Name
dotnet-build -- Build the project and all dependencies
Summary
`dotnet build [--output]
[--build-base-path] [--framework] [--configuration] [--runtime] [--version-suffix] [--build-profile] [--no-incremental] [--no-dependencies] [<project>]`
Description
The dotnet build command builds a project from multiple source files and their dependencies Generate a binary file. By default, the binary will be in Intermediate Language (IL) and will have a DLL extension. dotnet build will also generate a *.deps outline file that the host application needs to run.
Building requires the existence of a lock file, which means you must first run dotnet restore when generating your code.
Before any compilation begins, generate verbs to analyze the project and its dependencies for incremental security checks. If all checks pass, then it continues building incremental compilation with the project and its dependencies; otherwise, it falls back to non-incremental compilation. Via a flag on the side, users can choose to receive additional information on how they can improve their build times.
All projects in the dependency graph that need to be compiled must pass the following security checks so that the compilation process is incremental:
Do not use pre/post compilation scripts
No compilation tools (eg: resgen, compiler) are loaded from PATH
Use only known compilers (CSC, VBC, FSC)
In order to generate an executable application you need a special configuration section in your project.json file:
{ "compilerOptions": { "emitEntryPoint": true } }
option
-o, --output [DIR]
Directory to place generated binaries.
-b, --build-base-path [DIR]
Directory to place temporary output.
-f, --framework [FRAMEWORK]
Compile a specified framework. The framework needs to be defined in the project.json file.
-c, --configuration [Debug|Release]
Define a configuration under generation. If omitted, defaults to debugging.
-r, --runtime [RUNTIME_IDENTIFIER]
The generated target runtime.
--version-suffix [VERSION_SUFFIX]
defines * the version field that should be replaced in the project.json file. The format follows NuGet's version style.
--build-profile
Print out the security checks the user needs to automatically turn on in order for incremental compilation to resolve incremental builds.
--no-incremental
marks the build as an unsafe incremental build. This turns off incremental compilation, forcing a clean rebuild of the project's dependency graph.
--no-dependencies
Ignore project-to-project references and only build the root project for the specified build.

The latest developments and best practices in C#.NET development include: 1. Asynchronous programming improves application responsiveness, and simplifies non-blocking code using async and await keywords; 2. LINQ provides powerful query functions, efficiently manipulating data through delayed execution and expression trees; 3. Performance optimization suggestions include using asynchronous programming, optimizing LINQ queries, rationally managing memory, improving code readability and maintenance, and writing unit tests.

How to build applications using .NET? Building applications using .NET can be achieved through the following steps: 1) Understand the basics of .NET, including C# language and cross-platform development support; 2) Learn core concepts such as components and working principles of the .NET ecosystem; 3) Master basic and advanced usage, from simple console applications to complex WebAPIs and database operations; 4) Be familiar with common errors and debugging techniques, such as configuration and database connection issues; 5) Application performance optimization and best practices, such as asynchronous programming and caching.

C# is widely used in enterprise-level applications, game development, mobile applications and web development. 1) In enterprise-level applications, C# is often used for ASP.NETCore to develop WebAPI. 2) In game development, C# is combined with the Unity engine to realize role control and other functions. 3) C# supports polymorphism and asynchronous programming to improve code flexibility and application performance.

C# and .NET are suitable for web, desktop and mobile development. 1) In web development, ASP.NETCore supports cross-platform development. 2) Desktop development uses WPF and WinForms, which are suitable for different needs. 3) Mobile development realizes cross-platform applications through Xamarin.

The C#.NET ecosystem provides rich frameworks and libraries to help developers build applications efficiently. 1.ASP.NETCore is used to build high-performance web applications, 2.EntityFrameworkCore is used for database operations. By understanding the use and best practices of these tools, developers can improve the quality and performance of their applications.

How to deploy a C# .NET app to Azure or AWS? The answer is to use AzureAppService and AWSElasticBeanstalk. 1. On Azure, automate deployment using AzureAppService and AzurePipelines. 2. On AWS, use Amazon ElasticBeanstalk and AWSLambda to implement deployment and serverless compute.

The combination of C# and .NET provides developers with a powerful programming environment. 1) C# supports polymorphism and asynchronous programming, 2) .NET provides cross-platform capabilities and concurrent processing mechanisms, which makes them widely used in desktop, web and mobile application development.

.NETFramework is a software framework, and C# is a programming language. 1..NETFramework provides libraries and services, supporting desktop, web and mobile application development. 2.C# is designed for .NETFramework and supports modern programming functions. 3..NETFramework manages code execution through CLR, and the C# code is compiled into IL and runs by CLR. 4. Use .NETFramework to quickly develop applications, and C# provides advanced functions such as LINQ. 5. Common errors include type conversion and asynchronous programming deadlocks. VisualStudio tools are required for debugging.


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