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X++ Practice Exam

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X++ Practice Exam

X++ is a high-level programming language primarily used for developing applications within the Microsoft Dynamics AX (now known as Dynamics 365 for Finance and Operations) ERP system. It is an object-oriented language designed for enterprise-level development, offering features such as strong typing, inheritance, and exception handling. Skills covered in X++ certification include understanding the language syntax, data manipulation, object-oriented programming concepts, integration with other Microsoft technologies, and customization of Dynamics AX/365 applications. Prerequisites typically include basic knowledge of programming concepts, familiarity with the Dynamics AX/365 environment, and proficiency in using development tools such as Visual Studio.
Why is X++ important?

  • Essential for customizing and extending Microsoft Dynamics AX/365 applications.
  • Enables development of business logic and workflows within the ERP system.
  • Facilitates integration with other Microsoft technologies such as Azure and Office 365.
  • In-demand skill for organizations using Dynamics AX/365 for Finance and Operations.
  • Offers lucrative career opportunities for Dynamics AX/365 developers and consultants.

Who should take the X++ Exam?

  • Dynamics AX/365 Developers
  • ERP Consultants
  • Application Developers
  • Technical Architects
  • Business Analysts specializing in Dynamics AX/365

Skills Evaluated

Candidates taking the certification exam on the X++ is evaluated for the following skills:

  • Understanding of X++ language syntax and semantics
  • Ability to develop and customize Dynamics AX/365 applications using X++
  • Proficiency in data manipulation and querying with X++
  • Knowledge of object-oriented programming principles
  • Experience with integrating Dynamics AX/365 with other Microsoft technologies
  • Problem-solving and debugging skills specific to X++ development environment

X++ Certification Course Outline

  1. Introduction to X++
    • Overview of X++ programming language
    • Role in Dynamics AX/365 development
  2. X++ Language Fundamentals
    • Syntax and semantics
    • Data types and variables
    • Operators and expressions
  3. Object-Oriented Programming with X++
    • Classes and objects
    • Inheritance and polymorphism
    • Interfaces and abstract classes
  4. Data Manipulation in X++
    • Working with tables and records
    • Queries and data manipulation statements
    • Transaction handling
  5. Customizing Dynamics AX/365 Applications
    • Form development and customization
    • Report development and customization
    • Workflow development
  6. Integration with Microsoft Technologies
    • Integrating with Azure services
    • Integrating with Office 365 applications
    • Integrating with Power Platform
  7. Error Handling and Debugging
    • Exception handling
    • Debugging techniques
    • Error logging and reporting
  8. Security and Performance Optimization
    • Role-based security implementation
    • Performance optimization techniques
    • Code review and best practices

 

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X++ Practice Exam

X++ Practice Exam

  • Test Code:2760-P
  • Availability:In Stock
  • $7.99

  • Ex Tax:$7.99


X++ Practice Exam

X++ is a high-level programming language primarily used for developing applications within the Microsoft Dynamics AX (now known as Dynamics 365 for Finance and Operations) ERP system. It is an object-oriented language designed for enterprise-level development, offering features such as strong typing, inheritance, and exception handling. Skills covered in X++ certification include understanding the language syntax, data manipulation, object-oriented programming concepts, integration with other Microsoft technologies, and customization of Dynamics AX/365 applications. Prerequisites typically include basic knowledge of programming concepts, familiarity with the Dynamics AX/365 environment, and proficiency in using development tools such as Visual Studio.
Why is X++ important?

  • Essential for customizing and extending Microsoft Dynamics AX/365 applications.
  • Enables development of business logic and workflows within the ERP system.
  • Facilitates integration with other Microsoft technologies such as Azure and Office 365.
  • In-demand skill for organizations using Dynamics AX/365 for Finance and Operations.
  • Offers lucrative career opportunities for Dynamics AX/365 developers and consultants.

Who should take the X++ Exam?

  • Dynamics AX/365 Developers
  • ERP Consultants
  • Application Developers
  • Technical Architects
  • Business Analysts specializing in Dynamics AX/365

Skills Evaluated

Candidates taking the certification exam on the X++ is evaluated for the following skills:

  • Understanding of X++ language syntax and semantics
  • Ability to develop and customize Dynamics AX/365 applications using X++
  • Proficiency in data manipulation and querying with X++
  • Knowledge of object-oriented programming principles
  • Experience with integrating Dynamics AX/365 with other Microsoft technologies
  • Problem-solving and debugging skills specific to X++ development environment

X++ Certification Course Outline

  1. Introduction to X++
    • Overview of X++ programming language
    • Role in Dynamics AX/365 development
  2. X++ Language Fundamentals
    • Syntax and semantics
    • Data types and variables
    • Operators and expressions
  3. Object-Oriented Programming with X++
    • Classes and objects
    • Inheritance and polymorphism
    • Interfaces and abstract classes
  4. Data Manipulation in X++
    • Working with tables and records
    • Queries and data manipulation statements
    • Transaction handling
  5. Customizing Dynamics AX/365 Applications
    • Form development and customization
    • Report development and customization
    • Workflow development
  6. Integration with Microsoft Technologies
    • Integrating with Azure services
    • Integrating with Office 365 applications
    • Integrating with Power Platform
  7. Error Handling and Debugging
    • Exception handling
    • Debugging techniques
    • Error logging and reporting
  8. Security and Performance Optimization
    • Role-based security implementation
    • Performance optimization techniques
    • Code review and best practices