package smaws-clients

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Source file `types.ml`

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open Smaws_Lib
let service =
  Service.{
    namespace = "kms";
    endpointPrefix = "kms";
    version = "2014-11-01";
    protocol = AwsJson_1_1
  };
type xks_proxy_vpc_endpoint_service_not_found_exception = {
  message: string option
}

type xks_proxy_vpc_endpoint_service_invalid_configuration_exception = {
  message: string option
}

type xks_proxy_vpc_endpoint_service_in_use_exception = {
  message: string option
}

type xks_proxy_uri_unreachable_exception = {
  message: string option
}

type xks_proxy_uri_in_use_exception = {
  message: string option
}

type xks_proxy_uri_endpoint_in_use_exception = {
  message: string option
}

type xks_proxy_invalid_response_exception = {
  message: string option
}

type xks_proxy_invalid_configuration_exception = {
  message: string option
}

type xks_proxy_incorrect_authentication_credential_exception = {
  message: string option
}

type xks_proxy_connectivity_type = | VPC_ENDPOINT_SERVICE
  | PUBLIC_ENDPOINT

type xks_proxy_configuration_type = {
  vpc_endpoint_service_name: string option;
  uri_path: string option;
  uri_endpoint: string option;
  access_key_id: string option;
  connectivity: xks_proxy_connectivity_type option
}

type xks_proxy_authentication_credential_type = {
  raw_secret_access_key: string;
  access_key_id: string
}

type xks_key_not_found_exception = {
  message: string option
}

type xks_key_invalid_configuration_exception = {
  message: string option
}

type xks_key_configuration_type = {
  id: string option
}

type xks_key_already_in_use_exception = {
  message: string option
}

type wrapping_key_spec = | SM2
  | RSA_4096
  | RSA_3072
  | RSA_2048

type signing_algorithm_spec = | SM2DSA
  | ECDSA_SHA_512
  | ECDSA_SHA_384
  | ECDSA_SHA_256
  | RSASSA_PKCS1_V1_5_SHA_512
  | RSASSA_PKCS1_V1_5_SHA_384
  | RSASSA_PKCS1_V1_5_SHA_256
  | RSASSA_PSS_SHA_512
  | RSASSA_PSS_SHA_384
  | RSASSA_PSS_SHA_256

type verify_response = {
  signing_algorithm: signing_algorithm_spec option;
  signature_valid: bool option;
  key_id: string option
}

type message_type = | DIGEST
  | RAW

type verify_request = {
  dry_run: bool option;
  grant_tokens: string list option;
  signing_algorithm: signing_algorithm_spec;
  signature: bytes;
  message_type: message_type option;
  message: bytes;
  key_id: string
}

type mac_algorithm_spec = | HMAC_SHA_512
  | HMAC_SHA_384
  | HMAC_SHA_256
  | HMAC_SHA_224

type verify_mac_response = {
  mac_algorithm: mac_algorithm_spec option;
  mac_valid: bool option;
  key_id: string option
}

type verify_mac_request = {
  dry_run: bool option;
  grant_tokens: string list option;
  mac: bytes;
  mac_algorithm: mac_algorithm_spec;
  key_id: string;
  message: bytes
}

type not_found_exception = {
  message: string option
}

type kms_invalid_state_exception = {
  message: string option
}

type kms_invalid_mac_exception = {
  message: string option
}

type kms_internal_exception = {
  message: string option
}

type key_unavailable_exception = {
  message: string option
}

type invalid_key_usage_exception = {
  message: string option
}

type invalid_grant_token_exception = {
  message: string option
}

type dry_run_operation_exception = {
  message: string option
}

type disabled_exception = {
  message: string option
}

type kms_invalid_signature_exception = {
  message: string option
}

type dependency_timeout_exception = {
  message: string option
}

type update_primary_region_request = {
  primary_region: string;
  key_id: string
}

type unsupported_operation_exception = {
  message: string option
}

type invalid_arn_exception = {
  message: string option
}

type update_key_description_request = {
  description: string;
  key_id: string
}

type update_custom_key_store_response = unit

type update_custom_key_store_request = {
  xks_proxy_connectivity: xks_proxy_connectivity_type option;
  xks_proxy_authentication_credential: xks_proxy_authentication_credential_type option;
  xks_proxy_vpc_endpoint_service_name: string option;
  xks_proxy_uri_path: string option;
  xks_proxy_uri_endpoint: string option;
  cloud_hsm_cluster_id: string option;
  key_store_password: string option;
  new_custom_key_store_name: string option;
  custom_key_store_id: string
}

type custom_key_store_not_found_exception = {
  message: string option
}

type custom_key_store_name_in_use_exception = {
  message: string option
}

type custom_key_store_invalid_state_exception = {
  message: string option
}

type cloud_hsm_cluster_not_related_exception = {
  message: string option
}

type cloud_hsm_cluster_not_found_exception = {
  message: string option
}

type cloud_hsm_cluster_not_active_exception = {
  message: string option
}

type cloud_hsm_cluster_invalid_configuration_exception = {
  message: string option
}

type update_alias_request = {
  target_key_id: string;
  alias_name: string
}

type limit_exceeded_exception = {
  message: string option
}

type untag_resource_request = {
  tag_keys: string list;
  key_id: string
}

type tag_exception = {
  message: string option
}

type tag = {
  tag_value: string;
  tag_key: string
}

type tag_resource_request = {
  tags: tag list;
  key_id: string
}

type sign_response = {
  signing_algorithm: signing_algorithm_spec option;
  signature: bytes option;
  key_id: string option
}

type sign_request = {
  dry_run: bool option;
  signing_algorithm: signing_algorithm_spec;
  grant_tokens: string list option;
  message_type: message_type option;
  message: bytes;
  key_id: string
}

type key_state = | Updating
  | Unavailable
  | PendingReplicaDeletion
  | PendingImport
  | PendingDeletion
  | Disabled
  | Enabled
  | Creating

type schedule_key_deletion_response = {
  pending_window_in_days: int option;
  key_state: key_state option;
  deletion_date: float option;
  key_id: string option
}

type schedule_key_deletion_request = {
  pending_window_in_days: int option;
  key_id: string
}

type conflict_exception = {
  message: string option
}

type rotate_key_on_demand_response = {
  key_id: string option
}

type rotate_key_on_demand_request = {
  key_id: string
}

type invalid_grant_id_exception = {
  message: string option
}

type revoke_grant_request = {
  dry_run: bool option;
  grant_id: string;
  key_id: string
}

type retire_grant_request = {
  dry_run: bool option;
  grant_id: string option;
  key_id: string option;
  grant_token: string option
}

type malformed_policy_document_exception = {
  message: string option
}

type already_exists_exception = {
  message: string option
}

type key_usage_type = | KEY_AGREEMENT
  | GENERATE_VERIFY_MAC
  | ENCRYPT_DECRYPT
  | SIGN_VERIFY

type origin_type = | EXTERNAL_KEY_STORE
  | AWS_CLOUDHSM
  | EXTERNAL
  | AWS_KMS

type expiration_model_type = | KEY_MATERIAL_DOES_NOT_EXPIRE
  | KEY_MATERIAL_EXPIRES

type key_manager_type = | CUSTOMER
  | AWS

type customer_master_key_spec = | SM2
  | HMAC_512
  | HMAC_384
  | HMAC_256
  | HMAC_224
  | SYMMETRIC_DEFAULT
  | ECC_SECG_P256K1
  | ECC_NIST_P521
  | ECC_NIST_P384
  | ECC_NIST_P256
  | RSA_4096
  | RSA_3072
  | RSA_2048

type key_spec = | SM2
  | HMAC_512
  | HMAC_384
  | HMAC_256
  | HMAC_224
  | SYMMETRIC_DEFAULT
  | ECC_SECG_P256K1
  | ECC_NIST_P521
  | ECC_NIST_P384
  | ECC_NIST_P256
  | RSA_4096
  | RSA_3072
  | RSA_2048

type encryption_algorithm_spec = | SM2PKE
  | RSAES_OAEP_SHA_256
  | RSAES_OAEP_SHA_1
  | SYMMETRIC_DEFAULT

type key_agreement_algorithm_spec = | ECDH

type multi_region_key_type = | REPLICA
  | PRIMARY

type multi_region_key = {
  region: string option;
  arn: string option
}

type multi_region_configuration = {
  replica_keys: multi_region_key list option;
  primary_key: multi_region_key option;
  multi_region_key_type: multi_region_key_type option
}

type key_metadata = {
  xks_key_configuration: xks_key_configuration_type option;
  mac_algorithms: mac_algorithm_spec list option;
  pending_deletion_window_in_days: int option;
  multi_region_configuration: multi_region_configuration option;
  multi_region: bool option;
  key_agreement_algorithms: key_agreement_algorithm_spec list option;
  signing_algorithms: signing_algorithm_spec list option;
  encryption_algorithms: encryption_algorithm_spec list option;
  key_spec: key_spec option;
  customer_master_key_spec: customer_master_key_spec option;
  key_manager: key_manager_type option;
  expiration_model: expiration_model_type option;
  cloud_hsm_cluster_id: string option;
  custom_key_store_id: string option;
  origin: origin_type option;
  valid_to: float option;
  deletion_date: float option;
  key_state: key_state option;
  key_usage: key_usage_type option;
  description: string option;
  enabled: bool option;
  creation_date: float option;
  arn: string option;
  key_id: string;
  aws_account_id: string option
}

type replicate_key_response = {
  replica_tags: tag list option;
  replica_policy: string option;
  replica_key_metadata: key_metadata option
}

type replicate_key_request = {
  tags: tag list option;
  description: string option;
  bypass_policy_lockout_safety_check: bool option;
  policy: string option;
  replica_region: string;
  key_id: string
}

type invalid_ciphertext_exception = {
  message: string option
}

type incorrect_key_exception = {
  message: string option
}

type re_encrypt_response = {
  destination_encryption_algorithm: encryption_algorithm_spec option;
  source_encryption_algorithm: encryption_algorithm_spec option;
  key_id: string option;
  source_key_id: string option;
  ciphertext_blob: bytes option
}

type re_encrypt_request = {
  dry_run: bool option;
  grant_tokens: string list option;
  destination_encryption_algorithm: encryption_algorithm_spec option;
  source_encryption_algorithm: encryption_algorithm_spec option;
  destination_encryption_context: (string * string) list option;
  destination_key_id: string;
  source_key_id: string option;
  source_encryption_context: (string * string) list option;
  ciphertext_blob: bytes
}

type put_key_policy_request = {
  bypass_policy_lockout_safety_check: bool option;
  policy: string;
  policy_name: string option;
  key_id: string
}

type invalid_marker_exception = {
  message: string option
}

type grant_operation = | DeriveSharedSecret
  | VerifyMac
  | GenerateMac
  | GenerateDataKeyPairWithoutPlaintext
  | GenerateDataKeyPair
  | DescribeKey
  | RetireGrant
  | CreateGrant
  | GetPublicKey
  | Verify
  | Sign
  | ReEncryptTo
  | ReEncryptFrom
  | GenerateDataKeyWithoutPlaintext
  | GenerateDataKey
  | Encrypt
  | Decrypt

type grant_constraints = {
  encryption_context_equals: (string * string) list option;
  encryption_context_subset: (string * string) list option
}

type grant_list_entry = {
  constraints: grant_constraints option;
  operations: grant_operation list option;
  issuing_account: string option;
  retiring_principal: string option;
  grantee_principal: string option;
  creation_date: float option;
  name: string option;
  grant_id: string option;
  key_id: string option
}

type list_grants_response = {
  truncated: bool option;
  next_marker: string option;
  grants: grant_list_entry list option
}

type list_retirable_grants_request = {
  retiring_principal: string;
  marker: string option;
  limit: int option
}

type list_resource_tags_response = {
  truncated: bool option;
  next_marker: string option;
  tags: tag list option
}

type list_resource_tags_request = {
  marker: string option;
  limit: int option;
  key_id: string
}

type key_list_entry = {
  key_arn: string option;
  key_id: string option
}

type list_keys_response = {
  truncated: bool option;
  next_marker: string option;
  keys: key_list_entry list option
}

type list_keys_request = {
  marker: string option;
  limit: int option
}

type rotation_type = | ON_DEMAND
  | AUTOMATIC

type rotations_list_entry = {
  rotation_type: rotation_type option;
  rotation_date: float option;
  key_id: string option
}

type list_key_rotations_response = {
  truncated: bool option;
  next_marker: string option;
  rotations: rotations_list_entry list option
}

type list_key_rotations_request = {
  marker: string option;
  limit: int option;
  key_id: string
}

type list_key_policies_response = {
  truncated: bool option;
  next_marker: string option;
  policy_names: string list option
}

type list_key_policies_request = {
  marker: string option;
  limit: int option;
  key_id: string
}

type list_grants_request = {
  grantee_principal: string option;
  grant_id: string option;
  key_id: string;
  marker: string option;
  limit: int option
}

type alias_list_entry = {
  last_updated_date: float option;
  creation_date: float option;
  target_key_id: string option;
  alias_arn: string option;
  alias_name: string option
}

type list_aliases_response = {
  truncated: bool option;
  next_marker: string option;
  aliases: alias_list_entry list option
}

type list_aliases_request = {
  marker: string option;
  limit: int option;
  key_id: string option
}

type invalid_import_token_exception = {
  message: string option
}

type incorrect_key_material_exception = {
  message: string option
}

type expired_import_token_exception = {
  message: string option
}

type import_key_material_response = unit

type import_key_material_request = {
  expiration_model: expiration_model_type option;
  valid_to: float option;
  encrypted_key_material: bytes;
  import_token: bytes;
  key_id: string
}

type get_public_key_response = {
  key_agreement_algorithms: key_agreement_algorithm_spec list option;
  signing_algorithms: signing_algorithm_spec list option;
  encryption_algorithms: encryption_algorithm_spec list option;
  key_usage: key_usage_type option;
  key_spec: key_spec option;
  customer_master_key_spec: customer_master_key_spec option;
  public_key: bytes option;
  key_id: string option
}

type get_public_key_request = {
  grant_tokens: string list option;
  key_id: string
}

type get_parameters_for_import_response = {
  parameters_valid_to: float option;
  public_key: bytes option;
  import_token: bytes option;
  key_id: string option
}

type algorithm_spec = | SM2PKE
  | RSA_AES_KEY_WRAP_SHA_256
  | RSA_AES_KEY_WRAP_SHA_1
  | RSAES_OAEP_SHA_256
  | RSAES_OAEP_SHA_1
  | RSAES_PKCS1_V1_5

type get_parameters_for_import_request = {
  wrapping_key_spec: wrapping_key_spec;
  wrapping_algorithm: algorithm_spec;
  key_id: string
}

type get_key_rotation_status_response = {
  on_demand_rotation_start_date: float option;
  next_rotation_date: float option;
  rotation_period_in_days: int option;
  key_id: string option;
  key_rotation_enabled: bool option
}

type get_key_rotation_status_request = {
  key_id: string
}

type get_key_policy_response = {
  policy_name: string option;
  policy: string option
}

type get_key_policy_request = {
  policy_name: string option;
  key_id: string
}

type generate_random_response = {
  ciphertext_for_recipient: bytes option;
  plaintext: bytes option
}

type key_encryption_mechanism = | RSAES_OAEP_SHA_256

type recipient_info = {
  attestation_document: bytes option;
  key_encryption_algorithm: key_encryption_mechanism option
}

type generate_random_request = {
  recipient: recipient_info option;
  custom_key_store_id: string option;
  number_of_bytes: int option
}

type generate_mac_response = {
  key_id: string option;
  mac_algorithm: mac_algorithm_spec option;
  mac: bytes option
}

type generate_mac_request = {
  dry_run: bool option;
  grant_tokens: string list option;
  mac_algorithm: mac_algorithm_spec;
  key_id: string;
  message: bytes
}

type generate_data_key_without_plaintext_response = {
  key_id: string option;
  ciphertext_blob: bytes option
}

type data_key_spec = | AES_128
  | AES_256

type generate_data_key_without_plaintext_request = {
  dry_run: bool option;
  grant_tokens: string list option;
  number_of_bytes: int option;
  key_spec: data_key_spec option;
  encryption_context: (string * string) list option;
  key_id: string
}

type data_key_pair_spec = | SM2
  | ECC_SECG_P256K1
  | ECC_NIST_P521
  | ECC_NIST_P384
  | ECC_NIST_P256
  | RSA_4096
  | RSA_3072
  | RSA_2048

type generate_data_key_pair_without_plaintext_response = {
  key_pair_spec: data_key_pair_spec option;
  key_id: string option;
  public_key: bytes option;
  private_key_ciphertext_blob: bytes option
}

type generate_data_key_pair_without_plaintext_request = {
  dry_run: bool option;
  grant_tokens: string list option;
  key_pair_spec: data_key_pair_spec;
  key_id: string;
  encryption_context: (string * string) list option
}

type generate_data_key_pair_response = {
  ciphertext_for_recipient: bytes option;
  key_pair_spec: data_key_pair_spec option;
  key_id: string option;
  public_key: bytes option;
  private_key_plaintext: bytes option;
  private_key_ciphertext_blob: bytes option
}

type generate_data_key_pair_request = {
  dry_run: bool option;
  recipient: recipient_info option;
  grant_tokens: string list option;
  key_pair_spec: data_key_pair_spec;
  key_id: string;
  encryption_context: (string * string) list option
}

type generate_data_key_response = {
  ciphertext_for_recipient: bytes option;
  key_id: string option;
  plaintext: bytes option;
  ciphertext_blob: bytes option
}

type generate_data_key_request = {
  dry_run: bool option;
  recipient: recipient_info option;
  grant_tokens: string list option;
  key_spec: data_key_spec option;
  number_of_bytes: int option;
  encryption_context: (string * string) list option;
  key_id: string
}

type encrypt_response = {
  encryption_algorithm: encryption_algorithm_spec option;
  key_id: string option;
  ciphertext_blob: bytes option
}

type encrypt_request = {
  dry_run: bool option;
  encryption_algorithm: encryption_algorithm_spec option;
  grant_tokens: string list option;
  encryption_context: (string * string) list option;
  plaintext: bytes;
  key_id: string
}

type enable_key_rotation_request = {
  rotation_period_in_days: int option;
  key_id: string
}

type enable_key_request = {
  key_id: string
}

type disconnect_custom_key_store_response = unit

type disconnect_custom_key_store_request = {
  custom_key_store_id: string
}

type disable_key_rotation_request = {
  key_id: string
}

type disable_key_request = {
  key_id: string
}

type describe_key_response = {
  key_metadata: key_metadata option
}

type describe_key_request = {
  grant_tokens: string list option;
  key_id: string
}

type connection_state_type = | DISCONNECTING
  | DISCONNECTED
  | FAILED
  | CONNECTING
  | CONNECTED

type connection_error_code_type = | XKS_PROXY_INVALID_TLS_CONFIGURATION
  | XKS_PROXY_TIMED_OUT
  | XKS_VPC_ENDPOINT_SERVICE_INVALID_CONFIGURATION
  | XKS_PROXY_INVALID_CONFIGURATION
  | XKS_PROXY_INVALID_RESPONSE
  | XKS_VPC_ENDPOINT_SERVICE_NOT_FOUND
  | XKS_PROXY_NOT_REACHABLE
  | XKS_PROXY_ACCESS_DENIED
  | INSUFFICIENT_FREE_ADDRESSES_IN_SUBNET
  | SUBNET_NOT_FOUND
  | USER_LOGGED_IN
  | USER_NOT_FOUND
  | USER_LOCKED_OUT
  | INSUFFICIENT_CLOUDHSM_HSMS
  | INTERNAL_ERROR
  | NETWORK_ERRORS
  | CLUSTER_NOT_FOUND
  | INVALID_CREDENTIALS

type custom_key_store_type = | EXTERNAL_KEY_STORE
  | AWS_CLOUDHSM

type custom_key_stores_list_entry = {
  xks_proxy_configuration: xks_proxy_configuration_type option;
  custom_key_store_type: custom_key_store_type option;
  creation_date: float option;
  connection_error_code: connection_error_code_type option;
  connection_state: connection_state_type option;
  trust_anchor_certificate: string option;
  cloud_hsm_cluster_id: string option;
  custom_key_store_name: string option;
  custom_key_store_id: string option
}

type describe_custom_key_stores_response = {
  truncated: bool option;
  next_marker: string option;
  custom_key_stores: custom_key_stores_list_entry list option
}

type describe_custom_key_stores_request = {
  marker: string option;
  limit: int option;
  custom_key_store_name: string option;
  custom_key_store_id: string option
}

type derive_shared_secret_response = {
  key_origin: origin_type option;
  key_agreement_algorithm: key_agreement_algorithm_spec option;
  ciphertext_for_recipient: bytes option;
  shared_secret: bytes option;
  key_id: string option
}

type derive_shared_secret_request = {
  recipient: recipient_info option;
  dry_run: bool option;
  grant_tokens: string list option;
  public_key: bytes;
  key_agreement_algorithm: key_agreement_algorithm_spec;
  key_id: string
}

type delete_imported_key_material_request = {
  key_id: string
}

type custom_key_store_has_cm_ks_exception = {
  message: string option
}

type delete_custom_key_store_response = unit

type delete_custom_key_store_request = {
  custom_key_store_id: string
}

type delete_alias_request = {
  alias_name: string
}

type decrypt_response = {
  ciphertext_for_recipient: bytes option;
  encryption_algorithm: encryption_algorithm_spec option;
  plaintext: bytes option;
  key_id: string option
}

type decrypt_request = {
  dry_run: bool option;
  recipient: recipient_info option;
  encryption_algorithm: encryption_algorithm_spec option;
  key_id: string option;
  grant_tokens: string list option;
  encryption_context: (string * string) list option;
  ciphertext_blob: bytes
}

type create_key_response = {
  key_metadata: key_metadata option
}

type create_key_request = {
  xks_key_id: string option;
  multi_region: bool option;
  tags: tag list option;
  bypass_policy_lockout_safety_check: bool option;
  custom_key_store_id: string option;
  origin: origin_type option;
  key_spec: key_spec option;
  customer_master_key_spec: customer_master_key_spec option;
  key_usage: key_usage_type option;
  description: string option;
  policy: string option
}

type create_grant_response = {
  grant_id: string option;
  grant_token: string option
}

type create_grant_request = {
  dry_run: bool option;
  name: string option;
  grant_tokens: string list option;
  constraints: grant_constraints option;
  operations: grant_operation list;
  retiring_principal: string option;
  grantee_principal: string;
  key_id: string
}

type incorrect_trust_anchor_exception = {
  message: string option
}

type cloud_hsm_cluster_in_use_exception = {
  message: string option
}

type create_custom_key_store_response = {
  custom_key_store_id: string option
}

type create_custom_key_store_request = {
  xks_proxy_connectivity: xks_proxy_connectivity_type option;
  xks_proxy_authentication_credential: xks_proxy_authentication_credential_type option;
  xks_proxy_vpc_endpoint_service_name: string option;
  xks_proxy_uri_path: string option;
  xks_proxy_uri_endpoint: string option;
  custom_key_store_type: custom_key_store_type option;
  key_store_password: string option;
  trust_anchor_certificate: string option;
  cloud_hsm_cluster_id: string option;
  custom_key_store_name: string
}

type invalid_alias_name_exception = {
  message: string option
}

type create_alias_request = {
  target_key_id: string;
  alias_name: string
}

type connect_custom_key_store_response = unit

type connect_custom_key_store_request = {
  custom_key_store_id: string
}

type cancel_key_deletion_response = {
  key_id: string option
}

type cancel_key_deletion_request = {
  key_id: string
}



type base_document = Json.t
package smaws-clients

Source file types.ml

Source file `types.ml`
