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Microsoft Dynamics AX Development
Introduction MB6-890 Preparation
Guide
This preparation guide includes information and tools to assist you in preparation for the exam.
Target Audience
This exam is intended for individuals who plan to implement the basic technical and development tasks required to customize Microsoft Dynamics AX. This audience typically includes technical consultants, programmers, and IT personnel. Candidates should have a basic knowledge of Microsoft Dynamics AX, Visual Studio 2015, and object oriented programming.
Exam Specifics
Skills being measured
This certification exam measures a candidate’s ability to understand and articulate how to create and modify elements in the application explorer. In addition, it will measure the candidate’s ability to read, write, and understand basic elements of the X++ language, identify core best practices for developing custom solutions with Microsoft Dynamics AX, and design user interface elements following the patterns defined by Microsoft.
Time requirements
Microsoft Dynamics exam times typically range between 60 -- 160 minutes. Note that this time does not include any additional time required for validating your identification, reviewing instructions, providing comments, and calculating your score.
Microsoft Dynamics exams typically contain between 40 – 75 questions
Multiple Choice and Multiple Answer questions
Registration:
Register for Exam MB6-890 Microsoft Dynamics AX Development Introduction
Exam Preparation Tools
In addition to your hands-on experience working with Microsoft Dynamics AX, we highly recommend using the following tools and training to help you prepare for this exam:
E-Learning
80730: Development Basics in Microsoft Dynamics AX
Supplemental learning resources
TechNet; MSDN; Dynamics AX wiki maintained by the Microsoft AX community.
Additional skills recommended
Development skills with additional languages, such as C++, C#(sharp), VS.Net, and Perl. Experience in Visual Studio for either SSAS cube design or SSRS reporting are not required yet will aid with navigation of Visual Studio. Experience with previous coding in X++ using the MorphX IDE for AX2012, AX2009, and AX4.0 will aid in understanding concepts.
Exam Topics
Understand the Architecture and Development Environment (20% - 25%)
Understand the Architecture and Development Environment
This objective may include but is not limited to: identify features of Microsoft Dynamics AX; describe the development environment; describe the components in the application stack; identify cloud architecture components; explain the server architecture; describe the layer architecture.
Use Microsoft Visual Studio to manage development with Microsoft Dynamics AX
This objective may include but is not limited to: identify the windows and basic navigation of Visual Studio; describe differences between and uses for projects, models, solutions, and packages.
Use the Application Explorer to Develop New Elements (25% - 30%)
Create and manage labels and resources
This objective may include but is not limited to: create new label files; create and use labels; describe elements and uses for labels; identify best practices for labelsidentify uses for resources.
Create and manage data types
This objective may include but is not limited to: describe uses for base enumerations; create new base enumerations; identify best practices for base enumerations; describe primitive and extended data types; create new extended data types; identify key properties for extended data types; implement best practices for extended data types.
Create and manage tables
This objective may include but is not limited to: identify the components of a table; describe various types of table relationships; describe various types of table indexes; implement best practices for tables, relationships, and indexes.
Read, Write and Understand Basic X++ (30% - 35%)
Describe X++
This objective may include but is not limited to: identify the characteristics of X++; use the code editor to write X++; describe the features of IntelliSense; identify basic syntax for X++; describe the use of common key words in X++; describe the features of the debugger; use the comparison tool; use the best practice checker.
Work with X++ control statements
