| Courses Basic Computer Training / Software Training / Application Programming | Locality Srinagar colony |
- Day 1
o Session-1
Introduction to Integration Platform
• Types of Integrations
• Levels of Integrations
• Architectures
Messaging Modes & Addressing Modes
Integration Architectures
o Session-2
Networking and distributed systems
The Information Bus
Rendezvous-based integration solutions
o Session 3
Publish / Subscribe Using TIBCO Rendezvous
Subject Based Addressing
TIBCO Rendezvous Subject Names
The TIB (The Information Bus)
TIBCO Rendezvous Self-describing Data
TIB Integration
Traditional vs. TIB Model
TIB Migration
Publish / Subscribe
Request / Reply
Broadcast Request / Reply
Point-to-point,
TIBCO Rendezvous vs. Message Queue
- Day 2
o Session-1
Installation of Rendezvous and Licensing
Rendezvous Daemon (rvd) Rvd Command Options
Rvd Browser Interface
Clients and Client Information
Transports
Services and Services Information
Daemon, Service and Network parameters
Lab 1 – Installation and Configuration
o Session-2
Rendezvous Routing Daemon (rvrd)
• Restrict Message Flow
• Backlog Protection
• Rvrd Command options and Browser Interface
• Neighbor Configuration
Lab 2 – Establishing Active RVRD Connection & SSL Configuration
o Session-3
Advisory Message Format
Rendezvous Protocol Monitor (rvtrace)
Rvtrace Connection
Packet Filtering
Rvtrace command options and display options
Rendezvous Agent (rva)
Usage of rva
rva command options and browser interface
Website Considerations
Lab 3 – rvtrace and rva configuration
Rendezvous Secure Daemons (rvsd and rvsrd)
Rvsd command options and browser interface
Rendezvous Daemon Manager (rvdm)
Rendezvous Current Value Cache (rvcache)
Lab 4 – Secure routing daemon and rvcache configuration and Test
Multicasting using Rendezvous and using the Pragmatic General Multicasting (PGM) protocol
Performance Assessment (rvperf)
- Day 3
o Session-1
JMS messaging overview
Overview of TIBCO Enterprise Message Service
Configuration of TIBCO EMS
Destinations
• Topic
• Queue
Configuring message persistence
Acknowledgement Modes
Using the command line Administration Tool and the TIBCO Administrator interface
Lab 5 – Creating Users and Privileges
Overview of EMS failover, routing and monitoring
Introduction to EMS Destination bridging
Lab 6 – Creating Bridges between destinations
Destination Properties: fail-safe, threshold, max bytes, global, perfetch
o Session-2
EMS Administration using Administration Tool
Lab 7 – Creating Topic and Queue (Exclusive, Non-exclusive)
Configuring failover, routing and monitoring
Destination bridging
Lab 8 – Creating Routes , Bridges and FT
Working with Configurations Files
Configuring EMS for SSL
Enabling EMS Client Authentication
Enabling EMS Server Authentication
Enabling EMS Destination Level Access Control
Lab 9 – SSL Configuration
- Day 4
o Session-1 & 2
Overview of Administrator
• User Management
• Resource Management
• Application Management
Creating Enterprise Archive File
Deployment of Business Processes and Adapter Runtime
Updating the Property Files (Global Variables)
Deployment and Management
• Objectives
• Deployment Steps
• Validating Project for Deployment
• Building Enterprise Archives
• Process, Adapter and Shared Archives
• Application Deployment in Administrator
• Configuring Deployment Details
• Redeploying and Versioning
• Managing and Monitoring Deployments
Lab 10 – Creating and deploying the application
Domain Communications
Domain Authorization and Access
Domain Resource Management
Lab 11 – Domain Configurations(Primary and Secondary)
Version Control
Domain Utility
Lab 12- Adding Machines to the Domain and creating FT
Usage App Manage
Performance Tuning
- Day 5
o Session-1 & 2
Hawk Architecture and Communication
Hawk Microagents, Methods and Alerts
Lab 13 – Creating Micro Agents, Rulebases and Monitoring
Hawk Event Service
Advanced Rulebases Techniques
Hawk Schedules
Hawk Security
Lab 14 – Configuring LDAP and SSL
- Requirements:
o Software
TIBCO Active Matrix Business Works 5.10
TIBCO EMS 5.0
TIBCO Hawk 4.8
TIBCO Rendezvous 8.3
Oracle 11g
o Hardware
Processor: Pentium 4 or newer
Hard Disk: 10 GB
RAM : 1 GB Recommended
o Data show (Projector)