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build.fsx
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#if DOTNETCORE
// We need to use this for now as "regular" Fake breaks when its caching logic cannot find "intellisense.fsx".
// This is the reason why we need to checkin the "intellisense.fsx" file for now...
#load ".fake/build.fsx/intellisense.fsx"
open System.Reflection
#else
// Load this before FakeLib, see https://github.com/fsharp/FSharp.Compiler.Service/issues/763
#r "packages/Mono.Cecil/lib/net40/Mono.Cecil.dll"
//#if DESIGNTIME
#I "packages/build/FAKE/tools/"
#r "FakeLib.dll"
#r "Paket.Core.dll"
#r "packages/build/System.Net.Http/lib/net46/System.Net.Http.dll"
#r "packages/build/Octokit/lib/net45/Octokit.dll"
//#else
//#r "src/app/FakeLib/bin/Debug/FakeLib.dll"
//#endif
#I "packages/build/SourceLink.Fake/tools/"
//#load "packages/build/SourceLink.Fake/tools/SourceLink.fsx"
#endif
open System.IO
open Fake.Api
open Fake.Core
open Fake.Tools
open Fake.IO
open Fake.IO.FileSystemOperators
open Fake.Core.Globbing.Operators
open Fake.Windows
open Fake.DotNet
open Fake.DotNet.Testing
// properties
let projectName = "FAKE"
let projectSummary = "FAKE - F# Make - Get rid of the noise in your build scripts."
let projectDescription = "FAKE - F# Make - is a build automation tool for .NET. Tasks and dependencies are specified in a DSL which is integrated in F#."
let authors = ["Steffen Forkmann"; "Mauricio Scheffer"; "Colin Bull"; "Matthias Dittrich"]
let gitRaw = Environment.environVarOrDefault "gitRaw" "https://raw.github.com/fsharp"
let gitOwner = "fsharp"
let gitHome = "https://github.com/" + gitOwner
// The name of the project on GitHub
let gitName = "FAKE"
let release = ReleaseNotes.LoadReleaseNotes "RELEASE_NOTES.md"
let packages =
["FAKE.Core",projectDescription
"FAKE.Gallio",projectDescription + " Extensions for Gallio"
"FAKE.IIS",projectDescription + " Extensions for IIS"
"FAKE.FluentMigrator",projectDescription + " Extensions for FluentMigrator"
"FAKE.SQL",projectDescription + " Extensions for SQL Server"
"FAKE.Experimental",projectDescription + " Experimental Extensions"
"FAKE.Deploy.Lib",projectDescription + " Extensions for FAKE Deploy"
projectName,projectDescription + " This package bundles all extensions."
"FAKE.Lib",projectDescription + " FAKE helper functions as library"]
let buildDir = "./build"
let testDir = "./test"
let docsDir = "./docs"
let apidocsDir = "./docs/apidocs/"
let nugetDncDir = "./nuget/dotnetcore"
let nugetLegacyDir = "./nuget/legacy"
let reportDir = "./report"
let packagesDir = "./packages"
let buildMergedDir = buildDir </> "merged"
let additionalFiles = [
"License.txt"
"README.markdown"
"RELEASE_NOTES.md"
"./packages/FSharp.Core/lib/net45/FSharp.Core.sigdata"
"./packages/FSharp.Core/lib/net45/FSharp.Core.optdata"]
let cleanForTests () =
// Clean NuGet cache (because it might contain appveyor stuff)
let cacheFolders = [ Paket.Constants.UserNuGetPackagesFolder; Paket.Constants.NuGetCacheFolder ]
for f in cacheFolders do
printfn "Clearing FAKE-NuGet packages in %s" f
!! (f </> "Fake.*")
|> Seq.iter (Shell.rm_rf)
let run workingDir fileName args =
printfn "CWD: %s" workingDir
let fileName, args =
if Environment.isUnix
then fileName, args else "cmd", ("/C " + fileName + " " + args)
let ok =
Process.execProcess (fun info ->
#if BOOTSTRAP
{ info with
FileName = fileName
WorkingDirectory = workingDir
Arguments = args }
#else
info.FileName <- fileName
info.WorkingDirectory <- workingDir
info.Arguments <- args
#endif
) System.TimeSpan.MaxValue
if not ok then failwith (sprintf "'%s> %s %s' task failed" workingDir fileName args)
let rmdir dir =
if Environment.isUnix
then Shell.rm_rf dir
// Use this in Windows to prevent conflicts with paths too long
else run "." "cmd" ("/C rmdir /s /q " + Path.GetFullPath dir)
// Clean test directories
!! "integrationtests/*/temp"
|> Seq.iter rmdir
// Targets
Target.Create "Clean" (fun _ ->
!! "src/*/*/bin"
//++ "src/*/*/obj"
|> Shell.CleanDirs
!! "src/*/*/obj/*.nuspec"
//-- "src/*/*/obj/*.references"
//-- "src/*/*/obj/*.props"
//-- "src/*/*/obj/*.paket.references.cached"
//-- "src/*/*/obj/*.NuGet.Config"
|> File.deleteAll
Shell.CleanDirs [buildDir; testDir; docsDir; apidocsDir; nugetDncDir; nugetLegacyDir; reportDir]
// Clean Data for tests
cleanForTests()
)
Target.Create "RenameFSharpCompilerService" (fun _ ->
for packDir in ["FSharp.Compiler.Service";"netcore"</>"FSharp.Compiler.Service"] do
// for framework in ["net40"; "net45"] do
for framework in ["netstandard1.6"; "net45"] do
let dir = __SOURCE_DIRECTORY__ </> "packages"</>packDir</>"lib"</>framework
let targetFile = dir </> "FAKE.FSharp.Compiler.Service.dll"
File.delete targetFile
#if DOTNETCORE
let reader =
let searchpaths =
[ dir; __SOURCE_DIRECTORY__ </> "packages/FSharp.Core/lib/net45" ]
let resolve name =
let n = AssemblyName(name)
match searchpaths
|> Seq.collect (fun p -> Directory.GetFiles(p, "*.dll"))
|> Seq.tryFind (fun f -> f.ToLowerInvariant().Contains(n.Name.ToLowerInvariant())) with
| Some f -> f
| None ->
failwithf "Could not resolve '%s'" name
let readAssemblyE (name:string) (parms: Mono.Cecil.ReaderParameters) =
Mono.Cecil.AssemblyDefinition.ReadAssembly(
resolve name,
parms)
let readAssembly (name:string) (x:Mono.Cecil.IAssemblyResolver) =
readAssemblyE name (new Mono.Cecil.ReaderParameters(AssemblyResolver = x))
{ new Mono.Cecil.IAssemblyResolver with
member x.Dispose () = ()
//member x.Resolve (name : string) = readAssembly name x
//member x.Resolve (name : string, parms : Mono.Cecil.ReaderParameters) = readAssemblyE name parms
member x.Resolve (name : Mono.Cecil.AssemblyNameReference) = readAssembly name.FullName x
member x.Resolve (name : Mono.Cecil.AssemblyNameReference, parms : Mono.Cecil.ReaderParameters) = readAssemblyE name.FullName parms
}
#else
let reader = new Mono.Cecil.DefaultAssemblyResolver()
reader.AddSearchDirectory(dir)
reader.AddSearchDirectory(__SOURCE_DIRECTORY__ </> "packages/FSharp.Core/lib/net45")
#endif
let readerParams = Mono.Cecil.ReaderParameters(AssemblyResolver = reader)
let asem = Mono.Cecil.AssemblyDefinition.ReadAssembly(dir </>"FSharp.Compiler.Service.dll", readerParams)
asem.Name <- Mono.Cecil.AssemblyNameDefinition("FAKE.FSharp.Compiler.Service", System.Version(1,0,0,0))
asem.Write(dir</>"FAKE.FSharp.Compiler.Service.dll")
)
let common = [
AssemblyInfo.Product "FAKE - F# Make"
AssemblyInfo.Version release.AssemblyVersion
AssemblyInfo.InformationalVersion release.NugetVersion
AssemblyInfo.FileVersion release.NugetVersion]
// New FAKE libraries
let dotnetAssemblyInfos =
[ "Fake.Api.Slack", "Slack Integration Support"
"Fake.Api.GitHub", "GitHub Client API Support via Octokit"
"Fake.Core.BuildServer", "Buildserver Support"
"Fake.Core.Context", "Core Context Infrastructure"
"Fake.Core.Environment", "Environment Detection"
"Fake.Core.Globbing", "Filesystem Globbing Support and Operators"
"Fake.Core.Process", "Starting and managing Processes"
"Fake.Core.ReleaseNotes", "Parsing ReleaseNotes"
"Fake.Core.SemVer", "Parsing and working with SemVer"
"Fake.Core.String", "Core String manipulations"
"Fake.Core.Target", "Defining and running Targets"
"Fake.Core.Tasks", "Repeating and managing Tasks"
"Fake.Core.Tracing", "Core Logging functionality"
"Fake.Core.Xml", "Core Xml functionality"
"Fake.DotNet.AssemblyInfoFile", "Writing AssemblyInfo files"
"Fake.DotNet.Cli", "Running the dotnet cli"
"Fake.DotNet.MsBuild", "Running msbuild"
"Fake.DotNet.NuGet", "Running NuGet Client and interacting with NuGet Feeds"
"Fake.DotNet.Paket", "Running Paket and publishing packages"
"Fake.DotNet.FSFormatting", "Running fsformatting.exe and generating documentatiom"
"Fake.DotNet.Testing.MSpec", "Running mspec test runner"
"Fake.DotNet.Testing.NUnit", "Running nunit test runner"
"Fake.DotNet.Testing.XUnit2", "Running xunit test runner"
"Fake.DotNet.Testing.MSTest", "Running mstest test runner"
"Fake.DotNet.Xamarin", "Running Xamarin builds"
"Fake.IO.FileSystem", "Core Filesystem utilities"
"Fake.IO.Zip", "Core Zip functionality"
"Fake.netcore", "Command line tool"
"Fake.Runtime", "Core runtime features"
"Fake.Tools.Git", "Running git commands"
"Fake.Testing.Common", "Common testing data types"
"Fake.Tracing.NAntXml", "NAntXml"
"Fake.Windows.Chocolatey", "Running and packaging with Chocolatey"
"Fake.Testing.SonarQube", "Analyzing your project with SonarQube"
"Fake.DotNet.Testing.OpenCover", "Code coverage with OpenCover" ]
let assemblyInfos =
[ "./src/app/FAKE/AssemblyInfo.fs",
[ AssemblyInfo.Title "FAKE - F# Make Command line tool"
AssemblyInfo.Guid "fb2b540f-d97a-4660-972f-5eeff8120fba"] @ common
"./src/app/Fake.Deploy/AssemblyInfo.fs",
[ AssemblyInfo.Title "FAKE - F# Make Deploy tool"
AssemblyInfo.Guid "413E2050-BECC-4FA6-87AA-5A74ACE9B8E1"] @ common
"./src/deploy.web/Fake.Deploy.Web/AssemblyInfo.fs",
[ AssemblyInfo.Title "FAKE - F# Make Deploy Web"
AssemblyInfo.Guid "27BA7705-3F57-47BE-B607-8A46B27AE876"] @ common
"./src/app/Fake.Deploy.Lib/AssemblyInfo.fs",
[ AssemblyInfo.Title "FAKE - F# Make Deploy Lib"
AssemblyInfo.Guid "AA284C42-1396-42CB-BCAC-D27F18D14AC7"] @ common
"./src/app/FakeLib/AssemblyInfo.fs",
[ AssemblyInfo.Title "FAKE - F# Make Lib"
AssemblyInfo.InternalsVisibleTo "Test.FAKECore"
AssemblyInfo.Guid "d6dd5aec-636d-4354-88d6-d66e094dadb5"] @ common
"./src/app/Fake.SQL/AssemblyInfo.fs",
[ AssemblyInfo.Title "FAKE - F# Make SQL Lib"
AssemblyInfo.Guid "A161EAAF-EFDA-4EF2-BD5A-4AD97439F1BE"] @ common
"./src/app/Fake.Experimental/AssemblyInfo.fs",
[ AssemblyInfo.Title "FAKE - F# Make Experimental Lib"
AssemblyInfo.Guid "5AA28AED-B9D8-4158-A594-32FE5ABC5713"] @ common
"./src/app/Fake.FluentMigrator/AssemblyInfo.fs",
[ AssemblyInfo.Title "FAKE - F# Make FluentMigrator Lib"
AssemblyInfo.Guid "E18BDD6F-1AF8-42BB-AEB6-31CD1AC7E56D"] @ common ] @
(dotnetAssemblyInfos
|> List.map (fun (project, description) ->
sprintf "./src/app/%s/AssemblyInfo.fs" project, [AssemblyInfo.Title (sprintf "FAKE - F# Make %s" description) ] @ common))
Target.Create "SetAssemblyInfo" (fun _ ->
for assemblyFile, attributes in assemblyInfos do
// Fixes merge conflicts in AssemblyInfo.fs files, while at the same time leaving the repository in a compilable state.
// http://stackoverflow.com/questions/32251037/ignore-changes-to-a-tracked-file
// not jet released
Git.CommandHelper.directRunGitCommandAndFail "." (sprintf "update-index --skip-worktree %s" assemblyFile)
attributes |> AssemblyInfoFile.CreateFSharp assemblyFile
)
Target.Create "DownloadPaket" (fun _ ->
if 0 <> Process.ExecProcess (fun info ->
#if BOOTSTRAP
{ info with
FileName = ".paket/paket.exe"
Arguments = "--version" }
#else
info.FileName <- ".paket/paket.exe"
info.Arguments <- "--version"
#endif
) (System.TimeSpan.FromMinutes 5.0) then
failwith "paket failed to start"
)
Target.Create "UnskipAndRevertAssemblyInfo" (fun _ ->
for assemblyFile, _ in assemblyInfos do
// While the files are skipped in can be hard to switch between branches
// Therefore we unskip and revert here.
Git.CommandHelper.directRunGitCommandAndFail "." (sprintf "update-index --no-skip-worktree %s" assemblyFile)
Git.CommandHelper.directRunGitCommandAndFail "." (sprintf "checkout HEAD %s" assemblyFile)
)
Target.Create "BuildSolution_" (fun _ ->
MsBuild.MSBuildWithDefaults "Build" ["./FAKE.sln"; "./FAKE.Deploy.Web.sln"]
|> Trace.Log "AppBuild-Output: "
)
Target.Create "GenerateDocs" (fun _ ->
Shell.CleanDir docsDir
let source = "./help"
let docsTemplate = "docpage.cshtml"
let indexTemplate = "indexpage.cshtml"
let githubLink = "https://github.com/fsharp/FAKE"
let projInfo =
[ "page-description", "FAKE - F# Make"
"page-author", String.separated ", " authors
"project-author", String.separated ", " authors
"github-link", githubLink
"project-github", "http://github.com/fsharp/fake"
"project-nuget", "https://www.nuget.org/packages/FAKE"
"root", "http://fsharp.github.io/FAKE"
"project-name", "FAKE - F# Make" ]
let layoutroots = [ "./help/templates"; "./help/templates/reference" ]
Shell.CopyDir (docsDir) "help/content" FileFilter.allFiles
File.writeString false "./docs/.nojekyll" ""
File.writeString false "./docs/CNAME" "fake.build"
//CopyDir (docsDir @@ "pics") "help/pics" FileFilter.allFiles
Shell.Copy (source @@ "markdown") ["RELEASE_NOTES.md"]
FSFormatting.CreateDocs (fun s ->
{ s with
Source = source @@ "markdown"
OutputDirectory = docsDir
Template = docsTemplate
ProjectParameters = ("CurrentPage", "Modules") :: projInfo
LayoutRoots = layoutroots })
FSFormatting.CreateDocs (fun s ->
{ s with
Source = source @@ "redirects"
OutputDirectory = docsDir
Template = docsTemplate
ProjectParameters = ("CurrentPage", "FAKE-4") :: projInfo
LayoutRoots = layoutroots })
FSFormatting.CreateDocs (fun s ->
{ s with
Source = source @@ "startpage"
OutputDirectory = docsDir
Template = indexTemplate
// TODO: CurrentPage shouldn't be required as it's written in the template, but it is -> investigate
ProjectParameters = ("CurrentPage", "Home") :: projInfo
LayoutRoots = layoutroots })
let dllFiles =
!! "./build/**/Fake.*.dll"
++ "./build/FakeLib.dll"
-- "./build/**/Fake.Experimental.dll"
-- "./build/**/FSharp.Compiler.Service.dll"
-- "./build/**/netcore/FAKE.FSharp.Compiler.Service.dll"
-- "./build/**/FAKE.FSharp.Compiler.Service.dll"
-- "./build/**/Fake.IIS.dll"
-- "./build/**/Fake.Deploy.Lib.dll"
Directory.ensure apidocsDir
dllFiles
|> FSFormatting.CreateDocsForDlls (fun s ->
{ s with
OutputDirectory = apidocsDir
LayoutRoots = layoutroots
LibDirs = [ "./build" ]
// TODO: CurrentPage shouldn't be required as it's written in the template, but it is -> investigate
ProjectParameters = ("CurrentPage", "APIReference") :: projInfo
SourceRepository = githubLink + "/blob/master" })
)
Target.Create "CopyLicense" (fun _ ->
Shell.CopyTo buildDir additionalFiles
)
Target.Create "Test" (fun _ ->
!! (testDir @@ "Test.*.dll")
|> Seq.filter (fun fileName -> if Environment.isMono then fileName.ToLower().Contains "deploy" |> not else true)
|> MSpec.MSpec (fun p ->
{p with
ToolPath = Globbing.Tools.findToolInSubPath "mspec-x86-clr4.exe" (Shell.pwd() @@ "tools" @@ "MSpec")
ExcludeTags = if Environment.isWindows then ["HTTP"] else ["HTTP"; "WindowsOnly"]
TimeOut = System.TimeSpan.FromMinutes 5.
HtmlOutputDir = reportDir})
try
!! (testDir @@ "Test.*.dll")
++ (testDir @@ "FsCheck.Fake.dll")
|> XUnit2.xUnit2 id
with e when e.Message.Contains "timed out" && Environment.isUnix ->
Trace.traceFAKE "Ignoring xUnit timeout for now, there seems to be something funny going on ..."
)
Target.Create "TestDotnetCore" (fun _ ->
cleanForTests()
!! (testDir @@ "*.IntegrationTests.dll")
|> NUnit3.NUnit3 id
)
Target.Create "BootstrapTest" (fun _ ->
let buildScript = "build.fsx"
let testScript = "testbuild.fsx"
#if !BOOTSTRAP
Environment.setEnvironVar "FAKE_DETAILED_ERRORS" "true"
#endif
// Check if we can build ourself with the new binaries.
let test clearCache (script:string) =
let clear () =
// Will make sure the test call actually compiles the script.
// Note: We cannot just clean .fake here as it might be locked by the currently executing code :)
if Directory.Exists ".fake" then
Directory.EnumerateFiles(".fake")
|> Seq.filter (fun s -> (Path.GetFileName s).StartsWith script)
|> Seq.iter File.Delete
let executeTarget span target =
if clearCache then clear ()
if Environment.isUnix then
let result =
Process.ExecProcess (fun info ->
#if BOOTSTRAP
{ info with
FileName = "chmod"
WorkingDirectory = "."
Arguments = "+x build/FAKE.exe" }
#else
info.FileName <- "chmod"
info.WorkingDirectory <- "."
info.Arguments <- "+x build/FAKE.exe"
#endif
) span
if result <> 0 then failwith "'chmod +x build/FAKE.exe' failed on unix"
Process.ExecProcess (fun info ->
#if BOOTSTRAP
{ info with
FileName = "build/FAKE.exe"
WorkingDirectory = "."
Arguments = sprintf "%s %s --fsiargs \"--define:BOOTSTRAP\" -pd" script target }
|> Process.setEnvironmentVariable "FAKE_DETAILED_ERRORS" "true"
#else
info.FileName <- "build/FAKE.exe"
info.WorkingDirectory <- "."
info.Arguments <- sprintf "%s %s -pd -fa --define:BOOTSTRAP " script target
#endif
) span
let result = executeTarget (System.TimeSpan.FromMinutes 10.0) "PrintColors"
if result <> 0 then failwith "Bootstrapping failed"
let result = executeTarget (System.TimeSpan.FromMinutes 1.0) "FailFast"
if result = 0 then failwith "Bootstrapping failed"
// Replace the include line to use the newly build FakeLib, otherwise things will be weird.
File.ReadAllText buildScript
|> fun s -> s.Replace("#I \"packages/build/FAKE/tools/\"", "#I \"build/\"")
|> fun text -> File.WriteAllText(testScript, text)
try
// Will compile the script.
test true testScript
// Will use the compiled/cached version.
test false testScript
finally File.Delete(testScript)
)
Target.Create "BootstrapTestDotnetCore" (fun _ ->
let buildScript = "build.fsx"
let testScript = "testbuild.fsx"
#if !BOOTSTRAP
Environment.setEnvironVar "FAKE_DETAILED_ERRORS" "true"
#endif
// Check if we can build ourself with the new binaries.
let test timeout clearCache script =
let clear () =
// Will make sure the test call actually compiles the script.
// Note: We cannot just clean .fake here as it might be locked by the currently executing code :)
if Directory.Exists ".fake/testbuild.fsx/packages" then
Directory.Delete (".fake/testbuild.fsx/packages", true)
if File.Exists ".fake/testbuild.fsx/paket.depedencies.sha1" then
File.Delete ".fake/testbuild.fsx/paket.depedencies.sha1"
if File.Exists ".fake/testbuild.fsx/paket.lock" then
File.Delete ".fake/testbuild.fsx/paket.lock"
// TODO: Clean a potentially cached dll as well.
let executeTarget target =
if clearCache then clear ()
let fileName =
if Environment.isUnix then "nuget/dotnetcore/Fake.netcore/current/fake"
else "nuget/dotnetcore/Fake.netcore/current/fake.exe"
Process.ExecProcessWithLambdas (fun info ->
#if BOOTSTRAP
{ info with
FileName = fileName
WorkingDirectory = "."
Arguments = sprintf "run %s --fsiargs \"--define:BOOTSTRAP\" --target %s" script target }
|> Process.setEnvironmentVariable "FAKE_DETAILED_ERRORS" "true"
#else
info.FileName <- fileName
info.WorkingDirectory <- "."
info.Arguments <- sprintf "run %s --fsiargs \"--define:BOOTSTRAP\" --target %s" script target
#endif
)
timeout
true (Trace.traceFAKE "%s") Trace.trace
let result = executeTarget "PrintColors"
if result <> 0 then failwithf "Bootstrapping failed (because of exitcode %d)" result
let result = executeTarget "FailFast"
if result = 0 then failwithf "Bootstrapping failed (because of exitcode %d)" result
// Replace the include line to use the newly build FakeLib, otherwise things will be weird.
// TODO: We might need another way, because currently we reference the same paket group?
File.ReadAllText buildScript
|> fun text -> File.WriteAllText(testScript, text)
try
// Will compile the script.
test (System.TimeSpan.FromMinutes 15.0) true testScript
// Will use the compiled/cached version.
test (System.TimeSpan.FromMinutes 3.0) false testScript
finally File.Delete(testScript)
)
Target.Create "SourceLink" (fun _ ->
//#if !DOTNETCORE
// !! "src/app/**/*.fsproj"
// |> Seq.iter (fun f ->
// let proj = VsProj.LoadRelease f
// let url = sprintf "%s/%s/{0}/%%var2%%" gitRaw projectName
// SourceLink.Index proj.CompilesNotLinked proj.OutputFilePdb __SOURCE_DIRECTORY__ url )
// let pdbFakeLib = "./build/FakeLib.pdb"
// Shell.CopyFile "./build/FAKE.Deploy" pdbFakeLib
// Shell.CopyFile "./build/FAKE.Deploy.Lib" pdbFakeLib
//#else
printfn "We don't currently have VsProj.LoadRelease on dotnetcore."
//#endif
)
Target.Create "ILRepack" (fun _ ->
Directory.ensure buildMergedDir
let internalizeIn filename =
let toPack =
[filename; "FSharp.Compiler.Service.dll"]
|> List.map (fun l -> buildDir </> l)
|> String.separated " "
let targetFile = buildMergedDir </> filename
let result =
Process.ExecProcess (fun info ->
#if BOOTSTRAP
{ info with
FileName = Directory.GetCurrentDirectory() </> "packages" </> "build" </> "ILRepack" </> "tools" </> "ILRepack.exe"
Arguments = sprintf "/verbose /lib:%s /ver:%s /out:%s %s" buildDir release.AssemblyVersion targetFile toPack }
#else
info.FileName <- Directory.GetCurrentDirectory() </> "packages" </> "build" </> "ILRepack" </> "tools" </> "ILRepack.exe"
info.Arguments <- sprintf "/verbose /lib:%s /ver:%s /out:%s %s" buildDir release.AssemblyVersion targetFile toPack
#endif
) (System.TimeSpan.FromMinutes 5.)
if result <> 0 then failwithf "Error during ILRepack execution."
Shell.CopyFile (buildDir </> filename) targetFile
internalizeIn "FAKE.exe"
!! (buildDir </> "FSharp.Compiler.Service.**")
|> Seq.iter File.delete
Shell.DeleteDir buildMergedDir
)
Target.Create "CreateNuGet" (fun _ ->
let set64BitCorFlags files =
files
|> Seq.iter (fun file ->
let args =
{ Process.Program = "lib" @@ "corflags.exe"
#if BOOTSTRAP
Process.WorkingDir = Path.GetDirectoryName file
#else
Process.WorkingDirectory = Path.GetDirectoryName file
#endif
Process.CommandLine = "/32BIT- /32BITPREF- " + Process.quoteIfNeeded file
Process.Args = [] }
printfn "%A" args
Process.shellExec args |> ignore)
let x64ify (package:NuGet.NuGet.NuGetParams) =
{ package with
Dependencies = package.Dependencies |> List.map (fun (pkg, ver) -> pkg + ".x64", ver)
Project = package.Project + ".x64" }
for package,description in packages do
let nugetDocsDir = nugetLegacyDir @@ "docs"
let nugetToolsDir = nugetLegacyDir @@ "tools"
let nugetLibDir = nugetLegacyDir @@ "lib"
let nugetLib451Dir = nugetLibDir @@ "net451"
Shell.CleanDir nugetDocsDir
Shell.CleanDir nugetToolsDir
Shell.CleanDir nugetLibDir
Shell.DeleteDir nugetLibDir
File.delete "./build/FAKE.Gallio/Gallio.dll"
let deleteFCS _ =
//!! (dir </> "FSharp.Compiler.Service.**")
//|> Seq.iter DeleteFile
()
match package with
| p when p = projectName ->
!! (buildDir @@ "**/*.*") |> Shell.Copy nugetToolsDir
Shell.CopyDir nugetDocsDir docsDir FileFilter.allFiles
deleteFCS nugetToolsDir
| p when p = "FAKE.Core" ->
!! (buildDir @@ "*.*") |> Shell.Copy nugetToolsDir
Shell.CopyDir nugetDocsDir docsDir FileFilter.allFiles
deleteFCS nugetToolsDir
| p when p = "FAKE.Lib" ->
Shell.CleanDir nugetLib451Dir
{
Globbing.BaseDirectory = buildDir
Globbing.Includes = [ "FakeLib.dll"; "FakeLib.XML" ]
Globbing.Excludes = []
}
|> Shell.Copy nugetLib451Dir
deleteFCS nugetLib451Dir
| _ ->
Shell.CopyDir nugetToolsDir (buildDir @@ package) FileFilter.allFiles
Shell.CopyTo nugetToolsDir additionalFiles
!! (nugetToolsDir @@ "*.srcsv") |> File.deleteAll
let setParams (p:NuGet.NuGet.NuGetParams) =
{p with
NuGet.NuGet.NuGetParams.Authors = authors
NuGet.NuGet.NuGetParams.Project = package
NuGet.NuGet.NuGetParams.Description = description
NuGet.NuGet.NuGetParams.Version = release.NugetVersion
NuGet.NuGet.NuGetParams.OutputPath = nugetLegacyDir
NuGet.NuGet.NuGetParams.WorkingDir = nugetLegacyDir
NuGet.NuGet.NuGetParams.Summary = projectSummary
NuGet.NuGet.NuGetParams.ReleaseNotes = release.Notes |> String.toLines
NuGet.NuGet.NuGetParams.Dependencies =
(if package <> "FAKE.Core" && package <> projectName && package <> "FAKE.Lib" then
["FAKE.Core", NuGet.NuGet.RequireExactly (String.NormalizeVersion release.AssemblyVersion)]
else p.Dependencies )
NuGet.NuGet.NuGetParams.Publish = false }
NuGet.NuGet.NuGet setParams "fake.nuspec"
!! (nugetToolsDir @@ "FAKE.exe") |> set64BitCorFlags
NuGet.NuGet.NuGet (setParams >> x64ify) "fake.nuspec"
)
(*
let LatestTooling options =
{ options with
Cli.InstallerOptions = (fun io ->
{ io with
Branch = "release/2.0.0"
})
Cli.Channel = None
Cli.Version = Cli.Version "2.0.0"
}*)
Target.Create "InstallDotnetCore" (fun _ ->
Cli.DotnetCliInstall Cli.Release_2_0_0
)
let root = __SOURCE_DIRECTORY__
let srcDir = root</>"src"
let appDir = srcDir</>"app"
let netCoreProjs =
!! "src/app/Fake.Core.*/*.fsproj"
++ "src/app/Fake.Api.*/*.fsproj"
++ "src/app/Fake.DotNet.*/*.fsproj"
++ "src/app/Fake.Windows.*/*.fsproj"
++ "src/app/Fake.IO.*/*.fsproj"
++ "src/app/Fake.Tools.*/*.fsproj"
++ "src/app/Fake.netcore/*.fsproj"
++ "src/app/Fake.Testing.*/*.fsproj"
++ "src/app/Fake.Runtime/*.fsproj"
Target.Create "DotnetRestore" (fun _ ->
Environment.setEnvironVar "Version" release.NugetVersion
//dotnet root "--info"
Cli.Dotnet { Cli.DotnetOptions.Default with WorkingDirectory = root } "--info"
|> ignore
// Workaround bug where paket integration doesn't generate
// .nuget\packages\.tools\dotnet-compile-fsc\1.0.0-preview2-020000\netcoreapp1.0\dotnet-compile-fsc.deps.json
let t = Path.GetFullPath "workaround"
Directory.ensure t
Cli.Dotnet { Cli.DotnetOptions.Default with WorkingDirectory = t } "new console --language f#"
|> ignore
Cli.Dotnet { Cli.DotnetOptions.Default with WorkingDirectory = t } "restore"
|> ignore
Cli.Dotnet { Cli.DotnetOptions.Default with WorkingDirectory = t } "build"
|> ignore
Directory.Delete(t, true)
// Copy nupkgs to nuget/dotnetcore
!! "lib/nupgks/**/*.nupkg"
|> Seq.iter (fun file ->
let dir = nugetDncDir //@@ "dotnetcore"
Directory.ensure dir
File.Copy(file, dir @@ Path.GetFileName file, true))
let result = Cli.Dotnet { Cli.DotnetOptions.Default with WorkingDirectory = root } "sln src/Fake-netcore.sln list"
let srcAbsolutePathLength = (Path.GetFullPath "./src").Length + 1
let missingNetCoreProj =
netCoreProjs
|> Seq.toList
|> List.map (fun proj ->
let relativePath = proj.Substring srcAbsolutePathLength
if result.Messages |> Seq.contains relativePath |> not then
Trace.traceFAKE "Project '%s' is missing in src/Fake-netcore.sln! Run 'dotnet sln src/Fake-netcore.sln add src/%s'" proj (relativePath.Replace("\\", "/"))
true
else false)
|> Seq.exists id
if missingNetCoreProj then failwith "At least one netcore project seems to be missing from the src/Fake-netcore.sln solution!"
// dotnet restore
Cli.DotnetRestore id "src/Fake-netcore.sln"
)
let runtimes =
[ "win7-x86"; "win7-x64"; "osx.10.11-x64"; "ubuntu.14.04-x64"; "ubuntu.16.04-x64" ]
Target.Create "DotnetPackage_" (fun _ ->
let nugetDir = System.IO.Path.GetFullPath nugetDncDir
Environment.setEnvironVar "Version" release.NugetVersion
Environment.setEnvironVar "Authors" (String.separated ";" authors)
Environment.setEnvironVar "Description" projectDescription
Environment.setEnvironVar "PackageReleaseNotes" (release.Notes |> String.toLines)
Environment.setEnvironVar "PackageTags" "build;fake;f#"
Environment.setEnvironVar "PackageIconUrl" "https://raw.githubusercontent.com/fsharp/FAKE/fee4f05a2ee3c646979bf753f3b1f02d927bfde9/help/content/pics/logo.png"
Environment.setEnvironVar "PackageProjectUrl" "https://github.com/fsharp/Fake"
Environment.setEnvironVar "PackageLicenseUrl" "https://github.com/fsharp/FAKE/blob/d86e9b5b8e7ebbb5a3d81c08d2e59518cf9d6da9/License.txt"
// dotnet pack
Cli.DotnetPack (fun c ->
{ c with
Configuration = Cli.Release
OutputPath = Some nugetDir
}) "src/Fake-netcore.sln"
let info = Cli.DotnetInfo id
// dotnet publish
runtimes
|> List.map Some
|> (fun rs -> None :: rs)
|> Seq.iter (fun runtime ->
!! "src/app/Fake.netcore/Fake.netcore.fsproj"
|> Seq.iter(fun proj ->
let projName = Path.GetFileName(Path.GetDirectoryName proj)
let runtimeName, runtime =
match runtime with
| Some r -> r, r
| None -> "current", info.RID
//DotnetRestore (fun c -> {c with Runtime = Some runtime}) proj
let outDir = nugetDir @@ projName @@ runtimeName
Cli.DotnetPublish (fun c ->
{ c with
Runtime = Some runtime
Configuration = Cli.Release
OutputPath = Some outDir
}) proj
let source = outDir </> "dotnet"
if File.Exists source then
Trace.traceFAKE "Workaround https://github.com/dotnet/cli/issues/6465"
let target = outDir </> "fake"
if File.Exists target then File.Delete target
File.Move(source, target)
)
)
// Publish portable as well (see https://docs.microsoft.com/en-us/dotnet/articles/core/app-types)
let netcoreFsproj = "src/app/Fake.netcore/Fake.netcore.fsproj"
let outDir = nugetDir @@ "Fake.netcore" @@ "portable"
Cli.DotnetPublish (fun c ->
{ c with
Framework = Some "netcoreapp2.0"
OutputPath = Some outDir
}) netcoreFsproj
)
Target.Create "DotnetCoreCreateZipPackages" (fun _ ->
Environment.setEnvironVar "Version" release.NugetVersion
// build zip packages
!! "nuget/dotnetcore/*.nupkg"
-- "nuget/dotnetcore/*.symbols.nupkg"
|> Zip.Zip "nuget/dotnetcore" "nuget/dotnetcore/Fake.netcore/fake-dotnetcore-packages.zip"
("portable" :: runtimes)
|> Seq.iter (fun runtime ->
let runtimeDir = sprintf "nuget/dotnetcore/Fake.netcore/%s" runtime
!! (sprintf "%s/**" runtimeDir)
|> Zip.Zip runtimeDir (sprintf "nuget/dotnetcore/Fake.netcore/fake-dotnetcore-%s.zip" runtime)
)
)
Target.Create "DotnetCoreCreateChocolateyPackage" (fun _ ->
// !! ""
Directory.ensure "nuget/dotnetcore/chocolatey"
Choco.PackFromTemplate (fun p ->
{ p with
PackageId = "fake"
ReleaseNotes = release.Notes |> String.toLines
InstallerType = Choco.ChocolateyInstallerType.SelfContained
Version = release.NugetVersion
Files = [ (System.IO.Path.GetFullPath @"nuget\dotnetcore\Fake.netcore\win7-x86") + @"\**", Some "bin", None ]
OutputDir = "nuget/dotnetcore/chocolatey" }) "src/Fake-choco-template.nuspec"
()
)
Target.Create "DotnetCorePushChocolateyPackage" (fun _ ->
let path = sprintf "nuget/dotnetcore/chocolatey/%s.%s.nupkg" "fake" release.NugetVersion
path |> Choco.Push (fun p ->
{ p with
Source = "https://push.chocolatey.org/"
ApiKey = Environment.environVarOrFail "CHOCOLATEY_API_KEY" })
)
let executeFPM args =
printfn "%s %s" "fpm" args
Process.Shell.Exec("fpm", args=args, dir="bin")
type SourceType =
| Dir of source:string * target:string
type DebPackageManifest =
{
SourceType : SourceType
Name : string
Version : string
Dependencies : (string * string option) list
BeforeInstall : string option
AfterInstall : string option
ConfigFile : string option
AdditionalOptions: string list
AdditionalArgs : string list
}
(*
See https://www.debian.org/doc/debian-policy/ch-maintainerscripts.html
Ask @theangrybyrd (slack)
{
SourceType = Dir("./MyCoolApp", "/opt/")
Name = "mycoolapp"
Version = originalVersion
Dependencies = [("mono-devel", None)]
BeforeInstall = "../deploy/preinst" |> Some
AfterInstall = "../deploy/postinst" |> Some
ConfigFile = "/etc/mycoolapp/default.conf" |> Some
AdditionalOptions = []
AdditionalArgs =
[ "../deplo/mycoolapp.service=/lib/systemd/system/" ]
}
23:08
so thats stuff i you want to setup like users or what not
23:09
adding to your path would be in the after script postinst
23:10
setting permissions also, its just a shell script
23:10
might also want a prerm and postrm if you want to play nice on cleanup
*)
Target.Create "DotnetCoreCreateDebianPackage" (fun _ ->
let createDebianPackage (manifest : DebPackageManifest) =
let argsList = ResizeArray<string>()
argsList.Add <| match manifest.SourceType with
| Dir (_) -> "-s dir"
argsList.Add <| "-t deb"
argsList.Add <| "-f"
argsList.Add <| (sprintf "-n %s" manifest.Name)
argsList.Add <| (sprintf "-v %s" (manifest.Version.Replace("-","~")))
let dependency name version =
match version with
| Some v -> sprintf "-d '%s %s'" name v
| None -> sprintf "-d '%s'" name
argsList.AddRange <| (Seq.map(fun (a,b) -> dependency a b) manifest.Dependencies)
manifest.BeforeInstall |> Option.iter(sprintf "--before-install %s" >> argsList.Add)
manifest.AfterInstall |> Option.iter(sprintf "--after-install %s" >> argsList.Add)
manifest.ConfigFile |> Option.iter(sprintf "--config-files %s" >> argsList.Add)
argsList.AddRange <| manifest.AdditionalOptions
argsList.Add <| match manifest.SourceType with
| Dir (source,target) -> sprintf "%s=%s" source target
argsList.AddRange <| manifest.AdditionalArgs
if argsList |> String.concat " " |> executeFPM <> 0 then
failwith "Failed creating deb package"
ignore createDebianPackage
()
)
let nuget_exe = Directory.GetCurrentDirectory() </> "packages" </> "build" </> "NuGet.CommandLine" </> "tools" </> "NuGet.exe"
let apikey = Environment.environVarOrDefault "nugetkey" ""
let nugetsource = Environment.environVarOrDefault "nugetsource" "https://www.nuget.org/api/v2/package"
let rec nugetPush tries nugetpackage =
try
if not <| System.String.IsNullOrEmpty apikey then
Process.ExecProcess (fun info ->
#if BOOTSTRAP
{ info with
FileName = nuget_exe
Arguments = sprintf "push %s %s -Source %s" (Process.toParam nugetpackage) (Process.toParam apikey) (Process.toParam nugetsource) }
#else
info.FileName <- nuget_exe
info.Arguments <- sprintf "push %s %s -Source %s" (Process.toParam nugetpackage) (Process.toParam apikey) (Process.toParam nugetsource)
#endif
)
(System.TimeSpan.FromMinutes 10.)
|> (fun r -> if r <> 0 then failwithf "failed to push package %s" nugetpackage)
else Trace.traceFAKE "could not push '%s', because api key was not set" nugetpackage
with exn when tries > 1 ->
Trace.traceFAKE "Error while pushing NuGet package: %s" exn.Message
nugetPush (tries - 1) nugetpackage
Target.Create "DotnetCorePushNuGet" (fun _ ->
// dotnet pack
netCoreProjs
-- "src/app/Fake.netcore/*.fsproj"
|> Seq.iter(fun proj ->
let projName = Path.GetFileName(Path.GetDirectoryName proj)
!! (sprintf "nuget/dotnetcore/%s.*.nupkg" projName)
-- (sprintf "nuget/dotnetcore/%s.*.symbols.nupkg" projName)
|> Seq.iter (nugetPush 4))
)
Target.Create "PublishNuget" (fun _ ->
// uses NugetKey environment variable.
// Timeout atm
Paket.Push(fun p ->
{ p with
DegreeOfParallelism = 2
WorkingDir = nugetLegacyDir })
//!! (nugetLegacyDir </> "**/*.nupkg")
//|> Seq.iter nugetPush
)
Target.Create "ReleaseDocs" (fun _ ->
Shell.CleanDir "gh-pages"
let url = Environment.environVarOrDefault "fake_git_url" "https://github.com/fsharp/FAKE.git"
Git.Repository.cloneSingleBranch "" url "gh-pages" "gh-pages"
Git.Repository.fullclean "gh-pages"
Shell.CopyRecursive "docs" "gh-pages" true |> printfn "%A"
Shell.CopyFile "gh-pages" "./Samples/FAKE-Calculator.zip"
Git.Staging.StageAll "gh-pages"
Git.Commit.Commit "gh-pages" (sprintf "Update generated documentation %s" release.NugetVersion)
Git.Branches.push "gh-pages"
)
Target.Create "FastRelease" (fun _ ->
Git.Staging.StageAll ""
Git.Commit.Commit "" (sprintf "Bump version to %s" release.NugetVersion)
let branch = Git.Information.getBranchName ""
Git.Branches.pushBranch "" "origin" branch
Git.Branches.tag "" release.NugetVersion
Git.Branches.pushTag "" "origin" release.NugetVersion
let token =
match Environment.environVarOrDefault "github_token" "" with
| s when not (System.String.IsNullOrWhiteSpace s) -> s
| _ -> failwith "please set the github_token environment variable to a github personal access token with repro access."
let draft =
GitHub.createClientWithToken token
|> GitHub.createDraft gitOwner gitName release.NugetVersion (release.SemVer.PreRelease <> None) release.Notes
let draftWithFiles =
runtimes @ [ "portable"; "packages" ]
|> List.map (fun n -> sprintf "nuget/dotnetcore/Fake.netcore/fake-dotnetcore-%s.zip" n)
|> List.fold (fun state item ->
state
|> GitHub.uploadFile item) draft
draftWithFiles
|> GitHub.releaseDraft
|> Async.RunSynchronously
)
open System
Target.Create "PrintColors" (fun _ ->
let color (color: ConsoleColor) (code : unit -> _) =
let before = Console.ForegroundColor
try
Console.ForegroundColor <- color
code ()
finally
Console.ForegroundColor <- before
color ConsoleColor.Magenta (fun _ -> printfn "TestMagenta")
)
Target.Create "FailFast" (fun _ -> failwith "fail fast")
Target.Create "EnsureTestsRun" (fun _ ->
//#if !DOTNETCORE
// if Environment.hasEnvironVar "SkipIntegrationTests" || Environment.hasEnvironVar "SkipTests" then
// let res = getUserInput "Are you really sure to continue without running tests (yes/no)?"
// if res <> "yes" then
// failwith "cannot continue without tests"
//#endif
()