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build.fsx
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build.fsx
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// --------------------------------------------------------------------------------------
// FAKE build script
// --------------------------------------------------------------------------------------
#r @"packages/build/FAKE/tools/FakeLib.dll"
open Fake
open Fake.Git
open Fake.AssemblyInfoFile
open Fake.ReleaseNotesHelper
open System
open System.IO
open Fake.Testing.Expecto
let project = "Suave/Fable sample"
let summary = "Suave and Fable sample"
let description = summary
let configuration = "Release"
let clientPath = "./src/Client" |> FullName
let serverPath = "./src/Server/" |> FullName
let dotnetcliVersion = "1.0.4"
let mutable dotnetExePath = "dotnet"
let deployDir = "./deploy"
// Pattern specifying assemblies to be tested using expecto
let testExecutables = "test/**/bin/Release/*Tests*.exe"
let dockerUser = "forki"
let dockerImageName = "fable-suave"
// --------------------------------------------------------------------------------------
// END TODO: The rest of the file includes standard build steps
// --------------------------------------------------------------------------------------
let run' timeout cmd args dir =
if execProcess (fun info ->
info.FileName <- cmd
if not (String.IsNullOrWhiteSpace dir) then
info.WorkingDirectory <- dir
info.Arguments <- args
) timeout |> not then
failwithf "Error while running '%s' with args: %s" cmd args
let run = run' System.TimeSpan.MaxValue
let runDotnet workingDir args =
let result =
ExecProcess (fun info ->
info.FileName <- dotnetExePath
info.WorkingDirectory <- workingDir
info.Arguments <- args) TimeSpan.MaxValue
if result <> 0 then failwithf "dotnet %s failed" args
let platformTool tool winTool =
let tool = if isUnix then tool else winTool
tool
|> ProcessHelper.tryFindFileOnPath
|> function Some t -> t | _ -> failwithf "%s not found" tool
let nodeTool = platformTool "node" "node.exe"
let npmTool = platformTool "npm" "npm.cmd"
let yarnTool = platformTool "yarn" "yarn.cmd"
// Read additional information from the release notes document
let release = LoadReleaseNotes "RELEASE_NOTES.md"
let packageVersion = SemVerHelper.parse release.NugetVersion
// --------------------------------------------------------------------------------------
// Clean build results
Target "Clean" (fun _ ->
CleanDirs ["bin"; "temp"; "docs/output"; deployDir; Path.Combine(clientPath,"public/bundle")]
)
Target "InstallDotNetCore" (fun _ ->
dotnetExePath <- DotNetCli.InstallDotNetSDK dotnetcliVersion
)
// --------------------------------------------------------------------------------------
// Build library & test project
Target "InstallServer" (fun _ ->
runDotnet serverPath "restore"
)
Target "BuildServer" (fun _ ->
runDotnet serverPath "build"
)
Target "InstallClient" (fun _ ->
printfn "Node version:"
run nodeTool "--version" __SOURCE_DIRECTORY__
printfn "Yarn version:"
run yarnTool "--version" __SOURCE_DIRECTORY__
run yarnTool "install" __SOURCE_DIRECTORY__
runDotnet clientPath "restore"
)
Target "BuildClient" (fun _ ->
runDotnet clientPath "fable webpack -- -p"
)
Target "BuildTests" (fun _ ->
!! "./Tests.sln"
|> MSBuildReleaseExt "" [ ("Configuration", configuration); ("Platform", "Any CPU") ] "Rebuild"
|> ignore
)
// --------------------------------------------------------------------------------------
// Rename driver for macOS or Linux
Target "RenameDrivers" (fun _ ->
if not isWindows then
run npmTool "install phantomjs" ""
try
if isMacOS && not <| File.Exists "test/UITests/bin/Release/chromedriver" then
Fake.FileHelper.Rename "test/UITests/bin/Release/chromedriver" "test/UITests/bin/Release/chromedriver_macOS"
elif isLinux then
Fake.FileHelper.Rename "test/UITests/bin/Release/chromedriver" "test/UITests/bin/Release/chromedriver_linux64"
with
| exn -> failwithf "Could not rename chromedriver at test/UITests/bin/Release/chromedriver. Message: %s" exn.Message
)
Target "RunTests" (fun _ ->
ActivateFinalTarget "KillProcess"
let serverProcess =
let info = System.Diagnostics.ProcessStartInfo()
info.FileName <- dotnetExePath
info.WorkingDirectory <- serverPath
info.Arguments <- " run"
info.UseShellExecute <- false
System.Diagnostics.Process.Start info
System.Threading.Thread.Sleep 5000 |> ignore // give server some time to start
!! testExecutables
|> Expecto (fun p -> { p with Parallel = false } )
|> ignore
serverProcess.Kill()
)
// --------------------------------------------------------------------------------------
// Run the Website
let ipAddress = "localhost"
let port = 8080
FinalTarget "KillProcess" (fun _ ->
killProcess "dotnet"
killProcess "dotnet.exe"
)
Target "Run" (fun _ ->
let dotnetwatch = async {
let result =
ExecProcess (fun info ->
info.FileName <- dotnetExePath
info.WorkingDirectory <- serverPath
info.Arguments <- "watch run") TimeSpan.MaxValue
if result <> 0 then failwith "Website shut down." }
let fablewatch = async { runDotnet clientPath "fable webpack-dev-server" }
let openBrowser = async {
System.Threading.Thread.Sleep(5000)
Diagnostics.Process.Start("http://"+ ipAddress + sprintf ":%d" port) |> ignore }
Async.Parallel [| dotnetwatch; fablewatch; openBrowser |]
|> Async.RunSynchronously
|> ignore
)
// --------------------------------------------------------------------------------------
// Release Scripts
Target "PrepareRelease" (fun _ ->
Git.Branches.checkout "" false "master"
Git.CommandHelper.directRunGitCommand "" "fetch origin" |> ignore
Git.CommandHelper.directRunGitCommand "" "fetch origin --tags" |> ignore
StageAll ""
Git.Commit.Commit "" (sprintf "Bumping version to %O" release.NugetVersion)
Git.Branches.pushBranch "" "origin" "master"
let tagName = string release.NugetVersion
Git.Branches.tag "" tagName
Git.Branches.pushTag "" "origin" tagName
let result =
ExecProcess (fun info ->
info.FileName <- "docker"
info.Arguments <- sprintf "tag %s/%s %s/%s:%s" dockerUser dockerImageName dockerUser dockerImageName release.NugetVersion) TimeSpan.MaxValue
if result <> 0 then failwith "Docker tag failed"
)
Target "Publish" (fun _ ->
let result =
ExecProcess (fun info ->
info.FileName <- dotnetExePath
info.WorkingDirectory <- serverPath
info.Arguments <- "publish -c Release -o \"" + FullName deployDir + "\"") TimeSpan.MaxValue
if result <> 0 then failwith "Publish failed"
let clientDir = deployDir </> "client"
let publicDir = clientDir </> "public"
let jsDir = clientDir </> "js"
let cssDir = clientDir </> "css"
let imageDir = clientDir </> "Images"
!! "src/Client/public/**/*.*" |> CopyFiles publicDir
!! "src/Client/js/**/*.*" |> CopyFiles jsDir
!! "src/Client/css/**/*.*" |> CopyFiles cssDir
!! "src/Images/**/*.*" |> CopyFiles imageDir
"src/Client/index.html" |> CopyFile clientDir
)
Target "CreateDockerImage" (fun _ ->
let result =
ExecProcess (fun info ->
info.FileName <- "docker"
info.Arguments <- sprintf "build -t %s/%s ." dockerUser dockerImageName) TimeSpan.MaxValue
if result <> 0 then failwith "Docker build failed"
)
Target "Deploy" (fun _ ->
let result =
ExecProcess (fun info ->
info.FileName <- "docker"
info.WorkingDirectory <- deployDir
info.Arguments <- sprintf "login --username \"%s\" --password \"%s\"" dockerUser (getBuildParam "DockerPassword")) TimeSpan.MaxValue
if result <> 0 then failwith "Docker login failed"
let result =
ExecProcess (fun info ->
info.FileName <- "docker"
info.WorkingDirectory <- deployDir
info.Arguments <- sprintf "push %s/%s:%s" dockerUser dockerImageName release.NugetVersion) TimeSpan.MaxValue
if result <> 0 then failwith "Docker push failed"
)
// -------------------------------------------------------------------------------------
Target "Build" DoNothing
Target "All" DoNothing
"Clean"
==> "InstallDotNetCore"
==> "InstallServer"
==> "InstallClient"
==> "BuildServer"
==> "BuildClient"
==> "BuildTests"
==> "RenameDrivers"
==> "RunTests"
==> "All"
==> "Publish"
==> "CreateDockerImage"
==> "PrepareRelease"
==> "Deploy"
"BuildClient"
==> "Build"
"InstallClient"
==> "Run"
RunTargetOrDefault "All"