Kafkatorio/modules/factorio-events-data-model/build.gradle.kts

import java.util.function.Supplier
import org.gradle.api.DefaultTask
import org.gradle.api.Plugin
import org.gradle.api.Project
import org.gradle.api.provider.Property
import org.gradle.api.tasks.TaskAction
import org.gradle.kotlin.dsl.create
import org.gradle.kotlin.dsl.property
import org.gradle.nativeplatform.platform.internal.DefaultNativePlatform
import org.gradle.nativeplatform.platform.internal.DefaultOperatingSystem
import org.jetbrains.kotlin.util.parseSpaceSeparatedArgs

plugins {
  id("dev.adamko.factoriowebmap.archetype.base")
  `kotlin-dsl`
}

val projectId: String by project.extra
val buildDir: Directory = layout.buildDirectory.dir(projectId).get()


dependencies {
}


class ProtocPlugin : Plugin<Project> {

  override fun apply(project: Project) {

    val protocConfig =
      project.extensions.create("protocPluginConfig", ProtocPluginConfig::class, project)

//    val protocDep: Configuration = project.configurations.create("protoc") {
//      isVisible = false
//      isCanBeConsumed = false
//      isCanBeResolved = true
//      isTransitive = false
//
//      defaultDependencies {
//        add(protocConfig.dependencyProvider())
//      }
//    }

//    project.dependencies.createArtifactResolutionQuery().forComponents()

    val protocPrepare = project.tasks.register<ProtocPrepareTask>("protocPrepare")

//    project.tasks.register<Exec>("protobufCompile") {
//
//      group = "protoc"
//      dependsOn(protocPrepare)
//
//      workingDir(temporaryDir)
//
//
//      if (protocConfig.operatingSystemProvider.get().get().isWindows) {
//        args("cmd", "/c")
//      }
//
//      val srcDir = project.layout.projectDirectory.dir("src")
//      val javaOut = project.layout.buildDirectory.dir("proto/java")
//      val kotlinOut = project.layout.buildDirectory.dir("proto/kotlin")
//      val protoFile =
//        project.layout.projectDirectory.file("src/main/proto/FactorioServerLogRecord.proto")
//
//      args(
//        parseSpaceSeparatedArgs(
//          """
//            -I=${srcDir.asFile.canonicalPath}
//            --java_out=${javaOut.get().asFile.canonicalPath}
//            --kotlin_out=${kotlinOut.get().asFile.canonicalPath}
//            ${protoFile.asFile.canonicalPath}
//
//          """.trimIndent()
////          """
////            -I=$SRC_DIR
////            --java_out=$DST_DIR
////            --kotlin_out=$DST_DIR
////            $SRC_DIR/addressbook.proto"
////
////          """.trimIndent()
//        )
//      )
//      doLast {
//        executable = protocPrepare.flatMap { it.protocOutput }.get().asFile.canonicalPath
//      }
//    }
  }
}

abstract class ProtocPluginConfig(private val project: Project) : java.io.Serializable {

  val protocWorkingDir: DirectoryProperty =
    project.objects.directoryProperty()
      .convention(project.rootProject.layout.projectDirectory.dir(".gradle/protoc"))

  val protocVersion: Property<String> =
    project.objects.property(String::class).convention("3.9.2")

  val protocGroup: Property<String> =
    project.objects.property(String::class).convention("com.google.protobuf")

  val protocArtifactName: Property<String> =
    project.objects.property(String::class).convention("protoc")

  val protocArtifactExtension: Property<String> =
    project.objects.property(String::class).convention("exe")

  val operatingSystemProvider: Property<Supplier<DefaultOperatingSystem>> =
    project.objects.property<Supplier<DefaultOperatingSystem>>()
      .convention { DefaultNativePlatform.getCurrentOperatingSystem() }

  /**
   * Should return one of
   *
   * * `linux`
   * * `osx`
   * * `windows`
   */
  val operatingSystemName: Property<String> =
    project.objects
      .property<String>()
      .convention(operatingSystemProvider.map { it.get().toFamilyName() })

  private val architectureProvider: Provider<Architecture> =
    project.provider { DefaultNativePlatform.getCurrentArchitecture() }

  /**
   * Should return one of
   *
   * * `aarch_64`
   * * `ppcle_64`
   * * `x86_32`
   * * `x86_64`
   */
  val architectureName: Property<String> =
    project.objects
      .property<String>()
      .convention(architectureProvider.map { it.name.replace("-", "_") })

  private val classifierProvider: Provider<String> =
    project.provider { "${operatingSystemName.get()}-${architectureName.get()}" }

  /**
   * Default: concatenate [osFamilyNameProvider] and [architectureProvider]
   *
   * Should return one of:
   *
   *  * `linux-aarch_64`
   *  * `linux-ppcle_64`
   *  * `linux-x86_64`
   *  * `osx-x86_32`
   *  * `osx-x86_64`
   *  * `windows-x86_32`
   */
  val classifier: Property<String> =
    project.objects
      .property<String>()
      .convention(classifierProvider)


  private val dependencyProvider: Provider<ExternalModuleDependency> =
    project.provider {
      project.dependencies.create(
        group = protocGroup.get(),
        name = protocArtifactName.get(),
        version = protocVersion.get(),
        classifier = classifierProvider.get(),
        ext = protocArtifactExtension.get(),
      )
    }

  val dependency: Property<ExternalModuleDependency> =
    project.objects
      .property<ExternalModuleDependency>()
      .convention(dependencyProvider)

}

abstract class ProtocGenerationConfig

abstract class ProtocPrepareTask : DefaultTask() {

  @Internal
  val protocPluginConfig: Provider<ProtocPluginConfig> = project.provider {
    project.extensions.getByType<ProtocPluginConfig>()
  }

  @get:OutputDirectory
  val outputDirectory: DirectoryProperty = project.objects.directoryProperty()
    .convention(protocPluginConfig.flatMap { it.protocWorkingDir })

  @Internal
  val protocOutput: RegularFileProperty = project.objects.fileProperty()
//  @get:OutputFile
//  val protocOutput: RegularFileProperty = project.objects.fileProperty()
//    .convention { outputDirectory.asFileTree.singleFile }
//    .convention(outputDirectory.map {  project  it.asFileTree.singleFile })

  @Internal
  val protocDependency: Provider<ExternalModuleDependency> =
    protocPluginConfig.flatMap { it.dependency }

  init {
    super.setGroup("protoc")

//    project.dependencies {
//      protocDep(protocDependency.get())
//    }
//
//    super.dependsOn(protocDep)
  }

  @TaskAction
  fun prepare() {

    val protocDep: Configuration = project.configurations.create("protoc") {
      isVisible = false
      isCanBeConsumed = false
      isCanBeResolved = true
      isTransitive = false

      defaultDependencies {
        add(protocDependency.get())
      }
    }

    logger.lifecycle("Downloading protoc")
    val resolvedProtocDep = protocDep.singleFile
    logger.lifecycle("Downloaded $resolvedProtocDep")

//    require(resolvedProtocDep.singleOrNull() != null) {
//      "Expected to download a single protoc.exe, but got ${resolvedProtocDep.size}: ${resolvedProtocDep.joinToString()}"
//    }

    project.sync {
      from(resolvedProtocDep)
      into(outputDirectory)
//      doLast {
//        logger.lifecycle("Syncing from $resolvedProtocDep to $outputDirectory")
//      }
    }
  }
}

abstract class ProtocGenerationTask : DefaultTask() {

  @TaskAction
  fun generate() {
    logger.lifecycle("generating protoc...")
  }

}


apply<ProtocPlugin>()

configure<ProtocPluginConfig> {
}