Development III in Microsoft Dynamics AX 2012 (80312)

Module 1: X++ Unit Test FrameworkThis module describes how the X++ Unit Test framework allows for unit tests to be created along with the code they are designed to test.Lessons

• Introduction
• Creating Test Cases
• Adding Methods to Test Cases
• Running Test Cases
• Build Test Projects and Suites

Lab : Create a Test CaseAfter completing this module, students will be able to:

• Create a test case.
• Add methods to a test case.
• Run a test case.
• Build a test project and suite.
• Isolate test cases appropriately.

• Introduction
• While Select
• Query
• Caching
• Locking
• Temporary Tables
• InitFrom
• ParmTables
• Date Effectiveness
• Computed Columns in Views
• Data Integration

Lab : Fetching DataLab : Converting QueriesLab : Reducing LockingLab : Temporary TablesLab : Integrating External DataAfter completing this module, students will be able to:

• Explain the MorphX development environment and the Application Object Tree
• Program optimal database access using a "while select" statement.
• Program optimal database access using queries.
• Describe the caching mechanisms in Microsoft Dynamics AX.
• Prevent and resolve database locking.
• Use temporary tables in classes, forms, and reports.
• List the reasons for using InitFrom methods.
• Use ParmId and ParmTables.
• Discuss date effectiveness and describe how to build date effective forms.
• Add a computed column to a view.
• Employ the various techniques available for integrating external data with Microsoft Dynamics AX.

• Introduction
• Collection Classes
• Application Object Classes
• Application Substituted Kernel Classes
• RunBase Framework
• Args Object

Lab : Create a MapLab : Create a Query from CodeLab : Create a Global MethodLab : Make a RunBase ClassLab : Using ArgsAfter completing this module, students will be able to:

• Use collection classes to store data in X++.
• List which application objects control different Graphical User Interface (GUI) components.
• Modify and use the Application Substituted Kernel Classes.
• Extend the RunBase framework to create new batch processes.
• Transfer information using the Args object.

• Introduction
• Architecture
• Data Sources
• Form Controls
• Form Methods
• Placement of Code
• Additional Controls

Lab : Create a FormLab : Use Unbound ControlsLab : Initialize a FormLab : Add a Window ControlAfter completing this module, students will be able to:

• Identify the main sections that make up a form.
• Add data sources to a form to define what data is displayed by the form.
• Add controls to a form to display data.
• Modify form methods to the control how the form behaves when it opens and closes.
• Make decisions about where to place the code.
• Make runtime modification of the fetch of data.

• Introduction
• Application Explorer
• Visual Studio Projects
• Managed Code Projects
• Deploying Managed Code
• Visual Studio Debugging Experience for X++

Lab : Create a Managed Code ProjectLab : Create an Event Handler in Managed CodeAfter completing this module, students will be able to:

• Explore the Application Object Tree (AOT) from Visual Studio.
• Create a project in Visual Studio.
• Write .NET managed code that uses X++ objects.
• Deploy managed code.
• Debug code using Visual Studio.

• Workflow Configuration
• Create a Workflow Category
• Create a Query
• Create a Workflow Type
• Enable Workflow on a Form
• Create a Workflow Approval
• Create Event Handlers
• Author a Workflow

Lab : Add another Condition to the Submit ActionLab : Enable ResubmitAfter completing this module, students will be able to:

• Configure how the workflow engine is executed on a server.
• Specify which application module a workflow is applicable to using a workflow category.
• Link tables to workflows using a query.
• Create a new workflow type.
• Apply a workflow to a form.
• Define what happens when the workflow is approved or denied.
• Create Event Handlers and apply them to a workflow.
• Configure a workflow.