nanoql 2.3

Added

• The bindings on three more platforms: Python's wheels and the C archive, its C++ header and CMake package among
  it, for Windows Arm64, Linux Arm64 (glibc 2.28 or later) and macOS on Apple silicon (14 or later), each built and
  checked in every release run as Windows x64 and Linux x64 are, its replays of the vector suite bit for bit with .NET
  on the same machine (#19).

Changed

• Complex exponentials, powers, sines and cosines take the angle's sine and cosine apart, in nanoql's own
  functions in place of System.Numerics.Complex's, which take both from Math.SinCos: under .NET's JIT the
  platform's combined routine, an ulp off for some angles on macOS and on Linux x64 with glibc older than 2.36. There
  a result resting on them can move in its last bits, and now matches the native library's bit for bit: the Heston
  family's semi-analytic engines (Bates's and the COS engine among them), the Heston process's density and its
  Broadie–Kaya schemes, the variance-gamma FFT engines, and the complex Expm1, exponential integrals and Bessel
  functions. On Windows and on Linux Arm64 nothing moves.

Fixed

• nanoql-bind build on macOS: a native library it built for osx-arm64 could read a caller's floating-point
  values wrong, with no refusal, after an exception thrown and caught inside a call, an internal fallback's: .NET 10's
  Native AOT writes the unwind information of a function that saves d8 to d15 in the wrong bits
  (dotnet/runtime#135616). The tool now corrects it before the
  link; rebuild such a library with this release's tool.

Known limits

• The Excel add-ins are unsigned. A firm whose Excel requires add-ins signed by a trusted publisher signs the .xll
  with its own certificate.
• The add-ins run on the .NET 10 Desktop Runtime, Excel-DNA's just-in-time path, not compiled to native code.
• The bindings, the C++ layer among them, cover Windows x64 and Arm64, Linux x64 and Arm64 (glibc 2.28 or later) and
  macOS on Apple silicon (14 or later); Intel Macs have none, though nanoql's .NET library runs there.
• A .NET app of your own published with Native AOT for osx-arm64 carries the same unwind fault until .NET ships its
  fix; nanoql-bind fix-unwind corrects its object before the link (the bindings guide, "On macOS").
• macOS's C archive isn't notarized: a browser download opened in Finder carries the quarantine attribute into its
  folder, which xattr -dr com.apple.quarantine <folder> clears.
• On macOS, a caller of the C library through its own libffi (ctypes, cffi's ABI mode, JNA) misreads a by-value period
  that five functions take on the stack, until its libffi carries the fix of libffi issue #750; nanoql's Python package
  and callers compiled by clang are unaffected (the bindings guide, "C and C++").
• Python 3.11 or later; NumPy 1.26 or later, 2.3 or later on Windows Arm64.
• The Java layer is built and tested in the repository and not released.

The platforms in this release's run

• Windows x64: 8,729 of 8,729 tests pass, the reference platform.
• Windows Arm64: 8,667 of 8,729 tests pass; 62 fail, reported and not blocking: NanoQL.Tests.Conventions.BoostSignTests.TheSignOfANaNIsItsSignBit, NanoQL.Tests.Divergences.AbcdCalibrationGuardTests.TheFitsQuantLibCompletesKeepItsBits(set: 5, a: 0.45336334464724903, b: -1.4254877636528123, c: 1.5935876342523034, d: 0.26597942707915356), NanoQL.Tests.Divergences.AmericanBasketStrikeScalingTests.APositiveStrikeKeepsQuantLibsBits, NanoQL.Tests.Divergences.CalibrationBasketNominalTests.AFlippedSolutionKeepsItsNominal, NanoQL.Tests.Divergences.CirFellerConstraintTests.ACalibrationWithTheSpeedAndLevelFixedIsQuantLibs, NanoQL.Tests.Divergences.CmsCalibrationReversionTransformTests.TheSimplexFitsHaveAFiniteReversion, NanoQL.Tests.Divergences.CrossCurrencySwapCompoundedSpreadFairSpreadTests.TheBasisSwapsCompoundingLegsFairSpreadIsSolved, NanoQL.Tests.Divergences.CrossCurrencySwapCompoundedSpreadFairSpreadTests.TheFixedVsFloatingSwapsCompoundingLegsFairSpreadIsSolved, NanoQL.Tests.Divergences.CrossCurrencySwapCompoundedSpreadFairSpreadTests.TheMtMSwapsCompoundingLegsFairSpreadIsSolved, NanoQL.Tests.Divergences.CurveRecalculationTests.ACurveOnAChangedQuoteIsBootstrappedAfresh and 52 more.
• Linux x64: 8,656 of 8,729 tests pass; 73 fail, reported and not blocking: NanoQL.Tests.Conventions.HestonSlvMcQualityMaximumTests.TheCalibrationsLargestErrorIsWithinFifteenBasisPoints, NanoQL.Tests.Divergences.AbcdCalibrationGuardTests.TheFitsQuantLibCompletesKeepItsBits(set: 5, a: 0.45336334464724903, b: -1.4254877636528123, c: 1.5935876342523034, d: 0.26597942707915356), NanoQL.Tests.Divergences.CalibrationBasketNominalTests.AFlippedSolutionKeepsItsNominal, NanoQL.Tests.Divergences.CirFellerConstraintTests.ACalibrationWithTheSpeedAndLevelFixedIsQuantLibs, NanoQL.Tests.Divergences.CmsCalibrationGuessTests.TheFixedPathStartsAtTheGuess, NanoQL.Tests.Divergences.CmsCalibrationReversionTransformTests.TheLevenbergMarquardtFitsKeepQuantLibsValues, NanoQL.Tests.Divergences.CmsCalibrationReversionTransformTests.TheSimplexFitsHaveAFiniteReversion, NanoQL.Tests.Divergences.CrossCurrencySwapCompoundedSpreadFairSpreadTests.TheBasisSwapsCompoundingLegsFairSpreadIsSolved, NanoQL.Tests.Divergences.CrossCurrencySwapCompoundedSpreadFairSpreadTests.TheFixedVsFloatingSwapsCompoundingLegsFairSpreadIsSolved, NanoQL.Tests.Divergences.CrossCurrencySwapCompoundedSpreadFairSpreadTests.TheMtMSwapsCompoundingLegsFairSpreadIsSolved and 63 more.
• Linux Arm64: 8,654 of 8,729 tests pass; 75 fail, reported and not blocking: NanoQL.Tests.Conventions.BoostSignTests.TheSignOfANaNIsItsSignBit, NanoQL.Tests.Conventions.HestonSlvMcQualityMaximumTests.TheCalibrationsLargestErrorIsWithinFifteenBasisPoints, NanoQL.Tests.Divergences.AbcdCalibrationGuardTests.TheFitsQuantLibCompletesKeepItsBits(set: 5, a: 0.45336334464724903, b: -1.4254877636528123, c: 1.5935876342523034, d: 0.26597942707915356), NanoQL.Tests.Divergences.CalibrationBasketNominalTests.AFlippedSolutionKeepsItsNominal, NanoQL.Tests.Divergences.CirFellerConstraintTests.ACalibrationWithTheSpeedAndLevelFixedIsQuantLibs, NanoQL.Tests.Divergences.CmsCalibrationGuessTests.TheFixedPathStartsAtTheGuess, NanoQL.Tests.Divergences.CmsCalibrationReversionTransformTests.TheLevenbergMarquardtFitsKeepQuantLibsValues, NanoQL.Tests.Divergences.CmsCalibrationReversionTransformTests.TheSimplexFitsHaveAFiniteReversion, NanoQL.Tests.Divergences.CrossCurrencySwapCompoundedSpreadFairSpreadTests.TheBasisSwapsCompoundingLegsFairSpreadIsSolved, NanoQL.Tests.Divergences.CrossCurrencySwapCompoundedSpreadFairSpreadTests.TheFixedVsFloatingSwapsCompoundingLegsFairSpreadIsSolved and 65 more.
• macOS Arm64: 8,653 of 8,729 tests pass; 76 fail, reported and not blocking: NanoQL.Tests.Conventions.BoostSignTests.TheSignOfANaNIsItsSignBit, NanoQL.Tests.Divergences.AbcdCalibrationGuardTests.TheFitsQuantLibCompletesKeepItsBits(set: 5, a: 0.45336334464724903, b: -1.4254877636528123, c: 1.5935876342523034, d: 0.26597942707915356), NanoQL.Tests.Divergences.BetaRiskTests.AMultiEventPathMovesItsLaterDatesOnly, NanoQL.Tests.Divergences.CTSMMCapletAlphaFormCalibrationTests.ACalibrationWhoseReturnedPassFitsKeepsQuantLibsNumbers, NanoQL.Tests.Divergences.CalibrationBasketNominalTests.AFlippedSolutionKeepsItsNominal, NanoQL.Tests.Divergences.CirFellerConstraintTests.ACalibrationWithTheSpeedAndLevelFixedIsQuantLibs, NanoQL.Tests.Divergences.CmsCalibrationGuessTests.TheFixedPathStartsAtTheGuess, NanoQL.Tests.Divergences.CmsCalibrationReversionTransformTests.TheLevenbergMarquardtFitsKeepQuantLibsValues, NanoQL.Tests.Divergences.CmsCalibrationReversionTransformTests.TheSimplexFitsHaveAFiniteReversion, NanoQL.Tests.Divergences.CrossCurrencySwapCompoundedSpreadFairSpreadTests.TheBasisSwapsCompoundingLegsFairSpreadIsSolved and 66 more.
• The linux-arm64 bindings: every check green.
• The linux-x64 bindings: every check green.
• The osx-arm64 bindings: every check green.
• The win-arm64 bindings: every check green.
• The win-x64 bindings: every check green.