import { nextTick, reactive } from "vue";
import XEUtils from "xe-utils";
import "../../../ui/index.mjs";
import { isEnableConf } from "../../../ui/src/utils.mjs";
import { getRowid, setCellValue, getCellValue } from "../../src/util.mjs";
import { addClass, removeClass } from "../../../ui/src/dom.mjs";
import { warnLog, errLog } from "../../../ui/src/log.mjs";
import { VxeUI } from "../../../../../@vxe-ui/core/es/index.esm.mjs";
const { getConfig, renderer, hooks, getI18n } = VxeUI;
const tableEditMethodKeys = ["insert", "insertAt", "insertNextAt", "insertChild", "insertChildAt", "insertChildNextAt", "remove", "removeCheckboxRow", "removeRadioRow", "removeCurrentRow", "getRecordset", "getInsertRecords", "getRemoveRecords", "getUpdateRecords", "getEditRecord", "getActiveRecord", "getEditCell", "getSelectedCell", "clearEdit", "clearActived", "clearSelected", "isEditByRow", "isActiveByRow", "setEditRow", "setActiveRow", "setEditCell", "setActiveCell", "setSelectCell"];
hooks.add("tableEditModule", {
  setupTable($xeTable) {
    const { props, reactData, internalData } = $xeTable;
    const { refElem } = $xeTable.getRefMaps();
    const { computeMouseOpts, computeEditOpts, computeCheckboxOpts, computeTreeOpts, computeValidOpts } = $xeTable.getComputeMaps();
    const browseObj = XEUtils.browse();
    let editMethods = {};
    let editPrivateMethods = {};
    const getEditColumnModel = (row, column) => {
      const { model, editRender } = column;
      if (editRender) {
        model.value = getCellValue(row, column);
        model.update = false;
      }
    };
    const setEditColumnModel = (row, column) => {
      const { model, editRender } = column;
      if (editRender && model.update) {
        setCellValue(row, column, model.value);
        model.update = false;
        model.value = null;
      }
    };
    const removeCellSelectedClass = () => {
      const el = refElem.value;
      if (el) {
        const cell = el.querySelector(".col--selected");
        if (cell) {
          removeClass(cell, "col--selected");
        }
      }
    };
    const syncActivedCell = () => {
      const { editStore, tableColumn } = reactData;
      const editOpts = computeEditOpts.value;
      const { actived } = editStore;
      const { row, column } = actived;
      if (row || column) {
        if (editOpts.mode === "row") {
          tableColumn.forEach((column2) => setEditColumnModel(row, column2));
        } else {
          setEditColumnModel(row, column);
        }
      }
    };
    const insertTreeRow = (newRecords, isAppend) => {
      const { tableFullTreeData, afterFullData, fullDataRowIdData, fullAllDataRowIdData } = internalData;
      const treeOpts = computeTreeOpts.value;
      const { rowField, parentField, mapChildrenField } = treeOpts;
      const childrenField = treeOpts.children || treeOpts.childrenField;
      const funcName = isAppend ? "push" : "unshift";
      newRecords.forEach((item) => {
        const parentRowId = item[parentField];
        const rowid = getRowid($xeTable, item);
        const matchObj = parentRowId ? XEUtils.findTree(tableFullTreeData, (item2) => parentRowId === item2[rowField], { children: mapChildrenField }) : null;
        if (matchObj) {
          const { item: parentRow } = matchObj;
          const parentRest = fullAllDataRowIdData[getRowid($xeTable, parentRow)];
          const parentLevel = parentRest ? parentRest.level : 0;
          let pChilds = parentRow[childrenField];
          let pMapChilds = parentRow[mapChildrenField];
          if (!XEUtils.isArray(pChilds)) {
            pChilds = parentRow[childrenField] = [];
          }
          if (!XEUtils.isArray(pMapChilds)) {
            pMapChilds = parentRow[mapChildrenField] = [];
          }
          pChilds[funcName](item);
          pMapChilds[funcName](item);
          const rest = { row: item, rowid, seq: -1, index: -1, _index: -1, $index: -1, treeIndex: -1, _tIndex: -1, items: pChilds, parent: parentRow, level: parentLevel + 1, height: 0, resizeHeight: 0, oTop: 0, expandHeight: 0 };
          fullDataRowIdData[rowid] = rest;
          fullAllDataRowIdData[rowid] = rest;
        } else {
          if (parentRowId) {
            warnLog("vxe.error.unableInsert");
          }
          afterFullData[funcName](item);
          tableFullTreeData[funcName](item);
          const rest = { row: item, rowid, seq: -1, index: -1, _index: -1, $index: -1, treeIndex: -1, _tIndex: -1, items: tableFullTreeData, parent: null, level: 0, height: 0, resizeHeight: 0, oTop: 0, expandHeight: 0 };
          fullDataRowIdData[rowid] = rest;
          fullAllDataRowIdData[rowid] = rest;
        }
      });
    };
    const handleInsertRowAt = (records, targetRowOrRowid, isInsertNextRow) => {
      const { treeConfig } = props;
      const { isRowGroupStatus } = reactData;
      const { tableFullTreeData, afterFullData, mergeBodyList, tableFullData, fullDataRowIdData, fullAllDataRowIdData, insertRowMaps, removeRowMaps } = internalData;
      const treeOpts = computeTreeOpts.value;
      const { transform, parentField, rowField, mapChildrenField } = treeOpts;
      const childrenField = treeOpts.children || treeOpts.childrenField;
      if (!XEUtils.isArray(records)) {
        records = [records];
      }
      let targetRow = targetRowOrRowid;
      if (XEUtils.isString(targetRowOrRowid) || XEUtils.isNumber(targetRowOrRowid)) {
        const rowRest = fullAllDataRowIdData[targetRowOrRowid];
        if (rowRest) {
          targetRow = rowRest.row;
        }
      }
      const newRecords = reactive($xeTable.defineField(records.map((record) => Object.assign(treeConfig && transform ? { [mapChildrenField]: [], [childrenField]: [] } : {}, record))));
      let treeRecords = [];
      if (treeConfig && transform) {
        treeRecords = XEUtils.toArrayTree(newRecords, { key: rowField, parentKey: parentField, children: childrenField });
      }
      if (XEUtils.eqNull(targetRow)) {
        if (treeConfig && transform) {
          insertTreeRow(newRecords, false);
        } else if (isRowGroupStatus) {
          if (treeConfig) {
            throw new Error(getI18n("vxe.error.noTree", ["insert"]));
          }
          errLog(getI18n("vxe.error.noGroup", ["insert"]));
        } else {
          newRecords.forEach((item) => {
            const rowid = getRowid($xeTable, item);
            const rest = { row: item, rowid, seq: -1, index: -1, _index: -1, $index: -1, treeIndex: -1, _tIndex: -1, items: afterFullData, parent: null, level: 0, height: 0, resizeHeight: 0, oTop: 0, expandHeight: 0 };
            fullDataRowIdData[rowid] = rest;
            fullAllDataRowIdData[rowid] = rest;
            afterFullData.unshift(item);
            tableFullData.unshift(item);
          });
          mergeBodyList.forEach((mergeItem) => {
            const { row: mergeRowIndex } = mergeItem;
            if (mergeRowIndex >= 0) {
              mergeItem.row = mergeRowIndex + newRecords.length;
            }
          });
        }
      } else {
        if (targetRow === -1) {
          if (treeConfig && transform) {
            insertTreeRow(newRecords, true);
          } else if (isRowGroupStatus) {
            if (treeConfig) {
              throw new Error(getI18n("vxe.error.noTree", ["insert"]));
            }
            errLog(getI18n("vxe.error.noGroup", ["insert"]));
          } else {
            newRecords.forEach((item) => {
              const rowid = getRowid($xeTable, item);
              const rest = { row: item, rowid, seq: -1, index: -1, _index: -1, treeIndex: -1, _tIndex: -1, $index: -1, items: afterFullData, parent: null, level: 0, height: 0, resizeHeight: 0, oTop: 0, expandHeight: 0 };
              fullDataRowIdData[rowid] = rest;
              fullAllDataRowIdData[rowid] = rest;
              afterFullData.push(item);
              tableFullData.push(item);
            });
          }
        } else {
          if (treeConfig && transform) {
            const matchMapObj = XEUtils.findTree(tableFullTreeData, (item) => targetRow[rowField] === item[rowField], { children: mapChildrenField });
            if (matchMapObj) {
              const { parent: parentRow } = matchMapObj;
              const parentMapChilds = parentRow ? parentRow[mapChildrenField] : tableFullTreeData;
              const parentRest = fullAllDataRowIdData[getRowid($xeTable, parentRow)];
              const parentLevel = parentRest ? parentRest.level : 0;
              treeRecords.forEach((row, i) => {
                if (parentRow) {
                  if (row[parentField] !== parentRow[rowField]) {
                    errLog("vxe.error.errProp", [`${parentField}=${row[parentField]}`, `${parentField}=${parentRow[rowField]}`]);
                    row[parentField] = parentRow[rowField];
                  }
                } else {
                  if (row[parentField] !== null) {
                    if (!XEUtils.eqNull(row[parentField])) {
                      errLog("vxe.error.errProp", [`${parentField}=${row[parentField]}`, "null"]);
                    }
                    row[parentField] = null;
                  }
                }
                let targetIndex = matchMapObj.index + i;
                if (isInsertNextRow) {
                  targetIndex = targetIndex + 1;
                }
                parentMapChilds.splice(targetIndex, 0, row);
              });
              XEUtils.eachTree(treeRecords, (item) => {
                const rowid = getRowid($xeTable, item);
                const rest = { row: item, rowid, seq: -1, index: -1, _index: -1, $index: -1, treeIndex: -1, _tIndex: -1, items: parentMapChilds, parent: parentRow, level: parentLevel + 1, height: 0, resizeHeight: 0, oTop: 0, expandHeight: 0 };
                if (item[childrenField]) {
                  item[mapChildrenField] = item[childrenField];
                }
                fullDataRowIdData[rowid] = rest;
                fullAllDataRowIdData[rowid] = rest;
              }, { children: childrenField });
              if (parentRow) {
                const matchObj = XEUtils.findTree(tableFullTreeData, (item) => targetRow[rowField] === item[rowField], { children: childrenField });
                if (matchObj) {
                  const parentChilds = matchObj.items;
                  let targetIndex = matchObj.index;
                  if (isInsertNextRow) {
                    targetIndex = targetIndex + 1;
                  }
                  parentChilds.splice(targetIndex, 0, ...treeRecords);
                }
              }
            } else {
              warnLog("vxe.error.unableInsert");
              insertTreeRow(newRecords, true);
            }
          } else if (isRowGroupStatus) {
            if (treeConfig) {
              throw new Error(getI18n("vxe.error.noTree", ["insert"]));
            }
            errLog(getI18n("vxe.error.noGroup", ["insert"]));
          } else {
            if (treeConfig) {
              throw new Error(getI18n("vxe.error.noTree", ["insert"]));
            }
            let afIndex = -1;
            if (XEUtils.isNumber(targetRow)) {
              if (targetRow < afterFullData.length) {
                afIndex = targetRow;
              }
            } else {
              afIndex = $xeTable.findRowIndexOf(afterFullData, targetRow);
            }
            if (isInsertNextRow) {
              afIndex = Math.min(afterFullData.length, afIndex + 1);
            }
            if (afIndex === -1) {
              throw new Error(getI18n("vxe.error.unableInsert"));
            }
            afterFullData.splice(afIndex, 0, ...newRecords);
            const tfIndex = $xeTable.findRowIndexOf(tableFullData, targetRow);
            if (tfIndex > -1) {
              tableFullData.splice(tfIndex + (isInsertNextRow ? 1 : 0), 0, ...newRecords);
            } else {
              tableFullData.push(...newRecords);
            }
            mergeBodyList.forEach((mergeItem) => {
              const { row: mergeRowIndex, rowspan: mergeRowspan } = mergeItem;
              if (mergeRowIndex >= afIndex) {
                mergeItem.row = mergeRowIndex + newRecords.length;
              } else if (isInsertNextRow ? mergeRowIndex + mergeRowspan >= afIndex : mergeRowIndex + mergeRowspan > afIndex) {
                mergeItem.rowspan = mergeRowspan + newRecords.length;
              }
            });
          }
        }
      }
      const handleStatus = (newRow) => {
        const rowid = getRowid($xeTable, newRow);
        if (removeRowMaps[rowid]) {
          delete removeRowMaps[rowid];
          if (insertRowMaps[rowid]) {
            delete insertRowMaps[rowid];
          }
        } else {
          insertRowMaps[rowid] = newRow;
        }
      };
      if (treeConfig && transform) {
        XEUtils.eachTree(treeRecords, handleStatus, { children: mapChildrenField });
      } else {
        newRecords.forEach(handleStatus);
      }
      reactData.removeRowFlag++;
      reactData.insertRowFlag++;
      $xeTable.cacheRowMap(false);
      $xeTable.updateScrollYStatus();
      $xeTable.handleTableData(treeConfig && transform);
      if (!(treeConfig && transform)) {
        $xeTable.updateAfterDataIndex();
      }
      $xeTable.updateFooter();
      $xeTable.handleUpdateBodyMerge();
      $xeTable.checkSelectionStatus();
      if (reactData.scrollYLoad) {
        $xeTable.updateScrollYSpace();
      }
      return nextTick().then(() => {
        $xeTable.updateCellAreas();
        return $xeTable.recalculate(true);
      }).then(() => {
        return {
          row: newRecords.length ? newRecords[newRecords.length - 1] : null,
          rows: newRecords
        };
      });
    };
    const handleInsertChildRowAt = (records, parentRowOrParentId, targetRow, isInsertNextRow) => {
      const { treeConfig } = props;
      const { fullAllDataRowIdData } = internalData;
      const treeOpts = computeTreeOpts.value;
      const { transform, rowField, parentField } = treeOpts;
      if (treeConfig && transform) {
        if (!XEUtils.isArray(records)) {
          records = [records];
        }
        let parentRow = parentRowOrParentId;
        if (XEUtils.isString(parentRowOrParentId) || XEUtils.isNumber(parentRowOrParentId)) {
          const rowRest = fullAllDataRowIdData[parentRowOrParentId];
          if (rowRest) {
            parentRow = rowRest.row;
          }
        }
        return handleInsertRowAt(records.map((item) => Object.assign({}, item, { [parentField]: parentRow[rowField] })), targetRow, isInsertNextRow);
      } else {
        errLog("vxe.error.errProp", ["tree-config.transform=false", "tree-config.transform=true"]);
      }
      return Promise.resolve({ row: null, rows: [] });
    };
    const handleClearEdit = (evnt, targetRow) => {
      const { editStore } = reactData;
      const { actived, focused } = editStore;
      const { row, column } = actived;
      const validOpts = computeValidOpts.value;
      if (row || column) {
        if (targetRow && getRowid($xeTable, targetRow) !== getRowid($xeTable, row)) {
          return nextTick();
        }
        syncActivedCell();
        actived.args = null;
        actived.row = null;
        actived.column = null;
        $xeTable.updateFooter();
        $xeTable.dispatchEvent("edit-closed", {
          row,
          rowIndex: $xeTable.getRowIndex(row),
          $rowIndex: $xeTable.getVMRowIndex(row),
          column,
          columnIndex: $xeTable.getColumnIndex(column),
          $columnIndex: $xeTable.getVMColumnIndex(column)
        }, evnt || null);
      }
      focused.row = null;
      focused.column = null;
      if (validOpts.autoClear) {
        if (validOpts.msgMode !== "full" || getConfig().cellVaildMode === "obsolete") {
          if ($xeTable.clearValidate) {
            return $xeTable.clearValidate();
          }
        }
      }
      return nextTick().then(() => $xeTable.updateCellAreas());
    };
    const handleEditActive = (params, evnt, isFocus, isPos) => {
      const $xeGrid = $xeTable.xeGrid;
      const $xeGantt = $xeTable.xeGantt;
      const { editConfig, mouseConfig } = props;
      const { editStore, tableColumn } = reactData;
      const editOpts = computeEditOpts.value;
      const { mode } = editOpts;
      const { actived, focused } = editStore;
      const { row, column } = params;
      const { editRender } = column;
      const cell = params.cell || $xeTable.getCellElement(row, column);
      const beforeEditMethod = editOpts.beforeEditMethod || editOpts.activeMethod;
      params.cell = cell;
      if (cell && isEnableConf(editConfig) && isEnableConf(editRender)) {
        if (!$xeTable.isPendingByRow(row) && !$xeTable.isAggregateRecord(row)) {
          if (actived.row !== row || (mode === "cell" ? actived.column !== column : false)) {
            let type = "edit-disabled";
            if (!beforeEditMethod || beforeEditMethod(Object.assign(Object.assign({}, params), { $table: $xeTable, $grid: $xeGrid, $gantt: $xeGantt }))) {
              if (mouseConfig) {
                $xeTable.clearSelected();
                if ($xeTable.clearCellAreas) {
                  $xeTable.clearCellAreas();
                  $xeTable.clearCopyCellArea();
                }
              }
              $xeTable.closeTooltip();
              if (actived.column) {
                handleClearEdit(evnt);
              }
              type = "edit-activated";
              column.renderHeight = cell.offsetHeight;
              actived.args = params;
              actived.row = row;
              actived.column = column;
              if (mode === "row") {
                tableColumn.forEach((column2) => getEditColumnModel(row, column2));
              } else {
                getEditColumnModel(row, column);
              }
              const afterEditMethod = editOpts.afterEditMethod;
              nextTick(() => {
                if (isFocus) {
                  $xeTable.handleFocus(params, evnt);
                }
                if (afterEditMethod) {
                  afterEditMethod(Object.assign(Object.assign({}, params), { $table: $xeTable, $grid: $xeGrid, $gantt: $xeGantt }));
                }
              });
            }
            $xeTable.dispatchEvent(type, {
              row,
              rowIndex: $xeTable.getRowIndex(row),
              $rowIndex: $xeTable.getVMRowIndex(row),
              column,
              columnIndex: $xeTable.getColumnIndex(column),
              $columnIndex: $xeTable.getVMColumnIndex(column)
            }, evnt);
            if (type === "edit-activated") {
              $xeTable.dispatchEvent("edit-actived", {
                row,
                rowIndex: $xeTable.getRowIndex(row),
                $rowIndex: $xeTable.getVMRowIndex(row),
                column,
                columnIndex: $xeTable.getColumnIndex(column),
                $columnIndex: $xeTable.getVMColumnIndex(column)
              }, evnt);
            }
          } else {
            const { column: oldColumn } = actived;
            if (mouseConfig) {
              $xeTable.clearSelected();
              if ($xeTable.clearCellAreas) {
                $xeTable.clearCellAreas();
                $xeTable.clearCopyCellArea();
              }
            }
            if (oldColumn !== column) {
              const { model: oldModel } = oldColumn;
              if (oldModel.update) {
                setCellValue(row, oldColumn, oldModel.value);
              }
              if ($xeTable.clearValidate) {
                $xeTable.clearValidate(row, column);
              }
            }
            column.renderHeight = cell.offsetHeight;
            actived.args = params;
            actived.column = column;
            if (isPos) {
              setTimeout(() => {
                $xeTable.handleFocus(params, evnt);
              });
            }
          }
          focused.column = null;
          focused.row = null;
          $xeTable.focus();
        }
      }
      return nextTick();
    };
    const handleEditCell = (row, fieldOrColumn, isPos) => {
      const { editConfig } = props;
      const column = XEUtils.isString(fieldOrColumn) ? $xeTable.getColumnByField(fieldOrColumn) : fieldOrColumn;
      if (row && column && isEnableConf(editConfig) && isEnableConf(column.editRender) && !$xeTable.isAggregateRecord(row)) {
        return Promise.resolve(isPos ? $xeTable.scrollToRow(row, column) : null).then(() => {
          const cell = $xeTable.getCellElement(row, column);
          if (cell) {
            handleEditActive({
              row,
              rowIndex: $xeTable.getRowIndex(row),
              column,
              columnIndex: $xeTable.getColumnIndex(column),
              cell,
              $table: $xeTable
            }, null, isPos, isPos);
            internalData._lastCallTime = Date.now();
          }
          return nextTick();
        });
      }
      return nextTick();
    };
    editMethods = {
      /**
       * 往表格中插入临时数据
       *
       * @param {*} records
       */
      insert(records) {
        return handleInsertRowAt(records, null);
      },
      /**
       * 往表格指定行中插入临时数据
       * 如果 row 为空则从插入到顶部，如果为树结构，则插入到目标节点顶部
       * 如果 row 为 -1 则从插入到底部，如果为树结构，则插入到目标节点底部
       * 如果 row 为有效行则插入到该行的位置，如果为树结构，则有插入到效的目标节点该行的位置
       */
      insertAt(records, targetRowOrRowid) {
        return handleInsertRowAt(records, targetRowOrRowid);
      },
      insertNextAt(records, targetRowOrRowid) {
        return handleInsertRowAt(records, targetRowOrRowid, true);
      },
      insertChild(records, parentRowOrParentId) {
        window.aa = internalData;
        return handleInsertChildRowAt(records, parentRowOrParentId, null);
      },
      insertChildAt(records, parentRowOrParentId, targetRow) {
        return handleInsertChildRowAt(records, parentRowOrParentId, targetRow);
      },
      insertChildNextAt(records, parentRowOrParentId, targetRow) {
        return handleInsertChildRowAt(records, parentRowOrParentId, targetRow, true);
      },
      /**
       * 删除指定行数据
       * 如果传 row 则删除一行
       * 如果传 rows 则删除多行
       * 如果为空则删除所有
       */
      remove(rows) {
        const { treeConfig } = props;
        const { editStore, isRowGroupStatus } = reactData;
        const { tableFullTreeData, selectCheckboxMaps, afterFullData, mergeBodyList, tableFullData, pendingRowMaps, insertRowMaps, removeRowMaps } = internalData;
        const checkboxOpts = computeCheckboxOpts.value;
        const treeOpts = computeTreeOpts.value;
        const { transform, mapChildrenField } = treeOpts;
        const childrenField = treeOpts.children || treeOpts.childrenField;
        const { actived } = editStore;
        const { checkField } = checkboxOpts;
        let delList = [];
        if (!rows) {
          rows = tableFullData;
        } else if (!XEUtils.isArray(rows)) {
          rows = [rows];
        }
        rows.forEach((row) => {
          if (!$xeTable.isInsertByRow(row)) {
            const rowid = getRowid($xeTable, row);
            removeRowMaps[rowid] = row;
          }
        });
        if (!checkField) {
          rows.forEach((row) => {
            const rowid = getRowid($xeTable, row);
            if (selectCheckboxMaps[rowid]) {
              delete selectCheckboxMaps[rowid];
            }
          });
          reactData.updateCheckboxFlag++;
        }
        if (tableFullData === rows) {
          rows = delList = tableFullData.slice(0);
          internalData.tableFullData = [];
          internalData.afterFullData = [];
          $xeTable.clearMergeCells();
        } else {
          if (treeConfig && transform) {
            rows.forEach((row) => {
              const rowid = getRowid($xeTable, row);
              const matchMapObj = XEUtils.findTree(tableFullTreeData, (item) => rowid === getRowid($xeTable, item), { children: mapChildrenField });
              if (matchMapObj) {
                const rItems = matchMapObj.items.splice(matchMapObj.index, 1);
                delList.push(rItems[0]);
              }
              const matchObj = XEUtils.findTree(tableFullTreeData, (item) => rowid === getRowid($xeTable, item), { children: childrenField });
              if (matchObj) {
                matchObj.items.splice(matchObj.index, 1);
              }
              const afIndex = $xeTable.findRowIndexOf(afterFullData, row);
              if (afIndex > -1) {
                afterFullData.splice(afIndex, 1);
              }
            });
          } else if (isRowGroupStatus) {
            warnLog(getI18n("vxe.error.noGroup", ["remove"]));
          } else {
            rows.forEach((row) => {
              const tfIndex = $xeTable.findRowIndexOf(tableFullData, row);
              if (tfIndex > -1) {
                const rItems = tableFullData.splice(tfIndex, 1);
                delList.push(rItems[0]);
              }
              const afIndex = $xeTable.findRowIndexOf(afterFullData, row);
              if (afIndex > -1) {
                mergeBodyList.forEach((mergeItem) => {
                  const { row: mergeRowIndex, rowspan: mergeRowspan } = mergeItem;
                  if (mergeRowIndex > afIndex) {
                    mergeItem.row = mergeRowIndex - 1;
                  } else if (mergeRowIndex + mergeRowspan > afIndex) {
                    mergeItem.rowspan = mergeRowspan - 1;
                  }
                });
                afterFullData.splice(afIndex, 1);
              }
            });
          }
        }
        if (actived.row && $xeTable.findRowIndexOf(rows, actived.row) > -1) {
          editMethods.clearEdit();
        }
        rows.forEach((row) => {
          const rowid = getRowid($xeTable, row);
          if (insertRowMaps[rowid]) {
            delete insertRowMaps[rowid];
          }
          if (pendingRowMaps[rowid]) {
            delete pendingRowMaps[rowid];
          }
        });
        reactData.removeRowFlag++;
        reactData.insertRowFlag++;
        reactData.pendingRowFlag++;
        $xeTable.cacheRowMap(false);
        $xeTable.handleTableData(treeConfig && transform);
        $xeTable.updateFooter();
        $xeTable.handleUpdateBodyMerge();
        if (!(treeConfig && transform)) {
          $xeTable.updateAfterDataIndex();
        }
        $xeTable.checkSelectionStatus();
        if (reactData.scrollYLoad) {
          $xeTable.updateScrollYSpace();
        }
        return nextTick().then(() => {
          $xeTable.updateCellAreas();
          return $xeTable.recalculate(true);
        }).then(() => {
          return { row: delList.length ? delList[delList.length - 1] : null, rows: delList };
        });
      },
      /**
       * 删除复选框选中的数据
       */
      removeCheckboxRow() {
        return editMethods.remove($xeTable.getCheckboxRecords()).then((params) => {
          $xeTable.clearCheckboxRow();
          return params;
        });
      },
      /**
       * 删除单选框选中的数据
       */
      removeRadioRow() {
        const radioRecord = $xeTable.getRadioRecord();
        return editMethods.remove(radioRecord || []).then((params) => {
          $xeTable.clearRadioRow();
          return params;
        });
      },
      /**
       * 删除当前行选中的数据
       */
      removeCurrentRow() {
        const currentRecord = $xeTable.getCurrentRecord();
        return editMethods.remove(currentRecord || []).then((params) => {
          $xeTable.clearCurrentRow();
          return params;
        });
      },
      /**
       * 获取表格数据集，包含新增、删除、修改、标记
       */
      getRecordset() {
        const removeRecords = editMethods.getRemoveRecords();
        const pendingRecords = $xeTable.getPendingRecords();
        const delRecords = removeRecords.concat(pendingRecords);
        const updateRecords = editMethods.getUpdateRecords().filter((row) => {
          return !delRecords.some((item) => $xeTable.eqRow(item, row));
        });
        return {
          insertRecords: editMethods.getInsertRecords(),
          removeRecords,
          updateRecords,
          pendingRecords
        };
      },
      /**
       * 获取新增的临时数据
       */
      getInsertRecords() {
        const { fullAllDataRowIdData, insertRowMaps } = internalData;
        const insertRecords = [];
        XEUtils.each(insertRowMaps, (row, rowid) => {
          if (fullAllDataRowIdData[rowid]) {
            insertRecords.push(row);
          }
        });
        return insertRecords;
      },
      /**
       * 获取已删除的数据
       */
      getRemoveRecords() {
        const { removeRowMaps } = internalData;
        const removeRecords = [];
        XEUtils.each(removeRowMaps, (row) => {
          removeRecords.push(row);
        });
        return removeRecords;
      },
      /**
       * 获取更新数据
       * 只精准匹配 row 的更改
       * 如果是树表格，子节点更改状态不会影响父节点的更新状态
       */
      getUpdateRecords() {
        const { keepSource, treeConfig } = props;
        const { tableFullData } = internalData;
        const treeOpts = computeTreeOpts.value;
        if (keepSource) {
          syncActivedCell();
          if (treeConfig) {
            return XEUtils.filterTree(tableFullData, (row) => $xeTable.isUpdateByRow(row), treeOpts);
          }
          return tableFullData.filter((row) => $xeTable.isUpdateByRow(row));
        }
        return [];
      },
      getActiveRecord() {
        warnLog("vxe.error.delFunc", ["getActiveRecord", "getEditCell"]);
        const { editStore } = reactData;
        const { fullAllDataRowIdData } = internalData;
        const { args, row } = editStore.actived;
        if (args && row && fullAllDataRowIdData[getRowid($xeTable, row)]) {
          return Object.assign({}, args, { row });
        }
        return null;
      },
      getEditRecord() {
        warnLog("vxe.error.delFunc", ["getEditRecord", "getEditCell"]);
        const { editStore } = reactData;
        const { fullAllDataRowIdData } = internalData;
        const { args, row } = editStore.actived;
        if (args && row && fullAllDataRowIdData[getRowid($xeTable, row)]) {
          return Object.assign({}, args, { row });
        }
        return null;
      },
      getEditCell() {
        const { editStore } = reactData;
        const { row, column } = editStore.actived;
        if (column && row) {
          return {
            row,
            rowIndex: $xeTable.getRowIndex(row),
            column,
            columnIndex: $xeTable.getColumnIndex(column)
          };
        }
        return null;
      },
      /**
       * 获取选中的单元格
       */
      getSelectedCell() {
        const { editStore } = reactData;
        const { row, column } = editStore.selected;
        if (row && column) {
          return {
            row,
            column
          };
        }
        return null;
      },
      clearActived(row) {
        warnLog("vxe.error.delFunc", ["clearActived", "clearEdit"]);
        return $xeTable.clearEdit(row);
      },
      /**
       * 清除激活的编辑
       */
      clearEdit(row) {
        return handleClearEdit(null, row);
      },
      /**
       * 清除所选中源状态
       */
      clearSelected() {
        const { editStore } = reactData;
        const { selected } = editStore;
        selected.row = null;
        selected.column = null;
        removeCellSelectedClass();
        return nextTick();
      },
      isActiveByRow(row) {
        warnLog("vxe.error.delFunc", ["isActiveByRow", "isEditByRow"]);
        return $xeTable.isEditByRow(row);
      },
      /**
       * 判断行是否为激活编辑状态
       * @param {Row} row 行对象
       */
      isEditByRow(row) {
        const { editStore } = reactData;
        return editStore.actived.row === row;
      },
      setActiveRow(row) {
        warnLog("vxe.error.delFunc", ["setActiveRow", "setEditRow"]);
        return editMethods.setEditRow(row);
      },
      /**
       * 激活行编辑
       */
      setEditRow(row, fieldOrColumn) {
        const { visibleColumn } = internalData;
        let column = XEUtils.find(visibleColumn, (column2) => isEnableConf(column2.editRender));
        let isPos = false;
        if (fieldOrColumn) {
          isPos = true;
          if (fieldOrColumn !== true) {
            column = XEUtils.isString(fieldOrColumn) ? $xeTable.getColumnByField(fieldOrColumn) : fieldOrColumn;
          }
        }
        return handleEditCell(row, column, isPos);
      },
      setActiveCell(row, fieldOrColumn) {
        warnLog("vxe.error.delFunc", ["setActiveCell", "setEditCell"]);
        return editMethods.setEditCell(row, fieldOrColumn);
      },
      /**
       * 激活单元格编辑
       */
      setEditCell(row, fieldOrColumn) {
        return handleEditCell(row, fieldOrColumn, true);
      },
      /**
       * 只对 trigger=dblclick 有效，选中单元格
       */
      setSelectCell(row, fieldOrColumn) {
        const { tableData } = reactData;
        const editOpts = computeEditOpts.value;
        const column = XEUtils.isString(fieldOrColumn) ? $xeTable.getColumnByField(fieldOrColumn) : fieldOrColumn;
        if (row && column && editOpts.trigger !== "manual") {
          const rowIndex = $xeTable.findRowIndexOf(tableData, row);
          if (rowIndex > -1 && column) {
            const cell = $xeTable.getCellElement(row, column);
            const params = {
              row,
              rowIndex,
              column,
              columnIndex: $xeTable.getColumnIndex(column),
              cell
            };
            $xeTable.handleSelected(params, {});
          }
        }
        return nextTick();
      }
    };
    editPrivateMethods = {
      /**
       * 处理激活编辑
       */
      handleEdit(params, evnt) {
        return handleEditActive(params, evnt, true, true);
      },
      /**
       * @deprecated
       */
      handleActived(params, evnt) {
        return editPrivateMethods.handleEdit(params, evnt);
      },
      /**
       * 处理取消编辑
       * @param evnt
       * @returns
       */
      handleClearEdit,
      /**
       * 处理聚焦
       */
      handleFocus(params) {
        const { row, column, cell } = params;
        const { editRender } = column;
        const editOpts = computeEditOpts.value;
        if (isEnableConf(editRender)) {
          const compRender = renderer.get(editRender.name);
          let autoFocus = editRender.autofocus || editRender.autoFocus;
          let autoSelect = editRender.autoSelect || editRender.autoselect;
          let inputElem;
          if (editOpts.autoFocus) {
            if (!autoFocus && compRender) {
              autoFocus = compRender.tableAutoFocus || compRender.tableAutofocus || compRender.autofocus;
            }
            if (!autoSelect && compRender) {
              autoSelect = compRender.tableAutoSelect || compRender.autoselect;
            }
            if (XEUtils.isFunction(autoFocus)) {
              inputElem = autoFocus(params);
            } else if (autoFocus) {
              if (autoFocus === true) {
                inputElem = cell.querySelector("input,textarea");
              } else {
                inputElem = cell.querySelector(autoFocus);
              }
              if (inputElem) {
                inputElem.focus();
              }
            }
          }
          if (inputElem) {
            if (autoSelect) {
              inputElem.select();
            } else {
              if (browseObj.msie) {
                const textRange = inputElem.createTextRange();
                textRange.collapse(false);
                textRange.select();
              }
            }
          } else {
            if (editOpts.autoPos) {
              if (!column.fixed) {
                $xeTable.scrollToRow(row, column);
              }
            }
          }
        }
      },
      /**
       * 处理选中源
       */
      handleSelected(params, evnt) {
        const { mouseConfig } = props;
        const { editStore } = reactData;
        const mouseOpts = computeMouseOpts.value;
        const editOpts = computeEditOpts.value;
        const { actived, selected } = editStore;
        const { row, column } = params;
        const isMouseSelected = mouseConfig && mouseOpts.selected;
        const selectMethod = () => {
          if (isMouseSelected && (selected.row !== row || selected.column !== column)) {
            if (actived.row !== row || (editOpts.mode === "cell" ? actived.column !== column : false)) {
              handleClearEdit(evnt);
              $xeTable.clearSelected();
              if ($xeTable.clearCellAreas) {
                $xeTable.clearCellAreas();
                $xeTable.clearCopyCellArea();
              }
              selected.args = params;
              selected.row = row;
              selected.column = column;
              if (isMouseSelected) {
                editPrivateMethods.addCellSelectedClass();
              }
              $xeTable.focus();
              if (evnt) {
                $xeTable.dispatchEvent("cell-selected", params, evnt);
              }
            }
          }
          return nextTick();
        };
        return selectMethod();
      },
      addCellSelectedClass() {
        const { editStore } = reactData;
        const { selected } = editStore;
        const { row, column } = selected;
        removeCellSelectedClass();
        if (row && column) {
          const cell = $xeTable.getCellElement(row, column);
          if (cell) {
            addClass(cell, "col--selected");
          }
        }
      }
    };
    return Object.assign(Object.assign({}, editMethods), editPrivateMethods);
  },
  setupGrid($xeGrid) {
    return $xeGrid.extendTableMethods(tableEditMethodKeys);
  },
  setupGantt($xeGantt) {
    return $xeGantt.extendTableMethods(tableEditMethodKeys);
  }
});
