You will need to have created and opened an analyzer project, say CSharpAnalyzers in Visual Studio 2017. Refer to the first recipe in this chapter to create this project.
- Preface
- Writing Diagnostic Analyzers
- Introduction
- Creating, debugging, and executing an analyzer project in Visual Studio
- Creating a symbol analyzer to report issues about symbol declarations
- Creating a syntax node analyzer to report issues about language syntax
- Creating a syntax tree analyzer to analyze the source file and report syntax issues
- Creating a method body analyzer to analyze whole method and report issues
- Creating a compilation analyzer to analyze whole compilation and report issues
- Writing unit tests for an analyzer project
- Publishing NuGet package and VSIX for an analyzer project
- Consuming Diagnostic Analyzers in .NET Projects
- Writing IDE Code Fixes, Refactorings, and Intellisense Completion Providers
- Introduction
- Creating, debugging, and executing a CodeFixProvider to fix a compiler warning
- Applying batch code fixes (FixAll) across different scopes: document, project, and solution
- Creating a custom FixAllProvider to fix all occurrences of an issue across a scope
- Creating a CodeRefactoringProvider to refactor source code to recommend using C# 7.0 tuples
- Creating a CompletionProvider to provide additional intellisense items while editing code.
- Writing unit tests for a CodeFixProvider
- Improving Code Maintenance of C# Code Base
- Catch Security Vulnerabilities and Performance Issues in C# Code
- Introduction
- Identifying configuration-related security vulnerabilities in web applications
- Identifying cross-site scripting vulnerabilities in view markup files (.cshtml, .aspx files) in web applications
- Identifying insecure method calls that can lead to SQL and LDAP injection attacks
- Identifying weak password protection and management in web applications
- Identifying weak validation of data from external components to prevent attacks such as cross-site request forgery and path tampering
- Identifying performance improvements to source code using FxCop analyzers
- Live Unit Testing in Visual Studio Enterprise
- Introduction
- Running live unit tests in Visual Studio for unit test projects based on NUnit, XUnit, and MSTest frameworks
- Viewing and navigating live unit test results
- Understanding incremental live unit test execution with code changes
- Understanding Start/Stop/Pause/Continue/Restart functionality for fine grain control of LUT
- Including and excluding subset of tests for live execution
- Configuring different options for live unit testing using the Tools Options dialog
- C# Interactive and Scripting
- Introduction
- Writing a simple C# script and evaluating it within the Visual Studio interactive window
- Using script directives and REPL commands in the C# interactive window
- Using keyboard shortcuts for evaluating and navigating through script sessions in the C# interactive window
- Initializing the C# interactive session from the existing C# project
- Executing the C# script on a Visual Studio developer command prompt using csi.exe
- Using the Roslyn scripting API to execute C# code snippets
- Contribute Simple Functionality to Roslyn C# Compiler Open Source Code
- Introduction
- Setting up Roslyn enlistment
- Implementing a new syntax error in the C# compiler code base
- Implementing a new semantic error in the C# compiler code base
- Writing unit tests for a new error in the C# compiler code base
- Using Roslyn Syntax Visualizer to view Roslyn syntax tokens and nodes for a source file
- Sending a Roslyn pull request to contribute to next version of C# compiler and VS IDE
- Design and Implement a New C# Language Feature
- Introduction
- Designing syntax and grammar for a new C# language feature
- Implementing parser support for a new C# language feature
- Implementing binding/semantic analysis support for a new C# language feature
- Implementing lowering/code generation support for a new C# language feature
- Writing unit tests for C# parsing, binding, and codegen phases
- Command-Line Tools Based on Roslyn API
- Introduction
- Writing an application based on the Compiler Syntax API to parse and transform source files
- Writing an application based on the Compiler Semantic API to display diagnostics and overload resolution results
- Writing an application based on the Compiler Analyzer API to execute diagnostic analyzers and display analyzer diagnostics
- Writing an application based on the Workspaces API to format and simplify all source files in the solution
- Writing an application based on the Workspaces API to edit projects in a solution and display project properties
Getting ready
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