Published: August 1, 2014
Languages: English, Japanese
Audiences: Developers
Technology: Visual Studio
Credit toward certification: MCP, MCSD

Skills measured
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Install and configure Team Foundation Server (TFS)
Install Team Foundation Server
SQL Server version support, install Team Foundation Server in a multi-tier or multi-machine environment, install Team Foundation Server in a load-balanced environment, set up a version control proxy server, schedule automatic backup and restore activities by using the TFS Administration Console
Install and configure Lab Management
Set up environment templates, install and configure test agents, install and configure System Center Virtual Machine Manager (basic Virtual Machine Manager installation), create library shares or resource pools

Manage Team Foundation Server
Manage team project collections
Move project collections, manage team collections and projects, create and configure team project collections, create a team project using SharePoint and SQL Server Reporting Services (SSRS), split and partition Team Project Collections

Customize Team Foundation Server for team use
Configure a team build definition
Set up for a symbol server and source server; set up for custom build numbers, configure build log verbosity; set up definition properties (test impact analysis, code analysis, automated unit testing, and architecture validation); set up build triggers (gated check-in, continuous integration, and scheduled build); configure the build drop location to be in source code control or a fileshare

Administer version control
Create and manage workspaces
Cloak, undo delete, and modify a workspace; delete a workspace; specify workspace visibility; unlock other users’ checkouts, pending changes, and code; choose a default workspace type for a collection; delete a shelveset

Create and configure test plans
Create test plan properties
Select test settings; select configurations; define name, description, area, path, and iteration; select test environments; assign build to test plan, including when to assign a build to a plan, compare assigned build to another build, clone test plans and test suites
Create test suites
Create query-based test suites using hierarchical queries, create requirement-based test suites, create static test suites, copy test suites, create a test suite hierarchy, assign test suite states, clone test suites from the command line, manage test suites by using a web browser

Manage test cases
Create test cases
Design test cases that have clear and measurable steps, assign test case properties (title, areas and iterations, state, priority, assign to, and automation status), add attachments and links, add the test case description and history, add tested requirements, manage test case workflow (state), bulk author test cases by using a grid view

Manage test execution
Run tests
Run tests with options, create fast forward for manual testing recordings, select fast forward playback options (all steps, multiple steps), set test run states, validate expected results (add comments, snapshots), run tests from a browser, update the status of multiple test cases without opening them in the test runner, customize the test result fields in Microsoft Test Manager (MTM)/web browser, pause and resume tests in MTM/web browser, edit tests inline during test execution, manually test Windows Store apps and review action logs
Perform analysis
Analyze reports (requirements-user stories), analyze by test suite, analyze by configuration, identify areas where quality is low, identify test plan status, view test plan results in MTM, work with out-of-the-box reports, customize out-of-the-box reports

Define the ALM process
Define a scrum/agile process for a team
Establish criteria on when to cancel a sprint/iteration, establish tooling and process for scrum/agile artifacts, establish the scrum definition of “done,” determine sprint/iteration length, determine how to handle backlog items/user stories not completed in a sprint/iteration, determine how to monitor sprint/iteration progress, use collaborative tools

Define a software iteration
Define a project-tracking process
Plan and manage a portfolio of multiple projects, identify a project tracking tool and an associated process (triage process, bug management), define how to manage effort, determine team forecast management, define a prioritization scheme, determine how to validate project health

Develop customer value with high quality
Develop code
Develop maintainable code; define coding standards; define application architecture; define configuration management process and tooling, including source control tree, branching strategy, solution structure, source control/check-in policy; manage multiple repositories using Git; use architecture, model, and design tools; use quality and diagnostic tools
Validate quality
Organize test artifacts, such as test cases, suites, plans, and requirements; define test strategy; manage test execution; perform cloud-based load testing; identify test types and associated tools; identify and configure environments; analyze test runs

Integrate development and operations
Implement an automated deployment process
Architect an automated build and deploy workflow, integrate automated tests, automate deployment into both test and production environments, review diagnostic logs for builds, manage releases

You are planning to install a new Microsoft Visual Studio Team Foundation Server (TFS) 2012 server.
You need to ensure that the minimum supported version of Microsoft SQL Server is installed.
Which version should you install?

A. SQL Server 2005
B. SQL Server 2008 32-bit
C. SQL Server 2008 64-bit
D. SQL Server 2008 R2
E. SQL Server 2012

Answer: D

To support your development team’s upgrade from Visual Studio 2010 to Visual Studio 2012, you also upgrade from Team Foundation Server (TFS) 2010 to TFS 2012.
You need to provide a TFS 2012 test environment that:
Includes data and source code from your existing TFS 2010 environment and
Allows your developers to test the new TFS 2012 and Visual Studio 2012 features while keeping the current TFS 2010 environment intact.
What should you do?

A. Install TFS 2012 side-by-side on the same server as TFS 2010. Point TFS 2012 to the existing database, SharePoint, and SQL Reporting Services.
B. Install TFS 2012 on a new server. Point TFS 2012 to the existing database, SharePoint, and SQL Reporting Services.
C. Clone the existing TFS 2010 environment (including the existing database, SharePoint, and SQL Reporting Services) on new servers and update the internal IDs. Upgrade the cloned environment to TFS 2012.
D. Copy the existing TFS 2010 database, SharePoint, and SQL Server Reporting services to a new set of servers. Install TFS 2012 side-by-side on the same hardware as TFS 2010, and point TFS 2012 to the new servers.

Answer: C

Your network environment includes a Microsoft Visual Studio Team Foundation Server (TFS) 2012 server and a virtual test environment that uses Lab Management 2012 along with System Center Virtual Machine Manager (SCVMM) 2010.
You want to install a test virtual machine that is hosted within a lab environment.
You need to ensure that the test virtual machine can support all the features of Lab Management 2012.
Which component should you install on the test virtual machine?

A. Agents for Visual Studio 2012
B. Visual Studio Build Agent 2012
C. Visual Studio Test Agent 2012
D. Visual Studio Lab Agent 2012

Answer: A

Your network environment includes a Microsoft Visual Studio Team Foundation Server (TFS) 2012 server named TFS1. SharePoint and Reporting Services components are also installed and configured for TFS on the same server.
You need to be able to access the SharePoint Project Portal from the TFS server by using the following URL: http: //
What should you do?

A. From the TFS Administration Console, edit the SharePoint Web Application URL.
B. From Visual Studio Team Explorer, edit the portal settings.
C. Run the TFSC0nfIg.exe SharePointportal command.
D. From the SharePoint Central Administration website, configure the Alternate Access Mappings.

Answer: D

Your network environment includes a Team Foundation Server (TFS) 2012 named TFS1 that contains two project collections named PC1 and PC2. A build server named Bi is configured with a build controller named C1 and an agent named A1 that runs build definitions created in Pd.
A development team wants to create a gated check-in build definition on PC2.
You need to perform a supported infrastructure enhancement to run PC2 build definitions.
What should you do?

• Add a new build server (B2).
• On the B2 build server, migrate controller C1 and install a new controller (C2) that
connects to the PC2 project collection.
• On the Bi build server, configure a second build agent (A2) that uses the C2 controller.

• Add a new build server (B2).
• On the B2 build server, install a build controller (C2) that connects to the PC2 project collection.
• On the B2 build server, configure a second build agent (A2) that uses the C2 controller.

• On the Bi build server, configure the C1 controller to connect to project collections PC1 and PC2.
• On the Bi build server, update the Al agent to use controllers C1 and C2.

• On the Bi build server, configure the C1 controller to connect to project collections PC1 and PC2.
• On the Bi build server, configure a second build agent (A2) that uses the C2 controller.

Answer: B

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