/** * Private class which acts as a HeaderContainer for the Lockable which aggregates all columns * from both sides of the Lockable. It is never rendered, it's just used to interrogate the * column collection. * @private */Ext.define('Ext.grid.locking.HeaderContainer', { extend: 'Ext.grid.header.Container', requires: [ 'Ext.grid.ColumnManager' ], headerCtRelayEvents: [ "blur", "focus", "move", "resize", "destroy", "beforedestroy", "boxready", "afterrender", "render", "beforerender", "removed", "hide", "beforehide", "show", "beforeshow", "enable", "disable", "added", "deactivate", "beforedeactivate", "activate", "beforeactivate", "remove", "add", "beforeremove", "beforeadd", "afterlayout", "menucreate", "sortchange", "columnschanged", "columnshow", "columnhide", "columnmove", "headertriggerclick", "headercontextmenu", "headerclick", "columnresize", "statesave", "beforestatesave", "staterestore", "beforestaterestore" ], constructor: function(lockable) { var me = this, lockedGrid = lockable.lockedGrid, normalGrid = lockable.normalGrid; me.lockable = lockable; me.callParent(); // Create the unified column manager for the lockable grid assembly lockedGrid.visibleColumnManager.rootColumns = normalGrid.visibleColumnManager.rootColumns = lockable.visibleColumnManager = me.visibleColumnManager = new Ext.grid.ColumnManager(true, lockedGrid.headerCt, normalGrid.headerCt); lockedGrid.columnManager.rootColumns = normalGrid.columnManager.rootColumns = lockable.columnManager = me.columnManager = new Ext.grid.ColumnManager(false, lockedGrid.headerCt, normalGrid.headerCt); // Relay *all* events from the two HeaderContainers me.relayEvents(lockedGrid.headerCt, me.headerCtRelayEvents); me.relayEvents(normalGrid.headerCt, me.headerCtRelayEvents); }, getRefItems: function() { return this.lockable.lockedGrid.headerCt.getRefItems().concat(this.lockable.normalGrid.headerCt.getRefItems()); }, // This is the function which all other column access methods are based upon // Return the full column set for the whole Lockable assembly getGridColumns: function() { return this.lockable.lockedGrid.headerCt.getGridColumns().concat(this.lockable.normalGrid.headerCt.getGridColumns()); }, // Lockable uses its headerCt to gather column state getColumnsState: function () { var me = this, locked = me.lockable.lockedGrid.headerCt.getColumnsState(), normal = me.lockable.normalGrid.headerCt.getColumnsState(); return locked.concat(normal); }, // Lockable uses its headerCt to apply column state applyColumnsState: function (columns) { var me = this, lockedGrid = me.lockable.lockedGrid, lockedHeaderCt = lockedGrid.headerCt, normalHeaderCt = me.lockable.normalGrid.headerCt, lockedCols = Ext.Array.toValueMap(lockedHeaderCt.items.items, 'headerId'), normalCols = Ext.Array.toValueMap(normalHeaderCt.items.items, 'headerId'), locked = [], normal = [], lockedWidth = 1, length = columns.length, i, existing, lockedDefault, col; for (i = 0; i < length; i++) { col = columns[i]; lockedDefault = lockedCols[col.id]; existing = lockedDefault || normalCols[col.id]; if (existing) { if (existing.applyColumnState) { existing.applyColumnState(col); } if (existing.locked === undefined) { existing.locked = !!lockedDefault; } if (existing.locked) { locked.push(existing); if (!existing.hidden && typeof existing.width == 'number') { lockedWidth += existing.width; } } else { normal.push(existing); } } } // state and config must have the same columns (compare counts for now): if (locked.length + normal.length == lockedHeaderCt.items.getCount() + normalHeaderCt.items.getCount()) { lockedHeaderCt.removeAll(false); normalHeaderCt.removeAll(false); lockedHeaderCt.add(locked); normalHeaderCt.add(normal); lockedGrid.setWidth(lockedWidth); } }});