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DotNet.fs
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/// .NET Core + CLI tools helpers
namespace Fake.DotNet
[<RequireQualifiedAccess>]
module DotNet =
// NOTE: The #if can be removed once we have a working release with the "new" API
// Currently we #load this file in build.fsx
open Fake.Core
open Fake.IO
open Fake.IO.FileSystemOperators
open Fake.DotNet.NuGet
open System
open System.IO
open System.Security.Cryptography
open System.Text
open Newtonsoft.Json.Linq
open System
/// .NET Core SDK default install directory (set to default SDK installer paths (%HOME/.dotnet or %LOCALAPPDATA%/Microsoft/dotnet).
let internal defaultUserInstallDir =
if Environment.isUnix
then Environment.environVar "HOME" @@ ".dotnet"
else Environment.environVar "LocalAppData" @@ "Microsoft" @@ "dotnet"
/// .NET Core SDK default install directory (set to default SDK installer paths (/usr/local/share/dotnet or C:\Program Files\dotnet))
let internal defaultSystemInstallDir =
if Environment.isUnix
then "/usr/local/share/dotnet"
else @"C:\Program Files\dotnet"
/// Tries to get the DotNet SDK from the global.json, starts searching in the given directory. Returns None if global.json is not found
let internal tryGetSDKVersionFromGlobalJsonDir startDir : string option =
let globalJsonPaths rootDir =
let rec loop (dir: DirectoryInfo) = seq {
match dir.GetFiles "global.json" with
| [| json |] -> yield json
| _ -> ()
if not (isNull dir.Parent) then
yield! loop dir.Parent
}
loop (DirectoryInfo rootDir)
match Seq.tryHead (globalJsonPaths startDir) with
| None ->
None
| Some globalJson ->
try
let content = File.ReadAllText globalJson.FullName
let json = JObject.Parse content
let sdk = json.Item("sdk") :?> JObject
let version = sdk.Property("version").Value.ToString()
Some version
with
| exn -> failwithf "Could not parse `sdk.version` from global.json at '%s': %s" globalJson.FullName exn.Message
/// Gets the DotNet SDK from the global.json, starts searching in the given directory.
let internal getSDKVersionFromGlobalJsonDir startDir : string =
tryGetSDKVersionFromGlobalJsonDir startDir
|> function
| Some version -> version
| None -> failwithf "global.json not found"
/// Tries the DotNet SDK from the global.json
/// This file can exist in the working directory or any of the parent directories
/// Returns None if global.json is not found
let tryGetSDKVersionFromGlobalJson() : string option =
tryGetSDKVersionFromGlobalJsonDir "."
/// Gets the DotNet SDK from the global.json
/// This file can exist in the working directory or any of the parent directories
let getSDKVersionFromGlobalJson() : string =
getSDKVersionFromGlobalJsonDir "."
/// Get dotnet cli executable path. Probes the provided path first, then as a fallback tries the system PATH
/// ## Parameters
///
/// - 'dotnetCliDir' - the path to check else will probe system PATH
let private findPossibleDotnetCliPaths dotnetCliDir = seq {
let fileName = if Environment.isUnix then "dotnet" else "dotnet.exe"
yield!
ProcessUtils.findFilesOnPath "dotnet"
|> Seq.filter File.Exists
let userInstalldir = defaultUserInstallDir </> fileName
if File.exists userInstalldir then yield userInstalldir
let systemInstalldir = defaultSystemInstallDir </> fileName
if File.exists systemInstalldir then yield systemInstalldir
match dotnetCliDir with
| Some userSetPath ->
let defaultCliPath = userSetPath @@ fileName
match File.Exists defaultCliPath with
| true -> yield defaultCliPath
| _ -> ()
| None -> () }
/// Get .NET Core SDK download uri
let private getGenericDotNetCliInstallerUrl branch installerName =
sprintf "https://github.com/raw/dotnet/cli/%s/scripts/obtain/%s" branch installerName
let private getPowershellDotNetCliInstallerUrl branch = getGenericDotNetCliInstallerUrl branch "dotnet-install.ps1"
let private getBashDotNetCliInstallerUrl branch = getGenericDotNetCliInstallerUrl branch "dotnet-install.sh"
/// Download .NET Core SDK installer
let private downloadDotNetInstallerFromUrl (url:string) fileName =
//let url = getDotNetCliInstallerUrl branch
#if USE_HTTPCLIENT
let h = new System.Net.Http.HttpClient()
use f = File.Open(fileName, FileMode.Create)
h.GetStreamAsync(url).Result.CopyTo(f)
#else
use w = new System.Net.WebClient()
w.DownloadFile(url, fileName) // Http.RequestStream url
#endif
//use outFile = File.Open(fileName, FileMode.Create)
//installScript.ResponseStream.CopyTo(outFile)
Trace.trace (sprintf "downloaded dotnet installer (%s) to %s" url fileName)
/// [omit]
let private md5 (data : byte array) : string =
use md5 = MD5.Create()
(StringBuilder(), md5.ComputeHash(data))
||> Array.fold (fun sb b -> sb.Append(b.ToString("x2")))
|> string
/// .NET Core SDK installer download options
type InstallerOptions =
{
/// Always download install script (otherwise install script is cached in temporary folder)
AlwaysDownload: bool
/// Download installer from this github branch
Branch: string
// Use the given directory to download the script into. If None the temp-dir is used
CustomDownloadDir: string option
}
/// Parameter default values.
static member Default = {
AlwaysDownload = false
Branch = "master"
CustomDownloadDir = None
}
/// Download .NET Core SDK installer
/// ## Parameters
///
/// - 'setParams' - set download installer options
let downloadInstaller setParams =
let param = InstallerOptions.Default |> setParams
let ext = if Environment.isUnix then "sh" else "ps1"
let getInstallerUrl = if Environment.isUnix then getBashDotNetCliInstallerUrl else getPowershellDotNetCliInstallerUrl
let scriptName =
sprintf "dotnet_install_%s.%s" (md5 (Encoding.ASCII.GetBytes(param.Branch))) ext
let tempDir =
match param.CustomDownloadDir with
| None -> Path.GetTempPath()
| Some d -> d
let tempInstallerScript = tempDir @@ scriptName
// maybe download installer script
if param.AlwaysDownload || not(File.Exists(tempInstallerScript)) then
let url = getInstallerUrl param.Branch
downloadDotNetInstallerFromUrl url tempInstallerScript
tempInstallerScript
/// .NET Core SDK architecture
type CliArchitecture =
/// this value represents currently running OS architecture
| Auto
| X86
| X64
/// .NET Core SDK version (used to specify version when installing .NET Core SDK)
type CliVersion =
/// Latest build on the channel (used with the -Channel option).
| Latest
/// Latest coherent build on the channel; uses the latest stable package combination (used with Branch name -Channel options).
| Coherent
/// Three-part version in X.Y.Z format representing a specific build version; supersedes the -Channel option. For example: 2.0.0-preview2-006120.
| Version of string
/// Take version from global.json and fail if it is not found.
| GlobalJson
/// Specifies the source channel for the installation.
module CliChannel =
/// Long-Term Support channel (most current supported release).
let LTS = Some "LTS"
/// Most current release.
let Current = Some "Current"
/// Two-part version in X.Y format representing a specific release (for example, 2.0 or 1.0).
let Version major minor = Some (sprintf "%d.%d" major minor)
/// Branch name. For example, release/2.0.0, release/2.0.0-preview2, or master (for nightly releases).
let Branch branchName = Some branchName
/// .NET Core SDK install options
[<NoComparison>]
[<NoEquality>]
type CliInstallOptions =
{
/// Custom installer obtain (download) options
InstallerOptions: InstallerOptions -> InstallerOptions
/// Specifies the source channel for the installation. The possible values are:
/// - `Current` - Most current release.
/// - `LTS` - Long-Term Support channel (most current supported release).
/// - Two-part version in `X.Y` format representing a specific release (for example, `2.0` or `1.0`).
/// - Branch name. For example, release/2.0.0, release/2.0.0-preview2, or master (for nightly releases).
///
/// The default value is `LTS`. For more information on .NET support channels, see the .NET Support Policy page.
///
/// Use the `CliChannel` module, for example `CliChannel.Current`
Channel: string option
/// .NET Core SDK version
Version: CliVersion
/// Custom installation directory (for local build installation)
CustomInstallDir: string option
/// Always download and run the installer, ignore potentiall existing installations.
ForceInstall : bool
/// Architecture
Architecture: CliArchitecture
/// Include symbols in the installation (Switch does not work yet. Symbols zip is not being uploaded yet)
DebugSymbols: bool
/// If set it will not perform installation but instead display what command line to use
DryRun: bool
/// Do not update path variable
NoPath: bool
}
/// Parameter default values.
static member Default = {
InstallerOptions = id
Channel = None
Version = Latest
CustomInstallDir = None
ForceInstall = false
Architecture = Auto
DebugSymbols = false
DryRun = false
NoPath = true
}
/// The a list of well-known versions to install
module Versions =
/// .NET Core SDK install options preconfigured for preview2 tooling
let internal Preview2ToolingOptions options =
{ options with
InstallerOptions = (fun io ->
{ io with
Branch = "v1.0.0-preview2"
})
Channel = Some "preview"
Version = Version "1.0.0-preview2-003121"
}
/// .NET Core SDK install options preconfigured for preview4 tooling
let internal LatestPreview4ToolingOptions options =
{ options with
InstallerOptions = (fun io ->
{ io with
Branch = "rel/1.0.0-preview4"
})
Channel = None
Version = Latest
}
/// .NET Core SDK install options preconfigured for preview4 tooling
let internal Preview4_004233ToolingOptions options =
{ options with
InstallerOptions = (fun io ->
{ io with
Branch = "rel/1.0.0-preview4"
})
Channel = None
Version = Version "1.0.0-preview4-004233"
}
/// .NET Core SDK install options preconfigured for preview4 tooling
let internal RC4_004771ToolingOptions options =
{ options with
InstallerOptions = (fun io ->
{ io with
Branch = "rel/1.0.0-rc3"
})
Channel = None
Version = Version "1.0.0-rc4-004771"
}
/// .NET Core SDK install options preconfigured for preview4 tooling, this is marketized as v1.0.1 release of the .NET Core tools
let internal RC4_004973ToolingOptions options =
{ options with
InstallerOptions = (fun io ->
{ io with
Branch = "rel/1.0.1"
})
Channel = None
Version = Version "1.0.3-rc4-004973"
}
let Release_1_0_4 options =
{ options with
InstallerOptions = (fun io ->
{ io with
Branch = "release/2.0.0"
})
Channel = None
Version = Version "1.0.4"
}
let Release_2_0_0 options =
{ options with
InstallerOptions = (fun io ->
{ io with
Branch = "release/2.0.0"
})
Channel = None
Version = Version "2.0.0"
}
let Release_2_0_3 options =
{ options with
InstallerOptions = (fun io ->
{ io with
Branch = "release/2.0.0"
})
Channel = None
Version = Version "2.0.3"
}
let Release_2_1_4 options =
{ options with
InstallerOptions = (fun io ->
{ io with
Branch = "release/2.1"
})
Channel = None
Version = Version "2.1.4"
}
let Release_2_1_300_RC1 option =
{ option with
InstallerOptions = (fun io ->
{ io with
Branch = "release/2.1"
})
Channel = None
Version = Version "2.1.300-rc1-008673"
}
let Release_2_1_300 option =
{ option with
InstallerOptions = (fun io ->
{ io with
Branch = "release/2.1"
})
Channel = None
Version = Version "2.1.300"
}
let Release_2_1_301 option =
{ option with
InstallerOptions = (fun io ->
{ io with
Branch = "release/2.1"
})
Channel = None
Version = Version "2.1.301"
}
let Release_2_1_302 option =
{ option with
InstallerOptions = (fun io ->
{ io with
Branch = "release/2.1"
})
Channel = None
Version = Version "2.1.302"
}
let Release_2_1_400 option =
{ option with
InstallerOptions = (fun io ->
{ io with
Branch = "release/2.1"
})
Channel = None
Version = Version "2.1.400"
}
let Release_2_1_401 option =
{ option with
InstallerOptions = (fun io ->
{ io with
Branch = "release/2.1"
})
Channel = None
Version = Version "2.1.401"
}
let Release_2_1_402 option =
{ option with
InstallerOptions = (fun io ->
{ io with
Branch = "release/2.1"
})
Channel = None
Version = Version "2.1.402"
}
let FromGlobalJson option =
{ option with
InstallerOptions = id
Channel = None
Version = CliVersion.GlobalJson
}
/// .NET Core SDK install options preconfigured for preview2 tooling
[<Obsolete "Please use a stable release at this point">]
let Preview2ToolingOptions options = Versions.Preview4_004233ToolingOptions options
/// .NET Core SDK install options preconfigured for preview4 tooling
[<Obsolete "Please use a stable release at this point">]
let LatestPreview4ToolingOptions options = Versions.LatestPreview4ToolingOptions options
/// .NET Core SDK install options preconfigured for preview4 tooling
[<Obsolete "Please use a stable release at this point">]
let RC4_004771ToolingOptions options = Versions.RC4_004771ToolingOptions options
/// .NET Core SDK install options preconfigured for preview4 tooling, this is marketized as v1.0.1 release of the .NET Core tools
[<Obsolete "Please use a stable release at this point">]
let RC4_004973ToolingOptions options = Versions.RC4_004973ToolingOptions options
[<Obsolete "Please use DotNet.Versions.Release_1_0_4 instead">]
let Release_1_0_4 options = Versions.Release_1_0_4 options
[<Obsolete "Please use DotNet.Versions.Release_2_0_0 instead">]
let Release_2_0_0 options = Versions.Release_2_0_0 options
[<Obsolete "Please use DotNet.Versions.Release_2_0_3 instead">]
let Release_2_0_3 options = Versions.Release_2_0_3 options
[<Obsolete "Please use DotNet.Versions.Release_2_1_4 instead">]
let Release_2_1_4 options =Versions.Release_2_1_4 options
[<Obsolete "Please use DotNet.Versions.Release_2_1_300_RC1 instead">]
let Release_2_1_300_RC1 option = Versions.Release_2_1_300_RC1 option
[<Obsolete "Please use DotNet.Versions.Release_2_1_300 instead">]
let Release_2_1_300 option = Versions.Release_2_1_300 option
/// [omit]
let private optionToParam option paramFormat =
match option with
| Some value -> sprintf paramFormat value
| None -> ""
/// [omit]
let private boolToFlag value flagParam =
match value with
| true -> flagParam
| false -> ""
/// [omit]
let private buildDotNetCliInstallArgs (param: CliInstallOptions) =
let versionParamValue =
match param.Version with
| Latest -> "latest"
| Coherent -> "coherent"
| Version ver -> ver
| GlobalJson -> getSDKVersionFromGlobalJson()
// get channel value from installer branch info
let channelParamValue =
match param.Channel with
| Some ch -> ch
| None ->
let installerOptions = InstallerOptions.Default |> param.InstallerOptions
installerOptions.Branch |> String.replace "/" "-"
let architectureParamValue =
match param.Architecture with
| Auto -> None
| X86 -> Some "x86"
| X64 -> Some "x64"
Arguments.Empty
|> Arguments.appendIf true "-Verbose"
|> Arguments.appendNotEmpty "-Channel" channelParamValue
|> Arguments.appendNotEmpty "-Version" versionParamValue
|> Arguments.appendOption "-Architecture" architectureParamValue
|> Arguments.appendNotEmpty "-InstallDir" (defaultArg param.CustomInstallDir defaultUserInstallDir)
|> Arguments.appendIf param.DebugSymbols "-DebugSymbols"
|> Arguments.appendIf param.DryRun "-DryRun"
|> Arguments.appendIf param.NoPath "-NoPath"
/// dotnet restore verbosity
type Verbosity =
| Quiet
| Minimal
| Normal
| Detailed
| Diagnostic
/// dotnet cli command execution options
type Options =
{
/// DotNet cli executable path
DotNetCliPath: string
/// Write a global.json with the given version (required to make SDK choose the correct version)
Version : string option
/// Command working directory
WorkingDirectory: string
/// Process timeout, kills the process after the specified time
Timeout: TimeSpan option
/// Custom parameters
CustomParams: string option
/// Logging verbosity (--verbosity)
Verbosity: Verbosity option
/// Restore logging verbosity (--diagnostics)
Diagnostics: bool
/// If true the function will redirect the output of the called process (but will disable colors, false by default)
RedirectOutput : bool
/// If RedirectOutput is true this flag decides if FAKE emits the output into the standard output/error otherwise the flag is ignored.
/// True by default.
PrintRedirectedOutput : bool
/// Gets the environment variables that apply to this process and its child processes.
/// NOTE: Recommendation is to not use this Field, but instead use the helper function in the Proc module (for example Process.setEnvironmentVariable)
/// NOTE: This field is ignored when UseShellExecute is true.
Environment : Map<string, string>
}
/// Create a default setup for executing the `dotnet` command line.
/// This function tries to take current `global.json` into account and tries to find the correct installation.
/// To overwrite this behavior set `DotNetCliPath` manually (for example to the first result of `ProcessUtils.findFilesOnPath "dotnet"`)
static member Create() = {
DotNetCliPath =
let version = tryGetSDKVersionFromGlobalJson()
findPossibleDotnetCliPaths None
|> Seq.tryFind (fun cliPath ->
match version with
| Some version ->
version
|> Path.combine "sdk"
|> Path.combine (Path.getDirectory cliPath)
|> Directory.Exists
| None -> true
)
|> Option.defaultWith (fun () -> if Environment.isUnix then "dotnet" else "dotnet.exe")
WorkingDirectory = Directory.GetCurrentDirectory()
Timeout = None
CustomParams = None
Version = None
Verbosity = None
Diagnostics = false
RedirectOutput = false
PrintRedirectedOutput = true
Environment =
Process.createEnvironmentMap()
|> Map.remove "MSBUILD_EXE_PATH"
|> Map.remove "MSBuildExtensionsPath"
|> Map.remove "MSBuildLoadMicrosoftTargetsReadOnly"
|> Map.remove "MSBuildSDKsPath"
|> Map.remove "DOTNET_HOST_PATH"
}
[<Obsolete("Use Options.Create instead")>]
static member Default = Options.Create()
/// Sets the current environment variables.
member x.WithEnvironment map =
{ x with Environment = map }
/// Sets a value indicating whether the output for the given process is redirected.
member x.WithRedirectOutput shouldRedirect =
{ x with RedirectOutput = shouldRedirect }
/// Sets a value indicating whether the redirected output should be printed to standard-output/error stream.
member x.WithPrintRedirectedOutput shouldPrint =
{ x with PrintRedirectedOutput = shouldPrint }
/// Changes the "Common" properties according to the given function
member inline x.WithCommon f = f x
module Options =
let inline lift (f:Options -> Options) (x : ^a) =
let inline withCommon s e = ((^a) : (member WithCommon : (Options -> Options) -> ^a) (s, e))
withCommon x f
let inline withEnvironment map x =
lift (fun o -> o.WithEnvironment map) x
let inline withRedirectOutput shouldRedirect x =
lift (fun o -> o.WithRedirectOutput shouldRedirect) x
let inline withRedirectedOutput shouldPrint x =
lift (fun o -> o.WithPrintRedirectedOutput shouldPrint) x
let inline withWorkingDirectory wd x =
lift (fun o -> { o with WorkingDirectory = wd}) x
let inline withTimeout t x =
lift (fun o -> { o with Timeout = t}) x
let inline withDiagnostics diag x =
lift (fun o -> { o with Diagnostics = diag}) x
let inline withVerbosity verb x =
lift (fun o -> { o with Verbosity = verb}) x
let inline withCustomParams args x =
lift (fun o -> { o with CustomParams = args}) x
/// Sets custom command-line arguments expressed as a sequence of strings.
/// This function overwrites and gets overwritten by `withCustomParams`.
let inline withAdditionalArgs args x =
withCustomParams (args |> Args.toWindowsCommandLine |> (function | "" -> None | x -> Some x)) x
let inline withDotNetCliPath path x =
lift (fun o -> { o with DotNetCliPath = path}) x
/// [omit]
let private argList2 name values =
values
|> List.collect (fun v -> ["--" + name; v])
/// [omit]
let private argOption name value =
match value with
| true -> [ sprintf "--%s" name ]
| false -> []
/// [omit]
let private argOptionExplicit name value =
[ sprintf "--%s=%A" name value ]
/// [omit]
let private buildCommonArgs (param: Options) =
[ defaultArg param.CustomParams "" |> Args.fromWindowsCommandLine |> Seq.toList
param.Verbosity
|> Option.toList
|> List.map (fun v -> v.ToString().ToLowerInvariant())
|> argList2 "verbosity"
]
|> List.concat
|> List.filter (not << String.IsNullOrEmpty)
/// [omit]
let private buildSdkOptionsArgs (param: Options) =
[ param.Diagnostics |> argOption "--diagnostics"
]
|> List.concat
|> List.filter (not << String.IsNullOrEmpty)
let internal withGlobalJsonDispose workDir version =
let globalJsonPath =
if (Path.GetFullPath workDir).StartsWith(Path.GetFullPath ".") then "global.json"
else workDir </> "global.json"
let writtenJson =
match version with
| Some version when Directory.Exists workDir ->
// make sure to write global.json if we did not read the version from it
// We need to do this as the SDK will use this file to select the actual version
// See https://github.com/fsharp/FAKE/pull/1963 and related discussions
if File.Exists globalJsonPath then
let readVersion = getSDKVersionFromGlobalJsonDir workDir
if readVersion <> version then failwithf "Existing global.json with a different version found!"
false
else
let template = sprintf """{ "sdk": { "version": "%s" } }""" version
File.WriteAllText(globalJsonPath, template)
true
| _ -> false
{ new IDisposable with
member x.Dispose () = if writtenJson then File.delete globalJsonPath }
let internal withGlobalJson workDir version f =
use d = withGlobalJsonDispose workDir version
f ()
/// [omit]
let internal buildCommand command args options =
let sdkOptions = buildSdkOptionsArgs options
let commonOptions = buildCommonArgs options
[ sdkOptions
command // |> Args.fromWindowsCommandLine |> Seq.toList
commonOptions
args ] // |> Args.fromWindowsCommandLine |> Seq.toList ]
|> List.concat
[<RequireQualifiedAccess>]
type FirstArgReplacement =
| UsePreviousFile
| ReplaceWith of string list
let internal runRaw (firstArg:FirstArgReplacement) options (c:CreateProcess<'a>) =
//let timeout = TimeSpan.MaxValue
let results = new System.Collections.Generic.List<Fake.Core.ConsoleMessage>()
let errorF msg =
if options.PrintRedirectedOutput then
Trace.traceError msg
results.Add (ConsoleMessage.CreateError msg)
let messageF msg =
if options.PrintRedirectedOutput then
Trace.trace msg
results.Add (ConsoleMessage.CreateOut msg)
let dir = System.IO.Path.GetDirectoryName options.DotNetCliPath
let oldPath =
options
|> Process.getEnvironmentVariable "PATH"
let newArgs =
match firstArg with
| FirstArgReplacement.UsePreviousFile -> Arguments.withPrefix [c.Command.Executable] c.Command.Arguments
| FirstArgReplacement.ReplaceWith args ->
(Arguments.ofList args).ToStartInfo + " " + c.Command.Arguments.ToStartInfo
|> Arguments.OfStartInfo
let cmd = RawCommand(options.DotNetCliPath, newArgs)
c
|> CreateProcess.withCommand cmd
|> (if c.WorkingDirectory.IsNone then CreateProcess.withWorkingDirectory options.WorkingDirectory else id)
|> (match options.Timeout with Some timeout -> CreateProcess.withTimeout timeout | None -> id)
//|> CreateProcess.withArguments (Args.toWindowsCommandLine cmdArgs)
|> CreateProcess.withEnvironmentMap (EnvMap.ofMap options.Environment)
|> CreateProcess.setEnvironmentVariable "PATH" (
match oldPath with
| Some oldPath -> sprintf "%s%c%s" dir System.IO.Path.PathSeparator oldPath
| None -> dir)
|> CreateProcess.appendSimpleFuncs
(fun _ -> withGlobalJsonDispose options.WorkingDirectory options.Version)
(fun state p -> ())
(fun prev state exitCode -> prev)
(fun s -> s.Dispose())
//|> CreateProcess.withTimeout timeout
|> (if options.RedirectOutput then
CreateProcess.redirectOutputIfNotRedirected
>> CreateProcess.withOutputEventsNotNull messageF errorF
else id)
|> CreateProcess.map (fun prev ->
prev, (results |> List.ofSeq))
/// [omit]
let internal run cmdArgs options : ProcessResult =
CreateProcess.fromCommand (Command.RawCommand(options.DotNetCliPath, Arguments.ofList (List.ofSeq cmdArgs)))
|> runRaw (FirstArgReplacement.ReplaceWith []) options
|> CreateProcess.map (fun (r, results) ->
ProcessResult.New r.ExitCode results)
|> Proc.run
let internal setOptions (buildOptions: Options -> Options) =
buildOptions (Options.Create())
/// Execute raw dotnet cli command
/// ## Parameters
///
/// - 'buildOptions' - build common execution options
/// - 'command' - the sdk command to execute 'test', 'new', 'build', ...
/// - 'args' - command arguments
let exec (buildOptions: Options -> Options) (command:string) (args:string) =
let options = setOptions buildOptions
let cmdArgs = buildCommand (command |> Args.fromWindowsCommandLine |> Seq.toList)
(args |> Args.fromWindowsCommandLine |> Seq.toList)
options
run cmdArgs options
/// Replace the current `CreateProcess` instance to run with dotnet.exe
/// ## Parameters
///
/// - 'buildOptions' - build common execution options
/// - 'firstArg' - the first argument (like t)
/// - 'args' - command arguments
let prefixProcess (buildOptions: Options -> Options) (firstArgs:string list) (c:CreateProcess<'a>) =
let options = setOptions buildOptions
c
|> runRaw (FirstArgReplacement.ReplaceWith firstArgs) options
|> CreateProcess.map fst
/// Setup the environment (`PATH` and `DOTNET_ROOT`) in such a way that started processes use the given dotnet SDK installation.
/// This is useful for example when using fable, see https://github.com/fsharp/FAKE/issues/2405
/// ## Parameters
///
/// - 'install' - The SDK to use (result of `DotNet.install`)
let setupEnv (install: Options -> Options) =
let options = setOptions install
let dotnetTool = System.IO.Path.GetFullPath options.DotNetCliPath
let dotnetFolder = System.IO.Path.GetDirectoryName dotnetTool
let currentPath = Environment.environVar "PATH"
match currentPath with
| null | "" ->
Environment.setEnvironVar "PATH" (dotnetFolder)
| _ when not (currentPath.Contains (dotnetFolder)) ->
Environment.setEnvironVar "PATH" (dotnetFolder + string System.IO.Path.PathSeparator + currentPath)
| _ -> ()
let currentDotNetRoot = Environment.environVar "DOTNET_ROOT"
let realFolder =
if not Environment.isWindows then
#if !FX_NO_POSIX
// resolve potential symbolic link to the real location
// https://stackoverflow.com/questions/58326739/how-can-i-find-the-target-of-a-linux-symlink-in-c-sharp
Mono.Unix.UnixPath.GetRealPath(dotnetTool)
|> System.IO.Path.GetDirectoryName
#else
eprintf "Setting 'DOTNET_ROOT' to '%s' this might be wrong as we didn't follow the symlink. Please upgrade to netcore." dotnetFolder
dotnetFolder
#endif
else dotnetFolder
if String.IsNullOrEmpty currentDotNetRoot || not (currentDotNetRoot.Contains (realFolder)) then
Environment.setEnvironVar "DOTNET_ROOT" (realFolder)
/// dotnet --info command options
type InfoOptions =
{
/// Common tool options
Common: Options;
}
/// Parameter default values.
static member Create() = {
Common = Options.Create().WithRedirectOutput(true).WithPrintRedirectedOutput(false)
}
[<Obsolete("Use InfoOptions.Create instead")>]
static member Default = InfoOptions.Create()
/// Gets the current environment
member x.Environment = x.Common.Environment
/// Sets the current environment variables.
member x.WithEnvironment map =
{ x with Common = { x.Common with Environment = map } }
/// Sets a value indicating whether the output for the given process is redirected.
member x.WithRedirectOutput shouldRedirect =
{ x with Common = x.Common.WithRedirectOutput shouldRedirect }
/// Changes the "Common" properties according to the given function
member inline x.WithCommon f =
{ x with Common = f x.Common }
/// dotnet info result
type InfoResult =
{
/// Common tool options
RID: string;
}
/// Execute dotnet --info command
/// ## Parameters
///
/// - 'setParams' - set info command parameters
let info setParams =
use __ = Trace.traceTask "DotNet:info" "running dotnet --info"
let param = InfoOptions.Create() |> setParams
let args = "--info" // project (buildPackArgs param)
let result = exec (fun _ -> param.Common) "" args
let rawOutput =
result.Results
|> Seq.map (fun c -> sprintf "%s: %s" (if c.IsError then "stderr: " else "stdout: ") c.Message)
|> fun s -> System.String.Join("\n", s)
if not result.OK then
failwithf "dotnet --info failed with code '%i': \n%s" result.ExitCode rawOutput
let rid =
result.Messages
|> Seq.tryFind (fun m -> m.Contains "RID:")
|> Option.map (fun line -> line.Split([|':'|]).[1].Trim())
if rid.IsNone then failwithf "could not read rid from output: \n%s" rawOutput
__.MarkSuccess()
{ RID = rid.Value }
/// dotnet --version command options
type VersionOptions =
{
/// Common tool options
Common: Options;
}
/// Parameter default values.
static member Create() = {
Common = Options.Create().WithRedirectOutput true
}
/// Gets the current environment
member x.Environment = x.Common.Environment
/// Changes the "Common" properties according to the given function
member inline x.WithCommon f =
{ x with Common = f x.Common }
/// Sets the current environment variables.
member x.WithEnvironment map =
x.WithCommon (fun c -> { c with Environment = map })
/// Sets a value indicating whether the output for the given process is redirected.
member x.WithRedirectOutput shouldRedirect =
{ x with Common = x.Common.WithRedirectOutput shouldRedirect }
/// dotnet info result
type VersionResult = string
/// Execute dotnet --version command
/// ## Parameters
///
/// - 'setParams' - set version command parameters
let getVersion setParams =
use __ = Trace.traceTask "DotNet:version" "running dotnet --version"
let param = VersionOptions.Create() |> setParams
let args = "--version"
let result = exec (fun _ -> param.Common) "" args
if not result.OK then failwithf "dotnet --version failed with code %i" result.ExitCode
let version =
result.Messages
|> String.separated "\n"
|> String.trim
if String.isNullOrWhiteSpace version then failwithf "could not read version from output: \n%s" (System.String.Join("\n", result.Messages))
__.MarkSuccess()
version
/// Install .NET Core SDK if required
/// ## Parameters
///
/// - 'setParams' - set installation options
let install setParams : Options -> Options =
let param = CliInstallOptions.Default |> setParams
let dir = defaultArg param.CustomInstallDir defaultUserInstallDir
let checkVersion, fromGlobalJson =
match param.Version with
| Version version -> Some version, false
| CliVersion.Coherent -> None, false
| CliVersion.Latest -> None, false
| CliVersion.GlobalJson -> Some (getSDKVersionFromGlobalJson()), true
let dotnetInstallations =
if param.ForceInstall then Seq.empty else findPossibleDotnetCliPaths (Some dir)
let existingDotNet =
match checkVersion with
| Some version ->
let passVersion = if fromGlobalJson then None else Some version
withGlobalJson "." passVersion (fun () ->
dotnetInstallations
|> Seq.tryFind (fun dotnet ->
try
let result = getVersion (fun opt -> opt.WithCommon (fun c -> { c with DotNetCliPath = dotnet; Version = None}))
result = version
with e ->
if not (e.Message.Contains "dotnet --info failed with code") || not (e.Message.Contains "global.json") then
Trace.traceFAKE "Retrieving version failed, assuming because it doesn't match global.json, error was: %O" e
false
)
), passVersion
| None ->
// Just take first if we found a result
dotnetInstallations |> Seq.tryHead, None
match existingDotNet with
| Some dotnet, passVersion ->
Trace.traceVerbose "Suitable dotnet installation found, skipping .NET SDK installer."
(fun opt -> { opt with DotNetCliPath = dotnet; Version = passVersion})
| _ ->
let passVersion = if fromGlobalJson then None else checkVersion
let installScript = downloadInstaller param.InstallerOptions
// check if existing processes exists:
let dotnetExe = Path.Combine(dir, if Environment.isUnix then "dotnet" else "dotnet.exe")
if Environment.isWindows && File.Exists(dotnetExe) then
System.Diagnostics.Process.GetProcesses()
|> Seq.filter (fun p ->
try
not p.HasExited
with _ -> false)
|> Seq.filter (fun p ->
try
Path.GetFullPath(Process.getFileName p).ToLowerInvariant() =
Path.GetFullPath(dotnetExe)
with _ -> false)
|> Seq.iter Process.kill
()
let exitCode =
let args, fileName =
let installArgs = buildDotNetCliInstallArgs param
if Environment.isUnix then
let args = installArgs |> Arguments.withPrefix [ installScript ]
args, "bash" // Otherwise we need to set the executable flag!
else
let command = installArgs |> Arguments.withPrefix [ installScript ]
let args =
Arguments.Empty
|> Arguments.appendNotEmpty "-ExecutionPolicy" "ByPass"
|> Arguments.appendIf true "-NoProfile"
|> Arguments.appendIf true "-NoLogo"
|> Arguments.appendIf true "-NonInteractive"
// Note: The & is required when the script path contains spaces, see https://stackoverflow.com/questions/45760457/how-to-run-a-powershell-script-with-white-spaces-in-path-from-command-line
// powershell really is a waste of time
|> Arguments.appendNotEmpty "-Command" (sprintf "& %s; if (-not $?) { exit -1 };" command.ToWindowsCommandLine)
args, "powershell"
Process.execSimple (fun info ->