Files
JaredTherriault-ComfyUI-JNodes/web/js/ImageDrawer/ImageDrawerList.js
T
JaredTherriault f0338b0c5f Batch selection, batch deletion, classifying some scripts, module manager
-Added new batch selection and batch deletion features. All imageElements now have a checkbox and each selected element is tracked within a context or folder. When you've selected all you want to delete, click the recycle button on the toolbar, then again to confirm. All checked items will be recylced/deleted. You can also click on the selection widget next to the batch delete button to toggle select/deselect all.
-Renamed ImageDrawer.js to ImageDrawerMain.js
-Separated ImageListAndSearch out into separate scripts and classes named ImageDrawerList and ImageDrawerSearch
-Changed order of some initialized functions and variables in imageElements to better accommodate batch selection
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-Moved some scripts over to a classy architecture. More scripts will be moved over time. This will eventually allow for multiple image drawer instances in the same window.
-Added a new module script that manages all class instances. See ImageDrawerModule.js for an explanation of the new architecture. Basically, it makes cyclical dependencies impossible.
-Updated imports
-Updated various scripts to use class instances where applicable
-Updated some outdated comments
-Added option to prepend or append labels to Labeled widgets
-Parameter optimizations
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2024-05-07 20:39:40 -07:00

148 lines
4.7 KiB
JavaScript

import { $el } from "/scripts/ui.js";
import { observeVisualElement, unobserveVisualElement } from "../common/ImageAndVideoObserver.js";
import { utilitiesInstance } from "../common/Utilities.js";
import { ImageDrawerComponent, ClassInstanceFactory, imageDrawerComponentManagerInstance } from "./Core/ImageDrawerModule.js";
class ImageDrawerList extends ImageDrawerComponent {
constructor(args) {
super(args);
this.onStartChangingImageListMulticastFunctions = [];
this.onFinishChangingImageListMulticastFunctions = [];
this.imageList = $el("div.JNodes-image-drawer-list", {
style: {
visibility: 'visible',
flex: "1 1 auto"
}
});
}
// Delegates
registerStartChangingImageListMulticastFunction(inFunction) {
if (typeof inFunction == "function") {
this.onStartChangingImageListMulticastFunctions.push(inFunction);
}
}
registerFinishChangingImageListMulticastFunction(inFunction) {
if (typeof inFunction == "function") {
this.onFinishChangingImageListMulticastFunctions.push(inFunction);
}
}
// To be called externally when a context or another component begins adding a batch of elements to the imageList
notifyStartChangingImageList() {
// Filter out invalid delegates
this.onStartChangingImageListMulticastFunctions = this.onStartChangingImageListMulticastFunctions.filter(func => func !== null && func !== undefined);
for (const func of this.onStartChangingImageListMulticastFunctions) {
func();
}
}
// To be called externally when a context or another component finishes adding a batch of elements to the imageList
notifyFinishChangingImageList() {
// Filter out invalid delegates
this.onFinishChangingImageListMulticastFunctions = this.onFinishChangingImageListMulticastFunctions.filter(func => func !== null && func !== undefined);
for (const func of this.onFinishChangingImageListMulticastFunctions) {
func();
}
}
getImageListElement() {
return this.imageList;
}
// Returns all child nodes of any kind
getImageListChildren() {
return this.imageList.childNodes;
}
async replaceImageListChildren(newChildren) {
this.notifyStartChangingImageList();
this.clearImageListChildren();
for (let child of newChildren) {
this.addElementToImageList(child, false);
}
this.notifyFinishChangingImageList();
const imageDrawerSearchInstance = imageDrawerComponentManagerInstance.getComponentByName("ImageDrawerSearch");
imageDrawerSearchInstance.executeSearchWithEnteredSearchText();
}
clearImageListChildren() {
this.notifyStartChangingImageList();
let currentChildren = this.getImageListChildren();
const childNodeCount = currentChildren.length;
for (let childIndex = childNodeCount - 1; childIndex >= 0; childIndex--) {
this.removeElementFromImageList(currentChildren[childIndex], false);
}
this.notifyFinishChangingImageList();
};
async removeElementFromImageList(element, bHandleSearch = true) {
if (element != undefined) {
//console.log("removing element: " + element);
for (let visualElement of utilitiesInstance.getVisualElements(element)) {
unobserveVisualElement(visualElement);
if (visualElement.tagName === 'VIDEO') {
// Try to pause the video before unloading
try {
visualElement.pause();
} catch { }
if ('src' in visualElement) {
visualElement.removeAttribute('src'); // Unload video
if (visualElement.load) { visualElement.load(); } // Release memory
}
}
}
this.imageList.removeChild(element);
if (bHandleSearch) {
const imageDrawerSearchInstance = imageDrawerComponentManagerInstance.getComponentByName("ImageDrawerSearch");
imageDrawerSearchInstance.executeSearchWithEnteredSearchText();
}
} else {
console.log("Attempted to remove undefined element");
}
};
async addElementToImageList(element, bHandleSearch = true) {
//console.log("adding element: " + element);
if (element != undefined) {
this.imageList.appendChild(element);
for (let visualElement of utilitiesInstance.getVisualElements(element)) {
observeVisualElement(visualElement);
}
if (bHandleSearch) {
const imageDrawerSearchInstance = imageDrawerComponentManagerInstance.getComponentByName("ImageDrawerSearch");
imageDrawerSearchInstance.executeSearchWithEnteredSearchText();
}
} else {
console.log("Attempted to add undefined element");
}
};
getImageListScrollLevel() {
if (this.imageList) {
return this.imageList.scrollTop;
}
}
setImageListScrollLevel(newScrollPosition) {
if (this.imageList) {
this.imageList.scrollTop = newScrollPosition;
}
}
}
const factoryInstance = new ClassInstanceFactory(ImageDrawerList);