testutils

package

v0.1.0 Latest Latest Go to latest Published: Feb 16, 2026 License: Apache-2.0 Imports: 12 Imported by: 0

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Repository

github.com/bronlabs/bron-crypto

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Documentation ¶

Index ¶

Constants
Variables
func TestBinaryOp[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any](tb testing.TB, a, b, c *F, op func(c, a, b *F))
func TestBinaryOpWithOk[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any](tb testing.TB, a, b, c *F, ok ct.Bool, op func(c, a, b *F) ct.Bool)
func TestUnaryOp[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any](tb testing.TB, a, c *F, op func(c, a *F))
func TestUnaryOpWithOk[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any](tb testing.TB, a, c *F, ok ct.Bool, op func(c, a *F) ct.Bool)
type BinaryOpVector
type BinaryOpVectorWithOk
type BinaryOpVectors
type BinaryOpVectorsWithOk
type FiniteFieldElementJSON
- func (f *FiniteFieldElementJSON[FP, F]) UnmarshalJSON(data []byte) error
type TestFp
type UnaryOpVector
type UnaryOpVectorWithOk
type UnaryOpVectors
type UnaryOpVectorsWithOk

Constants ¶

View Source

const TestFpModulus = 0x429d16a1

Variables ¶

View Source

var (
	TestFpE             = uint64(bits.TrailingZeros64(uint64(TestFpModulus) - 1))
	TestFpProgenitorExp = binary.LittleEndian.AppendUint32(nil, TestFpModulus>>(TestFpE+1))
	TestFpRootOfUnity   = uint64(0xa93059e)
)

Functions ¶

func TestBinaryOp ¶

func TestBinaryOp[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any](tb testing.TB, a, b, c *F, op func(c, a, b *F))

func TestBinaryOpWithOk ¶

func TestBinaryOpWithOk[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any](tb testing.TB, a, b, c *F, ok ct.Bool, op func(c, a, b *F) ct.Bool)

func TestUnaryOp ¶

func TestUnaryOp[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any](tb testing.TB, a, c *F, op func(c, a *F))

func TestUnaryOpWithOk ¶

func TestUnaryOpWithOk[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any](tb testing.TB, a, c *F, ok ct.Bool, op func(c, a *F) ct.Bool)

Types ¶

type BinaryOpVector ¶

type BinaryOpVector[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any] struct {
	A FiniteFieldElementJSON[FP, F] `json:"a"`
	B FiniteFieldElementJSON[FP, F] `json:"b"`
	C FiniteFieldElementJSON[FP, F] `json:"c"`
}

type BinaryOpVectorWithOk ¶

type BinaryOpVectorWithOk[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any] struct {
	A  FiniteFieldElementJSON[FP, F] `json:"a"`
	B  FiniteFieldElementJSON[FP, F] `json:"b"`
	C  FiniteFieldElementJSON[FP, F] `json:"c"`
	Ok ct.Bool                       `json:"ok"`
}

type BinaryOpVectors ¶

type BinaryOpVectors[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any] struct {
	Vectors []BinaryOpVector[FP, F] `json:"vectors"`
}

type BinaryOpVectorsWithOk ¶

type BinaryOpVectorsWithOk[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any] struct {
	Vectors []BinaryOpVectorWithOk[FP, F] `json:"vectors"`
}

type FiniteFieldElementJSON ¶

type FiniteFieldElementJSON[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any] struct {
	V F
}

func (*FiniteFieldElementJSON[FP, F]) UnmarshalJSON ¶

func (f *FiniteFieldElementJSON[FP, F]) UnmarshalJSON(data []byte) error

type TestFp ¶

type TestFp uint64

func (*TestFp) Add ¶

func (fp *TestFp) Add(lhs, rhs *TestFp)

func (*TestFp) Bytes ¶

func (fp *TestFp) Bytes() []byte

func (*TestFp) ComponentsBytes ¶

func (fp *TestFp) ComponentsBytes() [][]byte

func (*TestFp) Degree ¶

func (*TestFp) Degree() uint64

func (*TestFp) Div ¶

func (fp *TestFp) Div(lhs, rhs *TestFp) (ok ct.Bool)

func (*TestFp) Double ¶

func (fp *TestFp) Double(v *TestFp)

func (*TestFp) Equal ¶

func (fp *TestFp) Equal(rhs *TestFp) ct.Bool

func (*TestFp) Inv ¶

func (fp *TestFp) Inv(v *TestFp) (ok ct.Bool)

func (*TestFp) IsNonZero ¶

func (fp *TestFp) IsNonZero() ct.Bool

func (*TestFp) IsOne ¶

func (fp *TestFp) IsOne() ct.Bool

func (*TestFp) IsZero ¶

func (fp *TestFp) IsZero() ct.Bool

func (*TestFp) Limbs ¶

func (fp *TestFp) Limbs() []uint64

func (*TestFp) Mul ¶

func (fp *TestFp) Mul(lhs, rhs *TestFp)

func (*TestFp) Neg ¶

func (fp *TestFp) Neg(v *TestFp)

func (*TestFp) Select ¶

func (fp *TestFp) Select(choice ct.Choice, z, nz *TestFp)

func (*TestFp) Set ¶

func (fp *TestFp) Set(v *TestFp)

func (*TestFp) SetBytes ¶

func (fp *TestFp) SetBytes(data []byte) (ok ct.Bool)

func (*TestFp) SetBytesWide ¶

func (fp *TestFp) SetBytesWide(data []byte) (ok ct.Bool)

func (*TestFp) SetLimbs ¶

func (fp *TestFp) SetLimbs(data []uint64) (ok ct.Bool)

func (*TestFp) SetOne ¶

func (fp *TestFp) SetOne()

func (*TestFp) SetRandom ¶

func (fp *TestFp) SetRandom(prng io.Reader) (ok ct.Bool)

func (*TestFp) SetUint64 ¶

func (fp *TestFp) SetUint64(u uint64)

func (*TestFp) SetUniformBytes ¶

func (fp *TestFp) SetUniformBytes(componentsData ...[]byte) (ok ct.Bool)

func (*TestFp) SetZero ¶

func (fp *TestFp) SetZero()

func (*TestFp) Sqrt ¶

func (fp *TestFp) Sqrt(v *TestFp) (ok ct.Bool)

func (*TestFp) Square ¶

func (fp *TestFp) Square(v *TestFp)

func (*TestFp) Sub ¶

func (fp *TestFp) Sub(lhs, rhs *TestFp)

type UnaryOpVector ¶

type UnaryOpVector[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any] struct {
	A FiniteFieldElementJSON[FP, F] `json:"a"`
	C FiniteFieldElementJSON[FP, F] `json:"c"`
}

type UnaryOpVectorWithOk ¶

type UnaryOpVectorWithOk[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any] struct {
	A  FiniteFieldElementJSON[FP, F] `json:"a"`
	C  FiniteFieldElementJSON[FP, F] `json:"c"`
	Ok ct.Bool                       `json:"ok"`
}

type UnaryOpVectors ¶

type UnaryOpVectors[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any] struct {
	Vectors []UnaryOpVector[FP, F] `json:"vectors"`
}

type UnaryOpVectorsWithOk ¶

type UnaryOpVectorsWithOk[FP impl.FiniteFieldElementPtrLowLevel[FP, F], F any] struct {
	Vectors []UnaryOpVectorWithOk[FP, F] `json:"vectors"`
}

Source Files ¶

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Directories ¶

Path	Synopsis
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