public UBigIntHandle Multiply(UInt64 u, UBigIntHandle v)
{
IntPtr w;
HandleResultCode((PMC_STATUS_CODE)PMCCS_Multiply_UL_UX(u, v.NativeHandle, out w));
return(new UBigIntHandle(w));
}
public UBigIntHandle ModPow(UBigIntHandle v, UBigIntHandle e, UBigIntHandle m)
{
IntPtr r;
HandleResultCode((PMC_STATUS_CODE)PMCCS_ModPow_UX_UX_UX(v.NativeHandle, e.NativeHandle, m.NativeHandle, out r));
return(new UBigIntHandle(r));
}
public UInt64 GetBitLength(UBigIntHandle value)
{
UInt64 r;
HandleResultCode((PMC_STATUS_CODE)PMCCS_GET_BIT_LENGTH(value.NativeHandle, out r));
return(r);
}
public bool Equals(UBigIntHandle u, UBigIntHandle v)
{
UInt32 w;
HandleResultCode((PMC_STATUS_CODE)PMCCS_Equals_UX_UX(u.NativeHandle, v.NativeHandle, out w));
return(w != 0);
}
public UBigIntHandle GreatestCommonDivisor(UBigIntHandle u, UBigIntHandle v)
{
IntPtr w;
HandleResultCode((PMC_STATUS_CODE)PMCCS_GreatestCommonDivisor_UX_UX(u.NativeHandle, v.NativeHandle, out w));
return(new UBigIntHandle(w));
}
public UBigIntHandle BitwiseOr(UBigIntHandle u, UInt64 v)
{
IntPtr w;
HandleResultCode((PMC_STATUS_CODE)PMCCS_BitwiseOr_UX_UL(u.NativeHandle, v, out w));
return(new UBigIntHandle(w));
}
public bool IsZero(UBigIntHandle value)
{
UInt32 r;
HandleResultCode((PMC_STATUS_CODE)PMCCS_IS_ZERO(value.NativeHandle, out r));
return(r != 0);
}
public UBigIntHandle DivideExactly(UBigIntHandle u, UBigIntHandle v)
{
IntPtr q_handle;
HandleResultCode((PMC_STATUS_CODE)PMCCS_DivideExactly_UX_UX(u.NativeHandle, v.NativeHandle, out q_handle));
return(new UBigIntHandle(q_handle));
}
public UInt64 Remainder(UInt64 u, UBigIntHandle v)
{
UInt64 r;
HandleResultCode((PMC_STATUS_CODE)PMCCS_Remainder_UL_UX(u, v.NativeHandle, out r));
return(r);
}
public UBigIntHandle DivRem(UBigIntHandle u, UInt64 v, out UInt64 r)
{
IntPtr q_handle;
HandleResultCode((PMC_STATUS_CODE)PMCCS_DivRem_UX_UL(u.NativeHandle, v, out q_handle, out r));
return(new UBigIntHandle(q_handle));
}
public UInt64 DivideExactly(UInt64 u, UBigIntHandle v)
{
UInt64 q;
HandleResultCode((PMC_STATUS_CODE)PMCCS_DivideExactly_UL_UX(u, v.NativeHandle, out q));
return(q);
}
public UInt64 DivRem(UInt64 u, UBigIntHandle v, out UInt64 r)
{
UInt64 q;
HandleResultCode((PMC_STATUS_CODE)PMCCS_DivRem_UL_UX(u, v.NativeHandle, out q, out r));
return(q);
}
public UBigIntHandle Multiply(MultiplicationMethod method, UBigIntHandle u, UBigIntHandle v)
{
IntPtr w;
HandleResultCode((PMC_STATUS_CODE)PMCCS_Multiply_I_UX_UX((Int32)method, u.NativeHandle, v.NativeHandle, out w));
return(new UBigIntHandle(w));
}
public UBigIntHandle Multiply(UBigIntHandle u, UInt64 v)
{
IntPtr w;
HandleResultCode((PMC_STATUS_CODE)PMCCS_Multiply_UX_UL(u.NativeHandle, v, out w));
return(new UBigIntHandle(w));
}
public bool IsPowerOfTwo(UBigIntHandle value)
{
UInt32 r;
HandleResultCode((PMC_STATUS_CODE)PMCCS_IS_POWER_OF_TWO(value.NativeHandle, out r));
return(r != 0);
}
public UInt64 Remainder(UBigIntHandle u, UInt64 v)
{
UInt64 r;
HandleResultCode((PMC_STATUS_CODE)PMCCS_Remainder_UX_UL(u.NativeHandle, v, out r));
return(r);
}
public UBigIntHandle BitwiseOr(UInt64 u, UBigIntHandle v)
{
IntPtr w;
HandleResultCode((PMC_STATUS_CODE)PMCCS_BitwiseOr_UL_UX(u, v.NativeHandle, out w));
return(new UBigIntHandle(w));
}
public UBigIntHandle Remainder(UBigIntHandle u, UBigIntHandle v)
{
IntPtr r;
HandleResultCode((PMC_STATUS_CODE)PMCCS_Remainder_UX_UX(u.NativeHandle, v.NativeHandle, out r));
return(new UBigIntHandle(r));
}
public UBigIntHandle ExclusiveOr(UBigIntHandle u, UBigIntHandle v)
{
IntPtr w;
HandleResultCode((PMC_STATUS_CODE)PMCCS_ExclusiveOr_UX_UX(u.NativeHandle, v.NativeHandle, out w));
return(new UBigIntHandle(w));
}
public UBigIntHandle RightShift(UBigIntHandle x, Int32 n)
{
IntPtr r;
HandleResultCode((PMC_STATUS_CODE)PMCCS_RightShift_UX_I(x.NativeHandle, n, out r));
return(new UBigIntHandle(r));
}
public Int32 Compare(UBigIntHandle u, UBigIntHandle v)
{
Int32 w;
HandleResultCode((PMC_STATUS_CODE)PMCCS_Compare_UX_UX(u.NativeHandle, v.NativeHandle, out w));
return(w);
}
public UBigIntHandle LeftShift(UBigIntHandle x, UInt64 n)
{
IntPtr r;
HandleResultCode((PMC_STATUS_CODE)PMCCS_LeftShift_UX_UL(x.NativeHandle, n, out r));
return(new UBigIntHandle(r));
}
public Int32 GetHashCode(UBigIntHandle value)
{
Int32 r;
HandleResultCode((PMC_STATUS_CODE)PMCCS_GET_HASH_CODE(value.NativeHandle, out r));
return(r);
}
public UInt64 BitwiseAnd(UInt64 u, UBigIntHandle v)
{
UInt64 w;
HandleResultCode((PMC_STATUS_CODE)PMCCS_BitwiseAnd_UL_UX(u, v.NativeHandle, out w));
return(w);
}
public UBigIntHandle Pow(UBigIntHandle x, UInt32 n)
{
IntPtr v;
HandleResultCode((PMC_STATUS_CODE)PMCCS_Pow_UX_UI(x.NativeHandle, n, out v));
return(new UBigIntHandle(v));
}
public UInt64 BitwiseAnd(UBigIntHandle u, UInt64 v)
{
UInt64 w;
HandleResultCode((PMC_STATUS_CODE)PMCCS_BitwiseAnd_UX_UL(u.NativeHandle, v, out w));
return(w);
}
public UInt32 FloorLog10(UBigIntHandle v)
{
UInt32 r;
HandleResultCode((PMC_STATUS_CODE)PMCCS_FloorLog10_UX(v.NativeHandle, out r));
return(r);
}
public UBigIntHandle BitwiseAnd(UBigIntHandle u, UBigIntHandle v)
{
IntPtr w;
HandleResultCode((PMC_STATUS_CODE)PMCCS_BitwiseAnd_UX_UX(u.NativeHandle, v.NativeHandle, out w));
return(new UBigIntHandle(w));
}
public UBigIntHandle Decrement(UBigIntHandle x)
{
IntPtr r;
HandleResultCode((PMC_STATUS_CODE)PMCCS_Decrement_UX(x.NativeHandle, out r));
return(new UBigIntHandle(r));
}
public UBigIntHandle Subtruct(UBigIntHandle u, UBigIntHandle v)
{
IntPtr w;
HandleResultCode((PMC_STATUS_CODE)PMCCS_Subtruct_UX_UX(u.NativeHandle, v.NativeHandle, out w));
return(new UBigIntHandle(w));
}