Many resources are needed to download a project. Please understand that we have to compensate our server costs. Thank you in advance. Project price only 1 $
You can buy this project and download/modify it how often you want.
package org.jetbrains.kotlin.gradle.dsl
import groovy.lang.Closure
import org.gradle.api.DomainObjectSet
import org.gradle.api.Project
import org.gradle.util.ConfigureUtil
import org.jetbrains.kotlin.gradle.plugin.mpp.*
// DO NOT EDIT MANUALLY! Generated by org.jetbrains.kotlin.generators.gradle.dsl.MppNativeBinaryDSLCodegenKt
abstract class AbstractKotlinNativeBinaryContainer : DomainObjectSet {
abstract val project: Project
abstract val target: KotlinNativeTarget
// User-visible constants.
val DEBUG = NativeBuildType.DEBUG
val RELEASE = NativeBuildType.RELEASE
protected abstract fun createBinaries(
namePrefix: String,
baseName: String,
outputKind: NativeOutputKind,
buildTypes: Collection,
create: (name: String, baseName: String, buildType: NativeBuildType, compilation: KotlinNativeCompilation) -> T,
configure: T.() -> Unit
)
/** Provide an access to binaries using the [] operator in Groovy DSL. */
fun getAt(name: String): NativeBinary = getByName(name)
/** Provide an access to binaries using the [] operator in Kotlin DSL. */
operator fun get(name: String): NativeBinary = getByName(name)
/** Returns a binary with the given [name]. Throws an exception if there is no such binary. */
abstract fun getByName(name: String): NativeBinary
/** Returns a binary with the given [name]. Returns null if there is no such binary. */
abstract fun findByName(name: String): NativeBinary?
/** Returns an executable with the given [namePrefix] and the given build type. Throws an exception if there is no such binary.*/
abstract fun getExecutable(namePrefix: String, buildType: NativeBuildType): Executable
/** Returns an executable with the given [namePrefix] and the given build type. Throws an exception if there is no such binary.*/
fun getExecutable(namePrefix: String, buildType: String): Executable =
getExecutable(namePrefix, NativeBuildType.valueOf(buildType.toUpperCase()))
/** Returns an executable with the empty name prefix and the given build type. Throws an exception if there is no such binary.*/
fun getExecutable(buildType: NativeBuildType): Executable = getExecutable("", buildType)
/** Returns an executable with the empty name prefix and the given build type. Throws an exception if there is no such binary.*/
fun getExecutable(buildType: String): Executable = getExecutable("", buildType)
/** Returns an executable with the given [namePrefix] and the given build type. Returns null if there is no such binary. */
abstract fun findExecutable(namePrefix: String, buildType: NativeBuildType): Executable?
/** Returns an executable with the given [namePrefix] and the given build type. Returns null if there is no such binary. */
fun findExecutable(namePrefix: String, buildType: String): Executable? =
findExecutable(namePrefix, NativeBuildType.valueOf(buildType.toUpperCase()))
/** Returns an executable with the empty name prefix and the given build type. Returns null if there is no such binary. */
fun findExecutable(buildType: NativeBuildType): Executable? = findExecutable("", buildType)
/** Returns an executable with the empty name prefix and the given build type. Returns null if there is no such binary. */
fun findExecutable(buildType: String): Executable? = findExecutable("", buildType)
/** Returns a static library with the given [namePrefix] and the given build type. Throws an exception if there is no such binary.*/
abstract fun getStaticLib(namePrefix: String, buildType: NativeBuildType): StaticLibrary
/** Returns a static library with the given [namePrefix] and the given build type. Throws an exception if there is no such binary.*/
fun getStaticLib(namePrefix: String, buildType: String): StaticLibrary =
getStaticLib(namePrefix, NativeBuildType.valueOf(buildType.toUpperCase()))
/** Returns a static library with the empty name prefix and the given build type. Throws an exception if there is no such binary.*/
fun getStaticLib(buildType: NativeBuildType): StaticLibrary = getStaticLib("", buildType)
/** Returns a static library with the empty name prefix and the given build type. Throws an exception if there is no such binary.*/
fun getStaticLib(buildType: String): StaticLibrary = getStaticLib("", buildType)
/** Returns a static library with the given [namePrefix] and the given build type. Returns null if there is no such binary. */
abstract fun findStaticLib(namePrefix: String, buildType: NativeBuildType): StaticLibrary?
/** Returns a static library with the given [namePrefix] and the given build type. Returns null if there is no such binary. */
fun findStaticLib(namePrefix: String, buildType: String): StaticLibrary? =
findStaticLib(namePrefix, NativeBuildType.valueOf(buildType.toUpperCase()))
/** Returns a static library with the empty name prefix and the given build type. Returns null if there is no such binary. */
fun findStaticLib(buildType: NativeBuildType): StaticLibrary? = findStaticLib("", buildType)
/** Returns a static library with the empty name prefix and the given build type. Returns null if there is no such binary. */
fun findStaticLib(buildType: String): StaticLibrary? = findStaticLib("", buildType)
/** Returns a shared library with the given [namePrefix] and the given build type. Throws an exception if there is no such binary.*/
abstract fun getSharedLib(namePrefix: String, buildType: NativeBuildType): SharedLibrary
/** Returns a shared library with the given [namePrefix] and the given build type. Throws an exception if there is no such binary.*/
fun getSharedLib(namePrefix: String, buildType: String): SharedLibrary =
getSharedLib(namePrefix, NativeBuildType.valueOf(buildType.toUpperCase()))
/** Returns a shared library with the empty name prefix and the given build type. Throws an exception if there is no such binary.*/
fun getSharedLib(buildType: NativeBuildType): SharedLibrary = getSharedLib("", buildType)
/** Returns a shared library with the empty name prefix and the given build type. Throws an exception if there is no such binary.*/
fun getSharedLib(buildType: String): SharedLibrary = getSharedLib("", buildType)
/** Returns a shared library with the given [namePrefix] and the given build type. Returns null if there is no such binary. */
abstract fun findSharedLib(namePrefix: String, buildType: NativeBuildType): SharedLibrary?
/** Returns a shared library with the given [namePrefix] and the given build type. Returns null if there is no such binary. */
fun findSharedLib(namePrefix: String, buildType: String): SharedLibrary? =
findSharedLib(namePrefix, NativeBuildType.valueOf(buildType.toUpperCase()))
/** Returns a shared library with the empty name prefix and the given build type. Returns null if there is no such binary. */
fun findSharedLib(buildType: NativeBuildType): SharedLibrary? = findSharedLib("", buildType)
/** Returns a shared library with the empty name prefix and the given build type. Returns null if there is no such binary. */
fun findSharedLib(buildType: String): SharedLibrary? = findSharedLib("", buildType)
/** Returns an Objective-C framework with the given [namePrefix] and the given build type. Throws an exception if there is no such binary.*/
abstract fun getFramework(namePrefix: String, buildType: NativeBuildType): Framework
/** Returns an Objective-C framework with the given [namePrefix] and the given build type. Throws an exception if there is no such binary.*/
fun getFramework(namePrefix: String, buildType: String): Framework =
getFramework(namePrefix, NativeBuildType.valueOf(buildType.toUpperCase()))
/** Returns an Objective-C framework with the empty name prefix and the given build type. Throws an exception if there is no such binary.*/
fun getFramework(buildType: NativeBuildType): Framework = getFramework("", buildType)
/** Returns an Objective-C framework with the empty name prefix and the given build type. Throws an exception if there is no such binary.*/
fun getFramework(buildType: String): Framework = getFramework("", buildType)
/** Returns an Objective-C framework with the given [namePrefix] and the given build type. Returns null if there is no such binary. */
abstract fun findFramework(namePrefix: String, buildType: NativeBuildType): Framework?
/** Returns an Objective-C framework with the given [namePrefix] and the given build type. Returns null if there is no such binary. */
fun findFramework(namePrefix: String, buildType: String): Framework? =
findFramework(namePrefix, NativeBuildType.valueOf(buildType.toUpperCase()))
/** Returns an Objective-C framework with the empty name prefix and the given build type. Returns null if there is no such binary. */
fun findFramework(buildType: NativeBuildType): Framework? = findFramework("", buildType)
/** Returns an Objective-C framework with the empty name prefix and the given build type. Returns null if there is no such binary. */
fun findFramework(buildType: String): Framework? = findFramework("", buildType)
/** Returns a test executable with the given [namePrefix] and the given build type. Throws an exception if there is no such binary.*/
abstract fun getTest(namePrefix: String, buildType: NativeBuildType): TestExecutable
/** Returns a test executable with the given [namePrefix] and the given build type. Throws an exception if there is no such binary.*/
fun getTest(namePrefix: String, buildType: String): TestExecutable =
getTest(namePrefix, NativeBuildType.valueOf(buildType.toUpperCase()))
/** Returns a test executable with the empty name prefix and the given build type. Throws an exception if there is no such binary.*/
fun getTest(buildType: NativeBuildType): TestExecutable = getTest("", buildType)
/** Returns a test executable with the empty name prefix and the given build type. Throws an exception if there is no such binary.*/
fun getTest(buildType: String): TestExecutable = getTest("", buildType)
/** Returns a test executable with the given [namePrefix] and the given build type. Returns null if there is no such binary. */
abstract fun findTest(namePrefix: String, buildType: NativeBuildType): TestExecutable?
/** Returns a test executable with the given [namePrefix] and the given build type. Returns null if there is no such binary. */
fun findTest(namePrefix: String, buildType: String): TestExecutable? =
findTest(namePrefix, NativeBuildType.valueOf(buildType.toUpperCase()))
/** Returns a test executable with the empty name prefix and the given build type. Returns null if there is no such binary. */
fun findTest(buildType: NativeBuildType): TestExecutable? = findTest("", buildType)
/** Returns a test executable with the empty name prefix and the given build type. Returns null if there is no such binary. */
fun findTest(buildType: String): TestExecutable? = findTest("", buildType)
/** Creates an executable with the given [namePrefix] for each build type and configures it. */
@JvmOverloads
fun executable(
namePrefix: String,
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configure: Executable.() -> Unit = {}
) = createBinaries(namePrefix, namePrefix, NativeOutputKind.EXECUTABLE, buildTypes, ::Executable, configure)
/** Creates an executable with the empty name prefix for each build type and configures it. */
@JvmOverloads
fun executable(
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configure: Executable.() -> Unit = {}
) = createBinaries("", project.name, NativeOutputKind.EXECUTABLE, buildTypes, ::Executable, configure)
/** Creates an executable with the given [namePrefix] for each build type and configures it. */
@JvmOverloads
fun executable(
namePrefix: String,
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configureClosure: Closure<*>
) = executable(namePrefix, buildTypes) { ConfigureUtil.configure(configureClosure, this) }
/** Creates an executable with the default name prefix for each build type and configures it. */
@JvmOverloads
fun executable(
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configureClosure: Closure<*>
) = executable(buildTypes) { ConfigureUtil.configure(configureClosure, this) }
/** Creates a static library with the given [namePrefix] for each build type and configures it. */
@JvmOverloads
fun staticLib(
namePrefix: String,
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configure: StaticLibrary.() -> Unit = {}
) = createBinaries(namePrefix, namePrefix, NativeOutputKind.STATIC, buildTypes, ::StaticLibrary, configure)
/** Creates a static library with the empty name prefix for each build type and configures it. */
@JvmOverloads
fun staticLib(
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configure: StaticLibrary.() -> Unit = {}
) = createBinaries("", project.name, NativeOutputKind.STATIC, buildTypes, ::StaticLibrary, configure)
/** Creates a static library with the given [namePrefix] for each build type and configures it. */
@JvmOverloads
fun staticLib(
namePrefix: String,
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configureClosure: Closure<*>
) = staticLib(namePrefix, buildTypes) { ConfigureUtil.configure(configureClosure, this) }
/** Creates a static library with the default name prefix for each build type and configures it. */
@JvmOverloads
fun staticLib(
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configureClosure: Closure<*>
) = staticLib(buildTypes) { ConfigureUtil.configure(configureClosure, this) }
/** Creates a shared library with the given [namePrefix] for each build type and configures it. */
@JvmOverloads
fun sharedLib(
namePrefix: String,
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configure: SharedLibrary.() -> Unit = {}
) = createBinaries(namePrefix, namePrefix, NativeOutputKind.DYNAMIC, buildTypes, ::SharedLibrary, configure)
/** Creates a shared library with the empty name prefix for each build type and configures it. */
@JvmOverloads
fun sharedLib(
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configure: SharedLibrary.() -> Unit = {}
) = createBinaries("", project.name, NativeOutputKind.DYNAMIC, buildTypes, ::SharedLibrary, configure)
/** Creates a shared library with the given [namePrefix] for each build type and configures it. */
@JvmOverloads
fun sharedLib(
namePrefix: String,
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configureClosure: Closure<*>
) = sharedLib(namePrefix, buildTypes) { ConfigureUtil.configure(configureClosure, this) }
/** Creates a shared library with the default name prefix for each build type and configures it. */
@JvmOverloads
fun sharedLib(
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configureClosure: Closure<*>
) = sharedLib(buildTypes) { ConfigureUtil.configure(configureClosure, this) }
/** Creates an Objective-C framework with the given [namePrefix] for each build type and configures it. */
@JvmOverloads
fun framework(
namePrefix: String,
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configure: Framework.() -> Unit = {}
) = createBinaries(namePrefix, namePrefix, NativeOutputKind.FRAMEWORK, buildTypes, ::Framework, configure)
/** Creates an Objective-C framework with the empty name prefix for each build type and configures it. */
@JvmOverloads
fun framework(
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configure: Framework.() -> Unit = {}
) = createBinaries("", project.name, NativeOutputKind.FRAMEWORK, buildTypes, ::Framework, configure)
/** Creates an Objective-C framework with the given [namePrefix] for each build type and configures it. */
@JvmOverloads
fun framework(
namePrefix: String,
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configureClosure: Closure<*>
) = framework(namePrefix, buildTypes) { ConfigureUtil.configure(configureClosure, this) }
/** Creates an Objective-C framework with the default name prefix for each build type and configures it. */
@JvmOverloads
fun framework(
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configureClosure: Closure<*>
) = framework(buildTypes) { ConfigureUtil.configure(configureClosure, this) }
/** Creates a test executable with the given [namePrefix] for each build type and configures it. */
@JvmOverloads
fun test(
namePrefix: String,
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configure: TestExecutable.() -> Unit = {}
) = createBinaries(namePrefix, namePrefix, NativeOutputKind.TEST, buildTypes, ::TestExecutable, configure)
/** Creates a test executable with the empty name prefix for each build type and configures it. */
@JvmOverloads
fun test(
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configure: TestExecutable.() -> Unit = {}
) = createBinaries("", "test", NativeOutputKind.TEST, buildTypes, ::TestExecutable, configure)
/** Creates a test executable with the given [namePrefix] for each build type and configures it. */
@JvmOverloads
fun test(
namePrefix: String,
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configureClosure: Closure<*>
) = test(namePrefix, buildTypes) { ConfigureUtil.configure(configureClosure, this) }
/** Creates a test executable with the default name prefix for each build type and configures it. */
@JvmOverloads
fun test(
buildTypes: Collection = NativeBuildType.DEFAULT_BUILD_TYPES,
configureClosure: Closure<*>
) = test(buildTypes) { ConfigureUtil.configure(configureClosure, this) }
}
