Righting Software 1st edition by Juval Löwy – Ebook PDF Instant Download/DeliveryISBN: 0136524036, 9780136524038
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ISBN-10 : 0136524036
ISBN-13 : 9780136524038
Author: Juval Löwy
Right Your Software and Transform Your Career Righting Software presents the proven, structured, and highly engineered approach to software design that renowned architect Juval Löwy has practiced and taught around the world. Although companies of every kind have successfully implemented his original design ideas across hundreds of systems, these insights have never before appeared in print. Based on first principles in software engineering and a comprehensive set of matching tools and techniques, Löwy’s methodology integrates system design and project design. First, he describes the primary area where many software architects fail and shows how to decompose a system into smaller building blocks or services, based on volatility. Next, he shows how to flow an effective project design from the system design; how to accurately calculate the project duration, cost, and risk; and how to devise multiple execution options. The method and principles in Righting Software apply regardless of your project and company size, technology, platform, or industry. Löwy starts the reader on a journey that addresses the critical challenges of software development today by righting software systems and projects as well as careers—and possibly the software industry as a whole. Software professionals, architects, project leads, or managers at any stage of their career will benefit greatly from this book, which provides guidance and knowledge that would otherwise take decades and many projects to acquire. Register your book for convenient access to downloads, updates, and/or corrections as they become available. See inside book for details.
Righting Software 1st Table of contents:
1. The Method
What Is The Method?
What The Method Is Not
Part I: System Design
2. Decomposition
Avoid Functional Decomposition
Volatility-Based Decomposition
Identifying Volatility
3. Structure
Use Cases and Requirements
Layered Approach
Typical Layers
Classification Guidelines
Subsystems and Services
Open and Closed Architectures
4. Composition
Requirements and Changes
Composable Design
There Is No Feature
Handling Change
5. System Design Example
System Overview
The Anti-Design Effort
Business Alignment
The Architecture
Design Validation
What’s Next?
Part II: Project Design
6. Motivation
Why Project Design?
7. Project Design Overview
Defining Success
Project Initial Staffing
Educated Decisions
Services and Developers
Effort Estimations
Critical Path Analysis
Scheduling Activities
Project Cost
Earned Value Planning
Roles and Responsibilities
8. Network and Float
The Network Diagram
Floats
Floats-Based Scheduling
9. Time and Cost
Accelerating Software Projects
Schedule Compression
Time–Cost Curve
Avoiding Classic Mistakes
Project Cost Elements
Network Compression
10. Risk
Choosing Options
Time–Risk Curve
Risk Modeling
Compression and Risk
Risk Decompression
Risk Metrics
11. Project Design in Action
The Mission
Finding the Normal Solution
Network Compression
Efficiency Analysis
Time–Cost Curve
Planning and Risk
SDP Review
12. Advanced Techniques
God Activities
Risk Crossover Point
Finding the Decompression Target
Geometric Risk
Execution Complexity
Very Large Projects
Small Projects
Design by Layers
13. Project Design Example
Estimations
Dependencies and Project Network
The Normal Solution
Compressed Solution
Design by Layers
Subcritical Solution
Comparing the Options
Planning and Risk
Preparing for the SDP Review
14. Concluding Thoughts
When to Design a Project
General Guidelines
Design of Project Design
In Perspective
The Hand-Off
In Practice
Debriefing Project Design
About Quality
Appendices
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