mock

package
v0.0.2 Latest Latest
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 Go to latest Published: Oct 31, 2023 License: GPL-3.0 Imports: 9 Imported by: 0

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Constants

This section is empty.

Variables

View Source 
var ErrMockMarshalizer = errors.New("MarshalizerMock generic error")

ErrMockMarshalizer -

Functions

This section is empty.

Types

type AppStatusHandlerMock 

type AppStatusHandlerMock struct {
}

AppStatusHandlerMock -

func (*AppStatusHandlerMock) AddUint64 

func (a *AppStatusHandlerMock) AddUint64(key string, val uint64)

AddUint64 -

func (*AppStatusHandlerMock) Close 

func (a *AppStatusHandlerMock) Close()

Close -

func (*AppStatusHandlerMock) Decrement 

func (a *AppStatusHandlerMock) Decrement(key string)

Decrement -

func (*AppStatusHandlerMock) Increment 

func (a *AppStatusHandlerMock) Increment(key string)

Increment -

func (*AppStatusHandlerMock) IsInterfaceNil 

func (a *AppStatusHandlerMock) IsInterfaceNil() bool

IsInterfaceNil -

func (*AppStatusHandlerMock) SetInt64Value 

func (a *AppStatusHandlerMock) SetInt64Value(key string, value int64)

SetInt64Value -

func (*AppStatusHandlerMock) SetStringValue 

func (a *AppStatusHandlerMock) SetStringValue(key string, value string)

SetStringValue -

func (*AppStatusHandlerMock) SetUInt64Value 

func (a *AppStatusHandlerMock) SetUInt64Value(key string, value uint64)

SetUInt64Value -

type EpochStartNotifierStub 

type EpochStartNotifierStub struct {
	RegisterHandlerCalled   func(handler epochStart.ActionHandler)
	UnregisterHandlerCalled func(handler epochStart.ActionHandler)
	NotifyAllPrepareCalled  func(hdr data.HeaderHandler, body data.BodyHandler)
	NotifyAllCalled         func(hdr data.HeaderHandler)
}

EpochStartNotifierStub -

func (*EpochStartNotifierStub) IsInterfaceNil 

func (esnm *EpochStartNotifierStub) IsInterfaceNil() bool

IsInterfaceNil -

func (*EpochStartNotifierStub) NotifyAll 

func (esnm *EpochStartNotifierStub) NotifyAll(hdr data.HeaderHandler)

NotifyAll -

func (*EpochStartNotifierStub) NotifyAllPrepare 

func (esnm *EpochStartNotifierStub) NotifyAllPrepare(metaHdr data.HeaderHandler, body data.BodyHandler)

NotifyAllPrepare -

func (*EpochStartNotifierStub) RegisterHandler 

func (esnm *EpochStartNotifierStub) RegisterHandler(handler epochStart.ActionHandler)

RegisterHandler -

func (*EpochStartNotifierStub) UnregisterHandler 

func (esnm *EpochStartNotifierStub) UnregisterHandler(handler epochStart.ActionHandler)

UnregisterHandler -

type HasherMock 

type HasherMock struct {
}

HasherMock that will be used for testing

func (HasherMock) Compute 

func (sha HasherMock) Compute(s string) []byte

Compute will output the SHA's equivalent of the input string

func (HasherMock) EmptyHash 

func (sha HasherMock) EmptyHash() []byte

EmptyHash will return the equivalent of empty string SHA's

func (HasherMock) IsInterfaceNil 

func (sha HasherMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (HasherMock) Size 

func (HasherMock) Size() int

Size return the required size in bytes

type KeyGenMock 

type KeyGenMock struct {
	GeneratePairMock            func() (crypto.PrivateKey, crypto.PublicKey)
	PrivateKeyFromByteArrayMock func(b []byte) (crypto.PrivateKey, error)
	PublicKeyFromByteArrayMock  func(b []byte) (crypto.PublicKey, error)
	SuiteMock                   func() crypto.Suite
}

KeyGenMock mocks a key generation implementation

func (*KeyGenMock) CheckPublicKeyValid 

func (keyGen *KeyGenMock) CheckPublicKeyValid(_ []byte) error

CheckPublicKeyValid -

func (*KeyGenMock) GeneratePair 

func (keyGen *KeyGenMock) GeneratePair() (crypto.PrivateKey, crypto.PublicKey)

GeneratePair generates a pair of private and public keys

func (*KeyGenMock) IsInterfaceNil 

func (keyGen *KeyGenMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*KeyGenMock) PrivateKeyFromByteArray 

func (keyGen *KeyGenMock) PrivateKeyFromByteArray(b []byte) (crypto.PrivateKey, error)

PrivateKeyFromByteArray generates the private key from it's byte array representation

func (*KeyGenMock) PublicKeyFromByteArray 

func (keyGen *KeyGenMock) PublicKeyFromByteArray(_ []byte) (crypto.PublicKey, error)

PublicKeyFromByteArray generates a public key from it's byte array representation

func (*KeyGenMock) Suite 

func (keyGen *KeyGenMock) Suite() crypto.Suite

Suite -

type MarshalizerMock 

type MarshalizerMock struct {
	Fail bool
}

MarshalizerMock that will be used for testing

func (MarshalizerMock) IsInterfaceNil 

func (mm MarshalizerMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (MarshalizerMock) Marshal 

func (mm MarshalizerMock) Marshal(obj interface{}) ([]byte, error)

Marshal converts the input object in a slice of bytes

func (MarshalizerMock) Unmarshal 

func (mm MarshalizerMock) Unmarshal(obj interface{}, buff []byte) error

Unmarshal applies the serialized values over an instantiated object

type MultipleShardsCoordinatorMock 

type MultipleShardsCoordinatorMock struct {
	NoShards        uint32
	CurrentShard    uint32
	ComputeIdCalled func(address []byte) uint32
	SelfIDCalled    func() uint32
}

MultipleShardsCoordinatorMock -

func NewMultiShardsCoordinatorMock 

func NewMultiShardsCoordinatorMock(nrShard uint32) *MultipleShardsCoordinatorMock

NewMultiShardsCoordinatorMock -

func (*MultipleShardsCoordinatorMock) CommunicationIdentifier 

func (scm *MultipleShardsCoordinatorMock) CommunicationIdentifier(destShardID uint32) string

CommunicationIdentifier returns the identifier between current shard ID and destination shard ID identifier is generated such as the first shard from identifier is always smaller than the last

func (*MultipleShardsCoordinatorMock) ComputeId 

func (scm *MultipleShardsCoordinatorMock) ComputeId(address []byte) uint32

ComputeId -

func (*MultipleShardsCoordinatorMock) IsInterfaceNil 

func (scm *MultipleShardsCoordinatorMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*MultipleShardsCoordinatorMock) NumberOfShards 

func (scm *MultipleShardsCoordinatorMock) NumberOfShards() uint32

NumberOfShards -

func (*MultipleShardsCoordinatorMock) SameShard 

func (scm *MultipleShardsCoordinatorMock) SameShard(_, _ []byte) bool

SameShard -

func (*MultipleShardsCoordinatorMock) SelfId 

func (scm *MultipleShardsCoordinatorMock) SelfId() uint32

SelfId -

func (*MultipleShardsCoordinatorMock) SetNoShards 

func (scm *MultipleShardsCoordinatorMock) SetNoShards(noShards uint32)

SetNoShards -

func (*MultipleShardsCoordinatorMock) SetSelfId 

func (scm *MultipleShardsCoordinatorMock) SetSelfId(_ uint32) error

SetSelfId -

type NodesSetupStub 

type NodesSetupStub struct {
	InitialNodesPubKeysCalled                 func() map[uint32][]string
	InitialEligibleNodesPubKeysForShardCalled func(shardId uint32) ([]string, error)
}

NodesSetupStub -

func (*NodesSetupStub) InitialEligibleNodesPubKeysForShard 

func (n *NodesSetupStub) InitialEligibleNodesPubKeysForShard(shardId uint32) ([]string, error)

InitialEligibleNodesPubKeysForShard -

func (*NodesSetupStub) InitialNodesPubKeys 

func (n *NodesSetupStub) InitialNodesPubKeys() map[uint32][]string

InitialNodesPubKeys -

func (*NodesSetupStub) IsInterfaceNil 

func (n *NodesSetupStub) IsInterfaceNil() bool

IsInterfaceNil -

type PathManagerStub 

type PathManagerStub struct {
	PathForEpochCalled  func(shardId string, epoch uint32, identifier string) string
	PathForStaticCalled func(shardId string, identifier string) string
}

PathManagerStub -

func (*PathManagerStub) IsInterfaceNil 

func (p *PathManagerStub) IsInterfaceNil() bool

IsInterfaceNil -

func (*PathManagerStub) PathForEpoch 

func (p *PathManagerStub) PathForEpoch(shardId string, epoch uint32, identifier string) string

PathForEpoch -

func (*PathManagerStub) PathForStatic 

func (p *PathManagerStub) PathForStatic(shardId string, identifier string) string

PathForStatic -

type PointMock 

type PointMock struct {
	X int
	Y int

	GetUnderlyingObjStub func() interface{}
	MarshalBinaryStub    func(x, y int) ([]byte, error)
	UnmarshalBinaryStub  func([]byte) (x, y int, err error)
}

PointMock represents a mock implementation for a Point

func (*PointMock) Add 

func (po *PointMock) Add(_ crypto.Point) (crypto.Point, error)

Add returns the result of adding receiver with Point p given as parameter, so that their scalars add homomorphically

func (*PointMock) Base 

func (po *PointMock) Base() crypto.Point

Base returns the Group's base point.

func (*PointMock) Clone 

func (po *PointMock) Clone() crypto.Point

Clone returns a clone of the receiver.

func (*PointMock) Equal 

func (po *PointMock) Equal(p crypto.Point) (bool, error)

Equal tests if receiver is equal with the Point p given as parameter. Both Points need to be derived from the same Group

func (*PointMock) GetUnderlyingObj 

func (po *PointMock) GetUnderlyingObj() interface{}

GetUnderlyingObj returns the object the implementation wraps

func (*PointMock) IsInterfaceNil 

func (po *PointMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*PointMock) MarshalBinary 

func (po *PointMock) MarshalBinary() ([]byte, error)

MarshalBinary transforms the Point into a byte array

func (*PointMock) Mul 

func (po *PointMock) Mul(s crypto.Scalar) (crypto.Point, error)

Mul returns the result of multiplying receiver by the scalar s. Mock multiplies the scalar to both X and Y fields

func (*PointMock) Neg 

func (po *PointMock) Neg() crypto.Point

Neg returns the negation of receiver

func (*PointMock) Null 

func (po *PointMock) Null() crypto.Point

Null returns the neutral identity element.

func (*PointMock) Pick 

func (po *PointMock) Pick() (crypto.Point, error)

Pick returns a fresh random or pseudo-random Point.

func (*PointMock) Set 

func (po *PointMock) Set(_ crypto.Point) error

Set sets the receiver equal to another Point p.

func (*PointMock) Sub 

func (po *PointMock) Sub(_ crypto.Point) (crypto.Point, error)

Sub returns the result of subtracting from receiver the Point p given as parameter, so that their scalars subtract homomorphically

func (*PointMock) UnmarshalBinary 

func (po *PointMock) UnmarshalBinary(point []byte) error

UnmarshalBinary recreates the Point from a byte array

type PrivateKeyMock 

type PrivateKeyMock struct {
	GeneratePublicMock func() crypto.PublicKey
	ToByteArrayMock    func() ([]byte, error)
	SuiteMock          func() crypto.Suite
	ScalarMock         func() crypto.Scalar
}

PrivateKeyMock mocks a private key implementation

func (*PrivateKeyMock) GeneratePublic 

func (privKey *PrivateKeyMock) GeneratePublic() crypto.PublicKey

GeneratePublic mocks generating a public key from the private key

func (*PrivateKeyMock) IsInterfaceNil 

func (privKey *PrivateKeyMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*PrivateKeyMock) Scalar 

func (privKey *PrivateKeyMock) Scalar() crypto.Scalar

Scalar -

func (*PrivateKeyMock) Suite 

func (privKey *PrivateKeyMock) Suite() crypto.Suite

Suite -

func (*PrivateKeyMock) ToByteArray 

func (privKey *PrivateKeyMock) ToByteArray() ([]byte, error)

ToByteArray mocks converting the private key to a byte array

type PubkeyConverterStub 

type PubkeyConverterStub struct {
	LenCalled    func() int
	DecodeCalled func(humanReadable string) ([]byte, error)
	EncodeCalled func(pkBytes []byte) string
}

PubkeyConverterStub -

func (*PubkeyConverterStub) Decode 

func (pcs *PubkeyConverterStub) Decode(humanReadable string) ([]byte, error)

Decode -

func (*PubkeyConverterStub) Encode 

func (pcs *PubkeyConverterStub) Encode(pkBytes []byte) string

Encode -

func (*PubkeyConverterStub) IsInterfaceNil 

func (pcs *PubkeyConverterStub) IsInterfaceNil() bool

IsInterfaceNil -

func (*PubkeyConverterStub) Len 

func (pcs *PubkeyConverterStub) Len() int

Len -

type PublicKeyMock 

type PublicKeyMock struct {
	ToByteArrayMock func() ([]byte, error)
	SuiteMock       func() crypto.Suite
	PointMock       func() crypto.Point
}

PublicKeyMock mocks a public key implementation

func (*PublicKeyMock) IsInterfaceNil 

func (pubKey *PublicKeyMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*PublicKeyMock) Point 

func (pubKey *PublicKeyMock) Point() crypto.Point

Point -

func (*PublicKeyMock) Suite 

func (pubKey *PublicKeyMock) Suite() crypto.Suite

Suite -

func (*PublicKeyMock) ToByteArray 

func (pubKey *PublicKeyMock) ToByteArray() ([]byte, error)

ToByteArray mocks converting a public key to a byte array

type ScalarMock 

type ScalarMock struct {
	X int

	MarshalBinaryStub    func(x int) ([]byte, error)
	UnmarshalBinaryStub  func([]byte) (int, error)
	GetUnderlyingObjStub func() interface{}
}

ScalarMock represents a mock implementation of a Scalar

func (*ScalarMock) Add 

func (sm *ScalarMock) Add(_ crypto.Scalar) (crypto.Scalar, error)

Add returns the modular sum of receiver with scalar s given as parameter

func (*ScalarMock) Clone 

func (sm *ScalarMock) Clone() crypto.Scalar

Clone creates a new Scalar with same value as receiver

func (*ScalarMock) Div 

func (sm *ScalarMock) Div(_ crypto.Scalar) (crypto.Scalar, error)

Div returns the modular division between receiver and scalar s given as parameter

func (*ScalarMock) Equal 

func (sm *ScalarMock) Equal(_ crypto.Scalar) (bool, error)

Equal tests if receiver is equal with the scalar s given as parameter. Both scalars need to be derived from the same Group

func (*ScalarMock) GetUnderlyingObj 

func (sm *ScalarMock) GetUnderlyingObj() interface{}

GetUnderlyingObj returns the object the implementation wraps

func (*ScalarMock) Inv 

func (sm *ScalarMock) Inv(_ crypto.Scalar) (crypto.Scalar, error)

Inv returns the modular inverse of scalar s given as parameter

func (*ScalarMock) IsInterfaceNil 

func (sm *ScalarMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*ScalarMock) MarshalBinary 

func (sm *ScalarMock) MarshalBinary() ([]byte, error)

MarshalBinary transforms the Scalar into a byte array

func (*ScalarMock) Mul 

func (sm *ScalarMock) Mul(_ crypto.Scalar) (crypto.Scalar, error)

Mul returns the modular product of receiver with scalar s given as parameter

func (*ScalarMock) Neg 

func (sm *ScalarMock) Neg() crypto.Scalar

Neg returns the modular negation of receiver

func (*ScalarMock) One 

func (sm *ScalarMock) One() crypto.Scalar

One returns the multiplicative identity (1)

func (*ScalarMock) Pick 

func (sm *ScalarMock) Pick() (crypto.Scalar, error)

Pick returns a fresh random or pseudo-random scalar For the mock set X to the original scalar.X *2

func (*ScalarMock) Set 

func (sm *ScalarMock) Set(_ crypto.Scalar) error

Set sets the receiver to Scalar s given as parameter

func (*ScalarMock) SetBytes 

func (sm *ScalarMock) SetBytes([]byte) (crypto.Scalar, error)

SetBytes sets the scalar from a byte-slice, reducing if necessary to the appropriate modulus.

func (*ScalarMock) SetInt64 

func (sm *ScalarMock) SetInt64(_ int64)

SetInt64 sets the receiver to a small integer value v given as parameter

func (*ScalarMock) Sub 

func (sm *ScalarMock) Sub(_ crypto.Scalar) (crypto.Scalar, error)

Sub returns the modular difference between receiver and scalar s given as parameter

func (*ScalarMock) UnmarshalBinary 

func (sm *ScalarMock) UnmarshalBinary(val []byte) error

UnmarshalBinary recreates the Scalar from a byte array

func (*ScalarMock) Zero 

func (sm *ScalarMock) Zero() crypto.Scalar

Zero returns the the additive identity (0)

type Streamer 

type Streamer struct {
	// contains filtered or unexported fields
}

Streamer -

func NewStreamer 

func NewStreamer() *Streamer

NewStreamer -

func (*Streamer) XORKeyStream 

func (stream *Streamer) XORKeyStream(dst, src []byte)

XORKeyStream -

type SuiteStub 

type SuiteStub struct {
	StringStub               func() string
	ScalarLenStub            func() int
	CreateScalarStub         func() crypto.Scalar
	PointLenStub             func() int
	CreatePointStub          func() crypto.Point
	CreatePointForScalarStub func(scalar crypto.Scalar) (crypto.Point, error)
	RandomStreamStub         func() cipher.Stream
	CreateKeyPairStub        func() (crypto.Scalar, crypto.Point)
	IsPointValidStub         func([]byte) error
	GetUnderlyingSuiteStub   func() interface{}
}

SuiteStub -

func (*SuiteStub) CheckPointValid 

func (s *SuiteStub) CheckPointValid(pointBytes []byte) error

IsPointValid -

func (*SuiteStub) CreateKeyPair 

func (s *SuiteStub) CreateKeyPair() (crypto.Scalar, crypto.Point)

CreateKeyPair -

func (*SuiteStub) CreatePoint 

func (s *SuiteStub) CreatePoint() crypto.Point

CreatePoint -

func (*SuiteStub) CreatePointForScalar 

func (s *SuiteStub) CreatePointForScalar(scalar crypto.Scalar) (crypto.Point, error)

CreatePointForScalar -

func (*SuiteStub) CreateScalar 

func (s *SuiteStub) CreateScalar() crypto.Scalar

CreateScalar -

func (*SuiteStub) GetUnderlyingSuite 

func (s *SuiteStub) GetUnderlyingSuite() interface{}

GetUnderlyingSuite -

func (*SuiteStub) IsInterfaceNil 

func (s *SuiteStub) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*SuiteStub) PointLen 

func (s *SuiteStub) PointLen() int

PointLen -

func (*SuiteStub) RandomStream 

func (s *SuiteStub) RandomStream() cipher.Stream

RandomStream -

func (*SuiteStub) ScalarLen 

func (s *SuiteStub) ScalarLen() int

ScalarLen -

func (*SuiteStub) String 

func (s *SuiteStub) String() string

String -

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