import org.elasticsearch.gradle.test.ClusterConfiguration
import org.elasticsearch.gradle.test.ClusterFormationTasks
import org.elasticsearch.gradle.test.NodeInfo

apply plugin: 'elasticsearch.standalone-test'
apply plugin: 'elasticsearch.standalone-rest-test'
apply plugin: 'elasticsearch.rest-test'

dependencies {
    testCompile project(path: ':modules:tribe', configuration: 'runtime')
    testCompile project(path: ':x-pack-elasticsearch:plugin', configuration: 'runtime')
    testCompile project(path: ':x-pack-elasticsearch:plugin', configuration: 'testArtifacts')
}

compileTestJava.options.compilerArgs << "-Xlint:-rawtypes,-unchecked"
namingConventions.skipIntegTestInDisguise = true

test {
  /*
   * We have to disable setting the number of available processors as tests in the same JVM randomize processors and will step on each
   * other if we allow them to set the number of available processors as it's set-once in Netty.
   */
  systemProperty 'es.set.netty.runtime.available.processors', 'false'
  include '**/*Tests.class'
}

String licensePath = project(':x-pack-elasticsearch:license-tools').projectDir.toPath().resolve('src/test/resources').toString()
sourceSets {
  test {
    resources {
      srcDirs += [licensePath]
    }
  }
}

project.forbiddenPatterns {
  exclude '**/*.key'
}

task setupClusterOne {}
ClusterConfiguration cluster1Config = new ClusterConfiguration(project)
cluster1Config.clusterName = 'cluster1'
cluster1Config.setting('node.name', 'cluster1-node1')
// x-pack
cluster1Config.plugin(':x-pack-elasticsearch:plugin')
cluster1Config.setting('xpack.monitoring.enabled', false)
cluster1Config.setting('xpack.security.enabled', false)
cluster1Config.setting('xpack.watcher.enabled', false)
cluster1Config.setting('xpack.graph.enabled', false)
cluster1Config.setting('xpack.ml.enabled', false)

List<NodeInfo> cluster1Nodes = ClusterFormationTasks.setup(project, 'clusterOne', setupClusterOne, cluster1Config)

task setupClusterTwo {}
ClusterConfiguration cluster2Config = new ClusterConfiguration(project)
cluster2Config.clusterName = 'cluster2'
cluster2Config.setting('node.name', 'cluster2-node1')
// x-pack
cluster2Config.plugin(':x-pack-elasticsearch:plugin')
cluster2Config.setting('xpack.monitoring.enabled', false)
cluster2Config.setting('xpack.monitoring.enabled', false)
cluster2Config.setting('xpack.security.enabled', false)
cluster2Config.setting('xpack.watcher.enabled', false)
cluster2Config.setting('xpack.graph.enabled', false)
cluster2Config.setting('xpack.ml.enabled', false)

List<NodeInfo> cluster2Nodes = ClusterFormationTasks.setup(project, 'clusterTwo', setupClusterTwo, cluster2Config)

integTestCluster {
  dependsOn setupClusterOne, setupClusterTwo
  setting 'node.name', 'tribe-node'
  setting 'tribe.on_conflict', 'prefer_cluster1'
  setting 'tribe.cluster1.cluster.name', 'cluster1'
  setting 'tribe.cluster1.discovery.zen.ping.unicast.hosts', "'${-> cluster1Nodes.get(0).transportUri()}'"
  setting 'tribe.cluster1.http.enabled', 'true'
  setting 'tribe.cluster1.xpack.monitoring.enabled', false
  setting 'tribe.cluster1.xpack.monitoring.enabled', false
  setting 'tribe.cluster1.xpack.security.enabled', false
  setting 'tribe.cluster1.xpack.watcher.enabled', false
  setting 'tribe.cluster1.xpack.graph.enabled', false
  setting 'tribe.cluster1.xpack.ml.enabled', false
  setting 'tribe.cluster2.cluster.name', 'cluster2'
  setting 'tribe.cluster2.discovery.zen.ping.unicast.hosts', "'${-> cluster2Nodes.get(0).transportUri()}'"
  setting 'tribe.cluster2.http.enabled', 'true'
  setting 'tribe.cluster2.xpack.monitoring.enabled', false
  setting 'tribe.cluster2.xpack.monitoring.enabled', false
  setting 'tribe.cluster2.xpack.security.enabled', false
  setting 'tribe.cluster2.xpack.watcher.enabled', false
  setting 'tribe.cluster2.xpack.graph.enabled', false
  setting 'tribe.cluster2.xpack.ml.enabled', false
  // x-pack
  plugin ':x-pack-elasticsearch:plugin'
  setting 'xpack.monitoring.enabled', false
  setting 'xpack.monitoring.enabled', false
  setting 'xpack.security.enabled', false
  setting 'xpack.watcher.enabled', false
  setting 'xpack.graph.enabled', false
  setting 'xpack.ml.enabled', false
  waitCondition = { node, ant ->
    File tmpFile = new File(node.cwd, 'wait.success')
    // 5 nodes: tribe + clusterOne (1 node + tribe internal node) + clusterTwo (1 node + tribe internal node)
    ant.get(src: "http://${node.httpUri()}/_cluster/health?wait_for_nodes=>=5&wait_for_status=yellow",
            dest: tmpFile.toString(),
            ignoreerrors: true,
            retries: 10)
    return tmpFile.exists()
  }
}

integTestRunner {
  /*
   * We have to disable setting the number of available processors as tests in the same JVM randomize processors and will step on each
   * other if we allow them to set the number of available processors as it's set-once in Netty.
   */
  systemProperty 'es.set.netty.runtime.available.processors', 'false'
  systemProperty 'tests.cluster', "${-> cluster1Nodes.get(0).transportUri()}"
  systemProperty 'tests.cluster2', "${-> cluster2Nodes.get(0).transportUri()}"
  systemProperty 'tests.tribe', "${-> integTest.nodes.get(0).transportUri()}"
  finalizedBy 'clusterOne#stop'
  finalizedBy 'clusterTwo#stop'
}