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/* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
"use strict";
/* import-globals-from ../../../../base/content/aboutMessage.js */
/* import-globals-from ../../../../base/content/msgHdrView.js */
/* import-globals-from ../../../../base/content/msgSecurityPane.js */
/* global openpgpSink */ // enigmailMsgHdrViewOverlay.js
// TODO: check if this is safe
/* eslint-disable no-unsanitized/property */
var { openLinkExternally } = ChromeUtils.importESModule(
);
var { AppConstants } = ChromeUtils.importESModule(
);
var { MailServices } = ChromeUtils.importESModule(
);
ChromeUtils.defineESModuleGetters(this, {
EnigmailFixExchangeMsg:
EnigmailKeyserverURIs:
EnigmailPersistentCrypto:
});
ChromeUtils.defineLazyGetter(this, "l10n", () => {
return new Localization(["messenger/openpgp/openpgp.ftl"], true);
});
var Enigmail = {};
Enigmail.msg = {
decryptedMessage: null,
securityInfo: null,
lastSaveDir: "",
messagePane: null,
decryptButton: null,
savedHeaders: null,
removeListener: false,
enableExperiments: false,
headersList: [
"content-transfer-encoding",
"x-enigmail-version",
"x-pgp-encoding-format",
//"autocrypt-setup-message",
],
buggyMailType: null,
changedAttributes: [],
allAttachmentsDone: false,
messageDecryptDone: false,
showPartialDecryptionReminder: false,
get notificationBox() {
return gMessageNotificationBar.msgNotificationBar;
},
removeNotification(value) {
const item = this.notificationBox.getNotificationWithValue(value);
// Remove the notification only if the user didn't previously close it.
if (item) {
this.notificationBox.removeNotification(item, true);
}
},
messengerStartup() {
Enigmail.msg.messagePane = document.getElementById("messagepane");
Enigmail.msg.savedHeaders = null;
Enigmail.msg.decryptButton = document.getElementById(
"button-enigmail-decrypt"
);
setTimeout(function () {
// if nothing happened, then load all keys after 1 hour
// to trigger the key check
EnigmailKeyRing.getAllKeys();
}, 3600 * 1000); // 1 hour
// Need to add event listener to Enigmail.msg.messagePane to make it work
// Adding to msgFrame doesn't seem to work
Enigmail.msg.messagePane.addEventListener(
"unload",
Enigmail.msg.messageFrameUnload.bind(Enigmail.msg),
true
);
EnigmailMsgRead.ensureExtraAddonHeaders();
gMessageListeners.push(Enigmail.msg.messageListener);
Enigmail.msg.messageListener.onEndHeaders();
},
messageListener: {
onStartHeaders() {
Enigmail.hdrView.reset();
Enigmail.msg.mimeParts = null;
/*
if ("autocrypt" in gExpandedHeaderView) {
delete gExpandedHeaderView.autocrypt;
}
*/
if ("openpgp" in gExpandedHeaderView) {
delete gExpandedHeaderView.openpgp;
}
},
onEndHeaders() {},
onEndAttachments() {},
},
/*
viewSecurityInfo(event, displaySmimeMsg) {
if (event && event.button !== 0) {
return;
}
if (gSignatureStatus >= 0 || gEncryptionStatus >= 0) {
showMessageReadSecurityInfo();
} else if (Enigmail.msg.securityInfo) {
this.viewOpenpgpInfo();
} else {
showMessageReadSecurityInfo();
}
},
*/
clearLastMessage() {
EnigmailSingletons.clearLastDecryptedMessage();
},
messageReload() {
this.clearLastMessage();
ReloadMessage();
},
reloadCompleteMsg() {
this.clearLastMessage();
ReloadMessage();
},
/**
* Handle messagePane "unload" event.
*/
messageFrameUnload() {
Enigmail.msg.savedHeaders = null;
for (const value of [
"decryptInlinePGReminder",
"decryptInlinePG",
"brokenExchangeProgress",
"hasNestedEncryptedParts",
"hasNestedSignedParts",
"hasConflictingKeyOpenPGP",
]) {
this.removeNotification(value);
}
Enigmail.msg.showPartialDecryptionReminder = false;
let element = document.getElementById("openpgpKeyBox");
if (element) {
element.hidden = true;
}
element = document.getElementById("signatureKeyBox");
if (element) {
element.hidden = true;
element.removeAttribute("keyid");
}
Enigmail.msg.securityInfo = null;
Enigmail.msg.allAttachmentsDone = false;
Enigmail.msg.messageDecryptDone = false;
const cryptoBox = document.getElementById("cryptoBox");
if (cryptoBox) {
cryptoBox.removeAttribute("decryptDone");
}
Enigmail.msg.toAndCCSet = null;
Enigmail.msg.authorEmail = "";
Enigmail.msg.keyCollectCandidates = new Map();
Enigmail.msg.attachedKeys = [];
Enigmail.msg.attachedSenderEmailKeysIndex = [];
Enigmail.msg.autoProcessPgpKeyAttachmentTransactionID++;
Enigmail.msg.autoProcessPgpKeyAttachmentCount = 0;
Enigmail.msg.autoProcessPgpKeyAttachmentProcessed = 0;
Enigmail.msg.unhideMissingSigKeyBoxIsTODO = false;
Enigmail.msg.missingSigKey = null;
Enigmail.msg.buggyMailType = null;
},
getCurrentMsgUriSpec() {
return gMessageURI || "";
},
getCurrentMsgUrl() {
var uriSpec = this.getCurrentMsgUriSpec();
return EnigmailMsgRead.getUrlFromUriSpec(uriSpec);
},
setMainMenuLabel() {
const o = ["menu_Enigmail", "appmenu-Enigmail"];
const m0 = document.getElementById(o[0]);
const m1 = document.getElementById(o[1]);
m1.setAttribute("enigmaillabel", m0.getAttribute("enigmaillabel"));
for (const menuId of o) {
const menu = document.getElementById(menuId);
if (menu) {
const lbl = menu.getAttribute("enigmaillabel");
menu.setAttribute("label", lbl);
}
}
},
/**
* Check that handler for multipart/signed is set to Enigmail.
* if handler is different, change it and reload message.
*
* @returns {boolean}
* - true if handler is OK
* - false if handler was changed and message is reloaded
*/
checkPgpmimeHandler() {
if (
EnigmailVerify.currentCtHandler !== EnigmailConstants.MIME_HANDLER_PGPMIME
) {
EnigmailVerify.registerPGPMimeHandler();
this.messageReload();
return false;
}
return true;
},
async notifyMessageDecryptDone() {
Enigmail.msg.messageDecryptDone = true;
await Enigmail.msg.processAfterAttachmentsAndDecrypt();
// Show the partial inline encryption reminder only if the decryption action
// came from a partially inline encrypted message.
if (Enigmail.msg.showPartialDecryptionReminder) {
Enigmail.msg.showPartialDecryptionReminder = false;
await this.notificationBox.appendNotification(
"decryptInlinePGReminder",
{
label: await document.l10n.formatValue(
"openpgp-reminder-partial-display"
),
priority: this.notificationBox.PRIORITY_INFO_HIGH,
},
null
);
}
},
// analyse message header and decrypt/verify message
async messageDecrypt(event, isAuto) {
const interactive = !!event;
this.mimeParts = null;
let contentType = "text/plain";
if ("content-type" in currentHeaderData) {
contentType = currentHeaderData["content-type"].headerValue;
}
// don't parse message if we know it's a PGP/MIME message
if (
contentType.search(/^multipart\/encrypted(;|$)/i) === 0 &&
contentType.search(/application\/pgp-encrypted/i) > 0
) {
this.movePEPsubject();
await this.messageDecryptCb(interactive, isAuto, null);
await this.notifyMessageDecryptDone();
return;
} else if (
contentType.search(/^multipart\/signed(;|$)/i) === 0 &&
contentType.search(/application\/pgp-signature/i) > 0
) {
this.movePEPsubject();
await this.messageDecryptCb(interactive, isAuto, null);
await this.notifyMessageDecryptDone();
return;
}
const url = this.getCurrentMsgUrl();
if (!url) {
await Enigmail.msg.messageDecryptCb(interactive, isAuto, null);
await Enigmail.msg.notifyMessageDecryptDone();
return;
}
await new Promise(resolve => {
getMimeTreeFromUrl(url.spec, false, async function (mimeMsg) {
await Enigmail.msg.messageDecryptCb(interactive, isAuto, mimeMsg);
await Enigmail.msg.notifyMessageDecryptDone();
resolve();
});
});
},
/***
* Walk through the (sub-) mime tree and determine PGP/MIME encrypted and
* signed message parts
*
* @param {object} mimePart - Parent object to walk through (see createPartObj).
* @param {object} resultObj - An object containing two arrays.
* @param {string[]} resultObj.encrypted - Encrypted partNums.
* @param {string[]} resultObj.signed - Signed partNums.
*/
enumerateMimeParts(mimePart, resultObj) {
try {
var ct = mimePart.fullContentType;
if (typeof ct == "string") {
ct = ct.replace(/[\r\n]/g, " ");
if (ct.search(/multipart\/signed.*application\/pgp-signature/i) >= 0) {
resultObj.signed.push(mimePart.partNum);
} else if (ct.search(/application\/pgp-encrypted/i) >= 0) {
resultObj.encrypted.push(mimePart.partNum);
}
}
} catch (ex) {
// catch exception if no headers or no content-type defined.
}
for (const i in mimePart.subParts) {
this.enumerateMimeParts(mimePart.subParts[i], resultObj);
}
},
async messageDecryptCb(event, isAuto, mimeMsg) {
let contentType = "";
try {
if (!mimeMsg) {
try {
contentType = currentHeaderData["content-type"].headerValue;
} catch (ex) {
contentType = "text/plain";
}
mimeMsg = {
partNum: "1",
headers: {
has() {
return false;
},
contentType: {
type: contentType,
mediatype: "",
subtype: "",
},
},
fullContentType: contentType,
body: "",
parent: null,
subParts: [],
};
}
// Copy selected headers
Enigmail.msg.savedHeaders = {
autocrypt: [],
};
for (const h in currentHeaderData) {
if (h.search(/^autocrypt\d*$/) === 0) {
Enigmail.msg.savedHeaders.autocrypt.push(
currentHeaderData[h].headerValue
);
}
}
if (!mimeMsg.fullContentType) {
mimeMsg.fullContentType = "text/plain";
}
Enigmail.msg.savedHeaders["content-type"] = mimeMsg.fullContentType;
this.mimeParts = mimeMsg;
for (var index = 0; index < Enigmail.msg.headersList.length; index++) {
var headerName = Enigmail.msg.headersList[index];
var headerValue = "";
if (mimeMsg.headers.has(headerName)) {
const h = mimeMsg.headers.get(headerName);
if (Array.isArray(h)) {
headerValue = h.join("");
} else {
headerValue = h;
}
}
Enigmail.msg.savedHeaders[headerName] = headerValue;
}
var msgSigned =
mimeMsg.fullContentType.search(/^multipart\/signed/i) === 0 &&
EnigmailMime.getProtocol(mimeMsg.fullContentType).search(
/^application\/pgp-signature/i
) === 0;
var msgEncrypted =
mimeMsg.fullContentType.search(/^multipart\/encrypted/i) === 0 &&
EnigmailMime.getProtocol(mimeMsg.fullContentType).search(
/^application\/pgp-encrypted/i
) === 0;
var resultObj = {
encrypted: [],
signed: [],
};
if (mimeMsg.subParts.length > 0) {
this.enumerateMimeParts(mimeMsg, resultObj);
msgSigned = msgSigned || resultObj.signed.length > 0;
msgEncrypted = msgEncrypted || resultObj.encrypted.length > 0;
/*
if (
"autocrypt-setup-message" in Enigmail.msg.savedHeaders &&
Enigmail.msg.savedHeaders["autocrypt-setup-message"].toLowerCase() ===
"v1"
) {
if (
currentAttachments[0].contentType.search(
/^application\/autocrypt-setup$/i
) === 0
) {
Enigmail.hdrView.displayAutoCryptSetupMsgHeader();
return;
}
}
*/
// HACK for Zimbra OpenPGP Zimlet
// Zimbra illegally changes attachment content-type to application/pgp-encrypted which interfers with below
try {
if (
mimeMsg.subParts.length > 1 &&
mimeMsg.headers.has("x-mailer") &&
mimeMsg.headers.get("x-mailer")[0].includes("ZimbraWebClient") &&
mimeMsg.subParts[0].fullContentType.includes("text/plain") &&
mimeMsg.fullContentType.includes("multipart/mixed") &&
mimeMsg.subParts[1].fullContentType.includes(
"application/pgp-encrypted"
)
) {
await this.messageParse(
event,
false,
Enigmail.msg.savedHeaders["content-transfer-encoding"],
this.getCurrentMsgUriSpec(),
isAuto
);
return;
}
} catch (ex) {
console.warn(ex);
}
// HACK for MS-EXCHANGE-Server Problem:
// check for possible bad mime structure due to buggy exchange server:
// - multipart/mixed Container with
// - application/pgp-encrypted Attachment with name "PGPMIME Versions Identification"
// - application/octet-stream Attachment with name "encrypted.asc" having the encrypted content in base64
// - see:
// iPGMail produces a similar broken structure, see here:
// Don't attempt to detect again, if we have already decided
// it's a buggy exchange message (buggyMailType is already set).
if (
!Enigmail.msg.buggyMailType &&
mimeMsg.subParts.length == 3 &&
mimeMsg.fullContentType.search(/multipart\/mixed/i) >= 0 &&
mimeMsg.subParts[0].fullContentType.search(/multipart\/encrypted/i) <
0 &&
mimeMsg.subParts[0].fullContentType.search(
/(text\/(plain|html)|multipart\/alternative)/i
) >= 0 &&
mimeMsg.subParts[1].fullContentType.search(
/application\/pgp-encrypted/i
) >= 0
) {
if (
mimeMsg.subParts[1].fullContentType.search(
/multipart\/encrypted/i
) < 0 &&
mimeMsg.subParts[1].fullContentType.search(
/PGP\/?MIME Versions? Identification/i
) >= 0 &&
mimeMsg.subParts[2].fullContentType.search(
/application\/octet-stream/i
) >= 0 &&
mimeMsg.subParts[2].fullContentType.search(/encrypted.asc/i) >= 0
) {
this.buggyMailType = "exchange";
} else {
this.buggyMailType = "iPGMail";
}
await this.buggyMailHeader();
return;
}
}
var contentEncoding = "";
var msgUriSpec = this.getCurrentMsgUriSpec();
if (Enigmail.msg.savedHeaders) {
contentType = Enigmail.msg.savedHeaders["content-type"];
contentEncoding =
Enigmail.msg.savedHeaders["content-transfer-encoding"];
}
const smime =
contentType.search(
/multipart\/signed; protocol="application\/pkcs7-signature/i
) >= 0;
if (!smime && (msgSigned || msgEncrypted)) {
// PGP/MIME messages
EnigmailCore.init();
if (!Enigmail.msg.checkPgpmimeHandler()) {
return;
}
// TODO Clarify: why reload?
if (!isAuto) {
Enigmail.msg.messageReload(false);
}
return;
}
// inline-PGP messages
await this.messageParse(
event,
false,
contentEncoding,
msgUriSpec,
isAuto
);
} catch (ex) {
console.error("Parsing inline-PGP failed.", ex);
}
},
/**
* Display header about reparing buggy MS-Exchange messages.
*/
async buggyMailHeader() {
const uri = this.getCurrentMsgUrl();
openpgpSink.updateSecurityStatus(
0,
0,
0,
"",
"",
"",
"",
"",
uri.spec,
"",
"1"
);
// Warn that we can't fix a message that was opened from a local file.
if (!gFolder) {
await Enigmail.msg.notificationBox.appendNotification(
"brokenExchange",
{
label: await document.l10n.formatValue(
"openpgp-broken-exchange-opened"
),
priority: Enigmail.msg.notificationBox.PRIORITY_WARNING_MEDIUM,
},
null
);
return;
}
const buttons = [
{
"l10n-id": "openpgp-broken-exchange-repair",
popup: null,
callback() {
Enigmail.msg.fixBuggyExchangeMail();
return false; // Close notification.
},
},
];
await Enigmail.msg.notificationBox.appendNotification(
"brokenExchange",
{
label: await document.l10n.formatValue("openpgp-broken-exchange-info"),
priority: Enigmail.msg.notificationBox.PRIORITY_WARNING_MEDIUM,
},
buttons
);
},
getFirstPGPMessageType(msgText) {
const indexEncrypted = msgText.indexOf("-----BEGIN PGP MESSAGE-----");
const indexSigned = msgText.indexOf("-----BEGIN PGP SIGNED MESSAGE-----");
if (indexEncrypted >= 0) {
if (
indexSigned == -1 ||
(indexSigned >= 0 && indexEncrypted < indexSigned)
) {
return "encrypted";
}
}
if (indexSigned >= 0) {
return "signed";
}
return "";
},
trimIfEncrypted(msgText) {
// If it's an encrypted message, we want to trim (at least) the
// separator line between the header and the content.
// However, trimming all lines should be safe.
if (Enigmail.msg.getFirstPGPMessageType(msgText) == "encrypted") {
// \xA0 is non-breaking-space
msgText = msgText.replace(/^[ \t\xA0]+/gm, "");
}
return msgText;
},
async viewPacketDump() {
if (!Enigmail.hdrView.packetDump) {
return;
}
const prefix = (await l10n.formatValue("debug-log-title")) + "\n\n";
this.setDisplayToText(prefix + Enigmail.hdrView.packetDump);
},
async messageParse(
interactive,
importOnly,
contentEncoding,
msgUriSpec,
isAuto,
pbMessageIndex = "0"
) {
var bodyElement = this.getBodyElement();
if (!bodyElement) {
return;
}
const topElement = bodyElement;
var msgText = null;
var foundIndex = -1;
let bodyElementFound = false;
let hasHeadOrTailNode = false;
if (bodyElement.firstChild) {
let node = bodyElement.firstChild;
while (node) {
if (
node.firstChild &&
node.firstChild.nodeName.toUpperCase() == "LEGEND" &&
node.firstChild.className == "moz-mime-attachment-header-name"
) {
// we reached the area where inline attachments are displayed
// --> don't try to decrypt displayed inline attachments
break;
}
if (node.nodeName === "DIV") {
if (bodyElementFound) {
hasHeadOrTailNode = true;
break;
}
foundIndex = node.textContent.indexOf("-----BEGIN PGP");
if (foundIndex < 0) {
hasHeadOrTailNode = true;
node = node.nextSibling;
continue;
}
if (
node.textContent.indexOf("-----BEGIN PGP SIGNED MESSAGE-----") !=
foundIndex &&
node.textContent.indexOf("-----BEGIN PGP MESSAGE-----") !=
foundIndex
) {
foundIndex = -1;
node = node.nextSibling;
continue;
}
if (foundIndex === 0) {
bodyElement = node;
bodyElementFound = true;
} else if (
foundIndex > 0 &&
node.textContent.substr(foundIndex - 1, 1).search(/[\r\n]/) === 0
) {
bodyElement = node;
bodyElementFound = true;
}
}
node = node.nextSibling;
}
}
if (foundIndex >= 0 && !this.hasInlineQuote(topElement)) {
const beginIndex = {};
const endIndex = {};
const indentStr = {};
if (
Enigmail.msg.savedHeaders["content-type"].search(/^text\/html/i) === 0
) {
const p = Cc["@mozilla.org/parserutils;1"].createInstance(
Ci.nsIParserUtils
);
msgText = p.convertToPlainText(
topElement.innerHTML,
Ci.nsIDocumentEncoder.OutputRaw |
Ci.nsIDocumentEncoder.OutputBodyOnly,
0
);
} else {
msgText = bodyElement.textContent;
}
if (!isAuto) {
const blockType = EnigmailArmor.locateArmoredBlock(
msgText,
0,
"",
beginIndex,
endIndex,
indentStr
);
if (!blockType) {
msgText = "";
} else {
msgText = msgText.substring(beginIndex.value, endIndex.value + 1);
}
}
msgText = this.trimIfEncrypted(msgText);
}
if (!msgText) {
// No PGP content
return;
}
const charset = currentCharacterSet;
msgText = EnigmailData.convertFromUnicode(msgText, charset);
if (isAuto) {
const ht =
hasHeadOrTailNode || this.hasHeadOrTailBesidesInlinePGP(msgText);
if (ht) {
let infoId;
let buttonId;
if (
ht & EnigmailConstants.UNCERTAIN_SIGNATURE ||
Enigmail.msg.getFirstPGPMessageType(msgText) == "signed"
) {
infoId = "openpgp-partially-signed";
buttonId = "openpgp-partial-verify-button";
} else {
infoId = "openpgp-partially-encrypted";
buttonId = "openpgp-partial-decrypt-button";
}
const [description, buttonLabel] = await document.l10n.formatValues([
{ id: infoId },
{ id: buttonId },
]);
const buttons = [
{
label: buttonLabel,
popup: null,
callback() {
Enigmail.msg.processOpenPGPSubset();
return false; // Close notification.
},
},
];
await this.notificationBox.appendNotification(
"decryptInlinePG",
{
label: description,
priority: this.notificationBox.PRIORITY_INFO_HIGH,
},
buttons
);
return;
}
}
var mozPlainText = bodyElement.innerHTML.search(/class="moz-text-plain"/);
if (mozPlainText >= 0 && mozPlainText < 40) {
// workaround for too much expanded emoticons in plaintext msg
var r = new RegExp(
/( )(;-\)|:-\)|;\)|:\)|:-\(|:\(|:-\\|:-P|:-D|:-\[|:-\*|>:o|8-\)|:-\$|:-X|=-O|:-!|O:-\)|:'\()( )/g
);
if (msgText.search(r) >= 0) {
// Fixing emoticons.
msgText = msgText.replace(r, "$2");
}
}
// ignoring text following armored block
var mailNewsUrl = EnigmailMsgRead.getUrlFromUriSpec(msgUriSpec);
var urlSpec = mailNewsUrl ? mailNewsUrl.spec : "";
const retry = 1;
await Enigmail.msg.messageParseCallback(
msgText,
EnigmailDecryption.getMsgDate(window),
contentEncoding,
charset,
interactive,
importOnly,
urlSpec,
"",
retry,
"", // head
"", // tail
msgUriSpec,
isAuto,
pbMessageIndex
);
},
hasInlineQuote(node) {
if (node.innerHTML.search(/<blockquote.*-----BEGIN PGP /i) < 0) {
return false;
}
return EnigmailMsgRead.searchQuotedPgp(node);
},
hasHeadOrTailBesidesInlinePGP(msgText) {
const startIndex = msgText.search(/-----BEGIN PGP (SIGNED )?MESSAGE-----/m);
const endIndex = msgText.indexOf("-----END PGP");
let hasHead = false;
let hasTail = false;
let crypto = 0;
if (startIndex > 0) {
const pgpMsg = msgText.match(
/(-----BEGIN PGP (SIGNED )?MESSAGE-----)/m
)[0];
if (pgpMsg.search(/SIGNED/) > 0) {
crypto = EnigmailConstants.UNCERTAIN_SIGNATURE;
} else {
crypto = EnigmailConstants.DECRYPTION_FAILED;
}
const startSection = msgText.substr(0, startIndex - 1);
hasHead = startSection.search(/\S/) >= 0;
}
if (endIndex > startIndex) {
const nextLine = msgText.substring(endIndex).search(/[\n\r]/);
if (nextLine > 0) {
hasTail = msgText.substring(endIndex + nextLine).search(/\S/) >= 0;
}
}
if (hasHead || hasTail) {
return EnigmailConstants.PARTIALLY_PGP | crypto;
}
return 0;
},
async processOpenPGPSubset() {
Enigmail.msg.showPartialDecryptionReminder = true;
await this.messageDecrypt(null, false);
},
/**
* Get the body of the message pane contentDocument.
*
* @returns {?HTMLBodyElement}
*/
getBodyElement() {
const msgFrame = document.getElementById("messagepane");
if (!msgFrame || !msgFrame.contentDocument) {
return null;
}
return msgFrame.contentDocument.getElementsByTagName("body")[0];
},
async messageParseCallback(
msgText,
msgDate,
contentEncoding,
charset,
interactive,
importOnly,
messageUrl,
signature,
retry,
head,
tail,
msgUriSpec,
isAuto,
pbMessageIndex
) {
if (!msgText) {
return;
}
EnigmailCore.init();
var plainText;
var exitCode;
var newSignature = "";
var statusFlags = 0;
var extStatusFlags = 0;
var errorMsgObj = {
value: "",
};
var keyIdObj = {};
var userIdObj = {};
var sigDetailsObj = {};
var extraDetailsObj = {};
var blockSeparationObj = {
value: "",
};
if (importOnly) {
// Import public key
await this.importKeyFromMsgBody(msgText);
return;
}
// An implementation MAY implement this key and any
// translations it cares to; an implementation MAY ignore it and
// assume all text is UTF-8.
const armorHeaders = EnigmailArmor.getArmorHeaders(msgText);
if ("charset" in armorHeaders) {
charset = armorHeaders.charset;
}
var exitCodeObj = {};
var statusFlagsObj = {};
var signatureObj = {};
signatureObj.value = signature;
var uiFlags = interactive
? EnigmailConstants.UI_INTERACTIVE |
// EnigmailConstants.UI_ALLOW_KEY_IMPORT |
EnigmailConstants.UI_UNVERIFIED_ENC_OK
: 0;
plainText = EnigmailDecryption.decryptMessage(
window,
uiFlags,
msgText,
msgDate,
signatureObj,
exitCodeObj,
statusFlagsObj,
keyIdObj,
userIdObj,
sigDetailsObj,
errorMsgObj,
blockSeparationObj,
extraDetailsObj
);
exitCode = exitCodeObj.value;
newSignature = signatureObj.value;
if (plainText === "" && exitCode === 0) {
plainText = " ";
}
statusFlags = statusFlagsObj.value;
extStatusFlags = statusFlagsObj.ext;
var errorMsg = errorMsgObj.value;
if (importOnly) {
if (interactive && errorMsg) {
Services.prompt.alert(window, null, errorMsg);
}
return;
}
var displayedUriSpec = Enigmail.msg.getCurrentMsgUriSpec();
if (!msgUriSpec || displayedUriSpec == msgUriSpec) {
if (exitCode && !statusFlags) {
// Failure, but we don't know why it failed.
// Peek inside msgText, and check what kind of content it is,
// so we can show a minimal error.
const msgType = Enigmail.msg.getFirstPGPMessageType(msgText);
if (msgType == "encrypted") {
statusFlags = EnigmailConstants.DECRYPTION_FAILED;
} else if (msgType == "signed") {
statusFlags = EnigmailConstants.BAD_SIGNATURE;
}
}
Enigmail.hdrView.updatePgpStatus(
exitCode,
statusFlags,
extStatusFlags,
keyIdObj.value,
userIdObj.value,
sigDetailsObj.value,
errorMsg,
null, // blockSeparation
extraDetailsObj.value
);
}
var noSecondTry =
EnigmailConstants.GOOD_SIGNATURE |
EnigmailConstants.EXPIRED_SIGNATURE |
EnigmailConstants.EXPIRED_KEY_SIGNATURE |
EnigmailConstants.EXPIRED_KEY |
EnigmailConstants.REVOKED_KEY |
EnigmailConstants.NO_PUBKEY |
EnigmailConstants.NO_SECKEY |
EnigmailConstants.IMPORTED_KEY |
EnigmailConstants.MISSING_PASSPHRASE |
EnigmailConstants.BAD_PASSPHRASE |
EnigmailConstants.UNKNOWN_ALGO |
EnigmailConstants.DECRYPTION_OKAY |
EnigmailConstants.OVERFLOWED;
if (exitCode !== 0 && !(statusFlags & noSecondTry)) {
// Bad signature/armor
if (retry == 1) {
msgText = MailStringUtils.stringToByteString(msgText);
console.warn(`Retrying decrypt; retry=${retry}, msgText=${msgText}`);
await Enigmail.msg.messageParseCallback(
msgText,
msgDate,
contentEncoding,
charset,
interactive,
importOnly,
messageUrl,
signature,
retry + 1,
head,
tail,
msgUriSpec,
isAuto,
pbMessageIndex
);
return;
} else if (retry == 2) {
console.warn(`Retrying decrypt; retry=${retry} - direct decrypt`);
// Try to verify signature by accessing raw message text directly
// (avoid recursion by setting retry parameter to false on callback)
newSignature = "";
await Enigmail.msg.msgDirectDecrypt(
interactive,
importOnly,
contentEncoding,
charset,
newSignature,
0,
head,
tail,
msgUriSpec,
msgDate,
Enigmail.msg.messageParseCallback,
isAuto
);
return;
} else if (retry == 3) {
msgText = MailStringUtils.stringToByteString(msgText);
console.warn(`Retrying decrypt; retry=${retry}, msgText=${msgText}`);
await Enigmail.msg.messageParseCallback(
msgText,
msgDate,
contentEncoding,
charset,
interactive,
importOnly,
messageUrl,
null,
retry + 1,
head,
tail,
msgUriSpec,
isAuto,
pbMessageIndex
);
return;
}
}
if (!plainText) {
// Show the subset that we cannot process, together with status.
plainText = msgText;
}
if (retry >= 2) {
plainText = EnigmailData.convertFromUnicode(
MailStringUtils.byteStringToString(plainText),
charset
);
}
// TODO: what is blockSeparation ? How to emulate with RNP?
/*
if (blockSeparationObj.value.includes(" ")) {
var blocks = blockSeparationObj.value.split(/ /);
var blockInfo = blocks[0].split(/:/);
plainText =
"*Parts of the message have NOT been signed nor encrypted*",
"\n\n" +
plainText.substr(0, blockInfo[1]) +
"\n\n" +
"*Multiple message blocks found -- decryption/verification aborted*";
}
*/
// Save decrypted message status, headers, and content
var headerList = {
subject: "",
from: "",
date: "",
to: "",
cc: "",
};
var index, headerName;
if (!gViewAllHeaders) {
for (index = 0; index < headerList.length; index++) {
headerList[index] = "";
}
} else {
for (index = 0; index < gExpandedHeaderList.length; index++) {
headerList[gExpandedHeaderList[index].name] = "";
}
for (headerName in currentHeaderData) {
headerList[headerName] = "";
}
}
for (headerName in headerList) {
if (currentHeaderData[headerName]) {
headerList[headerName] = currentHeaderData[headerName].headerValue;
}
}
// WORKAROUND
if (headerList.cc == headerList.to) {
headerList.cc = "";
}
var hasAttachments = currentAttachments && currentAttachments.length;
var attachmentsEncrypted = true;
for (index in currentAttachments) {
if (!Enigmail.msg.checkEncryptedAttach(currentAttachments[index])) {
if (
!EnigmailMsgRead.checkSignedAttachment(
currentAttachments,
index,
currentAttachments
)
) {
attachmentsEncrypted = false;
}
}
}
// don't display decrypted message if message selection has changed
displayedUriSpec = Enigmail.msg.getCurrentMsgUriSpec();
if (msgUriSpec && displayedUriSpec && displayedUriSpec != msgUriSpec) {
return;
}
let msgContent = "";
if (hasAttachments && !attachmentsEncrypted) {
msgContent =
"\r\n" +
EnigmailData.convertFromUnicode(
l10n.formatValueSync("enig-content-note"),
charset
) +
"\r\n\r\n";
}
msgContent += plainText;
msgContent = MailStringUtils.byteStringToString(msgContent, charset);
this.setDisplayToText(msgContent);
},
/**
* Replace visible message with the provided text.
*
* @param {string} messageContent - The content to show.
*/
setDisplayToText(messageContent) {
const bodyElement = Enigmail.msg.getBodyElement();
if (!bodyElement.firstChild) {
return;
}
let node = bodyElement.firstChild;
let divFound = false;
while (node) {
if (node.nodeName == "DIV") {
if (divFound) {
node.innerHTML = "";
} else {
// for safety reasons, we replace the complete visible message with
divFound = true;
node.innerHTML = EnigmailFuncs.formatPlaintextMsg(messageContent);
Enigmail.msg.movePEPsubject();
}
}
node = node.nextSibling;
}
if (divFound) {
return;
}
let preFound = false;
node = bodyElement.firstChild;
while (node) {
if (node.nodeName == "PRE") {
if (preFound) {
node.innerHTML = "";
} else {
preFound = true;
node.innerHTML = EnigmailFuncs.formatPlaintextMsg(messageContent);
Enigmail.msg.movePEPsubject();
}
}
node = node.nextSibling;
}
},
importAttachedSenderKey() {
for (const info of Enigmail.msg.attachedSenderEmailKeysIndex) {
EnigmailKeyRing.importKeyDataWithConfirmation(
window,
[info.keyInfo],
Enigmail.msg.attachedKeys[info.idx],
true,
["0x" + info.keyInfo.fpr]
);
}
},
async searchSignatureKey() {
const keyId = document
.getElementById("signatureKeyBox")
.getAttribute("keyid");
if (!keyId) {
return false;
}
return KeyLookupHelper.lookupAndImportByKeyID(
"interactive-import",
window,
keyId,
true
);
},
notifySigKeyMissing(keyId) {
Enigmail.msg.missingSigKey = keyId;
if (
Enigmail.msg.allAttachmentsDone &&
Enigmail.msg.messageDecryptDone &&
Enigmail.msg.autoProcessPgpKeyAttachmentProcessed ==
Enigmail.msg.autoProcessPgpKeyAttachmentCount
) {
Enigmail.msg.unhideMissingSigKeyBox();
} else {
Enigmail.msg.unhideMissingSigKeyBoxIsTODO = true;
}
},
unhideMissingSigKeyBox() {
let sigKeyIsAttached = false;
for (const info of Enigmail.msg.attachedSenderEmailKeysIndex) {
if (info.keyInfo.keyId == Enigmail.msg.missingSigKey) {
sigKeyIsAttached = true;
break;
}
}
if (!sigKeyIsAttached) {
const b = document.getElementById("signatureKeyBox");
b.removeAttribute("hidden");
b.setAttribute("keyid", Enigmail.msg.missingSigKey);
}
},
async importKeyFromMsgBody(msgData) {
const beginIndexObj = {};
const endIndexObj = {};
const indentStrObj = {};
const blockType = EnigmailArmor.locateArmoredBlock(
msgData,
0,
"",
beginIndexObj,
endIndexObj,
indentStrObj
);
if (!blockType || blockType !== "PUBLIC KEY BLOCK") {
return;
}
const keyData = msgData.substring(beginIndexObj.value, endIndexObj.value);
const errorMsgObj = {};
const preview = await EnigmailKey.getKeyListFromKeyBlock(
keyData,
errorMsgObj,
true,
true,
false
);
if (preview && errorMsgObj.value === "") {
EnigmailKeyRing.importKeyDataWithConfirmation(
window,
preview,
keyData,
false
);
} else {
document.l10n.formatValue("preview-failed").then(value => {
Services.prompt.alert(window, null, value + "\n" + errorMsgObj.value);
});
}
},
/**
* Extract the subject from the 1st content line and move it to the subject line
*/
movePEPsubject() {
const bodyElement = this.getBodyElement();
if (
bodyElement.textContent.search(/^\r?\n?Subject: [^\r\n]+\r?\n\r?\n/i) ===
0 &&
"subject" in currentHeaderData &&
currentHeaderData.subject.headerValue === "pEp"
) {
const m = EnigmailMime.extractSubjectFromBody(bodyElement.textContent);
if (m) {
let node = bodyElement.firstChild;
let found = false;
while (!found && node) {
if (node.nodeName == "DIV") {
node.innerHTML = EnigmailFuncs.formatPlaintextMsg(m.messageBody);
found = true;
}
node = node.nextSibling;
}
node = bodyElement.firstChild;
while (!found && node) {
if (node.nodeName == "PRE") {
node.innerHTML = EnigmailFuncs.formatPlaintextMsg(m.messageBody);
found = true;
}
node = node.nextSibling;
}
Enigmail.hdrView.setSubject(m.subject, gMessage);
}
}
},
/**
* Fix broken PGP/MIME messages from MS-Exchange by replacing the broken original
* message with a fixed copy.
*/
async fixBuggyExchangeMail() {
await this.notificationBox.appendNotification(
"brokenExchangeProgress",
{
label: await document.l10n.formatValue("openpgp-broken-exchange-wait"),
priority: this.notificationBox.PRIORITY_INFO_HIGH,
},
null
);
const msg = gMessage;
EnigmailFixExchangeMsg.fixExchangeMessage(msg, this.buggyMailType)
.then(_msgKey => {
// Display the new message which now has the key msgKey.
// TODO: scope is about:message, and this doesn't work
// parent.gDBView.selectMsgByKey(msgKey);
// ReloadMessage();
})
.catch(async function () {
Services.prompt.alert(
window,
null,
await l10n.formatValue("fix-broken-exchange-msg-failed")
);
});
// Remove the brokenExchangeProgress notification at the end of the process.
this.removeNotification("brokenExchangeProgress");
},
/**
* Hide attachments containing OpenPGP keys.
*/
hidePgpKeys() {
const keys = [];
for (let i = 0; i < currentAttachments.length; i++) {
if (
currentAttachments[i].contentType.search(/^application\/pgp-keys/i) ===
0
) {
keys.push(i);
}
}
if (keys.length > 0) {
const attachmentList = document.getElementById("attachmentList");
for (let i = keys.length; i > 0; i--) {
currentAttachments.splice(keys[i - 1], 1);
}
if (attachmentList) {
// delete all keys from attachment list
while (attachmentList.firstChild) {
attachmentList.firstChild.remove();
}
// build new attachment list
const orig = gBuildAttachmentsForCurrentMsg;
gBuildAttachmentsForCurrentMsg = false;
displayAttachmentsForExpandedView();
gBuildAttachmentsForCurrentMsg = orig;
}
}
},
// check if the attachment could be encrypted
checkEncryptedAttach(attachment) {
return (
EnigmailMsgRead.getAttachmentName(attachment).match(
/\.(gpg|pgp|asc)$/i
) ||
(attachment.contentType.match(/^application\/pgp(-.*)?$/i) &&
attachment.contentType.search(/^application\/pgp-signature/i) < 0)
);
},
async msgDirectDecrypt(
interactive,
importOnly,
contentEncoding,
charset,
signature,
bufferSize,
head,
tail,
msgUriSpec,
msgDate,
callbackFunction,
isAuto
) {
const mailNewsUrl = this.getCurrentMsgUrl();
if (!mailNewsUrl) {
return;
}
const PromiseStreamListener = function () {
this._promise = new Promise((resolve, reject) => {
this._resolve = resolve;
this._reject = reject;
});
this._data = null;
this._stream = null;
};
PromiseStreamListener.prototype = {
QueryInterface: ChromeUtils.generateQI(["nsIStreamListener"]),
onStartRequest() {
this.data = "";
this.inStream = Cc[
"@mozilla.org/scriptableinputstream;1"
].createInstance(Ci.nsIScriptableInputStream);
},
onStopRequest(request, statusCode) {
if (statusCode != Cr.NS_OK) {
this._reject(`Streaming failed: ${statusCode}`);
return;
}
const start = this.data.indexOf("-----BEGIN PGP");
let end = this.data.indexOf("-----END PGP");
if (start >= 0 && end > start) {
const tStr = this.data.substr(end);
const n = tStr.indexOf("\n");
const r = tStr.indexOf("\r");
let lEnd = -1;
if (n >= 0 && r >= 0) {
lEnd = Math.min(r, n);
} else if (r >= 0) {
lEnd = r;
} else if (n >= 0) {
lEnd = n;
}
if (lEnd >= 0) {
end += lEnd;
}
const data = Enigmail.msg.trimIfEncrypted(
this.data.substring(start, end + 1)
);
const currentMsgURL = Enigmail.msg.getCurrentMsgUrl();
const urlSpec = currentMsgURL ? currentMsgURL.spec : "";
const l = urlSpec.length;
if (urlSpec.substr(0, l) != mailNewsUrl.spec.substr(0, l)) {
console.warn(`Msg url mismatch: ${currentMsgURL} vs ${urlSpec}`);
this._reject(`Msg url mismatch: ${currentMsgURL} vs ${urlSpec}`);
return;
}
Enigmail.msg
.messageParseCallback(
data,
msgDate,
contentEncoding,
charset,
interactive,
importOnly,
mailNewsUrl.spec,
signature,
3,
head,
tail,
msgUriSpec,
isAuto
)
.then(() => this._resolve(this.data));
}
},
onDataAvailable(request, stream, off, count) {
this.inStream.init(stream);
this.data += this.inStream.read(count);
},
get promise() {
return this._promise;
},
};
const streamListener = new PromiseStreamListener();
const msgSvc = MailServices.messageServiceFromURI(msgUriSpec);
msgSvc.streamMessage(
msgUriSpec,
streamListener,
top.msgWindow,
null,
false,
null,
false
);
await streamListener;
},
revealAttachments(index) {
if (!index) {
index = 0;
}
if (index < currentAttachments.length) {
this.handleAttachment(
"revealName/" + index.toString(),
currentAttachments[index]
);
}
},
/**
* Set up some event handlers for the attachment items in #attachmentList.
*/
handleAttachmentEvent() {
const attList = document.getElementById("attachmentList");
for (const att of attList.itemChildren) {
att.addEventListener("click", this.attachmentItemClick.bind(this), true);
}
},
/**
* Handle a selected attachment (decrypt & open or save).
*
* @param {string} actionType
*/
handleAttachmentSel(actionType) {
const contextMenu = document.getElementById("attachmentItemContext");
const anAttachment = contextMenu.attachments[0];
switch (actionType) {
case "saveAttachment":
case "openAttachment":
case "importKey":
case "revealName":
this.handleAttachment(actionType, anAttachment);
break;
case "verifySig":
this.verifyDetachedSignature(anAttachment);
break;
}
},
/**
* Save the original file plus the signature file to disk and then verify
* the signature.
*/
async verifyDetachedSignature(anAttachment) {
EnigmailCore.init();
var origAtt, signatureAtt;
var isEncrypted = false;
if (
EnigmailMsgRead.getAttachmentName(anAttachment).search(/\.sig$/i) > 0 ||
anAttachment.contentType.search(/^application\/pgp-signature/i) === 0
) {
// we have the .sig file; need to know the original file;
signatureAtt = anAttachment;
var origName = EnigmailMsgRead.getAttachmentName(anAttachment).replace(
/\.sig$/i,
""
);
for (let i = 0; i < currentAttachments.length; i++) {
if (
origName == EnigmailMsgRead.getAttachmentName(currentAttachments[i])
) {
origAtt = currentAttachments[i];
break;
}
}
if (!origAtt) {
for (let i = 0; i < currentAttachments.length; i++) {
if (
origName ==
EnigmailMsgRead.getAttachmentName(currentAttachments[i]).replace(
/\.pgp$/i,
""
)
) {
isEncrypted = true;
origAtt = currentAttachments[i];
break;
}
}
}
} else {
// we have a supposedly original file; need to know the .sig file;
origAtt = anAttachment;
var attachName = EnigmailMsgRead.getAttachmentName(anAttachment);
var sigName = attachName + ".sig";
for (let i = 0; i < currentAttachments.length; i++) {
if (
sigName == EnigmailMsgRead.getAttachmentName(currentAttachments[i])
) {
signatureAtt = currentAttachments[i];
break;
}
}
if (!signatureAtt && attachName.search(/\.pgp$/i) > 0) {
sigName = attachName.replace(/\.pgp$/i, ".sig");
for (let i = 0; i < currentAttachments.length; i++) {
if (
sigName == EnigmailMsgRead.getAttachmentName(currentAttachments[i])
) {
isEncrypted = true;
signatureAtt = currentAttachments[i];
break;
}
}
}
}
if (!signatureAtt) {
Services.prompt.alert(
window,
null,
l10n.formatValueSync("attachment-no-match-to-signature", {
attachment: EnigmailMsgRead.getAttachmentName(origAtt),
})
);
return;
}
if (!origAtt) {
Services.prompt.alert(
window,
null,
l10n.formatValueSync("attachment-no-match-from-signature", {
attachment: EnigmailMsgRead.getAttachmentName(signatureAtt),
})
);
return;
}
// open
var outFile1 = Services.dirsvc.get("TmpD", Ci.nsIFile);
outFile1.append(EnigmailMsgRead.getAttachmentName(origAtt));
outFile1.createUnique(Ci.nsIFile.NORMAL_FILE_TYPE, 0o600);
const response = await fetch(origAtt.url);
if (!response.ok) {
throw new Error(`Bad response for url=${origAtt.url}`);
}
await IOUtils.writeUTF8(outFile1.path, await response.text());
if (isEncrypted) {
// Try to decrypt message if we suspect the message is encrypted.
// If it fails we will just verify the encrypted data.
const readBinaryFile = async () => {
const data = await IOUtils.read(outFile1.path);
return MailStringUtils.uint8ArrayToByteString(data);
};
await EnigmailDecryption.decryptAttachment(
window,
outFile1,
EnigmailMsgRead.getAttachmentName(origAtt),
readBinaryFile,
{},
{},
{}
);
}
var outFile2 = Services.dirsvc.get("TmpD", Ci.nsIFile);
outFile2.append(EnigmailMsgRead.getAttachmentName(signatureAtt));
outFile2.createUnique(Ci.nsIFile.NORMAL_FILE_TYPE, 0o600);
const response2 = await fetch(signatureAtt.url);
if (!response2.ok) {
throw new Error(`Bad response for url=${signatureAtt.url}`);
}
await IOUtils.writeUTF8(outFile2.path, await response2.text());
const promise = RNP.verifyAttachment(outFile1.path, outFile2.path);
promise.then(async function (message) {
Services.prompt.alert(
window,
null,
l10n.formatValueSync("signature-verified-ok", {
attachment: EnigmailMsgRead.getAttachmentName(origAtt),
}) +
"\n\n" +
message
);
});
promise.catch(async function (err) {
Services.prompt.alert(
window,
null,
l10n.formatValueSync("signature-verify-failed", {
attachment: EnigmailMsgRead.getAttachmentName(origAtt),
}) +
"\n\n" +
err
);
});
outFile1.remove(false);
outFile2.remove(false);
},
handleAttachment(actionType, attachment) {
const bufferListener = EnigmailStreams.newStringStreamListener(
async data => {
Enigmail.msg.decryptAttachmentCallback([
{
actionType,
attachment,
forceBrowser: false,
data,
},
]);
}
);
const msgUri = Services.io.newURI(attachment.url);
const channel = EnigmailStreams.createChannel(msgUri);
channel.asyncOpen(bufferListener, msgUri);
},
setAttachmentName(attachment, newLabel, index) {
var attList = document.getElementById("attachmentList");
if (attList) {
var attNode = attList.firstChild;
while (attNode) {
if (attNode.getAttribute("name") == attachment.name) {
attNode.setAttribute("name", newLabel);
}
attNode = attNode.nextSibling;
}
}
if (typeof attachment.displayName == "undefined") {
attachment.name = newLabel;
} else {
attachment.displayName = newLabel;
}
if (index && index.length > 0) {
this.revealAttachments(parseInt(index, 10) + 1);
}
},
async decryptAttachmentCallback(cbArray) {
var callbackArg = cbArray[0];
var exitCodeObj = {};
var statusFlagsObj = {};
var errorMsgObj = {};
var exitStatus = -1;
var outFile;
var origFilename;
var rawFileName = EnigmailMsgRead.getAttachmentName(
callbackArg.attachment
).replace(/\.(asc|pgp|gpg)$/i, "");
// TODO: We don't have code yet to extract the original filename
// from an encrypted data block.
/*
if (callbackArg.actionType != "importKey") {
let origFilename = await ???.getFileName(window, callbackArg.data);
if (origFilename && origFilename.length > rawFileName.length) {
rawFileName = origFilename;
}
}
*/
if (callbackArg.actionType == "saveAttachment") {
const title = l10n.formatValueSync("save-attachment-header");
const fp = Cc["@mozilla.org/filepicker;1"].createInstance(
Ci.nsIFilePicker
);
fp.init(window.browsingContext, title, Ci.nsIFilePicker.modeSave);
fp.defaultString = rawFileName;
fp.displayDirectory = Enigmail.msg.lastSaveDir;
fp.appendFilters(Ci.nsIFilePicker.filterAll);
const rv = await new Promise(resolve => fp.open(resolve));
if (rv != Ci.nsIFilePicker.returnOK || !fp.file) {
return;
}
outFile = fp.file;
} else if (callbackArg.actionType.substr(0, 10) == "revealName") {
if (origFilename && origFilename.length > 0) {
Enigmail.msg.setAttachmentName(
callbackArg.attachment,
origFilename + ".pgp",
callbackArg.actionType.substr(11, 10)
);
}
return;
} else {
// open
outFile = Services.dirsvc.get("TmpD", Ci.nsIFile);
outFile.append(rawFileName);
outFile.createUnique(Ci.nsIFile.NORMAL_FILE_TYPE, 0o600);
}
if (callbackArg.actionType == "importKey") {
var preview = await EnigmailKey.getKeyListFromKeyBlock(
callbackArg.data,
errorMsgObj,
true,
true,
false
);
if (errorMsgObj.value !== "" || !preview || preview.length === 0) {
// try decrypting the attachment
exitStatus = await EnigmailDecryption.decryptAttachment(
window,
outFile,
EnigmailMsgRead.getAttachmentName(callbackArg.attachment),
callbackArg.data,
exitCodeObj,
statusFlagsObj,
errorMsgObj
);
if (exitStatus && exitCodeObj.value === 0) {
// success decrypting, let's try again
callbackArg.data = String.fromCharCode(
...(await IOUtils.read(outFile.path))
);
preview = await EnigmailKey.getKeyListFromKeyBlock(
callbackArg.data,
errorMsgObj,
true,
true,
false
);
}
}
if (preview && errorMsgObj.value === "") {
EnigmailKeyRing.importKeyDataWithConfirmation(
window,
preview,
callbackArg.data,
false
);
} else {
document.l10n.formatValue("preview-failed").then(value => {
Services.prompt.alert(window, null, value + "\n" + errorMsgObj.value);
});
}
outFile.remove(true);
return;
}
exitStatus = await EnigmailDecryption.decryptAttachment(
window,
outFile,
EnigmailMsgRead.getAttachmentName(callbackArg.attachment),
callbackArg.data,
exitCodeObj,
statusFlagsObj,
errorMsgObj
);
if (!exitStatus || exitCodeObj.value !== 0) {
exitStatus = false;
if (
statusFlagsObj.value & EnigmailConstants.DECRYPTION_OKAY &&
statusFlagsObj.value & EnigmailConstants.UNCERTAIN_SIGNATURE
) {
if (callbackArg.actionType == "openAttachment") {
const [title, button] = await document.l10n.formatValues([
{ id: "decrypt-ok-no-sig" },
{ id: "msg-ovl-button-cont-anyway" },
]);
exitStatus = !Services.prompt.confirmEx(
window,
null,
title,
Services.prompt.STD_OK_CANCEL_BUTTONS,
button,
null,
null,
null,
{}
);
} else {
Services.prompt.alert(
window,
null,
await document.l10n.formatValue("decrypt-ok-no-sig")
);
}
} else {
let msg = await document.l10n.formatValue("failed-decrypt");
if (errorMsgObj.errorMsg) {
msg += "\n\n" + errorMsgObj.errorMsg;
}
Services.prompt.alert(window, null, msg);
exitStatus = false;
}
}
if (exitStatus) {
if (statusFlagsObj.value & EnigmailConstants.IMPORTED_KEY) {
if (exitCodeObj.keyList) {
const importKeyList = exitCodeObj.keyList.map(function (a) {
return a.id;
});
EnigmailDialog.keyImportDlg(window, importKeyList);
}
} else if (statusFlagsObj.value & EnigmailConstants.DISPLAY_MESSAGE) {
HandleSelectedAttachments("open");
} else if (
statusFlagsObj.value & EnigmailConstants.DISPLAY_MESSAGE ||
callbackArg.actionType == "openAttachment"
) {
var ioServ = Services.io;
var outFileUri = ioServ.newFileURI(outFile);
var fileExt = outFile.leafName.replace(/(.*\.)(\w+)$/, "$2");
if (fileExt && !callbackArg.forceBrowser) {
var extAppLauncher = Cc[
"@mozilla.org/uriloader/external-helper-app-service;1"
].getService(Ci.nsPIExternalAppLauncher);
extAppLauncher.deleteTemporaryFileOnExit(outFile);
try {
var mimeService = Cc["@mozilla.org/mime;1"].getService(
Ci.nsIMIMEService
);
var fileMimeType = mimeService.getTypeFromFile(outFile);
var fileMimeInfo = mimeService.getFromTypeAndExtension(
fileMimeType,
fileExt
);
fileMimeInfo.launchWithFile(outFile);
} catch (ex) {
// if the attachment file type is unknown, an exception is thrown,
// so let it be handled by a browser window
openLinkExternally(outFileUri.asciiSpec, { addToHistory: false });
}
} else {
// open the attachment using an external application
openLinkExternally(outFileUri.asciiSpec, { addToHistory: false });
}
}
}
},
/**
* Open an encrypted attachment item.
*/
attachmentItemClick(event) {
const attachment = event.currentTarget.attachment;
if (this.checkEncryptedAttach(attachment)) {
if (event.button === 0 && event.detail == 2) {
// double click
this.handleAttachment("openAttachment", attachment);
event.stopPropagation();
}
}
},
/**
* Decrypted and copy/move all selected messages in a target folder.
*
* @param {nsIMsgFolder} destFolder - Destination folder.
* @param {boolean} move - true for move, false for copy.
*/
async decryptToFolder(destFolder, move) {
const msgHdrs = gDBView.getSelectedMsgHdrs();
if (!msgHdrs || msgHdrs.length === 0) {
return;
}
const total = msgHdrs.length;
let failures = 0;
for (const msgHdr of msgHdrs) {
await EnigmailPersistentCrypto.cryptMessage(
msgHdr,
destFolder.URI,
move,
false
).catch(() => {
failures++;
});
}
if (failures) {
const info = await document.l10n.formatValue(
"decrypt-and-copy-failures-multiple",
{
failures,
total,
}
);
Services.prompt.alert(null, document.title, info);
}
},
async searchKeysOnInternet(event) {
return KeyLookupHelper.lookupAndImportByEmail(
"interactive-import",
window,
event.currentTarget.parentNode.headerField?.emailAddress,
true
);
},
/**
* Process key data from a message.
*
* @param {string} keyData - The key data.
* @param {boolean} isBinaryAutocrypt - false if ASCII armored data.
* @param {string} [description] - Key source description, if any.
*/
async commonProcessAttachedKey(keyData, isBinaryAutocrypt, description) {
if (!keyData) {
return;
}
// Processing is slow for some types of keys.
// We want to avoid automatic key import/updates for users who
// have OpenPGP disabled (no account has an OpenPGP key configured).
if (
!MailServices.accounts.allIdentities.find(id =>
id.getUnicharAttribute("openpgp_key_id")
)
) {
return;
}
const errorMsgObj = {};
const preview = await EnigmailKey.getKeyListFromKeyBlock(
keyData,
errorMsgObj,
true,
true,
false,
true
);
// If we cannot analyze the keyblock, or if it's empty, or if we
// got an error message, then the key is bad and shouldn't be used.
if (!preview || !preview.length || errorMsgObj.value) {
return;
}
this.fetchParticipants();
for (const newKey of preview) {
const oldKey = EnigmailKeyRing.getKeyById(newKey.fpr);
if (!oldKey) {
// If the key is unknown, an expired key cannot help us
// for anything new, so don't use it.
if (newKey.keyTrust == "e") {
continue;
}
// Potentially merge the revocation into CollectedKeysDB, it if
// already has that key.
if (newKey.keyTrust == "r") {
const db = await CollectedKeysDB.getInstance();
const existing = await db.findKeyForFingerprint(newKey.fpr);
if (existing) {
const key = await db.mergeExisting(newKey, newKey.pubKey, {
uri: `mid:${gMessage.messageId}`,
type: isBinaryAutocrypt ? "autocrypt" : "attachment",
description,
});
await db.storeKey(key);
Services.obs.notifyObservers(null, "openpgp-key-change");
}
continue;
}
// It doesn't make sense to import a public key,
// if we have a secret key for that email address.
// Because, if we are the owner of that email address, why would
// we need a public key referring to our own email address,
// sent to us by someone else?
let keyInOurName = false;
for (const userId of newKey.userIds) {
if (userId.type !== "uid") {
continue;
}
if (EnigmailTrust.isInvalid(userId.keyTrust)) {
continue;
}
if (
await EnigmailKeyRing.hasSecretKeyForEmail(
EnigmailFuncs.getEmailFromUserID(userId.userId).toLowerCase()
)
) {
keyInOurName = true;
break;
}
}
if (keyInOurName) {
continue;
}
// Only advertise the key for import if it contains a user ID
// that points to the email author email address.
let relatedParticipantEmailAddress = null;
if (this.hasUserIdForEmail(newKey.userIds, this.authorEmail)) {
relatedParticipantEmailAddress = this.authorEmail;
}
if (relatedParticipantEmailAddress) {
// If it's a non expired, non revoked new key, in the email
// author's name (email address match), then offer it for
// manual (immediate) import.
const nextIndex = Enigmail.msg.attachedKeys.length;
const info = {
fpr: "0x" + newKey.fpr,
idx: nextIndex,
keyInfo: newKey,
binary: isBinaryAutocrypt,
};
Enigmail.msg.attachedSenderEmailKeysIndex.push(info);
Enigmail.msg.attachedKeys.push(newKey.pubKey);
}
// We want to collect keys for potential later use, however,
// we also want to avoid that an attacker can send us a large
// number of keys to poison our cache, so we only collect keys
// that are related to the author or one of the recipients.
// Also, we don't want a public key, if we already have a
// secret key for that email address.
if (!relatedParticipantEmailAddress) {
// Not related to the author
for (const toOrCc of this.toAndCCSet) {
if (this.hasUserIdForEmail(newKey.userIds, toOrCc)) {
// Might be ok to import, so remember to which email
// the key is related and leave the loop.
relatedParticipantEmailAddress = toOrCc;
break;
}
}
}
if (relatedParticipantEmailAddress) {
// It seems OK to import, however, don't import yet.
// Wait until after we have processed all attachments to
// the current message. Because we don't want to import
// multiple keys for the same email address, that wouldn't
// make sense. Remember the import candidate, and postpone
// until we are done looking at all attachments.
if (this.keyCollectCandidates.has(relatedParticipantEmailAddress)) {
// The email contains more than one public key for this
// email address.
this.keyCollectCandidates.set(relatedParticipantEmailAddress, {
skip: true,
});
} else {
const candidate = {};
candidate.skip = false;
candidate.newKeyObj = newKey;
candidate.pubKey = newKey.pubKey;
candidate.source = {
uri: `mid:${gMessage.messageId}`,
type: isBinaryAutocrypt ? "autocrypt" : "attachment",
description,
};
this.keyCollectCandidates.set(
relatedParticipantEmailAddress,
candidate
);
}
}
// done with processing for new keys (!oldKey)
continue;
}
// The key is known (we have an oldKey), then it makes sense to
// import, even if it's expired/revoked, to learn about the
// changed validity.
// Also, we auto import/merge such keys, even if the sender
// doesn't match any key user ID. Why is this useful?
// If I am Alice, and the email is from Bob, the email could have
// Charlie's revoked or extended key attached. It's useful for
// me to learn that.
// User IDs are another reason. The key might contain a new
// additional user ID, or a revoked user ID.
// That's relevant for Autocrypt headers, which only have one user
// ID. If we had imported the key with just one user ID in the
// past, and now we're being sent the same key for a different
// user ID, we must not skip it, even if it the validity is the
// same.
// Let's update on all possible changes of the user ID list,
// additions, removals, differences.
let shouldUpdate = false;
// new validity?
if (
oldKey.expiryTime < newKey.expiryTime ||
(oldKey.keyTrust != "r" && newKey.keyTrust == "r")
) {
shouldUpdate = true;
} else if (
oldKey.userIds.length != newKey.userIds.length ||
!oldKey.userIds.every((el, ix) => el === newKey.userIds[ix])
) {
shouldUpdate = true;
}
if (!shouldUpdate) {
continue;
}
if (
!(await EnigmailKeyRing.importKeyDataSilent(
window,
newKey.pubKey,
isBinaryAutocrypt,
"0x" + newKey.fpr
))
) {
console.warn(`Silent import failed for key 0x${newKey.fpr}`);
}
}
},
/**
* Show the import key notification.
*/
async unhideImportKeyBox() {
Enigmail.hdrView.notifyHasKeyAttached();
document.getElementById("openpgpKeyBox").removeAttribute("hidden");
// Check if the proposed key to import was previously accepted.
const hasAreadyAcceptedOther =
await PgpSqliteDb2.hasAnyPositivelyAcceptedKeyForEmail(
Enigmail.msg.authorEmail
);
if (hasAreadyAcceptedOther) {
await Enigmail.msg.notificationBox.appendNotification(
"hasConflictingKeyOpenPGP",
{
label: await document.l10n.formatValue("openpgp-be-careful-new-key", {
email: Enigmail.msg.authorEmail,
}),
priority: Enigmail.msg.notificationBox.PRIORITY_INFO_HIGH,
},
null
);
}
},
/*
* This function is called from several places. Any call may trigger
* the final processing for this message, it depends on the amount
* of attachments present, and whether we decrypt immediately, or
* after a delay (for inline encryption).
*/
async processAfterAttachmentsAndDecrypt() {
// Return early if message processing isn't ready yet.
if (!Enigmail.msg.allAttachmentsDone || !Enigmail.msg.messageDecryptDone) {
return;
}
// Return early if we haven't yet processed all attachments.
if (
Enigmail.msg.autoProcessPgpKeyAttachmentProcessed <
Enigmail.msg.autoProcessPgpKeyAttachmentCount
) {
return;
}
if (Enigmail.msg.unhideMissingSigKeyBoxIsTODO) {
Enigmail.msg.unhideMissingSigKeyBox();
}
// We have already processed all attached pgp-keys, we're ready
// to make final decisions on how to notify the user about
// available or missing keys.
// If we already found a good key for the sender's email
// in attachments, then don't look at the autocrypt header.
if (Enigmail.msg.attachedSenderEmailKeysIndex.length) {
this.unhideImportKeyBox();
} else if (
Enigmail.msg.savedHeaders &&
"autocrypt" in Enigmail.msg.savedHeaders &&
Enigmail.msg.savedHeaders.autocrypt.length > 0 &&
"from" in currentHeaderData
) {
const fromAddr = EnigmailFuncs.stripEmail(
currentHeaderData.from.headerValue
).toLowerCase();
// There might be multiple headers, we only want the one
// matching the sender's address.
for (const ac of Enigmail.msg.savedHeaders.autocrypt) {
const acAddr = MimeParser.getParameter(ac, "addr");
if (fromAddr == acAddr) {
let senderAutocryptKey;
try {
senderAutocryptKey = atob(
MimeParser.getParameter(ac.replace(/ /g, ""), "keydata")
);
} catch {}
if (senderAutocryptKey) {
// Make sure to let the message load before doing potentially *very*
// time consuming auto processing (seconds!?).
await new Promise(resolve => ChromeUtils.idleDispatch(resolve));
await this.commonProcessAttachedKey(senderAutocryptKey, true);
if (Enigmail.msg.attachedSenderEmailKeysIndex.length) {
this.unhideImportKeyBox();
}
}
}
}
}
for (const gossipKey of EnigmailSingletons.lastDecryptedMessage.gossip) {
await this.commonProcessAttachedKey(gossipKey, true);
}
if (this.keyCollectCandidates && this.keyCollectCandidates.size) {
const db = await CollectedKeysDB.getInstance();
for (const candidate of this.keyCollectCandidates.values()) {
if (candidate.skip) {
continue;
}
// If key is known in the db: merge + update.
const key = await db.mergeExisting(
candidate.newKeyObj,
candidate.pubKey,
candidate.source
);
await db.storeKey(key);
Services.obs.notifyObservers(null, "openpgp-key-change");
}
}
// Should we notify the user about available encrypted nested parts,
// which have not been automatically decrypted?
if (
EnigmailSingletons.isRecentUriWithNestedEncryptedPart(
Enigmail.msg.getCurrentMsgUriSpec()
)
) {
const buttons = [
{
"l10n-id": "openpgp-show-encrypted-parts",
popup: null,
callback() {
top.viewEncryptedPart(Enigmail.msg.getCurrentMsgUriSpec());
return true; // keep notification
},
},
];
await Enigmail.msg.notificationBox
.appendNotification(
"hasNestedEncryptedParts",
{
label: await document.l10n.formatValue(
"openpgp-has-nested-encrypted-parts"
),
priority: Enigmail.msg.notificationBox.PRIORITY_INFO_HIGH,
},
buttons
)
.catch(console.warn);
}
document.dispatchEvent(
new CustomEvent("openpgpprocessed", {
detail: { messageDecryptDone: true },
})
);
// Should we notify the user about available signed nested parts?
if (
EnigmailSingletons.isRecentUriWithNestedSignedPart(
Enigmail.msg.getCurrentMsgUriSpec()
)
) {
const buttons = [
{
"l10n-id": "openpgp-show-signed-parts",
popup: null,
callback() {
top.viewSignedPart(Enigmail.msg.getCurrentMsgUriSpec());
return true; // keep notification
},
},
];
Enigmail.msg.notificationBox.appendNotification(
"hasNestedSignedParts",
{
label: { "l10n-id": "openpgp-has-nested-signed-parts" },
priority: Enigmail.msg.notificationBox.PRIORITY_INFO_HIGH,
},
buttons
);
}
},
async notifyEndAllAttachments() {
Enigmail.msg.allAttachmentsDone = true;
if (!Enigmail.msg.autoProcessPgpKeyAttachmentCount) {
await Enigmail.msg.processAfterAttachmentsAndDecrypt();
}
},
toAndCCSet: null,
authorEmail: "",
// Used to remember the list of keys that we might want to add to
// our cache of seen keys. Will be used after we are done looking
// at all attachments.
keyCollectCandidates: new Map(),
attachedKeys: [],
attachedSenderEmailKeysIndex: [], // each: {idx (to-attachedKeys), keyInfo, binary}
fetchParticipants() {
if (this.toAndCCSet) {
return;
}
// toAndCCSet non-null indicates that we already fetched.
this.toAndCCSet = new Set();
// This message may have already disappeared.
if (!gMessage) {
return;
}
let addresses = MailServices.headerParser.parseEncodedHeader(
gMessage.author
);
if (addresses.length) {
this.authorEmail = addresses[0].email.toLowerCase();
}
addresses = MailServices.headerParser.parseEncodedHeader(
gMessage.recipients + "," + gMessage.ccList
);
for (const addr of addresses) {
this.toAndCCSet.add(addr.email.toLowerCase());
}
},
hasUserIdForEmail(userIds, authorEmail) {
authorEmail = authorEmail.toLowerCase();
for (const id of userIds) {
if (id.type !== "uid") {
continue;
}
if (
EnigmailFuncs.getEmailFromUserID(id.userId).toLowerCase() == authorEmail
) {
return true;
}
}
return false;
},
autoProcessPgpKeyAttachmentTransactionID: 0,
autoProcessPgpKeyAttachmentCount: 0,
autoProcessPgpKeyAttachmentProcessed: 0,
unhideMissingSigKeyBoxIsTODO: false,
unhideMissingSigKey: null,
autoProcessPgpKeyAttachment(attachment) {
if (
attachment.contentType != "application/pgp-keys" &&
!attachment.name.endsWith(".asc")
) {
return;
}
Enigmail.msg.autoProcessPgpKeyAttachmentCount++;
const bufferListener = EnigmailStreams.newStringStreamListener(
async data => {
// Make sure to let the message load before doing potentially *very*
// time consuming auto processing (seconds!?).
await new Promise(resolve => ChromeUtils.idleDispatch(resolve));
await this.commonProcessAttachedKey(data, false, attachment.name);
Enigmail.msg.autoProcessPgpKeyAttachmentProcessed++;
if (
Enigmail.msg.autoProcessPgpKeyAttachmentProcessed ==
Enigmail.msg.autoProcessPgpKeyAttachmentCount
) {
await Enigmail.msg.processAfterAttachmentsAndDecrypt();
}
}
);
const msgUri = Services.io.newURI(attachment.url);
const channel = EnigmailStreams.createChannel(msgUri);
channel.asyncOpen(bufferListener, msgUri);
},
/**
* Populate the message security popup panel with OpenPGP data.
*/
async loadOpenPgpMessageSecurityInfo() {
let sigInfoWithDateLabel = null;
let sigInfoLabel = null;
let sigInfo = null;
let sigClass = null;
let wantToShowDate = false;
// All scenarios that set wantToShowDate to true should set both
// sigInfoWithDateLabel and sigInfoLabel, to ensure we have a
// fallback label, if the date is unavailable.
switch (Enigmail.hdrView.msgSignatureState) {
case EnigmailConstants.MSG_SIG_NONE:
sigInfoLabel = "openpgp-no-sig";
sigClass = "none";
sigInfo = "openpgp-no-sig-info";
break;
case EnigmailConstants.MSG_SIG_UNCERTAIN_KEY_UNAVAILABLE:
sigInfoLabel = "openpgp-uncertain-sig";
sigClass = "unknown";
sigInfo = "openpgp-sig-uncertain-no-key";
break;
case EnigmailConstants.MSG_SIG_UNCERTAIN_UID_MISMATCH:
sigInfoLabel = "openpgp-uncertain-sig";
sigInfoWithDateLabel = "openpgp-uncertain-sig-with-date";
wantToShowDate = true;
sigClass = "mismatch";
sigInfo = "openpgp-sig-uncertain-uid-mismatch";
break;
case EnigmailConstants.MSG_SIG_UNCERTAIN_KEY_NOT_ACCEPTED:
sigInfoLabel = "openpgp-uncertain-sig";
sigInfoWithDateLabel = "openpgp-uncertain-sig-with-date";
wantToShowDate = true;
sigClass = "unknown";
sigInfo = "openpgp-sig-uncertain-not-accepted";
break;
case EnigmailConstants.MSG_SIG_INVALID_KEY_REJECTED:
sigInfoLabel = "openpgp-invalid-sig";
sigInfoWithDateLabel = "openpgp-invalid-sig-with-date";
wantToShowDate = true;
sigClass = "mismatch";
sigInfo = "openpgp-sig-invalid-rejected";
break;
case EnigmailConstants.MSG_SIG_INVALID_DATE_MISMATCH:
sigInfoLabel = "openpgp-bad-date-sig";
sigInfoWithDateLabel = "openpgp-bad-date-sig-with-date";
wantToShowDate = true;
sigClass = "mismatch";
sigInfo = "openpgp-sig-invalid-date-mismatch";
break;
case EnigmailConstants.MSG_SIG_INVALID:
sigInfoLabel = "openpgp-invalid-sig";
sigInfoWithDateLabel = "openpgp-invalid-sig-with-date";
wantToShowDate = true;
sigClass = "mismatch";
sigInfo = "openpgp-sig-invalid-technical-problem";
break;
case EnigmailConstants.MSG_SIG_VALID_KEY_UNVERIFIED:
sigInfoLabel = "openpgp-good-sig";
sigInfoWithDateLabel = "openpgp-good-sig-with-date";
wantToShowDate = true;
sigClass = "unverified";
sigInfo = "openpgp-sig-valid-unverified";
break;
case EnigmailConstants.MSG_SIG_VALID_KEY_VERIFIED:
sigInfoLabel = "openpgp-good-sig";
sigInfoWithDateLabel = "openpgp-good-sig-with-date";
wantToShowDate = true;
sigClass = "verified";
sigInfo = "openpgp-sig-valid-verified";
break;
case EnigmailConstants.MSG_SIG_VALID_SELF:
sigInfoLabel = "openpgp-good-sig";
sigInfoWithDateLabel = "openpgp-good-sig-with-date";
wantToShowDate = true;
sigClass = "ok";
sigInfo = "openpgp-sig-valid-own-key";
break;
default:
console.error(
"Unexpected msgSignatureState: " + Enigmail.hdrView.msgSignatureState
);
}
const signatureLabel = document.getElementById("signatureLabel");
if (wantToShowDate && Enigmail.hdrView.msgSignatureDate) {
const date = new Services.intl.DateTimeFormat(undefined, {
dateStyle: "short",
timeStyle: "short",
}).format(Enigmail.hdrView.msgSignatureDate);
document.l10n.setAttributes(signatureLabel, sigInfoWithDateLabel, {
date,
});
} else {
document.l10n.setAttributes(signatureLabel, sigInfoLabel);
}
// Remove the second class to properly update the signature icon.
signatureLabel.classList.remove(signatureLabel.classList.item(1));
signatureLabel.classList.add(sigClass);
const signatureExplanation = document.getElementById(
"signatureExplanation"
);
// eslint-disable-next-line mozilla/prefer-formatValues
signatureExplanation.textContent = await document.l10n.formatValue(sigInfo);
let encInfoLabel = null;
let encInfo = null;
let encClass = null;
switch (Enigmail.hdrView.msgEncryptionState) {
case EnigmailConstants.MSG_ENC_NONE:
encInfoLabel = "openpgp-enc-none";
encInfo = "openpgp-enc-none-label";
encClass = "none";
break;
case EnigmailConstants.MSG_ENC_NO_SECRET_KEY:
encInfoLabel = "openpgp-enc-invalid-label";
encInfo = "openpgp-enc-invalid";
encClass = "notok";
break;
case EnigmailConstants.MSG_ENC_FAILURE:
encInfoLabel = "openpgp-enc-invalid-label";
encInfo = "openpgp-enc-clueless";
encClass = "notok";
break;
case EnigmailConstants.MSG_ENC_OK:
encInfoLabel = "openpgp-enc-valid-label";
encInfo = "openpgp-enc-valid";
encClass = "ok";
break;
default:
console.error(
"Unexpected msgEncryptionState: " +
Enigmail.hdrView.msgEncryptionState
);
}
document.getElementById("techLabel").textContent = "- OpenPGP";
const encryptionLabel = document.getElementById("encryptionLabel");
// eslint-disable-next-line mozilla/prefer-formatValues
encryptionLabel.textContent = await document.l10n.formatValue(encInfoLabel);
// Remove the second class to properly update the encryption icon.
encryptionLabel.classList.remove(encryptionLabel.classList.item(1));
encryptionLabel.classList.add(encClass);
document.getElementById("encryptionExplanation").textContent =
// eslint-disable-next-line mozilla/prefer-formatValues
await document.l10n.formatValue(encInfo);
document.getElementById("packetDumpView").hidden =
!Enigmail.hdrView.packetDump;
if (Enigmail.hdrView.msgSignatureKeyId) {
const sigKeyInfo = EnigmailKeyRing.getKeyById(
Enigmail.hdrView.msgSignatureKeyId
);
document.getElementById("signatureKey").collapsed = false;
if (
sigKeyInfo &&
sigKeyInfo.keyId != Enigmail.hdrView.msgSignatureKeyId
) {
document.l10n.setAttributes(
document.getElementById("signatureKeyId"),
"openpgp-sig-key-id-with-subkey-id",
{
key: `0x${sigKeyInfo.keyId}`,
subkey: `0x${Enigmail.hdrView.msgSignatureKeyId}`,
}
);
} else {
document.l10n.setAttributes(
document.getElementById("signatureKeyId"),
"openpgp-sig-key-id",
{
key: `0x${Enigmail.hdrView.msgSignatureKeyId}`,
}
);
}
if (sigKeyInfo) {
document.getElementById("viewSignatureKey").collapsed = false;
gSigKeyId = Enigmail.hdrView.msgSignatureKeyId;
}
}
let myIdToSkipInList;
if (
Enigmail.hdrView.msgEncryptionKeyId &&
Enigmail.hdrView.msgEncryptionKeyId.keyId
) {
myIdToSkipInList = Enigmail.hdrView.msgEncryptionKeyId.keyId;
// If we were given a separate primaryKeyId, it means keyId is a subkey.
const havePrimaryId = !!Enigmail.hdrView.msgEncryptionKeyId.primaryKeyId;
document.getElementById("encryptionKey").collapsed = false;
if (havePrimaryId) {
document.l10n.setAttributes(
document.getElementById("encryptionKeyId"),
"openpgp-enc-key-with-subkey-id",
{
key: `0x${Enigmail.hdrView.msgEncryptionKeyId.primaryKeyId}`,
subkey: `0x${Enigmail.hdrView.msgEncryptionKeyId.keyId}`,
}
);
} else {
document.l10n.setAttributes(
document.getElementById("encryptionKeyId"),
"openpgp-enc-key-id",
{
key: `0x${Enigmail.hdrView.msgEncryptionKeyId.keyId}`,
}
);
}
if (
EnigmailKeyRing.getKeyById(Enigmail.hdrView.msgEncryptionKeyId.keyId)
) {
document.getElementById("viewEncryptionKey").collapsed = false;
gEncKeyId = Enigmail.hdrView.msgEncryptionKeyId.keyId;
}
}
const otherLabel = document.getElementById("otherLabel");
if (myIdToSkipInList) {
document.l10n.setAttributes(otherLabel, "openpgp-other-enc-all-key-ids");
} else {
document.l10n.setAttributes(
otherLabel,
"openpgp-other-enc-additional-key-ids"
);
}
if (!Enigmail.hdrView.msgEncryptionAllKeyIds) {
return;
}
const keyList = document.getElementById("otherEncryptionKeysList");
// Remove all the previously populated keys.
while (keyList.lastChild) {
keyList.removeChild(keyList.lastChild);
}
let showExtraKeysList = false;
for (const key of Enigmail.hdrView.msgEncryptionAllKeyIds) {
if (key.keyId == myIdToSkipInList) {
continue;
}
const container = document.createXULElement("vbox");
container.classList.add("other-key-row");
const havePrimaryId2 = !!key.primaryKeyId;
const keyInfo = EnigmailKeyRing.getKeyById(
havePrimaryId2 ? key.primaryKeyId : key.keyId
);
// Use textContent for label XUl elements to enable text wrapping.
const name = document.createXULElement("label");
name.classList.add("openpgp-key-name");
name.setAttribute("context", "simpleCopyPopup");
if (keyInfo) {
name.textContent = keyInfo.userId;
} else {
document.l10n.setAttributes(name, "openpgp-other-enc-all-key-ids");
}
const id = document.createXULElement("label");
id.setAttribute("context", "simpleCopyPopup");
id.classList.add("openpgp-key-id");
id.textContent = havePrimaryId2
? ` 0x${key.primaryKeyId} (0x${key.keyId})`
: ` 0x${key.keyId}`;
container.appendChild(name);
container.appendChild(id);
keyList.appendChild(container);
showExtraKeysList = true;
}
// Show extra keys if present in the message.
document.getElementById("otherEncryptionKeys").collapsed =
!showExtraKeysList;
},
};