@portabletext/editor/lib/index.cjs

Portable Text Editor made in React

"use strict";
Object.defineProperty(exports, "__esModule", { value: !0 });
var reactCompilerRuntime = require("react-compiler-runtime"), React = require("react"), useEffectEvent = require("use-effect-event"), useEditor = require("./_chunks-cjs/use-editor.cjs"), jsxRuntime = require("react/jsx-runtime"), react = require("@xstate/react"), noop = require("lodash/noop.js"), slate = require("slate"), slateReact = require("slate-react"), debug$f = require("debug"), slateDom = require("slate-dom"), util_sliceBlocks = require("./_chunks-cjs/util.slice-blocks.cjs"), util_isSelectionCollapsed = require("./_chunks-cjs/util.is-selection-collapsed.cjs"), isEqual = require("lodash/isEqual.js"), selector_isSelectionExpanded = require("./_chunks-cjs/selector.is-selection-expanded.cjs"), selector_isSelectingEntireBlocks = require("./_chunks-cjs/selector.is-selecting-entire-blocks.cjs"), getRandomValues = require("get-random-values-esm"), behaviors_index = require("./behaviors/index.cjs"), uniq = require("lodash/uniq.js"), rxjs = require("rxjs"), xstate = require("xstate"), blockTools = require("@portabletext/block-tools"), toHtml = require("@portabletext/to-html"), schema = require("@sanity/schema"), flatten = require("lodash/flatten.js"), omit = require("lodash/omit.js"), patches = require("@portabletext/patches"), util_childSelectionPointToBlockOffset = require("./_chunks-cjs/util.child-selection-point-to-block-offset.cjs"), util_sliceTextBlock = require("./_chunks-cjs/util.slice-text-block.cjs"), get = require("lodash/get.js"), isUndefined = require("lodash/isUndefined.js"), omitBy = require("lodash/omitBy.js"), immer = require("immer"), keyboardShortcuts = require("@portabletext/keyboard-shortcuts"), types = require("@sanity/types"), startCase = require("lodash.startcase"), isPlainObject = require("lodash/isPlainObject.js");
function _interopDefaultCompat(e) {
  return e && typeof e == "object" && "default" in e ? e : { default: e };
}
var React__default = /* @__PURE__ */ _interopDefaultCompat(React), noop__default = /* @__PURE__ */ _interopDefaultCompat(noop), debug__default = /* @__PURE__ */ _interopDefaultCompat(debug$f), isEqual__default = /* @__PURE__ */ _interopDefaultCompat(isEqual), getRandomValues__default = /* @__PURE__ */ _interopDefaultCompat(getRandomValues), uniq__default = /* @__PURE__ */ _interopDefaultCompat(uniq), flatten__default = /* @__PURE__ */ _interopDefaultCompat(flatten), omit__default = /* @__PURE__ */ _interopDefaultCompat(omit), get__default = /* @__PURE__ */ _interopDefaultCompat(get), isUndefined__default = /* @__PURE__ */ _interopDefaultCompat(isUndefined), omitBy__default = /* @__PURE__ */ _interopDefaultCompat(omitBy), startCase__default = /* @__PURE__ */ _interopDefaultCompat(startCase), isPlainObject__default = /* @__PURE__ */ _interopDefaultCompat(isPlainObject);
function EditorEventListener(props) {
  const $ = reactCompilerRuntime.c(5), editor = useEditor.useEditor(), on = useEffectEvent.useEffectEvent(props.on);
  let t0;
  $[0] !== editor || $[1] !== on ? (t0 = () => {
    const subscription = editor.on("*", on);
    return () => {
      subscription.unsubscribe();
    };
  }, $[0] = editor, $[1] = on, $[2] = t0) : t0 = $[2];
  let t1;
  return $[3] !== editor ? (t1 = [editor], $[3] = editor, $[4] = t1) : t1 = $[4], React.useEffect(t0, t1), null;
}
const rootName = "sanity-pte:";
debug__default.default(rootName);
function debugWithName(name) {
  const namespace = `${rootName}${name}`;
  return debug__default.default && debug__default.default.enabled(namespace) ? debug__default.default(namespace) : debug__default.default(rootName);
}
const VOID_CHILD_KEY = "void-child";
function keepObjectEquality(object, keyMap) {
  const value = keyMap[object._key];
  return value && isEqual__default.default(object, value) ? value : (keyMap[object._key] = object, object);
}
function toSlateValue(value, {
  schemaTypes
}, keyMap = {}) {
  return value && Array.isArray(value) ? value.map((block) => {
    const {
      _type,
      _key,
      ...rest
    } = block;
    if (block && block._type === schemaTypes.block.name) {
      const textBlock = block;
      let hasInlines = !1;
      const hasMissingStyle = typeof textBlock.style > "u", hasMissingMarkDefs = typeof textBlock.markDefs > "u", hasMissingChildren = typeof textBlock.children > "u", children = (textBlock.children || []).map((child) => {
        const {
          _type: cType,
          _key: cKey,
          ...cRest
        } = child;
        return cType !== "span" ? (hasInlines = !0, keepObjectEquality({
          _type: cType,
          _key: cKey,
          children: [{
            _key: VOID_CHILD_KEY,
            _type: "span",
            text: "",
            marks: []
          }],
          value: cRest,
          __inline: !0
        }, keyMap)) : child;
      });
      return !hasMissingStyle && !hasMissingMarkDefs && !hasMissingChildren && !hasInlines && slate.Element.isElement(block) ? block : (hasMissingStyle && (rest.style = schemaTypes.styles[0].name), keepObjectEquality({
        _type,
        _key,
        ...rest,
        children
      }, keyMap));
    }
    return keepObjectEquality({
      _type,
      _key,
      children: [{
        _key: VOID_CHILD_KEY,
        _type: "span",
        text: "",
        marks: []
      }],
      value: rest
    }, keyMap);
  }) : [];
}
function fromSlateValue(value, textBlockType, keyMap = {}) {
  return value.map((block) => {
    const {
      _key,
      _type
    } = block;
    if (!_key || !_type)
      throw new Error("Not a valid block");
    if (_type === textBlockType && "children" in block && Array.isArray(block.children) && _key) {
      let hasInlines = !1;
      const children = block.children.map((child) => {
        const {
          _type: _cType
        } = child;
        if ("value" in child && _cType !== "span") {
          hasInlines = !0;
          const {
            value: v,
            _key: k,
            _type: t,
            __inline: _i,
            children: _c,
            ...rest
          } = child;
          return keepObjectEquality({
            ...rest,
            ...v,
            _key: k,
            _type: t
          }, keyMap);
        }
        return child;
      });
      return hasInlines ? keepObjectEquality({
        ...block,
        children,
        _key,
        _type
      }, keyMap) : block;
    }
    const blockValue = "value" in block && block.value;
    return keepObjectEquality({
      _key,
      _type,
      ...typeof blockValue == "object" ? blockValue : {}
    }, keyMap);
  });
}
function isEqualToEmptyEditor(children, schemaTypes) {
  return children === void 0 || children && Array.isArray(children) && children.length === 0 || children && Array.isArray(children) && children.length === 1 && slate.Element.isElement(children[0]) && children[0]._type === schemaTypes.block.name && "style" in children[0] && children[0].style === schemaTypes.styles[0].name && !("listItem" in children[0]) && Array.isArray(children[0].children) && children[0].children.length === 1 && slate.Text.isText(children[0].children[0]) && children[0].children[0]._type === "span" && !children[0].children[0].marks?.join("") && children[0].children[0].text === "";
}
function getBlockPath({
  editor,
  _key
}) {
  const [, blockPath] = Array.from(slate.Editor.nodes(editor, {
    at: [],
    match: (n) => n._key === _key
  })).at(0) ?? [void 0, void 0], blockIndex = blockPath?.at(0);
  if (blockIndex !== void 0)
    return [blockIndex];
}
function getFocusBlock({
  editor
}) {
  if (!editor.selection)
    return [void 0, void 0];
  try {
    return slate.Editor.node(editor, editor.selection.focus.path.slice(0, 1)) ?? [void 0, void 0];
  } catch {
    return [void 0, void 0];
  }
}
function getFocusSpan({
  editor
}) {
  if (!editor.selection)
    return [void 0, void 0];
  try {
    const [node, path] = slate.Editor.node(editor, editor.selection.focus.path);
    if (editor.isTextSpan(node))
      return [node, path];
  } catch {
    return [void 0, void 0];
  }
  return [void 0, void 0];
}
function getSelectionStartBlock({
  editor
}) {
  if (!editor.selection)
    return [void 0, void 0];
  const selectionStartPoint = slate.Range.start(editor.selection);
  return getPointBlock({
    editor,
    point: selectionStartPoint
  });
}
function getSelectionEndBlock({
  editor
}) {
  if (!editor.selection)
    return [void 0, void 0];
  const selectionEndPoint = slate.Range.end(editor.selection);
  return getPointBlock({
    editor,
    point: selectionEndPoint
  });
}
function getPointBlock({
  editor,
  point
}) {
  try {
    const [block] = slate.Editor.node(editor, point.path.slice(0, 1)) ?? [void 0, void 0];
    return block ? [block, point.path.slice(0, 1)] : [void 0, void 0];
  } catch {
    return [void 0, void 0];
  }
}
function getFocusChild({
  editor
}) {
  const [focusBlock, focusBlockPath] = getFocusBlock({
    editor
  }), childIndex = editor.selection?.focus.path.at(1);
  if (!focusBlock || !focusBlockPath || childIndex === void 0)
    return [void 0, void 0];
  try {
    const focusChild = slate.Node.child(focusBlock, childIndex);
    return focusChild ? [focusChild, [...focusBlockPath, childIndex]] : [void 0, void 0];
  } catch {
    return [void 0, void 0];
  }
}
function getPointChild({
  editor,
  point
}) {
  const [block, blockPath] = getPointBlock({
    editor,
    point
  }), childIndex = point.path.at(1);
  if (!block || !blockPath || childIndex === void 0)
    return [void 0, void 0];
  try {
    const pointChild = slate.Node.child(block, childIndex);
    return pointChild ? [pointChild, [...blockPath, childIndex]] : [void 0, void 0];
  } catch {
    return [void 0, void 0];
  }
}
function getFirstBlock({
  editor
}) {
  if (editor.children.length === 0)
    return [void 0, void 0];
  const firstBlockPath = slate.Editor.start(editor, []).path.at(0);
  try {
    return firstBlockPath !== void 0 ? slate.Editor.node(editor, [firstBlockPath]) ?? [void 0, void 0] : [void 0, void 0];
  } catch {
    return [void 0, void 0];
  }
}
function getLastBlock({
  editor
}) {
  if (editor.children.length === 0)
    return [void 0, void 0];
  const lastBlockPath = slate.Editor.end(editor, []).path.at(0);
  try {
    return lastBlockPath !== void 0 ? slate.Editor.node(editor, [lastBlockPath]) ?? [void 0, void 0] : [void 0, void 0];
  } catch {
    return [void 0, void 0];
  }
}
function getNodeBlock({
  editor,
  schema: schema2,
  node
}) {
  if (slate.Editor.isEditor(node))
    return;
  if (isBlockElement({
    editor,
    schema: schema2
  }, node))
    return elementToBlock({
      schema: schema2,
      element: node
    });
  const parent = Array.from(slate.Editor.nodes(editor, {
    mode: "highest",
    at: [],
    match: (n) => isBlockElement({
      editor,
      schema: schema2
    }, n) && n.children.some((child) => child._key === node._key)
  })).at(0)?.at(0);
  return slate.Element.isElement(parent) ? elementToBlock({
    schema: schema2,
    element: parent
  }) : void 0;
}
function elementToBlock({
  schema: schema2,
  element
}) {
  return fromSlateValue([element], schema2.block.name)?.at(0);
}
function isBlockElement({
  editor,
  schema: schema2
}, node) {
  return slate.Element.isElement(node) && !editor.isInline(node) && (schema2.block.name === node._type || schema2.blockObjects.some((blockObject) => blockObject.name === node._type));
}
function isListItemActive({
  editor,
  listItem
}) {
  if (!editor.selection)
    return !1;
  const selectedBlocks = [...slate.Editor.nodes(editor, {
    at: editor.selection,
    match: (node) => editor.isTextBlock(node)
  })];
  return selectedBlocks.length > 0 ? selectedBlocks.every(([node]) => editor.isListBlock(node) && node.listItem === listItem) : !1;
}
function isStyleActive({
  editor,
  style
}) {
  if (!editor.selection)
    return !1;
  const selectedBlocks = [...slate.Editor.nodes(editor, {
    at: editor.selection,
    match: (node) => editor.isTextBlock(node)
  })];
  return selectedBlocks.length > 0 ? selectedBlocks.every(([node]) => node.style === style) : !1;
}
function slateRangeToSelection({
  schema: schema2,
  editor,
  range
}) {
  const [anchorBlock] = getPointBlock({
    editor,
    point: range.anchor
  }), [focusBlock] = getPointBlock({
    editor,
    point: range.focus
  });
  if (!anchorBlock || !focusBlock)
    return null;
  const [anchorChild] = anchorBlock._type === schema2.block.name ? getPointChild({
    editor,
    point: range.anchor
  }) : [void 0, void 0], [focusChild] = focusBlock._type === schema2.block.name ? getPointChild({
    editor,
    point: range.focus
  }) : [void 0, void 0], selection = {
    anchor: {
      path: [{
        _key: anchorBlock._key
      }],
      offset: range.anchor.offset
    },
    focus: {
      path: [{
        _key: focusBlock._key
      }],
      offset: range.focus.offset
    },
    backward: slate.Range.isBackward(range)
  };
  return anchorChild && (selection.anchor.path.push("children"), selection.anchor.path.push({
    _key: anchorChild._key
  })), focusChild && (selection.focus.path.push("children"), selection.focus.path.push({
    _key: focusChild._key
  })), selection;
}
function getEventPosition({
  editorActor,
  slateEditor,
  event
}) {
  if (editorActor.getSnapshot().matches({
    setup: "setting up"
  }))
    return;
  const eventNode = getEventNode({
    slateEditor,
    event
  });
  if (!eventNode)
    return;
  const eventBlock = getNodeBlock({
    editor: slateEditor,
    schema: editorActor.getSnapshot().context.schema,
    node: eventNode
  }), eventPositionBlock = getEventPositionBlock({
    node: eventNode,
    slateEditor,
    event
  }), eventSelection = getEventSelection({
    schema: editorActor.getSnapshot().context.schema,
    slateEditor,
    event
  });
  if (eventBlock && eventPositionBlock && !eventSelection && !slate.Editor.isEditor(eventNode))
    return {
      block: eventPositionBlock,
      isEditor: !1,
      selection: {
        anchor: util_sliceBlocks.getBlockStartPoint({
          context: editorActor.getSnapshot().context,
          block: {
            node: eventBlock,
            path: [{
              _key: eventBlock._key
            }]
          }
        }),
        focus: util_isSelectionCollapsed.getBlockEndPoint({
          context: editorActor.getSnapshot().context,
          block: {
            node: eventBlock,
            path: [{
              _key: eventBlock._key
            }]
          }
        })
      }
    };
  if (!eventPositionBlock || !eventSelection)
    return;
  const eventSelectionFocusBlockKey = util_sliceBlocks.getBlockKeyFromSelectionPoint(eventSelection.focus);
  if (eventSelectionFocusBlockKey !== void 0)
    return util_isSelectionCollapsed.isSelectionCollapsed(eventSelection) && eventBlock && eventSelectionFocusBlockKey !== eventBlock._key ? {
      block: eventPositionBlock,
      isEditor: !1,
      selection: {
        anchor: util_sliceBlocks.getBlockStartPoint({
          context: editorActor.getSnapshot().context,
          block: {
            node: eventBlock,
            path: [{
              _key: eventBlock._key
            }]
          }
        }),
        focus: util_isSelectionCollapsed.getBlockEndPoint({
          context: editorActor.getSnapshot().context,
          block: {
            node: eventBlock,
            path: [{
              _key: eventBlock._key
            }]
          }
        })
      }
    } : {
      block: eventPositionBlock,
      isEditor: slate.Editor.isEditor(eventNode),
      selection: eventSelection
    };
}
function getEventNode({
  slateEditor,
  event
}) {
  return slateDom.DOMEditor.hasTarget(slateEditor, event.target) ? slateDom.DOMEditor.toSlateNode(slateEditor, event.target) : void 0;
}
function getEventPositionBlock({
  node,
  slateEditor,
  event
}) {
  const [firstBlock] = getFirstBlock({
    editor: slateEditor
  });
  if (!firstBlock)
    return;
  const firstBlockRect = slateDom.DOMEditor.toDOMNode(slateEditor, firstBlock).getBoundingClientRect();
  if (event.pageY < firstBlockRect.top)
    return "start";
  const [lastBlock] = getLastBlock({
    editor: slateEditor
  });
  if (!lastBlock)
    return;
  const lastBlockRef = slateDom.DOMEditor.toDOMNode(slateEditor, lastBlock).getBoundingClientRect();
  if (event.pageY > lastBlockRef.bottom)
    return "end";
  const elementRect = slateDom.DOMEditor.toDOMNode(slateEditor, node).getBoundingClientRect(), top = elementRect.top, height = elementRect.height;
  return Math.abs(top - event.pageY) < height / 2 ? "start" : "end";
}
function getEventSelection({
  schema: schema2,
  slateEditor,
  event
}) {
  const range = getSlateRangeFromEvent(slateEditor, event);
  return range ? slateRangeToSelection({
    schema: schema2,
    editor: slateEditor,
    range
  }) : null;
}
function getSlateRangeFromEvent(editor, event) {
  if (!event.target || !slateDom.isDOMNode(event.target))
    return;
  const window2 = slateDom.DOMEditor.getWindow(editor);
  let domRange;
  if (window2.document.caretPositionFromPoint !== void 0) {
    const position = window2.document.caretPositionFromPoint(event.clientX, event.clientY);
    if (position)
      try {
        domRange = window2.document.createRange(), domRange.setStart(position.offsetNode, position.offset), domRange.setEnd(position.offsetNode, position.offset);
      } catch {
      }
  } else if (window2.document.caretRangeFromPoint !== void 0)
    domRange = window2.document.caretRangeFromPoint(event.clientX, event.clientY) ?? void 0;
  else {
    console.warn("Neither caretPositionFromPoint nor caretRangeFromPoint is supported");
    return;
  }
  if (!domRange)
    return;
  let range;
  try {
    range = slateDom.DOMEditor.toSlateRange(editor, domRange, {
      exactMatch: !1,
      // It can still throw even with this option set to true
      suppressThrow: !1
    });
  } catch {
  }
  return range;
}
function normalizePoint(point, value) {
  if (!point || !value)
    return null;
  const newPath = [];
  let newOffset = point.offset || 0;
  const blockKey = typeof point.path[0] == "object" && "_key" in point.path[0] && point.path[0]._key, childKey = typeof point.path[2] == "object" && "_key" in point.path[2] && point.path[2]._key, block = value.find((blk) => blk._key === blockKey);
  if (block)
    newPath.push({
      _key: block._key
    });
  else
    return null;
  if (block && point.path[1] === "children") {
    if (!block.children || Array.isArray(block.children) && block.children.length === 0)
      return null;
    const child = Array.isArray(block.children) && block.children.find((cld) => cld._key === childKey);
    if (child)
      newPath.push("children"), newPath.push({
        _key: child._key
      }), newOffset = child.text && child.text.length >= point.offset ? point.offset : child.text && child.text.length || 0;
    else
      return null;
  }
  return {
    path: newPath,
    offset: newOffset
  };
}
function normalizeSelection(selection, value) {
  if (!selection || !value || value.length === 0)
    return null;
  let newAnchor = null, newFocus = null;
  const {
    anchor,
    focus
  } = selection;
  return anchor && value.find((blk) => isEqual__default.default({
    _key: blk._key
  }, anchor.path[0])) && (newAnchor = normalizePoint(anchor, value)), focus && value.find((blk) => isEqual__default.default({
    _key: blk._key
  }, focus.path[0])) && (newFocus = normalizePoint(focus, value)), newAnchor && newFocus ? {
    anchor: newAnchor,
    focus: newFocus,
    backward: selection.backward
  } : null;
}
function toSlateRange(snapshot) {
  if (!snapshot.context.selection)
    return null;
  if (util_isSelectionCollapsed.isEqualSelectionPoints(snapshot.context.selection.anchor, snapshot.context.selection.focus)) {
    const anchorPoint2 = toSlateSelectionPoint(snapshot, snapshot.context.selection.anchor, snapshot.context.selection.backward ? "forward" : "backward");
    return anchorPoint2 ? {
      anchor: anchorPoint2,
      focus: anchorPoint2
    } : null;
  }
  const anchorPoint = toSlateSelectionPoint(snapshot, snapshot.context.selection.anchor, snapshot.context.selection.backward ? "forward" : "backward"), focusPoint = toSlateSelectionPoint(snapshot, snapshot.context.selection.focus, snapshot.context.selection.backward ? "backward" : "forward");
  return !anchorPoint || !focusPoint ? null : {
    anchor: anchorPoint,
    focus: focusPoint
  };
}
function toSlateSelectionPoint(snapshot, selectionPoint, direction) {
  const blockKey = util_sliceBlocks.getBlockKeyFromSelectionPoint(selectionPoint);
  if (!blockKey)
    return;
  const blockIndex = snapshot.blockIndexMap.get(blockKey);
  if (blockIndex === void 0)
    return;
  const block = snapshot.context.value.at(blockIndex);
  if (!block)
    return;
  if (!util_sliceBlocks.isTextBlock(snapshot.context, block))
    return {
      path: [blockIndex, 0],
      offset: 0
    };
  let childKey = util_sliceBlocks.getChildKeyFromSelectionPoint({
    path: selectionPoint.path
  });
  const spanSelectionPoint = childKey ? void 0 : util_sliceBlocks.blockOffsetToSpanSelectionPoint({
    context: {
      schema: snapshot.context.schema,
      value: [block]
    },
    blockOffset: {
      path: [{
        _key: blockKey
      }],
      offset: selectionPoint.offset
    },
    direction
  });
  if (childKey = spanSelectionPoint ? util_sliceBlocks.getChildKeyFromSelectionPoint(spanSelectionPoint) : childKey, !childKey)
    return {
      path: [blockIndex, 0],
      offset: 0
    };
  let offset = spanSelectionPoint?.offset ?? selectionPoint.offset, childPath = [], childIndex = -1, pathChild;
  for (const child of block.children)
    if (childIndex++, child._key === childKey) {
      pathChild = child, util_sliceBlocks.isSpan(snapshot.context, child) ? childPath = [childIndex] : (childPath = [childIndex, 0], offset = 0);
      break;
    }
  return childPath.length === 0 ? {
    path: [blockIndex, 0],
    offset: 0
  } : {
    path: [blockIndex].concat(childPath),
    offset: util_sliceBlocks.isSpan(snapshot.context, pathChild) ? Math.min(pathChild.text.length, offset) : offset
  };
}
const IS_PROCESSING_REMOTE_CHANGES = /* @__PURE__ */ new WeakMap(), KEY_TO_SLATE_ELEMENT = /* @__PURE__ */ new WeakMap(), KEY_TO_VALUE_ELEMENT = /* @__PURE__ */ new WeakMap(), SLATE_TO_PORTABLE_TEXT_RANGE = /* @__PURE__ */ new WeakMap(), EditorActorContext = React.createContext({});
function DropIndicator() {
  const $ = reactCompilerRuntime.c(1);
  let t0;
  return $[0] === Symbol.for("react.memo_cache_sentinel") ? (t0 = /* @__PURE__ */ jsxRuntime.jsx("div", { contentEditable: !1, className: "pt-drop-indicator", style: {
    position: "absolute",
    width: "100%",
    height: 1,
    borderBottom: "1px solid currentColor",
    zIndex: 5
  }, children: /* @__PURE__ */ jsxRuntime.jsx("span", {}) }), $[0] = t0) : t0 = $[0], t0;
}
function RenderDefaultBlockObject(props) {
  const $ = reactCompilerRuntime.c(4);
  let t0;
  $[0] === Symbol.for("react.memo_cache_sentinel") ? (t0 = {
    userSelect: "none"
  }, $[0] = t0) : t0 = $[0];
  let t1;
  return $[1] !== props.blockObject._key || $[2] !== props.blockObject._type ? (t1 = /* @__PURE__ */ jsxRuntime.jsxs("div", { style: t0, children: [
    "[",
    props.blockObject._type,
    ": ",
    props.blockObject._key,
    "]"
  ] }), $[1] = props.blockObject._key, $[2] = props.blockObject._type, $[3] = t1) : t1 = $[3], t1;
}
function RenderDefaultInlineObject(props) {
  const $ = reactCompilerRuntime.c(4);
  let t0;
  $[0] === Symbol.for("react.memo_cache_sentinel") ? (t0 = {
    userSelect: "none"
  }, $[0] = t0) : t0 = $[0];
  let t1;
  return $[1] !== props.inlineObject._key || $[2] !== props.inlineObject._type ? (t1 = /* @__PURE__ */ jsxRuntime.jsxs("span", { style: t0, children: [
    "[",
    props.inlineObject._type,
    ": ",
    props.inlineObject._key,
    "]"
  ] }), $[1] = props.inlineObject._key, $[2] = props.inlineObject._type, $[3] = t1) : t1 = $[3], t1;
}
function getDragSelection({
  eventSelection,
  snapshot
}) {
  let dragSelection = eventSelection;
  if (selector_isSelectingEntireBlocks.getFocusInlineObject({
    ...snapshot,
    context: {
      ...snapshot.context,
      selection: eventSelection
    }
  }))
    return dragSelection;
  const draggingCollapsedSelection = selector_isSelectionExpanded.isSelectionCollapsed({
    context: {
      ...snapshot.context,
      selection: eventSelection
    }
  }), draggedTextBlock = selector_isSelectionExpanded.getFocusTextBlock({
    ...snapshot,
    context: {
      ...snapshot.context,
      selection: eventSelection
    }
  }), draggedSpan = selector_isSelectionExpanded.getFocusSpan({
    ...snapshot,
    context: {
      ...snapshot.context,
      selection: eventSelection
    }
  });
  draggingCollapsedSelection && draggedTextBlock && draggedSpan && (dragSelection = {
    anchor: util_sliceBlocks.getBlockStartPoint({
      context: snapshot.context,
      block: draggedTextBlock
    }),
    focus: util_isSelectionCollapsed.getBlockEndPoint({
      context: snapshot.context,
      block: draggedTextBlock
    })
  });
  const selectedBlocks = selector_isSelectingEntireBlocks.getSelectedBlocks(snapshot);
  if (snapshot.context.selection && selector_isSelectionExpanded.isSelectionExpanded(snapshot) && selectedBlocks.length > 1) {
    const selectionStartBlock = selector_isSelectingEntireBlocks.getSelectionStartBlock(snapshot), selectionEndBlock = selector_isSelectingEntireBlocks.getSelectionEndBlock(snapshot);
    if (!selectionStartBlock || !selectionEndBlock)
      return dragSelection;
    const selectionStartPoint = util_sliceBlocks.getBlockStartPoint({
      context: snapshot.context,
      block: selectionStartBlock
    }), selectionEndPoint = util_isSelectionCollapsed.getBlockEndPoint({
      context: snapshot.context,
      block: selectionEndBlock
    });
    selector_isSelectingEntireBlocks.isOverlappingSelection(eventSelection)({
      ...snapshot,
      context: {
        ...snapshot.context,
        selection: {
          anchor: selectionStartPoint,
          focus: selectionEndPoint
        }
      }
    }) && (dragSelection = {
      anchor: selectionStartPoint,
      focus: selectionEndPoint
    });
  }
  return dragSelection;
}
const defaultKeyGenerator = () => randomKey(12), getByteHexTable = /* @__PURE__ */ (() => {
  let table;
  return () => {
    if (table)
      return table;
    table = [];
    for (let i = 0; i < 256; ++i)
      table[i] = (i + 256).toString(16).slice(1);
    return table;
  };
})();
function whatwgRNG(length = 16) {
  const rnds8 = new Uint8Array(length);
  return getRandomValues__default.default(rnds8), rnds8;
}
function randomKey(length) {
  const table = getByteHexTable();
  return whatwgRNG(length).reduce((str, n) => str + table[n], "").slice(0, length);
}
function createEditorPriority(config) {
  return {
    id: defaultKeyGenerator(),
    name: config?.name,
    reference: config?.reference
  };
}
const corePriority = createEditorPriority({
  name: "core"
});
function createCoreBlockElementBehaviorsConfig({
  key,
  onSetDragPositionBlock
}) {
  return [{
    behavior: behaviors_index.defineBehavior({
      on: "drag.dragover",
      guard: ({
        snapshot,
        event
      }) => {
        const dropFocusBlock = selector_isSelectionExpanded.getFocusBlock({
          ...snapshot,
          context: {
            ...snapshot.context,
            selection: event.position.selection
          }
        });
        if (!dropFocusBlock || dropFocusBlock.node._key !== key)
          return !1;
        const dragOrigin = event.dragOrigin;
        if (!dragOrigin)
          return !1;
        const dragSelection = getDragSelection({
          eventSelection: dragOrigin.selection,
          snapshot
        });
        return selector_isSelectingEntireBlocks.getSelectedBlocks({
          ...snapshot,
          context: {
            ...snapshot.context,
            selection: dragSelection
          }
        }).some((draggedBlock) => draggedBlock.node._key === key) ? !1 : selector_isSelectingEntireBlocks.isSelectingEntireBlocks({
          ...snapshot,
          context: {
            ...snapshot.context,
            selection: dragSelection
          }
        });
      },
      actions: [({
        event
      }) => [{
        type: "effect",
        effect: () => {
          onSetDragPositionBlock(event.position.block);
        }
      }]]
    }),
    priority: createEditorPriority({
      reference: {
        priority: corePriority,
        importance: "lower"
      }
    })
  }, {
    behavior: behaviors_index.defineBehavior({
      on: "drag.*",
      guard: ({
        event
      }) => event.type !== "drag.dragover",
      actions: [({
        event
      }) => [{
        type: "effect",
        effect: () => {
          onSetDragPositionBlock(void 0);
        }
      }, behaviors_index.forward(event)]]
    }),
    priority: createEditorPriority({
      reference: {
        priority: corePriority,
        importance: "lower"
      }
    })
  }];
}
function useCoreBlockElementBehaviors(t0) {
  const $ = reactCompilerRuntime.c(5), {
    key,
    onSetDragPositionBlock
  } = t0, editorActor = React.useContext(EditorActorContext);
  let t1, t2;
  $[0] !== editorActor || $[1] !== key || $[2] !== onSetDragPositionBlock ? (t1 = () => {
    const behaviorConfigs = createCoreBlockElementBehaviorsConfig({
      key,
      onSetDragPositionBlock
    });
    for (const behaviorConfig of behaviorConfigs)
      editorActor.send({
        type: "add behavior",
        behaviorConfig
      });
    return () => {
      for (const behaviorConfig_0 of behaviorConfigs)
        editorActor.send({
          type: "remove behavior",
          behaviorConfig: behaviorConfig_0
        });
    };
  }, t2 = [editorActor, key, onSetDragPositionBlock], $[0] = editorActor, $[1] = key, $[2] = onSetDragPositionBlock, $[3] = t1, $[4] = t2) : (t1 = $[3], t2 = $[4]), React.useEffect(t1, t2);
}
function RenderBlockObject(props) {
  const [dragPositionBlock, setDragPositionBlock] = React.useState(), blockObjectRef = React.useRef(null), selected = slateReact.useSelected(), focused = slateReact.useSlateSelector((editor) => selected && editor.selection !== null && slate.Range.isCollapsed(editor.selection));
  useCoreBlockElementBehaviors({
    key: props.element._key,
    onSetDragPositionBlock: setDragPositionBlock
  });
  const legacySchemaType = props.legacySchema.blockObjects.find((schemaType) => schemaType.name === props.element._type);
  legacySchemaType || console.error(`Unable to find Block Object "${props.element._type}" in Schema`);
  const blockObject = props.blockObject ?? {
    _key: props.element._key,
    _type: props.element._type
  };
  return /* @__PURE__ */ jsxRuntime.jsxs("div", { ...props.attributes, className: "pt-block pt-object-block", "data-block-key": props.element._key, "data-block-name": props.element._type, "data-block-type": "object", children: [
    dragPositionBlock === "start" ? /* @__PURE__ */ jsxRuntime.jsx(DropIndicator, {}) : null,
    props.children,
    /* @__PURE__ */ jsxRuntime.jsx("div", { ref: blockObjectRef, contentEditable: !1, draggable: !props.readOnly, children: props.renderBlock && legacySchemaType ? props.renderBlock({
      children: /* @__PURE__ */ jsxRuntime.jsx(RenderDefaultBlockObject, { blockObject }),
      editorElementRef: blockObjectRef,
      focused,
      path: [{
        _key: props.element._key
      }],
      schemaType: legacySchemaType,
      selected,
      type: legacySchemaType,
      value: blockObject
    }) : /* @__PURE__ */ jsxRuntime.jsx(RenderDefaultBlockObject, { blockObject }) }),
    dragPositionBlock === "end" ? /* @__PURE__ */ jsxRuntime.jsx(DropIndicator, {}) : null
  ] });
}
function RenderInlineObject(props) {
  const inlineObjectRef = React.useRef(null), slateEditor = slateReact.useSlateStatic(), selected = slateReact.useSelected(), focused = slateReact.useSlateSelector((editor) => selected && editor.selection !== null && slate.Range.isCollapsed(editor.selection)), legacySchemaType = props.legacySchema.inlineObjects.find((inlineObject) => inlineObject.name === props.element._type);
  legacySchemaType || console.error(`Unable to find Inline Object "${props.element._type}" in Schema`);
  const path = slateDom.DOMEditor.findPath(slateEditor, props.element), [block] = getPointBlock({
    editor: slateEditor,
    point: {
      path,
      offset: 0
    }
  });
  block || console.error(`Unable to find parent block of inline object ${props.element._key}`);
  const inlineObject_0 = {
    _key: props.element._key,
    _type: props.element._type,
    ..."value" in props.element && typeof props.element.value == "object" ? props.element.value : {}
  };
  return /* @__PURE__ */ jsxRuntime.jsxs("span", { ...props.attributes, draggable: !props.readOnly, className: "pt-inline-object", "data-child-key": inlineObject_0._key, "data-child-name": inlineObject_0._type, "data-child-type": "object", children: [
    props.children,
    /* @__PURE__ */ jsxRuntime.jsx("span", { ref: inlineObjectRef, style: {
      display: "inline-block"
    }, children: props.renderChild && block && legacySchemaType ? props.renderChild({
      annotations: [],
      children: /* @__PURE__ */ jsxRuntime.jsx(RenderDefaultInlineObject, { inlineObject: inlineObject_0 }),
      editorElementRef: inlineObjectRef,
      selected,
      focused,
      path: [{
        _key: block._key
      }, "children", {
        _key: props.element._key
      }],
      schemaType: legacySchemaType,
      value: inlineObject_0,
      type: legacySchemaType
    }) : /* @__PURE__ */ jsxRuntime.jsx(RenderDefaultInlineObject, { inlineObject: inlineObject_0 }) })
  ] });
}
function RenderTextBlock(props) {
  const [dragPositionBlock, setDragPositionBlock] = React.useState(), blockRef = React.useRef(null), selected = slateReact.useSelected(), focused = slateReact.useSlateSelector((editor) => selected && editor.selection !== null && slate.Range.isCollapsed(editor.selection));
  useCoreBlockElementBehaviors({
    key: props.element._key,
    onSetDragPositionBlock: setDragPositionBlock
  });
  const listIndex = slateReact.useSlateSelector((editor_0) => editor_0.listIndexMap.get(props.textBlock._key));
  let children = props.children;
  if (props.renderStyle && props.textBlock.style) {
    const legacyStyleSchemaType = props.textBlock.style !== void 0 ? props.legacySchema.styles.find((style) => style.value === props.textBlock.style) : void 0;
    legacyStyleSchemaType ? children = props.renderStyle({
      block: props.textBlock,
      children,
      editorElementRef: blockRef,
      focused,
      path: [{
        _key: props.textBlock._key
      }],
      schemaType: legacyStyleSchemaType,
      selected,
      value: props.textBlock.style
    }) : console.error(`Unable to find Schema type for text block style ${props.textBlock.style}`);
  }
  if (props.renderListItem && props.textBlock.listItem) {
    const legacyListItemSchemaType = props.legacySchema.lists.find((list) => list.value === props.textBlock.listItem);
    legacyListItemSchemaType ? children = props.renderListItem({
      block: props.textBlock,
      children,
      editorElementRef: blockRef,
      focused,
      level: props.textBlock.level ?? 1,
      path: [{
        _key: props.textBlock._key
      }],
      selected,
      value: props.textBlock.listItem,
      schemaType: legacyListItemSchemaType
    }) : console.error(`Unable to find Schema type for text block list item ${props.textBlock.listItem}`);
  }
  return /* @__PURE__ */ jsxRuntime.jsxs("div", { ...props.attributes, className: ["pt-block", "pt-text-block", ...props.textBlock.style ? [`pt-text-block-style-${props.textBlock.style}`] : [], ...props.textBlock.listItem ? ["pt-list-item", `pt-list-item-${props.textBlock.listItem}`, `pt-list-item-level-${props.textBlock.level ?? 1}`] : []].join(" "), spellCheck: props.spellCheck, "data-block-key": props.textBlock._key, "data-block-name": props.textBlock._type, "data-block-type": "text", ...props.textBlock.listItem !== void 0 ? {
    "data-list-item": props.textBlock.listItem
  } : {}, ...props.textBlock.level !== void 0 ? {
    "data-level": props.textBlock.level
  } : {}, ...props.textBlock.style !== void 0 ? {
    "data-style": props.textBlock.style
  } : {}, ...listIndex !== void 0 ? {
    "data-list-index": listIndex
  } : {}, children: [
    dragPositionBlock === "start" ? /* @__PURE__ */ jsxRuntime.jsx(DropIndicator, {}) : null,
    /* @__PURE__ */ jsxRuntime.jsx("div", { ref: blockRef, children: props.renderBlock ? props.renderBlock({
      children,
      editorElementRef: blockRef,
      focused,
      level: props.textBlock.level,
      listItem: props.textBlock.listItem,
      path: [{
        _key: props.textBlock._key
      }],
      selected,
      schemaType: props.legacySchema.block,
      style: props.textBlock.style,
      type: props.legacySchema.block,
      value: props.textBlock
    }) : children }),
    dragPositionBlock === "end" ? /* @__PURE__ */ jsxRuntime.jsx(DropIndicator, {}) : null
  ] });
}
function RenderElement(props) {
  const $ = reactCompilerRuntime.c(34), editorActor = React.useContext(EditorActorContext), schema2 = react.useSelector(editorActor, _temp$1), legacySchema = react.useSelector(editorActor, _temp2), slateStatic = slateReact.useSlateStatic();
  if ("__inline" in props.element && props.element.__inline === !0) {
    let t02;
    return $[0] !== legacySchema || $[1] !== props.attributes || $[2] !== props.children || $[3] !== props.element || $[4] !== props.readOnly || $[5] !== props.renderChild || $[6] !== schema2 ? (t02 = /* @__PURE__ */ jsxRuntime.jsx(RenderInlineObject, { attributes: props.attributes, element: props.element, legacySchema, readOnly: props.readOnly, renderChild: props.renderChild, schema: schema2, children: props.children }), $[0] = legacySchema, $[1] = props.attributes, $[2] = props.children, $[3] = props.element, $[4] = props.readOnly, $[5] = props.renderChild, $[6] = schema2, $[7] = t02) : t02 = $[7], t02;
  }
  let block, t0;
  if ($[8] !== props.element._key || $[9] !== schema2 || $[10] !== slateStatic.blockIndexMap || $[11] !== slateStatic.value) {
    const blockIndex = slateStatic.blockIndexMap.get(props.element._key);
    block = blockIndex !== void 0 ? slateStatic.value.at(blockIndex) : void 0, t0 = util_sliceBlocks.isTextBlock({
      schema: schema2
    }, block), $[8] = props.element._key, $[9] = schema2, $[10] = slateStatic.blockIndexMap, $[11] = slateStatic.value, $[12] = block, $[13] = t0;
  } else
    block = $[12], t0 = $[13];
  if (t0) {
    let t12;
    return $[14] !== block || $[15] !== legacySchema || $[16] !== props.attributes || $[17] !== props.children || $[18] !== props.element || $[19] !== props.readOnly || $[20] !== props.renderBlock || $[21] !== props.renderListItem || $[22] !== props.renderStyle || $[23] !== props.spellCheck ? (t12 = /* @__PURE__ */ jsxRuntime.jsx(RenderTextBlock, { attributes: props.attributes, element: props.element, legacySchema, readOnly: props.readOnly, renderBlock: props.renderBlock, renderListItem: props.renderListItem, renderStyle: props.renderStyle, spellCheck: props.spellCheck, textBlock: block, children: props.children }), $[14] = block, $[15] = legacySchema, $[16] = props.attributes, $[17] = props.children, $[18] = props.element, $[19] = props.readOnly, $[20] = props.renderBlock, $[21] = props.renderListItem, $[22] = props.renderStyle, $[23] = props.spellCheck, $[24] = t12) : t12 = $[24], t12;
  }
  let t1;
  return $[25] !== block || $[26] !== legacySchema || $[27] !== props.attributes || $[28] !== props.children || $[29] !== props.element || $[30] !== props.readOnly || $[31] !== props.renderBlock || $[32] !== schema2 ? (t1 = /* @__PURE__ */ jsxRuntime.jsx(RenderBlockObject, { attributes: props.attributes, blockObject: block, element: props.element, legacySchema, readOnly: props.readOnly, renderBlock: props.renderBlock, schema: schema2, children: props.children }), $[25] = block, $[26] = legacySchema, $[27] = props.attributes, $[28] = props.children, $[29] = props.element, $[30] = props.readOnly, $[31] = props.renderBlock, $[32] = schema2, $[33] = t1) : t1 = $[33], t1;
}
function _temp2(s_0) {
  return s_0.context.getLegacySchema();
}
function _temp$1(s) {
  return s.context.schema;
}
const PortableTextEditorContext = React.createContext(null), usePortableTextEditor = () => {
  const editor = React.useContext(PortableTextEditorContext);
  if (!editor)
    throw new Error("The `usePortableTextEditor` hook must be used inside the <PortableTextEditor> component's context.");
  return editor;
}, forEachActor = (actorRef, callback) => {
  callback(actorRef);
  const children = actorRef.getSnapshot().children;
  children && Object.values(children).forEach((child) => {
    forEachActor(child, callback);
  });
};
function stopActor(actorRef) {
  const persistedSnapshots = [];
  forEachActor(actorRef, (ref) => {
    persistedSnapshots.push([ref, ref.getSnapshot()]), ref.observers = /* @__PURE__ */ new Set();
  });
  const systemSnapshot = actorRef.system.getSnapshot?.();
  actorRef.stop(), actorRef.system._snapshot = systemSnapshot, persistedSnapshots.forEach(([ref, snapshot]) => {
    ref._processingStatus = 0, ref._snapshot = snapshot;
  });
}
const converterJson = {
  mimeType: "application/json",
  serialize: ({
    snapshot,
    event
  }) => {
    const portableTextConverter = snapshot.context.converters.find((converter) => converter.mimeType === "application/x-portable-text");
    return portableTextConverter ? {
      ...portableTextConverter.serialize({
        snapshot,
        event
      }),
      mimeType: "application/json",
      originEvent: event.originEvent
    } : {
      type: "serialization.failure",
      mimeType: "application/json",
      originEvent: event.originEvent,
      reason: "No application/x-portable-text Converter found"
    };
  },
  deserialize: ({
    snapshot,
    event
  }) => {
    const portableTextConverter = snapshot.context.converters.find((converter) => converter.mimeType === "application/x-portable-text");
    return portableTextConverter ? {
      ...portableTextConverter.deserialize({
        snapshot,
        event
      }),
      mimeType: "application/json"
    } : {
      type: "deserialization.failure",
      mimeType: "application/json",
      reason: "No application/x-portable-text Converter found"
    };
  }
}, converterPortableText = {
  mimeType: "application/x-portable-text",
  serialize: ({
    snapshot,
    event
  }) => {
    if (!snapshot.context.selection)
      return {
        type: "serialization.failure",
        mimeType: "application/x-portable-text",
        originEvent: event.originEvent,
        reason: "No selection"
      };
    const blocks = selector_isSelectionExpanded.getSelectedValue(snapshot);
    return blocks.length === 0 ? {
      type: "serialization.failure",
      mimeType: "application/x-portable-text",
      reason: "No blocks serialized",
      originEvent: event.originEvent
    } : {
      type: "serialization.success",
      data: JSON.stringify(blocks),
      mimeType: "application/x-portable-text",
      originEvent: event.originEvent
    };
  },
  deserialize: ({
    snapshot,
    event
  }) => {
    const blocks = JSON.parse(event.data);
    if (!Array.isArray(blocks))
      return {
        type: "deserialization.failure",
        mimeType: "application/x-portable-text",
        reason: "Data is not an array"
      };
    const parsedBlocks = blocks.flatMap((block) => {
      const parsedBlock = util_sliceBlocks.parseBlock({
        context: snapshot.context,
        block,
        options: {
          refreshKeys: !0,
          validateFields: !1
        }
      });
      return parsedBlock ? [parsedBlock] : [];
    });
    return parsedBlocks.length === 0 && blocks.length > 0 ? {
      type: "deserialization.failure",
      mimeType: "application/x-portable-text",
      reason: "No blocks were parsed"
    } : {
      type: "deserialization.success",
      data: parsedBlocks,
      mimeType: "application/x-portable-text"
    };
  }
};
function createConverterTextHtml(legacySchema) {
  return {
    mimeType: "text/html",
    serialize: ({
      snapshot,
      event
    }) => {
      if (!snapshot.context.selection)
        return {
          type: "serialization.failure",
          mimeType: "text/html",
          originEvent: event.originEvent,
          reason: "No selection"
        };
      const blocks = selector_isSelectionExpanded.getSelectedValue(snapshot), html = toHtml.toHTML(blocks, {
        onMissingComponent: !1,
        components: {
          unknownType: ({
            children
          }) => children !== void 0 ? `${children}` : ""
        }
      });
      return html === "" ? {
        type: "serialization.failure",
        mimeType: "text/html",
        originEvent: event.originEvent,
        reason: "Serialized HTML is empty"
      } : {
        type: "serialization.success",
        data: html,
        mimeType: "text/html",
        originEvent: event.originEvent
      };
    },
    deserialize: ({
      snapshot,
      event
    }) => {
      const parsedBlocks = blockTools.htmlToBlocks(event.data, legacySchema.portableText, {
        keyGenerator: snapshot.context.keyGenerator,
        unstable_whitespaceOnPasteMode: legacySchema.block.options.unstable_whitespaceOnPasteMode
      }).flatMap((block) => {
        const parsedBlock = util_sliceBlocks.parseBlock({
          context: snapshot.context,
          block,
          options: {
            refreshKeys: !1,
            validateFields: !0
          }
        });
        return parsedBlock ? [parsedBlock] : [];
      });
      return parsedBlocks.length === 0 ? {
        type: "deserialization.failure",
        mimeType: "text/html",
        reason: "No blocks deserialized"
      } : {
        type: "deserialization.success",
        data: parsedBlocks,
        mimeType: "text/html"
      };
    }
  };
}
function createConverterTextPlain(legacySchema) {
  return {
    mimeType: "text/plain",
    serialize: ({
      snapshot,
      event
    }) => snapshot.context.selection ? {
      type: "serialization.success",
      data: selector_isSelectionExpanded.getSelectedValue(snapshot).map((block) => util_sliceBlocks.isTextBlock(snapshot.context, block) ? block.children.map((child) => child._type === snapshot.context.schema.span.name ? child.text : event.originEvent === "drag.dragstart" ? `[${snapshot.context.schema.inlineObjects.find((inlineObjectType) => inlineObjectType.name === child._type)?.title ?? "Object"}]` : "").join("") : event.originEvent === "drag.dragstart" ? `[${snapshot.context.schema.blockObjects.find((blockObjectType) => blockObjectType.name === block._type)?.title ?? "Object"}]` : "").filter((block) => block !== "").join(`

`),
      mimeType: "text/plain",
      originEvent: event.originEvent
    } : {
      type: "serialization.failure",
      mimeType: "text/plain",
      originEvent: event.originEvent,
      reason: "No selection"
    },
    deserialize: ({
      snapshot,
      event
    }) => {
      const textToHtml = `<html><body>${escapeHtml(event.data).split(/\n{2,}/).map((line) => line ? `<p>${line.replace(/(?:\r\n|\r|\n)/g, "<br/>")}</p>` : "<p></p>").join("")}</body></html>`, parsedBlocks = blockTools.htmlToBlocks(textToHtml, legacySchema.portableText, {
        keyGenerator: snapshot.context.keyGenerator
      }).flatMap((block) => {
        const parsedBlock = util_sliceBlocks.parseBlock({
          context: snapshot.context,
          block,
          options: {
            refreshKeys: !1,
            validateFields: !0
          }
        });
        return parsedBlock ? [parsedBlock] : [];
      });
      return parsedBlocks.length === 0 ? {
        type: "deserialization.failure",
        mimeType: "text/plain",
        reason: "No blocks deserialized"
      } : {
        type: "deserialization.success",
        data: parsedBlocks,
        mimeType: "text/plain"
      };
    }
  };
}
const entityMap = {
  "&": "&amp;",
  "<": "&lt;",
  ">": "&gt;",
  '"': "&quot;",
  "'": "&#39;",
  "/": "&#x2F;",
  "`": "&#x60;",
  "=": "&#x3D;"
};
function escapeHtml(str) {
  return String(str).replace(/[&<>"'`=/]/g, (s) => entityMap[s]);
}
function createCoreConverters(legacySchema) {
  return [converterJson, converterPortableText, createConverterTextHtml(legacySchema), createConverterTextPlain(legacySchema)];
}
function compileType(rawType) {
  return schema.Schema.compile({
    name: "blockTypeSchema",
    types: [rawType]
  }).get(rawType.name);
}
const levelIndexMap = /* @__PURE__ */ new Map();
function buildIndexMaps(context, {
  blockIndexMap,
  listIndexMap
}) {
  blockIndexMap.clear(), listIndexMap.clear(), levelIndexMap.clear();
  let previousListItem;
  for (let blockIndex = 0; blockIndex < context.value.length; blockIndex++) {
    const block = context.value.at(blockIndex);
    if (block !== void 0) {
      if (blockIndexMap.set(block._key, blockIndex), !util_sliceBlocks.isTextBlock(context, block)) {
        levelIndexMap.clear(), previousListItem = void 0;
        continue;
      }
      if (block.listItem === void 0 || block.level === void 0) {
        levelIndexMap.clear(), previousListItem = void 0;
        continue;
      }
      if (!previousListItem) {
        previousListItem = {
          listItem: block.listItem,
          level: block.level
        }, levelIndexMap.set(block.level, 1), listIndexMap.set(block._key, 1);
        continue;
      }
      if (previousListItem.listItem !== block.listItem) {
        levelIndexMap.clear(), previousListItem = {
          listItem: block.listItem,
          level: block.level
        }, levelIndexMap.set(block.level, 1), listIndexMap.set(block._key, 1);
        continue;
      }
      if (pre