MuleSoft Training

Learning Objective: AnyPoint Platform is an advanced hybrid integration platform that allows seamless integration between applications, devices, data, etc. This module has been designed to provide you with a complete overview of the AnyPoint platform.

Topics:

• • Overview of the AnyPoint platform 
  • Introduction to MuleSoft and ESB
  • Why is MuleSoft used? 
  • Advantages of using MuleSoft
  • Competitors of MuleSoft 
  • Key features of MuleSoft 
  • Introduction to AnyPoint platform 
  • Overview of AnyPoint Studio

Learning Outcome: With this module, you will learn concepts of MuleSoft technology and its purpose.

Learning Objective: Application networks and APIs play an essential role in the process of integration. In this module, you will gain in-depth knowledge of Application networks and API connectivity in MuleSoft.

Topics:

• • Problem Identification in the IT industry 
  • What are application networks and why do we need them? 
  • The process to build a network application using API-led connectivity 
  • Basics of API directories and portals 
  • Knowledge of web services and API’s 
  • Procedure to call secure and unsecured API’s

Learning outcome:  After completing this module, you will gain an overall knowledge of concepts such as Application networks and API connectivity.

Learning Objective: AnyPoint Platform is an advanced hybrid integration platform that allows seamless integration between applications, devices, data, etc. This module has been designed to provide you with a complete overview of the AnyPoint platform.

Topics:

• • Overview of the AnyPoint platform 
  • Introduction to MuleSoft and ESB
  • Why is MuleSoft used? 
  • Advantages of using MuleSoft
  • Competitors of MuleSoft 
  • Key features of MuleSoft 
  • Introduction to AnyPoint platform 
  • Overview of AnyPoint Studio

Learning Outcome: With this module, you will learn concepts of MuleSoft technology and its purpose.

Learning Objective: This chapter has been designed to help you learn the process to build different types of APIs.

Topics:

• • Selecting  Mule applications 
  • Defining messages and flows 
  • Using AnyPoint studio to create flows graphically 
  • Building running and testing Mule applications 
  • Using a connector to connect databases 
  • The process to transform data using Graphical DataWave 
  • Integrating API interfaces with API implementations 
  • Using RAML file to create RESTful interfaces

Learning Outcome: Upon finishing this chapter, you will gain mastery and build effective APIs with ease on your own.

Learning Objective: In this chapter, you will learn how to use and manage APIs in MuleSoft.

Topics:

• • The process to use and maintain API’s 
  • Various options available for using Mule applications 
  • Process to deploy Mule apps to CloudHub
  • Employing an API manager to develop and deploy API proxies in CloudHub. 
  • Setting restrictions to access API Proxies.

Learning Outcome: Upon completing this chapter, you will learn how to use and maintain various types of API in MuleSoft.

Learning Objective: The Mule message is defined as data that passes through an application. This chapter deals with the sub-topics of Mule Messages and the process to make changes to them.

Topics:

• • Why do we need to make changes to the Mule messages? 
  • Overview of log message data 
  • Introduction to Mule Expression Language (MEL) 
  • The process to read and write message properties 
  • The process to create variables 
  • The process to write expressions with MEL

Learning Outcome: Upon completing this chapter, you will gain practical experience in making changes to mule messages and transforming them into the desired form.

Learning Outcome: This chapter deals with the various web services available in MuleSoft and the process of using them.

Topics:

• • The process to use RESTful web services 
  • Consuming RESTful web services that have RAML definitions
  • Use data wave to pass parameters 
  • Use SOAP web services

Learning outcome: After finishing this module you will learn to understand the practical way to use various web services.

Learning Objective: This module has been designed to discuss how to structure mule applications and the need for structuring them.

Topics:

• • Overview of structuring Mule Applications
  • The process to develop sub-flows and reference flows  
  • Using Java Virtual Machine (VM) transport to pass the messages between flows.  
  • Keeping global elements in separate configuration files. 
  • Creating an advanced design for the files and folder structures of Mule Projects

Learning Outcome: Upon completing this module, you will gain hands-on experience designing the structure of various Mule applications.

Learning Outcome: This chapter deals with the various aspects of Error handling in the Mule platform.

Topics:

• • Overview of Error handling in MuleSoft 
  • Overview of Global exception handlers 
  • Handling message exceptions in Flows 
  • Setting up a global default exception strategy

Learning outcome: Through this module, you will gain hands-on experience in various Error handling concepts.

Learning Objective: This chapter will make you learn various message-controlling techniques in MuleSoft.

Topics:

• • Route messages based on conditions 
  • Filter messages 
  • Introduction to Multicast messages 
  • Validate Messages

Learning Outcome: By the end of this module, you will gain hands-on exposure to controlling various message flows in MuleSoft.

Learning Objective: DataWeave is the MuleSoft expression language that acts as communication to access and transform data through a Mule app. You will discover various DataWeave transformations through this module.

Topics:

• • Introduction to DataWave Expressions 
  • Writing DataWave expressions for JSON 
  • Writing DataWave expressions for basic and advanced XML 
  • Storing DataWave expressions 
  • Using DataWave Expressions 
  • Using Dataweave Operators 
  • The process to use custom data types

Learning outcome: Upon completing this chapter, you will gain practical exposure in handling various DataWave Transformation task processes to store them in external storage.

Learning Objective: This chapter has been designed to teach you all the concepts involved in connecting to additional resources.

Topics:

• • Connect to files
  • Connect to JMS queues
  • Connect to SaaS applications
  • Connect to Poll resources
  • Installing various connectors

Learning Outcome: Upon completing this chapter, you will learn how to connect with various data sources and share data between the different sources.

Learning Objective: This chapter will help you learn how to process different records using MuleSoft.

Topics:

• • Processing Items in a collection
  • Trigger batch jobs using poles
  • Processing individual records

Learning Outcome: With this module, you will become familiar with various tasks associated with Processing Records.