EAI Paterns: Fundamentals and Environment Setup

EAI Paterns: Fundamentals and Environment Setup

• describe scenarios for facilitating integration with emphasis on various integration techniques
• recall the essential features of enterprise service bus from the perspective of application integration
• recognize the key characteristics of Apache ServiceMix
• describe the essential benefits of enterprise integration patterns
• describe the concept of pattern classification and its current implementation
• install ServiceMix and work with the console
• implement a simple integration using Camel route and deploy it on ServiceMix
• identify the role of asynchronous messaging in the enterprise integration pattern
• work with essential and critical messaging elements
• install and configure Kafka for messaging implementation
• integrate Kafka and Camel
• install and configure ServiceMix components

Explore integration patterns and how to depict them using pattern-specific language and notations. Setting up ServiceMix and using Kafka as the integration backbone is also covered.

EAI Paterns: Message Routing Pattern Implementation

EAI Paterns: Message Routing Pattern Implementation

• describe message routing patterns that can be implemented to manage message destination discovery
• describe the essential elements of XPath
• implement the XPath splitter pattern
• list essential characteristics of and implementation scenarios for content-based routing
• implement CBR using ServiceMix, Camel, and Kafka
• describe the benefits of dynamic router and scenarios for realizing those benefits
• describe features of recipient list that can help forward messages to a list of recipients in a single transmission
• implement recipient list patterns
• recall the typical use cases of implementing splitter, aggregator, and resequencer patterns
• implement the splitter pattern using Kafka
• implement the aggregator pattern using Kafka streams
• specify the benefits of and scenarios for implementing the routing slip pattern
• implement the routing slip pattern using Camel and Kafka
• demonstrate the approaches of implementing the scatter-gather pattern
• implement the splitter, aggregator, and resequencer patterns using Kafka

Explore message routing patterns and the practical implementation of CBR, dynamic routing, and splitter and aggregator patterns. Identifying appropriate implementation scenarios for routing patterns is also covered.

EAI Paterns: Language and Transformation Patterns

EAI Paterns: Language and Transformation Patterns

• illustrate the elements that are used to depict the structure of patterns and the visual notations
• list the messaging channels that are typically used in implementing EAI patterns
• configure message channels using Kafka
• implement message queues using Kafka
• recall the message variations that are used to construct EAI patterns
• describe the essential message features that play an essential role in EAI pattern implementation
• list the types of API that are typically used in Kafka to manage messaging
• produce and consume messages using the Kafka API
• create source streams and implement transformation
• describe the transformation patterns that can be implemented to manage message transformation
• demonstrate the implementation approaches of Content Enricher
• demonstrate the process involved in implementing Content Filter
• implement message flow with a real-time case study
• list the essential messaging protocols that can be used to implement asynchronous messaging
• recall types of message consumers, including event-driven and polling consumers
• implement Polling Consumer using Kafka
• implement message transformation patterns using Kafka

Explore the essential terminologies to depict and identity patterns and implement transformation patterns. Types of messages and message consumers, including event and polling consumers, are also covered.

EAI Patterns: Overview of Apache Camel

EAI Patterns: Overview of Apache Camel

• list the essential features and capabilities of Camel and its relevance in EIP
• install Camel and set up the development environment using components and messaging model
• describe various endpoints and their types that are used in Camel, as well as routing and DSL syntax
• demonstrate how to manipulate and transfer from input endpoint to output endpoint
• describe the advanced capabilities of Camel, including auto-discovery and file operations
• demonstrate how to use JPA and JDBC components in Camel
• demonstrate how to implement a sample EIP using Camel
• demonstrate how to implement Wire Tap pattern using Camel
• install Camel, create a Camel project, and configure CamelContext using JBoss IDE

Explore the basics of Apache Camel and how to implement EIP using various Camel components and end-points.