* Enable event capturing for this port * @returns {Port} Returns this port for chaining

* Send a message to the other end of the port * @param {any} message - The message to send (should be JSON-ifiable)

* Creates a Keyring for the given identifier * @param {String} identifier - the identifier of the new keyring * @returns {Promise.<Keyring, Erro

* Requests the encryption of the editor content for the given recipients. * @param {Array.<String>} recipients - list of email addresses for public

* Return list of keyrings in the preferred priority order * @param {String} keyringId - requested keyring, the leading keyring of a scenario * @retu

* Parse recipients from the Gmail Webmail interface * @return {Promise.<Array>} The recipient objects in the form { email: 'jon@example.com' }

* Extract sender * @param {HTMLElement} emailElement - DOM element of displayed email content * @return {Promise.<Array>} sender object in the

* Decrypt armored message * @param {String} armored

* Replace content of editor element (_emailTextElement)

* Set the recipients in the Gmail Webmail editor.

* `emailjs-mime-parser` accepts a JS binary string where every char code is one byte — * that is the wire-format contract Mailvelope now feeds it fro

* Add signing key details to signature. Validate if sender identity matches signature. * @param {Array} signatures * @param {KeyringBase} keyring

* Static method to create a connection * @param {Object} options - Connection options * @param {string} options.name - Optional name for the con

* Create an iframe

* Retrieves the Keyring for the given identifier * @param {String} identifier - the identifier of the keyring, if empty the main keyring is returne

* Get keys by fingerprints * @param {Array<String>} keyFprs * @param {Boolean} deep * @return {Array<openpgp.key.Key>}