INTRODUCTION TO MESSAGING AND AMQP

• Benefits of messaging and asynchronous systems
• Why JMS isnâ??t enough
• The AMQP model
• Differences between AMQP and JMS

RABBITMQ PRODUCT PRESENTATION

• Product description and main capabilities
• Installation, directory structure, and configuration
• Durability with the Mnesia database
• Web management console
• Multitenancy with virtual hosts
• Logging with the firehose tracer

DEVELOPMENT AND INTEGRATION

• Clients (Java, C#, Python, Ruby, etc.)
• Focus on the Java client
• Publishing and consuming messages
• Managing AMQP resources
• AMQP routing with exchanges and queues
• Higherlevel abstractions (Spring AMQP & Integration, Pika)
• Messaging patterns

RELIABLE MESSAGING DEVELOPMENT

• Durable queues and exchanges
• Persistent messages
• AMQP and JMS transactions
• Transactions and acknowledgments
• Dead lettering
• Best practices for bulletproof message flows

CLUSTERING

• Scalable messaging architecture through clustering
• Creating a cluster
• Disk vs. RAM nodes
• Administration of a cluster
• Load balancing

PLUGINS

• Authentication using LDAP
• Exposing AMQP functionality using the STOMP protocol
• Messaging over a WAN using Shovel or Federation

HIGH AVAILABILITY

• Node failure handling
• Mirrored queues
• Slave synchronization
• Client failover handling

PERFORMANCE

• Impacts of configuration and client code options on performance
• Memory-based flow control
• Best practices

SPRING AMQP

• Springâ??s AMQP template
• Configuring AMQP Resources using Spring
• Sending and receiving messages

SECURITY

• Why secure AMQP communication?
• Users management
• Securing RabbitMQ at the protocol-level (SSL/SASL)
• Setting permissions using virtual hosts

MONITORING

• Management API
• Tools
• What to monitor