Download Seriously Good Software video edition

What you would learn in Seriously Good Software video edition course?

Creating high-quality Software is never easy, so reviewing the fundamentals for good design and artistry is always beneficial. With this publication, you'll get a new view which I hope you are as impressed as I did with the introduction by Cay Horstmann, the author of Big Java, Core Java, and many other books.

The most experienced developers understand that the code is constantly improving. Each time you update your code, you implement small and large optimizations that can make a massive difference to the speed of your application, size, resilience, and maintainability.

In Excellent Software, The Code That Works and Survives, the author, teacher instructor, and Java specialist Marco Faella show methods for writing better code. The book starts with a simple application and then goes through seven meticulous refactorings, each designed to help you discover a new quality dimension.

concerning the technology

An excellent code blends the expertise of programmers with tried and true techniques and best practices, which are accepted by the entire development community. Even though every program has its unique context and personality, specific quality dimensions are essential. This book focuses on the seven fundamentals of excellent Software: speed, reliability, memory usage and readability, thread security, generality, and elegance. The Java-based examples illustrate methods that can be applied to all OO languages.

About the book

Good Software is a guide for professional developers interested in improving the quality of applications. It will help you understand the fundamental aspects of code quality, transforming an existing application into an efficient, professional-grade application. Questions, along with exercises and Java-based exercises, ensure that you can grasp the fundamentals as you work. Once you've completed the latest draft of this book's core project, you can confidently select the best optimizations in your application.

What's the inside

Evaluating software qualities
Analyzing trade-offs, interactions, and interplays
Achieving different goals within a single mission
Java-based exercises are available to any OO language

Course Content:

Part 1. Preliminaries
Chapter 1. Software qualities and a problem to solve
Chapter 1. Mostly external software qualities
Chapter 1. Mostly internal software qualities
Chapter 1. Interactions between software qualities
Chapter 1. The recurring example: A system of water containers
Chapter 1. Data model and representations
Chapter 1. Storing connections
Chapter 1. Hello, containers!
Chapter 1. Method connectTo
Chapter 2. Reference implementation
Chapter 2. Memory layout diagrams
Chapter 2. Memory requirements
Chapter 2. Time complexity
Chapter 2. Applying what you learned
Part 2. Software Qualities
Chapter 3. Need for speed: Time efficiency
Chapter 3. Adding connections in constant time
Chapter 3. Delaying the updates
Chapter 3. The best balance: Union-find algorithms
Chapter 3. Connecting trees of containers
Chapter 3. Amortized time complexity
Chapter 3. Amortized analysis of resizable arrays
Chapter 3. Comparing implementations
Chapter 3. And now for something completely different
Chapter 3. Real-world use cases
Chapter 3. Summary
Chapter 4. Precious memory: Space efficiency
Chapter 4. Space and time complexity
Chapter 4. Plain arrays
Chapter 4. Forgoing objects
Chapter 4. Creating containers with a factory method
Chapter 4. Connecting containers by ID
Chapter 4. The black hole
Chapter 4. Space-time trade-offs
Chapter 4. Real-world use cases
Chapter 4. Applying what you learned
Chapter 4. Exercise
Chapter 5. Self-conscious code: Reliability through monitoring
Chapter 5. Invariants
Chapter 5. Checking contracts
Chapter 5. Designing containers by contract
Chapter 5. Containers that check their contracts
Chapter 5. Checking the contract of connectTo
Chapter 5. Containers that check their invariants
Chapter 5. And now for something completely different
Chapter 5. Real-world use cases
Chapter 5. Exercise 2
Chapter 5. Exercise 3
Chapter 6. Lie to me: Reliability through testing
Chapter 6. JUnit
Chapter 6. Testing containers
Chapter 6. Testing addWater
Chapter 6. Input coverage criteria
Chapter 6. Testing connectTo
Chapter 6. Testability
Chapter 6. And now for something completely different
Chapter 6. A test suite
Chapter 6. Real-world use cases
Chapter 6. Applying what you learned
Chapter 6. Exercise
Chapter 7. Coding aloud: Readability
Chapter 7. Structural readability features
Chapter 7. Exterior readability features
Chapter 7. Readable containers
Chapter 7. Final thoughts on readability
Chapter 7. Real-world use cases
Chapter 8. Many cooks in the kitchen: Thread safety
Chapter 8. Dealing with deadlocks
Chapter 8. Thread-safe containers
Chapter 8. Immutability
Chapter 8. The implementation
Chapter 8. And now for something completely different
Chapter 8. Applying what you learned
Chapter 9. Please recycle: Reusability
Chapter 9. The general framework
Chapter 9. Mutable collectors
Chapter 9. A generic container implementation
Chapter 9. Recovering water containers
Chapter 9. And now for something completely different
Chapter 9. Real-world use cases
Chapter 9. Exercises and further reading
Appendix A. Code golf: Succinctness
Appendix B. The ultimate water container class

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