32private const int MinIntSplitShift = int.MaxValue - BitsPerUInt32 + 1; 131_bits = x <= uint.MaxValue ? [((uint)x)] : [(uint)x, (uint)(x >> BitsPerUInt32)]; 155_bits = value <= uint.MaxValue ? [((uint)value)] : [(uint)value, (uint)(value >> BitsPerUInt32)]; 242_bits[cu + 1] = (uint)(man >> (cbit + BitsPerUInt32)); 246_bits[cu - 1] = (nuint)(uint)man << (BitsPerUInt32 - cbit); 2284highBits = ((ulong)_bits[^1] << BitsPerUInt32) + (uint)_bits[^2]; 3095bits = [(uint)(x >> (BitsPerUInt32 * 0))]; 3099bits = [(uint)(x >> (BitsPerUInt32 * 0)), 3100(uint)(x >> (BitsPerUInt32 * 1))]; 3104bits = [(uint)(x >> (BitsPerUInt32 * 0)), 3105(uint)(x >> (BitsPerUInt32 * 1)), 3106(uint)(x >> (BitsPerUInt32 * 2))]; 3110bits = [(uint)(x >> (BitsPerUInt32 * 0)), 3111(uint)(x >> (BitsPerUInt32 * 1)), 3112(uint)(x >> (BitsPerUInt32 * 2)), 3113(uint)(x >> (BitsPerUInt32 * 3))]; 3166bits = [(uint)(value >> (BitsPerUInt32 * 0))]; 3170bits = [(uint)(value >> (BitsPerUInt32 * 0)), 3171(uint)(value >> (BitsPerUInt32 * 1))]; 3175bits = [(uint)(value >> (BitsPerUInt32 * 0)), 3176(uint)(value >> (BitsPerUInt32 * 1)), 3177(uint)(value >> (BitsPerUInt32 * 2))]; 3181bits = [(uint)(value >> (BitsPerUInt32 * 0)), 3182(uint)(value >> (BitsPerUInt32 * 1)), 3183(uint)(value >> (BitsPerUInt32 * 2)), 3184(uint)(value >> (BitsPerUInt32 * 3))]; 3289return value >> MinIntSplitShift >> BitsPerUInt32; 3403return value << BitsPerUInt32 << MinIntSplitShift; 4039if (Environment.Is64BitProcess && (uint)(value._bits[^1] >> BitsPerUInt32) == 0) 4041result -= BitsPerUInt32; 4108bool halfLimb = (uint)(bits[^1] >> BitsPerUInt32) == 0; 4127: (bits[^1] == ((nuint)UInt32HighBit << BitsPerUInt32) && firstNonZeroLimb == bits.Length - 1); 4156int digitShift32 = (int)(0x80000000 / BitsPerUInt32); 4164(digitShift32, smallShift32) = Math.DivRem(-(int)rotateLeftAmount, BitsPerUInt32); 4170(digitShift32, smallShift32) = Math.DivRem((int)rotateLeftAmount, BitsPerUInt32); 4178int nuintSmallShift = (digitShift32 & 1) * BitsPerUInt32 + smallShift32; 4214zd[^1] |= carry >> BitsPerUInt32; 4237nuint overflow = zd[^1] >> BitsPerUInt32; 4294limbs[i] = ((v & 0xFFFFFFFF) << BitsPerUInt32) | (v >> BitsPerUInt32); 6011return value << BitsPerUInt32 << MinIntSplitShift;