BuildProject 3.0.0
See the version list below for details.
dotnet new install BuildProject::3.0.0
BuildProject
A template for scaffolding a modern build pipeline for your project using FAKE and .NET 6/7
Installation
dotnet new --install BuildProject::*
Usage
Template Parameters
BuildProject (F#)
Author: Kevin Schneider
Usage:
dotnet new BuildProject [options] [template options]
Options:
-n, --name <name> The name for the output being created. If no name is specified, the name of the output
directory is used.
-o, --output <output> Location to place the generated output.
--dry-run Displays a summary of what would happen if the given command line were run if it would result
in a template creation.
--force Forces content to be generated even if it would change existing files.
--no-update-check Disables checking for the template package updates when instantiating a template.
--project <project> The project that should be used for context evaluation.
-lang, --language <F#> Specifies the template language to instantiate.
--type <project> Specifies the template type to instantiate.
Template options:
-pn, --project-name <project-name> The name of the project. usually equal to the repo anme on github and the
.sln file to build. If not, customize manually.
Type: string
Default: TODO: set PROJECTNAME
-go, --git-owner <git-owner> The name of the organization or github user that owns the github repo
Type: string
Default: TODO: set GITOWNER
-tf, --target-framework <target-framework> The target framework of the build project (net6.0 or net7.0). default is
net6.0
Type: string
Default: net6.0
-ipv, --individual-package-versions If set, the build project will support individual package versions and
release notes per project.
Type: bool
Default: false
Basic use case
dotnet new BuildProject -go <git-owner> -pn <project-name> -o <output-directory>
where
<git-owner>
is the name of the user/org that owns the github repo.<project-name>
is the name of both the .sln file and the github repo. leave this unset and adapt manually if those differ<output-directory>
specifies the output directory. I will usually use abuild
folder in the root of my repository.
The template will generate the following files:
build.fsproj
ProjectInfo.fs
Helpers.fs
MessagePrompts.fs
BasicTasks.fs
TestTasks.fs
PackageTasks.fs
DocumentationTasks.fs
ReleaseTasks.fs
ReleaseNotesTasks.fs
Build.fs
where the only dynamic content is located in ProjectInfo.fs
, which might be the content you want to adapt manually if you did not set it via the flags shown above:
let testProjects =
[
// add relative paths (from project root) to your testprojects here
]
let project = "{PROJECTNAME}"
let solutionFile = $"{project}.sln"
let gitOwner = "{GITOWNER}"
let gitHome = $"https://github.com/{gitOwner}"
let projectRepo = $"https://github.com/{gitOwner}/{project}"
note that testProjects need to be set manually.
Adding test projects
I usually use the Expecto template to initialize a test project in a tests
folder in the repository root like this:
C:.
├───build
│ └───<build project content initialized by this template>
├───src
│ └───<project-name>
└───tests
└───testproject
to make use of the test build tasks provided by this template, you have to add the test projects to run inside ProjectInfo.fs
:
let testProjects =
[
"tests/testproject/testproject.fsproj"
]
Using the build project
in your project root, type
dotnet run --project ./<output-path>/build.fsproj
you can also pass build targets to run like this:
dotnet run --project ./<output-path>/build.fsproj <build-target-to-run>
examples include:
dotnet run --project ./<output-path>/build.fsproj runtests
dotnet run --project ./<output-path>/build.fsproj prerelease
dotnet run --project ./<output-path>/build.fsproj watchdocs
please note that the documentation targets assume you have a docs
folder managed withfsdocs
.
Scripting the build execution
in your project root, you can create these scripts so you have to type less:
build.cmd
:@echo off cls dotnet run --project ./build/build.fsproj %*
build.sh
(make executable withchmod u+x
):#!/usr/bin/env bash set -eu set -o pipefail dotnet run --project ./build/build.fsproj "$@"
Setting up individual project versions and release notes
Since v3.0.0, the template supports individual project versions and release notes per project.
This is helpful in a monorepo that contains projects that have decoupled versions, instead of having the same version for all projects per release..
To enable this feature, use the --individual-package-versions
flag when creating the template.
The rest of the setup is quite similar to the basic usecase, with the difference that you have to specify both projects and testprojects in ProjectInfo.fs
using the ProjectInfo
type.
let projects =
[
// add relative paths (from project root) to your projects here, including individual reslease notes files
// e.g. ProjectInfo.create("MyProject", "src/MyProject/MyProject.fsproj", "src/MyProject/RELEASE_NOTES.md") // a project with individual release notes
]
let testProjects =
[
// add relative paths (from project root) to your testprojects here
// e.g. ProjectInfo.create("MyTestProject", "tests/MyTestProject/MyTestProject.fsproj") // test projects do not have release notes.
]
-
net7.0
- FSharp.Core (>= 7.0.300)
NuGet packages
This package is not used by any NuGet packages.
GitHub repositories
This package is not used by any popular GitHub repositories.
Add `individual-package-versions` flag for enabling projects being built and released with individual versions and release notes