//The starting point of fun
private void InitializeStructure()
{
JKeyValuePair newPair = new JKeyValuePair {
Parent = null
};
JItem Root = new JItem {
root = true, isObject = true, isArray = false, Parent = null
};
keyValueStack.Push(newPair);
itemStack.Push(Root);
indexOfTheChar = -1;
syntaxChars.Clear();
syntaxChars.Push(',');
currentItem = new JItem();
InnerParse();
}/// <summary>
}/// <summary>
/// The Main Big Parsing Method
/// </summary>
private void StartParse()
{
//index of top secret pentagon data
++indexOfTheChar;
try
{
if (syntaxChars?.Peek() == '\"' && insideQuotes)
{
if (source[indexOfTheChar] == '\"')
{
buffer += source[indexOfTheChar];
insideQuotes = false;
return;
}
buffer += source[indexOfTheChar];
return;
}
}
catch { /*MessageBox.Show("Дирижабль");*/ }
switch (source[indexOfTheChar])
{
case '{':
currentItem = itemStack.Peek();
currentKV = keyValueStack.Peek();
//Проверка на ожидание инициализации значения Value пары KeyValue
if (pending4Value)
{
JItem item = new JItem {
isObject = true
};
item.Parent = currentItem;
((JKeyValuePair)currentKV).Value = item;
buffer = "";
keyValueStack.Push(item);
itemStack.Push(item);
}
else
{
JItem nItm = new JItem {
isObject = true
};
currentItem.Items.Add(nItm);
nItm.Parent = currentItem;
itemStack.Push(nItm);
}
pending4Value = false;
break;
case '}':
currentKV = keyValueStack.Peek();
currentItem = itemStack.Peek();
if (pending4Value)
{
JItem item = new JItem();
item.Parent = currentItem;
item.contents = buffer;
((JKeyValuePair)currentKV).Value = item;
buffer = "";
keyValueStack.Pop();
}
currentItem = itemStack.Pop();
pending4Value = false;
break;
case '[':
currentItem = itemStack.Peek();
currentKV = keyValueStack.Peek();
//Проверка на ожидание инициализации значения Value пары KeyValue
if (pending4Value)
{
JItem item = new JItem {
isObject = false, isArray = true
};
item.Parent = currentItem;
((JKeyValuePair)currentKV).Value = item;
buffer = "";
keyValueStack.Push(item);
itemStack.Push(item);
}
else
{
JItem nItm = new JItem {
isObject = false, isArray = true
};
currentItem.Items.Add(nItm);
nItm.Parent = currentItem;
itemStack.Push(nItm);
}
pending4Value = false;
break;
case ']':
currentKV = keyValueStack.Peek();
currentItem = itemStack.Peek();
if (pending4Value)
{
JItem item = new JItem {
singleValue = true
};
item.Parent = currentItem;
item.contents = buffer;
((JKeyValuePair)currentKV).Value = item;
buffer = "";
keyValueStack.Pop();
}
else
{
if (!string.IsNullOrWhiteSpace(buffer))
{
currentItem.Items.Add(new JItem {
contents = buffer, singleValue = true
});
buffer = "";
}
}
//currentItem = currentItem.Parent;
currentItem = itemStack.Pop();
pending4Value = false;
break;
case ':':
currentKV = keyValueStack.Peek();
currentItem = itemStack.Peek();
syntaxChars.Push(':');
if (!pending4Value)
{
JKeyValuePair pair = new JKeyValuePair();
pair.Key = new JItem {
singleValue = true
};
pair.Key.contents = buffer;
pair.Parent = currentItem;
currentItem.Items.Add(pair);
keyValueStack.Push(pair);
}
else
{
//throw new InvalidEnumArgumentException(); //не было более подходящего, лел
}
pending4Value = true;
buffer = "";
break;
case ',':
currentKV = keyValueStack.Peek();
try { currentItem = itemStack.Peek(); }
catch { }
if (pending4Value)
{
JItem jI = new JItem {
singleValue = true, contents = buffer, Parent = currentItem
};
((JKeyValuePair)currentKV).Value = jI;
keyValueStack.Pop();
}
else
{
if (!string.IsNullOrWhiteSpace(buffer))
{
currentItem.Items.Add(new JItem {
contents = buffer, singleValue = true
});
buffer = ""; return;
}
}
pending4Value = false;
syntaxChars.Push(',');
buffer = "";
break;
case '\"':
buffer += source[indexOfTheChar];
syntaxChars.Push('\"');
insideQuotes = !insideQuotes;
break;
case ' ':
case '\t':
case '\r':
case '\n':
break;
default:
buffer += source[indexOfTheChar];
break;
}
}