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exclude UI elements from context-sensitive highlights

imwald
Silberengel 4 months ago
parent
f632240050
commit
347d42e5f9
1 changed files with 446 additions and 67 deletions
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  1. 515
      src/components/NoteOptions/useMenuActions.tsx

515
src/components/NoteOptions/useMenuActions.tsx
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@ -476,104 +476,483 @@ export function useMenuActions({ @@ -476,104 +476,483 @@ export function useMenuActions({
let paragraphContext = ''
if (selection && selection.rangeCount > 0 && !selection.isCollapsed) {
// Get the selected text
selectedText = selection.toString().trim()
// Find the paragraph element containing the selection
const range = selection.getRangeAt(0)
let container = range.commonAncestorContainer
// Walk up the DOM tree to find a paragraph element
// Helper function to check if an element is a UI element that should be excluded
const isUIElement = (element: Element | null): boolean => {
if (!element) return false
const tagName = element.tagName?.toLowerCase()
const className = element.className || ''
const id = element.id || ''
// Exclude common UI elements
const uiTags = ['nav', 'header', 'footer', 'aside', 'button', 'menu', 'dialog', 'form', 'input', 'select', 'textarea']
if (uiTags.includes(tagName)) return true
// Exclude elements with UI-related classes
const uiClassPatterns = [
/sidebar/i,
/navbar/i,
/menu/i,
/header/i,
/footer/i,
/titlebar/i,
/button/i,
/dialog/i,
/modal/i,
/drawer/i,
/toolbar/i,
/action/i,
/control/i
]
if (uiClassPatterns.some(pattern => pattern.test(className) || pattern.test(id))) return true
// Exclude elements with role attributes that indicate UI
const role = element.getAttribute('role')
if (role && ['navigation', 'banner', 'contentinfo', 'complementary', 'dialog', 'button', 'menubar', 'menu'].includes(role)) {
return true
}
return false
}
// Find the article content container (element with 'prose' class)
// This is where the actual article content is rendered
let articleContainer: Element | null = null
let container: Node | null = range.commonAncestorContainer
// Walk up the DOM tree to find the article container
while (container && container.nodeType !== Node.ELEMENT_NODE) {
container = container.parentNode
}
let paragraphElement: Element | null = null
if (container) {
let current: Element | null = container as Element
while (current) {
// Check if it's a paragraph or a div that might contain paragraph content
// Check if this element is the article content container
const className = current.className || ''
if (typeof className === 'string' && className.includes('prose')) {
articleContainer = current
break
}
// Also check parent elements
current = current.parentElement
}
}
// If we couldn't find the article container, try to find it by looking for the event's note container
if (!articleContainer) {
// Try to find the note container by searching for elements that might contain the event
const allElements = document.querySelectorAll('[data-event-id], [data-note-id], .note-content, article')
for (const el of allElements) {
if (el.contains(range.startContainer) && el.contains(range.endContainer)) {
// Check if this element has prose class or contains prose elements
const hasProse = el.classList.contains('prose') || el.querySelector('.prose')
if (hasProse) {
articleContainer = el.querySelector('.prose') || el
break
}
}
}
}
// Verify that the selection is within the article content and not in UI elements
let startElement: Element | null = null
let endElement: Element | null = null
if (range.startContainer.nodeType === Node.ELEMENT_NODE) {
startElement = range.startContainer as Element
} else {
startElement = range.startContainer.parentElement
}
if (range.endContainer.nodeType === Node.ELEMENT_NODE) {
endElement = range.endContainer as Element
} else {
endElement = range.endContainer.parentElement
}
// Check if selection includes UI elements
let current: Element | null = startElement
let hasUIElements = false
while (current && current !== articleContainer?.parentElement) {
if (isUIElement(current)) {
hasUIElements = true
break
}
current = current.parentElement
}
if (!hasUIElements && endElement) {
current = endElement
while (current && current !== articleContainer?.parentElement) {
if (isUIElement(current)) {
hasUIElements = true
break
}
current = current.parentElement
}
}
// If selection includes UI elements, show error
if (hasUIElements) {
toast.error(t('Please select text only from the article content, not from menus or UI elements'))
return
}
// If we found an article container, verify selection is within it
if (articleContainer && !articleContainer.contains(range.startContainer)) {
toast.error(t('Please select text only from the article content, not from menus or UI elements'))
return
}
// Create a new range that only includes content from the article
const contentRange = range.cloneRange()
// If we have an article container, try to constrain the range to it
// This helps ensure we only capture article content, not UI elements
if (articleContainer) {
try {
// Verify both start and end are within article container
const rangeStart = range.startContainer
const rangeEnd = range.endContainer
// If start is not in article container, try to adjust it
if (!articleContainer.contains(rangeStart)) {
// This shouldn't happen if our check above worked, but handle it anyway
logger.warn('Selection start is outside article container', {
hasArticleContainer: !!articleContainer
})
// Try to find the first text node in the article container
const walker = document.createTreeWalker(
articleContainer,
NodeFilter.SHOW_TEXT,
null
)
let node = walker.nextNode()
if (node) {
contentRange.setStart(node, 0)
} else {
// No text nodes in article container, reject selection
toast.error(t('Please select text from the article content'))
return
}
}
// If end is not in article container, try to adjust it
if (!articleContainer.contains(rangeEnd)) {
logger.warn('Selection end is outside article container', {
hasArticleContainer: !!articleContainer
})
// Try to find the last text node in the article container
const walker = document.createTreeWalker(
articleContainer,
NodeFilter.SHOW_TEXT,
null
)
let lastNode: Node | null = null
let node = walker.nextNode()
while (node) {
lastNode = node
node = walker.nextNode()
}
if (lastNode && lastNode.textContent) {
contentRange.setEnd(lastNode, lastNode.textContent.length)
}
}
} catch (e) {
// If range manipulation fails, log and continue with original range
// But we've already validated it's not in UI elements
logger.warn('Failed to constrain range to article container', { error: e })
}
}
// Get the selected text from the constrained range
selectedText = contentRange.toString().trim()
// Filter out common UI text patterns that might have been captured
const uiTextPatterns = [
/^(Home|Explore|Discussions|Notifications|Search|Profile|Settings|Post|Back|Follow|Following|Relays|Posts|Articles|Media|Pins|Bookmarks|Interests|All Types|Translate)$/i,
/^(@|#|wss?:\/\/)/, // Usernames, hashtags, relay URLs at start
/^(npub1|note1|nevent1|naddr1)/i // Nostr identifiers at start
]
// Check if selected text looks like UI text
if (uiTextPatterns.some(pattern => pattern.test(selectedText))) {
toast.error(t('Please select text from the article content, not from UI elements'))
return
}
// Find the actual paragraph element (<p> tag) containing the selection
// We want the specific paragraph, not a parent container
let container2: Node | null = contentRange.commonAncestorContainer
// Walk up the DOM tree to find a paragraph element
while (container2 && container2.nodeType !== Node.ELEMENT_NODE) {
container2 = container2.parentNode
}
let paragraphElement: Element | null = null
if (container2) {
let current: Element | null = container2 as Element
// First pass: look specifically for a <p> tag or header
while (current) {
// Skip UI elements
if (isUIElement(current)) {
current = current.parentElement
continue
}
const tagName = current.tagName?.toLowerCase()
// Look for paragraph tags, or divs/articles that contain the selection
// Also check for common markdown/article container classes
if (tagName === 'p') {
// Found a paragraph tag - this is ideal
if (current.contains(range.startContainer) && current.contains(range.endContainer)) {
// Prioritize finding actual paragraph tags or headers
if (tagName === 'p' || (tagName?.startsWith('h') && /^h[1-6]$/.test(tagName))) {
// Found a paragraph or header tag - this is what we want
if (current.contains(contentRange.startContainer) && current.contains(contentRange.endContainer)) {
paragraphElement = current
break
}
} else if (tagName === 'div' || tagName === 'article' || tagName === 'section') {
// Check if this div/article/section contains the selection
// and doesn't have nested paragraph-like structures
if (current.contains(range.startContainer) && current.contains(range.endContainer)) {
// Check if this element has direct paragraph children
const hasParagraphChildren = Array.from(current.children).some(
child => child.tagName?.toLowerCase() === 'p'
)
// If it doesn't have paragraph children, it might be a paragraph container itself
if (!hasParagraphChildren || !paragraphElement) {
paragraphElement = current
// Don't break here - continue looking for a p tag
}
current = current.parentElement
}
// If we didn't find a <p> or header tag, try to find the closest text-containing element
// but only as a last resort, and make sure it's not a large container
if (!paragraphElement && container2) {
current = container2 as Element
while (current) {
if (isUIElement(current)) {
current = current.parentElement
continue
}
const tagName = current.tagName?.toLowerCase()
// Only use div/article/section if it's small and doesn't have many paragraph children
if ((tagName === 'div' || tagName === 'article' || tagName === 'section') &&
current.contains(contentRange.startContainer) && current.contains(contentRange.endContainer)) {
// Make sure it's within the article container
if (!articleContainer || articleContainer.contains(current)) {
// Count how many paragraph children it has
const paragraphChildren = Array.from(current.children).filter(
child => {
const childTag = child.tagName?.toLowerCase()
return (childTag === 'p' || childTag?.startsWith('h')) && !isUIElement(child)
}
)
// Only use this as paragraph element if it has very few paragraph children (1-2)
// This prevents using large containers that hold the entire article
if (paragraphChildren.length <= 2) {
paragraphElement = current
break
}
}
}
current = current.parentElement
}
current = current.parentElement
}
}
// If we found a paragraph element, get its text content
// If we found a paragraph element, get its text content and the paragraph above/below it
// But filter out any UI elements from the paragraph context
if (paragraphElement) {
paragraphContext = paragraphElement.textContent?.trim() || ''
} else {
// Fallback: try to get text from a larger context around the selection
// Clone the range and expand it to include surrounding text
const expandedRange = range.cloneRange()
const startContainer = range.startContainer
const endContainer = range.endContainer
// Try to expand backwards to find sentence/paragraph boundaries
if (startContainer.nodeType === Node.TEXT_NODE && startContainer.textContent) {
const textBefore = startContainer.textContent.substring(0, range.startOffset)
// Look for paragraph breaks (double newlines) or sentence endings
const lastParagraphBreak = textBefore.lastIndexOf('\n\n')
const lastSentenceEnd = Math.max(
textBefore.lastIndexOf('. '),
textBefore.lastIndexOf('.\n'),
textBefore.lastIndexOf('! '),
textBefore.lastIndexOf('?\n')
)
if (lastParagraphBreak > 0) {
expandedRange.setStart(startContainer, lastParagraphBreak + 2)
} else if (lastSentenceEnd > 0) {
expandedRange.setStart(startContainer, lastSentenceEnd + 2)
const tagName = paragraphElement.tagName?.toLowerCase()
const isHeader = tagName?.startsWith('h') && /^h[1-6]$/.test(tagName)
// Get text content of current element (paragraph or header), but exclude UI elements
const walker = document.createTreeWalker(
paragraphElement,
NodeFilter.SHOW_TEXT,
{
acceptNode: (node) => {
// Check if the text node's parent is a UI element
let parent = node.parentElement
while (parent && parent !== paragraphElement) {
if (isUIElement(parent)) {
return NodeFilter.FILTER_REJECT
}
parent = parent.parentElement
}
return NodeFilter.FILTER_ACCEPT
}
}
)
const textNodes: string[] = []
let node = walker.nextNode()
while (node) {
if (node.textContent) {
textNodes.push(node.textContent)
}
node = walker.nextNode()
}
const currentElementText = textNodes.join('').trim()
// For headers, get the following paragraph. For paragraphs, get the one above.
let contextParagraphText = ''
if (articleContainer) {
// Get all content elements (p, h1-h6) within the article container, in DOM order
const allElements = Array.from(articleContainer.querySelectorAll('p, h1, h2, h3, h4, h5, h6'))
.filter(el => {
// Filter out UI elements
if (isUIElement(el)) return false
// Only include elements that are within the article container
return articleContainer.contains(el)
})
// Find the index of the current element
const currentIndex = allElements.indexOf(paragraphElement)
if (isHeader) {
// For headers: get the next paragraph after the header
if (currentIndex >= 0 && currentIndex < allElements.length - 1) {
// Look for the next paragraph (not header) after this header
for (let i = currentIndex + 1; i < allElements.length; i++) {
const nextElement = allElements[i]
const nextTagName = nextElement.tagName?.toLowerCase()
if (nextTagName === 'p' && !isUIElement(nextElement)) {
// Found the next paragraph
const nextWalker = document.createTreeWalker(
nextElement,
NodeFilter.SHOW_TEXT,
{
acceptNode: (node) => {
let parent = node.parentElement
while (parent && parent !== nextElement) {
if (isUIElement(parent)) {
return NodeFilter.FILTER_REJECT
}
parent = parent.parentElement
}
return NodeFilter.FILTER_ACCEPT
}
}
)
const nextTextNodes: string[] = []
let nextNode = nextWalker.nextNode()
while (nextNode) {
if (nextNode.textContent) {
nextTextNodes.push(nextNode.textContent)
}
nextNode = nextWalker.nextNode()
}
contextParagraphText = nextTextNodes.join('').trim()
break
}
// If we hit another header before a paragraph, stop looking
if (nextTagName?.startsWith('h')) {
break
}
}
}
} else {
expandedRange.setStart(startContainer, 0)
// For paragraphs: get the previous paragraph or header
if (currentIndex > 0) {
const previousElement = allElements[currentIndex - 1]
if (previousElement && !isUIElement(previousElement)) {
// Get text from previous element, excluding UI elements
const prevWalker = document.createTreeWalker(
previousElement,
NodeFilter.SHOW_TEXT,
{
acceptNode: (node) => {
let parent = node.parentElement
while (parent && parent !== previousElement) {
if (isUIElement(parent)) {
return NodeFilter.FILTER_REJECT
}
parent = parent.parentElement
}
return NodeFilter.FILTER_ACCEPT
}
}
)
const prevTextNodes: string[] = []
let prevNode = prevWalker.nextNode()
while (prevNode) {
if (prevNode.textContent) {
prevTextNodes.push(prevNode.textContent)
}
prevNode = prevWalker.nextNode()
}
contextParagraphText = prevTextNodes.join('').trim()
}
}
}
} else {
// Fallback: if no article container, use sibling elements
if (isHeader) {
// For headers: find next sibling paragraph
let nextSibling = paragraphElement.nextElementSibling
while (nextSibling) {
if (isUIElement(nextSibling)) {
nextSibling = nextSibling.nextElementSibling
continue
}
const nextTagName = nextSibling.tagName?.toLowerCase()
if (nextTagName === 'p') {
const nextText = nextSibling.textContent?.trim() || ''
if (nextText) {
contextParagraphText = nextText
}
break
}
// Stop if we hit another header
if (nextTagName?.startsWith('h')) {
break
}
nextSibling = nextSibling.nextElementSibling
}
} else {
// For paragraphs: find previous sibling
let prevSibling = paragraphElement.previousElementSibling
while (prevSibling) {
if (isUIElement(prevSibling)) {
prevSibling = prevSibling.previousElementSibling
continue
}
const prevTagName = prevSibling.tagName?.toLowerCase()
if (prevTagName === 'p' || prevTagName?.startsWith('h')) {
const prevText = prevSibling.textContent?.trim() || ''
if (prevText) {
contextParagraphText = prevText
}
break
}
prevSibling = prevSibling.previousElementSibling
}
}
}
// Try to expand forwards
if (endContainer.nodeType === Node.TEXT_NODE && endContainer.textContent) {
const textAfter = endContainer.textContent.substring(range.endOffset)
const nextParagraphBreak = textAfter.indexOf('\n\n')
const nextSentenceEnd = Math.min(
textAfter.indexOf('. ') !== -1 ? textAfter.indexOf('. ') + 2 : Infinity,
textAfter.indexOf('.\n') !== -1 ? textAfter.indexOf('.\n') + 2 : Infinity,
textAfter.indexOf('! ') !== -1 ? textAfter.indexOf('! ') + 2 : Infinity,
textAfter.indexOf('?\n') !== -1 ? textAfter.indexOf('?\n') + 2 : Infinity
)
if (nextParagraphBreak !== -1 && nextParagraphBreak < nextSentenceEnd) {
expandedRange.setEnd(endContainer, range.endOffset + nextParagraphBreak)
} else if (nextSentenceEnd < Infinity) {
expandedRange.setEnd(endContainer, range.endOffset + nextSentenceEnd)
// Combine context paragraph and current element
if (contextParagraphText) {
if (isHeader) {
// Header followed by paragraph
paragraphContext = `${currentElementText}\n\n${contextParagraphText}`
} else {
expandedRange.setEnd(endContainer, endContainer.textContent.length)
// Previous paragraph/header followed by current paragraph
paragraphContext = `${contextParagraphText}\n\n${currentElementText}`
}
} else {
// Just the current element
paragraphContext = currentElementText
}
paragraphContext = expandedRange.toString().trim()
} else {
// Fallback: if we couldn't find a paragraph element, just use the selected text
// Don't try to expand too much - just use what was selected
paragraphContext = selectedText
}
}
// Final validation: ensure we have valid selected text
if (!selectedText || selectedText.length === 0) {
toast.error(t('Please select some text from the article to highlight'))
return
}
// For addressable events (publications, long-form articles with d-tag), use naddr
// For regular events, use nevent
let sourceValue: string

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