/** * Generated by API Builder - https://www.apibuilder.io * Service version: 1.0.1 * User agent: apibuilder app.apibuilder.io/gilt/ionroller-api/1.0.1/http4s_0_17 */ package com.gilt.ionroller.api.v1.models { /** * Elastic Beanstalk configuration including deployment bucket, stack name and * option settings * * @param deploymentBucket Deployment bucket used to deploy Elastic Beanstalk applications * @param stack Solution stack name (i.e. 64bit Amazon Linux 2015.03 v2.0.0 running Docker * 1.6.2) * @param settings Elastic Beanstalk configuration option settings, see * http://docs.aws.amazon.com/elasticbeanstalk/latest/dg/command-options.html * @param resources Elastic Beanstalk environment resources, see * http://docs.aws.amazon.com/elasticbeanstalk/latest/dg/environment-resources.html * @param packages Elastic Beanstalk container customization, see * http://docs.aws.amazon.com/elasticbeanstalk/latest/dg/customize-containers-ec2.html * @param sources Elastic Beanstalk container customization, see * http://docs.aws.amazon.com/elasticbeanstalk/latest/dg/customize-containers-ec2.html * @param files Elastic Beanstalk container customization, see * http://docs.aws.amazon.com/elasticbeanstalk/latest/dg/customize-containers-ec2.html * @param users Elastic Beanstalk container customization, see * http://docs.aws.amazon.com/elasticbeanstalk/latest/dg/customize-containers-ec2.html * @param groups Elastic Beanstalk container customization, see * http://docs.aws.amazon.com/elasticbeanstalk/latest/dg/customize-containers-ec2.html * @param commands Elastic Beanstalk container customization, see * http://docs.aws.amazon.com/elasticbeanstalk/latest/dg/customize-containers-ec2.html * @param containerCommands Elastic Beanstalk container customization, see * http://docs.aws.amazon.com/elasticbeanstalk/latest/dg/customize-containers-ec2.html * @param services Elastic Beanstalk container customization, see * http://docs.aws.amazon.com/elasticbeanstalk/latest/dg/customize-containers-ec2.html */ final case class EbConfig( deploymentBucket: String, stack: _root_.scala.Option[String] = None, settings: _root_.scala.Option[Seq[com.gilt.ionroller.api.v1.models.OptionSetting]] = None, resources: _root_.scala.Option[Map[String, _root_.io.circe.Json]] = None, packages: _root_.scala.Option[Map[String, _root_.io.circe.Json]] = None, sources: _root_.scala.Option[Map[String, _root_.io.circe.Json]] = None, files: _root_.scala.Option[Map[String, _root_.io.circe.Json]] = None, users: _root_.scala.Option[Map[String, _root_.io.circe.Json]] = None, groups: _root_.scala.Option[Map[String, _root_.io.circe.Json]] = None, commands: _root_.scala.Option[Map[String, _root_.io.circe.Json]] = None, containerCommands: _root_.scala.Option[Map[String, _root_.io.circe.Json]] = None, services: _root_.scala.Option[Map[String, _root_.io.circe.Json]] = None ) /** * Settings for external ELB * * @param name Name of ELB * @param securityGroup Security group for ELB instances * @param rolloutDelayMinutes Delay in minutes between rollout increments */ final case class ElbSettings( name: String, securityGroup: String, rolloutDelayMinutes: Int ) /** * Elastic Beanstalk Environment running in AWS * * @param release Details of the release present in the environment * @param health Health of environment */ final case class Environment( release: com.gilt.ionroller.api.v1.models.Release, health: String ) /** * Elastic Beanstalk configuration option setting */ final case class OptionSetting( namespace: String, optionName: String, value: String ) /** * Mapping from port in Docker container to external host port * * @param internal Port to be forwarded from Docker container * @param external Port to be mapped to on external hosts */ final case class PortMapping( internal: Int, external: Int ) /** * A release of a particular tag of a Docker image * * @param image The Docker repository and name of images to be released * @param tag The tag for the image to be released * @param config Configuration timestamp * @param rolloutStatus Current rollout status */ final case class Release( image: String, tag: String, config: _root_.java.time.Instant, rolloutStatus: _root_.scala.Option[com.gilt.ionroller.api.v1.models.RolloutStatus] = None ) /** * Current rollout status for release * * @param numInstances Number of instances in external load balancer * @param completedAt Time at which latest increment completed */ final case class RolloutStatus( numInstances: _root_.scala.Option[Int] = None, completedAt: _root_.scala.Option[_root_.java.time.Instant] = None ) final case class Service( name: String, state: com.gilt.ionroller.api.v1.models.ServiceState ) /** * Configuration used by a service * * @param url URL of endpoint pointing at service * @param hostedZoneId Hosted Zone ID for DNS entry * @param awsAccountId ID of AWS account where this service is deployed * @param externalElb Details for external ELB * @param serviceRole Role used to run this service; specifies policy for accessing S3, RDS, DynamoDb * etc. * @param image Docker image details used in deployments * @param portMappings List of port mappings configured for use by Docker image * @param volumeMappings List of volume mappings configured for use by Docker image * @param runArgs Arguments passed to running Docker image * @param eb Elastic Beanstalk configuration including deployment bucket, stack name and * option settings like env variables, vpc, security groups etc. * @param removeUnusedAfterMinutes When an environment becomes unused, remove it after the specified number of * minutes * @param timestamp When this configuration has been created */ final case class ServiceConfig( url: String, hostedZoneId: String, awsAccountId: String, externalElb: _root_.scala.Option[com.gilt.ionroller.api.v1.models.ElbSettings] = None, serviceRole: String, image: String, portMappings: Seq[com.gilt.ionroller.api.v1.models.PortMapping], volumeMappings: _root_.scala.Option[Seq[com.gilt.ionroller.api.v1.models.VolumeMapping]] = None, runArgs: Seq[String], eb: com.gilt.ionroller.api.v1.models.EbConfig, removeUnusedAfterMinutes: _root_.scala.Option[Long] = None, timestamp: _root_.scala.Option[_root_.java.time.Instant] = None ) /** * Current state of service environments * * @param environments List of environments and their current status */ final case class ServiceCurrentState( environments: Seq[com.gilt.ionroller.api.v1.models.Environment] ) /** * Desired future state of service * * @param current Current release of software * @param next Next release of software * @param future Future release of software */ final case class ServiceDesiredState( current: _root_.scala.Option[com.gilt.ionroller.api.v1.models.Release] = None, next: _root_.scala.Option[com.gilt.ionroller.api.v1.models.Release] = None, future: _root_.scala.Option[com.gilt.ionroller.api.v1.models.Release] = None ) /** * State of service environments * * @param current List of environments and their current status * @param desired List of environments and their desired status */ final case class ServiceState( current: com.gilt.ionroller.api.v1.models.ServiceCurrentState, desired: _root_.scala.Option[com.gilt.ionroller.api.v1.models.ServiceDesiredState] = None ) /** * Mapping from path inside Docker container to external volume * * @param internal Location on image's filesystem that Docker volume is mapped to * @param external Identifier or path for location to be mapped into Docker environment */ final case class VolumeMapping( internal: String, external: String ) } package com.gilt.ionroller.api.v1.models { package object json { import io.circe.Decoder._ import io.circe.Encoder._ import scala.language.implicitConversions // See below - Make Scala 2.11 Either monadic import scala.util.Try import io.circe.{Json, JsonObject, Encoder, Decoder, DecodingFailure} import io.circe.syntax._ import com.gilt.ionroller.api.v1.models.json._ // Make Scala 2.11 Either monadic private[v1] implicit def eitherOps[A,B](e: Either[A,B]) = cats.implicits.catsSyntaxEither(e) private[v1] implicit val decodeUUID: Decoder[_root_.java.util.UUID] = Decoder.decodeString.emapTry(str => Try(_root_.java.util.UUID.fromString(str))) private[v1] implicit val encodeUUID: Encoder[_root_.java.util.UUID] = Encoder.encodeString.contramap[_root_.java.util.UUID](uuid => uuid.toString) private[v1] implicit val decodeInstant: Decoder[_root_.java.time.Instant] = Decoder.decodeString.emapTry(str => Try(_root_.java.time.OffsetDateTime.parse(str).toInstant)) private[v1] implicit val encodeInstant: Encoder[_root_.java.time.Instant] = Encoder.encodeString.contramap[_root_.java.time.Instant](_.toString) private[v1] implicit val decodeLocalDate: Decoder[_root_.java.time.LocalDate] = Decoder.decodeString.emapTry(str => Try(_root_.java.time.LocalDate.parse(str))) private[v1] implicit val encodeLocalDate: Encoder[_root_.java.time.LocalDate] = Encoder.encodeString.contramap[_root_.java.time.LocalDate](_.toString) implicit def decodeIonrollerAPIEbConfig: Decoder[EbConfig] = Decoder.instance { c => for { deploymentBucket <- c.downField("deployment_bucket").as[String] stack <- c.downField("stack").as[Option[String]] settings <- c.downField("settings").as[Option[Seq[com.gilt.ionroller.api.v1.models.OptionSetting]]] resources <- c.downField("resources").as[Option[Map[String, _root_.io.circe.Json]]] packages <- c.downField("packages").as[Option[Map[String, _root_.io.circe.Json]]] sources <- c.downField("sources").as[Option[Map[String, _root_.io.circe.Json]]] files <- c.downField("files").as[Option[Map[String, _root_.io.circe.Json]]] users <- c.downField("users").as[Option[Map[String, _root_.io.circe.Json]]] groups <- c.downField("groups").as[Option[Map[String, _root_.io.circe.Json]]] commands <- c.downField("commands").as[Option[Map[String, _root_.io.circe.Json]]] containerCommands <- c.downField("container_commands").as[Option[Map[String, _root_.io.circe.Json]]] services <- c.downField("services").as[Option[Map[String, _root_.io.circe.Json]]] } yield { EbConfig( deploymentBucket = deploymentBucket, stack = stack, settings = settings, resources = resources, packages = packages, sources = sources, files = files, users = users, groups = groups, commands = commands, containerCommands = containerCommands, services = services ) } } implicit def encodeIonrollerAPIEbConfig: Encoder[EbConfig] = Encoder.instance { t => Json.fromFields(Seq( Some("deployment_bucket" -> t.deploymentBucket.asJson), t.stack.map(t => "stack" -> t.asJson), t.settings.map(t => "settings" -> t.asJson), t.resources.map(t => "resources" -> t.asJson), t.packages.map(t => "packages" -> t.asJson), t.sources.map(t => "sources" -> t.asJson), t.files.map(t => "files" -> t.asJson), t.users.map(t => "users" -> t.asJson), t.groups.map(t => "groups" -> t.asJson), t.commands.map(t => "commands" -> t.asJson), t.containerCommands.map(t => "container_commands" -> t.asJson), t.services.map(t => "services" -> t.asJson) ).flatten) } implicit def decodeIonrollerAPIElbSettings: Decoder[ElbSettings] = Decoder.instance { c => for { name <- c.downField("name").as[String] securityGroup <- c.downField("security_group").as[String] rolloutDelayMinutes <- c.downField("rollout_delay_minutes").as[Int] } yield { ElbSettings( name = name, securityGroup = securityGroup, rolloutDelayMinutes = rolloutDelayMinutes ) } } implicit def encodeIonrollerAPIElbSettings: Encoder[ElbSettings] = Encoder.instance { t => Json.fromFields(Seq( Some("name" -> t.name.asJson), Some("security_group" -> t.securityGroup.asJson), Some("rollout_delay_minutes" -> t.rolloutDelayMinutes.asJson) ).flatten) } implicit def decodeIonrollerAPIEnvironment: Decoder[Environment] = Decoder.instance { c => for { release <- c.downField("release").as[com.gilt.ionroller.api.v1.models.Release] health <- c.downField("health").as[String] } yield { Environment( release = release, health = health ) } } implicit def encodeIonrollerAPIEnvironment: Encoder[Environment] = Encoder.instance { t => Json.fromFields(Seq( Some("release" -> t.release.asJson), Some("health" -> t.health.asJson) ).flatten) } implicit def decodeIonrollerAPIOptionSetting: Decoder[OptionSetting] = Decoder.instance { c => for { namespace <- c.downField("Namespace").as[String] optionName <- c.downField("OptionName").as[String] value <- c.downField("Value").as[String] } yield { OptionSetting( namespace = namespace, optionName = optionName, value = value ) } } implicit def encodeIonrollerAPIOptionSetting: Encoder[OptionSetting] = Encoder.instance { t => Json.fromFields(Seq( Some("Namespace" -> t.namespace.asJson), Some("OptionName" -> t.optionName.asJson), Some("Value" -> t.value.asJson) ).flatten) } implicit def decodeIonrollerAPIPortMapping: Decoder[PortMapping] = Decoder.instance { c => for { internal <- c.downField("internal").as[Int] external <- c.downField("external").as[Int] } yield { PortMapping( internal = internal, external = external ) } } implicit def encodeIonrollerAPIPortMapping: Encoder[PortMapping] = Encoder.instance { t => Json.fromFields(Seq( Some("internal" -> t.internal.asJson), Some("external" -> t.external.asJson) ).flatten) } implicit def decodeIonrollerAPIRelease: Decoder[Release] = Decoder.instance { c => for { image <- c.downField("image").as[String] tag <- c.downField("tag").as[String] config <- c.downField("config").as[_root_.java.time.Instant] rolloutStatus <- c.downField("rollout_status").as[Option[com.gilt.ionroller.api.v1.models.RolloutStatus]] } yield { Release( image = image, tag = tag, config = config, rolloutStatus = rolloutStatus ) } } implicit def encodeIonrollerAPIRelease: Encoder[Release] = Encoder.instance { t => Json.fromFields(Seq( Some("image" -> t.image.asJson), Some("tag" -> t.tag.asJson), Some("config" -> t.config.asJson), t.rolloutStatus.map(t => "rollout_status" -> t.asJson) ).flatten) } implicit def decodeIonrollerAPIRolloutStatus: Decoder[RolloutStatus] = Decoder.instance { c => for { numInstances <- c.downField("num_instances").as[Option[Int]] completedAt <- c.downField("completed_at").as[Option[_root_.java.time.Instant]] } yield { RolloutStatus( numInstances = numInstances, completedAt = completedAt ) } } implicit def encodeIonrollerAPIRolloutStatus: Encoder[RolloutStatus] = Encoder.instance { t => Json.fromFields(Seq( t.numInstances.map(t => "num_instances" -> t.asJson), t.completedAt.map(t => "completed_at" -> t.asJson) ).flatten) } implicit def decodeIonrollerAPIService: Decoder[Service] = Decoder.instance { c => for { name <- c.downField("name").as[String] state <- c.downField("state").as[com.gilt.ionroller.api.v1.models.ServiceState] } yield { Service( name = name, state = state ) } } implicit def encodeIonrollerAPIService: Encoder[Service] = Encoder.instance { t => Json.fromFields(Seq( Some("name" -> t.name.asJson), Some("state" -> t.state.asJson) ).flatten) } implicit def decodeIonrollerAPIServiceConfig: Decoder[ServiceConfig] = Decoder.instance { c => for { url <- c.downField("url").as[String] hostedZoneId <- c.downField("hosted_zone_id").as[String] awsAccountId <- c.downField("aws_account_id").as[String] externalElb <- c.downField("external_elb").as[Option[com.gilt.ionroller.api.v1.models.ElbSettings]] serviceRole <- c.downField("service_role").as[String] image <- c.downField("image").as[String] portMappings <- c.downField("port_mappings").as[Seq[com.gilt.ionroller.api.v1.models.PortMapping]] volumeMappings <- c.downField("volume_mappings").as[Option[Seq[com.gilt.ionroller.api.v1.models.VolumeMapping]]] runArgs <- c.downField("run_args").as[Seq[String]] eb <- c.downField("eb").as[com.gilt.ionroller.api.v1.models.EbConfig] removeUnusedAfterMinutes <- c.downField("remove_unused_after_minutes").as[Option[Long]] timestamp <- c.downField("timestamp").as[Option[_root_.java.time.Instant]] } yield { ServiceConfig( url = url, hostedZoneId = hostedZoneId, awsAccountId = awsAccountId, externalElb = externalElb, serviceRole = serviceRole, image = image, portMappings = portMappings, volumeMappings = volumeMappings, runArgs = runArgs, eb = eb, removeUnusedAfterMinutes = removeUnusedAfterMinutes, timestamp = timestamp ) } } implicit def encodeIonrollerAPIServiceConfig: Encoder[ServiceConfig] = Encoder.instance { t => Json.fromFields(Seq( Some("url" -> t.url.asJson), Some("hosted_zone_id" -> t.hostedZoneId.asJson), Some("aws_account_id" -> t.awsAccountId.asJson), t.externalElb.map(t => "external_elb" -> t.asJson), Some("service_role" -> t.serviceRole.asJson), Some("image" -> t.image.asJson), Some("port_mappings" -> t.portMappings.asJson), t.volumeMappings.map(t => "volume_mappings" -> t.asJson), Some("run_args" -> t.runArgs.asJson), Some("eb" -> t.eb.asJson), t.removeUnusedAfterMinutes.map(t => "remove_unused_after_minutes" -> t.asJson), t.timestamp.map(t => "timestamp" -> t.asJson) ).flatten) } implicit def decodeIonrollerAPIServiceCurrentState: Decoder[ServiceCurrentState] = Decoder.instance { c => for { environments <- c.downField("environments").as[Seq[com.gilt.ionroller.api.v1.models.Environment]] } yield { ServiceCurrentState( environments = environments ) } } implicit def encodeIonrollerAPIServiceCurrentState: Encoder[ServiceCurrentState] = Encoder.instance { t => Json.fromFields(Seq( Some("environments" -> t.environments.asJson) ).flatten) } implicit def decodeIonrollerAPIServiceDesiredState: Decoder[ServiceDesiredState] = Decoder.instance { c => for { current <- c.downField("current").as[Option[com.gilt.ionroller.api.v1.models.Release]] next <- c.downField("next").as[Option[com.gilt.ionroller.api.v1.models.Release]] future <- c.downField("future").as[Option[com.gilt.ionroller.api.v1.models.Release]] } yield { ServiceDesiredState( current = current, next = next, future = future ) } } implicit def encodeIonrollerAPIServiceDesiredState: Encoder[ServiceDesiredState] = Encoder.instance { t => Json.fromFields(Seq( t.current.map(t => "current" -> t.asJson), t.next.map(t => "next" -> t.asJson), t.future.map(t => "future" -> t.asJson) ).flatten) } implicit def decodeIonrollerAPIServiceState: Decoder[ServiceState] = Decoder.instance { c => for { current <- c.downField("current").as[com.gilt.ionroller.api.v1.models.ServiceCurrentState] desired <- c.downField("desired").as[Option[com.gilt.ionroller.api.v1.models.ServiceDesiredState]] } yield { ServiceState( current = current, desired = desired ) } } implicit def encodeIonrollerAPIServiceState: Encoder[ServiceState] = Encoder.instance { t => Json.fromFields(Seq( Some("current" -> t.current.asJson), t.desired.map(t => "desired" -> t.asJson) ).flatten) } implicit def decodeIonrollerAPIVolumeMapping: Decoder[VolumeMapping] = Decoder.instance { c => for { internal <- c.downField("internal").as[String] external <- c.downField("external").as[String] } yield { VolumeMapping( internal = internal, external = external ) } } implicit def encodeIonrollerAPIVolumeMapping: Encoder[VolumeMapping] = Encoder.instance { t => Json.fromFields(Seq( Some("internal" -> t.internal.asJson), Some("external" -> t.external.asJson) ).flatten) } } } package com.gilt.ionroller.api.v1 { import org.http4s.client.blaze._ import io.circe.syntax._ object Constants { val BaseUrl = "http://ionroller.gilt.com" val Namespace = "com.gilt.ionroller.api.v1" val UserAgent = "apibuilder app.apibuilder.io/gilt/ionroller-api/1.0.1/http4s_0_17" val Version = "1.0.1" val VersionMajor = 1 } class Client( val baseUrl: org.http4s.Uri = org.http4s.Uri.unsafeFromString("http://ionroller.gilt.com"), auth: scala.Option[com.gilt.ionroller.api.v1.Authorization] = None, defaultHeaders: Seq[(String, String)] = Nil, asyncHttpClient: org.http4s.client.Client = Client.defaultAsyncHttpClient ) extends interfaces.Client { import org.http4s.Response import com.gilt.ionroller.api.v1.models.json._ def closeAsyncHttpClient(): Unit = { asyncHttpClient.shutdownNow() } def services: Services = Services object Services extends Services { override def get( requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[Seq[com.gilt.ionroller.api.v1.models.Service]] = { val urlPath = Seq("services") _executeRequest[Unit, Seq[com.gilt.ionroller.api.v1.models.Service]]("GET", path = urlPath, requestHeaders = requestHeaders) { case r if r.status.code == 200 => _root_.com.gilt.ionroller.api.v1.Client.parseJson[Seq[com.gilt.ionroller.api.v1.models.Service]]("Seq[com.gilt.ionroller.api.v1.models.Service]", r) case r => fs2.Task.fail(new com.gilt.ionroller.api.v1.errors.FailedRequest(r.status.code, s"Unsupported response code[${r.status.code}]. Expected: 200")) } } override def getByServiceName( serviceName: String, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[com.gilt.ionroller.api.v1.models.Service] = { val urlPath = Seq("services", serviceName) _executeRequest[Unit, com.gilt.ionroller.api.v1.models.Service]("GET", path = urlPath, requestHeaders = requestHeaders) { case r if r.status.code == 200 => _root_.com.gilt.ionroller.api.v1.Client.parseJson[com.gilt.ionroller.api.v1.models.Service]("com.gilt.ionroller.api.v1.models.Service", r) case r => fs2.Task.fail(new com.gilt.ionroller.api.v1.errors.FailedRequest(r.status.code, s"Unsupported response code[${r.status.code}]. Expected: 200")) } } override def putConfigByServiceName( serviceName: String, serviceConfig: com.gilt.ionroller.api.v1.models.ServiceConfig, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[Unit] = { val urlPath = Seq("services", serviceName, "config") val (payload, formPayload) = (Some(serviceConfig), None) _executeRequest[com.gilt.ionroller.api.v1.models.ServiceConfig, Unit]("PUT", path = urlPath, body = payload, formBody = formPayload, requestHeaders = requestHeaders) { case r if r.status.code == 204 => fs2.Task.now(()) case r => fs2.Task.fail(new com.gilt.ionroller.api.v1.errors.FailedRequest(r.status.code, s"Unsupported response code[${r.status.code}]. Expected: 204")) } } override def getConfigsByServiceName( serviceName: String, from: _root_.scala.Option[_root_.java.time.Instant] = None, to: _root_.scala.Option[_root_.java.time.Instant] = None, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[Seq[com.gilt.ionroller.api.v1.models.ServiceConfig]] = { val urlPath = Seq("services", serviceName, "configs") val queryParameters = Seq( from.map("from" -> _.toString), to.map("to" -> _.toString) ).flatten _executeRequest[Unit, Seq[com.gilt.ionroller.api.v1.models.ServiceConfig]]("GET", path = urlPath, queryParameters = queryParameters, requestHeaders = requestHeaders) { case r if r.status.code == 200 => _root_.com.gilt.ionroller.api.v1.Client.parseJson[Seq[com.gilt.ionroller.api.v1.models.ServiceConfig]]("Seq[com.gilt.ionroller.api.v1.models.ServiceConfig]", r) case r => fs2.Task.fail(new com.gilt.ionroller.api.v1.errors.FailedRequest(r.status.code, s"Unsupported response code[${r.status.code}]. Expected: 200")) } } override def getConfigByServiceName( serviceName: String, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[com.gilt.ionroller.api.v1.models.ServiceConfig] = { val urlPath = Seq("services", serviceName, "config") _executeRequest[Unit, com.gilt.ionroller.api.v1.models.ServiceConfig]("GET", path = urlPath, requestHeaders = requestHeaders) { case r if r.status.code == 200 => _root_.com.gilt.ionroller.api.v1.Client.parseJson[com.gilt.ionroller.api.v1.models.ServiceConfig]("com.gilt.ionroller.api.v1.models.ServiceConfig", r) case r => fs2.Task.fail(new com.gilt.ionroller.api.v1.errors.FailedRequest(r.status.code, s"Unsupported response code[${r.status.code}]. Expected: 200")) } } override def getConfigsByServiceNameAndTimestamp( serviceName: String, timestamp: _root_.java.time.Instant, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[com.gilt.ionroller.api.v1.models.ServiceConfig] = { val urlPath = Seq("services", serviceName, "configs", timestamp.toString) _executeRequest[Unit, com.gilt.ionroller.api.v1.models.ServiceConfig]("GET", path = urlPath, requestHeaders = requestHeaders) { case r if r.status.code == 200 => _root_.com.gilt.ionroller.api.v1.Client.parseJson[com.gilt.ionroller.api.v1.models.ServiceConfig]("com.gilt.ionroller.api.v1.models.ServiceConfig", r) case r => fs2.Task.fail(new com.gilt.ionroller.api.v1.errors.FailedRequest(r.status.code, s"Unsupported response code[${r.status.code}]. Expected: 200")) } } override def deleteConfigByServiceName( serviceName: String, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[Unit] = { val urlPath = Seq("services", serviceName, "config") _executeRequest[Unit, Unit]("DELETE", path = urlPath, requestHeaders = requestHeaders) { case r if r.status.code == 204 => fs2.Task.now(()) case r => fs2.Task.fail(new com.gilt.ionroller.api.v1.errors.FailedRequest(r.status.code, s"Unsupported response code[${r.status.code}]. Expected: 204")) } } override def postReleaseByServiceName( serviceName: String, version: String, config: _root_.scala.Option[_root_.java.time.Instant] = None, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[Long] = { val urlPath = Seq("services", serviceName, "release") val payload = None val formPayload = Some(org.http4s.UrlForm( "version" -> version, "config" -> config.asJson.noSpaces )) _executeRequest[Unit, Long]("POST", path = urlPath, body = payload, formBody = formPayload, requestHeaders = requestHeaders) { case r if r.status.code == 200 => _root_.com.gilt.ionroller.api.v1.Client.parseJson[Long]("Long", r) case r => fs2.Task.fail(new com.gilt.ionroller.api.v1.errors.FailedRequest(r.status.code, s"Unsupported response code[${r.status.code}]. Expected: 200")) } } override def postDropByServiceName( serviceName: String, version: String, config: _root_.scala.Option[_root_.java.time.Instant] = None, force: Boolean = false, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[Long] = { val urlPath = Seq("services", serviceName, "drop") val payload = None val formPayload = Some(org.http4s.UrlForm( "version" -> version, "config" -> config.asJson.noSpaces, "force" -> force.asJson.noSpaces )) _executeRequest[Unit, Long]("POST", path = urlPath, body = payload, formBody = formPayload, requestHeaders = requestHeaders) { case r if r.status.code == 200 => _root_.com.gilt.ionroller.api.v1.Client.parseJson[Long]("Long", r) case r => fs2.Task.fail(new com.gilt.ionroller.api.v1.errors.FailedRequest(r.status.code, s"Unsupported response code[${r.status.code}]. Expected: 200")) } } } private lazy val defaultApiHeaders = Seq( ("User-Agent", Constants.UserAgent), ("X-Apidoc-Version", Constants.Version), ("X-Apidoc-Version-Major", Constants.VersionMajor.toString) ) def apiHeaders: Seq[(String, String)] = defaultApiHeaders def modifyRequest(request: fs2.Task[org.http4s.Request]): fs2.Task[org.http4s.Request] = request implicit def circeJsonEncoder[A](implicit encoder: io.circe.Encoder[A]) = org.http4s.circe.jsonEncoderOf[A] def _executeRequest[T, U]( method: String, path: Seq[String], queryParameters: Seq[(String, String)] = Nil, requestHeaders: Seq[(String, String)] = Nil, body: Option[T] = None, formBody : Option[org.http4s.UrlForm] = None )(handler: org.http4s.Response => fs2.Task[U] )(implicit encoder: io.circe.Encoder[T]): fs2.Task[U] = { import org.http4s.QueryParamEncoder._ val m = org.http4s.Method.fromString(method) match { case Right(m) => m case Left(e) => sys.error(e.toString) } val headers = org.http4s.Headers(( apiHeaders ++ defaultHeaders ++ requestHeaders ).groupBy(_._1).map { case (k, l) => org.http4s.Header(k, l.last._2) }.toList) val queryMap = queryParameters.groupBy(_._1).map { case (k, v) => k -> v.map(_._2) } val uri = path.foldLeft(baseUrl){ case (uri, segment) => uri / segment }.setQueryParams(queryMap) val request = org.http4s.Request(method = m, uri = uri, headers = headers) val reqAndMaybeAuth = auth.fold(request) { case Authorization.Basic(username, passwordOpt) => { val userpass = s"$username:${passwordOpt.getOrElse("")}" val token = java.util.Base64.getEncoder.encodeToString(userpass.getBytes(java.nio.charset.StandardCharsets.ISO_8859_1)) request.putHeaders(org.http4s.Header("Authorization", s"Basic $token")) } case a => sys.error("Invalid authorization scheme[" + a.getClass + "]") } val reqAndMaybeAuthAndBody = if (formBody.nonEmpty) formBody.fold(fs2.Task.now(reqAndMaybeAuth))(reqAndMaybeAuth.withBody) else body.fold(fs2.Task.now(reqAndMaybeAuth))(reqAndMaybeAuth.withBody) asyncHttpClient.fetch(modifyRequest(reqAndMaybeAuthAndBody))(handler) } } object Client { implicit def circeJsonDecoder[A](implicit decoder: io.circe.Decoder[A]) = org.http4s.circe.jsonOf[A] private lazy val defaultAsyncHttpClient = PooledHttp1Client() def parseJson[T]( className: String, r: org.http4s.Response )(implicit decoder: io.circe.Decoder[T]): fs2.Task[T] = r.attemptAs[T].value.flatMap { case Right(value) => fs2.Task.now(value) case Left(error) => fs2.Task.fail(new com.gilt.ionroller.api.v1.errors.FailedRequest(r.status.code, s"Invalid json for class[" + className + "]", None, error)) } } sealed trait Authorization extends _root_.scala.Product with _root_.scala.Serializable object Authorization { final case class Basic(username: String, password: Option[String] = None) extends Authorization } package interfaces { trait Client { def baseUrl: org.http4s.Uri def services: com.gilt.ionroller.api.v1.Services } } trait Services { /** * Lists all services */ def get( requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[Seq[com.gilt.ionroller.api.v1.models.Service]] /** * Returns service state (current and desired) */ def getByServiceName( serviceName: String, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[com.gilt.ionroller.api.v1.models.Service] /** * Creates or updates service configuration */ def putConfigByServiceName( serviceName: String, serviceConfig: com.gilt.ionroller.api.v1.models.ServiceConfig, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[Unit] /** * Returns service configuration (all versions over time) * * @param from Find configurations created after this date. * @param to Find configurations created before this date. */ def getConfigsByServiceName( serviceName: String, from: _root_.scala.Option[_root_.java.time.Instant] = None, to: _root_.scala.Option[_root_.java.time.Instant] = None, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[Seq[com.gilt.ionroller.api.v1.models.ServiceConfig]] /** * Returns latest service configuration */ def getConfigByServiceName( serviceName: String, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[com.gilt.ionroller.api.v1.models.ServiceConfig] /** * Returns service configuration for specified timestamp * * @param timestamp Configuration timestamp */ def getConfigsByServiceNameAndTimestamp( serviceName: String, timestamp: _root_.java.time.Instant, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[com.gilt.ionroller.api.v1.models.ServiceConfig] /** * Removes service configuration (all versions) if no version is currently deployed */ def deleteConfigByServiceName( serviceName: String, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[Unit] /** * Requests a new release * * @param config Configuration timestamp */ def postReleaseByServiceName( serviceName: String, version: String, config: _root_.scala.Option[_root_.java.time.Instant] = None, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[Long] /** * Drops a release * * @param version Version of service to remove * @param config Configuration timestamp * @param force Remove version even if it is taking live traffic */ def postDropByServiceName( serviceName: String, version: String, config: _root_.scala.Option[_root_.java.time.Instant] = None, force: Boolean = false, requestHeaders: Seq[(String, String)] = Nil ): fs2.Task[Long] } package errors { final case class FailedRequest(responseCode: Int, message: String, requestUri: Option[_root_.java.net.URI] = None, parent: Exception = null) extends _root_.java.lang.Exception(s"HTTP $responseCode: $message", parent) } }