private void Check()
{
if (key.typeDecotrator != EDecotratorType.Int &&
key.typeDecotrator != EDecotratorType.String &&
key.typeDecotrator != EDecotratorType.Float)
{
throw new System.Exception(string.Format("Dictionary type is only support int/float/string, this key is {0}.", key.GetName()));
}
if (value.typeDecotrator == EDecotratorType.Dictionary)
{
throw new System.Exception("Dictionary value type is not support Dictionary.");
}
if (value.typeDecotrator == EDecotratorType.List)
{
TypeDecoratorList typeDecoratorList = value as TypeDecoratorList;
if (typeDecoratorList.child.typeDecotrator != EDecotratorType.Int ||
typeDecoratorList.child.typeDecotrator != EDecotratorType.Float ||
typeDecoratorList.child.typeDecotrator != EDecotratorType.Bool ||
typeDecoratorList.child.typeDecotrator != EDecotratorType.String)
{
throw new System.Exception("Dictionary value type is list, but the list child type is only support int/float/bool/string.");
}
}
}
private object[] GetItemValues(System.Type childRuntimeType)
{
TypeDecoratorList type = (decorator as TypeDecoratorList);
if (null == type || string.IsNullOrEmpty(value))
{
return(new object[0]);
}
if (type.flag < 0)
{
throw new System.Exception(string.Format("value depth is overflow, max depth is 2"));
}
char split = type.flag == 0 ? Define.UserDefine.global.excel.splitFlag0 : Define.UserDefine.global.excel.splitFlag1;
string[] str_values = value.Split(split);
int count = str_values.Length;
object[] obj_values = new object[count];
TypeDecorator child = type.child;
child.runtimeType = childRuntimeType;
for (int i = 0; i < count; i++)
{
obj_values[i] = ValueAdapter.Adapter(str_values[i], child);
}
return(obj_values);
}
public override object GetValue()
{
TypeDecoratorList itemsDecorator = TypeAdapter.Adapter("[float]") as TypeDecoratorList;
itemsDecorator.runtimeType = typeof(List <float>);
itemsDecorator.ResetFlag(1);
object vs = ValueAdapter.Adapter(value, itemsDecorator);
List <float> realvs = vs as List <float>;
BindingFlags flags = BindingFlags.Public | BindingFlags.Instance;
object v2 = Common.Utility.Reflection.CreateInstance(decorator.runtimeType);
Common.Utility.Reflection.SetValue(decorator.runtimeType, "x", v2, realvs.Count > 0 ? realvs[0] : 0, flags);
Common.Utility.Reflection.SetValue(decorator.runtimeType, "y", v2, realvs.Count > 1 ? realvs[1] : 0, flags);
return(v2);
}
public override object GetValue()
{
TypeDecoratorList itemsDecorator = TypeAdapter.Adapter("[int]") as TypeDecoratorList;
itemsDecorator.runtimeType = typeof(List <int>);
itemsDecorator.ResetFlag(1);
object vs = ValueAdapter.Adapter(value, itemsDecorator);
List <int> realvs = vs as List <int>;
int r = realvs.Count > 0 ? realvs[0] : 0;
int g = realvs.Count > 1 ? realvs[1] : 0;
int b = realvs.Count > 2 ? realvs[2] : 0;
int a = realvs.Count > 3 ? realvs[3] : 255;
BindingFlags flags = BindingFlags.Public | BindingFlags.Instance;
object Color = Common.Utility.Reflection.CreateInstance(decorator.runtimeType);
Common.Utility.Reflection.SetValue(decorator.runtimeType, "r", Color, (float)r / 255f, flags);
Common.Utility.Reflection.SetValue(decorator.runtimeType, "g", Color, (float)g / 255f, flags);
Common.Utility.Reflection.SetValue(decorator.runtimeType, "b", Color, (float)b / 255f, flags);
Common.Utility.Reflection.SetValue(decorator.runtimeType, "a", Color, (float)a / 255f, flags);
return(Color);
}
