public void Modulus(ArithmeticNumeric number) {
#region SBYTE
if (p_Type == NumericalType.SBYTE) {
sbyte ret = (sbyte)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret %= (sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret %= (sbyte)(byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret %= (sbyte)(short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret %= (sbyte)(ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret %= (sbyte)(int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret %= (sbyte)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret %= (sbyte)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret %= (sbyte)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret %= (sbyte)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret %= (sbyte)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region BYTE
else if (p_Type == NumericalType.BYTE) {
byte ret = (byte)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret %= (byte)(sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret %= (byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret %= (byte)(short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret %= (byte)(ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret %= (byte)(int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret %= (byte)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret %= (byte)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret %= (byte)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret %= (byte)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret %= (byte)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region INT16
else if (p_Type == NumericalType.INT16) {
short ret = (short)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret %= (short)(sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret %= (short)(byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret %= (short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret %= (short)(ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret %= (short)(int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret %= (short)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret %= (short)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret %= (short)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret %= (short)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret %= (short)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region UINT16
else if (p_Type == NumericalType.UINT16) {
ushort ret = (ushort)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret %= (ushort)(sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret %= (ushort)(byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret %= (ushort)(short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret %= (ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret %= (ushort)(int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret %= (ushort)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret %= (ushort)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret %= (ushort)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret %= (ushort)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret %= (ushort)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region INT32
else if (p_Type == NumericalType.INT32) {
int ret = (int)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret %= (int)(sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret %= (int)(byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret %= (int)(short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret %= (int)(ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret %= (int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret %= (int)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret %= (int)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret %= (int)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret %= (int)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret %= (int)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region UINT32
else if (p_Type == NumericalType.UINT32) {
uint ret = (uint)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret %= (uint)(sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret %= (uint)(byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret %= (uint)(short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret %= (uint)(ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret %= (uint)(int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret %= (uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret %= (uint)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret %= (uint)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret %= (uint)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret %= (uint)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region INT64
else if (p_Type == NumericalType.INT64) {
long ret = (long)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret %= (long)(sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret %= (long)(byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret %= (long)(short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret %= (long)(ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret %= (long)(int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret %= (long)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret %= (long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret %= (long)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret %= (long)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret %= (long)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region UINT64
else if (p_Type == NumericalType.UINT64) {
ulong ret = (ulong)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret %= (ulong)(sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret %= (ulong)(byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret %= (ulong)(short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret %= (ulong)(ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret %= (ulong)(int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret %= (ulong)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret %= (ulong)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret %= (ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret %= (ulong)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret %= (ulong)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region FLOAT
else if (p_Type == NumericalType.FLOAT) {
float ret = (float)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret %= (float)(sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret %= (float)(byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret %= (float)(short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret %= (float)(ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret %= (float)(int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret %= (float)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret %= (float)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret %= (float)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret %= (float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret %= (float)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region DOUBLE
else if (p_Type == NumericalType.DOUBLE) {
double ret = (double)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret %= (double)(sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret %= (double)(byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret %= (double)(short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret %= (double)(ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret %= (double)(int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret %= (double)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret %= (double)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret %= (double)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret %= (double)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret %= (double)number.p_Value; }
p_Value = ret;
}
#endregion
}
public void ShiftLeft(ArithmeticNumeric number) {
#region SBYTE
if (p_Type == NumericalType.SBYTE) {
sbyte ret = (sbyte)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret <<= (sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret <<= (sbyte)(byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret <<= (sbyte)(short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret <<= (sbyte)(ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret <<= (sbyte)(int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret <<= (sbyte)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret <<= (sbyte)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret <<= (sbyte)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret <<= (sbyte)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret <<= (sbyte)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region BYTE
else if (p_Type == NumericalType.BYTE) {
byte ret = (byte)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret <<= (byte)(sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret <<= (byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret <<= (byte)(short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret <<= (byte)(ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret <<= (byte)(int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret <<= (byte)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret <<= (byte)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret <<= (byte)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret <<= (byte)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret <<= (byte)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region INT16
else if (p_Type == NumericalType.INT16) {
short ret = (short)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret <<= (short)(sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret <<= (short)(byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret <<= (short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret <<= (short)(ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret <<= (short)(int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret <<= (short)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret <<= (short)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret <<= (short)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret <<= (short)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret <<= (short)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region UINT16
else if (p_Type == NumericalType.UINT16) {
ushort ret = (ushort)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret <<= (ushort)(sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret <<= (ushort)(byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret <<= (ushort)(short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret <<= (ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret <<= (ushort)(int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret <<= (ushort)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret <<= (ushort)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret <<= (ushort)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret <<= (ushort)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret <<= (ushort)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region INT32
else if (p_Type == NumericalType.INT32) {
int ret = (int)p_Value;
if (number.p_Type == NumericalType.SBYTE) { ret <<= (int)(sbyte)number.p_Value; }
else if (number.p_Type == NumericalType.BYTE) { ret <<= (int)(byte)number.p_Value; }
else if (number.p_Type == NumericalType.INT16) { ret <<= (int)(short)number.p_Value; }
else if (number.p_Type == NumericalType.UINT16) { ret <<= (int)(ushort)number.p_Value; }
else if (number.p_Type == NumericalType.INT32) { ret <<= (int)number.p_Value; }
else if (number.p_Type == NumericalType.UINT32) { ret <<= (int)(uint)number.p_Value; }
else if (number.p_Type == NumericalType.INT64) { ret <<= (int)(long)number.p_Value; }
else if (number.p_Type == NumericalType.UINT64) { ret <<= (int)(ulong)number.p_Value; }
else if (number.p_Type == NumericalType.FLOAT) { ret <<= (int)(float)number.p_Value; }
else if (number.p_Type == NumericalType.DOUBLE) { ret <<= (int)(double)number.p_Value; }
p_Value = ret;
}
#endregion
#region UINT32
else if (p_Type == NumericalType.UINT32) {
throw new Exception("Not supported");
}
#endregion
#region INT64
else if (p_Type == NumericalType.INT64) {
throw new Exception("Not supported");
}
#endregion
#region UINT64
else if (p_Type == NumericalType.UINT64) {
throw new Exception("Not supported");
}
#endregion
#region FLOAT
else if (p_Type == NumericalType.FLOAT) {
throw new Exception("Not supported");
}
#endregion
#region DOUBLE
else if (p_Type == NumericalType.DOUBLE) {
throw new Exception("Not supported");
}
#endregion
}
private void processOperand(ref ArithmeticOperand operand, bool canResize, ref ArithmeticNumeric buffer, LinkedList<ArithmeticSubstitute> subs)
{
if (operand.IsSubstitution) {
ArithmeticOperand newOpAnd = processSubstitute(operand, subs);
//do we have to resize the buffer? to store the substitution?
if (canResize) {
ArithmeticNumeric val = (ArithmeticNumeric)newOpAnd.Value;
//decimal?
if (!buffer.IsDecimal && newOpAnd.IsDecimal) {
ArithmeticNumeric bufferCopy = buffer;
buffer = ArithmeticNumeric.CreateOfSize(val.Size, true);
buffer += bufferCopy;
}
//need more memory?
else if (buffer.Size < val.Size) {
ArithmeticNumeric bufferCopy = buffer;
buffer = ArithmeticNumeric.CreateOfSize(val.Size, newOpAnd.IsDecimal);
buffer += bufferCopy;
}
}
if (operand.IsNegative) { newOpAnd.IsNegative = true; }
operand = newOpAnd;
return;
}
if (operand.IsQueue) {
ArithmeticNumeric ret = ((ArithmeticQueue)operand.Value).Calculate(subs);
operand = new ArithmeticOperand(ret, operand.IsNegative);
}
if (operand.IsFunction) {
ArithmeticNumeric ret = ((ArithmeticFunction)operand.Value).Call(subs);
operand = new ArithmeticOperand(ret, operand.IsNegative);
}
}
public bool Equals(ArithmeticNumeric compare) {
#region SBYTE
if (p_Type == NumericalType.SBYTE) {
sbyte val = (sbyte)p_Value;
if (compare.p_Type == NumericalType.SBYTE) { return val == (sbyte)compare.p_Value; }
if (compare.p_Type == NumericalType.BYTE) { return val == (sbyte)(byte)compare.p_Value; }
if (compare.p_Type == NumericalType.INT16) { return val == (sbyte)(short)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT16) { return val == (sbyte)(ushort)compare.p_Value; }
if (compare.p_Type == NumericalType.INT32) { return val == (sbyte)(int)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT32) { return val == (sbyte)(uint)compare.p_Value; }
if (compare.p_Type == NumericalType.INT64) { return val == (sbyte)(long)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT64) { return val == (sbyte)(ulong)compare.p_Value; }
if (compare.p_Type == NumericalType.FLOAT) { return val == (sbyte)(float)compare.p_Value; }
if (compare.p_Type == NumericalType.DOUBLE) { return val == (sbyte)(double)compare.p_Value; }
}
#endregion
#region BYTE
else if (p_Type == NumericalType.BYTE) {
byte val = (byte)p_Value;
if (compare.p_Type == NumericalType.SBYTE) { return val == (byte)(sbyte)compare.p_Value; }
if (compare.p_Type == NumericalType.BYTE) { return val == (byte)compare.p_Value; }
if (compare.p_Type == NumericalType.INT16) { return val == (byte)(short)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT16) { return val == (byte)(ushort)compare.p_Value; }
if (compare.p_Type == NumericalType.INT32) { return val == (byte)(int)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT32) { return val == (byte)(uint)compare.p_Value; }
if (compare.p_Type == NumericalType.INT64) { return val == (byte)(long)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT64) { return val == (byte)(ulong)compare.p_Value; }
if (compare.p_Type == NumericalType.FLOAT) { return val == (byte)(float)compare.p_Value; }
if (compare.p_Type == NumericalType.DOUBLE) { return val == (byte)(double)compare.p_Value; }
}
#endregion
#region INT16
else if (p_Type == NumericalType.INT16) {
short val = (short)p_Value;
if (compare.p_Type == NumericalType.SBYTE) { return val == (short)(sbyte)compare.p_Value; }
if (compare.p_Type == NumericalType.BYTE) { return val == (short)(byte)compare.p_Value; }
if (compare.p_Type == NumericalType.INT16) { return val == (short)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT16) { return val == (short)(ushort)compare.p_Value; }
if (compare.p_Type == NumericalType.INT32) { return val == (short)(int)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT32) { return val == (short)(uint)compare.p_Value; }
if (compare.p_Type == NumericalType.INT64) { return val == (short)(long)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT64) { return val == (short)(ulong)compare.p_Value; }
if (compare.p_Type == NumericalType.FLOAT) { return val == (short)(float)compare.p_Value; }
if (compare.p_Type == NumericalType.DOUBLE) { return val == (short)(double)compare.p_Value; }
}
#endregion
#region UINT16
else if (p_Type == NumericalType.UINT16) {
ushort val = (ushort)p_Value;
if (compare.p_Type == NumericalType.SBYTE) { return val == (ushort)(sbyte)compare.p_Value; }
if (compare.p_Type == NumericalType.BYTE) { return val == (ushort)(byte)compare.p_Value; }
if (compare.p_Type == NumericalType.INT16) { return val == (ushort)(short)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT16) { return val == (ushort)compare.p_Value; }
if (compare.p_Type == NumericalType.INT32) { return val == (ushort)(int)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT32) { return val == (ushort)(uint)compare.p_Value; }
if (compare.p_Type == NumericalType.INT64) { return val == (ushort)(long)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT64) { return val == (ushort)(ulong)compare.p_Value; }
if (compare.p_Type == NumericalType.FLOAT) { return val == (ushort)(float)compare.p_Value; }
if (compare.p_Type == NumericalType.DOUBLE) { return val == (ushort)(double)compare.p_Value; }
}
#endregion
#region INT32
else if (p_Type == NumericalType.INT32) {
int val = (int)p_Value;
if (compare.p_Type == NumericalType.SBYTE) { return val == (int)(sbyte)compare.p_Value; }
if (compare.p_Type == NumericalType.BYTE) { return val == (int)(byte)compare.p_Value; }
if (compare.p_Type == NumericalType.INT16) { return val == (int)(short)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT16) { return val == (int)(ushort)compare.p_Value; }
if (compare.p_Type == NumericalType.INT32) { return val == (int)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT32) { return val == (int)(uint)compare.p_Value; }
if (compare.p_Type == NumericalType.INT64) { return val == (int)(long)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT64) { return val == (int)(ulong)compare.p_Value; }
if (compare.p_Type == NumericalType.FLOAT) { return val == (int)(float)compare.p_Value; }
if (compare.p_Type == NumericalType.DOUBLE) { return val == (int)(double)compare.p_Value; }
}
#endregion
#region UINT32
else if (p_Type == NumericalType.UINT32) {
uint val = (uint)p_Value;
if (compare.p_Type == NumericalType.SBYTE) { return val == (uint)(sbyte)compare.p_Value; }
if (compare.p_Type == NumericalType.BYTE) { return val == (uint)(byte)compare.p_Value; }
if (compare.p_Type == NumericalType.INT16) { return val == (uint)(short)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT16) { return val == (uint)(ushort)compare.p_Value; }
if (compare.p_Type == NumericalType.INT32) { return val == (uint)(int)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT32) { return val == (uint)compare.p_Value; }
if (compare.p_Type == NumericalType.INT64) { return val == (uint)(long)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT64) { return val == (uint)(ulong)compare.p_Value; }
if (compare.p_Type == NumericalType.FLOAT) { return val == (uint)(float)compare.p_Value; }
if (compare.p_Type == NumericalType.DOUBLE) { return val == (uint)(double)compare.p_Value; }
}
#endregion
#region INT64
else if (p_Type == NumericalType.INT64) {
long val = (long)p_Value;
if (compare.p_Type == NumericalType.SBYTE) { return val == (long)(sbyte)compare.p_Value; }
if (compare.p_Type == NumericalType.BYTE) { return val == (long)(byte)compare.p_Value; }
if (compare.p_Type == NumericalType.INT16) { return val == (long)(short)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT16) { return val == (long)(ushort)compare.p_Value; }
if (compare.p_Type == NumericalType.INT32) { return val == (long)(int)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT32) { return val == (long)(uint)compare.p_Value; }
if (compare.p_Type == NumericalType.INT64) { return val == (long)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT64) { return val == (long)(ulong)compare.p_Value; }
if (compare.p_Type == NumericalType.FLOAT) { return val == (long)(float)compare.p_Value; }
if (compare.p_Type == NumericalType.DOUBLE) { return val == (long)(double)compare.p_Value; }
}
#endregion
#region UINT64
else if (p_Type == NumericalType.UINT64) {
ulong val = (ulong)p_Value;
if (compare.p_Type == NumericalType.SBYTE) { return val == (ulong)(sbyte)compare.p_Value; }
if (compare.p_Type == NumericalType.BYTE) { return val == (ulong)(byte)compare.p_Value; }
if (compare.p_Type == NumericalType.INT16) { return val == (ulong)(short)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT16) { return val == (ulong)(ushort)compare.p_Value; }
if (compare.p_Type == NumericalType.INT32) { return val == (ulong)(int)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT32) { return val == (ulong)(uint)compare.p_Value; }
if (compare.p_Type == NumericalType.INT64) { return val == (ulong)(long)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT64) { return val == (ulong)compare.p_Value; }
if (compare.p_Type == NumericalType.FLOAT) { return val == (ulong)(float)compare.p_Value; }
if (compare.p_Type == NumericalType.DOUBLE) { return val == (ulong)(double)compare.p_Value; }
}
#endregion
#region FLOAT
else if (p_Type == NumericalType.FLOAT) {
float val = (float)p_Value;
if (compare.p_Type == NumericalType.SBYTE) { return val == (float)(sbyte)compare.p_Value; }
if (compare.p_Type == NumericalType.BYTE) { return val == (float)(byte)compare.p_Value; }
if (compare.p_Type == NumericalType.INT16) { return val == (float)(short)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT16) { return val == (float)(ushort)compare.p_Value; }
if (compare.p_Type == NumericalType.INT32) { return val == (float)(int)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT32) { return val == (float)(uint)compare.p_Value; }
if (compare.p_Type == NumericalType.INT64) { return val == (float)(long)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT64) { return val == (float)(ulong)compare.p_Value; }
if (compare.p_Type == NumericalType.FLOAT) { return val == (float)compare.p_Value; }
if (compare.p_Type == NumericalType.DOUBLE) { return val == (float)(double)compare.p_Value; }
}
#endregion
#region DOUBLE
else if (p_Type == NumericalType.DOUBLE) {
double val = (double)p_Value;
if (compare.p_Type == NumericalType.SBYTE) { return val == (double)(sbyte)compare.p_Value; }
if (compare.p_Type == NumericalType.BYTE) { return val == (double)(byte)compare.p_Value; }
if (compare.p_Type == NumericalType.INT16) { return val == (double)(short)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT16) { return val == (double)(ushort)compare.p_Value; }
if (compare.p_Type == NumericalType.INT32) { return val == (double)(int)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT32) { return val == (double)(uint)compare.p_Value; }
if (compare.p_Type == NumericalType.INT64) { return val == (double)(long)compare.p_Value; }
if (compare.p_Type == NumericalType.UINT64) { return val == (double)(ulong)compare.p_Value; }
if (compare.p_Type == NumericalType.FLOAT) { return val == (double)(float)compare.p_Value; }
if (compare.p_Type == NumericalType.DOUBLE) { return val == (double)compare.p_Value; }
}
#endregion
//this should never happen
throw new Exception("");
}
private static ArithmeticNumeric func_trunc(ArithmeticNumeric arg)
{
return Math.Truncate(Convert.ToDouble(arg.RAWObject));
}
private void performCalc(ref ArithmeticNumeric current, ArithmeticOperator op, ArithmeticOperand opAnd)
{
//get the operand as decimal
ArithmeticNumeric opAndDecimal = getOperandValue(opAnd);
//perform the calculation
switch (op) {
case ArithmeticOperator.Addition: current += opAndDecimal; break;
case ArithmeticOperator.Subtract: current -= opAndDecimal; break;
case ArithmeticOperator.Multiply: current *= opAndDecimal; break;
case ArithmeticOperator.Divide: current /= opAndDecimal; break;
case ArithmeticOperator.Modulus: current %= opAndDecimal; break;
case ArithmeticOperator.Power:
current = Math.Pow(
Convert.ToDouble(current.RAWObject),
Convert.ToDouble(opAndDecimal.RAWObject));
break;
}
}
private static ArithmeticNumeric func_round(ArithmeticNumeric arg)
{
return Math.Round(Convert.ToDouble(arg.RAWObject));
}
private static ArithmeticNumeric func_sqrt(ArithmeticNumeric arg)
{
return Math.Sqrt(Convert.ToDouble(arg.RAWObject));
}
private static ArithmeticNumeric func_rand(ArithmeticNumeric arg)
{
return p_Random.NextDouble();
}
private static ArithmeticNumeric func_floor(ArithmeticNumeric arg)
{
return Math.Floor(Convert.ToDouble(arg.RAWObject));
}
private static ArithmeticNumeric func_ceil(ArithmeticNumeric arg)
{
return Math.Ceiling(Convert.ToDouble(arg.RAWObject));
}
protected abstract ArithmeticNumeric OnCall(ArithmeticNumeric arg);
protected override ArithmeticNumeric OnCall(ArithmeticNumeric arg)
{
return p_Handler(arg);
}
