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@gechiui/block-editor

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"use strict"; var _interopRequireDefault = require("@babel/runtime/helpers/interopRequireDefault"); Object.defineProperty(exports, "__esModule", { value: true }); exports.default = void 0; var _element = require("@gechiui/element"); var _reactNative = require("react-native"); var _data = require("@gechiui/data"); var _compose = require("@gechiui/compose"); var _style = _interopRequireDefault(require("./style.scss")); var _blockMover = _interopRequireDefault(require("../block-mover")); var _blockActionsMenu = _interopRequireDefault(require("./block-actions-menu")); var _blockSettings = require("../block-settings"); var _store = require("../../store"); /** * External dependencies */ /** * GeChiUI dependencies */ /** * Internal dependencies */ // Defined breakpoints are used to get a point when // `settings` and `mover` controls should be wrapped into `BlockActionsMenu` // and accessed through `BottomSheet`(Android)/`ActionSheet`(iOS). const BREAKPOINTS = { wrapSettings: 65, wrapMover: 150 }; const BlockMobileToolbar = _ref => { let { clientId, onDelete, isStackedHorizontally, blockWidth, anchorNodeRef, isFullWidth } = _ref; const [fillsLength, setFillsLength] = (0, _element.useState)(null); const [appenderWidth, setAppenderWidth] = (0, _element.useState)(0); const spacingValue = _style.default.toolbar.marginLeft * 2; function onLayout(_ref2) { let { nativeEvent } = _ref2; const { layout } = nativeEvent; const layoutWidth = Math.floor(layout.width); if (layoutWidth !== appenderWidth) { setAppenderWidth(nativeEvent.layout.width); } } const wrapBlockSettings = blockWidth < BREAKPOINTS.wrapSettings || appenderWidth - spacingValue < BREAKPOINTS.wrapSettings; const wrapBlockMover = blockWidth <= BREAKPOINTS.wrapMover || appenderWidth - spacingValue <= BREAKPOINTS.wrapMover; const BlockSettingsButtonFill = fillProps => { var _fillProps$children; (0, _element.useEffect)(() => fillProps.onChangeFillsLength(fillProps.fillsLength), [fillProps.fillsLength]); return (_fillProps$children = fillProps.children) !== null && _fillProps$children !== void 0 ? _fillProps$children : null; }; return (0, _element.createElement)(_reactNative.View, { style: [_style.default.toolbar, isFullWidth && _style.default.toolbarFullWidth], onLayout: onLayout }, !wrapBlockMover && (0, _element.createElement)(_blockMover.default, { clientIds: [clientId], isStackedHorizontally: isStackedHorizontally }), (0, _element.createElement)(_reactNative.View, { style: _style.default.spacer }), (0, _element.createElement)(_blockSettings.BlockSettingsButton.Slot, null, function () { let fills = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : [null]; return (// The purpose of BlockSettingsButtonFill component is only to provide a way // to pass data upstream from the slot rendering (0, _element.createElement)(BlockSettingsButtonFill, { fillsLength: fills.length, onChangeFillsLength: setFillsLength }, wrapBlockSettings ? null : fills[0]) ); }), (0, _element.createElement)(_blockActionsMenu.default, { clientIds: [clientId], wrapBlockMover: wrapBlockMover, wrapBlockSettings: wrapBlockSettings && fillsLength, isStackedHorizontally: isStackedHorizontally, onDelete: onDelete, anchorNodeRef: anchorNodeRef })); }; var _default = (0, _compose.compose)((0, _data.withSelect)((select, _ref3) => { let { clientId } = _ref3; const { getBlockIndex } = select(_store.store); return { order: getBlockIndex(clientId) }; }), (0, _data.withDispatch)((dispatch, _ref4) => { let { clientId, rootClientId, onDelete } = _ref4; const { removeBlock } = dispatch(_store.store); return { onDelete: onDelete || (() => removeBlock(clientId, rootClientId)) }; }))(BlockMobileToolbar); exports.default = _default; //# sourceMappingURL=index.native.js.map