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leaflet fork for copy edit / bug fixes forked from leaflet.pub/leaflet
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//How should I model selection? As ranges w/ a start and end? Store *blocks* so that I can just construct ranges?// How does this relate to *when dragging* ?
export function SelectionManager() { let moreThanOneSelected = useUIState((s) => s.selectedBlocks.length > 1); let entity_set = useEntitySetContext(); let { rep, undoManager } = useReplicache(); let isMobile = useIsMobile(); useEffect(() => { if (!entity_set.permissions.write || !rep) return; if (isMobile) return; const getSortedSelectionBound = getSortedSelection.bind(null, rep); let shortcuts: Shortcut[] = [ { metaKey: true, key: "ArrowUp", handler: async () => { let [firstBlock] = (await rep?.query((tx) => getBlocksWithType( tx, useUIState.getState().selectedBlocks[0].parent, ), )) || []; if (firstBlock) focusBlock(firstBlock, { type: "start" }); }, }, { metaKey: true, key: "ArrowDown", handler: async () => { let blocks = (await rep?.query((tx) => getBlocksWithType( tx, useUIState.getState().selectedBlocks[0].parent, ), )) || []; let folded = useUIState.getState().foldedBlocks; blocks = blocks.filter( (f) => !f.listData || !f.listData.path.find( (path) => folded.includes(path.entity) && f.value !== path.entity, ), ); let lastBlock = blocks[blocks.length - 1]; if (lastBlock) focusBlock(lastBlock, { type: "end" }); }, }, { metaKey: true, altKey: true, key: ["l", "¬"], handler: async () => { let [sortedBlocks, siblings] = await getSortedSelectionBound(); for (let block of sortedBlocks) { if (!block.listData) { await rep?.mutate.assertFact({ entity: block.value, attribute: "block/is-list", data: { type: "boolean", value: true }, }); } else { outdentFull(block, rep); } } }, }, { metaKey: true, shift: true, key: ["ArrowDown", "J"], handler: async () => { let [sortedBlocks, siblings] = await getSortedSelectionBound(); let block = sortedBlocks[0]; let nextBlock = siblings .slice(siblings.findIndex((s) => s.value === block.value) + 1) .find( (f) => f.listData && block.listData && !f.listData.path.find((f) => f.entity === block.value), ); if ( nextBlock?.listData && block.listData && nextBlock.listData.depth === block.listData.depth - 1 ) { if (useUIState.getState().foldedBlocks.includes(nextBlock.value)) useUIState.getState().toggleFold(nextBlock.value); rep?.mutate.moveBlock({ block: block.value, oldParent: block.listData?.parent, newParent: nextBlock.value, position: { type: "first" }, }); } else { rep?.mutate.moveBlockDown({ entityID: block.value, parent: block.listData?.parent || block.parent, }); } }, }, { metaKey: true, shift: true, key: ["ArrowUp", "K"], handler: async () => { let [sortedBlocks, siblings] = await getSortedSelectionBound(); let block = sortedBlocks[0]; let previousBlock = siblings?.[siblings.findIndex((s) => s.value === block.value) - 1]; if (previousBlock.value === block.listData?.parent) { previousBlock = siblings?.[ siblings.findIndex((s) => s.value === block.value) - 2 ]; }
if ( previousBlock?.listData && block.listData && block.listData.depth > 1 && !previousBlock.listData.path.find( (f) => f.entity === block.listData?.parent, ) ) { let depth = block.listData.depth; let newParent = previousBlock.listData.path.find( (f) => f.depth === depth - 1, ); if (!newParent) return; if (useUIState.getState().foldedBlocks.includes(newParent.entity)) useUIState.getState().toggleFold(newParent.entity); rep?.mutate.moveBlock({ block: block.value, oldParent: block.listData?.parent, newParent: newParent.entity, position: { type: "end" }, }); } else { rep?.mutate.moveBlockUp({ entityID: block.value, parent: block.listData?.parent || block.parent, }); } }, },
{ metaKey: true, shift: true, key: "Enter", handler: async () => { let [sortedBlocks, siblings] = await getSortedSelectionBound(); if (!sortedBlocks[0].listData) return; useUIState.getState().toggleFold(sortedBlocks[0].value); }, }, ]; if (moreThanOneSelected) shortcuts = shortcuts.concat([ { metaKey: true, key: "u", handler: async () => { let [sortedBlocks] = await getSortedSelectionBound(); toggleMarkInBlocks( sortedBlocks.filter((b) => b.type === "text").map((b) => b.value), schema.marks.underline, ); }, }, { metaKey: true, key: "i", handler: async () => { let [sortedBlocks] = await getSortedSelectionBound(); toggleMarkInBlocks( sortedBlocks.filter((b) => b.type === "text").map((b) => b.value), schema.marks.em, ); }, }, { metaKey: true, key: "b", handler: async () => { let [sortedBlocks] = await getSortedSelectionBound(); toggleMarkInBlocks( sortedBlocks.filter((b) => b.type === "text").map((b) => b.value), schema.marks.strong, ); }, }, { metaAndCtrl: true, key: "h", handler: async () => { let [sortedBlocks] = await getSortedSelectionBound(); toggleMarkInBlocks( sortedBlocks.filter((b) => b.type === "text").map((b) => b.value), schema.marks.highlight, { color: useUIState.getState().lastUsedHighlight, }, ); }, }, { metaAndCtrl: true, key: "x", handler: async () => { let [sortedBlocks] = await getSortedSelectionBound(); toggleMarkInBlocks( sortedBlocks.filter((b) => b.type === "text").map((b) => b.value), schema.marks.strikethrough, ); }, }, ]); let removeListener = addShortcut( shortcuts.map((shortcut) => ({ ...shortcut, handler: () => undoManager.withUndoGroup(() => shortcut.handler()), })), ); let listener = async (e: KeyboardEvent) => undoManager.withUndoGroup(async () => { //used here and in cut const deleteBlocks = async () => { if (!entity_set.permissions.write) return; if (moreThanOneSelected) { e.preventDefault(); let [sortedBlocks, siblings] = await getSortedSelectionBound(); let selectedBlocks = useUIState.getState().selectedBlocks; let firstBlock = sortedBlocks[0];
await rep?.mutate.removeBlock( selectedBlocks.map((block) => ({ blockEntity: block.value })), ); useUIState.getState().closePage(selectedBlocks.map((b) => b.value));
let nextBlock = siblings?.[ siblings.findIndex((s) => s.value === firstBlock.value) - 1 ]; if (nextBlock) { useUIState.getState().setSelectedBlock({ value: nextBlock.value, parent: nextBlock.parent, }); let type = await rep?.query((tx) => scanIndex(tx).eav(nextBlock.value, "block/type"), ); if (!type?.[0]) return; if ( type[0]?.data.value === "text" || type[0]?.data.value === "heading" ) focusBlock( { value: nextBlock.value, type: "text", parent: nextBlock.parent, }, { type: "end" }, ); } } }; if (e.key === "Backspace" || e.key === "Delete") { deleteBlocks(); } if (e.key === "ArrowUp") { let [sortedBlocks, siblings] = await getSortedSelectionBound(); let focusedBlock = useUIState.getState().focusedEntity; if (!e.shiftKey && !e.ctrlKey) { if (e.defaultPrevented) return; if (sortedBlocks.length === 1) return; let firstBlock = sortedBlocks[0]; if (!firstBlock) return; let type = await rep?.query((tx) => scanIndex(tx).eav(firstBlock.value, "block/type"), ); if (!type?.[0]) return; useUIState.getState().setSelectedBlock(firstBlock); focusBlock( { ...firstBlock, type: type[0].data.value }, { type: "start" }, ); } else { if (e.defaultPrevented) return; if ( sortedBlocks.length <= 1 || !focusedBlock || focusedBlock.entityType === "page" ) return; let b = focusedBlock; let focusedBlockIndex = sortedBlocks.findIndex( (s) => s.value == b.entityID, ); if (focusedBlockIndex === 0) { let index = siblings.findIndex((s) => s.value === b.entityID); let nextSelectedBlock = siblings[index - 1]; if (!nextSelectedBlock) return;
scrollIntoViewIfNeeded( document.getElementById( elementId.block(nextSelectedBlock.value).container, ), false, ); useUIState.getState().addBlockToSelection({ ...nextSelectedBlock, }); useUIState.getState().setFocusedBlock({ entityType: "block", parent: nextSelectedBlock.parent, entityID: nextSelectedBlock.value, }); } else { let nextBlock = sortedBlocks[sortedBlocks.length - 2]; useUIState.getState().setFocusedBlock({ entityType: "block", parent: b.parent, entityID: nextBlock.value, }); scrollIntoViewIfNeeded( document.getElementById( elementId.block(nextBlock.value).container, ), false, ); if (sortedBlocks.length === 2) { useEditorStates .getState() .editorStates[nextBlock.value]?.view?.focus(); } useUIState .getState() .removeBlockFromSelection(sortedBlocks[focusedBlockIndex]); } } } if (e.key === "ArrowLeft") { let [sortedSelection, siblings] = await getSortedSelectionBound(); if (sortedSelection.length === 1) return; let firstBlock = sortedSelection[0]; if (!firstBlock) return; let type = await rep?.query((tx) => scanIndex(tx).eav(firstBlock.value, "block/type"), ); if (!type?.[0]) return; useUIState.getState().setSelectedBlock(firstBlock); focusBlock( { ...firstBlock, type: type[0].data.value }, { type: "start" }, ); } if (e.key === "ArrowRight") { let [sortedSelection, siblings] = await getSortedSelectionBound(); if (sortedSelection.length === 1) return; let lastBlock = sortedSelection[sortedSelection.length - 1]; if (!lastBlock) return; let type = await rep?.query((tx) => scanIndex(tx).eav(lastBlock.value, "block/type"), ); if (!type?.[0]) return; useUIState.getState().setSelectedBlock(lastBlock); focusBlock( { ...lastBlock, type: type[0].data.value }, { type: "end" }, ); } if (e.key === "Tab") { let [sortedSelection, siblings] = await getSortedSelectionBound(); if (sortedSelection.length <= 1) return; e.preventDefault(); if (e.shiftKey) { for (let i = siblings.length - 1; i >= 0; i--) { let block = siblings[i]; if (!sortedSelection.find((s) => s.value === block.value)) continue; if ( sortedSelection.find((s) => s.value === block.listData?.parent) ) continue; let parentoffset = 1; let previousBlock = siblings[i - parentoffset]; while ( previousBlock && sortedSelection.find((s) => previousBlock.value === s.value) ) { parentoffset += 1; previousBlock = siblings[i - parentoffset]; } if (!block.listData || !previousBlock.listData) continue; outdent(block, previousBlock, rep); } } else { for (let i = 0; i < siblings.length; i++) { let block = siblings[i]; if (!sortedSelection.find((s) => s.value === block.value)) continue; if ( sortedSelection.find((s) => s.value === block.listData?.parent) ) continue; let parentoffset = 1; let previousBlock = siblings[i - parentoffset]; while ( previousBlock && sortedSelection.find((s) => previousBlock.value === s.value) ) { parentoffset += 1; previousBlock = siblings[i - parentoffset]; } if (!block.listData || !previousBlock.listData) continue; indent(block, previousBlock, rep); } } } if (e.key === "ArrowDown") { let [sortedSelection, siblings] = await getSortedSelectionBound(); let focusedBlock = useUIState.getState().focusedEntity; if (!e.shiftKey) { if (sortedSelection.length === 1) return; let lastBlock = sortedSelection[sortedSelection.length - 1]; if (!lastBlock) return; let type = await rep?.query((tx) => scanIndex(tx).eav(lastBlock.value, "block/type"), ); if (!type?.[0]) return; useUIState.getState().setSelectedBlock(lastBlock); focusBlock( { ...lastBlock, type: type[0].data.value }, { type: "end" }, ); } if (e.shiftKey) { if (e.defaultPrevented) return; if ( sortedSelection.length <= 1 || !focusedBlock || focusedBlock.entityType === "page" ) return; let b = focusedBlock; let focusedBlockIndex = sortedSelection.findIndex( (s) => s.value == b.entityID, ); if (focusedBlockIndex === sortedSelection.length - 1) { let index = siblings.findIndex((s) => s.value === b.entityID); let nextSelectedBlock = siblings[index + 1]; if (!nextSelectedBlock) return; useUIState.getState().addBlockToSelection({ ...nextSelectedBlock, });
scrollIntoViewIfNeeded( document.getElementById( elementId.block(nextSelectedBlock.value).container, ), false, ); useUIState.getState().setFocusedBlock({ entityType: "block", parent: nextSelectedBlock.parent, entityID: nextSelectedBlock.value, }); } else { let nextBlock = sortedSelection[1]; useUIState .getState() .removeBlockFromSelection({ value: b.entityID }); scrollIntoViewIfNeeded( document.getElementById( elementId.block(nextBlock.value).container, ), false, ); useUIState.getState().setFocusedBlock({ entityType: "block", parent: b.parent, entityID: nextBlock.value, }); if (sortedSelection.length === 2) { useEditorStates .getState() .editorStates[nextBlock.value]?.view?.focus(); } } } } if ((e.key === "c" || e.key === "x") && (e.metaKey || e.ctrlKey)) { if (!rep) return; if (e.shiftKey || (e.metaKey && e.ctrlKey)) return; let [, , selectionWithFoldedChildren] = await getSortedSelectionBound(); if (!selectionWithFoldedChildren) return; let el = document.activeElement as HTMLElement; if ( el?.tagName === "LABEL" || el?.tagName === "INPUT" || el?.tagName === "TEXTAREA" ) { return; }
if ( el.contentEditable === "true" && selectionWithFoldedChildren.length <= 1 ) return; e.preventDefault(); await copySelection(rep, selectionWithFoldedChildren); if (e.key === "x") deleteBlocks(); } }); window.addEventListener("keydown", listener); return () => { removeListener(); window.removeEventListener("keydown", listener); }; }, [moreThanOneSelected, rep, entity_set.permissions.write, isMobile]);
let [mouseDown, setMouseDown] = useState(false); let initialContentEditableParent = useRef<null | Node>(null); let savedSelection = useRef<SavedRange[] | null>(undefined); useEffect(() => { if (isMobile) return; if (!entity_set.permissions.write) return; let mouseDownListener = (e: MouseEvent) => { if ((e.target as Element).getAttribute("data-draggable")) return; let contentEditableParent = getContentEditableParent(e.target as Node); if (contentEditableParent) { setMouseDown(true); let entityID = (contentEditableParent as Element).getAttribute( "data-entityid", ); useSelectingMouse.setState({ start: entityID }); } initialContentEditableParent.current = contentEditableParent; }; let mouseUpListener = (e: MouseEvent) => { savedSelection.current = null; if ( initialContentEditableParent.current && !(e.target as Element).getAttribute("data-draggable") && getContentEditableParent(e.target as Node) !== initialContentEditableParent.current ) { setTimeout(() => { window.getSelection()?.removeAllRanges(); }, 5); } initialContentEditableParent.current = null; useSelectingMouse.setState({ start: null }); setMouseDown(false); }; window.addEventListener("mousedown", mouseDownListener); window.addEventListener("mouseup", mouseUpListener); return () => { window.removeEventListener("mousedown", mouseDownListener); window.removeEventListener("mouseup", mouseUpListener); }; }, [entity_set.permissions.write, isMobile]); useEffect(() => { if (!mouseDown) return; if (isMobile) return; let mouseMoveListener = (e: MouseEvent) => { if (e.buttons !== 1) return; if (initialContentEditableParent.current) { if ( initialContentEditableParent.current === getContentEditableParent(e.target as Node) ) { if (savedSelection.current) { restoreSelection(savedSelection.current); } savedSelection.current = null; return; } if (!savedSelection.current) savedSelection.current = saveSelection(); window.getSelection()?.removeAllRanges(); } }; window.addEventListener("mousemove", mouseMoveListener); return () => { window.removeEventListener("mousemove", mouseMoveListener); }; }, [mouseDown, isMobile]); return null;}
type SavedRange = { startContainer: Node; startOffset: number; endContainer: Node; endOffset: number; direction: "forward" | "backward";};export function saveSelection() { let selection = window.getSelection(); if (selection && selection.rangeCount > 0) { let ranges: SavedRange[] = []; for (let i = 0; i < selection.rangeCount; i++) { let range = selection.getRangeAt(i); ranges.push({ startContainer: range.startContainer, startOffset: range.startOffset, endContainer: range.endContainer, endOffset: range.endOffset, direction: selection.anchorNode === range.startContainer && selection.anchorOffset === range.startOffset ? "forward" : "backward", }); } return ranges; } return [];}
export function restoreSelection(savedRanges: SavedRange[]) { if (savedRanges && savedRanges.length > 0) { let selection = window.getSelection(); if (!selection) return; selection.removeAllRanges(); for (let i = 0; i < savedRanges.length; i++) { let range = document.createRange(); range.setStart(savedRanges[i].startContainer, savedRanges[i].startOffset); range.setEnd(savedRanges[i].endContainer, savedRanges[i].endOffset);
selection.addRange(range);
// If the direction is backward, collapse the selection to the end and then extend it backward if (savedRanges[i].direction === "backward") { selection.collapseToEnd(); selection.extend( savedRanges[i].startContainer, savedRanges[i].startOffset, ); } } }}
function getContentEditableParent(e: Node | null): Node | null { let element: Node | null = e; while (element && element !== document) { if ( (element as HTMLElement).contentEditable === "true" || (element as HTMLElement).getAttribute("data-editable-block") ) { return element; } element = element.parentNode; } return null;}
export const getSortedSelection = async ( rep: Replicache<ReplicacheMutators>,) => { let selectedBlocks = useUIState.getState().selectedBlocks; let foldedBlocks = useUIState.getState().foldedBlocks; if (!selectedBlocks[0]) return [[], []]; let siblings = (await rep?.query((tx) => getBlocksWithType(tx, selectedBlocks[0].parent), )) || []; let sortedBlocks = siblings.filter((s) => { let selected = selectedBlocks.find((sb) => sb.value === s.value); return selected; }); let sortedBlocksWithChildren = siblings.filter((s) => { let selected = selectedBlocks.find((sb) => sb.value === s.value); if (s.listData && !selected) { //Select the children of folded list blocks (in order to copy them) return s.listData.path.find( (p) => selectedBlocks.find((sb) => sb.value === p.entity) && foldedBlocks.includes(p.entity), ); } return selected; }); return [ sortedBlocks, siblings.filter( (f) => !f.listData || !f.listData.path.find( (p) => foldedBlocks.includes(p.entity) && p.entity !== f.value, ), ), sortedBlocksWithChildren, ];};
function toggleMarkInBlocks(blocks: string[], mark: MarkType, attrs?: any) { let everyBlockHasMark = blocks.reduce((acc, block) => { let editor = useEditorStates.getState().editorStates[block]; if (!editor) return acc; let { view } = editor; let from = 0; let to = view.state.doc.content.size; let hasMarkInRange = view.state.doc.rangeHasMark(from, to, mark); return acc && hasMarkInRange; }, true); for (let block of blocks) { let editor = useEditorStates.getState().editorStates[block]; if (!editor) return; let { view } = editor; let tr = view.state.tr;
let from = 0; let to = view.state.doc.content.size;
tr.setMeta("bulkOp", true); if (everyBlockHasMark) { tr.removeMark(from, to, mark); } else { tr.addMark(from, to, mark.create(attrs)); }
view.dispatch(tr); }}