import * as API from "@distilled.cloud/core/api";
// AUTO-GENERATED by scripts/generate.ts from .generated-specs (specs/spec-mirror-hetzner/specs/cloud.spec.json). Do not edit.
import * as S from "@distilled.cloud/core/schema-lite";
import * as __L from "@distilled.cloud/core/schema-lite";
import { UnknownHetznerError } from "../errors.ts";
import { paginatePageNumber } from "../pagination.ts";
import { HetznerProtocol, type HetznerOpError, type HetznerOpContext } from "../protocol.ts";
import * as Retry from "../retry.ts";
import * as T from "../traits.ts";
// Schema table, filled on first reach (see __S at the end).
const __s: any[] = [];

export type { HetznerOpError, HetznerOpContext };

/** The Floating IP type. */
export type CreateFloatingIpRequestType = "ipv4" | "ipv6";
/** Home [Location](#tag/locations) for the [Floating IP](#tag/floating-ips). Either the ID or the name of the [Location](#tag/locations). Only optional if no [Server](#tag/servers) is provided. Routing is optimized for this [Locations](#tag/locations). */
export type CreateFloatingIpRequestHomeLocation = string | number;
/** User-defined labels (`key/value` pairs) for the Resource. For more information, see "[Labels](#description/labels)". */
export type CreateFloatingIpRequestLabelsMap = { [key: string]: string | undefined };
export interface CreateFloatingIpRequest {
  /** The Floating IP type. */
  type: CreateFloatingIpRequestType | (string & {});
  /** [Server](#tag/servers) the [Floating IP](#tag/floating-ips) is assigned to. `null` if not assigned. */
  server?: number | null;
  /** Home [Location](#tag/locations) for the [Floating IP](#tag/floating-ips). Either the ID or the name of the [Location](#tag/locations). Only optional if no [Server](#tag/servers) is provided. Routing is optimized for this [Locations](#tag/locations). */
  home_location?: CreateFloatingIpRequestHomeLocation;
  /** Description of the Resource. */
  description?: string | null;
  /** Name of the Resource. Must be unique per Project. A name will be generated if none is given. */
  name?: string;
  /** User-defined labels (`key/value` pairs) for the Resource. For more information, see "[Labels](#description/labels)". */
  labels?: CreateFloatingIpRequestLabelsMap;
}
/** The Floating IP type. */
export type CreateFloatingIpResponseFloatingIpType = "ipv4" | "ipv6";
export interface CreateFloatingIpResponseFloatingIpDnsPtrItem {
  /** Single IPv4 or IPv6 address of the record. */
  ip: string;
  /** Domain Name to point to. PTR record content used for reverse DNS. */
  dns_ptr: string;
}
/** List of reverse DNS entries for the [Floating IP](#tag/floating-ips). */
export type CreateFloatingIpResponseFloatingIpDnsPtrList =
  Array<CreateFloatingIpResponseFloatingIpDnsPtrItem>;
/** [Location](#tag/locations) the for the [Floating IP](#tag/floating-ips) is located at. Routing is optimized for this [Location](#tag/locations). */
export interface CreateFloatingIpResponseFloatingIpHomeLocation {
  /** ID of the [Location](#tag/locations). */
  id: number;
  /** Unique identifier of the [Location](#tag/locations). */
  name: string;
  /** Human readable description of the [Location](#tag/locations). */
  description: string;
  /** Country the [Location](#tag/locations) resides in. ISO 3166-1 alpha-2 code of the country. */
  country: string;
  /** Name of the closest city to the [Location](#tag/locations). City name or city name and state in short form. E.g. `Falkenstein` or `Ashburn, VA`. */
  city: string;
  /** Latitude of the city closest to the [Location](#tag/locations). */
  latitude: number;
  /** Longitude of the city closest to the [Location](#tag/locations). */
  longitude: number;
  /** Name of the Network Zone this [Location](#tag/locations) resides in. */
  network_zone: string;
}
/** Protection configuration for the Resource. */
export interface CreateFloatingIpResponseFloatingIpProtection {
  /** Prevent the Resource from being deleted. */
  delete: boolean;
}
/** User-defined labels (`key/value` pairs) for the Resource. For more information, see "[Labels](#description/labels)". */
export type CreateFloatingIpResponseFloatingIpLabelsMap = { [key: string]: string | undefined };
export interface CreateFloatingIpResponseFloatingIp {
  /** ID of the [Floating IP](#tag/floating-ips). */
  id: number;
  /** Name of the Resource. Must be unique per Project. */
  name: string;
  /** Description of the Resource. */
  description: string | null;
  /** IP address. */
  ip: string;
  /** The Floating IP type. */
  type: CreateFloatingIpResponseFloatingIpType;
  /** [Server](#tag/servers) the [Floating IP](#tag/floating-ips) is assigned to. `null` if not assigned. */
  server: number | null;
  /** List of reverse DNS entries for the [Floating IP](#tag/floating-ips). */
  dns_ptr: CreateFloatingIpResponseFloatingIpDnsPtrList;
  /** [Location](#tag/locations) the for the [Floating IP](#tag/floating-ips) is located at. Routing is optimized for this [Location](#tag/locations). */
  home_location: CreateFloatingIpResponseFloatingIpHomeLocation;
  /** Indicates whether the [Floating IP](#tag/floating-ips) is blocked. */
  blocked: boolean;
  /** Protection configuration for the Resource. */
  protection: CreateFloatingIpResponseFloatingIpProtection;
  /** User-defined labels (`key/value` pairs) for the Resource. For more information, see "[Labels](#description/labels)". */
  labels: CreateFloatingIpResponseFloatingIpLabelsMap;
  /** Point in time when the Resource was created (in [RFC3339](https://datatracker.ietf.org/doc/html/rfc3339#section-5.6) format). */
  created: string;
}
/** Status of the Action. */
export type CreateFloatingIpResponseActionStatus = "running" | "success" | "error";
export interface CreateFloatingIpResponseActionResourcesItem {
  /** ID of the Resource. */
  id: number;
  /** Type of the Resource. */
  type: string;
}
/** Resources the Action relates to. */
export type CreateFloatingIpResponseActionResourcesList =
  Array<CreateFloatingIpResponseActionResourcesItem>;
/** Error message for the Action if an error occurred, otherwise null. */
export interface CreateFloatingIpResponseActionError {
  /** Fixed error code for machines. */
  code: string;
  /** Error message for humans. */
  message: string;
}
/** Action will only be returned if the [Floating IP](#tag/floating-ips) is getting assigned. */
export interface CreateFloatingIpResponseAction {
  /** ID of the [Action](#description/actions). */
  id: number;
  /** Command executed in the Action. */
  command: string;
  /** Status of the Action. */
  status: CreateFloatingIpResponseActionStatus;
  /** Point in time when the Action was started (in [RFC3339](https://datatracker.ietf.org/doc/html/rfc3339#section-5.6) format). */
  started: string;
  /** Point in time when the Action was finished (in [RFC3339](https://datatracker.ietf.org/doc/html/rfc3339#section-5.6) format). Only set if the Action is finished otherwise null. */
  finished: string | null;
  /** Progress of the Action in percent. */
  progress: number;
  /** Resources the Action relates to. */
  resources: CreateFloatingIpResponseActionResourcesList;
  /** Error message for the Action if an error occurred, otherwise null. */
  error: CreateFloatingIpResponseActionError | null;
}
export interface CreateFloatingIpResponse {
  floating_ip: CreateFloatingIpResponseFloatingIp;
  /** Action will only be returned if the [Floating IP](#tag/floating-ips) is getting assigned. */
  action?: CreateFloatingIpResponseAction | null;
}
export interface DeleteFloatingIpRequest {
  /** ID of the Floating IP. */
  id: number;
}
export interface DeleteFloatingIpResponse {}
export interface GetFloatingIpRequest {
  /** ID of the Floating IP. */
  id: number;
}
/** The Floating IP type. */
export type GetFloatingIpResponseFloatingIpType = "ipv4" | "ipv6";
export type GetFloatingIpResponseFloatingIpDnsPtrItem =
  CreateFloatingIpResponseFloatingIpDnsPtrItem;
/** List of reverse DNS entries for the [Floating IP](#tag/floating-ips). */
export type GetFloatingIpResponseFloatingIpDnsPtrList =
  Array<CreateFloatingIpResponseFloatingIpDnsPtrItem>;
/** [Location](#tag/locations) the for the [Floating IP](#tag/floating-ips) is located at. Routing is optimized for this [Location](#tag/locations). */
export type GetFloatingIpResponseFloatingIpHomeLocation =
  CreateFloatingIpResponseFloatingIpHomeLocation;
/** Protection configuration for the Resource. */
export type GetFloatingIpResponseFloatingIpProtection =
  CreateFloatingIpResponseFloatingIpProtection;
/** User-defined labels (`key/value` pairs) for the Resource. For more information, see "[Labels](#description/labels)". */
export type GetFloatingIpResponseFloatingIpLabelsMap = { [key: string]: string | undefined };
export interface GetFloatingIpResponseFloatingIp {
  /** ID of the [Floating IP](#tag/floating-ips). */
  id: number;
  /** Name of the Resource. Must be unique per Project. */
  name: string;
  /** Description of the Resource. */
  description: string | null;
  /** IP address. */
  ip: string;
  /** The Floating IP type. */
  type: GetFloatingIpResponseFloatingIpType;
  /** [Server](#tag/servers) the [Floating IP](#tag/floating-ips) is assigned to. `null` if not assigned. */
  server: number | null;
  /** List of reverse DNS entries for the [Floating IP](#tag/floating-ips). */
  dns_ptr: GetFloatingIpResponseFloatingIpDnsPtrList;
  /** [Location](#tag/locations) the for the [Floating IP](#tag/floating-ips) is located at. Routing is optimized for this [Location](#tag/locations). */
  home_location: CreateFloatingIpResponseFloatingIpHomeLocation;
  /** Indicates whether the [Floating IP](#tag/floating-ips) is blocked. */
  blocked: boolean;
  /** Protection configuration for the Resource. */
  protection: CreateFloatingIpResponseFloatingIpProtection;
  /** User-defined labels (`key/value` pairs) for the Resource. For more information, see "[Labels](#description/labels)". */
  labels: GetFloatingIpResponseFloatingIpLabelsMap;
  /** Point in time when the Resource was created (in [RFC3339](https://datatracker.ietf.org/doc/html/rfc3339#section-5.6) format). */
  created: string;
}
export interface GetFloatingIpResponse {
  floating_ip: GetFloatingIpResponseFloatingIp;
}
export type ListFloatingIpsRequestSortItem =
  | "id"
  | "id:asc"
  | "id:desc"
  | "created"
  | "created:asc"
  | "created:desc";
export type ListFloatingIpsRequestSortList = Array<ListFloatingIpsRequestSortItem | (string & {})>;
export interface ListFloatingIpsRequest {
  /** Filter resources by their name. The response will only contain the resources matching exactly the specified name. */
  name?: string;
  /** Filter resources by labels. The response will only contain resources matching the label selector. For more information, see "[Label Selector](#description/label-selector)". */
  label_selector?: string;
  /** Sort resources by field and direction. May be used multiple times. For more information, see "[Sorting](#description/sorting)". */
  sort?: ListFloatingIpsRequestSortList;
  /** Page number to return. For more information, see "[Pagination](#description/pagination)". */
  page?: number;
  /** Maximum number of entries returned per page. For more information, see "[Pagination](#description/pagination)". */
  per_page?: number;
}
/** The Floating IP type. */
export type ListFloatingIpsResponseFloatingIpsItemType = "ipv4" | "ipv6";
export type ListFloatingIpsResponseFloatingIpsItemDnsPtrItem =
  CreateFloatingIpResponseFloatingIpDnsPtrItem;
/** List of reverse DNS entries for the [Floating IP](#tag/floating-ips). */
export type ListFloatingIpsResponseFloatingIpsItemDnsPtrList =
  Array<CreateFloatingIpResponseFloatingIpDnsPtrItem>;
/** [Location](#tag/locations) the for the [Floating IP](#tag/floating-ips) is located at. Routing is optimized for this [Location](#tag/locations). */
export type ListFloatingIpsResponseFloatingIpsItemHomeLocation =
  CreateFloatingIpResponseFloatingIpHomeLocation;
/** Protection configuration for the Resource. */
export type ListFloatingIpsResponseFloatingIpsItemProtection =
  CreateFloatingIpResponseFloatingIpProtection;
/** User-defined labels (`key/value` pairs) for the Resource. For more information, see "[Labels](#description/labels)". */
export type ListFloatingIpsResponseFloatingIpsItemLabelsMap = { [key: string]: string | undefined };
export interface ListFloatingIpsResponseFloatingIpsItem {
  /** ID of the [Floating IP](#tag/floating-ips). */
  id: number;
  /** Name of the Resource. Must be unique per Project. */
  name: string;
  /** Description of the Resource. */
  description: string | null;
  /** IP address. */
  ip: string;
  /** The Floating IP type. */
  type: ListFloatingIpsResponseFloatingIpsItemType;
  /** [Server](#tag/servers) the [Floating IP](#tag/floating-ips) is assigned to. `null` if not assigned. */
  server: number | null;
  /** List of reverse DNS entries for the [Floating IP](#tag/floating-ips). */
  dns_ptr: ListFloatingIpsResponseFloatingIpsItemDnsPtrList;
  /** [Location](#tag/locations) the for the [Floating IP](#tag/floating-ips) is located at. Routing is optimized for this [Location](#tag/locations). */
  home_location: CreateFloatingIpResponseFloatingIpHomeLocation;
  /** Indicates whether the [Floating IP](#tag/floating-ips) is blocked. */
  blocked: boolean;
  /** Protection configuration for the Resource. */
  protection: CreateFloatingIpResponseFloatingIpProtection;
  /** User-defined labels (`key/value` pairs) for the Resource. For more information, see "[Labels](#description/labels)". */
  labels: ListFloatingIpsResponseFloatingIpsItemLabelsMap;
  /** Point in time when the Resource was created (in [RFC3339](https://datatracker.ietf.org/doc/html/rfc3339#section-5.6) format). */
  created: string;
}
export type ListFloatingIpsResponseFloatingIpsList = Array<ListFloatingIpsResponseFloatingIpsItem>;
/** See "[Pagination](#description/pagination)" for more information. */
export interface ListFloatingIpsResponseMetaPagination {
  /** Current page number. */
  page: number;
  /** Maximum number of entries returned per page. */
  per_page: number;
  /** Page number of the previous page. Can be null if the current page is the first one. */
  previous_page: number | null;
  /** Page number of the next page. Can be null if the current page is the last one. */
  next_page: number | null;
  /** Page number of the last page available. Can be null if the current page is the last one. */
  last_page: number | null;
  /** Total number of entries that exist for this query. Can be null if unknown. */
  total_entries: number | null;
}
export interface ListFloatingIpsResponseMeta {
  /** See "[Pagination](#description/pagination)" for more information. */
  pagination: ListFloatingIpsResponseMetaPagination;
}
export interface ListFloatingIpsResponse {
  floating_ips: ListFloatingIpsResponseFloatingIpsList;
  meta: ListFloatingIpsResponseMeta;
}
/** User-defined labels (`key/value` pairs) for the Resource. Note that the set of [Labels](#description/labels) provided in the request will overwrite the existing one. For more information, see "[Labels](#description/labels)". */
export type UpdateFloatingIpRequestLabelsMap = { [key: string]: string | undefined };
export interface UpdateFloatingIpRequest {
  /** ID of the Floating IP. */
  id: number;
  /** Description of the Resource. */
  description?: string | null;
  /** Name of the Resource. Must be unique per Project. */
  name?: string;
  /** User-defined labels (`key/value` pairs) for the Resource. Note that the set of [Labels](#description/labels) provided in the request will overwrite the existing one. For more information, see "[Labels](#description/labels)". */
  labels?: UpdateFloatingIpRequestLabelsMap;
}
/** The Floating IP type. */
export type UpdateFloatingIpResponseFloatingIpType = "ipv4" | "ipv6";
export type UpdateFloatingIpResponseFloatingIpDnsPtrItem =
  CreateFloatingIpResponseFloatingIpDnsPtrItem;
/** List of reverse DNS entries for the [Floating IP](#tag/floating-ips). */
export type UpdateFloatingIpResponseFloatingIpDnsPtrList =
  Array<CreateFloatingIpResponseFloatingIpDnsPtrItem>;
/** [Location](#tag/locations) the for the [Floating IP](#tag/floating-ips) is located at. Routing is optimized for this [Location](#tag/locations). */
export type UpdateFloatingIpResponseFloatingIpHomeLocation =
  CreateFloatingIpResponseFloatingIpHomeLocation;
/** Protection configuration for the Resource. */
export type UpdateFloatingIpResponseFloatingIpProtection =
  CreateFloatingIpResponseFloatingIpProtection;
/** User-defined labels (`key/value` pairs) for the Resource. For more information, see "[Labels](#description/labels)". */
export type UpdateFloatingIpResponseFloatingIpLabelsMap = { [key: string]: string | undefined };
export interface UpdateFloatingIpResponseFloatingIp {
  /** ID of the [Floating IP](#tag/floating-ips). */
  id: number;
  /** Name of the Resource. Must be unique per Project. */
  name: string;
  /** Description of the Resource. */
  description: string | null;
  /** IP address. */
  ip: string;
  /** The Floating IP type. */
  type: UpdateFloatingIpResponseFloatingIpType;
  /** [Server](#tag/servers) the [Floating IP](#tag/floating-ips) is assigned to. `null` if not assigned. */
  server: number | null;
  /** List of reverse DNS entries for the [Floating IP](#tag/floating-ips). */
  dns_ptr: UpdateFloatingIpResponseFloatingIpDnsPtrList;
  /** [Location](#tag/locations) the for the [Floating IP](#tag/floating-ips) is located at. Routing is optimized for this [Location](#tag/locations). */
  home_location: CreateFloatingIpResponseFloatingIpHomeLocation;
  /** Indicates whether the [Floating IP](#tag/floating-ips) is blocked. */
  blocked: boolean;
  /** Protection configuration for the Resource. */
  protection: CreateFloatingIpResponseFloatingIpProtection;
  /** User-defined labels (`key/value` pairs) for the Resource. For more information, see "[Labels](#description/labels)". */
  labels: UpdateFloatingIpResponseFloatingIpLabelsMap;
  /** Point in time when the Resource was created (in [RFC3339](https://datatracker.ietf.org/doc/html/rfc3339#section-5.6) format). */
  created: string;
}
export interface UpdateFloatingIpResponse {
  floating_ip: UpdateFloatingIpResponseFloatingIp;
}
export type CreateFloatingIpError = HetznerOpError;
/** Create a Floating IP Create a [Floating IP](#tag/floating-ips). Provide the `server` attribute to assign the [Floating IP](#tag/floating-ips) to that server or provide a `home_location` to locate the [Floating IP](#tag/floating-ips) at. Note that the [Floating IP](#tag/floating-ips) can be assigned to a [Server](#tag/servers) in any [Location](#tag/locations) later on. For optimal routing it is advised to use the [Floating IP](#tag/floating-ips) in the same [Location](#tag/locations) it was created in. */
export const createFloatingIp: API.OperationMethod<
  CreateFloatingIpRequest,
  CreateFloatingIpResponse,
  CreateFloatingIpError,
  HetznerOpContext
> = /*@__PURE__*/ API.make(() => ({
  input: __S(0, __c0, 0) as any as S.Schema<CreateFloatingIpRequest>,
  output: __S(5, __c0, 5) as any as S.Schema<CreateFloatingIpResponse>,
  errors: [UnknownHetznerError],
  protocol: HetznerProtocol,
  retry: Retry.Retry,
}));

export type DeleteFloatingIpError = HetznerOpError;
/** Delete a Floating IP Deletes a [Floating IP](#tag/floating-ips). If assigned to a [Server](#tag/servers) the [Floating IP](#tag/floating-ips) will be unassigned automatically until 1 May 2026. After this date, the [Floating IP](#tag/floating-ips) needs to be unassigned before it can be deleted. #### Operation specific errors */
export const deleteFloatingIp: API.OperationMethod<
  DeleteFloatingIpRequest,
  DeleteFloatingIpResponse,
  DeleteFloatingIpError,
  HetznerOpContext
> = /*@__PURE__*/ API.make(() => ({
  input: __S(16, __c2, 0) as any as S.Schema<DeleteFloatingIpRequest>,
  output: __S(17, __c2, 1) as any as S.Schema<DeleteFloatingIpResponse>,
  errors: [UnknownHetznerError],
  protocol: HetznerProtocol,
  retry: Retry.Retry,
}));

export type GetFloatingIpError = HetznerOpError;
/** Get a Floating IP Returns a single [Floating IP](#tag/floating-ips). */
export const getFloatingIp: API.OperationMethod<
  GetFloatingIpRequest,
  GetFloatingIpResponse,
  GetFloatingIpError,
  HetznerOpContext
> = /*@__PURE__*/ API.make(() => ({
  input: __S(24, __c3, 0) as any as S.Schema<GetFloatingIpRequest>,
  output: __S(32, __c4, 0) as any as S.Schema<GetFloatingIpResponse>,
  errors: [UnknownHetznerError],
  protocol: HetznerProtocol,
  retry: Retry.Retry,
}));

export type ListFloatingIpsError = HetznerOpError;
/** List Floating IPs List multiple [Floating IPs](#tag/floating-ips). Use the provided URI parameters to modify the result. */
export const listFloatingIps: API.PaginatedOperationMethod<
  ListFloatingIpsRequest,
  ListFloatingIpsResponse,
  ListFloatingIpsError,
  HetznerOpContext,
  ListFloatingIpsResponseFloatingIpsItem
> = /*@__PURE__*/ API.makePaginated(
  () => ({
    input: __S(41, __c5, 1) as any as S.Schema<ListFloatingIpsRequest>,
    output: __S(45, __c5, 5) as any as S.Schema<ListFloatingIpsResponse>,
    errors: [UnknownHetznerError],
    protocol: HetznerProtocol,
    retry: Retry.Retry,
    pagination: {
      mode: "page",
      inputToken: "page",
      outputToken: "meta.pagination.next_page",
      items: "floating_ips",
      pageSize: "per_page",
    } as const,
  }),
  paginatePageNumber,
) as any;

export type UpdateFloatingIpError = HetznerOpError;
/** Update a Floating IP Update a [Floating IP](#tag/floating-ips). */
export const updateFloatingIp: API.OperationMethod<
  UpdateFloatingIpRequest,
  UpdateFloatingIpResponse,
  UpdateFloatingIpError,
  HetznerOpContext
> = /*@__PURE__*/ API.make(() => ({
  input: __S(48, __c6, 0) as any as S.Schema<UpdateFloatingIpRequest>,
  output: __S(32, __c4, 0) as any as S.Schema<UpdateFloatingIpResponse>,
  errors: [UnknownHetznerError],
  protocol: HetznerProtocol,
  retry: Retry.Retry,
}));

// Schema builders: each runs one schema initializer, on that schema's first use.
function __c0(j: number): any {
  switch (j) {
    case 0:
      return S.suspend(() =>
        S.Struct({
          type: S.String,
          server: S.optional(S.NullOr(S.Number)),
          home_location: S.optional(S.Unknown),
          description: S.optional(S.NullOr(S.String)),
          name: S.optional(S.String),
          labels: S.optional(__S(8, __c1, 0)),
        }).pipe(T.Http({ method: "POST", uri: "/floating_ips", code: 200 })),
      ).annotate({ identifier: "CreateFloatingIpRequest" });
    case 1:
      return S.suspend(() =>
        S.Struct({
          id: S.Number,
          type: S.String,
        }),
      ).annotate({ identifier: "CreateFloatingIpResponseActionResourcesItem" });
    case 2:
      return S.Array(__S(1, __c0, 1));
    case 3:
      return S.suspend(() =>
        S.Struct({
          code: S.String,
          message: S.String,
        }),
      ).annotate({ identifier: "CreateFloatingIpResponseActionError" });
    case 4:
      return S.suspend(() =>
        S.Struct({
          id: S.Number,
          command: S.String,
          status: S.String,
          started: S.String,
          finished: S.NullOr(S.String),
          progress: S.Number,
          resources: __S(2, __c0, 2),
          error: S.NullOr(__S(3, __c0, 3)),
        }),
      ).annotate({ identifier: "CreateFloatingIpResponseAction" });
    case 5:
      return S.suspend(() =>
        S.Struct({
          floating_ip: __S(13, __c1, 5),
          action: S.optional(S.NullOr(__S(4, __c0, 4))),
        }),
      ).annotate({ identifier: "CreateFloatingIpResponse" });
  }
}
function __c1(j: number): any {
  switch (j) {
    case 0:
      return S.Record(S.String, S.String);
    case 1:
      return S.suspend(() =>
        S.Struct({
          ip: S.String,
          dns_ptr: S.String,
        }),
      ).annotate({ identifier: "CreateFloatingIpResponseFloatingIpDnsPtrItem" });
    case 2:
      return S.Array(__S(9, __c1, 1));
    case 3:
      return S.suspend(() =>
        S.Struct({
          id: S.Number,
          name: S.String,
          description: S.String,
          country: S.String,
          city: S.String,
          latitude: S.Number,
          longitude: S.Number,
          network_zone: S.String,
        }),
      ).annotate({ identifier: "CreateFloatingIpResponseFloatingIpHomeLocation" });
    case 4:
      return S.suspend(() =>
        S.Struct({
          delete: S.Boolean,
        }),
      ).annotate({ identifier: "CreateFloatingIpResponseFloatingIpProtection" });
    case 5:
      return S.suspend(() =>
        S.Struct({
          id: S.Number,
          name: S.String,
          description: S.NullOr(S.String),
          ip: S.String,
          type: S.String,
          server: S.NullOr(S.Number),
          dns_ptr: __S(10, __c1, 2),
          home_location: __S(11, __c1, 3),
          blocked: S.Boolean,
          protection: __S(12, __c1, 4),
          labels: __S(8, __c1, 0),
          created: S.String,
        }),
      ).annotate({ identifier: "CreateFloatingIpResponseFloatingIp" });
  }
}
function __c2(j: number): any {
  switch (j) {
    case 0:
      return S.suspend(() =>
        S.Struct({
          id: S.Number.pipe(T.Label()),
        }).pipe(T.Http({ method: "DELETE", uri: "/floating_ips/{id}", code: 200 })),
      ).annotate({ identifier: "DeleteFloatingIpRequest" });
    case 1:
      return S.suspend(() => S.Struct({})).annotate({ identifier: "DeleteFloatingIpResponse" });
  }
}
function __c3(j: number): any {
  switch (j) {
    case 0:
      return S.suspend(() =>
        S.Struct({
          id: S.Number.pipe(T.Label()),
        }).pipe(T.Http({ method: "GET", uri: "/floating_ips/{id}", code: 200 })),
      ).annotate({ identifier: "GetFloatingIpRequest" });
  }
}
function __c4(j: number): any {
  switch (j) {
    case 0:
      return S.suspend(() =>
        S.Struct({
          floating_ip: __S(13, __c1, 5),
        }),
      ).annotate({ identifier: "GetFloatingIpResponse" });
  }
}
function __c5(j: number): any {
  switch (j) {
    case 0:
      return S.Array(S.String);
    case 1:
      return S.suspend(() =>
        S.Struct({
          name: S.optional(S.String.pipe(T.Query())),
          label_selector: S.optional(S.String.pipe(T.Query())),
          sort: S.optional(__S(40, __c5, 0).pipe(T.Query())),
          page: S.optional(S.Number.pipe(T.Query())),
          per_page: S.optional(S.Number.pipe(T.Query())),
        }).pipe(T.Http({ method: "GET", uri: "/floating_ips", code: 200 })),
      ).annotate({ identifier: "ListFloatingIpsRequest" });
    case 2:
      return S.Array(__S(13, __c1, 5));
    case 3:
      return S.suspend(() =>
        S.Struct({
          page: S.Number,
          per_page: S.Number,
          previous_page: S.NullOr(S.Number),
          next_page: S.NullOr(S.Number),
          last_page: S.NullOr(S.Number),
          total_entries: S.NullOr(S.Number),
        }),
      ).annotate({ identifier: "ListFloatingIpsResponseMetaPagination" });
    case 4:
      return S.suspend(() =>
        S.Struct({
          pagination: __S(43, __c5, 3),
        }),
      ).annotate({ identifier: "ListFloatingIpsResponseMeta" });
    case 5:
      return S.suspend(() =>
        S.Struct({
          floating_ips: __S(42, __c5, 2),
          meta: __S(44, __c5, 4),
        }),
      ).annotate({ identifier: "ListFloatingIpsResponse" });
  }
}
function __c6(j: number): any {
  switch (j) {
    case 0:
      return S.suspend(() =>
        S.Struct({
          id: S.Number.pipe(T.Label()),
          description: S.optional(S.NullOr(S.String)),
          name: S.optional(S.String),
          labels: S.optional(__S(8, __c1, 0)),
        }).pipe(T.Http({ method: "PUT", uri: "/floating_ips/{id}", code: 200 })),
      ).annotate({ identifier: "UpdateFloatingIpRequest" });
  }
}
// Schema table: entry i is schema j of builder f, made on first reach.
function __S(i: number, f: (j: number) => unknown, j: number): any {
  return (__s[i] ??= __L.at(f, j));
}