Introduction

Progress OpenEdge is a powerful platform designed for building and deploying business-critical applications. As developers build sophisticated applications, understanding the underlying database and how to manage it becomes crucial. Progress OpenEdge Database Administration for Developers is a specialized course that equips developers with the necessary skills to manage OpenEdge databases effectively.

This course covers key topics such as database architecture, performance tuning, backup and recovery strategies, and security best practices tailored for developers. By gaining hands-on experience in managing the OpenEdge database, developers can ensure optimal application performance and availability.

Prerequisites

• Basic knowledge of Progress 4GL (OpenEdge ABL)
• Familiarity with database management concepts
• Understanding of SQL and database design
• Experience with Progress OpenEdge development tools

Table of Contents

1. Introduction to OpenEdge Database Architecture

1.1 Understanding OpenEdge Database Structure
1.2 Components of OpenEdge Database
1.3 OpenEdge Storage Architecture
1.4 Configuring and Managing Database Files

2. Database Configuration and Setup

2.1 Creating and Configuring OpenEdge Databases
2.2 Understanding Database Parameters and Settings
2.3 Managing Database Storage Locations and Buffers
2.4 Performance Considerations during Database Setup

3. Backup and Recovery Strategies

3.1 Types of Database Backups (Full, Incremental, and Online)
3.2 Best Practices for Database Backup and Restore
3.3 OpenEdge Database Recovery Process
3.4 Automating Backup and Recovery Tasks

4. Performance Tuning and Optimization

4.1 Database Performance Metrics
4.2 Analyzing and Improving Query Performance
4.3 Optimizing Indexing Strategies
4.4 Troubleshooting and Resolving Database Performance Issues

5. Managing Data Integrity and Consistency

5.1 Ensuring Data Integrity in OpenEdge Databases
5.2 Understanding Transaction Management and ACID Principles
5.3 Managing Data Consistency Across Environments
5.4 Implementing Referential Integrity and Data Validation

6. OpenEdge Security Management

6.1 Securing OpenEdge Databases
6.2 User Authentication and Access Control
6.3 Encryption Techniques for Database Security
6.4 Managing Database Permissions and Roles

7. Database Monitoring and Maintenance

7.1 Monitoring Database Health and Performance
7.2 Implementing Regular Maintenance Tasks
7.3 Automating Database Maintenance Jobs
7.4 Setting Up Alerts for Database Failures or Issues

8. Troubleshooting and Error Management

8.1 Diagnosing Common OpenEdge Database Errors
8.2 Resolving Locking and Transaction Issues
8.3 Analyzing Database Logs and Error Reports
8.4 Handling Corrupt Database Files

9. OpenEdge Replication and High Availability

9.1 Configuring Database Replication in OpenEdge
9.2 Implementing High Availability Solutions for OpenEdge Databases
9.3 Disaster Recovery Planning and Failover Mechanisms
9.4 Monitoring and Maintaining Replicated Databases

10. Database Upgrades and Migration

10.1 Planning and Preparing for Database Upgrades
10.2 Migrating Data Between OpenEdge Versions
10.3 Managing Schema Changes and Data Migrations
10.4 Post-upgrade Database Validation

11. Best Practices for Database Administration

11.1 Database Design Best Practices
11.2 Automating Database Administration Tasks
11.3 Backup, Recovery, and Security Best Practices
11.4 Regular Audits and Compliance

12. Case Studies and Hands-on Labs

12.1 Lab: Configuring and Optimizing an OpenEdge Database
12.2 Case Study: Managing OpenEdge Database Performance in a Production Environment
12.3 Lab: Implementing Backup and Recovery Procedures
12.4 Case Study: Securing an OpenEdge Database with Advanced Features

Progress OpenEdge Database Administration for Developers provides developers with the essential skills needed to effectively manage, secure, and optimize OpenEdge databases. By completing this course, participants will be able to ensure the availability, performance, and security of OpenEdge databases in a production environment. This knowledge will allow developers to work efficiently in their application development while maintaining optimal database health and reliability.