/// <summary>
/// 输出Obj,如果是数组,也会加入数组
/// </summary>
private HowSimpleObject OutObj()
{
var res = new HowSimpleObject(hsoBuf);
if (isAry)
{
objs.Add(res);
}
hsoBuf = new Dictionary <string, HowSimpleItem>();
//Console.WriteLine("[[out obj]]" + hsoBuf.ToString());
return(res);
}
private void FillObj(HowSimpleObject sobj)
{
foreach (var item in sobj.inner)
{
switch (item.Value.ItemType)
{
case HowSimpleItemType.Value:
DrawVal(item.Key, item.Value as HowSimpleValueItem);
break;
case HowSimpleItemType.Dict:
DrawDict(item.Key, item.Value as HowSimpleDictionaryItem);
break;
case HowSimpleItemType.Ary:
DrawAry(item.Key, item.Value as HowSimpleArrayItem);
break;
default:
break;
}
}
}
public Serializer(IPaper paper_, HowSimpleObject obj_)
{
paper = paper_;
obj = obj_;
isAry = false;
}
public static void WriteObj(HowSimpleObject obj, IPaper paper)
{
var srl = new Serializer(paper, obj);
srl.SerializeObj();
}
public static void WriteObj(HowSimpleObject obj, StreamWriter sw)
{
var paper = new StreamWriterPaper(sw);
WriteObj(obj, paper);
}
public static void WriteObj(HowSimpleObject obj, StringBuilder sb)
{
var paper = new StringBuilderPaper(sb);
WriteObj(obj, paper);
}
bool S1()
{
ClearComment();
var rdres = article.Cur();
article.Next();
if (rdres.HasValue)
{
var cch = rdres.Value;
var cht = CharClassification(cch);
if (isAry)//读取数组的状态机
{
if (IsASP(cht))
{
return(S1());
}
else if (cch == '}')
{
OutObj();
return(S0());
}
else if (cht == ChType.CH)
{
eleBuf.Append(cch);
return(S2());
}
else if (cch == '"')
{
return(SV1());
}
else
{
return(false);
}
}
else//读取单独对象的状态机
{
if (IsASP(cht))
{
return(S1());
}
else if (cht == ChType.CH)
{
eleBuf.Append(cch);
return(S2());
}
else if (cch == '"')
{
return(SV1());
}
else
{
return(false);
}
}
}
else
{
if (isAry)
{
return(false);
}
else
{
resultHSO = OutObj();
return(true);
}
}
}