2.0.0-alpha.2

Take a look at the migration guide

Added

• LCP implementation of the Content Protection API to work with the new Streamer API (contributed by @qnga).
  • It is highly recommended that you upgrade to the new Streamer API to open publications, which will simplify DRM unlocking.
• Two default implementations of LcpAuthenticating:
  • LcpDialogAuthentication to prompt the user for its passphrase with the official LCP dialog.
  • LcpPassphraseAuthentication to provide directly a passphrase, pulled for example from a database or a web service.
• LcpService::isLcpProtected() provides a way to check if a file is protected with LCP.
• All the LcpException errors are now implementing UserException and are suitable for user display. Use getUserMessage() to get the localized message.

Changed

• The public API got modernized to be more Kotlin idiomatic (contributed by @qnga).
  • All asynchronous APIs are now suspending to take advantage of Kotlin's coroutines.
• LcpAuthenticating is now provided with more information and you will need to update any implementation you may have.
  • If you copied the default authentication dialog, it's recommended to use LcpDialogAuthentication instead.
• Publications are now downloaded to a temporary location, to make sure disk storage can be recovered automatically by the system. After acquiring the publication, you need to move the downloaded file to another permanent location.
• The private liblcp dependency is now accessed through reflection, to allow switching LCP dynamically (contributed by @qnga).
  • You need to add implementation "readium:liblcp:1.0.0@aar" to your build.gradle.
  • LcpService::create() returns null if lcplib is not found.

Fixed

• Decrypting resources in some edge cases (contributed by @qnga)
• Issues with LSD interactions:
  • Exceptions handling with renew and return interactions.
  • Presentation of the renew interaction through an HTML page.
• The timeout of fetching the License Status Document is reduced to 5 seconds, to avoid blocking a publication opening in low Internet conditions.