public override object Deserialize(ContextDeserialization context)
{
// Result
var res = new List <object>();
// Burn bracket open, "["
context.Burn(1);
// Go to first element
context.BurnWhitespaces();
// Loop until we hit brackend end
var isFirst = true;
while (context.ReadChar() != ']')
{
// If not first element, need to burn the ","
if (!isFirst)
{
context.Burn(1);
context.BurnWhitespaces();
}
isFirst = false;
// Read the generic element
res.Add(context.ReadGeneric());
// Go to next stop
context.BurnWhitespaces();
}
// Burn bracket end, "]"
context.Burn(1);
// Done, return list
return(res);
}
public T DeserializeString <T>(string str)
{
var context = new ContextDeserialization(str);
context.deserializers = deserializers;
var result = (T)context.ReadGeneric();
context.Close();
return(result);
}
public override object Deserialize(ContextDeserialization context)
{
// Result
var res = new Dictionary <string, object>();
// Burn bracket open, "{"
context.Burn(1);
// Go to first element
context.BurnWhitespaces();
// Loop until we hit brackend end, "}"
var isFirst = true;
while (context.ReadChar() != '}')
{
// If not first element, need to burn the ","
if (!isFirst)
{
context.Burn(1);
context.BurnWhitespaces();
}
isFirst = false;
// Read the generic key
var key = (string)context.ReadGeneric();
// Go to key delimiter
context.BurnWhitespaces();
// Burn key delimiter, ":"
context.Burn(1);
// go to value
context.BurnWhitespaces();
// Read the generic element
var value = context.ReadGeneric();
// Save result
res[key] = value;
// Go to next stop
context.BurnWhitespaces();
}
// Burn bracket end, "}"
context.Burn(1);
// Done, return list
return(res);
}
