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This adds logic to build and publish the other executables related to Pkl. These are: * pkl-doc * pkl-codegen-kotlin * pkl-codegen-java pkl-codegen-kotlin and pkl-codegen-java are published as executable JARs, whereas pkldoc is published both as an executable JAR, and also native executables (matching the set of os/arch supported by Pkl). The reason this only publishes executable JARs for pkl-codegen-kotlin and pkl-codegen-java is because we expect that the Java requirement is not a problem for these users, and that the native executable provides negligible added value. As part of this, the following changes are made: * Introduce `pklJavaExecutable` plugin, which sets up building and publishing of executable JAR. * Introduce `pklNativeExecutable` plugin, which sets up building and publishing of native executables. * Introduce `NativeImageBuild` Gradle task, which knows how to build native-image executables. * Introduce `ExecutableSpec` extension, for projects that publish executables to configure how those executables should be published. * `./griddles buildNative`, by default, will only build the executable of the host OS/Arch, and will no longer cross-build. * The target arch of `./gradlew buildNative` can be changed using `-Dpkl.targetArch=<aarch64|amd64>`. * On linux/amd64 only, with `./gradlew buildNative`, a statically linked executable can be built using `-Dpkl.musl=true` * Make `javaExecutable` a dependency of `assemble` * Make `testStartJavaExecutable` a dependency of `check` * Change name `pklNativeBuild` to `pklNativeLifecycle` to better match the plugin's purpose * Remove Truffle SVM classes from main source set (don't publish these classes as part of the pkl-cli JAR) * Change CircleCI definition to publish new executables * Change CircleCI definition to call `buildNative` instead of individual task names
35 lines
1016 B
Kotlin
35 lines
1016 B
Kotlin
@file:Suppress("UNUSED_VARIABLE")
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import org.pkl.config.java.ConfigEvaluator
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import org.pkl.config.kotlin.forKotlin
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import org.pkl.config.kotlin.to
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import org.pkl.core.ModuleSource
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import org.junit.jupiter.api.Test
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// the pkl-jvm-examples repo has a similar example
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class KotlinConfigExample {
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@Test
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fun usage() {
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// tag::usage[]
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val evaluator = ConfigEvaluator.preconfigured().forKotlin() // <1>
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val config = evaluator.use { // <2>
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it.evaluate(ModuleSource.text("""pigeon { age = 5; diet = new Listing { "Seeds" } }"""))
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}
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val pigeon = config["pigeon"] // <3>
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val age = pigeon["age"].to<Int>() // <4>
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val hobbies = pigeon["diet"].to<List<String>>() // <5>
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// end::usage[]
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}
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@Test
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fun nullable() {
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// tag::nullable[]
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val evaluator = ConfigEvaluator.preconfigured().forKotlin()
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val config = evaluator.use {
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it.evaluate(ModuleSource.text("name = null")) // <1>
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}
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val name = config["name"].to<String?>() // <2>
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// end::nullable[]
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}
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}
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