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Compilation errors fixed.

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mlemanczyk committed 2025-10-10 01:29:30 +02:00
1 parent e7ac18ea0b
commit c334b9e878
4 files changed
+57 -41
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EvenPerfectBitScanner.Benchmarks/Pow2MontgomeryModCycleComputationBenchmarks.cs
+5 -4
View File
@@ -280,10 +280,11 @@ public class Pow2MontgomeryModCycleComputationBenchmarks
Console.WriteLine("Trying heuristic. Prime order calculation");
#endif
PrimeOrderCalculator.PrimeOrderResult orderResult = PrimeOrderCalculator.Calculate(
modulus,
_previousPrimeOrder,
divisorData,
PrimeOrderCalculator.PrimeOrderSearchConfig.HeuristicDefault);
modulus,
_previousPrimeOrder,
divisorData,
PrimeOrderCalculator.PrimeOrderSearchConfig.HeuristicDefault,
PrimeOrderCalculator.PrimeOrderHeuristicDevice.Gpu);
if (orderResult.Order != 0UL)
{
PerfectNumbers.Core.Tests/Gpu/PrimeOrderGpuHeuristicsTests.cs
+1 -1
View File
@@ -359,7 +359,7 @@ public class PrimeOrderGpuHeuristicsTests
PrimeOrderGpuHeuristics.OverflowRegistry[prime] = 0;
MontgomeryDivisorData divisorData = MontgomeryDivisorData.FromModulus(prime);
PrimeOrderCalculator.PrimeOrderResult result = PrimeOrderCalculator.Calculate(prime, null, divisorData, PrimeOrderCalculator.PrimeOrderSearchConfig.HeuristicDefault);
PrimeOrderCalculator.PrimeOrderResult result = PrimeOrderCalculator.Calculate(prime, null, divisorData, PrimeOrderCalculator.PrimeOrderSearchConfig.HeuristicDefault, PrimeOrderCalculator.PrimeOrderHeuristicDevice.Gpu);
result.Status.Should().Be(PrimeOrderCalculator.PrimeOrderStatus.Found);
result.Order.Should().Be(3UL);
PerfectNumbers.Core.Tests/PrimeOrderCalculatorTests.cs
+35 -28
View File
@@ -46,10 +46,11 @@ public class PrimeOrderCalculatorTests
ulong expected = ComputeOrderByDoubling(prime);
PrimeOrderCalculator.PrimeOrderResult result = PrimeOrderCalculator.Calculate(
prime,
previousOrder: null,
MontgomeryDivisorData.FromModulus(prime),
PrimeOrderCalculator.PrimeOrderSearchConfig.HeuristicDefault);
prime,
previousOrder: null,
MontgomeryDivisorData.FromModulus(prime),
PrimeOrderCalculator.PrimeOrderSearchConfig.HeuristicDefault,
PrimeOrderCalculator.PrimeOrderHeuristicDevice.Gpu);
result.Status.Should().Be(PrimeOrderCalculator.PrimeOrderStatus.Found);
result.Order.Should().Be(expected);
@@ -63,16 +64,18 @@ public class PrimeOrderCalculatorTests
ulong previousOrder = ComputeOrderByDoubling(previousPrime);
PrimeOrderCalculator.PrimeOrderResult heuristic = PrimeOrderCalculator.Calculate(
prime,
previousOrder,
MontgomeryDivisorData.FromModulus(prime),
PrimeOrderCalculator.PrimeOrderSearchConfig.HeuristicDefault);
prime,
previousOrder,
MontgomeryDivisorData.FromModulus(prime),
PrimeOrderCalculator.PrimeOrderSearchConfig.HeuristicDefault,
PrimeOrderCalculator.PrimeOrderHeuristicDevice.Gpu);
PrimeOrderCalculator.PrimeOrderResult strict = PrimeOrderCalculator.Calculate(
prime,
previousOrder: null,
MontgomeryDivisorData.FromModulus(prime),
PrimeOrderCalculator.PrimeOrderSearchConfig.StrictDefault);
prime,
previousOrder: null,
MontgomeryDivisorData.FromModulus(prime),
PrimeOrderCalculator.PrimeOrderSearchConfig.StrictDefault,
PrimeOrderCalculator.PrimeOrderHeuristicDevice.Gpu);
heuristic.Status.Should().Be(PrimeOrderCalculator.PrimeOrderStatus.Found);
strict.Status.Should().Be(PrimeOrderCalculator.PrimeOrderStatus.Found);
@@ -86,10 +89,11 @@ public class PrimeOrderCalculatorTests
public void Calculate_handles_trivial_primes(ulong prime, ulong expectedOrder)
{
PrimeOrderCalculator.PrimeOrderResult result = PrimeOrderCalculator.Calculate(
prime,
previousOrder: null,
MontgomeryDivisorData.FromModulus(prime),
PrimeOrderCalculator.PrimeOrderSearchConfig.HeuristicDefault);
prime,
previousOrder: null,
MontgomeryDivisorData.FromModulus(prime),
PrimeOrderCalculator.PrimeOrderSearchConfig.HeuristicDefault,
PrimeOrderCalculator.PrimeOrderHeuristicDevice.Gpu);
result.Status.Should().Be(PrimeOrderCalculator.PrimeOrderStatus.Found);
result.Order.Should().Be(expectedOrder);
@@ -106,10 +110,11 @@ public class PrimeOrderCalculatorTests
mode: PrimeOrderCalculator.PrimeOrderMode.Heuristic);
PrimeOrderCalculator.PrimeOrderResult result = PrimeOrderCalculator.Calculate(
prime: 13UL,
previousOrder: null,
MontgomeryDivisorData.FromModulus(13UL),
config);
prime: 13UL,
previousOrder: null,
MontgomeryDivisorData.FromModulus(13UL),
config,
PrimeOrderCalculator.PrimeOrderHeuristicDevice.Gpu);
result.Status.Should().Be(PrimeOrderCalculator.PrimeOrderStatus.HeuristicUnresolved);
result.Order.Should().Be(ComputeOrderByDoubling(13UL));
@@ -127,10 +132,11 @@ public class PrimeOrderCalculatorTests
MontgomeryDivisorData divisorData = MontgomeryDivisorData.FromModulus(239UL);
PrimeOrderCalculator.PrimeOrderResult heuristic = PrimeOrderCalculator.Calculate(
prime: 239UL,
previousOrder: null,
divisorData,
heuristicConfig);
prime: 239UL,
previousOrder: null,
divisorData,
heuristicConfig,
PrimeOrderCalculator.PrimeOrderHeuristicDevice.Gpu);
heuristic.Status.Should().Be(PrimeOrderCalculator.PrimeOrderStatus.HeuristicUnresolved);
heuristic.Order.Should().Be(ComputeOrderByDoubling(239UL));
@@ -142,10 +148,11 @@ public class PrimeOrderCalculatorTests
mode: PrimeOrderCalculator.PrimeOrderMode.Strict);
PrimeOrderCalculator.PrimeOrderResult strict = PrimeOrderCalculator.Calculate(
prime: 239UL,
previousOrder: null,
divisorData,
strictConfig);
prime: 239UL,
previousOrder: null,
divisorData,
strictConfig,
PrimeOrderCalculator.PrimeOrderHeuristicDevice.Gpu);
strict.Status.Should().Be(PrimeOrderCalculator.PrimeOrderStatus.Found);
strict.Order.Should().Be(heuristic.Order);
PerfectNumbers.Core/PrimeOrderCalculator.Wide.cs
+16 -8
View File
@@ -31,7 +31,7 @@ internal static partial class PrimeOrderCalculator
PrimeOrderSearchConfig config,
PrimeOrderHeuristicDevice device)
{
using var scope = UsePow2Mode(device);
var scope = UsePow2Mode(device);
MontgomeryDivisorData divisorData;
if (prime <= ulong.MaxValue)
{
@@ -51,7 +51,8 @@ internal static partial class PrimeOrderCalculator
ulong prime64 = (ulong)prime;
divisorData = MontgomeryDivisorData.FromModulus(prime64);
PrimeOrderResult result = Calculate(prime64, previous, divisorData, config, device);
PrimeOrderResult result = Calculate(prime64, previous, divisorData, config, device);
scope.Dispose();
return new PrimeOrderResultWide(result.Status, result.Order);
}
else
@@ -59,7 +60,9 @@ internal static partial class PrimeOrderCalculator
divisorData = default;
}
return CalculateWideInternal(prime, previousOrder, divisorData, config);
PrimeOrderResultWide resultWide = CalculateWideInternal(prime, previousOrder, divisorData, config);
scope.Dispose();
return resultWide;
}
private static PrimeOrderResultWide CalculateWideInternal(UInt128 prime, UInt128? previousOrder, in MontgomeryDivisorData divisorData, PrimeOrderSearchConfig config)
@@ -75,15 +78,20 @@ internal static partial class PrimeOrderCalculator
}
UInt128 phi = prime - UInt128.One;
using var debugScope = UseDebugLogging(!IsGpuHeuristicDevice);
PartialFactorResult128 phiFactors = PartialFactorWide(phi, config);
var debugScope = UseDebugLogging(!IsGpuHeuristicDevice);
PartialFactorResult128 phiFactors = PartialFactorWide(phi, config);
PrimeOrderResultWide result;
if (phiFactors.Factors is null)
{
// HeuristicFailureLog.Record(prime, null, HeuristicFailureReason.PhiPartialFactorizationFailed);
return FinishStrictlyWide(prime, divisorData, config.Mode);
// HeuristicFailureLog.Record(prime, null, HeuristicFailureReason.PhiPartialFactorizationFailed);
result = FinishStrictlyWide(prime, divisorData, config.Mode);
debugScope.Dispose();
return result;
}
return RunHeuristicPipelineWide(prime, previousOrder, divisorData, config, phi, phiFactors);
result = RunHeuristicPipelineWide(prime, previousOrder, divisorData, config, phi, phiFactors);
debugScope.Dispose();
return result;
}
private static PrimeOrderResultWide RunHeuristicPipelineWide(