/*
 * Copyright Elasticsearch B.V. and/or licensed to Elasticsearch B.V. under one
 * or more contributor license agreements. Licensed under the "Elastic License
 * 2.0", the "GNU Affero General Public License v3.0 only", and the "Server Side
 * Public License v 1"; you may not use this file except in compliance with, at
 * your election, the "Elastic License 2.0", the "GNU Affero General Public
 * License v3.0 only", or the "Server Side Public License, v 1".
 */


import com.avast.gradle.dockercompose.tasks.ComposePull
import com.fasterxml.jackson.databind.JsonNode
import com.fasterxml.jackson.databind.ObjectMapper

import org.elasticsearch.gradle.DistributionDownloadPlugin
import org.elasticsearch.gradle.Version
import org.elasticsearch.gradle.VersionProperties
import org.elasticsearch.gradle.internal.ResolveAllDependencies
import org.elasticsearch.gradle.internal.checks.ValidateBuildGradleScriptsTask
import org.elasticsearch.gradle.util.GradleUtils

import groovy.xml.XmlParser;
import groovy.xml.XmlNodePrinter;
import java.nio.file.Files

import static java.nio.file.StandardCopyOption.REPLACE_EXISTING
import static org.elasticsearch.gradle.util.GradleUtils.maybeConfigure

buildscript {
  repositories {
    mavenCentral()
  }
}

plugins {
  id 'lifecycle-base'
  id 'elasticsearch.docker-support'
  id 'elasticsearch.internal-distribution-download'
  id 'elasticsearch.jdk-download'
  id 'elasticsearch.global-build-info'
  id 'elasticsearch.build-complete'
  id 'elasticsearch.build-scan'
  id 'elasticsearch.runtime-jdk-provision'
  id 'elasticsearch.ide'
  id 'elasticsearch.forbidden-dependencies'
  id 'elasticsearch.local-distribution'
  id 'elasticsearch.fips'
  id 'elasticsearch.internal-testclusters'
  id 'elasticsearch.run'
  id 'elasticsearch.run-ccs'
  id 'elasticsearch.repositories'
  id 'elasticsearch.release-tools'
  id 'elasticsearch.versions'
  id 'elasticsearch.internal-flakiness-resolve'
  id 'com.gradleup.nmcp.aggregation'
  id 'elasticsearch.dra-maven-aggregation'
}

version = VersionProperties.elasticsearch

/**
 * Here we package and aggregation zip file containing all maven artifacts we want to
 * publish to maven central.
 * The aggregation is done by picking all projects that have the elasticsearch.publish plugin applied,
 * indicating the artifact is meant for beeing published to maven central.
 * */
nmcpAggregation {
  // nmcp 1.6.x strips the non-required `.sha256` checksums by default. Keep publishing them
  // for now so the aggregation layout matches what we produced with nmcp 0.1.x.
  publishAllChecksums = true
  // Elasticsearch has multiple subprojects that share the same (leaf) name. nmcp 1.4.3+ rejects
  // this by default because it can confuse aggregation dependency resolution; none of the duplicates
  // contribute publications, so opt out of the check.
  allowDuplicateProjectNames = true
}

def nmcpConsumerConfiguration = configurations.named('nmcpAggregation')
allprojects { publishedProject ->
  publishedProject.pluginManager.withPlugin('maven-publish') {
    rootProject.dependencies.add(nmcpConsumerConfiguration.name, rootProject.dependencies.project(path: publishedProject.path))
  }
}

tasks.named('nmcpZipAggregation').configure {
  // put this in a place that works well with our DRA infrastructure
  archiveFileName.unset();
  archiveBaseName.set("elasticsearch-maven-aggregation")
  archiveVersion.set(VersionProperties.elasticsearch)
  destinationDirectory.set(layout.buildDirectory.dir("distributions"));

  dependsOn gradle.includedBuild('build-tools').task(':nmcpZipAllPublications')
  from(zipTree("build-tools/build/nmcp/zip/allPublications.zip"))
}

/**
 * This is a convenient method for declaring test artifact dependencies provided by the internal
 * test artifact plugin. It replaces basically the longer dependency notation with explicit capability
 * declaration like this:
 *
 * testImplementation(project(xpackModule('repositories-metering-api'))) {
 *    capabilities {
 *         requireCapability("org.elasticsearch.gradle:repositories-metering-api-test-artifacts")
 *    }
 * }
 *
 * */


class StepExpansion {
  String templatePath
  List<Version> versions
  String variable
}

class ListExpansion {
  List<Version> versions
  String variable
}

// Filters out intermediate patch releases to reduce the load of CI testing
def filterIntermediatePatches = { List<Version> versions ->
  versions.groupBy { "${it.major}.${it.minor}" }.values().collect { it.max() }
}

tasks.register("updateCIBwcVersions") {
  def writeVersions = { File file, List<Version> versions ->
    file.text = ""
    file << "BWC_VERSION:\n"
    versions.each {
      file << "  - \"$it\"\n"
    }
  }

  def writeBuildkitePipeline = { String outputFilePath,
                                 String pipelineTemplatePath,
                                 List<ListExpansion> listExpansions,
                                 List<StepExpansion> stepExpansions = [] ->
    def outputFile = file(outputFilePath)
    def pipelineTemplate = file(pipelineTemplatePath)

    def pipeline = pipelineTemplate.text

    listExpansions.each { expansion ->
      def listString = "[" + expansion.versions.collect { "\"${it}\"" }.join(", ") + "]"
      pipeline = pipeline.replaceAll('\\$' + expansion.variable, listString)
    }

    stepExpansions.each { expansion ->
      def steps = ""
      expansion.versions.each {
        steps += "\n" + file(expansion.templatePath).text.replaceAll('\\$BWC_VERSION', it.toString())
      }
      pipeline = pipeline.replaceAll(' *\\$' + expansion.variable, steps)
    }

    outputFile.text = "# This file is auto-generated. See ${pipelineTemplatePath}\n" + pipeline
  }

  // Writes a Buildkite pipelime from a template, and replaces a variable with an array of versions
  // Useful for writing a list of versions in a matrix configuration
  def expandList = { String outputFilePath, String pipelineTemplatePath, String variable, List<Version> versions ->
    writeBuildkitePipeline(outputFilePath, pipelineTemplatePath, [new ListExpansion(versions: versions, variable: variable)])
  }

  // Writes a Buildkite pipeline from a template, and replaces $BWC_STEPS with a list of steps, one for each version
  // Useful when you need to configure more versions than are allowed in a matrix configuration
  def expandBwcSteps = { String outputFilePath, String pipelineTemplatePath, String stepTemplatePath, List<Version> versions ->
    writeBuildkitePipeline(
      outputFilePath,
      pipelineTemplatePath,
      [],
      [new StepExpansion(templatePath: stepTemplatePath, versions: versions, variable: "BWC_STEPS")]
    )
  }

  doLast {
    writeVersions(file(".ci/bwcVersions"), filterIntermediatePatches(buildParams.bwcVersions.indexCompatible))
    writeVersions(file(".ci/snapshotBwcVersions"), filterIntermediatePatches(buildParams.bwcVersions.unreleasedIndexCompatible))
    expandList(
      ".buildkite/pipelines/intake.yml",
      ".buildkite/pipelines/intake.template.yml",
      "BWC_LIST",
      filterIntermediatePatches(buildParams.bwcVersions.unreleasedIndexCompatible)
    )
    expandList(
      ".buildkite/pipelines/periodic-fwc.yml",
      ".buildkite/pipelines/periodic-fwc.template.yml",
      "FWC_LIST",
      buildParams.bwcVersions.released.findAll { it.major == VersionProperties.elasticsearchVersion.major && it.minor == VersionProperties.elasticsearchVersion.minor }
    )
    writeBuildkitePipeline(
      ".buildkite/pipelines/periodic.yml",
      ".buildkite/pipelines/periodic.template.yml",
      [
        new ListExpansion(versions: filterIntermediatePatches(buildParams.bwcVersions.unreleasedIndexCompatible), variable: "BWC_LIST"),
      ],
      [
        new StepExpansion(
          templatePath: ".buildkite/pipelines/periodic.bwc.template.yml",
          versions: filterIntermediatePatches(buildParams.bwcVersions.indexCompatible),
          variable: "BWC_STEPS"
        ),
      ]
    )

    writeBuildkitePipeline(
      ".buildkite/pipelines/periodic-java-ea.yml",
      ".buildkite/pipelines/periodic-java-ea.template.yml",
      [
        new ListExpansion(versions: filterIntermediatePatches(buildParams.bwcVersions.unreleasedIndexCompatible), variable: "BWC_LIST"),
      ],
      [
        new StepExpansion(
          templatePath: ".buildkite/pipelines/periodic-java-ea.bwc.template.yml",
          versions: filterIntermediatePatches(buildParams.bwcVersions.indexCompatible),
          variable: "BWC_STEPS"
        ),
      ]
    )

    expandBwcSteps(
      ".buildkite/pipelines/periodic-packaging.yml",
      ".buildkite/pipelines/periodic-packaging.template.yml",
      ".buildkite/pipelines/periodic-packaging.bwc.template.yml",
      filterIntermediatePatches(buildParams.bwcVersions.indexCompatible)
    )
  }
}

tasks.register("verifyVersions") {
  def verifyCiYaml = { File file, List<Version> versions ->
    String ciYml = file.text
    versions.each {
      if (ciYml.contains("\"$it\"\n") == false) {
        throw new Exception("${file} is outdated, run `./gradlew updateCIBwcVersions` and check in the results")
      }
    }
  }
  doLast {
    if (gradle.startParameter.isOffline()) {
      throw new GradleException("Must run in online mode to verify versions")
    }
    // Read the list from maven central.
    // Fetch the metadata and parse the xml into Version instances because it's more straight forward here
    // rather than bwcVersion ( VersionCollection ).
    new URL('https://repo1.maven.org/maven2/org/elasticsearch/elasticsearch/maven-metadata.xml').openStream().withStream { s ->
      buildParams.bwcVersions.compareToAuthoritative(
        new XmlParser().parse(s)
          .versioning.versions.version
          .collect { it.text() }.findAll { it ==~ /\d+\.\d+\.\d+/ }
          .collect { Version.fromString(it) }
      )
    }
    verifyCiYaml(file(".ci/bwcVersions"), filterIntermediatePatches(buildParams.bwcVersions.indexCompatible))
    verifyCiYaml(file(".ci/snapshotBwcVersions"), buildParams.bwcVersions.unreleasedIndexCompatible)

    // Make sure backport bot config file is up to date
    JsonNode backportConfig = new ObjectMapper().readTree(file(".backportrc.json"))
    buildParams.bwcVersions.forPreviousUnreleased { unreleasedVersion ->
      boolean valid = backportConfig.get("targetBranchChoices").elements().any { branchChoice ->
        if (branchChoice.isObject()) {
          return branchChoice.get("name").textValue() == unreleasedVersion.branch
        } else {
          return branchChoice.textValue() == unreleasedVersion.branch
        }
      }
      if (valid == false) {
        throw new GradleException("No branch choice exists for development branch ${unreleasedVersion.branch} in .backportrc.json.")
      }
    }
    String versionMapping = backportConfig.get("branchLabelMapping").fields().find { it.value.textValue() == 'main' }.key
    String expectedMapping = "^v${versions.elasticsearch.replaceAll('-SNAPSHOT', '')}\$"
    if (versionMapping != expectedMapping) {
      throw new GradleException(
        "Backport label mapping for branch 'main' is '${versionMapping}' but should be " +
          "'${expectedMapping}'. Update .backportrc.json."
      )
    }
  }
}

def generateUpgradeCompatibilityFile = tasks.register("generateUpgradeCompatibilityFile") {
  def outputFile = project.layout.buildDirectory.file("rolling-upgrade-compatible-${VersionProperties.elasticsearch}.json")
  def rollingUpgradeCompatibleVersions = buildParams.bwcVersions.wireCompatible - VersionProperties.elasticsearchVersion
  inputs.property("rollingUpgradeCompatibleVersions", rollingUpgradeCompatibleVersions)
  outputs.file(outputFile)
  doLast {
    def versionsString = rollingUpgradeCompatibleVersions.collect { "\"${it.toString()}\"" }.join(', ')
    outputFile.get().asFile.write("""{"rolling_upgrade_compatible_versions" : [${versionsString}]}""")
  }
}

def upgradeCompatibilityZip = tasks.register("upgradeCompatibilityZip", Zip) {
  archiveFile.set(project.layout.buildDirectory.file("distributions/rolling-upgrade-compatible-${VersionProperties.elasticsearch}.zip"))
  from(generateUpgradeCompatibilityFile)
}

def isCiSplitTask = { String taskName ->
  taskName.startsWith("checkPart") || taskName.startsWith("releaseTestCheck")
    || taskName == 'functionalTests' || taskName == 'checkBuildLogic'
}

// TODO: This flag existed as a mechanism to disable bwc tests during a backport. It is no
// longer used for that purpose, but instead a way to run only functional tests. We should
// rework the functionalTests task to be more explicit about which tasks it wants to run
// so that that this flag is no longer needed.
boolean bwc_tests_enabled = true
if (project.gradle.startParameter.taskNames.any(isCiSplitTask)) {
  // Disable BWC tests for split CI tasks and platform support tests as it's expected that this will run on its own check.
  bwc_tests_enabled = false
}


allprojects {
  // We disable this plugin for now till we shaked out the issues we see
  // e.g. see https://github.com/elastic/elasticsearch/issues/72169
  // apply plugin:'elasticsearch.internal-test-rerun'

  ext.bwc_tests_enabled = bwc_tests_enabled


  tasks.register('resolveAllDependencies', ResolveAllDependencies) {
    def ignoredPrefixes = [DistributionDownloadPlugin.ES_DISTRO_CONFIG_PREFIX, "jdbcDriver"]
    configs = project.configurations.matching { config -> ignoredPrefixes.any { config.name.startsWith(it) } == false }

    if (project.path == ':') {
      resolveJavaToolChain = true
    }
    project.pluginManager.withPlugin('elasticsearch.mrjar') {
      // ensure we implicitly resolve all jdks needed from the java toolchain resolution
      println "Configuring resolveAllDependencies to depend on JavaCompile tasks for project ${project.path} because it applies the mrjar plugin"
      dependsOn project.getTasks().withType(JavaCompile.class)
    }
    // we run the packer script for all active branches. so we should be able to skip bwc here
    if (project.path.startsWith(":distribution:bwc:")) {
      dependsOn project.tasks.matching { it.name == 'buildBwcLinuxTar' }
    }
    if (project.path.contains("fixture")) {
      dependsOn tasks.withType(ComposePull)
    }
    if (project.path.contains(":distribution:docker")) {
      enabled = false
    }
    if (project.path.contains(":libs:cli")) {
      // ensure we resolve p2 dependencies for the spotless eclipse formatter
      dependsOn "spotlessJavaCheck"
    }

  }

  ext.withReleaseBuild = { Closure config ->
    if (buildParams.snapshotBuild == false) {
      config.call()
    }
  }

  def splitForCI = { proj, partString ->
    proj.tasks.register("check$partString") {
      dependsOn 'check'
      withReleaseBuild {
        dependsOn 'assemble'
      }
    }

    proj.tasks.addRule("Pattern: v<BWC_VERSION>#bwcTest$partString") { name ->
      if (name.endsWith("#bwcTest$partString")) {
        proj.project.getTasks().register(name) {
          task -> task.dependsOn(proj.tasks.named { tskName -> tskName == (name - partString) })
        }
      }
    }

    proj.tasks.register("bcUpgradeTest$partString") {
      dependsOn tasks.matching { it.name == 'bcUpgradeTest' }
      withReleaseBuild {
        dependsOn 'assemble'
      }
    }
  }

  plugins.withId('lifecycle-base') {
    if (project.path.startsWith(":x-pack:")) {
      if (project.path.contains("security") || project.path.contains(":ml")) {
        splitForCI(project, "Part4")
      } else if (project.path.contains(":esql-datasource") || project.path.contains(":esql-core")) {
        splitForCI(project, "Part5")
      } else if (project.path.contains(":esql:qa") && project.path.contains("multi-node")) {
        splitForCI(project, "Part5")
      } else if (project.path.contains(":esql:qa")) {
        splitForCI(project, "Part3")
      } else if (project.path.contains(":eql") || project.path.contains(":sql") || project.path.contains(":transform") ||
          project.path.contains("multi-node") || project.path.contains(":inference")) {
        splitForCI(project, "Part5")
      } else if (project.path.contains("ql")) {
        splitForCI(project, "Part3")
      } else if (project.path == ":x-pack:plugin") {
        splitForCI(project, "Part1")
      } else {
        splitForCI(project, "Part2")
      }
    } else if (project.path.startsWith(":qa:") || project.path.startsWith(":test:")) {
      splitForCI(project, "Part6")
    } else if (project.path.startsWith(":libs:")) {
      splitForCI(project, "Part6")
    } else {
      splitForCI(project, "Part1")
    }
    tasks.register('functionalTests') {
      dependsOn 'check'
      withReleaseBuild {
        dependsOn 'assemble'
      }
    }
  }

  /*
   * Remove assemble/dependenciesInfo on all qa projects because we don't
   * need to publish artifacts for them.
   */
  if (project.name.equals('qa') || project.path.contains(':qa:')) {
    maybeConfigure(project.tasks, 'assemble') {
      it.enabled = false
    }
    maybeConfigure(project.tasks, 'dependenciesInfo') {
      it.enabled = false
    }
  }

  project.afterEvaluate {
    // Ensure similar tasks in dependent projects run first. The projectsEvaluated here is
    // important because, while dependencies.all will pickup future dependencies,
    // it is not necessarily true that the task exists in both projects at the time
    // the dependency is added.
    if (project.path == ':test:framework') {
      // :test:framework:test cannot run before and after :server:test
      return
    }
    tasks.matching { it.name.equals('integTest') }.configureEach { integTestTask ->
      integTestTask.mustRunAfter tasks.matching { it.name.equals("test") }
    }
  }
}

tasks.named("updateDaemonJvm") {
  def myPlatforms = [
    BuildPlatformFactory.of(
      org.gradle.platform.Architecture.AARCH64,
      org.gradle.platform.OperatingSystem.MAC_OS
    ),
    BuildPlatformFactory.of(
      org.gradle.platform.Architecture.AARCH64,
      org.gradle.platform.OperatingSystem.LINUX
    ),
    BuildPlatformFactory.of(
      org.gradle.platform.Architecture.X86_64,
      org.gradle.platform.OperatingSystem.LINUX
    ),
    BuildPlatformFactory.of(
      org.gradle.platform.Architecture.X86_64,
      org.gradle.platform.OperatingSystem.WINDOWS
    ),
    BuildPlatformFactory.of(
      org.gradle.platform.Architecture.AARCH64,
      org.gradle.platform.OperatingSystem.WINDOWS
    ),
    // anyone still using x86 osx?
    BuildPlatformFactory.of(
      org.gradle.platform.Architecture.X86_64,
      org.gradle.platform.OperatingSystem.MAC_OS
    )
  ]
  toolchainPlatforms.set(myPlatforms)
  languageVersion = JavaLanguageVersion.of(21)
  vendor = JvmVendorSpec.ADOPTIUM
}

tasks.register("verifyBwcTestsEnabled") {
  doLast {
    if (bwc_tests_enabled == false) {
      throw new GradleException('Bwc tests are disabled. They must be re-enabled after completing backcompat behavior backporting.')
    }
  }
}

tasks.register("branchConsistency") {
  description = 'Ensures this branch is internally consistent. For example, that versions constants match released versions.'
  group = 'Verification'
  dependsOn ":verifyVersions", ":verifyBwcTestsEnabled"
}

tasks.named("wrapper").configure {
  distributionType = 'BIN'
  def minimumGradleVersionFile = project.file('build-tools-internal/src/main/resources/minimumGradleVersion')
  doLast {
    // copy wrapper properties file to build-tools-internal to allow seamless idea integration
    def file = new File("build-tools-internal/gradle/wrapper/gradle-wrapper.properties")
    Files.copy(getPropertiesFile().toPath(), file.toPath(), REPLACE_EXISTING)
    // copy wrapper properties file to plugins/examples to allow seamless idea integration
    def examplePluginsWrapperProperties = new File("plugins/examples/gradle/wrapper/gradle-wrapper.properties")
    Files.copy(getPropertiesFile().toPath(), examplePluginsWrapperProperties.toPath(), REPLACE_EXISTING)
    // Update build-tools to reflect the Gradle upgrade
    // TODO: we can remove this once we have tests to make sure older versions work.
    minimumGradleVersionFile.text = gradleVersion
    println "Updated minimum Gradle Version"
  }
}

gradle.projectsEvaluated {
  // Having the same group and name for distinct projects causes Gradle to consider them equal when resolving
  // dependencies leading to hard to debug failures. Run a check across all project to prevent this from happening.
  // see: https://github.com/gradle/gradle/issues/847
  Map coordsToProject = [:]
  project.allprojects.forEach { p ->
    String coords = "${p.group}:${p.name}"
    if (false == coordsToProject.putIfAbsent(coords, p)) {
      throw new GradleException(
        "Detected that two projects: ${p.path} and ${coordsToProject[coords].path} " +
          "have the same name and group: ${coords}. " +
          "This doesn't currently work correctly in Gradle, see: " +
          "https://github.com/gradle/gradle/issues/847"
      )
    }
  }
}

tasks.named("validateChangelogs").configure {
  def triggeredTaskNames = gradle.startParameter.taskNames
  onlyIf {
    triggeredTaskNames.any(isCiSplitTask) == false
  }
}

tasks.named("precommit") {
  dependsOn gradle.includedBuild('build-tools').task(':precommit')
  dependsOn gradle.includedBuild('build-tools-internal').task(':precommit')
}

tasks.named("checkPart1").configure {
}

tasks.register("validateBuildGradleScripts", ValidateBuildGradleScriptsTask).configure {
  scriptFiles.from(fileTree(project.layout.settingsDirectory) {
    include "**/build.gradle"
    exclude "**/build/**"
    // Fixture build scripts under test resources model external repositories rather than this repository's build logic.
    exclude "**/src/**/resources/**"
    exclude ".gradle/**"
  })
  ignore.set([
    'cross-project-dereference': [
      'distribution/archives/integ-test-zip/build.gradle',
      'distribution/build.gradle',
      'distribution/docker/build.gradle',
      'distribution/tools/plugin-cli/bc/build.gradle',
      'docs/build.gradle',
      'qa/remote-clusters/build.gradle',
      'qa/smoke-test-plugins/build.gradle',
      'server/build.gradle',
      'x-pack/plugin/ml/qa/native-multi-node-tests/build.gradle',
      'x-pack/plugin/security/build.gradle',
      'x-pack/plugin/sql/qa/server/build.gradle',
      'x-pack/plugin/sql/sql-cli/build.gradle',
      'x-pack/qa/smoke-test-plugins/build.gradle',
      'x-pack/qa/smoke-test-plugins-ssl/build.gradle',
    ],
    'distribution-closure-assignment': [
      'distribution/build.gradle::6',
    ],
    // Measured on main ff3ed1ce5a62. Counts are direct model references, not action counts.
    'execution-closure-project-reference': [
      'build.gradle::6',
      'docs/build.gradle::1', // Temporary until #164877 merges.
      'modules/lang-painless/build.gradle::4',
      'qa/vector/build.gradle::1',
      'x-pack/plugin/esql-datasource-orc/qa/build.gradle::1', // Temporary until #164877 merges.
      'x-pack/plugin/stack/build.gradle::4', // Temporary until #164877 merges.
    ],
  ])
}

tasks.register("checkBuildLogic").configure {
  dependsOn gradle.includedBuild('build-tools').task(':check')
  dependsOn gradle.includedBuild('build-tools-internal').task(':check')
  dependsOn tasks.named("validateBuildGradleScripts")
}

[
  releaseTestCheckEsqlEngine: [
    ':x-pack:plugin:esql',
    ':x-pack:plugin:esql:compute',
    ':x-pack:plugin:esql:compute:ann',
    ':x-pack:plugin:esql:compute:gen',
    ':x-pack:plugin:esql:compute:test',
    ':x-pack:plugin:esql:profile-schema',
    ':x-pack:plugin:esql:qa:testFixtures',
    ':x-pack:plugin:esql:tools',
    ':x-pack:plugin:esql-core',
  ],
  // The ESQL QA suite is sharded so no job exceeds the CI timeout. The three heaviest,
  // independently-growing workloads are kept apart:
  //   Qa1: single-node's csvSpecTests (~1h 10m) run in isolation.
  //   Qa2: mixed-cluster runs the spec/yaml suites once per supported BWC version.
  //   Qa3: single-node's REST tests plus the remaining lightweight QA projects.
  releaseTestCheckEsqlQa1: [
    // Explicit task path — the loop appends :releaseTestCheck only for plain project paths.
    ':x-pack:plugin:esql:qa:server:single-node:releaseTestCheckCsvSpec',
  ],
  releaseTestCheckEsqlQa2: [
    ':x-pack:plugin:esql:qa:server:mixed-cluster',
    ':x-pack:plugin:esql:qa:server:multi-node',
    ':x-pack:plugin:esql:qa:security',
  ],
  releaseTestCheckEsqlQa3: [
    ':x-pack:plugin:esql:qa:action',
    ':x-pack:plugin:esql:qa:server',
    // Explicit task path — runs only the REST variants (csvSpecTests runs in its own Qa1 job).
    ':x-pack:plugin:esql:qa:server:single-node:releaseTestCheckRest',
    ':x-pack:plugin:esql:qa:server:multi-clusters',
  ],
  releaseTestCheckEsqlDatasourceCore: [
    ':x-pack:plugin:esql-datasource-azure',
    ':x-pack:plugin:esql-datasource-brotli',
    ':x-pack:plugin:esql-datasource-bzip2',
    ':x-pack:plugin:esql-datasource-compression-libs',
    ':x-pack:plugin:esql-datasource-csv',
    ':x-pack:plugin:esql-datasource-gcs',
    ':x-pack:plugin:esql-datasource-grpc',
    ':x-pack:plugin:esql-datasource-gzip',
    ':x-pack:plugin:esql-datasource-http',
    ':x-pack:plugin:esql-datasource-iceberg',
    ':x-pack:plugin:esql-datasource-lz4',
    ':x-pack:plugin:esql-datasource-ndjson',
    ':x-pack:plugin:esql-datasource-netty-commons',
    ':x-pack:plugin:esql-datasource-orc',
  ],
  releaseTestCheckEsqlDatasourceQa: [
    ':x-pack:plugin:esql-datasource-csv:qa',
    ':x-pack:plugin:esql-datasource-iceberg:qa',
    ':x-pack:plugin:esql-datasource-ndjson:qa',
    ':x-pack:plugin:esql-datasource-orc:qa',
    ':x-pack:plugin:esql-datasource-parquet',
    ':x-pack:plugin:esql-datasource-parquet:qa',
    ':x-pack:plugin:esql-datasource-snappy',
    ':x-pack:plugin:esql-datasource-zstd',
  ],
].each { taskName, taskPaths ->
  tasks.register(taskName) {
    group = 'Verification'
    description = "Runs ${taskName} tasks."
    // Plain project paths get :releaseTestCheck appended; explicit task paths are used as-is.
    dependsOn taskPaths.collect { path -> path.contains(':releaseTestCheck') ? path : "${path}:releaseTestCheck" }
  }
}

tasks.named("assemble").configure {
  dependsOn gradle.includedBuild('build-tools').task(':assemble')
}

tasks.register("buildReleaseArtifacts").configure {
  group = 'build'
  description = 'Builds all artifacts required for release manager'

  dependsOn allprojects.findAll {
    it.path.startsWith(':distribution:docker') == false
      && it.path.startsWith(':ml-cpp') == false
      && it.path.startsWith(':distribution:bwc') == false
      && it.path.startsWith(':test:fixture') == false
  }
    .collect { GradleUtils.findByName(it.tasks, 'assemble') }
    .findAll { it != null }
  dependsOn upgradeCompatibilityZip
}

tasks.register("spotlessApply").configure {
  dependsOn gradle.includedBuild('build-tools').task(':spotlessApply')
  dependsOn gradle.includedBuild('build-tools').task(':reaper:spotlessApply')
  dependsOn gradle.includedBuild('build-tools-internal').task(':spotlessApply')
}