What you'll learn
Key concepts of Mulesoft's Integration Architecture
100% Readiness for MuleSoft Certified Integration Architect (MCIA) Exam
Should be able to drive an organization's Anypoint Platform implementation, technical quality, governance, and operationalization of the integration solutions.
Should be able to choose right integration patterns
Should be able to create the high-level design of integration solutions and guide implementation teams on the choice of Mule components and patterns.
Should be able to select the deployment approach and configuration of deployment options (MuleSoft-hosted or customer-hosted control plane and run plane).
Should be able to design Mule applications for any of the available deployment options of the Anypoint Platform run plane
Should be able apply standard development methods covering the full development lifecycle to ensure solution quality.
Should be able to advise technical teams on performance, scalability, reliability, monitoring and other operational concerns of integration solutions.
Should be able design reusable assets, components, standards, frameworks, and processes to support and facilitate API and integration projects

Requirements
Should have understanding of fundamentals of MuleSoft Development or should have completed MULE ESB developer course
Should have understanding of core anypoint platform concepts

Description
Hello Viewers -I am Chinna Reddy, Technical Architect. I am passionate about sharing my experience and skills in Integration Design and Technical Architecture using Mule ESB.Key concepts of Mulesoft's Integration Architecture.100% Readiness for MuleSoft Certified Integration Architect (MCIA) Exam.Should be able to drive an organization's Anypoint Platform implementation, technical quality, governance, and operationalization of the integration solutions.Should be able to choose right integration patterns.Should be able to create the high-level design of integration solutions and guide implementation teams on the choice of Mule components and patterns.Should be able to select the deployment approach and configuration of deployment options (MuleSoft-hosted or customer-hosted control plane and run plane).Should be able to design Mule applications for any of the available deployment options of the Anypoint Platform run plane.Should be able apply standard development methods covering the full development lifecycle to ensure solution quality.Should be able to advise technical teams on performance, scalability, reliability, monitoring and other operational concerns of integration solutions.Should be able design reusable assets, components, standards, frameworks, and processes to support and facilitate API and integration projects.The course is in-depth and adds a lot of value to your career to reach next levels. Thank you.

Overview
Section 1: Introduction

Lecture 1 Architect responsibilities

Section 2: Architecting and designing integration solutions

Lecture 2 Integration solution and case study introduction

Lecture 3 Architecting with 4+1 views

Lecture 4 Documenting integration solutions

Lecture 5 Documenting technical design & use cases for integration solutions

Section 3: Identifying anypoint platform components and capabilities

Lecture 6 Anypoint platform capabilities

Lecture 7 Configure business groups, environments in an organization

Lecture 8 Configure users , roles and permissions within an organization

Lecture 9 Anypoint platform identity management

Lecture 10 Anypoint platform multi factor authentication

Lecture 11 API design best practices

Lecture 12 Framework 1 - Designing efficient API's (case study - ehub-sapi)

Section 4: Design Integration solutions with mule components and re-usable frameworks

Lecture 13 Naming standards and structuring real mule project

Lecture 14 Implementation of case study : uhub-sapi

Lecture 15 Framework-2: Global error handler

Lecture 16 Framework-3: Mule template project

Lecture 17 Implementation of case study : aws-sapi

Lecture 18 Implementation of case study : who-sapi

Lecture 19 Implementation of case study : covid-papi

Lecture 20 Implementation of case study: covid-eapi

Section 5: Choosing appropriate mule event processing models & design patterns

Lecture 21 Non-blocking reactive event processing by mule 4 run

Lecture 22 Thread management and auto tuning of thread pools in mule 4

Lecture 23 Thread management in transactional scopes

Lecture 24 Mule flow processing strats

Lecture 25 Synchronous mule event processing (request-reply pattern)

Lecture 26 Synchronous mule event processing - idempotent pattern

Lecture 27 Synchronous mule event processing - content negotiation pattern

Lecture 28 Synchronous mule event processing - quick acknowledgement pattern

Lecture 29 Asynchronous Mule event processing (pub sub & broad cast pattern)

Lecture 30 Asynchronous Mule event processing - JMS acknowledgement

Lecture 31 Iterative processing of Mule events - for each

Lecture 32 Iterative processing of Mule events - parallel for each

Lecture 33 Iterative processing of Mule events - batch processing part 1

Lecture 34 Iterative processing of Mule events - batch processing part 2

Lecture 35 Deciding between for each, parallel for each & batch job

Lecture 36 Scheduled mule event processing

Section 6: Designing Transaction Management in Mule Applications

Lecture 37 Transaction management

Lecture 38 Thread management in transactional scopes

Lecture 39 Managing local transactions in mule applications

Lecture 40 Managing XA transactions in mule applications

Section 7: Achieving reliability goals with Mule components

Lecture 41 Achieving reliability using an Until Successful scope

Lecture 42 Achieving reliability reconnection strats

Lecture 43 Framework-4: JMS message reliability framework

Lecture 44 Achieving reliability for transactional & non-transactional systems

Lecture 45 Balancing tradeoffs to meet non-functional requirements

Section 8: Designing testing strats for Mule applications

Lecture 46 Unit testing & testing Mule applications using MUnit

Lecture 47 MUnit introduction

Lecture 48 Types of MUnit assertions

Lecture 49 MUnit assertions using dataweave (dwl) file

Lecture 50 MUnit mock input using dataweave (dwl) file

Lecture 51 MUnit mocking processors

Lecture 52 MUnit verify event processor

Lecture 53 MUnit spy event processor

Lecture 54 MUnit parameterized test suite

Lecture 55 MUnit Testing and mocking errors scenarios

Lecture 56 Mock and Assert using JSON files

Lecture 57 MUnit Enable Flow Sources

Lecture 58 MUnit test recorder & scaffold MUnit test cases from an API

Lecture 59 Designing blackbox



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