows went through a major

revamp and Microsoft Windows 95 was released. This provided greatly improved multimedia

and a much more polished user interface. The now familiar desktop and Start Menu appeared.

Internet and networking support was built in although Windows 95 was a home user

operating system, it proved to be very popular in schools and businesses. After the success of

Windows 95, Microsoft improved the GUI interface of Windows NT and released Windows

NT 4.0. NT4 could be tailored to the size of the business, NT4 Server for small to medium

sized businesses and Enterprise Server for larger networks. Microsoft continued to improve

the Windows format. Although Microsoft Windows 98 was very similar to Windows 95, it

offered a much tidier display and enhanced multimedia support. Breaking with itsown naming conventions, Microsoft released Windows 2000 for the business market. It


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appeared in 4 models: Professional which replaced Workstation, Server, Advanced Server

and Data enter Server catered for differing business requirements.

Windows servicesMicrosoft windows service is also known as NT services, and it enables us to invent long

term executable applications which generally run in the particular Windows sessions. These

particular services can be automatically started when the computer starts, or it can be paused

and reboot, and at that time it will never display the user interface. These windows quality

creates the services ideal for using the server or whenever at we need it for the long-term

functionality which never interferes with the other users who are working on the same

desktop. We can also run the services in the security context of the particular user accounts

which is always different from the other user or the default desktop account. To get more

information about the windows services and Windows sessions we can verify the SDK

documents located in the MSDN Library (Becker, 2012). Therefore, we can also create

services by inventing an application which will be installed as a service. For instance- assume

that we want good performance by the monitor counter data and need to react upon the

values, then for that purpose we have to write a windows service application which will

justify the performance counter data, deploy the application, and then it will start analyzing

and collecting data. Therefore, the commands that will be sent for the service includes

starting, pausing, resuming and stopping the services, we can also execute custom demands.

At the time when the application is build and created then we can easily install it by running

the command-line utility InstallUtil.exe and passing the path to the executable file of the

service. Then we can also use the Services control manager to start, pause, resume or stop the

services. We will also be able to achieve these particular tasks in the services node in Server

explorer or by using the Service controller class. Windows service applications run in their

own security context and are started before the user logs into the Windows computer on

which they are installed. You should plan carefully what user account to run the service

within; a service running under the system account has more permissions and privileges than

a user account. The chief method for the service application is that it should always issue the

Run command for the particular services of the project. Therefore, the Run method loads the

services into the Services control manager on the same server. If any person uses these

Windows services then it will be automatically written by this particular method. Generally

there are two types of services available in the Windows service controller. The very first


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service is the Win32OwnProcess and the other is Win32shareProcess. Therefore, the service

controller component is utilized to connect with an installed service and control its state by

using the service Controller component we can also start and stop the service. In fact, in most

of the cases the Service Controller Services the applications should be separated from the

application of the windows services which clearly define the service.

Cube service controller engine

All the reporting services are best technique to offer the formatting and the processing of the

data that are found in huge variety and at the same time interacts with the formats of different

reports. The service controller engine is one of the best xml and cube services that can be

easily provided in the visual studio section with the help of the softwares and other

demanding network protocol. This is undoubtedly one of the best process that can

interchange all the coding process and the other dilemmas that are affectively used in the

functions that are also used in the class function that is derived above. This is also the best

technique by the using the above secured steps we can easily figure out that solutions that are

wanted in the above coding of the visual network system. The controller engine system helps

the entire system to develop such a technique that is quite helpful and at the same time

initiates the entire programming process for the system. The relationship model helps the

entire data ware house to contain all the reports that are in a report format and extracts all the

data that are from team projects and are easily defined in all the projects that are collected

from the above software (Berg, 1996). This is the best process and technique to be served in

the visual basic software that adds up to the network and at the same helps the programs to be

quite effective and at the same time helps the entire system to pass through the window

services that are quite effectively based and help the user to retain the desired output that

helps to access the entire file. The cube service controller engine is one of the finest systems

that allows the users to concentrate on the program that is provided in the visual environment

and in the interface that helps all the mail services, and settings that also allows the persons

and the proxy network to render all the mailing facilities that are available in the current

network for the formation of a effective system design for the programmer and for the

techniques that helps the programmer to figure out all then required assumption that are made

for the benefit of the entire system and also makes sure that the program does not have any

errors. The service controller system has several debug and configuration files that help the

exe files to run into the system so that it does not affects the file any longer and figures out


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the results in a much effective manner. This is by far the most formidable process that also

allows the programmer to go through the files much effectively. The system administrator

also helps the entire process to a great extent as it performs numerous trail and hit method in

all respect to make sure that all the system equipments are at places and moves towards the

programs with all round activities that enables the user to use the system much more

effectively and without any syntactical error for the user that are using the cube controller for

the very first time and allows the system to go through a booting phase. The user control

system helps the entire coding system to move on to next direction and follow all the

mandatory steps and solutions that are provided in the system by the user and by the coding

system of the entire design that helps the user to obtain the desired result in a quick

succession without any hesitation. The user must follow all the rules, terms and conditions

that are stated in the coding system and at the same time helps the code to generate all the

classes that are under the cube services such as cube, person, proxy, settings and many other

sub classes that fall under the class function.

Classes under the cube service

Mail, person, proxy, services and settings-1000

There are several classes that are under the cube service controller such as the mail services,

the proxy services and the personal settings that are required for the windows services. These

are the main points that are important for the entire structure to have a demanding effect on

the coding structures that are important for visual studio which have a great importance on

the structural coding of all the structures that are mentioned above and below in the coding

structures. All the above mentioned classes and functions are quite important for the entire

coding structure and are divided into different parts of coding that can be found in the

structures below.

CUBE#show run

Building configuration...

Current configuration : 5888 bytes

Last configuration change at 13:16:50 CDT Mon Feb 11 2008

NVRAM config last updated at 13:24:35 CDT Mon Feb 11 2008


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version 12.4

service timestamps debug datetime msec localtime

service timestamps log datetime msec localtime

service password-encryption

hostname CUBE

boot-start-marker

boot system flash:c2800nm-ipvoice_ivs-mz.124-18.2.2.PIA1p.bin

boot-end-marker

logging message-counter syslog

logging buffered 2000000

no logging console

no logging monitor

enable lab 0

no aaa new-model

memory-size iomem 10

clock timezone CDT -6

clock summer-time CDT recurring

no network-clock-participate slot 1

voice-card 0

no dspfarm

ip cef

voice service voip

media flow-around


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allow-connections sip to sip

sip

sip-profiles 100

voice class sip-profiles 100

request INVITE sip-header SIP-Req-URI modify "; SIP/2.0" ";user=phone SIP/2.0"

request REINVITE sip-header SIP-Req-URI modify "; SIP/2.0" ";user=phone

SIP/2.0"

interface GigabitEthernet0/0

ip address x.x.x.x 255.255.255.0

duplex full

speed 100

ip http server

control-plane

dial-peer voice 100 voip

destination-pattern .T

session protocol sipv2

session target ipv4:x.x.x.x

dtmf-relay rtp-nte

codec g711ulaw

no vad

sip-ua

line con 0

line aux 0


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line vty 0 4

exec-timeout 90 0

scheduler allocate 20000 1000

end

From the above coding structure we can easily state that the cube control helps huge in

controlling the entire structure under the following process that can easily determine the

network structure that has a huge prospect over the demanding structure that are quite

effectively used in the other programming standards that are quite helpful to understand each

and every prospect with great importance that are assisted for the betterment of the entire

program and for the other relevant structures that are used for coding the source that are valid

for the concept of programming in a huge prospect. This is perhaps the best windows services

that are validated with the help of different functions and classes and at the same time

influences the use of several other structures that are quite useful for the entire process. The

different functions that are used in the programming threads are quite useful for the

programmer and for the other users that can learn all the programming concepts from the

above mentioned code. The entire code is developed in Java threads and the compiler that is

used to extract the outputs is visual studio 2013. The main focus is to develop such a structure

that is quite relevant and fruitful for all the member functions and the sub classes that are

present in the above code to retain all the structure that are present in the above coding

structures. In the above codes we can also figure out that there is strong bonding among the

different patterns and directories that are used a class functions for the member functions as

the member functions helps the entire coding structure to provide the relevant details that

helps to figure out the output. The network clock and the counter debug also helps the entire

structure to go through the programming concepts so that the user can go through the codes

much effectively without any hesitation and if he faces any types of problem then he can go

through the directories and the source code and can easily figure out the problems that are

attached with the concept of programming tools that are quite useful in todays time. Hence

we can easily state form the above state that this code is the best one to describe all the

member functions and the codes that acts as supporting structures for the entire environment

that incorporates the variant codes which are quite feasible for the network structure and for

various other protocols which also acts as the member function to go through the codingstructure and available windows services.


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Tester project with an XML file-700

02.

03.

04.

05.

06.

07.

08.

09.

10.

11.Builds, tests, and runs the project JaDaRDTester.

12.

13.


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22.-post-compile: called after javac compilation

23.-pre-compile-single: called before javac compilation of single file

24.-post-compile-single: called after javac compilation of single file

25.-pre-compile-test: called before javac compilation of JUnit tests

26.-post-compile-test: called after javac compilation of JUnit tests

27.-pre-compile-test-single: called before javac compilation of single JUnit test

28.-post-compile-test-single: called after javac compilation of single JUunit test

29.-pre-jar: called before JAR building

30.-post-jar: called after JAR building

31.-post-clean: called after cleaning build products

32.

33.(Targets beginning with '-' are not intended to be called on their own.)

34.

35.Example of inserting an obfuscator after compilation could look like this:

36.

37.

38.

39.

40.

41.

42.

43.For list of available properties check the imported

44.nbproject/build-impl.xml file.


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45.

46.

47.Another way to customize the build is by overriding existing main targets.

48.The targets of interest are:

49.

50.-init-macrodef-javac: defines macro for javac compilation

51.-init-macrodef-junit: defines macro for junit execution

52.-init-macrodef-debug: defines macro for class debugging

53.-init-macrodef-java: defines macro for class execution

54.-do-jar-with-manifest: JAR building (if you are using a manifest)

55.-do-jar-without-manifest: JAR building (if you are not using a manifest)

56.run: execution of project

57.-javadoc-build: Javadoc generation

58.test-report: JUnit report generation

59.

60.An example of overriding the target for project execution could look like this:

61.

62.

63.

64.

65.

66.

67.


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68.Notice that the overridden target depends on the jar target and not only on

69.the compile target as the regular run target does. Again, for a list of available

70.properties which you can use, check the target you are overriding in the

71.nbproject/build-impl.xml file.

The tester file helps the entire projects and the target system to check the entire coding

structure and the testing codes to measure effectiveness at one time. The compiler at the same

time targets the codes that are available in the run section and the other properties that uses

and over rides all the impl.xml files that are installed in the system with the help of the

launcher data system that helps the executable bin functions to be launched in to the java

program so that there is no problem in the entire program. The user also has the facility to

insert all the different compilation techniques that are used to reset a file and to build several

subclasses that would enhance the content of the java program to a huge extent. The XML

document is an important extension to the entire file system that has many other prospects

such as the major file system secure and the class building operation that also has the same

features as of the other direct extension factor that involves all the other prospect that are

readily available for the user and for the compilation techniques that are within the system

software and the target function to have a huge overview among the other section that can

possible be the best target file directory that is available worldwide for the users and for the

other sets of codes that are also designed for the same purpose (Bonaquist, 2008). Hence we

can easily state that the above XML code provides the best compilation and execution codes

that can be delivered by a system proficient generating code and by the other prospects that

helps the entire coding system to analyze the coding section and then after proceed in similar

direction that helps the entire programming prospect to move ahead effectively and join the

list of the .exe file that are quite mandatory for the entire system to grow simultaneously and

follow all the steps that are provided by the macro system in day in and day out of the coding

structure without the help of the other structure that are completely dependent on the codes

that acts as the most interactive technological system that are followed by almost every

person in this world to analyze and criticize the system codes which are available in the

coding structure of the assignment for the betterment of the system.

Ant simple sample project.

007.Instructions:


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008.Put this file in an empty directory and run the 'ant' command in that directory. The build

file will create directories and make a very empty jar file in the same directory as the

build.xml.

009.

010.Create src/HW.java and put this code in it.

011.

012.public class HW

013.{

014.public static void main(String [] args)

015.{

016.System.out.println("Hello World");

017.}

018.

019.}

020.

021.in the build file below change

022.

023.to

024.

025.

026.Run the ant command again, and now you can run your main class with the command

027.java -jar antsimple.jar

028.


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029.It should print:

030.Hellow World

031.and exit.

032.

033.Add a junit.jar (from junit.org) into your ANT_HOME/lib directory and run 'ant test'

034.

035.Create the file test/HWTest.java and add this code.

036.import junit.framework.*;

037.public class HWTest extends TestCase {

038.public void testTrue()

039.{

040.assertTrue(true);

041.}

042.}

043.

044.-->

045.

046.

047.

048.Ant Simple Sample File

049.

050.

051.


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052.

053.

054.

055.

056.

057.

058.

059.

060.

061.

062.

063.

064.

065.

066.

067.

068.

069.

070.

071.

072.

073.

074.


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098.

099.

100.

101.

102.

103.

104.

105.

106.

108.

112.

113.

114.

115.

116.

117.

118.

119.

120.


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system within the life cycle reduces risk such at the same time as the delay or cost of the

overruns due to unfinished or rejects able components. In this particular test phase, the

testing of the system signifies that the system meets all requirements which include the

security and the performance (Bragg, 2004). The in-depth security of these particular phase

shows the parts of the system which fails to satisfy the accreditation criteria. Finally, the

testing confirms the developed system which satisfies the last user who generally identifies

the needs and the requirements of the business.

Objective and Goals

The objectives and the goals of the system signifies the process of the test phase, the test

phase creates the testing process of the service by which we can identify the actual process

which is generally used in developing the service controller engine. By the objectives and

goals we can also recognize the verification of the test phase through which the successful

competition will also be seen and the process of importing and implementing the data will

also be recognized. Therefore, the goals of the test phase justifies the main aim of the test

phase, which is for providing the warranty period and the system is been build for the

purpose of testing and verifying the windows service controller.

Objectives

The test phase should verify the successful competition:

Proof by system, security and user acceptance test which helps the system to meet therequirements, functions according to the design parameters, and then it satisfies the

business, technical, and management stakeholders.

Importing the data by the legal system. Implementation phase approval is in progress. The functions of the system described in the operation as well as in the user manual.

Goals

The main aim of the test phase is to provide warranty of the system, so that the system can be

building successfully and should be tested in the Development phase for the purpose of

meeting the requirements and the design parameters. When the system is been tested and

accepted then it is been moved to the Implementation phase. Then in the Implementation

phase the system is been rechecked and then it is been launched, the system takes a long time

for the process of checking because it contains many data and the software which includes animportant file for the particular system.


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Deliverables and approvals

SDLC deliverables helps the state agencies in planning the successfully, and also in executing

and controlling the IT projects by lending the framework to make sure that the aspects of the

projects are perfectly and consistently planned, defined, and communicated. The SDLCtemplates provide a clear structure of the needed content with the boilerplate language

agencies may customize and utilize. State agencies may also use formats other than the

templates, as long as the deliverable include all required content.

The development and the distribution of SDLC deliverables:

Enlarging natural understanding between the Development team managers and thestakeholders.

Serve as a reminder of the specified plans as projects which generally becameincreasingly complex.

Facilitate the implementation of the project management and agency IT best practicesand the results in the comprehensive record of the project performance is very useful

for various purpose.

Promote the execution of repeatable and consistent processes. It also provides the agency senior management and other state officials which

generally insights into the risk of the project and on the ongoing performance.

The following table signifies the list of the deliverable required of all projects for the

particular phase of the work:

Deliverables Goals Develope

d By

Approved By

Test Analysis it

summarizes the

systems perceived

readiness and is

attached to the Test

Analysis Report as a

final result of the test

reviews.

Document the

perceived

production-readiness

of the system

Serve as an input to

the project Readiness

Document described

below

Team of

Developm

ent

Project Sponsor

Agency CIO


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Test Problem Reports

- document problems

encountered during

testing; are also

attached to the Test

Analysis Report.

Document detailed

results of testing

Developm

ent Team

Project Sponsor

Agency CIO

Information

Technology Systems

Certification &

Accreditation -

includes completion of

a Security Risk

Assessment, Sensitive

System Security Plan,Security Operating

Procedures, Security

Test and Evaluation,

and Certification

Statements. For SaaS

efforts, vendors may

provide alternative

documentation and

certification to provide

assurance of the same

level of security.

Assess technical and

non-technical

safeguards to

determine the extent to

which the system

meets security

requirements Obtain formal

declaration by a

Designated Approval

Authority (DAA) that

an information system

is approved to operate

in a particular security

mode using a

prescribed set of

safeguards at an

acceptable level of risk

Development Team Project Sponsor

Agency CIO


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Defect Log tracks

and summarizes in a

tabular format defects

or bugs found during

testing. Defects may

be documented via

multiple commercially

available bug tracking

tools or manually in a

spreadsheet.

Allow team members

to track reported bugs,

or defects

Clearly communicate

summary of defects

found

Record facts

regarding known bugs,

such as times reported,

individuals who

reported them, defect

statuses, and team

members responsible

for addressing the

bugs

Development Team N/AThe Defect Log

does not require

approval.

Information

Technology Systems

Certification &

Accreditation -

includes completion of

a Security Risk

Assessment, Sensitive

System Security Plan,

Security Operating

Procedures, Security

Test and Evaluation,

and Certification

Statements. For SaaS

efforts, vendors may

provide alternative

documentation and

Assess technical and

non-technical

safeguards to

determine the extent to

which the system

meets security

requirements

Obtain formal

declaration by a

Designated Approval

Authority (DAA) that

an information system

is approved to operate

in a particular security

mode using a

Development Team Project Sponsor

Agency CIO


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certification to provide

assurance of the same

level of security.

prescribed set of

safeguards at an

acceptable level of risk

Defect Log tracks

and summarizes in a

tabular format defects

or bugs found during

testing. Defects may

be documented via

multiple commercially

available bug tracking

tools or manually in a

spreadsheet.

Allow team members

to track reported bugs,

or defects

Clearly communicate

summary of defects

found

Record facts

regarding known bugs,

such as times reported,

individuals who

reported them, defect

statuses, and team

members responsible

for addressing the

bugs

Development Team N/A The Defect Log

does not require

approval

All the deliverables other than the identified updates should always be developed in these

particular phase. These updates should be achieved and enhanced as compulsory as arranged

in this phase. Deliverables produced during the particular phase should be reviewed in details

and should be followed by the approval path as described in the above mentioned table.

Therefore, a signature page or section is used to accompany the requiring deliverable

approval.

Recommendation

Windows operating system provides a variety of categories for audit in the occasion of

success or failure. Detailed tracking, account management, object access, policy change,


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privilege use, and the system event. Auditing is disabled by default on the OS versions,

except for windows server 2003, and it should be enabled. Therefore, on the windows

operating system, post XP and server 2003, some amount of auditing is enabled by default

and should be reviewed to meet the requirements (Bragg, 2004). Therefore, on these OS

versions, additional categories and subcategories have been created for more granular

auditing control. The categories for audit in event of failure or success include account logon,

directory service access, account management, logon events, policy change, object access,

policy change, privilege use, system event, process tracking, and global object access. In the

newer versions of Windows, Audit Policy can be configured by category or subcategory. If

you define a policy by category, keep in mind that the category setting will override all

subcategory settings. Category settings can be set with group policy by configuring each

setting with the Group Policy Management Console (GPMC). Therefore, Microsoft has

established the recommended system configuration listed in this particular section for

windows server 2008 R2 base OS installations. The actual requirements are generally based

on the specific system. The Microsoft should follow the recommendation; the server should

be configured by any of the following processor families:

Intel Xeon Processor with Intel Expandable Memory 64 Technology.

Itanium-based System editions for systems with Intel Itanium Processor. Advanced Micro Devices, Inc. OpteronTM series Processor.

Component Requirement

Processor Minimum: 1.4 GHz

Recommended: 2 GHz

Supports up to 256 Logical Processors

RAM per processor (socket) minimum: 512 MB

Maximum:


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32 GB (Standard)

2 TB (Enterprise, Data enter, and Itanium)

Recommended: 2 GB

Monitor SVGA resolution (800x600) or higher

Optical storage DVD-ROM drive

Peripherals Keyboard

Device Microsoft Mouse or compatible pointing

Available disk space* minimum: 10 GB

Recommended: 40 GB

*Available disk space is the free disk space on the partition that will contain the system files.

Additional space is required to copy the Windows Server 2008 R2 SP1 CD contents to the

disk during installation. Computers With more than 16 GB of RAM will require more disk

space for paging and dump files.

Recommended components for ProLiant servers

You should review the following sections before installing the OS for information on the

subsystems we suggest for Windows Server 2008 R2 SP1.

Software drivers

Before installing Windows Server 2008 R2 SP1, update your systems using the HP ProLiant

Support Pack for Windows Server 2008 R2 8.70. For detail on installing the PSP, see the

Installing the ProLiant Support Pack section.

Storage Area Network components

We recommend the storage options listed in Table 4 for Windows Server 2008 R2 SP1.

For information on backup solutions, see the following websites:

HP Storage Works Enterprise Backup Solutions (EBS)

HP Backup Compatibility

As a guide to supported products and configurations, see the Windows 2008 R2 support

information on the Single Point of Connectivity Knowledge (SPOCK). SPOCK also contains

application notes, white papers, and other storage-related documents.

Therefore, some devices may have software or driver updates on the HP website or firmware

upgrades available in a Systems ROMPaq Firmware Upgrade download. The latest versions


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of each software, drivers, and Systems ROMPaq are available on the HP Business Support

Centre. Before beginning the installation, always recognize the HP Business Support Centre

Conclusion

By the above mentioned project we will come to know about the Microsoft windows

operating system, the visual basic.net programming, and the services provided by the

Windows service controller. The service controller component is generally used to connect

with installed services, by using a Service controller we can start, pause, resume or stop the

services. Therefore, we can also be able to recognize the testing phase and the process of the

testing phase by which the deliverables are updated and the way by which the deliverables isbeen improved. The main process of the testing phase is to emphasis the services of the

windows and to control the components. Therefore, the development team plays an important

role in the testing phase because it generally helps in recognizing the approval path of the

deliverables. In this particular project, the main aim and the goals of the system is also been

defined by the process of test phase. The test phase thereby helps the system in correcting the

data and the software of the system. Therefore, the Cube service controller controls the

windows services in a good manner which helps us in rectifying the services of the windows

and the quality of the windows. Then the most important project mentioned in this particular

project is the tester project which helps in testing the updates and the notification of the

windows services. The engine of the Cube controller service edits the various types of

programming present in the visual basic. It also helps in maintaining the software of windows

and regularly verifies the updates of the windows so that the process of the service controller

can be continued.


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Documents

Windows Services (sample work)