UNPKG

rx-player

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import type { IMediaElement } from "../../../compat/browser_compatibility_types"; import { EncryptedMediaError } from "../../../errors"; import type { IKeySystemOption, IPlayerError } from "../../../public_types"; import type { IReadOnlySharedReference } from "../../../utils/reference"; import SharedReference from "../../../utils/reference"; import type { CancellationSignal } from "../../../utils/task_canceller"; import type IContentDecryptor from "../../decrypt"; import type { IProcessedProtectionData } from "../../decrypt"; /** * Initialize content decryption capabilities on the given `HTMLMediaElement`. * * You can call this function even if you don't want decrytpion capabilities, in * which case you can just set the `keySystems` option as an empty array. * In this situation, the returned object will directly correspond to an * "`initialized`" state and the `onError` callback will be triggered as soon * as protection information is received. * * @param {HTMLMediaElement} mediaElement - `HTMLMediaElement` on which content * decryption may be wanted. * @param {Array.<Object>} keySystems - Key system configuration(s) wanted * Empty array if no content decryption capability is wanted. * protection initialization data will be sent through. * @param {Object} callbacks - Callbacks called at various decryption-related * events. * @param {Object} cancelSignal - When that signal emits, this function will * stop listening to various events. * @returns {Object} - Reference emitting the current status regarding DRM * initialization. */ export default function initializeContentDecryption(mediaElement: IMediaElement, keySystems: IKeySystemOption[], callbacks: { onWarning: (err: IPlayerError) => void; onError: (err: Error) => void; onBlackListProtectionData: (val: IProcessedProtectionData) => void; onKeyIdsCompatibilityUpdate: (updates: { whitelistedKeyIds: Uint8Array[]; blacklistedKeyIds: Uint8Array[]; delistedKeyIds: Uint8Array[]; }) => void; onCodecSupportUpdate?: () => void; }, cancelSignal: CancellationSignal): { statusRef: IReadOnlySharedReference<IDrmInitializationStatus>; contentDecryptor: { enabled: true; value: IContentDecryptor; } | { enabled: false; value: EncryptedMediaError; }; }; /** Status of content decryption initialization. */ interface IDrmInitializationStatus { /** Current initialization state the decryption logic is in. */ initializationState: IDecryptionInitializationState; /** * If set, corresponds to the hex string describing the current key system * used. * `undefined` if unknown or if it does not apply. */ drmSystemId: string | undefined; } /** Initialization steps to add decryption capabilities to an `HTMLMediaElement`. */ type IDecryptionInitializationState = /** * Decryption capabilities have not been initialized yet. * You should wait before performing any action on the concerned * `HTMLMediaElement` (such as linking a content / `MediaSource` to it). */ { type: "uninitialized"; value: null; } /** * The `MediaSource` or media url has to be linked to the `HTMLMediaElement` * before continuing. * Once it has been linked with success (e.g. the `MediaSource` has "opened"), * the `isMediaLinked` `SharedReference` should be set to `true`. * * In the `MediaSource` case, you should wait until the `"initialized"` * state before pushing segment. * * Note that the `"awaiting-media-link"` is an optional state. It can be * skipped to directly `"initialized"` instead. */ | { type: "awaiting-media-link"; value: { isMediaLinked: SharedReference<boolean>; }; } /** * The `MediaSource` or media url can be linked AND segments can be pushed to * the `HTMLMediaElement` on which decryption capabilities were wanted. */ | { type: "initialized"; value: null; }; export {}; //# sourceMappingURL=initialize_content_decryption.d.ts.map