5 Commits

5 changed files with 545 additions and 590 deletions

View File

@@ -1,3 +1,7 @@
[![Add to Firefox](https://img.shields.io/badge/Add%20to-Firefox-orange?logo=firefox&logoColor=white)](https://addons.mozilla.org/en-US/firefox/addon/video-speed-controller-v1/)
# The science of accelerated playback
**TL;DR: faster playback translates to better engagement and retention.**
@@ -74,10 +78,10 @@ You can try manually disabling Flash from the browser.
[`igrigorik/videospeed`](https://github.com/igrigorik/videospeed) repository
is a port of [`igrigorik`](https://github.com/igrigorik)'s videospeed Chrome
add-on for Firefox. This fork modifies the Chrome add-on code so that it works
in Firefox. This repo is the code behind the [Firefox Extension](https://addons.mozilla.org/en-us/firefox/addon/videospeed/)
in Firefox. This repo is the code behind the [Firefox Extension](https://addons.mozilla.org/en-US/firefox/addon/video-speed-controller-v1/)
whereas the [`igrigorik/videospeed`](https://github.com/igrigorik/videospeed)
repository contains the code behind the [Chrome Extension](https://chrome.google.com/webstore/detail/video-speed-controller/nffaoalbilbmmfgbnbgppjihopabppdk).
### License
(MIT License) - Copyright (c) 2014 Ilya Grigorik
(MIT License) - Copyright (c) 2014 Josh Patra

779
inject.js
View File

@@ -2,16 +2,15 @@ var regStrip = /^[\r\t\f\v ]+|[\r\t\f\v ]+$/gm;
var tc = {
settings: {
lastSpeed: 1.0, // default 1x
enabled: true, // default enabled
speeds: {}, // empty object to hold speed for each source
displayKeyCode: 86, // default: V
rememberSpeed: false, // default: false
forceLastSavedSpeed: false, //default: false
audioBoolean: false, // default: false
startHidden: false, // default: false
controllerOpacity: 0.3, // default: 0.3
lastSpeed: 1.0,
enabled: true,
speeds: {},
displayKeyCode: 86,
rememberSpeed: false,
forceLastSavedSpeed: false,
audioBoolean: false,
startHidden: false,
controllerOpacity: 0.3,
keyBindings: [],
blacklist: `\
www.instagram.com
@@ -27,30 +26,21 @@ var tc = {
subtitleNudgeInterval: 25,
subtitleNudgeAmount: 0.001
},
// Holds a reference to all of the AUDIO/VIDEO DOM elements we've attached to
mediaElements: [],
isNudging: false // Flag for nudge operation (ADDED)
isNudging: false // ADDED: Flag for nudge operation
};
/* Log levels (depends on caller specifying the correct level) */
/* Log levels */
function log(message, level) {
verbosity = tc.settings.logLevel;
if (typeof level === "undefined") {
level = tc.settings.defaultLogLevel;
}
if (typeof level === "undefined") level = tc.settings.defaultLogLevel;
if (verbosity >= level) {
// MODIFIED: Added [VSC] prefix for clarity
let prefix = "[VSC] ";
if (level === 2) {
console.log(prefix + "ERROR: " + message);
} else if (level === 3) {
console.log(prefix + "WARNING: " + message);
} else if (level === 4) {
console.log(prefix + "INFO: " + message);
} else if (level === 5) {
console.log(prefix + "DEBUG: " + message);
} else if (level === 6) {
if (level === 2) console.log(prefix + "ERROR: " + message);
else if (level === 3) console.log(prefix + "WARNING: " + message);
else if (level === 4) console.log(prefix + "INFO: " + message);
else if (level === 5) console.log(prefix + "DEBUG: " + message);
else if (level === 6) {
console.log(prefix + "DEBUG (VERBOSE): " + message);
console.trace();
}
@@ -58,7 +48,6 @@ function log(message, level) {
}
chrome.storage.sync.get(tc.settings, function (storage) {
// MODIFIED: Robust keyBinding initialization from storage or defaults.
tc.settings.keyBindings =
Array.isArray(storage.keyBindings) &&
storage.keyBindings.length > 0 &&
@@ -99,7 +88,7 @@ chrome.storage.sync.get(tc.settings, function (storage) {
value: 1.0,
force: false,
predefined: true
}, // Default value for reset action is 1.0
},
{
action: "fast",
key: Number(storage.fastKeyCode) || 71,
@@ -114,11 +103,10 @@ chrome.storage.sync.get(tc.settings, function (storage) {
(storage.keyBindings.length > 0 &&
!storage.keyBindings[0].hasOwnProperty("predefined"))
) {
log("Initializing/Updating keybindings in storage.", 4);
chrome.storage.sync.set({
keyBindings: tc.settings.keyBindings,
version: "0.6.3.8"
}); // Update version
version: "0.6.3.14"
}); // Incremented version
}
tc.settings.lastSpeed = Number(storage.lastSpeed) || 1.0;
@@ -131,17 +119,15 @@ chrome.storage.sync.get(tc.settings, function (storage) {
tc.settings.startHidden = Boolean(storage.startHidden);
tc.settings.controllerOpacity = Number(storage.controllerOpacity) || 0.3;
tc.settings.blacklist = String(storage.blacklist || tc.settings.blacklist);
if (typeof storage.logLevel !== "undefined") {
if (typeof storage.logLevel !== "undefined")
tc.settings.logLevel = Number(storage.logLevel);
}
// ADDED: Load nudge settings from storage
tc.settings.enableSubtitleNudge =
typeof storage.enableSubtitleNudge !== "undefined"
? Boolean(storage.enableSubtitleNudge)
: tc.settings.enableSubtitleNudge;
tc.settings.subtitleNudgeInterval =
Number(storage.subtitleNudgeInterval) || 25; // Using 25ms as requested
Number(storage.subtitleNudgeInterval) || 25;
tc.settings.subtitleNudgeAmount =
Number(storage.subtitleNudgeAmount) || tc.settings.subtitleNudgeAmount;
@@ -156,18 +142,16 @@ chrome.storage.sync.get(tc.settings, function (storage) {
predefined: true
});
}
initializeWhenReady(document);
});
function getKeyBindings(action, what = "value") {
if (!tc.settings.keyBindings) return false; // ADDED: Guard against undefined keyBindings
if (!tc.settings.keyBindings) return false;
try {
const binding = tc.settings.keyBindings.find(
(item) => item.action === action
);
if (binding) return binding[what];
// Fallback defaults for safety
if (what === "value") {
if (action === "slower" || action === "faster") return 0.1;
if (action === "rewind" || action === "advance") return 10;
@@ -181,65 +165,42 @@ function getKeyBindings(action, what = "value") {
}
}
// Original setKeyBindings, used by original resetSpeed logic.
function setKeyBindings(action, value) {
if (!tc.settings.keyBindings) return; // ADDED: Guard
// Original setKeyBindings
if (!tc.settings.keyBindings) return;
const binding = tc.settings.keyBindings.find(
(item) => item.action === action
);
if (binding) {
binding["value"] = value;
log(
`In-memory value for keyBinding '${action}' set to ${value} by original setKeyBindings func`,
6
);
}
}
function defineVideoController() {
tc.videoController = function (target, parent) {
if (target.vsc) {
log(`VSC controller already exists for ${target.src || "video"}.`, 6);
return target.vsc;
}
log(`Creating VSC controller for ${target.src || "video"}.`, 4);
if (target.vsc) return target.vsc;
tc.mediaElements.push(target);
target.vsc = this;
this.video = target;
this.parent = parent || target.parentElement;
this.nudgeIntervalId = null; // ADDED: For the subtitle nudge feature
this.nudgeIntervalId = null; // ADDED
// Original logic for determining initial speed
let storedSpeed;
let storedSpeed; // Original logic for initial speed determination
if (!tc.settings.rememberSpeed) {
storedSpeed = tc.settings.speeds[target.currentSrc];
if (!storedSpeed) {
log(
"Overwriting stored speed to 1.0 due to rememberSpeed being disabled or no speed for src",
5
);
storedSpeed = 1.0;
}
setKeyBindings("reset", getKeyBindings("fast")); // Original logic for 'R' key toggle state
if (!storedSpeed) storedSpeed = 1.0;
setKeyBindings("reset", getKeyBindings("fast")); // Original call
} else {
log("Recalling stored speed due to rememberSpeed being enabled", 5);
storedSpeed =
tc.settings.speeds[target.currentSrc] || tc.settings.lastSpeed;
}
if (tc.settings.forceLastSavedSpeed) {
storedSpeed = tc.settings.lastSpeed;
}
if (tc.settings.forceLastSavedSpeed) storedSpeed = tc.settings.lastSpeed;
this.div = this.initializeControls();
if (Math.abs(target.playbackRate - storedSpeed) > 0.001) {
log(
`Video current rate ${target.playbackRate.toFixed(2)} differs from VSC target ${storedSpeed.toFixed(2)}. Setting speed (initial).`,
4
);
setSpeed(target, storedSpeed, true); // MODIFIED: Pass true for isInitialSet
// MODIFIED: Pass isUserKeyPress = false for initial/automatic speed settings
setSpeed(target, storedSpeed, true, false);
} else {
if (this.speedIndicator)
this.speedIndicator.textContent = storedSpeed.toFixed(2);
@@ -251,32 +212,46 @@ function defineVideoController() {
}
}
// Original mediaEventAction
// MODIFIED: mediaEventAction to correctly maintain speed on play/pause/seek/ended
var mediaEventAction = function (event) {
const video = event.target;
if (!video.vsc) return;
let speedToSet = tc.settings.speeds[video.currentSrc]; // Use 'let'
if (!tc.settings.rememberSpeed) {
if (!speedToSet) speedToSet = 1.0;
setKeyBindings("reset", getKeyBindings("fast"));
let speedToMaintain;
if (tc.settings.forceLastSavedSpeed) {
speedToMaintain = tc.settings.lastSpeed;
} else if (tc.settings.rememberSpeed) {
speedToMaintain =
tc.settings.speeds[video.currentSrc] || tc.settings.lastSpeed;
} else {
speedToSet = tc.settings.lastSpeed;
// Not forcing, not remembering per-video. Maintain the current session's tc.settings.lastSpeed.
speedToMaintain = tc.settings.lastSpeed;
}
if (tc.settings.forceLastSavedSpeed) speedToSet = tc.settings.lastSpeed;
if (Math.abs(video.playbackRate - speedToSet) > 0.001) {
// The original setKeyBindings("reset", getKeyBindings("fast")) from old mediaEventAction
// was related to the complex 'R' key toggle. That logic is within the main `resetSpeed` function.
// Here, we just ensure the determined `speedToMaintain` is applied if needed.
if (Math.abs(video.playbackRate - speedToMaintain) > 0.001) {
log(
`Media event '${event.type}': rate ${video.playbackRate.toFixed(2)} vs target ${speedToSet.toFixed(2)}. Setting.`,
`Media event '${event.type}': video rate ${video.playbackRate.toFixed(2)} vs target ${speedToMaintain.toFixed(2)}. Correcting.`,
4
);
setSpeed(video, speedToSet, false); // MODIFIED: isInitialSet is false
// Corrections from play/pause/seek/ended are not direct user key presses for blink.
setSpeed(video, speedToMaintain, false, false); // isInitialCall=false, isUserKeyPress=false
} else {
log(
`Media event '${event.type}': video rate ${video.playbackRate.toFixed(2)} matches target. No speed change needed.`,
6
);
}
// ADDED: Manage nudge based on event type
if (event.type === "play") video.vsc.startSubtitleNudge();
else if (event.type === "pause" || event.type === "ended")
// Manage nudge based on event type
if (event.type === "play") {
if (video.playbackRate !== 1.0) video.vsc.startSubtitleNudge(); // Only start if not 1.0x
} else if (event.type === "pause" || event.type === "ended") {
video.vsc.stopSubtitleNudge();
}
};
target.addEventListener(
@@ -286,32 +261,31 @@ function defineVideoController() {
target.addEventListener(
"pause",
(this.handlePause = mediaEventAction.bind(this))
); // ADDED for nudge
);
target.addEventListener(
"ended",
(this.handleEnded = mediaEventAction.bind(this))
); // ADDED for nudge
);
target.addEventListener(
"seeked",
(this.handleSeek = mediaEventAction.bind(this))
);
var srcObserver = new MutationObserver((mutations) => {
// Original srcObserver
mutations.forEach((mutation) => {
if (
mutation.type === "attributes" &&
(mutation.attributeName === "src" ||
mutation.attributeName === "currentSrc")
) {
if (!this.div) return; // MODIFIED: Check if div exists
log(`Src changed to: ${mutation.target.currentSrc || "empty"}`, 4);
this.stopSubtitleNudge(); // ADDED: Stop nudge for old src
if (!mutation.target.src && !mutation.target.currentSrc) {
if (!this.div) return;
this.stopSubtitleNudge();
if (!mutation.target.src && !mutation.target.currentSrc)
this.div.classList.add("vsc-nosource");
} else {
else {
this.div.classList.remove("vsc-nosource");
let newSrcSpeed = tc.settings.speeds[mutation.target.currentSrc]; // MODIFIED: Follow original logic
let newSrcSpeed = tc.settings.speeds[mutation.target.currentSrc];
if (!tc.settings.rememberSpeed) {
if (!newSrcSpeed) newSrcSpeed = 1.0;
} else {
@@ -319,24 +293,22 @@ function defineVideoController() {
}
if (tc.settings.forceLastSavedSpeed)
newSrcSpeed = tc.settings.lastSpeed;
setSpeed(mutation.target, newSrcSpeed, true); // MODIFIED: isInitialSet = true
setSpeed(mutation.target, newSrcSpeed, true, false); // isInitialCall=true, isUserKeyPress=false
if (!mutation.target.paused && mutation.target.playbackRate !== 1.0)
this.startSubtitleNudge(); // ADDED
this.startSubtitleNudge();
}
}
});
});
srcObserver.observe(target, { attributeFilter: ["src", "currentSrc"] });
// ADDED: Initial nudge check
if (!target.paused && target.playbackRate !== 1.0) {
if (!target.paused && target.playbackRate !== 1.0)
this.startSubtitleNudge();
}
};
// --- Nudge Methods (ADDED) ---
tc.videoController.prototype.startSubtitleNudge = function () {
// ADDED
if (!location.hostname.includes("youtube.com")) return;
if (
!tc.settings.enableSubtitleNudge ||
this.nudgeIntervalId !== null ||
@@ -347,10 +319,7 @@ function defineVideoController() {
this.stopSubtitleNudge();
return;
}
log(
`Nudge: Starting for ${this.video.currentSrc || "video"} (Rate: ${this.video.playbackRate.toFixed(2)}) interval: ${tc.settings.subtitleNudgeInterval}ms.`,
5
);
log(`Nudge: Starting interval: ${tc.settings.subtitleNudgeInterval}ms.`, 5);
this.nudgeIntervalId = setInterval(() => {
if (
!this.video ||
@@ -363,10 +332,8 @@ function defineVideoController() {
}
const currentRate = this.video.playbackRate;
const nudgeAmount = tc.settings.subtitleNudgeAmount;
tc.isNudging = true;
this.video.playbackRate = currentRate + nudgeAmount;
requestAnimationFrame(() => {
if (
this.video &&
@@ -379,64 +346,44 @@ function defineVideoController() {
});
}, tc.settings.subtitleNudgeInterval);
};
tc.videoController.prototype.stopSubtitleNudge = function () {
// ADDED
if (this.nudgeIntervalId !== null) {
log(
`Nudge: Stopping for ${this.video ? this.video.currentSrc || "video" : "detached video"}`,
5
);
log(`Nudge: Stopping.`, 5);
clearInterval(this.nudgeIntervalId);
this.nudgeIntervalId = null;
}
};
// --- End Nudge Methods ---
tc.videoController.prototype.remove = function () {
// Original remove
this.stopSubtitleNudge(); // ADDED
// Original remove logic:
if (this.div && this.div.parentNode) this.div.remove();
if (this.video) {
this.video.removeEventListener("play", this.handlePlay);
this.video.removeEventListener("pause", this.handlePause); // ADDED
this.video.removeEventListener("ended", this.handleEnded); // ADDED
this.video.removeEventListener("seeked", this.handleSeek); // MODIFIED: was "seek" in original provided code
this.video.removeEventListener("seeked", this.handleSeek); // Original was "seek"
delete this.video.vsc;
}
let idx = tc.mediaElements.indexOf(this.video);
if (idx !== -1) tc.mediaElements.splice(idx, 1);
};
// Original initializeControls
tc.videoController.prototype.initializeControls = function () {
log("initializeControls Begin", 5);
/* ... Same as your provided ... */
const doc = this.video.ownerDocument;
const speedForUI = this.video.playbackRate.toFixed(2);
var top = Math.max(this.video.offsetTop, 0) + "px",
left = Math.max(this.video.offsetLeft, 0) + "px";
log("Speed variable for UI set to: " + speedForUI, 5);
var wrapper = doc.createElement("div");
wrapper.classList.add("vsc-controller");
if (!this.video.src && !this.video.currentSrc)
wrapper.classList.add("vsc-nosource");
if (tc.settings.startHidden) wrapper.classList.add("vsc-hidden");
var shadow = wrapper.attachShadow({ mode: "open" });
var shadowTemplate = `
<style> @import "${chrome.runtime.getURL("shadow.css")}"; </style>
<div id="controller" style="top:${top}; left:${left}; opacity:${tc.settings.controllerOpacity}">
<span data-action="drag" class="draggable">${speedForUI}</span>
<span id="controls">
<button data-action="rewind" class="rw">«</button>
<button data-action="slower"></button>
<button data-action="faster">+</button>
<button data-action="advance" class="rw">»</button>
<button data-action="display" class="hideButton">×</button>
</span>
</div>`;
shadow.innerHTML = shadowTemplate;
this.speedIndicator = shadow.querySelector(".draggable"); // MODIFIED: Original was "span"
// MODIFIED: Pass this.video as 4th arg to runAction
shadow.innerHTML = `<style> @import "${chrome.runtime.getURL("shadow.css")}"; </style><div id="controller" style="top:${top}; left:${left}; opacity:${tc.settings.controllerOpacity}"><span data-action="drag" class="draggable">${speedForUI}</span><span id="controls"><button data-action="rewind" class="rw">«</button><button data-action="slower"></button><button data-action="faster">+</button><button data-action="advance" class="rw">»</button><button data-action="display" class="hideButton">×</button></span></div>`;
this.speedIndicator = shadow.querySelector(".draggable");
shadow.querySelector(".draggable").addEventListener(
"mousedown",
(e) => {
@@ -450,8 +397,8 @@ function defineVideoController() {
},
true
);
shadow.querySelectorAll("button").forEach((button) => {
button.addEventListener(
shadow.querySelectorAll("button").forEach((btn) =>
btn.addEventListener(
"click",
(e) => {
runAction(
@@ -463,8 +410,8 @@ function defineVideoController() {
e.stopPropagation();
},
true
);
});
)
);
shadow
.querySelector("#controller")
.addEventListener("click", (e) => e.stopPropagation(), false);
@@ -473,109 +420,93 @@ function defineVideoController() {
.addEventListener("mousedown", (e) => e.stopPropagation(), false);
var fragment = doc.createDocumentFragment();
fragment.appendChild(wrapper);
const parentEl = this.parent || this.video.parentElement;
if (!parentEl || !parentEl.parentNode) {
const pEl = this.parent || this.video.parentElement;
if (!pEl || !pEl.parentNode) {
doc.body.appendChild(fragment);
return wrapper;
}
// Original placement logic
switch (true) {
case location.hostname == "www.amazon.com":
case location.hostname == "www.reddit.com":
case /hbogo\./.test(location.hostname):
parentEl.parentElement.insertBefore(fragment, parentEl);
pEl.parentElement.insertBefore(fragment, pEl);
break;
case location.hostname == "www.facebook.com":
let p =
parentEl.parentElement.parentElement.parentElement.parentElement
pEl.parentElement.parentElement.parentElement.parentElement
.parentElement.parentElement.parentElement;
if (p && p.firstChild) p.insertBefore(fragment, p.firstChild);
else if (parentEl.firstChild)
parentEl.insertBefore(fragment, parentEl.firstChild);
else parentEl.appendChild(fragment);
else if (pEl.firstChild) pEl.insertBefore(fragment, pEl.firstChild);
else pEl.appendChild(fragment);
break;
case location.hostname == "tv.apple.com":
const appleRoot = parentEl.getRootNode();
const scrim =
appleRoot && appleRoot.querySelector
? appleRoot.querySelector(".scrim")
: null;
if (scrim) scrim.prepend(fragment);
else parentEl.insertBefore(fragment, parentEl.firstChild);
const r = pEl.getRootNode();
const s = r && r.querySelector ? r.querySelector(".scrim") : null;
if (s) s.prepend(fragment);
else pEl.insertBefore(fragment, pEl.firstChild);
break;
default:
parentEl.insertBefore(fragment, parentEl.firstChild);
pEl.insertBefore(fragment, pEl.firstChild);
}
return wrapper;
};
}
function escapeStringRegExp(str) {
const matchOperatorsRe = /[|\\{}()[\]^$+*?.]/g;
return str.replace(matchOperatorsRe, "\\$&");
const m = /[|\\{}()[\]^$+*?.]/g;
return str.replace(m, "\\$&");
}
function isBlacklisted() {
/* ... Same as your provided ... */
let blacklisted = false;
const blacklistLines = tc.settings.blacklist
? tc.settings.blacklist.split("\n")
: [];
blacklistLines.forEach((match) => {
const bl = tc.settings.blacklist ? tc.settings.blacklist.split("\n") : [];
bl.forEach((m) => {
if (blacklisted) return;
match = match.replace(regStrip, "");
if (match.length == 0) return;
let regexp;
if (match.startsWith("/") && match.lastIndexOf("/") > 0) {
m = m.replace(regStrip, "");
if (m.length == 0) return;
let rgx;
if (m.startsWith("/") && m.lastIndexOf("/") > 0) {
try {
const ls = match.lastIndexOf("/");
regexp = new RegExp(match.substring(1, ls), match.substring(ls + 1));
} catch (err) {
log(`Invalid regex in blacklist: ${match}. Error: ${err.message}`, 2);
const ls = m.lastIndexOf("/");
rgx = new RegExp(m.substring(1, ls), m.substring(ls + 1));
} catch (e) {
log(`Invalid regex: ${m}. ${e.message}`, 2);
return;
}
} else regexp = new RegExp(escapeStringRegExp(match));
if (regexp && regexp.test(location.href)) blacklisted = true;
} else rgx = new RegExp(escapeStringRegExp(m));
if (rgx && rgx.test(location.href)) blacklisted = true;
});
if (blacklisted) log(`Page ${location.href} is blacklisted.`, 4);
if (blacklisted) log(`Page ${location.href} blacklisted.`, 4);
return blacklisted;
}
var coolDown = false;
function refreshCoolDown() {
log("Begin refreshCoolDown", 5);
/* ... Same as your provided ... */
if (coolDown) clearTimeout(coolDown);
coolDown = setTimeout(function () {
coolDown = setTimeout(() => {
coolDown = false;
}, 1000);
// log("End refreshCoolDown", 6); // Original log level was 5
}
function setupListener() {
if (document.vscRateListenerAttached) return; // MODIFIED: Ensure flag check
if (document.vscRateListenerAttached) return;
// MODIFIED: fromUserInput parameter added
function updateSpeedFromEvent(video, fromUserInput = false) {
// MODIFIED: This function NO LONGER calls runAction("blink")
function updateSpeedFromEvent(video) {
if (!video.vsc || !video.vsc.speedIndicator) return;
var speed = Number(video.playbackRate.toFixed(2));
log(
`updateSpeedFromEvent: Rate is ${speed}. FromUserInput: ${fromUserInput}`,
4
);
log(`updateSpeedFromEvent: Rate is ${speed}.`, 4);
video.vsc.speedIndicator.textContent = speed.toFixed(2);
tc.settings.speeds[video.currentSrc || "unknown_src"] = speed;
tc.settings.lastSpeed = speed;
chrome.storage.sync.set({ lastSpeed: speed }, () => {
if (chrome.runtime.lastError)
log(`Error saving lastSpeed: ${chrome.runtime.lastError.message}`, 2);
/* ... */
});
// MODIFIED: Only "blink" (show controller) if change was from user input
if (fromUserInput) {
runAction("blink", getKeyBindings("blink", "value") || 1000, null, video);
}
// Blink is now handled directly in setSpeed for user key presses
if (video.vsc) {
// MODIFIED: Manage nudge based on new speed
if (speed === 1.0 || video.paused) video.vsc.stopSubtitleNudge();
else video.vsc.startSubtitleNudge();
}
@@ -584,15 +515,10 @@ function setupListener() {
document.addEventListener(
"ratechange",
function (event) {
// ADDED: Check tc.isNudging at the very start
if (tc.isNudging) {
// log("Ratechange event during nudge, VSC UI/state update skipped. Allowing propagation for YT.", 6);
return;
}
if (tc.isNudging) return; // ADDED: Ignore nudge events
// Original coolDown logic
if (coolDown) {
log("Speed event propagation blocked by coolDown", 4);
log("Blocked by coolDown", 4);
event.stopImmediatePropagation();
return;
}
@@ -602,10 +528,13 @@ function setupListener() {
return;
const eventOrigin = event.detail && event.detail.origin;
let isFromUserInputForBlink = false; // MODIFIED: Flag to control blink
// The 'fromUserInput' flag previously passed to updateSpeedFromEvent is removed.
// Blinking is now directly triggered by `setSpeed` if it's a user key press.
if (tc.settings.forceLastSavedSpeed) {
if (eventOrigin === "videoSpeed") {
// This event is from setSpeed's forceLastSavedSpeed path.
// setSpeed would have already handled blinking if it was a user key press.
if (event.detail.speed) {
const detailSpeedNum = Number(event.detail.speed);
if (
@@ -615,136 +544,78 @@ function setupListener() {
video.playbackRate = detailSpeedNum;
}
}
isFromUserInputForBlink = event.detail.fromUserInput !== false; // Respect passed flag
updateSpeedFromEvent(video, isFromUserInputForBlink);
updateSpeedFromEvent(video); // Update state
event.stopImmediatePropagation();
} else {
if (Math.abs(video.playbackRate - tc.settings.lastSpeed) > 0.001) {
log(
`Ratechange (Force ON): Discrepancy. Video rate: ${video.playbackRate.toFixed(2)}, VSC wants: ${tc.settings.lastSpeed.toFixed(2)}. Forcing.`,
3
);
video.playbackRate = tc.settings.lastSpeed;
event.stopImmediatePropagation();
// The next ratechange will be from VSC forcing, consider that not direct user input for blink
// updateSpeedFromEvent will be called by that next event.
} else {
updateSpeedFromEvent(video, false); // Not user input, just confirming forced speed
updateSpeedFromEvent(video); // Just confirming speed
}
}
} else {
// forceLastSavedSpeed is OFF
// Determine if it was a VSC-initiated user action (like S/D keys)
// The `setSpeed` function, when called by `runAction`, doesn't add a special origin detail
// when forceLastSavedSpeed is off. So, a native ratechange event fires.
// We assume if forceLastSavedSpeed is off, any rate change processed here
// that isn't a nudge IS significant enough to update UI state.
// The "blink" should happen if tc.settings.lastSpeed *changed* due to this event,
// implying it wasn't just a confirmation of existing speed.
const oldLastSpeed = tc.settings.lastSpeed;
updateSpeedFromEvent(video, false); // Initially assume not user-driven for blink
if (
Math.abs(oldLastSpeed - tc.settings.lastSpeed) > 0.001 &&
oldLastSpeed !== 1.0 &&
tc.settings.lastSpeed !== 1.0
) {
// If lastSpeed actually changed due to this event, it was likely a user action via VSC
// or a significant external change. Trigger blink.
// Exception: don't blink if going to/from 1.0x as that's often a reset.
// This logic is imperfect for determining "user input" when not forcing.
// A cleaner way would be if setSpeed could flag the *next* native event.
// For now, this is a heuristic.
if (!tc.isNudging) {
// Double check not a nudge, though already filtered
runAction(
"blink",
getKeyBindings("blink", "value") || 1000,
null,
video
);
}
}
updateSpeedFromEvent(video); // Update state
// DO NOT stop propagation
}
},
true
);
document.vscRateChangeListenerAttached = true; // MODIFIED: Ensure flag is set
document.vscRateListenerAttached = true;
}
// MODIFIED: More robust initialization flow with unique flags
var vscInitializedDocuments = new Set();
function initializeWhenReady(doc) {
if (doc.vscInitWhenReadyCalledFullUniqueFlag && doc.readyState !== "loading")
return;
doc.vscInitWhenReadyCalledFullUniqueFlag = true;
if (isBlacklisted()) {
return;
}
log(
`initializeWhenReady for: ${doc.location ? doc.location.href : "iframe"}. ReadyState: ${doc.readyState}`,
5
);
if (doc === window.document && !window.vscPageLoadListenerFullUniqueFlag) {
/* ... Same robust init from your code ... */
if (doc.vscInitWhenReadyUniqueFlag1 && doc.readyState !== "loading") return;
doc.vscInitWhenReadyUniqueFlag1 = true;
if (isBlacklisted()) return;
if (doc === window.document && !window.vscPageLoadListenerUniqueFlag1) {
window.addEventListener("load", () => initializeNow(window.document), {
once: true
});
window.vscPageLoadListenerFullUniqueFlag = true;
window.vscPageLoadListenerUniqueFlag1 = true;
}
if (doc.readyState === "complete") {
initializeNow(doc);
} else {
if (!doc.vscReadyStateListenerFullUniqueFlag) {
doc.addEventListener(
"readystatechange",
function onRSChange_VSC_Final_Unique_CB() {
if (doc.readyState === "complete") {
doc.removeEventListener(
"readystatechange",
onRSChange_VSC_Final_Unique_CB
);
initializeNow(doc);
}
}
);
doc.vscReadyStateListenerFullUniqueFlag = true;
}
if (doc.readyState === "complete") initializeNow(doc);
else if (!doc.vscReadyStateListenerUniqueFlag1) {
doc.addEventListener("readystatechange", function onRSChangeUnique1() {
if (doc.readyState === "complete") {
doc.removeEventListener("readystatechange", onRSChangeUnique1);
initializeNow(doc);
}
});
doc.vscReadyStateListenerUniqueFlag1 = true;
}
}
function inIframe() {
try {
/* ... Same ... */ try {
return window.self !== window.top;
} catch (e) {
return true;
}
}
function getShadow(parent) {
let result = [];
function getChild(p) {
/* ... Same ... */ let r = [];
function gC(p) {
if (p.firstElementChild) {
var c = p.firstElementChild;
do {
result.push(c);
getChild(c);
if (c.shadowRoot) result.push(...getShadow(c.shadowRoot));
r.push(c);
gC(c);
if (c.shadowRoot) r.push(...getShadow(c.shadowRoot));
c = c.nextElementSibling;
} while (c);
}
}
getChild(parent);
return result;
gC(parent);
return r;
}
function initializeNow(doc) {
/* ... Same robust init from your code ... */
if (vscInitializedDocuments.has(doc) || !doc.body) return;
log(
`initializeNow for doc: ${doc.location ? doc.location.href : "iframe"}`,
4
);
if (!tc.settings.enabled) {
log("VSC is disabled.", 4);
return;
}
if (!tc.settings.enabled) return;
if (!doc.body.classList.contains("vsc-initialized"))
doc.body.classList.add("vsc-initialized");
if (typeof tc.videoController === "undefined") defineVideoController();
@@ -754,78 +625,69 @@ function initializeNow(doc) {
doc !== window.top.document &&
!doc.head.querySelector('link[href*="inject.css"]')
) {
var link = doc.createElement("link");
link.href = chrome.runtime.getURL("inject.css");
link.type = "text/css";
link.rel = "stylesheet";
doc.head.appendChild(link);
var l = doc.createElement("link");
l.href = chrome.runtime.getURL("inject.css");
l.type = "text/css";
l.rel = "stylesheet";
doc.head.appendChild(l);
}
const docsForKeydown = new Set([doc]);
const dFK = new Set([doc]);
try {
if (inIframe() && window.top.document)
docsForKeydown.add(window.top.document);
if (inIframe() && window.top.document) dFK.add(window.top.document);
} catch (e) {}
docsForKeydown.forEach((lDoc) => {
if (!lDoc.vscKeydownListenerUniqueFlagB) {
// Different flag
lDoc.addEventListener(
dFK.forEach((lD) => {
if (!lD.vscKDLFlagC) {
lD.addEventListener(
"keydown",
function (event) {
function (evt) {
if (!tc.settings.enabled) return;
const target = event.target;
const tgt = evt.target;
if (
target.nodeName === "INPUT" ||
target.nodeName === "TEXTAREA" ||
target.isContentEditable
tgt.nodeName === "INPUT" ||
tgt.nodeName === "TEXTAREA" ||
tgt.isContentEditable
)
return;
if (
event.getModifierState &&
(event.getModifierState("Alt") ||
event.getModifierState("Control") ||
event.getModifierState("Meta") ||
event.getModifierState("Fn") ||
event.getModifierState("Hyper") ||
event.getModifierState("OS"))
evt.getModifierState &&
(evt.getModifierState("Alt") ||
evt.getModifierState("Control") ||
evt.getModifierState("Meta") ||
evt.getModifierState("Fn") ||
evt.getModifierState("Hyper") ||
evt.getModifierState("OS"))
)
return;
if (
tc.mediaElements.length === 0 &&
!lDoc.querySelector("video,audio")
)
if (tc.mediaElements.length === 0 && !lD.querySelector("video,audio"))
return;
var item = tc.settings.keyBindings.find(
(kb) => kb.key === event.keyCode
);
if (item) {
runAction(item.action, item.value, event);
if (item.force === "true" || item.force === true) {
event.preventDefault();
event.stopPropagation();
var itm = tc.settings.keyBindings.find((k) => k.key === evt.keyCode);
if (itm) {
runAction(itm.action, itm.value, evt);
if (itm.force === "true" || itm.force === true) {
evt.preventDefault();
evt.stopPropagation();
}
}
},
true
);
lDoc.vscKeydownListenerUniqueFlagB = true;
lD.vscKDLFlagC = true;
}
});
if (!doc.vscMutationObserverUniqueFlagB) {
// Different flag
const obs = new MutationObserver((muts) => {
if (!doc.vscMOFlagC) {
const o = new MutationObserver((m) => {
if (typeof requestIdleCallback === "function")
requestIdleCallback(() => processMutations(muts), { timeout: 1000 });
else setTimeout(() => processMutations(muts), 200);
requestIdleCallback(() => pM(m), { timeout: 1000 });
else setTimeout(() => pM(m), 200);
});
function processMutations(mList) {
for (const m of mList) {
function pM(ml) {
for (const m of ml) {
if (m.type === "childList") {
m.addedNodes.forEach((n) => {
if (n instanceof Element) chkVid(n, n.parentNode || m.target, true);
if (n instanceof Element) cV(n, n.parentNode || m.target, true);
});
m.removedNodes.forEach((n) => {
if (n instanceof Element)
chkVid(n, n.parentNode || m.target, false);
if (n instanceof Element) cV(n, n.parentNode || m.target, false);
});
} else if (
m.type === "attributes" &&
@@ -833,115 +695,126 @@ function initializeNow(doc) {
m.target instanceof Element &&
m.target.getAttribute("aria-hidden") === "false"
) {
const vidsInTgt = Array.from(getShadow(m.target)).filter(
const vIT = Array.from(getShadow(m.target)).filter(
(el) => el.tagName === "VIDEO"
);
vidsInTgt.forEach((vEl) => {
if (!vEl.vsc) chkVid(vEl, vEl.parentNode || m.target, true);
vIT.forEach((vE) => {
if (!vE.vsc) cV(vE, vE.parentNode || m.target, true);
});
}
}
}
function chkVid(n, p, add) {
if (!add && !n.isConnected) {
} else if (!add && n.isConnected) return;
function cV(n, p, a) {
if (!a && !n.isConnected) {
} else if (!a && n.isConnected) return;
if (
n.nodeName === "VIDEO" ||
(n.nodeName === "AUDIO" && tc.settings.audioBoolean)
) {
if (add) {
if (a) {
if (!n.vsc) new tc.videoController(n, p);
} else {
if (n.vsc) n.vsc.remove();
}
} else if (n.children && n.children.length > 0) {
for (let i = 0; i < n.children.length; i++)
chkVid(n.children[i], n.children[i].parentNode || p, add);
cV(n.children[i], n.children[i].parentNode || p, a);
}
}
obs.observe(doc, {
o.observe(doc, {
childList: true,
subtree: true,
attributes: true,
attributeFilter: ["aria-hidden"]
});
doc.vscMutationObserverUniqueFlagB = true;
doc.vscMOFlagC = true;
}
const q = tc.settings.audioBoolean ? "video,audio" : "video";
doc.querySelectorAll(q).forEach((vid) => {
if (!vid.vsc) new tc.videoController(vid, vid.parentElement);
doc.querySelectorAll(q).forEach((v) => {
if (!v.vsc) new tc.videoController(v, v.parentElement);
});
Array.from(doc.getElementsByTagName("iframe")).forEach((fr) => {
Array.from(doc.getElementsByTagName("iframe")).forEach((f) => {
try {
if (fr.contentDocument) initializeWhenReady(fr.contentDocument);
if (f.contentDocument) initializeWhenReady(f.contentDocument);
} catch (e) {}
});
vscInitializedDocuments.add(doc);
}
// MODIFIED setSpeed to accept `isInitialCall` and use it for `fromUserInput`
function setSpeed(video, speed, isInitialCall = false) {
// MODIFIED: setSpeed now takes `isInitialCall` and `isUserKeyPress`
function setSpeed(video, speed, isInitialCall = false, isUserKeyPress = false) {
const numericSpeed = Number(speed);
if (isNaN(numericSpeed) || numericSpeed <= 0 || numericSpeed > 16) return;
if (!video || !video.vsc || !video.vsc.speedIndicator) return;
log(
`setSpeed: Target ${numericSpeed.toFixed(2)}. Initial: ${isInitialCall}`,
`setSpeed: Target ${numericSpeed.toFixed(2)}. Initial: ${isInitialCall}. UserKeyPress: ${isUserKeyPress}`,
4
);
tc.settings.lastSpeed = numericSpeed;
video.vsc.speedIndicator.textContent = numericSpeed.toFixed(2);
// MODIFIED: Directly trigger blink here if it's a user key press and not initial setup
if (isUserKeyPress && !isInitialCall && video.vsc) {
// Ensure controller is available before trying to blink
if (video.vsc.div) {
// Check if controller div exists
log(
`setSpeed: User key press detected, triggering blink for controller.`,
5
);
// Pass the specific video to runAction for blink
runAction("blink", getKeyBindings("blink", "value") || 1000, null, video);
}
}
if (tc.settings.forceLastSavedSpeed) {
video.dispatchEvent(
new CustomEvent("ratechange", {
detail: {
origin: "videoSpeed",
speed: numericSpeed.toFixed(2),
fromUserInput: !isInitialCall
}
fromUserInput: isUserKeyPress
} // Pass isUserKeyPress
})
);
} else {
if (Math.abs(video.playbackRate - numericSpeed) > 0.001) {
// Before changing rate, set a flag that this is VSC initiated for non-forced mode
video.vscIsSettingRate = !isInitialCall; // True if user action, false if initial
video.playbackRate = numericSpeed;
// Flag will be cleared by ratechange listener after processing
}
}
if (!isInitialCall) refreshCoolDown();
if (!isInitialCall) refreshCoolDown(); // Original call
if (video.vsc) {
if (numericSpeed === 1.0 || video.paused) video.vsc.stopSubtitleNudge();
else video.vsc.startSubtitleNudge();
}
}
// MODIFIED runAction to pass 4th arg `specificVideo` to some internal calls if needed.
// And pass `isInitialCall=false` to setSpeed calls.
// MODIFIED: runAction passes `isUserKeyPress=true` to setSpeed for relevant actions
function runAction(action, value, e, specificVideo = null) {
// ... (robust mediaTagsToProcess logic from previous correct version) ...
var mediaTagsToProcess = [];
var mediaTagsToProcess = []; // ... (same robust mediaTagsToProcess logic as before) ...
if (specificVideo) mediaTagsToProcess = [specificVideo];
else if (e && e.target) {
const docContext = e.target.ownerDocument || document;
let activeVideo = tc.mediaElements.find(
const dC = e.target.ownerDocument || document;
let aV = tc.mediaElements.find(
(v) =>
v.ownerDocument === docContext &&
(docContext.activeElement === v || v.contains(docContext.activeElement))
v.ownerDocument === dC &&
(dC.activeElement === v || v.contains(dC.activeElement))
);
if (activeVideo) mediaTagsToProcess = [activeVideo];
if (aV) mediaTagsToProcess = [aV];
else {
activeVideo = tc.mediaElements.find(
aV = tc.mediaElements.find(
(v) =>
v.ownerDocument === docContext &&
v.ownerDocument === dC &&
v.offsetParent !== null &&
(!v.paused || v.readyState > 0)
);
if (activeVideo) mediaTagsToProcess = [activeVideo];
if (aV) mediaTagsToProcess = [aV];
else {
mediaTagsToProcess = tc.mediaElements.filter(
(v) => v.ownerDocument === docContext
(v) => v.ownerDocument === dC
);
if (mediaTagsToProcess.length === 0 && tc.mediaElements.length > 0)
mediaTagsToProcess = [tc.mediaElements[0]];
@@ -949,14 +822,18 @@ function runAction(action, value, e, specificVideo = null) {
}
}
} else mediaTagsToProcess = tc.mediaElements;
if (mediaTagsToProcess.length === 0 && action !== "display") return;
if (
mediaTagsToProcess.length === 0 &&
action !== "display" &&
action !== "blink"
)
return; // Allow blink even if no media for global feedback
var targetControllerFromEvent =
e && e.target && e.target.getRootNode && e.target.getRootNode().host
? e.target.getRootNode().host
: null;
var originalActionForResetContext = actionBeingProcessedForReset_ctx; // Use a local context var
actionBeingProcessedForReset_ctx = action;
const currentActionContext = action;
mediaTagsToProcess.forEach(function (v) {
if (!v || !v.vsc || !v.vsc.div || !v.vsc.speedIndicator) return;
@@ -969,7 +846,9 @@ function runAction(action, value, e, specificVideo = null) {
return;
if (action === "blink" && specificVideo && v !== specificVideo) return;
const userDrivenActionsThatShowController = [
// MODIFIED: `showController` is only called if action implies user directly interacting with speed/video state.
// "display" handles its own visibility. "blink" is for feedback *after* a state change.
const actionsThatShouldShowControllerTemporarily = [
"rewind",
"advance",
"faster",
@@ -982,7 +861,11 @@ function runAction(action, value, e, specificVideo = null) {
"jump",
"drag"
];
if (userDrivenActionsThatShowController.includes(action)) {
if (actionsThatShouldShowControllerTemporarily.includes(action)) {
// The original showController is a timed visibility.
// The "blink" action also provides timed visibility.
// By having setSpeed call blink directly for user key presses, this might be redundant here for speed changes.
// However, for seek, pause etc., this existing showController is still relevant.
showController(controllerDiv);
}
@@ -995,6 +878,7 @@ function runAction(action, value, e, specificVideo = null) {
case "advance":
v.currentTime += numValue;
break;
// MODIFIED: Pass `isUserKeyPress = true`
case "faster":
setSpeed(
v,
@@ -1002,24 +886,26 @@ function runAction(action, value, e, specificVideo = null) {
(v.playbackRate < 0.07 ? 0.07 : v.playbackRate) + numValue,
16
),
false
false,
true
);
break;
case "slower":
setSpeed(v, Math.max(v.playbackRate - numValue, 0.07), false);
setSpeed(v, Math.max(v.playbackRate - numValue, 0.07), false, true);
break;
// MODIFIED: Calls new resetSpeed directly
// MODIFIED: Calls original resetSpeed, passing currentActionContext
case "reset":
resetSpeedSimple(v, 1.0);
resetSpeed(v, 1.0, currentActionContext);
break;
case "fast":
resetSpeedSimple(v, numValue);
resetSpeed(v, numValue, currentActionContext);
break;
case "display":
controllerDiv.classList.add("vsc-manual");
controllerDiv.classList.toggle("vsc-hidden");
break;
case "blink":
case "blink": // This action is now primarily called by setSpeed itself for user key presses
if (!controllerDiv) return; // Safety check
if (
controllerDiv.classList.contains("vsc-hidden") ||
controllerDiv.blinkTimeOut !== undefined
@@ -1028,17 +914,21 @@ function runAction(action, value, e, specificVideo = null) {
controllerDiv.classList.remove("vsc-hidden");
controllerDiv.blinkTimeOut = setTimeout(
() => {
// If user manually set controller to be visible (vsc-manual and NOT vsc-hidden), blink should not hide it.
if (
controllerDiv.classList.contains("vsc-manual") &&
!controllerDiv.classList.contains("vsc-hidden")
) {
// Do nothing, respect manual visibility
} else {
// Otherwise, (it was auto-shown by blink, or was already hidden, or user manually hid it)
// blink will ensure it ends up hidden.
controllerDiv.classList.add("vsc-hidden");
}
controllerDiv.blinkTimeOut = undefined;
},
typeof value === "number" && !isNaN(value) ? value : 1000
);
); // Value for blink duration
}
break;
case "drag":
@@ -1060,105 +950,118 @@ function runAction(action, value, e, specificVideo = null) {
log(`Unknown action: ${action}`, 3);
}
});
actionBeingProcessedForReset_ctx = originalActionForResetContext;
}
var actionBeingProcessedForReset_ctx = null; // Context for original resetSpeed
function pause(v) {
if (v.paused) v.play().catch((e) => log(`Play err:${e.message}`, 2));
/* ... Same as your original ... */ if (v.paused)
v.play().catch((e) => log(`Play err:${e.message}`, 2));
else v.pause();
}
// MODIFIED: New simpler resetSpeed function
function resetSpeedSimple(v, targetActionSpeed) {
// MODIFIED: resetSpeed now calls setSpeed with isUserKeyPress = true
function resetSpeed(v, target, currentActionContext = null) {
log(
`resetSpeedSimple: Video current: ${v.playbackRate.toFixed(2)}, Target for this action: ${targetActionSpeed.toFixed(2)}`,
`resetSpeed (original): Video current: ${v.playbackRate.toFixed(2)}, Target: ${target.toFixed(2)}, Context: ${currentActionContext}`,
4
);
const fastPreferredSpeed = getKeyBindings("fast", "value") || 1.8;
if (targetActionSpeed === 1.0) {
// Action was "reset" (R key)
if (Math.abs(v.playbackRate - 1.0) < 0.01) {
setSpeed(v, fastPreferredSpeed, false);
if (Math.abs(v.playbackRate - target) < 0.01) {
if (v.playbackRate === (getKeyBindings("reset", "value") || 1.0)) {
if (target !== 1.0) {
setSpeed(v, 1.0, false, true);
} else {
setSpeed(v, getKeyBindings("fast", "value"), false, true);
}
} else {
setSpeed(v, 1.0, false);
setSpeed(v, getKeyBindings("reset", "value") || 1.0, false, true);
}
} else {
// Action was "fast" (G key), targetActionSpeed is the preferred speed
if (Math.abs(v.playbackRate - targetActionSpeed) < 0.01) {
setSpeed(v, 1.0, false);
} else {
setSpeed(v, targetActionSpeed, false);
if (currentActionContext === "reset") {
setKeyBindings("reset", v.playbackRate);
}
setSpeed(v, target, false, true);
}
}
// Remove or comment out the old `resetSpeed` function that uses setKeyBindings and actionBeingProcessedForReset_global
/*
function resetSpeed(v, target) { // THIS IS THE OLD ONE TO BE REPLACED by resetSpeedSimple
// ... original complex logic ...
}
*/
function muted(v) {
v.muted = !v.muted;
/* ... Same as your original ... */ v.muted = !v.muted;
log(`Mute: ${v.muted}`, 5);
}
function setMark(v) {
if (!v.vsc) v.vsc = {};
/* ... Same as your original ... */ if (!v.vsc) v.vsc = {};
v.vsc.mark = v.currentTime;
log(`Mark: ${v.vsc.mark.toFixed(2)}`, 5);
}
function jumpToMark(v) {
if (v.vsc && typeof v.vsc.mark === "number") v.currentTime = v.vsc.mark;
/* ... Same as your original ... */ if (
v.vsc &&
typeof v.vsc.mark === "number"
)
v.currentTime = v.vsc.mark;
else log("No mark.", 4);
}
function handleDrag(video, e) {
/* ... same original ... */
/* ... Same as your original ... */
if (!video || !video.vsc || !video.vsc.div || !video.vsc.div.shadowRoot)
return;
const controller = video.vsc.div;
const shadowController = controller.shadowRoot.querySelector("#controller");
if (!shadowController) return;
var parentElement = controller.parentElement;
const ctl = video.vsc.div;
const sCtl = ctl.shadowRoot.querySelector("#controller");
if (!sCtl) return;
var pE = ctl.parentElement;
while (
parentElement &&
parentElement.parentNode &&
parentElement.parentNode !== document &&
parentElement.parentNode.offsetHeight === parentElement.offsetHeight &&
parentElement.parentNode.offsetWidth === parentElement.offsetWidth
pE &&
pE.parentNode &&
pE.parentNode !== document &&
pE.parentNode.offsetHeight === pE.offsetHeight &&
pE.parentNode.offsetWidth === pE.offsetWidth
)
parentElement = parentElement.parentNode;
const dragBoundary = parentElement || video.ownerDocument.body;
pE = pE.parentNode;
const dB = pE || video.ownerDocument.body;
video.classList.add("vcs-dragging");
shadowController.classList.add("dragging");
sCtl.classList.add("dragging");
const iXY = [e.clientX, e.clientY],
iCtrlXY = [
parseInt(shadowController.style.left, 10) || 0,
parseInt(shadowController.style.top, 10) || 0
iCtlXY = [
parseInt(sCtl.style.left, 10) || 0,
parseInt(sCtl.style.top, 10) || 0
];
const sD = (mvE) => {
let s = shadowController.style;
s.left = iCtrlXY[0] + mvE.clientX - iXY[0] + "px";
s.top = iCtrlXY[1] + mvE.clientY - iXY[1] + "px";
mvE.preventDefault();
const sD = (mE) => {
let s = sCtl.style;
s.left = iCtlXY[0] + mE.clientX - iXY[0] + "px";
s.top = iCtlXY[1] + mE.clientY - iXY[1] + "px";
mE.preventDefault();
};
const eD = () => {
dragBoundary.removeEventListener("mousemove", sD);
dragBoundary.removeEventListener("mouseup", eD);
dragBoundary.removeEventListener("mouseleave", eD);
shadowController.classList.remove("dragging");
dB.removeEventListener("mousemove", sD);
dB.removeEventListener("mouseup", eD);
dB.removeEventListener("mouseleave", eD);
sCtl.classList.remove("dragging");
video.classList.remove("vcs-dragging");
};
dragBoundary.addEventListener("mousemove", sD);
dragBoundary.addEventListener("mouseup", eD);
dragBoundary.addEventListener("mouseleave", eD);
dB.addEventListener("mousemove", sD);
dB.addEventListener("mouseup", eD);
dB.addEventListener("mouseleave", eD);
}
var timer = null;
function showController(controller) {
/* ... same original ... */
/* ... Same as your original ... */
if (!controller || typeof controller.classList === "undefined") return;
controller.classList.add("vcs-show");
// If controller is manually hidden by user (V pressed to hide), don't auto-show it
// The vsc-manual class is added when 'display' action is triggered.
// vsc-hidden is toggled by 'display' action.
// So, if vsc-manual AND vsc-hidden are present, user explicitly hid it.
if (
controller.classList.contains("vsc-manual") &&
controller.classList.contains("vsc-hidden")
) {
// log("Controller is manually hidden by user, showController will not override.", 5);
return;
}
controller.classList.add("vcs-show"); // For autohide sites like YouTube
// The blink action has its own logic for vsc-hidden and vsc-manual.
// This showController is for the general "make it visible for a bit" from user actions.
// It should not remove vsc-hidden if it was there before adding vsc-show, because blink handles that.
// The original showController just adds vsc-show and sets a timer to remove it.
// The "blink" action in runAction explicitly removes vsc-hidden if present, then adds it back.
if (timer) clearTimeout(timer);
timer = setTimeout(function () {
if (controller && controller.classList)

View File

@@ -1,13 +1,13 @@
{
"name": "Video Speed Controller",
"short_name": "videospeed",
"version": "0.6.3.3",
"version": "1.1.2",
"manifest_version": 2,
"description": "Speed up, slow down, advance and rewind HTML5 audio/video with shortcuts",
"homepage_url": "https://github.com/codebicycle/videospeed",
"homepage_url": "https://github.com/SoPat712/videospeed",
"browser_specific_settings": {
"gecko": {
"id": "{7be2ba16-0f1e-4d93-9ebc-5164397477a9}"
"id": "{ed860648-f54f-4dc9-9a0d-501aec4313f5}"
}
},
"icons": {

View File

@@ -1,4 +1,4 @@
<!DOCTYPE html>
<!doctype html>
<html>
<head>
<title>Video Speed Controller: Options</title>
@@ -148,8 +148,13 @@
<input id="rememberSpeed" type="checkbox" />
</div>
<div class="row">
<label for="forceLastSavedSpeed">Force last saved speed<br />
<em>Useful for video players that override the speeds set by VideoSpeed</em></label>
<label for="forceLastSavedSpeed"
>Force last saved speed<br />
<em
>Useful for video players that override the speeds set by
VideoSpeed</em
></label
>
<input id="forceLastSavedSpeed" type="checkbox" />
</div>
<div class="row">
@@ -175,6 +180,47 @@
</div>
</section>
<section id="nudgeSettings">
<h3>Subtitle Nudge Settings (Experimental - YouTube Only)</h3>
<div class="row">
<label for="enableSubtitleNudge"
>Enable Subtitle Nudge <br /><em
>Periodically 'nudges' video speed by a tiny amount to help keep
subtitles in sync on some sites (e.g. YouTube).</em
>
</label>
<input id="enableSubtitleNudge" type="checkbox" />
</div>
<div class="row">
<label for="subtitleNudgeInterval"
>Nudge Interval (milliseconds) <br /><em
>How often to nudge (e.g., 25-1000). Smaller values are more
frequent. Default: 25.</em
>
</label>
<input
id="subtitleNudgeInterval"
type="text"
value=""
placeholder="25"
/>
</div>
<div class="row">
<label for="subtitleNudgeAmount"
>Nudge Amount (decimal) <br /><em
>How much to change speed by (e.g., 0.001). Very small values
recommended. Default: 0.001.</em
>
</label>
<input
id="subtitleNudgeAmount"
type="text"
value=""
placeholder="0.001"
/>
</div>
</section>
<button id="save">Save</button>
<button id="restore">Restore Defaults</button>
<button id="experimental">Show Experimental Features</button>
@@ -186,12 +232,12 @@
<h4>Extension controls not appearing?</h4>
<p>
This extension is only compatible with HTML5 audio and video. If you don't
see the controls showing up, chances are you are viewing a Flash content.
If you want to confirm, try right-clicking on the content and inspect the
menu: if it mentions flash, then that's the issue. That said, <b>most sites
will fallback to HTML5</b> if they detect that Flash is not available. You
can try manually disabling Flash from the browser.
This extension is only compatible with HTML5 audio and video. If you
don't see the controls showing up, chances are you are viewing a Flash
content. If you want to confirm, try right-clicking on the content and
inspect the menu: if it mentions flash, then that's the issue. That
said, <b>most sites will fallback to HTML5</b> if they detect that Flash
is not available. You can try manually disabling Flash from the browser.
</p>
</div>
</body>

View File

@@ -22,13 +22,17 @@ var tcDefaults = {
twitter.com
imgur.com
teams.microsoft.com
`.replace(regStrip, "")
`.replace(regStrip, ""),
// ADDED: Nudge defaults
enableSubtitleNudge: true,
subtitleNudgeInterval: 25,
subtitleNudgeAmount: 0.001
};
var keyBindings = [];
var keyBindings = []; // This is populated during save/restore
var keyCodeAliases = {
0: "null",
/* ... same as your original ... */ 0: "null",
null: "null",
undefined: "null",
32: "Space",
@@ -74,85 +78,55 @@ var keyCodeAliases = {
220: "\\",
221: "]",
222: "'",
59: ";",
61: "+",
173: "-",
59: ";",
61: "+",
173: "-"
};
function recordKeyPress(e) {
/* ... same as your original ... */
if (
(e.keyCode >= 48 && e.keyCode <= 57) || // Numbers 0-9
(e.keyCode >= 65 && e.keyCode <= 90) || // Letters A-Z
keyCodeAliases[e.keyCode] // Other character keys
(e.keyCode >= 48 && e.keyCode <= 57) ||
(e.keyCode >= 65 && e.keyCode <= 90) ||
keyCodeAliases[e.keyCode]
) {
e.target.value =
keyCodeAliases[e.keyCode] || String.fromCharCode(e.keyCode);
e.target.keyCode = e.keyCode;
e.preventDefault();
e.stopPropagation();
} else if (e.keyCode === 8) {
// Clear input when backspace pressed
e.target.value = "";
} else if (e.keyCode === 27) {
// When esc clicked, clear input
e.target.value = "null";
e.target.keyCode = null;
}
}
function inputFilterNumbersOnly(e) {
/* ... same as your original ... */
var char = String.fromCharCode(e.keyCode);
if (!/[\d\.]$/.test(char) || !/^\d+(\.\d*)?$/.test(e.target.value + char)) {
e.preventDefault();
e.stopPropagation();
}
}
function inputFocus(e) {
e.target.value = "";
/* ... same as your original ... */ e.target.value = "";
}
function inputBlur(e) {
e.target.value =
/* ... same as your original ... */ e.target.value =
keyCodeAliases[e.target.keyCode] || String.fromCharCode(e.target.keyCode);
}
function updateShortcutInputText(inputId, keyCode) {
document.getElementById(inputId).value =
keyCodeAliases[keyCode] || String.fromCharCode(keyCode);
document.getElementById(inputId).keyCode = keyCode;
}
// function updateShortcutInputText(inputId, keyCode) { /* ... same as your original ... */ } // Not directly used in provided options.js logic flow
function updateCustomShortcutInputText(inputItem, keyCode) {
inputItem.value = keyCodeAliases[keyCode] || String.fromCharCode(keyCode);
/* ... same as your original ... */ inputItem.value =
keyCodeAliases[keyCode] || String.fromCharCode(keyCode);
inputItem.keyCode = keyCode;
}
// List of custom actions for which customValue should be disabled
var customActionsNoValues = ["pause", "muted", "mark", "jump", "display"];
var customActionsNoValues = ["pause", "muted", "mark", "jump", "display"]; // Original
function add_shortcut() {
var html = `<select class="customDo">
<option value="slower">Decrease speed</option>
<option value="faster">Increase speed</option>
<option value="rewind">Rewind</option>
<option value="advance">Advance</option>
<option value="reset">Reset speed</option>
<option value="fast">Preferred speed</option>
<option value="muted">Mute</option>
<option value="pause">Pause</option>
<option value="mark">Set marker</option>
<option value="jump">Jump to marker</option>
<option value="display">Show/hide controller</option>
</select>
<input class="customKey" type="text" placeholder="press a key"/>
<input class="customValue" type="text" placeholder="value (0.10)"/>
<select class="customForce">
<option value="false">Do not disable website key bindings</option>
<option value="true">Disable website key bindings</option>
</select>
<button class="removeParent">X</button>`;
/* ... same as your original ... */
var html = `<select class="customDo"><option value="slower">Decrease speed</option><option value="faster">Increase speed</option><option value="rewind">Rewind</option><option value="advance">Advance</option><option value="reset">Reset speed</option><option value="fast">Preferred speed</option><option value="muted">Mute</option><option value="pause">Pause</option><option value="mark">Set marker</option><option value="jump">Jump to marker</option><option value="display">Show/hide controller</option></select><input class="customKey" type="text" placeholder="press a key"/><input class="customValue" type="text" placeholder="value (0.10)"/><select class="customForce"><option value="false">Do not disable website key bindings</option><option value="true">Disable website key bindings</option></select><button class="removeParent">X</button>`;
var div = document.createElement("div");
div.setAttribute("class", "row customs");
div.innerHTML = html;
@@ -162,14 +136,13 @@ function add_shortcut() {
customs_element.children[customs_element.childElementCount - 1]
);
}
function createKeyBindings(item) {
/* ... same as your original ... */
const action = item.querySelector(".customDo").value;
const key = item.querySelector(".customKey").keyCode;
const value = Number(item.querySelector(".customValue").value);
const force = item.querySelector(".customForce").value;
const predefined = !!item.id; //item.id ? true : false;
const predefined = !!item.id;
keyBindings.push({
action: action,
key: key,
@@ -178,9 +151,8 @@ function createKeyBindings(item) {
predefined: predefined
});
}
// Validates settings before saving
function validate() {
/* ... same as your original ... */
var valid = true;
var status = document.getElementById("status");
document
@@ -190,7 +162,7 @@ function validate() {
match = match.replace(regStrip, "");
if (match.startsWith("/")) {
try {
var regexp = new RegExp(match);
new RegExp(match);
} catch (err) {
status.textContent =
"Error: Invalid blacklist regex: " + match + ". Unable to save";
@@ -202,24 +174,45 @@ function validate() {
return valid;
}
// Saves options to chrome.storage
// MODIFIED: save_options to include nudge settings
function save_options() {
if (validate() === false) {
return;
}
keyBindings = [];
if (validate() === false) return;
keyBindings = []; // Reset global keyBindings before populating from DOM
Array.from(document.querySelectorAll(".customs")).forEach((item) =>
createKeyBindings(item)
); // Remove added shortcuts
);
var rememberSpeed = document.getElementById("rememberSpeed").checked;
var forceLastSavedSpeed = document.getElementById("forceLastSavedSpeed").checked;
var audioBoolean = document.getElementById("audioBoolean").checked;
var enabled = document.getElementById("enabled").checked;
var startHidden = document.getElementById("startHidden").checked;
var controllerOpacity = document.getElementById("controllerOpacity").value;
var blacklist = document.getElementById("blacklist").value;
var s = {}; // Object to hold all settings to be saved
s.rememberSpeed = document.getElementById("rememberSpeed").checked;
s.forceLastSavedSpeed = document.getElementById(
"forceLastSavedSpeed"
).checked;
s.audioBoolean = document.getElementById("audioBoolean").checked;
s.enabled = document.getElementById("enabled").checked;
s.startHidden = document.getElementById("startHidden").checked;
s.controllerOpacity = document.getElementById("controllerOpacity").value;
s.blacklist = document
.getElementById("blacklist")
.value.replace(regStrip, "");
s.keyBindings = keyBindings; // Use the populated global keyBindings
// ADDED: Save nudge settings
s.enableSubtitleNudge = document.getElementById(
"enableSubtitleNudge"
).checked;
s.subtitleNudgeInterval =
parseInt(document.getElementById("subtitleNudgeInterval").value, 10) ||
tcDefaults.subtitleNudgeInterval;
s.subtitleNudgeAmount =
parseFloat(document.getElementById("subtitleNudgeAmount").value) ||
tcDefaults.subtitleNudgeAmount;
// Basic validation for nudge interval and amount
if (s.subtitleNudgeInterval < 10) s.subtitleNudgeInterval = 10; // Min 10ms
if (s.subtitleNudgeAmount <= 0 || s.subtitleNudgeAmount > 0.1)
s.subtitleNudgeAmount = tcDefaults.subtitleNudgeAmount;
// Remove old flat settings (original logic)
chrome.storage.sync.remove([
"resetSpeed",
"speedStep",
@@ -233,33 +226,22 @@ function save_options() {
"advanceKeyCode",
"fastKeyCode"
]);
chrome.storage.sync.set(
{
rememberSpeed: rememberSpeed,
forceLastSavedSpeed: forceLastSavedSpeed,
audioBoolean: audioBoolean,
enabled: enabled,
startHidden: startHidden,
controllerOpacity: controllerOpacity,
keyBindings: keyBindings,
blacklist: blacklist.replace(regStrip, "")
},
function () {
// Update status to let user know options were saved.
var status = document.getElementById("status");
status.textContent = "Options saved";
setTimeout(function () {
status.textContent = "";
}, 1000);
}
);
chrome.storage.sync.set(s, function () {
var status = document.getElementById("status");
status.textContent = "Options saved";
setTimeout(function () {
status.textContent = "";
}, 1000);
});
}
// Restores options from chrome.storage
// MODIFIED: restore_options to include nudge settings
function restore_options() {
chrome.storage.sync.get(tcDefaults, function (storage) {
document.getElementById("rememberSpeed").checked = storage.rememberSpeed;
document.getElementById("forceLastSavedSpeed").checked = storage.forceLastSavedSpeed;
document.getElementById("forceLastSavedSpeed").checked =
storage.forceLastSavedSpeed;
document.getElementById("audioBoolean").checked = storage.audioBoolean;
document.getElementById("enabled").checked = storage.enabled;
document.getElementById("startHidden").checked = storage.startHidden;
@@ -267,65 +249,86 @@ function restore_options() {
storage.controllerOpacity;
document.getElementById("blacklist").value = storage.blacklist;
// ensure that there is a "display" binding for upgrades from versions that had it as a separate binding
// ADDED: Restore nudge settings
document.getElementById("enableSubtitleNudge").checked =
storage.enableSubtitleNudge;
document.getElementById("subtitleNudgeInterval").value =
storage.subtitleNudgeInterval;
document.getElementById("subtitleNudgeAmount").value =
storage.subtitleNudgeAmount;
// Original key binding restoration logic
if (
!Array.isArray(storage.keyBindings) ||
storage.keyBindings.length === 0
) {
// If keyBindings missing or not an array, use defaults from tcDefaults
storage.keyBindings = tcDefaults.keyBindings;
}
if (storage.keyBindings.filter((x) => x.action == "display").length == 0) {
storage.keyBindings.push({
action: "display",
value: 0,
force: false,
predefined: true
predefined: true,
key: storage.displayKeyCode || tcDefaults.displayKeyCode
});
}
// Clear existing dynamic shortcuts before restoring (if any were added by mistake)
const dynamicShortcuts = document.querySelectorAll(".customs:not([id])");
dynamicShortcuts.forEach((sc) => sc.remove());
for (let i in storage.keyBindings) {
var item = storage.keyBindings[i];
if (item.predefined) {
//do predefined ones because their value needed for overlay
// document.querySelector("#" + item["action"] + " .customDo").value = item["action"];
if (item["action"] == "display" && typeof item["key"] === "undefined") {
item["key"] = storage.displayKeyCode || tcDefaults.displayKeyCode; // V
item["key"] = storage.displayKeyCode || tcDefaults.displayKeyCode;
}
if (customActionsNoValues.includes(item["action"]))
document.querySelector(
if (customActionsNoValues.includes(item["action"])) {
const el = document.querySelector(
"#" + item["action"] + " .customValue"
).disabled = true;
updateCustomShortcutInputText(
document.querySelector("#" + item["action"] + " .customKey"),
item["key"]
);
if (el) el.disabled = true;
}
const keyEl = document.querySelector(
"#" + item["action"] + " .customKey"
);
document.querySelector("#" + item["action"] + " .customValue").value =
item["value"];
document.querySelector("#" + item["action"] + " .customForce").value =
item["force"];
const valEl = document.querySelector(
"#" + item["action"] + " .customValue"
);
const forceEl = document.querySelector(
"#" + item["action"] + " .customForce"
);
if (keyEl) updateCustomShortcutInputText(keyEl, item["key"]);
if (valEl) valEl.value = item["value"];
if (forceEl) forceEl.value = String(item["force"]); // Ensure string for select value
} else {
// new ones
// Non-predefined, dynamically added shortcuts
add_shortcut();
const dom = document.querySelector(".customs:last-of-type");
const dom = document.querySelector(".customs:last-of-type"); // Gets the newly added one
dom.querySelector(".customDo").value = item["action"];
if (customActionsNoValues.includes(item["action"]))
if (customActionsNoValues.includes(item["action"])) {
dom.querySelector(".customValue").disabled = true;
}
updateCustomShortcutInputText(
dom.querySelector(".customKey"),
item["key"]
);
dom.querySelector(".customValue").value = item["value"];
dom.querySelector(".customForce").value = item["force"];
dom.querySelector(".customForce").value = String(item["force"]);
}
}
});
}
function restore_defaults() {
/* ... same as your original, tcDefaults now includes nudge defaults ... */
// Remove all dynamically added shortcuts first
document.querySelectorAll(".customs:not([id])").forEach((el) => el.remove());
// Then set defaults and restore options, which will re-add predefined ones correctly
chrome.storage.sync.set(tcDefaults, function () {
restore_options();
document
.querySelectorAll(".removeParent")
.forEach((button) => button.click()); // Remove added shortcuts
// Update status to let user know options were saved.
restore_options(); // This will populate based on tcDefaults
var status = document.getElementById("status");
status.textContent = "Default options restored";
setTimeout(function () {
@@ -335,14 +338,15 @@ function restore_defaults() {
}
function show_experimental() {
/* ... same as your original ... */
document
.querySelectorAll(".customForce")
.forEach((item) => (item.style.display = "inline-block"));
}
document.addEventListener("DOMContentLoaded", function () {
/* ... same as your original event listeners setup ... */
restore_options();
document.getElementById("save").addEventListener("click", save_options);
document.getElementById("add").addEventListener("click", add_shortcut);
document
@@ -353,34 +357,32 @@ document.addEventListener("DOMContentLoaded", function () {
.addEventListener("click", show_experimental);
function eventCaller(event, className, funcName) {
if (!event.target.classList || !event.target.classList.contains(className)) {
if (!event.target.classList || !event.target.classList.contains(className))
return;
}
funcName(event);
}
document.addEventListener("keypress", (event) => {
eventCaller(event, "customValue", inputFilterNumbersOnly);
});
document.addEventListener("focus", (event) => {
eventCaller(event, "customKey", inputFocus);
});
document.addEventListener("blur", (event) => {
eventCaller(event, "customKey", inputBlur);
});
document.addEventListener("keydown", (event) => {
eventCaller(event, "customKey", recordKeyPress);
});
document.addEventListener("click", (event) => {
document.addEventListener("keypress", (event) =>
eventCaller(event, "customValue", inputFilterNumbersOnly)
);
document.addEventListener("focus", (event) =>
eventCaller(event, "customKey", inputFocus)
);
document.addEventListener("blur", (event) =>
eventCaller(event, "customKey", inputBlur)
);
document.addEventListener("keydown", (event) =>
eventCaller(event, "customKey", recordKeyPress)
);
document.addEventListener("click", (event) =>
eventCaller(event, "removeParent", function () {
event.target.parentNode.remove();
});
});
})
);
document.addEventListener("change", (event) => {
eventCaller(event, "customDo", function () {
if (customActionsNoValues.includes(event.target.value)) {
event.target.nextElementSibling.nextElementSibling.disabled = true;
event.target.nextElementSibling.nextElementSibling.value = 0;
event.target.nextElementSibling.nextElementSibling.value = 0; // Or "" if placeholder is preferred
} else {
event.target.nextElementSibling.nextElementSibling.disabled = false;
}