import { DeesElement, property, html, customElement, type TemplateResult, state } from '@design.estate/dees-element'; import { WccDashboard } from './wcc-dashboard.js'; import type { TTemplateFactory } from './wcctools.helpers.js'; import './wcc-record-button.js'; import './wcc-recording-panel.js'; export type TPropertyType = 'String' | 'Number' | 'Boolean' | 'Object' | 'Enum' | 'Array'; export type TEnvironment = 'native' | 'desktop' | 'tablet' | 'phablet' | 'phone'; export type TTheme = 'bright' | 'dark'; let environment: TEnvironment = 'native'; export const setEnvironment = (envArg) => { environment = envArg; }; @customElement('wcc-properties') export class WccProperties extends DeesElement { @property({ type: WccDashboard }) accessor dashboardRef: WccDashboard; @property() accessor selectedItem: TTemplateFactory | DeesElement; @property() accessor selectedViewport: TEnvironment = 'native'; @property() accessor selectedTheme: TTheme = 'dark'; @property() accessor warning: string = null; @property() accessor isFullscreen: boolean = false; @state() accessor propertyContent: TemplateResult[] = []; @state() accessor editingProperties: Array<{ id: string; name: string; value: any; element: HTMLElement; editorValue: string; editorError: string; }> = []; // Recording coordination state @state() accessor showRecordingPanel: boolean = false; @state() accessor isRecording: boolean = false; @state() accessor recordingDuration: number = 0; public editorHeight: number = 300; public render(): TemplateResult { return html` ${this.editingProperties.length > 0 ? html`

Property Editors

${this.editingProperties.length === 0 ? html`

{ }

No properties being edited

Click "Edit Object/Array" buttons to start editing

` : null} ${this.editingProperties.map(prop => html`

${prop.name}

${prop.editorError ? html`

${prop.editorError}

` : null}

`)}

` : null}

${this.propertyContent}

Theme

{ this.selectTheme('dark'); }} > Darkbrightness_3

{ this.selectTheme('bright'); }} > Brightflare

Viewport

{ this.selectViewport('phone'); }} > Phonesmartphone

{ this.selectViewport('phablet'); }} > Phabletsmartphone

{ this.selectViewport('tablet'); }} > Tablettablet

{ this.selectViewport('native'); }} > Desktopdesktop_windows

this.toggleFullscreen()}> ${this.isFullscreen ? 'fullscreen_exit' : 'fullscreen'}

this.handleRecordButtonClick()} >

${this.warning ? html`

${this.warning}

` : null}

${this.showRecordingPanel ? html` { this.isRecording = true; }} @recording-stop=${() => { this.isRecording = false; }} @duration-update=${(e: CustomEvent) => { this.recordingDuration = e.detail.duration; }} @close=${() => { this.showRecordingPanel = false; this.isRecording = false; this.recordingDuration = 0; }} > ` : null} `; } private async findElementRecursively(container: Element, elementClass: any, maxDepth: number = 5): Promise { if (maxDepth <= 0) return null; try { // Check direct children for (const child of Array.from(container.children)) { if (child instanceof elementClass) { return child as HTMLElement; } } // Search in all children recursively for (const child of Array.from(container.children)) { // First, always check the light DOM children const found = await this.findElementRecursively(child, elementClass, maxDepth - 1); if (found) return found; // Also check shadow root if it exists if (child.shadowRoot) { const shadowFound = await this.findElementRecursively(child.shadowRoot as any, elementClass, maxDepth - 1); if (shadowFound) return shadowFound; } } } catch (error) { console.error('Error in findElementRecursively:', error); } return null; } public async createProperties() { console.log('creating properties for:'); console.log(this.selectedItem); // Clear any previous warnings this.warning = null; const isEnumeration = (propertyArg): boolean => { const keys = Object.keys(propertyArg.type); const values = []; for (const key of keys) { let value = propertyArg.type[key]; if (typeof value === 'number') { value = value.toString(); } values.push(value); } for (const key of keys) { if (values.indexOf(key) < 0) { return false; } } return true; }; const getEnumValues = (propertyArg): any[] => { console.log(JSON.stringify(propertyArg)); const enumValues: any[] = []; Object.keys(propertyArg.type).forEach((valueArg: string) => { enumValues.push(valueArg); }); return enumValues; }; const determinePropertyType = async (propertyArg: any): Promise => { const typeName: any | undefined = propertyArg.type.name; if (typeName) { return typeName; } else { return Array.isArray(propertyArg) ? 'Array' : isEnumeration(propertyArg) ? 'Enum' : 'Object'; } }; if (this.selectedItem && (this.selectedItem as any).demo) { console.log(`Got Dees-Element for property evaluation.`); const anonItem: any = this.selectedItem; if (!anonItem) { this.warning = 'no element selected'; return; } console.log(anonItem.elementProperties); const wccFrame = await this.dashboardRef.wccFrame; // Wait for render to complete and any demo wrappers to run await new Promise(resolve => setTimeout(resolve, 200)); // Try to find the element with recursive search const viewport = await wccFrame.getViewportElement(); let firstFoundInstantiatedElement: HTMLElement = await this.findElementRecursively( viewport, this.selectedItem as any ); // Retry logic if element not found let retries = 0; while (!firstFoundInstantiatedElement && retries < 5) { await new Promise(resolve => setTimeout(resolve, 200)); try { firstFoundInstantiatedElement = await this.findElementRecursively( viewport, this.selectedItem as any ); } catch (error) { console.error('Error during element search retry:', error); } retries++; } if (!firstFoundInstantiatedElement) { this.warning = `no first instantiated element found for >>${anonItem.name}<< after ${retries} retries`; this.propertyContent = []; return; } const classProperties: Map = anonItem.elementProperties; if (!classProperties) { this.warning = `selected element >>${anonItem.name}<< does not expose element properties`; return; } this.warning = null; const propertyArray: TemplateResult[] = []; for (const key of classProperties.keys()) { if (key === 'goBright' || key === 'domtools') { continue; } try { const property = classProperties.get(key); const propertyTypeString = await determinePropertyType(property); propertyArray.push( html`

${key} (${propertyTypeString})

${(() => { switch (propertyTypeString) { case 'Boolean': return html``; case 'String': return html``; case 'Number': return html``; case 'Enum': const enumValues: any[] = getEnumValues(property); return html``; case 'Object': case 'Array': return html``; default: return html`

Unsupported type

`; } })()}

` ); } catch (error) { console.error(`Error processing property ${key}:`, error); // Continue with next property even if this one fails } } this.propertyContent = propertyArray; } else { console.log(`Cannot extract properties of ${(this.selectedItem as any)?.name}`); this.warning = `You selected a page.`; return null; } } public selectTheme(themeArg: TTheme) { this.selectedTheme = themeArg; this.dispatchEvent( new CustomEvent('selectedTheme', { detail: themeArg, }) ); console.log(this.dashboardRef.selectedType); this.dashboardRef.buildUrl(); } public async scheduleUpdate() { try { await this.createProperties(); } catch (error) { console.error('Error creating properties:', error); // Clear property content on error to show clean state this.propertyContent = []; } // Always call super.scheduleUpdate to ensure component updates super.scheduleUpdate(); } public selectViewport(viewport: TEnvironment) { this.selectedViewport = viewport; setEnvironment(viewport); this.dispatchEvent( new CustomEvent('selectedViewport', { detail: viewport, }) ); this.dashboardRef.buildUrl(); } private openAdvancedEditor(propertyName: string, value: any, element: HTMLElement) { // Check if this property is already being edited const existingEditor = this.editingProperties.find(p => p.name === propertyName && p.element === element); if (existingEditor) { return; // Property is already open for editing } const newEditor = { id: `${propertyName}-${Date.now()}`, name: propertyName, value: value, element: element, editorValue: JSON.stringify(value, null, 2), editorError: '' }; this.editingProperties = [...this.editingProperties, newEditor]; // Notify parent to resize frame if this is the first editor if (this.editingProperties.length === 1) { this.dispatchEvent( new CustomEvent('editorStateChanged', { detail: { isOpen: true }, bubbles: true }) ); } } private handleEditorSave(editorId: string) { const editor = this.editingProperties.find(p => p.id === editorId); if (!editor) return; try { const parsedValue = JSON.parse(editor.editorValue); editor.element[editor.name] = parsedValue; // Remove this editor from the list this.editingProperties = this.editingProperties.filter(p => p.id !== editorId); // If no more editors, notify parent to resize frame if (this.editingProperties.length === 0) { this.dispatchEvent( new CustomEvent('editorStateChanged', { detail: { isOpen: false }, bubbles: true }) ); } // Refresh properties display this.createProperties(); } catch (error) { // Update error for this specific editor const editorIndex = this.editingProperties.findIndex(p => p.id === editorId); if (editorIndex !== -1) { this.editingProperties[editorIndex].editorError = `Invalid JSON: ${error.message}`; this.requestUpdate(); } } } private handleEditorCancel(editorId: string) { // Remove this editor from the list this.editingProperties = this.editingProperties.filter(p => p.id !== editorId); // If no more editors, notify parent to resize frame if (this.editingProperties.length === 0) { this.dispatchEvent( new CustomEvent('editorStateChanged', { detail: { isOpen: false }, bubbles: true }) ); } } private closeAllEditors() { this.editingProperties = []; // Notify parent to resize frame back this.dispatchEvent( new CustomEvent('editorStateChanged', { detail: { isOpen: false }, bubbles: true }) ); } private toggleFullscreen() { this.dispatchEvent( new CustomEvent('toggleFullscreen', { bubbles: true }) ); } // ==================== Recording Methods ==================== private handleRecordButtonClick() { if (this.isRecording) { // Stop recording by calling the panel's stopRecording method const panel = this.shadowRoot?.querySelector('wcc-recording-panel') as any; if (panel && panel.stopRecording) { panel.stopRecording(); } } else { // Toggle the recording panel this.showRecordingPanel = !this.showRecordingPanel; } } }