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 override object Deserialize(ContextDeserialization context)
{
// Parsing flags
var isDecimal = false;
var bigValue = (double)0;
var decimalPoint = (double)1;
var multiplier = 1;
// While we have numbers chars
while (true)
{
// Keep reading
var curr = context.ReadChar();
// If it is a digit
var digit = (double)0;
if (digits.TryGetValue(curr, out digit))
{
if (isDecimal)
{
decimalPoint *= 10;
}
bigValue *= 10;
bigValue += digit;
}
// If its something else
else
{
// If special char, set some flags
if (specials.Contains(curr))
{
if (curr == '.')
{
isDecimal = true;
}
if (curr == '-')
{
multiplier *= -1;
}
}
// If no known, it means we just hit the end of the number
else
{
break;
}
}
// Burn parsed digit
context.Burn(1);
}
// If result is decimal
if (isDecimal)
{
return((double)(multiplier * (bigValue / decimalPoint)));
}
// If result is integer
else
{
return((long)(multiplier * bigValue));
}
}
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);
}
public override object Deserialize(ContextDeserialization context)
{
// Start building the string
var res = new StringBuilder();
// Read opening char, " or '
var open = context.ReadChar();
// Burn opening char
context.Burn(1);
// Read first string char
var curr = context.ReadChar();
// Until we find the opening char again
var lastIsBackslash = false;
while (curr != open || lastIsBackslash)
{
if (lastIsBackslash)
{
if (curr == '\"')
{
res.Append('\\');
res.Append('\"');
}
if (curr == '\'')
{
res.Append('\\');
res.Append('\'');
}
if (curr == 't')
{
res.Append('\\');
res.Append('\t');
}
if (curr == 'r')
{
res.Append('\\');
res.Append('\r');
}
if (curr == 'n')
{
res.Append('\\');
res.Append('\n');
}
lastIsBackslash = false;
}
else
{
if (curr == '\\')
{
lastIsBackslash = true;
}
else
{
// Append char to string
res.Append(curr);
}
}
// Burn read char
context.Burn(1);
// Read next to be tested
curr = context.ReadChar();
}
// Burn closing char
context.Burn(1);
// Done
return(res.ToString());
}