// WaitUntilInstanceDeregistered uses the Elastic Load Balancing API operation
// DescribeInstanceHealth to wait for a condition to be met before returning.
// If the condition is not meet within the max attempt window an error will
// be returned.
func (c *ELB) WaitUntilInstanceDeregistered(input *DescribeInstanceHealthInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeInstanceHealth",
Delay: 15,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "InstanceStates[].State",
Expected: "OutOfService",
},
{
State: "success",
Matcher: "error",
Argument: "",
Expected: "InvalidInstance",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *ElastiCache) WaitUntilReplicationGroupAvailable(input *DescribeReplicationGroupsInput) error {
if waiterReplicationGroupAvailable == nil {
waiterReplicationGroupAvailable = &waiter.Config{
Operation: "DescribeReplicationGroups",
Delay: 15,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "ReplicationGroups[].Status",
Expected: "available",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "ReplicationGroups[].Status",
Expected: "deleted",
},
},
}
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterReplicationGroupAvailable,
}
return w.Wait()
}
func (c *Redshift) WaitUntilSnapshotAvailable(input *DescribeClusterSnapshotsInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeClusterSnapshots",
Delay: 15,
MaxAttempts: 20,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "Snapshots[].Status",
Expected: "available",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "Snapshots[].Status",
Expected: "failed",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "Snapshots[].Status",
Expected: "deleted",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
// WaitUntilEvaluationAvailable uses the Amazon Machine Learning API operation
// DescribeEvaluations to wait for a condition to be met before returning.
// If the condition is not meet within the max attempt window an error will
// be returned.
func (c *MachineLearning) WaitUntilEvaluationAvailable(input *DescribeEvaluationsInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeEvaluations",
Delay: 30,
MaxAttempts: 60,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "Results[].Status",
Expected: "COMPLETED",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "Results[].Status",
Expected: "FAILED",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *OpsWorks) WaitUntilDeploymentSuccessful(input *DescribeDeploymentsInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeDeployments",
Delay: 15,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "Deployments[].Status",
Expected: "successful",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "Deployments[].Status",
Expected: "failed",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
// WaitUntilTableExists uses the DynamoDB API operation
// DescribeTable to wait for a condition to be met before returning.
// If the condition is not meet within the max attempt window an error will
// be returned.
func (c *DynamoDB) WaitUntilTableExists(input *DescribeTableInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeTable",
Delay: 20,
MaxAttempts: 25,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "path",
Argument: "Table.TableStatus",
Expected: "ACTIVE",
},
{
State: "retry",
Matcher: "error",
Argument: "",
Expected: "ResourceNotFoundException",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *ECS) WaitUntilTasksRunning(input *DescribeTasksInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeTasks",
Delay: 6,
MaxAttempts: 100,
Acceptors: []waiter.WaitAcceptor{
{
State: "failure",
Matcher: "pathAny",
Argument: "tasks[].lastStatus",
Expected: "STOPPED",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "failures[].reason",
Expected: "MISSING",
},
{
State: "success",
Matcher: "pathAll",
Argument: "tasks[].lastStatus",
Expected: "RUNNING",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *EC2) WaitUntilNetworkInterfaceAvailable(input *DescribeNetworkInterfacesInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeNetworkInterfaces",
Delay: 20,
MaxAttempts: 10,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "NetworkInterfaces[].Status",
Expected: "available",
},
{
State: "failure",
Matcher: "error",
Argument: "",
Expected: "InvalidNetworkInterfaceIDNotFound",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *EC2) WaitUntilVolumeDeleted(input *DescribeVolumesInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeVolumes",
Delay: 15,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "Volumes[].State",
Expected: "deleted",
},
{
State: "success",
Matcher: "error",
Argument: "",
Expected: "InvalidVolumeNotFound",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *EC2) WaitUntilInstanceTerminated(input *DescribeInstancesInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeInstances",
Delay: 15,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "Reservations[].Instances[].State.Name",
Expected: "terminated",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "Reservations[].Instances[].State.Name",
Expected: "pending",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "Reservations[].Instances[].State.Name",
Expected: "stopping",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *EC2) WaitUntilKeyPairExists(input *DescribeKeyPairsInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeKeyPairs",
Delay: 5,
MaxAttempts: 6,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "length(KeyPairs[].KeyName) > `0`",
Expected: true,
},
{
State: "retry",
Matcher: "error",
Argument: "",
Expected: "InvalidKeyPairNotFound",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *EC2) WaitUntilInstanceStatusOk(input *DescribeInstanceStatusInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeInstanceStatus",
Delay: 15,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "InstanceStatuses[].InstanceStatus.Status",
Expected: "ok",
},
{
State: "retry",
Matcher: "error",
Argument: "",
Expected: "InvalidInstanceIDNotFound",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *EC2) WaitUntilInstanceExists(input *DescribeInstancesInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeInstances",
Delay: 5,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "path",
Argument: "length(Reservations[]) > `0`",
Expected: true,
},
{
State: "retry",
Matcher: "error",
Argument: "",
Expected: "InvalidInstanceIDNotFound",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *EC2) WaitUntilCustomerGatewayAvailable(input *DescribeCustomerGatewaysInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeCustomerGateways",
Delay: 15,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "CustomerGateways[].State",
Expected: "available",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "CustomerGateways[].State",
Expected: "deleted",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "CustomerGateways[].State",
Expected: "deleting",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *IAM) WaitUntilInstanceProfileExists(input *GetInstanceProfileInput) error {
waiterCfg := waiter.Config{
Operation: "GetInstanceProfile",
Delay: 1,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "status",
Argument: "",
Expected: 200,
},
{
State: "retry",
Matcher: "status",
Argument: "",
Expected: 404,
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *EC2) WaitUntilVpcPeeringConnectionExists(input *DescribeVpcPeeringConnectionsInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeVpcPeeringConnections",
Delay: 15,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "status",
Argument: "",
Expected: 200,
},
{
State: "retry",
Matcher: "error",
Argument: "",
Expected: "InvalidVpcPeeringConnectionIDNotFound",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *CloudFormation) WaitUntilStackExists(input *DescribeStacksInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeStacks",
Delay: 5,
MaxAttempts: 20,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "status",
Argument: "",
Expected: 200,
},
{
State: "retry",
Matcher: "error",
Argument: "",
Expected: "ValidationError",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *EC2) WaitUntilBundleTaskComplete(input *DescribeBundleTasksInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeBundleTasks",
Delay: 15,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "BundleTasks[].State",
Expected: "complete",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "BundleTasks[].State",
Expected: "failed",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
// WaitUntilJobComplete uses the Amazon Elastic Transcoder API operation
// ReadJob to wait for a condition to be met before returning.
// If the condition is not meet within the max attempt window an error will
// be returned.
func (c *ElasticTranscoder) WaitUntilJobComplete(input *ReadJobInput) error {
waiterCfg := waiter.Config{
Operation: "ReadJob",
Delay: 30,
MaxAttempts: 120,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "path",
Argument: "Job.Status",
Expected: "Complete",
},
{
State: "failure",
Matcher: "path",
Argument: "Job.Status",
Expected: "Canceled",
},
{
State: "failure",
Matcher: "path",
Argument: "Job.Status",
Expected: "Error",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *EC2) WaitUntilVpnConnectionDeleted(input *DescribeVpnConnectionsInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeVpnConnections",
Delay: 15,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "VpnConnections[].State",
Expected: "deleted",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "VpnConnections[].State",
Expected: "pending",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *ECS) WaitUntilServicesInactive(input *DescribeServicesInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeServices",
Delay: 15,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "failure",
Matcher: "pathAny",
Argument: "failures[].reason",
Expected: "MISSING",
},
{
State: "success",
Matcher: "pathAny",
Argument: "services[].status",
Expected: "INACTIVE",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *Redshift) WaitUntilClusterRestored(input *DescribeClustersInput) error {
if waiterClusterRestored == nil {
waiterClusterRestored = &waiter.Config{
Operation: "DescribeClusters",
Delay: 60,
MaxAttempts: 30,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "Clusters[].RestoreStatus.Status",
Expected: "completed",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "Clusters[].ClusterStatus",
Expected: "deleting",
},
},
}
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterClusterRestored,
}
return w.Wait()
}
func (c *S3) WaitUntilObjectExists(input *HeadObjectInput) error {
if waiterObjectExists == nil {
waiterObjectExists = &waiter.Config{
Operation: "HeadObject",
Delay: 5,
MaxAttempts: 20,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "status",
Argument: "",
Expected: 200,
},
{
State: "retry",
Matcher: "status",
Argument: "",
Expected: 404,
},
},
}
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterObjectExists,
}
return w.Wait()
}
func (c *RDS) WaitUntilDBInstanceAvailable(input *DescribeDBInstancesInput) error {
if waiterDBInstanceAvailable == nil {
waiterDBInstanceAvailable = &waiter.Config{
Operation: "DescribeDBInstances",
Delay: 30,
MaxAttempts: 60,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "DBInstances[].DBInstanceStatus",
Expected: "available",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "DBInstances[].DBInstanceStatus",
Expected: "deleted",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "DBInstances[].DBInstanceStatus",
Expected: "deleting",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "DBInstances[].DBInstanceStatus",
Expected: "failed",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "DBInstances[].DBInstanceStatus",
Expected: "incompatible-restore",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "DBInstances[].DBInstanceStatus",
Expected: "incompatible-parameters",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "DBInstances[].DBInstanceStatus",
Expected: "incompatible-restore",
},
},
}
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterDBInstanceAvailable,
}
return w.Wait()
}
func (c *OpsWorks) WaitUntilAppExists(input *DescribeAppsInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeApps",
Delay: 1,
MaxAttempts: 40,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "status",
Argument: "",
Expected: 200,
},
{
State: "failure",
Matcher: "status",
Argument: "",
Expected: 400,
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *CloudFormation) WaitUntilStackCreateComplete(input *DescribeStacksInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeStacks",
Delay: 30,
MaxAttempts: 50,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "Stacks[].StackStatus",
Expected: "CREATE_COMPLETE",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "Stacks[].StackStatus",
Expected: "CREATE_FAILED",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *Glacier) WaitUntilVaultExists(input *DescribeVaultInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeVault",
Delay: 3,
MaxAttempts: 15,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "status",
Argument: "",
Expected: 200,
},
{
State: "retry",
Matcher: "error",
Argument: "",
Expected: "ResourceNotFoundException",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *IAM) WaitUntilUserExists(input *GetUserInput) error {
waiterCfg := waiter.Config{
Operation: "GetUser",
Delay: 1,
MaxAttempts: 20,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "status",
Argument: "",
Expected: 200,
},
{
State: "retry",
Matcher: "error",
Argument: "",
Expected: "NoSuchEntity",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *Redshift) WaitUntilClusterAvailable(input *DescribeClustersInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeClusters",
Delay: 60,
MaxAttempts: 30,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "Clusters[].ClusterStatus",
Expected: "available",
},
{
State: "failure",
Matcher: "pathAny",
Argument: "Clusters[].ClusterStatus",
Expected: "deleting",
},
{
State: "retry",
Matcher: "error",
Argument: "",
Expected: "ClusterNotFound",
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
func (c *AutoScaling) WaitUntilGroupExists(input *DescribeAutoScalingGroupsInput) error {
waiterCfg := waiter.Config{
Operation: "DescribeAutoScalingGroups",
Delay: 5,
MaxAttempts: 10,
Acceptors: []waiter.WaitAcceptor{
{
State: "success",
Matcher: "pathAll",
Argument: "length(AutoScalingGroups)",
Expected: 1,
},
{
State: "retry",
Matcher: "pathAll",
Argument: "length(AutoScalingGroups)",
Expected: 0,
},
},
}
w := waiter.Waiter{
Client: c,
Input: input,
Config: waiterCfg,
}
return w.Wait()
}
