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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";
var { CommonUtils } = ChromeUtils.importESModule(
);
var { EnigmailFuncs } = ChromeUtils.importESModule(
);
var { EnigmailKey } = ChromeUtils.importESModule(
);
var { EnigmailKeyRing } = ChromeUtils.importESModule(
);
var { PgpSqliteDb2 } = ChromeUtils.importESModule(
);
var { EnigmailCryptoAPI } = ChromeUtils.importESModule(
);
var { KeyLookupHelper } = ChromeUtils.importESModule(
);
var { RNP, RnpPrivateKeyUnlockTracker } = ChromeUtils.importESModule(
);
ChromeUtils.defineESModuleGetters(this, {
});
var l10n = new Localization(["messenger/openpgp/openpgp.ftl"], true);
var gModePersonal = false;
// This is the ID that was given to us as a parameter.
// Note that it might be the ID of a subkey.
var gKeyId = null;
var gUserId = null;
var gKeyList = null;
var gSigTree = null;
var gAllEmails = [];
var gOriginalAcceptedEmails = null;
var gAcceptedEmails = null;
var gHaveUnacceptedEmails = false;
var gFingerprint = "";
var gHasMissingSecret = false;
var gAcceptanceRadio = null;
var gPersonalRadio = null;
var gOriginalAcceptance;
var gOriginalPersonal;
var gUpdateAllowed = false;
const gAllEmailCheckboxes = [];
let gOkButton;
let gPrivateKeyTrackers = [];
window.addEventListener("DOMContentLoaded", onLoad);
window.addEventListener("unload", onUnload);
function onUnload() {
releasePrivateKeys();
}
function releasePrivateKeys() {
for (const tracker of gPrivateKeyTrackers) {
tracker.release();
}
gPrivateKeyTrackers = [];
}
async function onLoad() {
if (window.arguments[1]) {
window.arguments[1].refresh = false;
}
gAcceptanceRadio = document.getElementById("acceptanceRadio");
gPersonalRadio = document.getElementById("personalRadio");
gKeyId = window.arguments[0].keyId;
gOkButton = document.querySelector("dialog").getButton("accept");
gOkButton.focus();
await reloadData(true);
const sepPassphraseEnabled =
gModePersonal &&
Services.prefs.getBoolPref("mail.openpgp.passphrases.enabled");
document.getElementById("passphraseTab").hidden = !sepPassphraseEnabled;
document.getElementById("passphrasePanel").hidden = !sepPassphraseEnabled;
if (sepPassphraseEnabled) {
await loadPassphraseProtection();
}
onAcceptanceChanged();
}
/***
* Set the label text of a HTML element
*/
function setLabel(elementId, label) {
const node = document.getElementById(elementId);
node.setAttribute("value", label);
}
async function changeExpiry() {
const keyObj = EnigmailKeyRing.getKeyById(gKeyId);
if (!keyObj || !keyObj.secretAvailable) {
return;
}
if (!keyObj.iSimpleOneSubkeySameExpiry()) {
Services.prompt.alert(
null,
document.title,
await document.l10n.formatValue("openpgp-cannot-change-expiry")
);
return;
}
const args = {
keyId: keyObj.keyId,
modified: onDataModified,
};
// The keyDetailsDlg can be opened from different locations, some of which
// don't belong to the Account Settings, therefore they won't have access to
// the gSubDialog object.
if (parent.gSubDialog) {
parent.gSubDialog.open(
undefined,
args
);
return;
}
window.openDialog(
"",
"dialog,modal,centerscreen,resizable",
args
);
}
async function refreshOnline() {
const keyObj = EnigmailKeyRing.getKeyById(gKeyId);
if (!keyObj) {
return;
}
const imported = await KeyLookupHelper.lookupAndImportByKeyID(
"interactive-import",
window,
keyObj.fpr,
true
);
if (imported) {
onDataModified();
}
}
async function loadPassphraseProtection() {
const keyObj = EnigmailKeyRing.getKeyById(gKeyId);
if (!keyObj || !keyObj.secretAvailable) {
return;
}
const primaryKey = RnpPrivateKeyUnlockTracker.constructFromFingerprint(
keyObj.fpr
);
primaryKey.setAllowPromptingUserForPassword(false);
primaryKey.setAllowAutoUnlockWithCachedPasswords(false);
const isSecretForPrimaryAvailable = primaryKey.available();
let canUnlockSecretForPrimary = false;
if (isSecretForPrimaryAvailable) {
await primaryKey.unlock();
canUnlockSecretForPrimary = primaryKey.isUnlocked();
gPrivateKeyTrackers.push(primaryKey);
}
let countSubkeysWithSecretAvailable = 0;
let countSubkeysCanAutoUnlock = 0;
for (let i = 0; i < keyObj.subKeys.length; i++) {
const subKey = RnpPrivateKeyUnlockTracker.constructFromFingerprint(
keyObj.subKeys[i].fpr
);
subKey.setAllowPromptingUserForPassword(false);
subKey.setAllowAutoUnlockWithCachedPasswords(false);
const isSecretForPrimaryAvailable = subKey.available();
let canUnlockSecretForPrimary = false;
if (isSecretForPrimaryAvailable) {
++countSubkeysWithSecretAvailable;
await subKey.unlock();
canUnlockSecretForPrimary = subKey.isUnlocked();
if (canUnlockSecretForPrimary) {
countSubkeysCanAutoUnlock++;
}
gPrivateKeyTrackers.push(subKey);
}
}
const userPassphraseMode = "user-passphrase";
const usingPP = LoginHelper.isPrimaryPasswordSet();
let protectionMode;
// Could we use the automatic passphrase to unlock all secret keys for
// which the key material is available?
if (
(!isSecretForPrimaryAvailable || canUnlockSecretForPrimary) &&
countSubkeysWithSecretAvailable == countSubkeysCanAutoUnlock
) {
protectionMode = usingPP ? "primary-password" : "unprotected";
} else {
protectionMode = userPassphraseMode;
}
// Strings used here:
// openpgp-passphrase-status-unprotected
// openpgp-passphrase-status-primary-password
// openpgp-passphrase-status-user-passphrase
document.l10n.setAttributes(
document.getElementById("passphraseStatus"),
`openpgp-passphrase-status-${protectionMode}`
);
// Strings used here:
// openpgp-passphrase-instruction-unprotected
// openpgp-passphrase-instruction-primary-password
// openpgp-passphrase-instruction-user-passphrase
document.l10n.setAttributes(
document.getElementById("passphraseInstruction"),
`openpgp-passphrase-instruction-${protectionMode}`
);
document.getElementById("unlockBox").hidden =
protectionMode != userPassphraseMode;
document.getElementById("lockBox").hidden =
protectionMode == userPassphraseMode;
document.getElementById("usePrimaryPassword").hidden = true;
document.getElementById("removeProtection").hidden = true;
document.l10n.setAttributes(
document.getElementById("setPassphrase"),
protectionMode == userPassphraseMode
? "openpgp-passphrase-change"
: "openpgp-passphrase-set"
);
document.getElementById("passwordInput").value = "";
document.getElementById("passwordConfirm").value = "";
}
async function unlock() {
const pwCache = {
passwords: [],
};
for (const tracker of gPrivateKeyTrackers) {
tracker.setAllowPromptingUserForPassword(true);
tracker.setAllowAutoUnlockWithCachedPasswords(true);
tracker.setPasswordCache(pwCache);
await tracker.unlock();
if (!tracker.isUnlocked()) {
return;
}
}
document.l10n.setAttributes(
document.getElementById("passphraseInstruction"),
"openpgp-passphrase-unlocked"
);
document.getElementById("unlockBox").hidden = true;
document.getElementById("lockBox").hidden = false;
document.getElementById("passwordInput").value = "";
document.getElementById("passwordConfirm").value = "";
document.getElementById(
LoginHelper.isPrimaryPasswordSet()
? "usePrimaryPassword"
: "removeProtection"
).hidden = false;
// Necessary to set the disabled status of the button
onPasswordInput();
}
function onPasswordInput() {
const pw1 = document.getElementById("passwordInput").value;
const pw2 = document.getElementById("passwordConfirm").value;
// Disable the button if the two passwords don't match, and enable it
// if the passwords do match.
const disabled = pw1 != pw2 || !pw1.length;
document.getElementById("setPassphrase").disabled = disabled;
}
async function setPassphrase() {
const pw = document.getElementById("passwordInput").value;
for (const tracker of gPrivateKeyTrackers) {
tracker.setPassphrase(pw);
}
await RNP.saveKeyRings();
releasePrivateKeys();
loadPassphraseProtection();
}
async function useAutoPassphrase() {
for (const tracker of gPrivateKeyTrackers) {
await tracker.setAutoPassphrase();
}
await RNP.saveKeyRings();
releasePrivateKeys();
loadPassphraseProtection();
}
function onAcceptanceChanged() {
// The check for gAcceptedEmails.size is to handle an edge case.
// If a key was previously accepted, for an email address that is
// now revoked, and another email address has been added,
// then the key can be marked as accepted without any accepted
// email address.
// In this scenario, we must allow the user to edit the accepted
// email addresses, even if there's just one email address available.
// Another scenario is a data inconsistency, with accepted key,
// but no accepted email.
const originalAccepted = isAccepted(gOriginalAcceptance);
const wantAccepted = isAccepted(gAcceptanceRadio.value);
const disableEmailsTab =
(wantAccepted &&
gAllEmails.length < 2 &&
gAcceptedEmails.size != 0 &&
(!originalAccepted || !gHaveUnacceptedEmails)) ||
!wantAccepted;
document.getElementById("emailAddressesTab").disabled = disableEmailsTab;
document.getElementById("emailAddressesPanel").disabled = disableEmailsTab;
setOkButtonState();
}
function onDataModified() {
EnigmailKeyRing.clearCache();
enableRefresh();
reloadData(false);
}
function isAccepted(value) {
return value == "unverified" || value == "verified";
}
async function reloadData(firstLoad) {
gUserId = null;
var treeChildren = document.getElementById("keyListChildren");
// clean lists
while (treeChildren.firstChild) {
treeChildren.firstChild.remove();
}
const keyObj = EnigmailKeyRing.getKeyById(gKeyId);
if (!keyObj) {
return;
}
let acceptanceIntroText = "";
let acceptanceVerificationText = "";
if (keyObj.fpr) {
gFingerprint = keyObj.fpr;
setLabel("fingerprint", EnigmailKey.formatFpr(keyObj.fpr));
}
gSigTree = document.getElementById("signatures_tree");
const cApi = EnigmailCryptoAPI();
const signatures = await cApi.getKeyObjSignatures(keyObj);
gSigTree.view = new SigListView(signatures);
document.getElementById("subkeyList").view = new SubkeyListView(keyObj);
gUserId = keyObj.userId;
setLabel("keyId", "0x" + keyObj.keyId);
setLabel("keyCreated", keyObj.created);
const keyIsExpired =
keyObj.effectiveExpiryTime &&
keyObj.effectiveExpiryTime < Math.floor(Date.now() / 1000);
let expiryInfo;
let expireArgument = null;
let expiryInfoKey = "";
if (keyObj.keyTrust == "r") {
expiryInfoKey = "key-revoked-simple";
} else if (keyObj.keyTrust == "e" || keyIsExpired) {
expiryInfoKey = "key-expired-date";
expireArgument = keyObj.effectiveExpiry;
} else if (keyObj.effectiveExpiry.length === 0) {
expiryInfoKey = "key-does-not-expire";
} else {
expiryInfo = keyObj.effectiveExpiry;
}
if (expiryInfoKey) {
expiryInfo = l10n.formatValueSync(expiryInfoKey, {
keyExpiry: expireArgument,
});
}
setLabel("keyExpiry", expiryInfo);
gModePersonal = keyObj.secretAvailable;
document.getElementById("passphraseTab").hidden = !gModePersonal;
document.getElementById("passphrasePanel").hidden = !gModePersonal;
if (gModePersonal) {
gPersonalRadio.removeAttribute("hidden");
gAcceptanceRadio.setAttribute("hidden", "true");
acceptanceIntroText = "key-accept-personal";
const value = l10n.formatValueSync("key-type-pair");
setLabel("keyType", value);
gUpdateAllowed = true;
if (firstLoad) {
gOriginalPersonal = await PgpSqliteDb2.isAcceptedAsPersonalKey(
keyObj.fpr
);
gPersonalRadio.value = gOriginalPersonal ? "personal" : "not_personal";
}
if (keyObj.keyTrust != "r") {
document.getElementById("changeExpiryButton").removeAttribute("hidden");
}
} else {
gPersonalRadio.setAttribute("hidden", "true");
const value = l10n.formatValueSync("key-type-public");
setLabel("keyType", value);
const isStillValid = !(
keyObj.keyTrust == "r" ||
keyObj.keyTrust == "e" ||
keyIsExpired
);
if (!isStillValid) {
gAcceptanceRadio.setAttribute("hidden", "true");
if (keyObj.keyTrust == "r") {
acceptanceIntroText = "key-revoked-simple";
} else if (keyObj.keyTrust == "e" || keyIsExpired) {
acceptanceIntroText = "key-expired-simple";
}
} else {
gAcceptanceRadio.removeAttribute("hidden");
acceptanceIntroText = "key-do-you-accept";
acceptanceVerificationText = "key-verification";
gUpdateAllowed = true;
//await RNP.calculateAcceptance(keyObj.keyId, null);
const acceptanceResult = await PgpSqliteDb2.getFingerprintAcceptance(
null,
keyObj.fpr
);
if (firstLoad) {
if (!acceptanceResult) {
gOriginalAcceptance = "undecided";
} else {
gOriginalAcceptance = acceptanceResult;
}
gAcceptanceRadio.value = gOriginalAcceptance;
}
}
if (firstLoad) {
gAcceptedEmails = new Set();
for (let i = 0; i < keyObj.userIds.length; i++) {
if (keyObj.userIds[i].type === "uid") {
const uidEmail = EnigmailFuncs.getEmailFromUserID(
keyObj.userIds[i].userId
);
if (uidEmail) {
gAllEmails.push(uidEmail);
if (isAccepted(gOriginalAcceptance)) {
const rv = {};
await PgpSqliteDb2.getAcceptance(keyObj.fpr, uidEmail, rv);
if (rv.emailDecided) {
gAcceptedEmails.add(uidEmail);
} else {
gHaveUnacceptedEmails = true;
}
} else {
// For not-yet-accepted keys, our default is to accept
// all shown email addresses.
gAcceptedEmails.add(uidEmail);
}
}
}
}
// clone
gOriginalAcceptedEmails = new Set(gAcceptedEmails);
}
}
await createUidData(keyObj);
if (acceptanceIntroText) {
const acceptanceIntro = document.getElementById("acceptanceIntro");
document.l10n.setAttributes(acceptanceIntro, acceptanceIntroText);
}
if (acceptanceVerificationText) {
const acceptanceVerification = document.getElementById(
"acceptanceVerification"
);
document.l10n.setAttributes(
acceptanceVerification,
acceptanceVerificationText,
{
addr: EnigmailFuncs.getEmailFromUserID(gUserId).toLowerCase(),
}
);
}
document.getElementById("key-detail-has-insecure").hidden =
!keyObj.hasIgnoredAttributes;
}
function setOkButtonState() {
const atLeastOneChecked = gAllEmailCheckboxes.some(c => c.checked);
gOkButton.disabled = !atLeastOneChecked && isAccepted(gAcceptanceRadio.value);
}
async function createUidData(keyDetails) {
var uidList = document.getElementById("userIds");
while (uidList.firstChild) {
uidList.firstChild.remove();
}
let primaryIdIndex = 0;
for (let i = 0; i < keyDetails.userIds.length; i++) {
if (keyDetails.userIds[i].type === "uid") {
if (keyDetails.userIds[i].userId == keyDetails.userId) {
primaryIdIndex = i;
break;
}
}
}
for (let i = -1; i < keyDetails.userIds.length; i++) {
// Handle entry primaryIdIndex first.
let indexToUse;
if (i == -1) {
indexToUse = primaryIdIndex;
} else if (i == primaryIdIndex) {
// already handled when i was -1
continue;
} else {
indexToUse = i;
}
if (keyDetails.userIds[indexToUse].type === "uid") {
const uidStr = keyDetails.userIds[indexToUse].userId;
/* - attempted code with <ul id="userIds">, doesn't work yet
let item = document.createElement("li");
let text = document.createElement("div");
text.textContent = uidStr;
item.append(text);
let lf = document.createElement("br");
item.append(lf);
uidList.appendChild(item);
*/
uidList.appendItem(uidStr);
}
}
if (gModePersonal) {
document.getElementById("emailAddressesTab").hidden = true;
} else {
const emailList = document.getElementById("addressesList");
let atLeastOneChecked = false;
const gUniqueEmails = new Set();
for (let i = 0; i < gAllEmails.length; i++) {
const email = gAllEmails[i];
if (gUniqueEmails.has(email)) {
continue;
}
gUniqueEmails.add(email);
const checkbox = document.createXULElement("checkbox");
checkbox.value = email;
checkbox.setAttribute("label", email);
checkbox.checked = gAcceptedEmails.has(email);
if (checkbox.checked) {
atLeastOneChecked = true;
}
checkbox.disabled = !gUpdateAllowed;
checkbox.addEventListener("command", () => {
setOkButtonState();
});
emailList.appendChild(checkbox);
gAllEmailCheckboxes.push(checkbox);
}
// Usually, if we have only one email address available,
// we want to hide the tab.
// There are edge cases - if we have a data inconsistency
// (key accepted, but no email accepted), then we must show,
// to allow the user to repair.
document.getElementById("emailAddressesTab").hidden =
gUniqueEmails.size < 2 && atLeastOneChecked;
}
}
function setAttr(attribute, value) {
var elem = document.getElementById(attribute);
if (elem) {
elem.value = value;
}
}
function enableRefresh() {
if (window.arguments[1]) {
window.arguments[1].refresh = true;
}
window.arguments[0].modified();
}
// ------------------ onCommand Functions -----------------
/*
function manageUids() {
let keyObj = EnigmailKeyRing.getKeyById(gKeyId);
var inputObj = {
keyId: keyObj.keyId,
ownKey: keyObj.secretAvailable,
};
var resultObj = {
refresh: false,
};
window.openDialog(
"",
"dialog,modal,centerscreen,resizable=yes",
inputObj,
resultObj
);
if (resultObj.refresh) {
enableRefresh();
reloadData(false);
}
}
*/
function genRevocationCert() {
throw new Error("Not implemented");
/*
var defaultFileName = userId.replace(/[<>]/g, "");
defaultFileName += " (0x" + keyId + ") rev.asc";
var outFile = EnigFilePicker("XXXsaveRevokeCertAs",
"", true, "*.asc",
defaultFileName, ["XXXasciiArmorFile", "*.asc"];
if (!outFile) return -1;
return 0;
*/
}
/**
* @param {object[]} signatures - list of signature objects
* signatures.userId {string} - User ID.
* signatures.uidLabel {string} - UID label.
* signatures.created {string} - Creation date as printable string.
* signatures.fpr {string} - Fingerprint.
* signatures.sigList {Object[]} - Objects
* signatures.sigList.userId
* signatures.sigList.created
* signatures.sigList.signerKeyId
* signatures.sigList.sigType
* signatures.sigList.sigKnown
*/
function SigListView(signatures) {
this.keyObj = [];
for (const sig of signatures) {
const k = {
uid: sig.userId,
keyId: sig.keyId,
created: sig.created,
expanded: true,
sigList: [],
};
for (const s of sig.sigList) {
k.sigList.push({
uid: s.userId,
created: s.created,
keyId: s.signerKeyId,
sigType: s.sigType,
});
}
this.keyObj.push(k);
}
this.prevKeyObj = null;
this.prevRow = -1;
this.updateRowCount();
}
/**
* @implements {nsITreeView}
*/
SigListView.prototype = {
updateRowCount() {
let rc = 0;
for (const i in this.keyObj) {
rc += this.keyObj[i].expanded ? this.keyObj[i].sigList.length + 1 : 1;
}
this.rowCount = rc;
},
setLastKeyObj(keyObj, row) {
this.prevKeyObj = keyObj;
this.prevRow = row;
return keyObj;
},
getSigAtIndex(row) {
if (this.lastIndex == row) {
return this.lastKeyObj;
}
let j = 0,
l = 0;
for (const i in this.keyObj) {
if (j === row) {
return this.setLastKeyObj(this.keyObj[i], row);
}
j++;
if (this.keyObj[i].expanded) {
l = this.keyObj[i].sigList.length;
if (j + l >= row && row - j < l) {
return this.setLastKeyObj(this.keyObj[i].sigList[row - j], row);
}
j += l;
}
}
return null;
},
getCellText(row, column) {
const s = this.getSigAtIndex(row);
if (s) {
switch (column.id) {
case "sig_uid_col":
return s.uid;
case "sig_keyid_col":
return "0x" + s.keyId;
case "sig_created_col":
return s.created;
}
}
return "";
},
setTree(treebox) {
this.treebox = treebox;
},
isContainer(row) {
const s = this.getSigAtIndex(row);
return "sigList" in s;
},
isSeparator() {
return false;
},
isSorted() {
return false;
},
getLevel(row) {
const s = this.getSigAtIndex(row);
return "sigList" in s ? 0 : 1;
},
cycleHeader() {},
getImageSrc() {
return null;
},
getRowProperties() {},
getCellProperties() {
return "";
},
canDrop() {
return false;
},
getColumnProperties() {},
isContainerEmpty() {
return false;
},
getParentIndex() {
return -1;
},
getProgressMode() {},
isContainerOpen(row) {
const s = this.getSigAtIndex(row);
return s.expanded;
},
isSelectable() {
return true;
},
toggleOpenState(row) {
const s = this.getSigAtIndex(row);
s.expanded = !s.expanded;
const r = this.rowCount;
this.updateRowCount();
gSigTree.rowCountChanged(row, this.rowCount - r);
},
};
function createSubkeyItem(mainKeyIsSecret, subkey) {
// Get expiry state of this subkey
let expire;
if (subkey.keyTrust === "r") {
expire = l10n.formatValueSync("key-valid-revoked");
} else if (subkey.expiryTime === 0) {
expire = l10n.formatValueSync("key-expiry-never");
} else {
expire = subkey.expiry;
}
let subkeyType = "";
if (mainKeyIsSecret && (!subkey.secretAvailable || !subkey.secretMaterial)) {
subkeyType = "(!) ";
gHasMissingSecret = true;
}
if (subkey.type === "pub") {
subkeyType += l10n.formatValueSync("key-type-primary");
} else {
subkeyType += l10n.formatValueSync("key-type-subkey");
}
let usagetext = "";
let i;
// e = encrypt
// s = sign
// c = certify
// a = authentication
// Capital Letters are ignored, as these reflect summary properties of a key
var singlecode = "";
for (i = 0; i < subkey.keyUseFor.length; i++) {
singlecode = subkey.keyUseFor.substr(i, 1);
switch (singlecode) {
case "e":
if (usagetext.length > 0) {
usagetext = usagetext + ", ";
}
usagetext = usagetext + l10n.formatValueSync("key-usage-encrypt");
break;
case "s":
if (usagetext.length > 0) {
usagetext = usagetext + ", ";
}
usagetext = usagetext + l10n.formatValueSync("key-usage-sign");
break;
case "c":
if (usagetext.length > 0) {
usagetext = usagetext + ", ";
}
usagetext = usagetext + l10n.formatValueSync("key-usage-certify");
break;
case "a":
if (usagetext.length > 0) {
usagetext = usagetext + ", ";
}
usagetext =
usagetext + l10n.formatValueSync("key-usage-authentication");
break;
} // * case *
} // * for *
const keyObj = {
keyType: subkeyType,
keyId: "0x" + subkey.keyId,
algo: subkey.algoSym,
size: subkey.keySize,
creationDate: subkey.created,
expiry: expire,
usage: usagetext,
};
return keyObj;
}
function SubkeyListView(keyObj) {
gHasMissingSecret = false;
this.subkeys = [];
this.rowCount = keyObj.subKeys.length + 1;
this.subkeys.push(createSubkeyItem(keyObj.secretAvailable, keyObj));
for (let i = 0; i < keyObj.subKeys.length; i++) {
this.subkeys.push(
createSubkeyItem(keyObj.secretAvailable, keyObj.subKeys[i])
);
}
document.getElementById("legendMissingSecret").hidden = !gHasMissingSecret;
}
// implements nsITreeView
SubkeyListView.prototype = {
getCellText(row, column) {
const s = this.subkeys[row];
if (s) {
switch (column.id) {
case "keyTypeCol":
return s.keyType;
case "keyIdCol":
return s.keyId;
case "algoCol":
return s.algo;
case "sizeCol":
return s.size;
case "createdCol":
return s.creationDate;
case "expiryCol":
return s.expiry;
case "keyUsageCol":
return s.usage;
}
}
return "";
},
setTree(treebox) {
this.treebox = treebox;
},
isContainer() {
return false;
},
isSeparator() {
return false;
},
isSorted() {
return false;
},
getLevel() {
return 0;
},
cycleHeader() {},
getImageSrc() {
return null;
},
getRowProperties() {},
getCellProperties() {
return "";
},
canDrop() {
return false;
},
getColumnProperties() {},
isContainerEmpty() {
return false;
},
getParentIndex() {
return -1;
},
getProgressMode() {},
isContainerOpen() {
return false;
},
isSelectable() {
return true;
},
toggleOpenState() {},
};
function sigHandleDblClick() {}
document.addEventListener("dialogaccept", async function (event) {
// Prevent the closing of the dialog to wait until all the SQLite operations
// have properly been executed.
event.preventDefault();
// The user's personal OpenPGP key acceptance was edited.
if (gModePersonal) {
if (gUpdateAllowed && gPersonalRadio.value != gOriginalPersonal) {
if (gPersonalRadio.value == "personal") {
await PgpSqliteDb2.acceptAsPersonalKey(gFingerprint);
} else {
await PgpSqliteDb2.deletePersonalKeyAcceptance(gFingerprint);
}
enableRefresh();
}
window.close();
return;
}
// If the recipient's key hasn't been revoked or invalidated, and the
// signature acceptance was edited.
if (gUpdateAllowed) {
const selectedEmails = new Set();
for (const checkbox of gAllEmailCheckboxes) {
if (checkbox.checked) {
selectedEmails.add(checkbox.value);
}
}
if (
gAcceptanceRadio.value != gOriginalAcceptance ||
!CommonUtils.setEqual(gAcceptedEmails, selectedEmails)
) {
await PgpSqliteDb2.updateAcceptance(
gFingerprint,
[...selectedEmails],
gAcceptanceRadio.value
);
enableRefresh();
}
}
window.close();
});