import {
  runIfFn
} from "./KGOB2IMX.jsx";

// src/components/collection/grid-collection.ts
import {
  GridCollection
} from "@zag-js/collection";
var createGridCollection = (options) => new GridCollection(options);

// src/components/collection/list-collection.ts
import { ListCollection } from "@zag-js/collection";
var createListCollection = (options) => new ListCollection(options);

// src/components/collection/tree-collection.ts
import {
  TreeCollection,
  filePathToTree
} from "@zag-js/collection";
var createTreeCollection = (options) => new TreeCollection(options);
var createFileTreeCollection = (paths) => filePathToTree(paths);

// src/components/collection/use-async-list.ts
import * as asyncList from "@zag-js/async-list";
import { useMachine } from "@zag-js/solid";
import { createMemo } from "solid-js";
var useAsyncList = (props) => {
  const machineProps = createMemo(() => runIfFn(props));
  const service = useMachine(asyncList.machine, machineProps);
  return createMemo(() => asyncList.connect(service));
};

// src/components/collection/use-list-collection.ts
import { createMemo as createMemo2, createSignal, splitProps } from "solid-js";
function useListCollection(props) {
  const splittedProps = createMemo2(() => {
    const rawProps = typeof props === "function" ? props() : props;
    return splitProps(rawProps, ["initialItems", "filter", "limit"]);
  });
  const init = () => {
    const [localProps] = splittedProps();
    return localProps.initialItems;
  };
  const [items, setItemsImpl] = createSignal(init());
  const [filterText, setFilterText] = createSignal("");
  const setItems = (newItems) => {
    setItemsImpl(newItems);
    setFilterText("");
  };
  const create = (itemsToCreate) => {
    const [, collectionOptions] = splittedProps();
    return createListCollection({ ...collectionOptions, items: itemsToCreate });
  };
  const collection = createMemo2(() => {
    const [localProps, collectionOptions] = splittedProps();
    const filter = localProps.filter;
    let activeItems = items();
    if (filterText() && filter) {
      activeItems = create(items()).filter((itemString, _index, item) => filter(itemString, filterText(), item)).items;
    }
    const limitedItems = localProps.limit == null ? activeItems : activeItems.slice(0, localProps.limit);
    return createListCollection({ ...collectionOptions, items: limitedItems });
  });
  return {
    collection,
    filter: (inputValue = "") => {
      setFilterText(inputValue);
    },
    set: (newItems) => {
      setItems(newItems);
    },
    reset: () => {
      const [localProps] = splittedProps();
      setItems(localProps.initialItems);
    },
    clear: () => {
      setItems([]);
    },
    insert: (index, ...itemsToInsert) => {
      const newItems = create(items()).insert(index, ...itemsToInsert).items;
      setItems(newItems);
    },
    insertBefore: (value, ...itemsToInsert) => {
      const newItems = create(items()).insertBefore(value, ...itemsToInsert).items;
      setItems(newItems);
    },
    insertAfter: (value, ...itemsToInsert) => {
      const newItems = create(items()).insertAfter(value, ...itemsToInsert).items;
      setItems(newItems);
    },
    remove: (...itemOrValues) => {
      const newItems = create(items()).remove(...itemOrValues).items;
      setItems(newItems);
    },
    move: (value, to) => {
      const newItems = create(items()).move(value, to).items;
      setItems(newItems);
    },
    moveBefore: (value, ...values) => {
      const newItems = create(items()).moveBefore(value, ...values).items;
      setItems(newItems);
    },
    moveAfter: (value, ...values) => {
      const newItems = create(items()).moveAfter(value, ...values).items;
      setItems(newItems);
    },
    reorder: (from, to) => {
      const newItems = create(items()).reorder(from, to).items;
      setItems(newItems);
    },
    append: (...itemsToAppend) => {
      const newItems = create(items()).append(...itemsToAppend).items;
      setItems(newItems);
    },
    upsert: (value, item, mode = "append") => {
      const newItems = create(items()).upsert(value, item, mode).items;
      setItems(newItems);
    },
    prepend: (...itemsToPrepend) => {
      const newItems = create(items()).prepend(...itemsToPrepend).items;
      setItems(newItems);
    },
    update: (value, item) => {
      const newItems = create(items()).update(value, item).items;
      setItems(newItems);
    }
  };
}

// src/components/collection/use-list-selection.ts
import { Selection } from "@zag-js/collection";
import { createEffect, createMemo as createMemo3, createSignal as createSignal2, on, splitProps as splitProps2 } from "solid-js";
function useListSelection(props) {
  const splittedProps = createMemo3(() => {
    const rawProps = typeof props === "function" ? props() : props;
    return splitProps2(rawProps, [
      "collection",
      "selectionMode",
      "deselectable",
      "initialSelectedValues",
      "resetOnCollectionChange"
    ]);
  });
  const createSelection = (values = []) => {
    const [localProps] = splittedProps();
    const selection2 = new Selection(values);
    selection2.selectionMode = localProps.selectionMode ?? "single";
    selection2.deselectable = localProps.deselectable ?? true;
    return selection2;
  };
  const init = () => {
    const [localProps] = splittedProps();
    return createSelection(localProps.initialSelectedValues ?? []);
  };
  const [selection, setSelection] = createSignal2(init());
  const watchDeps = () => {
    const [{ collection, resetOnCollectionChange }] = splittedProps();
    return [collection.getValues(), resetOnCollectionChange];
  };
  createEffect(
    on(
      watchDeps,
      ([, resetOnCollectionChange]) => {
        if (resetOnCollectionChange) {
          setSelection(createSelection());
        }
      },
      { defer: true }
    )
  );
  const selectedValues = createMemo3(() => Array.from(selection()));
  const isEmpty = createMemo3(() => selection().isEmpty());
  const firstSelectedValue = createMemo3(() => {
    const [localProps] = splittedProps();
    return selection().firstSelectedValue(localProps.collection);
  });
  const lastSelectedValue = createMemo3(() => {
    const [localProps] = splittedProps();
    return selection().lastSelectedValue(localProps.collection);
  });
  return {
    selectedValues,
    isEmpty,
    firstSelectedValue,
    lastSelectedValue,
    isSelected: (value) => {
      return selection().isSelected(value);
    },
    isAllSelected: () => {
      const [localProps] = splittedProps();
      const allValues = localProps.collection.getValues();
      return allValues.length > 0 && allValues.every((value) => selection().isSelected(value));
    },
    isSomeSelected: () => {
      const [localProps] = splittedProps();
      const allValues = localProps.collection.getValues();
      return allValues.some((value) => selection().isSelected(value));
    },
    canSelect: (value) => {
      const [localProps] = splittedProps();
      return selection().canSelect(localProps.collection, value);
    },
    select: (value, forceToggle) => {
      const [localProps] = splittedProps();
      setSelection(selection().select(localProps.collection, value, forceToggle));
    },
    deselect: (value) => {
      setSelection(selection().deselect(value));
    },
    toggle: (value) => {
      const [localProps] = splittedProps();
      setSelection(selection().toggleSelection(localProps.collection, value));
    },
    replace: (value) => {
      const [localProps] = splittedProps();
      setSelection(selection().replaceSelection(localProps.collection, value));
    },
    extend: (anchorValue, targetValue) => {
      const [localProps] = splittedProps();
      setSelection(selection().extendSelection(localProps.collection, anchorValue, targetValue));
    },
    setSelectedValues: (values) => {
      setSelection(selection().setSelection(values));
    },
    clear: () => {
      setSelection(selection().clearSelection());
    },
    resetSelection: () => {
      setSelection(createSelection());
    }
  };
}

export {
  createGridCollection,
  createListCollection,
  createTreeCollection,
  createFileTreeCollection,
  useAsyncList,
  useListCollection,
  useListSelection
};