The platform name, i.e. the name clang uses to identify this target in its resource directory.
func platformName(conflatingDarwin: Bool = false) -> String? s6Basics6TripleV12platformName16conflatingDarwinSSSgSb_tF What are these?9VRIUIf true, all Darwin platforms will be identified as just darwin instead of by individual platform names. Defaults to false.
import Basics@dynamicMemberLookup struct TripleHelper for working with target triples.
@frozen struct BoolA value type whose instances are either true or false.
@frozen struct StringA Unicode string value that is a collection of characters.
init(_ description: String) throws init(_ string: String, normalizing: Bool = false) init(from decoder: Decoder) throws static let macOS: Triplestatic func getHostTriple(usingSwiftCompiler swiftCompiler: AbsolutePath) throws -> Triple Determine the versioned host triple using the Swift compiler.
var _iOSVersion: Version { get }Parse the version number as with getOSVersion. This should only be called with IOS or generic triples.
var _isSimulatorEnvironment: Bool { get }If this is a Darwin device platform, should it be inferred to be a device simulator?
var _macOSVersion: Version? { get }Parse the version number as with getOSVersion and then translate generic “darwin” versions to the corresponding OS X versions. This may also be called with IOS triples but the OS X version number is just set to a constant 10.4.0 in that case.
var _watchOSVersion: Version { get }Parse the version number as with getOSVersion. This should only be called with WatchOS or generic triples.
let arch: Arch?The parsed arch.
var archName: String { get }var darwinLinkerPlatformVersion: Version { get }var darwinPlatform: DarwinPlatform? { get }Returns the DarwinPlatform for this triple, or nil if it is a non-Darwin platform.
var description: String { get }var dynamicLibraryExtension: String { get }The file extension for dynamic libraries (eg. .dll, .so, or .dylib)
var dynamicLibraryPrefix: String { get }The file prefix for dynamic libraries
let environment: Environment?The parsed Environment type.
var environmentName: String { get }var executableExtension: String { get }var isMacCatalyst: Bool { get }var isWasm: Bool { get }var nsbundleExtension: String { get }The file extension for Foundation-style bundle.
let objectFormat: ObjectFormat?The object format type.
let os: OS?The parsed OS.
var osName: String { get }Returns the name of the OS from the triple string.
var osNameUnversioned: String { get }var osVersion: Version { get }Parse the version number from the OS name component of the triple, if present.
var staticLibraryExtension: String { get }The file extension for static libraries.
let subArch: SubArch?The parsed subarchitecture.
let triple: StringThe original triple string.
var tripleString: String { get }let vendor: Vendor?The parsed vendor.
var vendorName: String { get }subscript(dynamicMember predicate: KeyPath<OS, Bool>) -> Bool { get } Triple proxies predicates from Triple.OS, returning false for an unknown OS.
static func == (lhs: Triple, rhs: Triple) -> Bool func encode(to encoder: Encoder) throws func isAndroid() -> Bool func isApple() -> Bool func isDarwin() -> Bool func isLinux() -> Bool func isOpenBSD() -> Bool func isRuntimeCompatible(with triple: Triple) -> Bool Returns true if code compiled for triple can run on self value of Triple.
func isWASI() -> Bool func isWindows() -> Bool func supports(_ feature: FeatureAvailability) -> Bool Checks whether the triple supports the specified feature, i.e., the feature has been introduced by the OS and version indicated by the triple.
func tripleString(forPlatformVersion version: String) -> String Returns the triple string for the given platform version.
func version(for compatibilityPlatform: DarwinPlatform? = nil) -> Triple.Version Returns the OS version equivalent for the given platform, converting and defaulting various representations.
enum Archenum Environmentstruct FeatureAvailabilityRepresents the availability of a feature that is supported on some platforms and versions, but not all. For Darwin versions, the version numbers provided should be the version where the feature was added or the change was introduced, because all version checks are in the form of tripleVersion >= featureVersion.
enum OSenum ObjectFormatenum SubArchenum Vendorstruct VersionRepresents a version that may be present in the target triple.