protected override LuaValue _OnGetLuaValue()
{
LuaMap mp = new LuaMap();
mp.init(false, ExportSheetBin.ROW_MAX_ELEMENT);
return(mp);
}
public static LuaMap GetLuaTable(ExcelMapData v_root, bool v_bSingleKey = false)
{
LuaMap luaRoot = new LuaMap();
luaRoot.init(true, ExportSheetBin.ROW_MAX_ELEMENT);
_translate(v_root, luaRoot, v_bSingleKey);
return(luaRoot);
}
private static void _translate(ExcelMapData v_src, LuaTable v_dst, bool v_bSingleKey = false)
{
List <KeyValue <ExcelMapData> > childDatas = v_src.GetKeyValues();
for (int i = 0; i < childDatas.Count; i++)
{
KeyValue <ExcelMapData> child = childDatas[i];
Key key = child.key;
ExcelMapData data = child.val;
switch (data.Type)
{
case EExcelMapDataType.indexMap:
LuaMap indexMap = new LuaMap();
indexMap.init(true, ExportSheetBin.ROW_MAX_ELEMENT);
v_dst.addData(key, indexMap);
_translate(data, indexMap, v_bSingleKey);
indexMap.Note = data.Note;
break;
case EExcelMapDataType.rowData:
LuaMap rowData = new LuaMap();
rowData.init(false, ExportSheetBin.ROW_MAX_ELEMENT);
rowData.Single_value_hide_key = v_bSingleKey;
v_dst.addData(key, rowData);
_translate(data, rowData, v_bSingleKey);
rowData.Note = data.Note;
break;
case EExcelMapDataType.cellTable:
LuaTable cellTable;
if (data.IsArray)
{
cellTable = new LuaArray();
((LuaArray)cellTable).init(false, true, ExportSheetBin.ROW_MAX_ELEMENT);
}
else
{
cellTable = new LuaMap();
((LuaMap)cellTable).init(false, ExportSheetBin.ROW_MAX_ELEMENT);
}
v_dst.addData(key, cellTable);
_translate(data, cellTable);
cellTable.Note = data.Note;
break;
case EExcelMapDataType.cellData:
LuaValue leafVal = data.LeafVal.GetLuaValue();
v_dst.addData(key, leafVal);
leafVal.Note = data.Note;
break;
}
}
}
protected override bool _OnInit(string v_strCellVal)
{
_key = v_strCellVal;
Lua.Lua lua_state = LuaState.Get_Instenct();
object lua_data = null;
var tmprst = lua_state.DoString("return " + v_strCellVal);
if (tmprst == null)
{
Debug.ExcelError("return " + v_strCellVal + " is nil");
return(false);
}
lua_data = tmprst[0];
if (lua_data == null)
{
_luaval = new LuaNil();
return(true);
}
else if (lua_data is Lua.LuaTable)
{
Lua.LuaTable table = lua_data as Lua.LuaTable;
LuaMap map = new LuaMap();
map.init(_isStretch, ExportSheetBin.ROW_MAX_ELEMENT);
if (!fill_luatable(map, table))
{
_luaval = new LuaNil();
return(false);
}
_luaval = map;
return(true);
}
else if (lua_data is double)
{
_luaval = new LuaDouble(Convert.ToDouble(lua_data));
return(true);
}
else if (lua_data is string)
{
_luaval = new LuaString(Convert.ToString(lua_data));
return(true);
}
else if (lua_data is bool)
{
_luaval = new LuaBoolean(Convert.ToBoolean(lua_data));
return(true);
}
return(false);
}
protected bool fill_luatable(LuaMap v_map, Lua.LuaTable v_luatable)
{
foreach (KeyValuePair <object, object> i in v_luatable)
{
LuaValue val = null;
if (i.Value is Lua.LuaTable)
{
LuaMap newTable = new LuaMap();
newTable.init(_isStretch, ExportSheetBin.ROW_MAX_ELEMENT);
fill_luatable(newTable, (Lua.LuaTable)i.Value);
val = newTable;
}
else
{
if (i.Value is double)
{
val = new LuaDouble(Convert.ToDouble(i.Value));
}
else if (i.Value is string)
{
val = new LuaString(Convert.ToString(i.Value));
}
else if (i.Value is bool)
{
val = new LuaBoolean(Convert.ToBoolean(i.Value));
}
else if (i.Value == null)
{
val = new LuaNil();
}
else
{
Debug.Exception("出现了无法识别的luavalue,键是{0}", i.Key);
}
}
if (i.Key is int || i.Key is double)
{
v_map.addData(Convert.ToInt32(i.Key), val);
}
else if (i.Key is string)
{
v_map.addData(Convert.ToString(i.Key), val);
}
}
return(true);
}
