scala.scalanative.cli.options.NativeConfigOptions.scala Maven / Gradle / Ivy
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package scala.scalanative.cli.options
import scopt.OptionParser
import scala.scalanative.build._
import scala.scalanative.cli.utils.NativeConfigParserImplicits._
case class NativeConfigOptions(
mode: Mode = Mode.debug,
buildTarget: BuildTarget = BuildTarget.application,
lto: LTO = LTO.none,
gc: GC = GC.immix,
linkStubs: Boolean = false,
check: Boolean = false,
checkFatalWarnings: Boolean = false,
checkFeatures: Option[Boolean] = None,
dump: Boolean = false,
noOptimize: Boolean = false,
embedResources: Boolean = false,
resourceIncludePatterns: List[String] = Nil,
resourceExcludePatterns: List[String] = Nil,
multithreading: Option[Boolean] = None,
incrementalCompilation: Boolean = false,
baseName: Option[String] = None,
ltp: List[String] = List.empty,
linkingOption: List[String] = List.empty,
compileOption: List[String] = List.empty,
targetTriple: Option[String] = None,
clang: Option[String] = None,
clangPP: Option[String] = None,
serviceProviders: List[(String, String)] = Nil,
sanitizer: Option[String] = None
)
object NativeConfigOptions {
def set(parser: OptionParser[LinkerOptions]) = {
parser.note("Native Config options:")
parser
.opt[Mode]("mode")
.valueName(" (debug, release-fast or release-full)")
.optional()
.action((x, c) => c.copy(nativeConfig = c.nativeConfig.copy(mode = x)))
.text("Scala Native compilation mode. [debug]")
parser
.opt[BuildTarget]("build-target")
.valueName(
" (application, library-dynamic or library-static)"
)
.optional()
.action((x, c) =>
c.copy(nativeConfig = c.nativeConfig.copy(buildTarget = x))
)
.text("Scala Native build target. [application]")
parser
.opt[LTO]("lto")
.valueName(" (none, thin or full)")
.optional()
.action((x, c) => c.copy(nativeConfig = c.nativeConfig.copy(lto = x)))
.text("Link-time optimisation mode. [none]")
parser
.opt[GC]("gc")
.valueName(" (immix. commix, boehm, or none)")
.optional()
.action((x, c) => c.copy(nativeConfig = c.nativeConfig.copy(gc = x)))
.text("Used garbage collector. [immix]")
parser
.opt[Unit]("link-stubs")
.optional()
.action((x, c) =>
c.copy(nativeConfig = c.nativeConfig.copy(linkStubs = true))
)
.text("Should stubs be linked? [false]")
parser
.opt[Unit]("check")
.optional()
.action((x, c) =>
c.copy(nativeConfig = c.nativeConfig.copy(check = true))
)
.text(
"Shall linker check that NIR is well-formed after every phase? [false]"
)
parser
.opt[Unit]("check-fatal-warnings")
.optional()
.action((x, c) =>
c.copy(nativeConfig = c.nativeConfig.copy(checkFatalWarnings = true))
)
.text("Shall linker NIR check treat warnings as errors? [false]")
parser
.opt[Boolean]("check-features")
.optional()
.action((x, c) =>
c.copy(nativeConfig = c.nativeConfig.copy(checkFeatures = Some(x)))
)
.text(
"Shall build fail if it detects usage of unsupported feature on given platform? [true]"
)
parser
.opt[Unit]("dump")
.optional()
.action((x, c) => c.copy(nativeConfig = c.nativeConfig.copy(dump = true)))
.text("Shall linker dump intermediate NIR after every phase? [false]")
parser
.opt[Unit]("no-optimize")
.optional()
.action((x, c) =>
c.copy(nativeConfig = c.nativeConfig.copy(noOptimize = true))
)
.text("Should the resulting NIR code be not optimized? [false]")
parser
.opt[String]("embed-resources-include")
.optional()
.unbounded()
.action((x, c) =>
c.copy(nativeConfig =
c.nativeConfig.copy(resourceIncludePatterns =
x :: c.nativeConfig.resourceIncludePatterns
)
)
)
.text(
"Add glob pattern for resource files that should be embeded in the binary [**]"
)
parser
.opt[String]("embed-resources-exclude")
.optional()
.unbounded()
.action((x, c) =>
c.copy(nativeConfig =
c.nativeConfig.copy(resourceExcludePatterns =
x :: c.nativeConfig.resourceExcludePatterns
)
)
)
.text(
"Add glob pattern for resource files that should not be embeded in the binary"
)
parser
.opt[Unit]("embed-resources")
.optional()
.action((x, c) =>
c.copy(nativeConfig = c.nativeConfig.copy(embedResources = true))
)
.text("Shall resources file be embeded into executable? [false]")
parser
.opt[Unit]("incremental-compilation")
.optional()
.action((x, c) =>
c.copy(nativeConfig =
c.nativeConfig.copy(incrementalCompilation = true)
)
)
.text(
"Shall use incremental compilation mode for builds? (experimental) [false]"
)
parser
.opt[Boolean]("multithreading")
.abbr("-mt")
.optional()
.action((x, c) =>
c.copy(nativeConfig = c.nativeConfig.copy(multithreading = Some(x)))
)
.text(
"Should the target enable multihreading support for builds? [true]"
)
parser
.opt[String]("base-name")
.optional()
.action((x, c) =>
c.copy(nativeConfig =
c.nativeConfig
.copy(baseName = Some(x).map(_.trim()).filter(_.nonEmpty))
)
)
.text(
"Base name (without extension) used to generate names for build outputs. If empty `--base-name` would be resolved from `--outpath`"
)
parser
.opt[String]("ltp")
.valueName("")
.optional()
.unbounded()
.action((x, c) =>
c.copy(nativeConfig =
c.nativeConfig.copy(ltp = c.nativeConfig.ltp :+ x)
)
)
.text(
"User defined properties resolved at link-time. Multiple can be defined. Example: \"isCli=true\""
)
parser
.opt[String]("service-providers")
.valueName("")
.optional()
.unbounded()
.action((x, c) =>
x.split(':') match {
case Array(serviceName, serviceImplementation) =>
c.copy(nativeConfig =
c.nativeConfig.copy(serviceProviders =
c.nativeConfig.serviceProviders :+ (serviceName, serviceImplementation)
)
)
case _ =>
parser.reportWarning(
"Invalid format for 'service-providers', expected "
)
c
}
)
.text(
"Explicitly enabled service providers that should be avaiable in the executable"
)
parser
.opt[String]("linking-option")
.valueName("")
.optional()
.unbounded()
.action((x, c) =>
c.copy(nativeConfig =
c.nativeConfig.copy(linkingOption = c.nativeConfig.linkingOption :+ x)
)
)
.text("Linking options passed to LLVM. Multiple can be defined.")
parser
.opt[String]("compile-option")
.valueName("")
.optional()
.unbounded()
.action((x, c) =>
c.copy(nativeConfig =
c.nativeConfig.copy(compileOption = c.nativeConfig.compileOption :+ x)
)
)
.text("Compilation options passed to LLVM. Multiple can be defined.")
parser
.opt[String]("target-triple")
.valueName("")
.optional()
.action((x, c) =>
c.copy(nativeConfig = c.nativeConfig.copy(targetTriple = Some(x)))
)
.text("Target triple. Defines OS, ABI and CPU architectures.")
parser
.opt[String]("clang")
.valueName("")
.optional()
.action((x, c) =>
c.copy(nativeConfig = c.nativeConfig.copy(clang = Some(x)))
)
.text(
"Path to the `clang` executable. Internally discovered if not specified."
)
parser
.opt[String]("clang-pp")
.abbr("-clang++")
.valueName("")
.optional()
.action((x, c) =>
c.copy(nativeConfig = c.nativeConfig.copy(clangPP = Some(x)))
)
.text(
"Path to the `clang++` executable. Internally discovered if not specified."
)
parser
.opt[String]("sanitizer")
.optional()
.action { (x, c) =>
val supportedSanitizers = Seq("thread", "address", "undefined")
if (supportedSanitizers.contains(x))
c.copy(nativeConfig = c.nativeConfig.copy(sanitizer = Some(x)))
else {
parser.reportWarning(
s"Unsupported sanitizer type '$x', allowed values: ${supportedSanitizers.mkString(", ")}"
)
c
}
}
.text(
"Path to the `clang++` executable. Internally discovered if not specified."
)
}
}
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