فهرست مطالب

• Cover
• Title page
• Copyright and credits
• Contributors
• Table of Contents
• Preface
• Chapter 1: Coding Standards and Principles in C#
• Technical requirements
• Good code versus bad code
• The need for coding standards, principles, and methodologies
• Summary
• Questions
• Further reading
• Chapter 2: Code Review – Process and Importance
• A brief introduction to GitHub
• The code review process
• Preparing code for review
• Leading a code review
• Knowing what to review
• Knowing when to send code for review
• Providing and responding to review feedback
• Summary
• Questions
• Further reading
• Chapter 3: Classes, Objects, and Data Structures
• Technical requirements
• Organizing classes
• A class should have only one responsibility
• Class organization
• Commenting for documentation generation
• Cohesion and coupling
• Designing for change
• The Law of Demeter
• Immutable objects and data structures
• Objects should hide data and expose methods
• Data structures should expose data and have no methods
• The SOLID software methodology
• Summary
• Questions
• Further reading
• Chapter 4: Writing Clean Functions
• Technical requirements
• Understanding the difference between OOP and FP
• Unclean methods and how they affect software
• FP and clean methods
• FP examples
• Keeping methods small
• Indenting code
• Breaking out of loops
• Avoiding duplication
• Avoiding multiple parameters
• Implementing the SRP
• Handling exceptions in FP
• Adding comments for readability
• Variable declaration and memory management
• Applying security in methods, especially in APIs
• Summary
• Questions
• Further reading
• Chapter 5: Exception Handling
• Technical requirements
• Overview of exception handling in C#
• Clean code exception-handling principles
• Best practices for handling exceptions
• Handling the TPL AggregateException exception
• Creating custom exceptions and when to use them
• Avoiding common mistakes in exception handling
• Testing exception handling
• An employee management example of mocking and unit testing with correct exception handling
• Summary
• Questions
• Further reading
• Chapter 6: Unit Testing
• Technical requirements
• Understanding unit testing
• Writing testable code
• TDD
• Choosing a testing framework
• Writing effective unit tests
• Integrating tests into the CI/CD pipeline
• Problem tests
• Summary
• Questions
• Further reading
• Chapter 7: Designing and Developing APIs
• Technical requirements
• What is an API?
• API development in C#
• Web API security with OWASP
• Summary
• Questions
• Further reading
• Chapter 8: Addressing Cross-Cutting Concerns
• A definition of cross-cutting concerns
• Importance and impact on software development
• Common examples of cross-cutting concerns
• Summary
• Questions
• Further reading
• Chapter 9: AOP with PostSharp
• Technical requirements
• AOP
• How AOP works with PostSharp
• Project – Cross-cutting concerns reusable library
• PostSharp and build pipeline considerations
• Dynamic AOP with Castle.DynamicProxy
• Summary
• Questions
• Further reading
• Chapter 10: Using Tools to Improve Code Quality
• Technical requirements
• Code analysis
• Using quick actions
• Using the JetBrains dotTrace profiler
• Using JetBrains ReSharper
• Using Telerik JustDecompile
• CI with GitHub Actions and CodeQL
• Summary
• Questions
• Further reading
• Chapter 11: Refactoring C# Code
• Technical requirements
• Application-level code smells
• Class-level code smells
• Method-level smells
• Summary
• Questions
• Further reading
• Chapter 12: Functional Programming
• Technical requirements
• Imperative vs functional programming
• Overview of functional programming in C#
• First-class functions and Lambda expressions
• Higher-order functions
• Immutability and pure functions
• Functional composition
• Option types and the Maybe monad
• Functional error handling
• Functional data transformation and pipelines
• Lazy evaluation
• Pattern matching
• Currying and partial application
• Concurrency with FP
• Recursion
• Summary
• Questions
• Further reading
• Chapter 13: Cross-Platform Application Development with MAUI
• Technical requirements
• Project overview
• Creating the project
• Summary
• Questions
• Further reading
• Chapter 14: Microservices
• What are microservices?
• Design process for microservices
• ALM of microservices
• Microservice architecture patterns
• Service registration and discovery
• Containerization and orchestration
• Serverless
• API gateways
• Event-driven communication
• Service resilience and fault tolerance
• Monitoring and observability
• Security
• CI/CD
• Microservice testing
• Scaling microservices
• Versioning and compatibility
• Best practices and anti-patterns
• Case studies
• Summary
• Questions
• Further reading
• Assessments
• Index
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