lint: Run eslint --fix on src/

This commit is contained in:
Richard Hansen 2020-11-23 13:24:19 -05:00 committed by John McLear
parent b8d07a42eb
commit 8e5fd19db2
109 changed files with 9061 additions and 10572 deletions

View file

@ -20,80 +20,70 @@
* limitations under the License.
*/
var AttributePool = require('./AttributePool');
var Changeset = require('./Changeset');
const AttributePool = require('./AttributePool');
const Changeset = require('./Changeset');
function makeChangesetTracker(scheduler, apool, aceCallbacksProvider) {
// latest official text from server
var baseAText = Changeset.makeAText("\n");
let baseAText = Changeset.makeAText('\n');
// changes applied to baseText that have been submitted
var submittedChangeset = null;
let submittedChangeset = null;
// changes applied to submittedChangeset since it was prepared
var userChangeset = Changeset.identity(1);
let userChangeset = Changeset.identity(1);
// is the changesetTracker enabled
var tracking = false;
let tracking = false;
// stack state flag so that when we change the rep we don't
// handle the notification recursively. When setting, always
// unset in a "finally" block. When set to true, the setter
// takes change of userChangeset.
var applyingNonUserChanges = false;
let applyingNonUserChanges = false;
var changeCallback = null;
let changeCallback = null;
var changeCallbackTimeout = null;
let changeCallbackTimeout = null;
function setChangeCallbackTimeout() {
// can call this multiple times per call-stack, because
// we only schedule a call to changeCallback if it exists
// and if there isn't a timeout already scheduled.
if (changeCallback && changeCallbackTimeout === null)
{
changeCallbackTimeout = scheduler.setTimeout(function() {
try
{
if (changeCallback && changeCallbackTimeout === null) {
changeCallbackTimeout = scheduler.setTimeout(() => {
try {
changeCallback();
}
catch(pseudoError) {}
finally
{
} catch (pseudoError) {} finally {
changeCallbackTimeout = null;
}
}, 0);
}
}
var self;
let self;
return self = {
isTracking: function() {
isTracking() {
return tracking;
},
setBaseText: function(text) {
setBaseText(text) {
self.setBaseAttributedText(Changeset.makeAText(text), null);
},
setBaseAttributedText: function(atext, apoolJsonObj) {
aceCallbacksProvider.withCallbacks("setBaseText", function(callbacks) {
setBaseAttributedText(atext, apoolJsonObj) {
aceCallbacksProvider.withCallbacks('setBaseText', (callbacks) => {
tracking = true;
baseAText = Changeset.cloneAText(atext);
if (apoolJsonObj)
{
var wireApool = (new AttributePool()).fromJsonable(apoolJsonObj);
if (apoolJsonObj) {
const wireApool = (new AttributePool()).fromJsonable(apoolJsonObj);
baseAText.attribs = Changeset.moveOpsToNewPool(baseAText.attribs, wireApool, apool);
}
submittedChangeset = null;
userChangeset = Changeset.identity(atext.text.length);
applyingNonUserChanges = true;
try
{
try {
callbacks.setDocumentAttributedText(atext);
}
finally
{
} finally {
applyingNonUserChanges = false;
}
});
},
composeUserChangeset: function(c) {
composeUserChangeset(c) {
if (!tracking) return;
if (applyingNonUserChanges) return;
if (Changeset.isIdentity(c)) return;
@ -101,149 +91,132 @@ function makeChangesetTracker(scheduler, apool, aceCallbacksProvider) {
setChangeCallbackTimeout();
},
applyChangesToBase: function(c, optAuthor, apoolJsonObj) {
applyChangesToBase(c, optAuthor, apoolJsonObj) {
if (!tracking) return;
aceCallbacksProvider.withCallbacks("applyChangesToBase", function(callbacks) {
if (apoolJsonObj)
{
var wireApool = (new AttributePool()).fromJsonable(apoolJsonObj);
aceCallbacksProvider.withCallbacks('applyChangesToBase', (callbacks) => {
if (apoolJsonObj) {
const wireApool = (new AttributePool()).fromJsonable(apoolJsonObj);
c = Changeset.moveOpsToNewPool(c, wireApool, apool);
}
baseAText = Changeset.applyToAText(c, baseAText, apool);
var c2 = c;
if (submittedChangeset)
{
var oldSubmittedChangeset = submittedChangeset;
let c2 = c;
if (submittedChangeset) {
const oldSubmittedChangeset = submittedChangeset;
submittedChangeset = Changeset.follow(c, oldSubmittedChangeset, false, apool);
c2 = Changeset.follow(oldSubmittedChangeset, c, true, apool);
}
var preferInsertingAfterUserChanges = true;
var oldUserChangeset = userChangeset;
const preferInsertingAfterUserChanges = true;
const oldUserChangeset = userChangeset;
userChangeset = Changeset.follow(c2, oldUserChangeset, preferInsertingAfterUserChanges, apool);
var postChange = Changeset.follow(oldUserChangeset, c2, !preferInsertingAfterUserChanges, apool);
const postChange = Changeset.follow(oldUserChangeset, c2, !preferInsertingAfterUserChanges, apool);
var preferInsertionAfterCaret = true; //(optAuthor && optAuthor > thisAuthor);
const preferInsertionAfterCaret = true; // (optAuthor && optAuthor > thisAuthor);
applyingNonUserChanges = true;
try
{
try {
callbacks.applyChangesetToDocument(postChange, preferInsertionAfterCaret);
}
finally
{
} finally {
applyingNonUserChanges = false;
}
});
},
prepareUserChangeset: function() {
prepareUserChangeset() {
// If there are user changes to submit, 'changeset' will be the
// changeset, else it will be null.
var toSubmit;
if (submittedChangeset)
{
let toSubmit;
if (submittedChangeset) {
// submission must have been canceled, prepare new changeset
// that includes old submittedChangeset
toSubmit = Changeset.compose(submittedChangeset, userChangeset, apool);
}
else
{
} else {
// add forEach function to Array.prototype for IE8
if (!('forEach' in Array.prototype)) {
Array.prototype.forEach= function(action, that /*opt*/) {
for (var i= 0, n= this.length; i<n; i++)
if (i in this)
action.call(that, this[i], i, this);
Array.prototype.forEach = function (action, that /* opt*/) {
for (let i = 0, n = this.length; i < n; i++) if (i in this) action.call(that, this[i], i, this);
};
}
// Get my authorID
var authorId = parent.parent.pad.myUserInfo.userId;
const authorId = parent.parent.pad.myUserInfo.userId;
// Sanitize authorship
// We need to replace all author attribs with thisSession.author, in case they copy/pasted or otherwise inserted other peoples changes
if(apool.numToAttrib){
for (var attr in apool.numToAttrib){
if (apool.numToAttrib[attr][0] == 'author' && apool.numToAttrib[attr][1] == authorId) var authorAttr = Number(attr).toString(36)
if (apool.numToAttrib) {
for (const attr in apool.numToAttrib) {
if (apool.numToAttrib[attr][0] == 'author' && apool.numToAttrib[attr][1] == authorId) var authorAttr = Number(attr).toString(36);
}
// Replace all added 'author' attribs with the value of the current user
var cs = Changeset.unpack(userChangeset)
, iterator = Changeset.opIterator(cs.ops)
, op
, assem = Changeset.mergingOpAssembler();
var cs = Changeset.unpack(userChangeset);
const iterator = Changeset.opIterator(cs.ops);
let op;
const assem = Changeset.mergingOpAssembler();
while(iterator.hasNext()) {
op = iterator.next()
if(op.opcode == '+') {
var newAttrs = ''
while (iterator.hasNext()) {
op = iterator.next();
if (op.opcode == '+') {
var newAttrs = '';
op.attribs.split('*').forEach(function(attrNum) {
if(!attrNum) return
var attr = apool.getAttrib(parseInt(attrNum, 36))
if(!attr) return
if('author' == attr[0]) {
op.attribs.split('*').forEach((attrNum) => {
if (!attrNum) return;
const attr = apool.getAttrib(parseInt(attrNum, 36));
if (!attr) return;
if ('author' == attr[0]) {
// replace that author with the current one
newAttrs += '*'+authorAttr;
}
else newAttrs += '*'+attrNum // overtake all other attribs as is
})
op.attribs = newAttrs
newAttrs += `*${authorAttr}`;
} else { newAttrs += `*${attrNum}`; } // overtake all other attribs as is
});
op.attribs = newAttrs;
}
assem.append(op)
assem.append(op);
}
assem.endDocument();
userChangeset = Changeset.pack(cs.oldLen, cs.newLen, assem.toString(), cs.charBank)
Changeset.checkRep(userChangeset)
userChangeset = Changeset.pack(cs.oldLen, cs.newLen, assem.toString(), cs.charBank);
Changeset.checkRep(userChangeset);
}
if (Changeset.isIdentity(userChangeset)) toSubmit = null;
else toSubmit = userChangeset;
}
var cs = null;
if (toSubmit)
{
if (toSubmit) {
submittedChangeset = toSubmit;
userChangeset = Changeset.identity(Changeset.newLen(toSubmit));
cs = toSubmit;
}
var wireApool = null;
if (cs)
{
var forWire = Changeset.prepareForWire(cs, apool);
let wireApool = null;
if (cs) {
const forWire = Changeset.prepareForWire(cs, apool);
wireApool = forWire.pool.toJsonable();
cs = forWire.translated;
}
var data = {
const data = {
changeset: cs,
apool: wireApool
apool: wireApool,
};
return data;
},
applyPreparedChangesetToBase: function() {
if (!submittedChangeset)
{
applyPreparedChangesetToBase() {
if (!submittedChangeset) {
// violation of protocol; use prepareUserChangeset first
throw new Error("applySubmittedChangesToBase: no submitted changes to apply");
throw new Error('applySubmittedChangesToBase: no submitted changes to apply');
}
//bumpDebug("applying committed changeset: "+submittedChangeset.encodeToString(false));
// bumpDebug("applying committed changeset: "+submittedChangeset.encodeToString(false));
baseAText = Changeset.applyToAText(submittedChangeset, baseAText, apool);
submittedChangeset = null;
},
setUserChangeNotificationCallback: function(callback) {
setUserChangeNotificationCallback(callback) {
changeCallback = callback;
},
hasUncommittedChanges: function() {
hasUncommittedChanges() {
return !!(submittedChangeset || (!Changeset.isIdentity(userChangeset)));
}
},
};
}
exports.makeChangesetTracker = makeChangesetTracker;