Salesforce Anypoint Platform Architecture: Integration Solutions (ARC730)

Price
$4,500.00 USD

Duration
5 Days

Delivery Methods
Virtual Instructor Led
Private Group

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Course Overview

Discover how to design integration solutions for Mule runtime with Anypoint Platform. In this 5-day instructor-led course, learn how to build integration solutions in various deployment environments that meet functional and non-functional requirements.

Course Objectives

Translate functional and non-functional requirements into well-documented integration interfaces and implementation designs.
Select the best Mule components and patterns for integration solution designs.
Choose the deployment approach and configuration of Anypoint Platform from any of the available deployment options (MuleSoft-hosted or customer-hosted control plane and runtime plane).
Design Mule applications for the various deployment options of the Anypoint Platform runtime plane.
Apply standard development methods covering the full development lifecycle to ensure solution quality.
Design reusable assets, components, standards, frameworks, and processes to support and facilitate API and integration projects.
Implement the technical quality, governance, compliance, and operationalization of integration solutions.
Advise technical teams on performance, scalability, reliability, monitoring, and other operational concerns.

Who Should Attend?

This course is designed for solution architects, technical architects, and senior developers who are responsible for designing integration solutions for Mule runtime with Anypoint Platform. This is also a great course for anyone interested in earning their MuleSoft Integration Architect I credential.

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Tailored Training Solutions: Our subject matter experts can customize the class to specifically address the unique goals of your team.

Course Prerequisites

Students should hold their MuleSoft Developer I credential or possess equivalent knowledge, have previous experience as an architect or developer on an integration project, and be proficient in common software development tools, such as Git, GitHub, Maven, and Jenkins, and any Java Virtual Machine (JVM)-based programming language. They should be able to read procedural, object-oriented, and functional code, and have familiarity with threads, thread pools, locks, server-client sockets, Java Database Connectivity data sources, and JVM connection pools. Students should also be familiar with enterprise integration, including interface definitions and contracts, data encoding with XML or JSON, REST APIs or SOAP web services, query languages, message-passing (using Java Message Service, Advanced Message Queuing Protocol, or similar), network protocols (such as TCP, IP, HTTP, and HTTPS), and single-resource transactions. They should have a basic understanding of foundational security concepts, including certificates and encryption. Students should have a basic understanding of Anypoint Platform, foundational security concepts, including certificates and encryption, and common enterprise and cloud technology architecture components, including identity providers, load-balance?rs, and name servers.

Agenda

Part I: Integration Solutions

1. Integration Solution Architecture

Define Enterprise Integration Solution Objectives
Architect for Customer Success with MuleSoft
Document Integration Solutions
Examine Key Architecture Template Components

2. Anypoint Platform Components and Capabilities

Identify Design Decisions
Examine Anypoint Platform Capabilities and High-Level Components
Review API-Led Development Techniques and Options
Identify Anypoint Platform Components for Web APIs
Explore Event-Driven API Support
Compare Anypoint Platform Service and Deployment Models

3. Integration Solutions with Mule Applications

Implement Integration Solutions Using Mule Application Components
Apply Mule Application Components and Capabilities
Configure Class Loading Isolation in Mule Runtimes

4. Mule Event Processing Models

Explore Mule Processing Options
Discover Event Processing Models
Identify Mule Streaming Options and Behaviors
Define Web API Fundamentals and Event-Driven Architecture
Outline Event Processing Options for JMS And VM Connectors
Select Appropriate Event Processing for Integrations
Design Integration Use Cases

5. Message Transformation and Routing Patterns

Transform and Process Events with Reusability
Simplify Complex Data Mappings Using Common Data Models
Design Transformations Between Data Models
Select Optimal Event Transformation, Data Validation, and Event Routing Patterns

6. Mule Application Testing Strategies

Examine Testing Testing Tools
Define the MuleSoft-Provided Framework
Design Testing Strategies for a Mule Application
Define Test Coverage for Flows

Part II: Integration Solution Operations

7. Deployment Strategy Design

Identify Supported Service and Deployment Models
Compare Anypoint Platform Deployment Models
Design Containerized Deployments for Mule Runtimes
Select Deployment Options for Various Use Cases

8. Appropriate State Preservation and Management Options

Select Appropriate Mule Application State Storage
Store a CloudHub Application State Using Object Store V2
Manage Storage with Persistent Queues
Configure Mule Application Caches for Storage
Avoid Duplicate Processing of Previous Records

9. Effective Logging and Monitoring

Identify Mule Application Audit and Log Options
Design Logging Strategies
Select Logging Policies for Mule Application Log Files
Examine Third-Party Log Management System Integration Options
Specify Anypoint Platform Options for APIs and Integration Solutions

10. Software Development Lifecycle

Manage Property Files Across Environments
Manage Anypoint Platform Environments for Mule Application Deployments
Implement Continuous Integration and Continuous Delivery
Automate Deployment and Management

Part III: Non-Functional Requirements

11. Mule Application Transaction Management

Identify Supported Transaction Criteria
Identify Transaction Resources
Establish Transaction Boundaries
Select Transaction Types
Manage Transactions Using Sage Pattern

12. Reliability Goal Design

Compare Competing Non-Functional Requirements
Validate Reliability Goals
Design Mule Applications and Deployments That Meet Reliability Goals
Identify Mule Application Reliability Patterns

13. High-Availability Goal Design

Define High-Availability (HA) Goals
Balance HA Goals with Reliability and Performance Goals
Use Anypoint Platform to Achieve HA in CloudHub and Customer-Hosted Runtime Planes
Identify HA-Aware Connectors and Design Tradeoffs

14. Deployed Mule Application Performance

Define Mule Application Performance Goals
Balance Performance Goals with Reliability and HA Goals
Identify Performance Optimization and Tradeoff Use Cases
Locate Performance Bottlenecks
Implement Mule Applications for Performance
Measure Mule Application Performance
Adjust Mule Applications and Runtimes to Maximize Performance

15. Secure Mule Application and Deployment Design

Define Anypoint Platform Security Concepts and Options
Secure APIs on Anypoint Platform
Explain Use Cases Solved by Anypoint Platform Edge Security
Identify MuleSoft and Customer Security Responsibilities
Evaluate Mule Application Security Risks
Secure Mule Application Properties and Data in Transit

16. Secure Network Communication Design

Define Anypoint Platform Network Security Options and Architectures
Secure Mule Applications with Java Key Stores
Design Transport Layer Security Communication
Compare CloudHub Deployments with Load Balancers
Prepare Anypoint Virtual Private Cloud for Deployment

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