mock

package
v1.0.99 Latest Latest
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 Go to latest Published: Mar 25, 2020 License: GPL-3.0 Imports: 27 Imported by: 0

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Constants

This section is empty.

Variables

View Source 
var (
	ErrInvalidLengthAccountWrapperMock        = fmt.Errorf("proto: negative length found during unmarshaling")
	ErrIntOverflowAccountWrapperMock          = fmt.Errorf("proto: integer overflow")
	ErrUnexpectedEndOfGroupAccountWrapperMock = fmt.Errorf("proto: unexpected end of group")
)

Functions

This section is empty.

Types

type AccountWrapMock 

type AccountWrapMock struct {
	AccountWrapMockData

	SetNonceWithJournalCalled    func(nonce uint64) error    `json:"-"`
	SetCodeHashWithJournalCalled func(codeHash []byte) error `json:"-"`
	SetCodeWithJournalCalled     func([]byte) error          `json:"-"`
	// contains filtered or unexported fields
}

AccountWrapMock -

func NewAccountWrapMock 

func NewAccountWrapMock(adr state.AddressContainer) *AccountWrapMock

NewAccountWrapMock -

func (*AccountWrapMock) AddToBalance 

func (awm *AccountWrapMock) AddToBalance(_ *big.Int) error

AddToBalance -

func (*AccountWrapMock) AddToDeveloperReward 

func (awm *AccountWrapMock) AddToDeveloperReward(*big.Int)

AddToDeveloperReward -

func (*AccountWrapMock) AddressContainer 

func (awm *AccountWrapMock) AddressContainer() state.AddressContainer

AddressContainer -

func (*AccountWrapMock) ChangeOwnerAddress 

func (awm *AccountWrapMock) ChangeOwnerAddress([]byte, []byte) error

ChangeOwnerAddress -

func (*AccountWrapMock) ClaimDeveloperRewards 

func (awm *AccountWrapMock) ClaimDeveloperRewards([]byte) (*big.Int, error)

ClaimDeveloperRewards -

func (*AccountWrapMock) DataTrie 

func (awm *AccountWrapMock) DataTrie() data.Trie

DataTrie -

func (*AccountWrapMock) DataTrieTracker 

func (awm *AccountWrapMock) DataTrieTracker() state.DataTrieTracker

DataTrieTracker -

func (*AccountWrapMock) GetBalance 

func (awm *AccountWrapMock) GetBalance() *big.Int

GetBalance -

func (*AccountWrapMock) GetCode 

func (awm *AccountWrapMock) GetCode() []byte

GetCode -

func (*AccountWrapMock) GetCodeHash 

func (awm *AccountWrapMock) GetCodeHash() []byte

GetCodeHash -

func (*AccountWrapMock) GetDeveloperReward 

func (awm *AccountWrapMock) GetDeveloperReward() *big.Int

GetDeveloperReward -

func (*AccountWrapMock) GetNonce 

func (awm *AccountWrapMock) GetNonce() uint64

GetNonce gets the nonce of the account

func (*AccountWrapMock) GetOwnerAddress 

func (awm *AccountWrapMock) GetOwnerAddress() []byte

GetOwnerAddress -

func (*AccountWrapMock) GetRootHash 

func (awm *AccountWrapMock) GetRootHash() []byte

GetRootHash -

func (*AccountWrapMock) IncreaseNonce 

func (awm *AccountWrapMock) IncreaseNonce(val uint64)

IncreaseNonce adds the given value to the current nonce

func (*AccountWrapMock) IsInterfaceNil 

func (awm *AccountWrapMock) IsInterfaceNil() bool

IsInterfaceNil -

func (*AccountWrapMock) SetCode 

func (awm *AccountWrapMock) SetCode(code []byte)

SetCode -

func (*AccountWrapMock) SetCodeHash 

func (awm *AccountWrapMock) SetCodeHash(codeHash []byte)

SetCodeHash -

func (*AccountWrapMock) SetDataTrie 

func (awm *AccountWrapMock) SetDataTrie(trie data.Trie)

SetDataTrie -

func (*AccountWrapMock) SetOwnerAddress 

func (awm *AccountWrapMock) SetOwnerAddress([]byte)

SetOwnerAddress -

func (*AccountWrapMock) SetRootHash 

func (awm *AccountWrapMock) SetRootHash(rootHash []byte)

SetRootHash -

func (*AccountWrapMock) SubFromBalance 

func (awm *AccountWrapMock) SubFromBalance(_ *big.Int) error

SubFromBalance -

type AccountWrapMockData 

type AccountWrapMockData struct {
	MockValue int64 `protobuf:"varint,1,opt,name=MockValue,proto3" json:"MockValue,omitempty"`
}

func (*AccountWrapMockData) Descriptor 

func (*AccountWrapMockData) Descriptor() ([]byte, []int)

func (*AccountWrapMockData) Equal 

func (this *AccountWrapMockData) Equal(that interface{}) bool

func (*AccountWrapMockData) GetMockValue 

func (m *AccountWrapMockData) GetMockValue() int64

func (*AccountWrapMockData) GoString 

func (this *AccountWrapMockData) GoString() string

func (*AccountWrapMockData) Marshal 

func (m *AccountWrapMockData) Marshal() (dAtA []byte, err error)

func (*AccountWrapMockData) MarshalTo 

func (m *AccountWrapMockData) MarshalTo(dAtA []byte) (int, error)

func (*AccountWrapMockData) MarshalToSizedBuffer 

func (m *AccountWrapMockData) MarshalToSizedBuffer(dAtA []byte) (int, error)

func (*AccountWrapMockData) ProtoMessage 

func (*AccountWrapMockData) ProtoMessage()

func (*AccountWrapMockData) Reset 

func (m *AccountWrapMockData) Reset()

func (*AccountWrapMockData) Size 

func (m *AccountWrapMockData) Size() (n int)

func (*AccountWrapMockData) String 

func (this *AccountWrapMockData) String() string

func (*AccountWrapMockData) Unmarshal 

func (m *AccountWrapMockData) Unmarshal(dAtA []byte) error

func (*AccountWrapMockData) XXX_DiscardUnknown 

func (m *AccountWrapMockData) XXX_DiscardUnknown()

func (*AccountWrapMockData) XXX_Marshal 

func (m *AccountWrapMockData) XXX_Marshal(b []byte, deterministic bool) ([]byte, error)

func (*AccountWrapMockData) XXX_Merge 

func (m *AccountWrapMockData) XXX_Merge(src proto.Message)

func (*AccountWrapMockData) XXX_Size 

func (m *AccountWrapMockData) XXX_Size() int

func (*AccountWrapMockData) XXX_Unmarshal 

func (m *AccountWrapMockData) XXX_Unmarshal(b []byte) error

type AccountsFactoryStub 

type AccountsFactoryStub struct {
	CreateAccountCalled func(address state.AddressContainer) (state.AccountHandler, error)
}

AccountsFactoryStub -

func (*AccountsFactoryStub) CreateAccount 

func (afs *AccountsFactoryStub) CreateAccount(address state.AddressContainer) (state.AccountHandler, error)

CreateAccount -

func (*AccountsFactoryStub) IsInterfaceNil 

func (afs *AccountsFactoryStub) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

type AddressConverterMock 

type AddressConverterMock struct {
	Fail                                          bool
	CreateAddressFromPublicKeyBytesRetErrForValue []byte
}

AddressConverterMock -

func (*AddressConverterMock) AddressLen 

func (acm *AddressConverterMock) AddressLen() int

AddressLen -

func (*AddressConverterMock) ConvertToHex 

func (acm *AddressConverterMock) ConvertToHex(addressContainer state.AddressContainer) (string, error)

ConvertToHex -

func (*AddressConverterMock) CreateAddressFromHex 

func (acm *AddressConverterMock) CreateAddressFromHex(_ string) (state.AddressContainer, error)

CreateAddressFromHex -

func (*AddressConverterMock) CreateAddressFromPublicKeyBytes 

func (acm *AddressConverterMock) CreateAddressFromPublicKeyBytes(pubKey []byte) (state.AddressContainer, error)

CreateAddressFromPublicKeyBytes -

func (*AddressConverterMock) IsInterfaceNil 

func (acm *AddressConverterMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*AddressConverterMock) PrepareAddressBytes 

func (acm *AddressConverterMock) PrepareAddressBytes(_ []byte) ([]byte, error)

PrepareAddressBytes -

type AddressDummy 

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

AddressDummy -

func NewAddressDummy 

func NewAddressDummy(bytes, hash []byte) *AddressDummy

NewAddressDummy -

func (*AddressDummy) Bytes 

func (ad *AddressDummy) Bytes() []byte

Bytes -

func (*AddressDummy) Hash 

func (ad *AddressDummy) Hash() []byte

Hash -

func (*AddressDummy) IsInterfaceNil 

func (ad *AddressDummy) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

type AddressMock 

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

AddressMock implements a mock address generator used in testing

func NewAddressMock 

func NewAddressMock() *AddressMock

NewAddressMock generates a new address

func NewAddressMockFromBytes 

func NewAddressMockFromBytes(buff []byte) *AddressMock

NewAddressMockFromBytes generates a new address

func (*AddressMock) Bytes 

func (address *AddressMock) Bytes() []byte

Bytes returns the address' bytes

func (*AddressMock) IsInterfaceNil 

func (address *AddressMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

type AppStatusHandlerStub 

type AppStatusHandlerStub struct {
	AddUint64Handler      func(key string, value uint64)
	IncrementHandler      func(key string)
	DecrementHandler      func(key string)
	SetUInt64ValueHandler func(key string, value uint64)
	SetInt64ValueHandler  func(key string, value int64)
	SetStringValueHandler func(key string, value string)
	CloseHandler          func()
}

AppStatusHandlerStub is a stub implementation of AppStatusHandler

func (*AppStatusHandlerStub) AddUint64 

func (ashs *AppStatusHandlerStub) AddUint64(key string, value uint64)

AddUint64 will call the handler of the stub for incrementing

func (*AppStatusHandlerStub) Close 

func (ashs *AppStatusHandlerStub) Close()

Close will call the handler of the stub for closing

func (*AppStatusHandlerStub) Decrement 

func (ashs *AppStatusHandlerStub) Decrement(key string)

Decrement will call the handler of the stub for decrementing

func (*AppStatusHandlerStub) Increment 

func (ashs *AppStatusHandlerStub) Increment(key string)

Increment will call the handler of the stub for incrementing

func (*AppStatusHandlerStub) IsInterfaceNil 

func (ashs *AppStatusHandlerStub) IsInterfaceNil() bool

IsInterfaceNil -

func (*AppStatusHandlerStub) SetInt64Value 

func (ashs *AppStatusHandlerStub) SetInt64Value(key string, value int64)

SetInt64Value will call the handler of the stub for setting an int64 value

func (*AppStatusHandlerStub) SetStringValue 

func (ashs *AppStatusHandlerStub) SetStringValue(key string, value string)

SetStringValue will call the handler of the stub for setting an string value

func (*AppStatusHandlerStub) SetUInt64Value 

func (ashs *AppStatusHandlerStub) SetUInt64Value(key string, value uint64)

SetUInt64Value will call the handler of the stub for setting an uint64 value

type DataTrieTrackerStub 

type DataTrieTrackerStub struct {
	ClearDataCachesCalled func()
	DirtyDataCalled       func() map[string][]byte
	OriginalValueCalled   func(key []byte) []byte
	RetrieveValueCalled   func(key []byte) ([]byte, error)
	SaveKeyValueCalled    func(key []byte, value []byte)
	SetDataTrieCalled     func(tr data.Trie)
	DataTrieCalled        func() data.Trie
}

DataTrieTrackerStub -

func (*DataTrieTrackerStub) ClearDataCaches 

func (dtts *DataTrieTrackerStub) ClearDataCaches()

ClearDataCaches -

func (*DataTrieTrackerStub) DataTrie 

func (dtts *DataTrieTrackerStub) DataTrie() data.Trie

DataTrie -

func (*DataTrieTrackerStub) DirtyData 

func (dtts *DataTrieTrackerStub) DirtyData() map[string][]byte

DirtyData -

func (*DataTrieTrackerStub) IsInterfaceNil 

func (dtts *DataTrieTrackerStub) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*DataTrieTrackerStub) OriginalValue 

func (dtts *DataTrieTrackerStub) OriginalValue(key []byte) []byte

OriginalValue -

func (*DataTrieTrackerStub) RetrieveValue 

func (dtts *DataTrieTrackerStub) RetrieveValue(key []byte) ([]byte, error)

RetrieveValue -

func (*DataTrieTrackerStub) SaveKeyValue 

func (dtts *DataTrieTrackerStub) SaveKeyValue(key []byte, value []byte)

SaveKeyValue -

func (*DataTrieTrackerStub) SetDataTrie 

func (dtts *DataTrieTrackerStub) SetDataTrie(tr data.Trie)

SetDataTrie -

type EvictionWaitingList 

type EvictionWaitingList struct {
	Cache       map[string]data.ModifiedHashes
	CacheSize   uint
	Db          storage.Persister
	Marshalizer marshal.Marshalizer
	OpMutex     sync.RWMutex
}

EvictionWaitingList is a structure that caches keys that need to be removed from a certain database. If the cache is full, the keys will be stored in the underlying database. Writing at the same key in cacher and db will overwrite the previous values.

func NewEvictionWaitingList 

func NewEvictionWaitingList(size uint, db storage.Persister, marshalizer marshal.Marshalizer) (*EvictionWaitingList, error)

NewEvictionWaitingList creates a new instance of evictionWaitingList

func (*EvictionWaitingList) Evict 

func (ewl *EvictionWaitingList) Evict(rootHash []byte) (data.ModifiedHashes, error)

Evict returns and removes from the waiting list all the hashes from the position given by the root hash

func (*EvictionWaitingList) IsInterfaceNil 

func (ewl *EvictionWaitingList) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*EvictionWaitingList) PresentInNewHashes 

func (ewl *EvictionWaitingList) PresentInNewHashes(hash string) (bool, error)

PresentInNewHashes --

func (*EvictionWaitingList) Put 

func (ewl *EvictionWaitingList) Put(rootHash []byte, hashes data.ModifiedHashes) error

Put stores the given hashes in the eviction waiting list, in the position given by the root hash

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 HasherMock127 

type HasherMock127 struct {
}

HasherMock127 -

func (HasherMock127) Compute 

func (HasherMock127) Compute(s string) []byte

Compute -

func (HasherMock127) EmptyHash 

func (HasherMock127) EmptyHash() []byte

EmptyHash -

func (*HasherMock127) IsInterfaceNil 

func (hash *HasherMock127) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (HasherMock127) Size 

func (HasherMock127) Size() int

Size -

type KeccakMock 

type KeccakMock struct {
}

KeccakMock is a sha3-Keccak implementation of the hasher interface.

func (KeccakMock) Compute 

func (k KeccakMock) Compute(s string) []byte

Compute takes a string, and returns the sha3-Keccak hash of that string

func (KeccakMock) EmptyHash 

func (k KeccakMock) EmptyHash() []byte

EmptyHash returns the sha3-Keccak hash of the empty string

func (*KeccakMock) IsInterfaceNil 

func (k *KeccakMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (KeccakMock) Size 

func (KeccakMock) Size() int

Size returns the size, in number of bytes, of a sha3-Keccak hash

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

func (*MarshalizerMock) Version 

func (*MarshalizerMock) Version() string

Version is deprecated and will be removed

type MemDbMock 

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

MemDbMock represents the memory database storage. It holds a map of key value pairs and a mutex to handle concurrent accesses to the map

func NewMemDbMock 

func NewMemDbMock() *MemDbMock

NewMemDbMock creates a new memorydb object

func (*MemDbMock) Close 

func (s *MemDbMock) Close() error

Close closes the files/resources associated to the storage medium

func (*MemDbMock) Destroy 

func (s *MemDbMock) Destroy() error

Destroy removes the storage medium stored data

func (*MemDbMock) DestroyClosed 

func (s *MemDbMock) DestroyClosed() error

DestroyClosed removes the already closed storage medium stored data

func (*MemDbMock) Get 

func (s *MemDbMock) Get(key []byte) ([]byte, error)

Get gets the value associated to the key, or reports an error

func (*MemDbMock) Has 

func (s *MemDbMock) Has(key []byte) error

Has returns true if the given key is present in the persistence medium, false otherwise

func (*MemDbMock) Init 

func (s *MemDbMock) Init() error

Init initializes the storage medium and prepares it for usage

func (*MemDbMock) IsInterfaceNil 

func (s *MemDbMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*MemDbMock) Put 

func (s *MemDbMock) Put(key, val []byte) error

Put adds the value to the (key, val) storage medium

func (*MemDbMock) Remove 

func (s *MemDbMock) Remove(key []byte) error

Remove removes the data associated to the given key

type MultipleShardsCoordinatorMock 

type MultipleShardsCoordinatorMock struct {
	ComputeIdCalled func(address state.AddressContainer) uint32
	NoShards        uint32
	CurrentShard    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 state.AddressContainer) 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(_, _ state.AddressContainer) 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 NodesCoordinatorMock 

type NodesCoordinatorMock struct {
	Validators                          map[uint32][]sharding.Validator
	ShardConsensusSize                  uint32
	MetaConsensusSize                   uint32
	ShardId                             uint32
	NbShards                            uint32
	GetOwnPublicKeyCalled               func() []byte
	GetSelectedPublicKeysCalled         func(selection []byte, shardId uint32, epoch uint32) (publicKeys []string, err error)
	GetValidatorsPublicKeysCalled       func(randomness []byte, round uint64, shardId uint32, epoch uint32) ([]string, error)
	GetValidatorsRewardsAddressesCalled func(randomness []byte, round uint64, shardId uint32, epoch uint32) ([]string, error)
	SetNodesPerShardsCalled             func(nodes map[uint32][]sharding.Validator, waiting map[uint32][]sharding.Validator, epoch uint32) error
	ComputeValidatorsGroupCalled        func(randomness []byte, round uint64, shardId uint32, epoch uint32) (validatorsGroup []sharding.Validator, err error)
	GetValidatorWithPublicKeyCalled     func(publicKey []byte, epoch uint32) (validator sharding.Validator, shardId uint32, err error)
}

NodesCoordinatorMock defines the behaviour of a struct able to do validator group selection

func (*NodesCoordinatorMock) ComputeConsensusGroup 

func (ncm *NodesCoordinatorMock) ComputeConsensusGroup(
	randomess []byte,
	round uint64,
	shardId uint32,
	epoch uint32,
) ([]sharding.Validator, error)

ComputeConsensusGroup -

func (*NodesCoordinatorMock) ComputeLeaving 

func (ncm *NodesCoordinatorMock) ComputeLeaving([]sharding.Validator) []sharding.Validator

ComputeLeaving -

func (*NodesCoordinatorMock) ConsensusGroupSize 

func (ncm *NodesCoordinatorMock) ConsensusGroupSize(uint32) int

ConsensusGroupSize -

func (*NodesCoordinatorMock) GetAllEligibleValidatorsPublicKeys 

func (ncm *NodesCoordinatorMock) GetAllEligibleValidatorsPublicKeys(_ uint32) (map[uint32][][]byte, error)

GetAllEligibleValidatorsPublicKeys -

func (*NodesCoordinatorMock) GetAllWaitingValidatorsPublicKeys 

func (ncm *NodesCoordinatorMock) GetAllWaitingValidatorsPublicKeys(_ uint32) (map[uint32][][]byte, error)

GetAllWaitingValidatorsPublicKeys -

func (*NodesCoordinatorMock) GetConsensusValidatorsPublicKeys 

func (ncm *NodesCoordinatorMock) GetConsensusValidatorsPublicKeys(
	randomness []byte,
	round uint64,
	shardId uint32,
	epoch uint32,
) ([]string, error)

GetConsensusValidatorsPublicKeys -

func (*NodesCoordinatorMock) GetConsensusValidatorsRewardsAddresses 

func (ncm *NodesCoordinatorMock) GetConsensusValidatorsRewardsAddresses(
	randomness []byte,
	round uint64,
	shardId uint32,
	epoch uint32,
) ([]string, error)

GetConsensusValidatorsRewardsAddresses -

func (*NodesCoordinatorMock) GetConsensusWhitelistedNodes 

func (ncm *NodesCoordinatorMock) GetConsensusWhitelistedNodes(
	_ uint32,
) (map[string]struct{}, error)

GetConsensusWhitelistedNodes return the whitelisted nodes allowed to send consensus messages, for each of the shards

func (*NodesCoordinatorMock) GetNumTotalEligible 

func (ncm *NodesCoordinatorMock) GetNumTotalEligible() uint64

GetNumTotalEligible -

func (*NodesCoordinatorMock) GetOwnPublicKey 

func (ncm *NodesCoordinatorMock) GetOwnPublicKey() []byte

GetOwnPublicKey -

func (*NodesCoordinatorMock) GetSavedStateKey 

func (ncm *NodesCoordinatorMock) GetSavedStateKey() []byte

GetSavedStateKey -

func (*NodesCoordinatorMock) GetSelectedPublicKeys 

func (ncm *NodesCoordinatorMock) GetSelectedPublicKeys(selection []byte, shardId uint32, epoch uint32) (publicKeys []string, err error)

GetSelectedPublicKeys -

func (*NodesCoordinatorMock) GetValidatorWithPublicKey 

func (ncm *NodesCoordinatorMock) GetValidatorWithPublicKey(publicKey []byte, epoch uint32) (sharding.Validator, uint32, error)

GetValidatorWithPublicKey -

func (*NodesCoordinatorMock) GetValidatorsIndexes 

func (ncm *NodesCoordinatorMock) GetValidatorsIndexes(_ []string, _ uint32) ([]uint64, error)

GetValidatorsIndexes -

func (*NodesCoordinatorMock) IsInterfaceNil 

func (ncm *NodesCoordinatorMock) IsInterfaceNil() bool

IsInterfaceNil -

func (*NodesCoordinatorMock) LoadState 

func (ncm *NodesCoordinatorMock) LoadState(_ []byte) error

LoadState -

func (*NodesCoordinatorMock) SetNodesPerShards 

func (ncm *NodesCoordinatorMock) SetNodesPerShards(
	eligible map[uint32][]sharding.Validator,
	waiting map[uint32][]sharding.Validator,
	epoch uint32,
) error

SetNodesPerShards -

func (*NodesCoordinatorMock) ShardIdForEpoch 

func (ncm *NodesCoordinatorMock) ShardIdForEpoch(_ uint32) (uint32, error)

ShardIdForEpoch returns the nodesCoordinator configured ShardId for specified epoch if epoch configuration exists, otherwise error

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 ProtobufMarshalizerMock 

type ProtobufMarshalizerMock struct {
}

ProtobufMarshalizerMock implements marshaling with protobuf

func (*ProtobufMarshalizerMock) IsInterfaceNil 

func (x *ProtobufMarshalizerMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*ProtobufMarshalizerMock) Marshal 

func (x *ProtobufMarshalizerMock) Marshal(obj interface{}) ([]byte, error)

Marshal does the actual serialization of an object through protobuf

func (*ProtobufMarshalizerMock) Unmarshal 

func (x *ProtobufMarshalizerMock) Unmarshal(obj interface{}, buff []byte) error

Unmarshal does the actual deserialization of an object through protobuf

type ShardCoordinatorMock 

type ShardCoordinatorMock struct {
	SelfID     uint32
	NrOfShards uint32
}

ShardCoordinatorMock -

func (ShardCoordinatorMock) CommunicationIdentifier 

func (scm ShardCoordinatorMock) CommunicationIdentifier(destShardID uint32) string

CommunicationIdentifier -

func (ShardCoordinatorMock) ComputeId 

func (scm ShardCoordinatorMock) ComputeId(_ state.AddressContainer) uint32

ComputeId -

func (*ShardCoordinatorMock) IsInterfaceNil 

func (scm *ShardCoordinatorMock) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (ShardCoordinatorMock) NumberOfShards 

func (scm ShardCoordinatorMock) NumberOfShards() uint32

NumberOfShards -

func (ShardCoordinatorMock) SameShard 

func (scm ShardCoordinatorMock) SameShard(_, _ state.AddressContainer) bool

SameShard -

func (ShardCoordinatorMock) SelfId 

func (scm ShardCoordinatorMock) SelfId() uint32

SelfId -

func (ShardCoordinatorMock) SetSelfId 

func (scm ShardCoordinatorMock) SetSelfId(_ uint32) error

SetSelfId -

type ShardedDataStub 

type ShardedDataStub struct {
	RegisterHandlerCalled         func(func(key []byte))
	ShardDataStoreCalled          func(cacheId string) (c storage.Cacher)
	AddDataCalled                 func(key []byte, data interface{}, cacheId string)
	SearchFirstDataCalled         func(key []byte) (value interface{}, ok bool)
	RemoveDataCalled              func(key []byte, cacheId string)
	RemoveDataFromAllShardsCalled func(key []byte)
	MergeShardStoresCalled        func(sourceCacheId, destCacheId string)
	MoveDataCalled                func(sourceCacheId, destCacheId string, key [][]byte)
	ClearCalled                   func()
	ClearShardStoreCalled         func(cacheId string)
	RemoveSetOfDataFromPoolCalled func(keys [][]byte, destCacheId string)
	CreateShardStoreCalled        func(destCacheId string)
}

ShardedDataStub -

func (*ShardedDataStub) AddData 

func (sd *ShardedDataStub) AddData(key []byte, data interface{}, cacheId string)

AddData -

func (*ShardedDataStub) Clear 

func (sd *ShardedDataStub) Clear()

Clear -

func (*ShardedDataStub) ClearShardStore 

func (sd *ShardedDataStub) ClearShardStore(cacheId string)

ClearShardStore -

func (*ShardedDataStub) CreateShardStore 

func (sd *ShardedDataStub) CreateShardStore(cacheId string)

CreateShardStore -

func (*ShardedDataStub) IsInterfaceNil 

func (sd *ShardedDataStub) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*ShardedDataStub) MergeShardStores 

func (sd *ShardedDataStub) MergeShardStores(sourceCacheId, destCacheId string)

MergeShardStores -

func (*ShardedDataStub) RegisterHandler 

func (sd *ShardedDataStub) RegisterHandler(handler func(key []byte))

RegisterHandler -

func (*ShardedDataStub) RemoveData 

func (sd *ShardedDataStub) RemoveData(key []byte, cacheId string)

RemoveData -

func (*ShardedDataStub) RemoveDataFromAllShards 

func (sd *ShardedDataStub) RemoveDataFromAllShards(key []byte)

RemoveDataFromAllShards -

func (*ShardedDataStub) RemoveSetOfDataFromPool 

func (sd *ShardedDataStub) RemoveSetOfDataFromPool(keys [][]byte, cacheId string)

RemoveSetOfDataFromPool -

func (*ShardedDataStub) SearchFirstData 

func (sd *ShardedDataStub) SearchFirstData(key []byte) (value interface{}, ok bool)

SearchFirstData -

func (*ShardedDataStub) ShardDataStore 

func (sd *ShardedDataStub) ShardDataStore(cacheId string) (c storage.Cacher)

ShardDataStore -

type StorerStub 

type StorerStub struct {
	PutCalled          func(key, data []byte) error
	GetCalled          func(key []byte) ([]byte, error)
	GetFromEpochCalled func(key []byte, epoch uint32) ([]byte, error)
	HasCalled          func(key []byte) error
	HasInEpochCalled   func(key []byte, epoch uint32) error
	SearchFirstCalled  func(key []byte) ([]byte, error)
	RemoveCalled       func(key []byte) error
	ClearCacheCalled   func()
	CloseCalled        func() error
	DestroyUnitCalled  func() error
}

StorerStub -

func (*StorerStub) ClearCache 

func (ss *StorerStub) ClearCache()

ClearCache -

func (*StorerStub) Close 

func (ss *StorerStub) Close() error

Close -

func (*StorerStub) DestroyUnit 

func (ss *StorerStub) DestroyUnit() error

DestroyUnit -

func (*StorerStub) Get 

func (ss *StorerStub) Get(key []byte) ([]byte, error)

Get -

func (*StorerStub) GetFromEpoch 

func (ss *StorerStub) GetFromEpoch(key []byte, epoch uint32) ([]byte, error)

GetFromEpoch -

func (*StorerStub) Has 

func (ss *StorerStub) Has(key []byte) error

Has -

func (*StorerStub) HasInEpoch 

func (ss *StorerStub) HasInEpoch(key []byte, epoch uint32) error

HasInEpoch -

func (*StorerStub) IsInterfaceNil 

func (ss *StorerStub) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*StorerStub) Put 

func (ss *StorerStub) Put(key, data []byte) error

Put -

func (*StorerStub) Remove 

func (ss *StorerStub) Remove(key []byte) error

Remove -

func (*StorerStub) SearchFirst 

func (ss *StorerStub) SearchFirst(key []byte) ([]byte, error)

SearchFirst -

type TrieNodesResolverStub 

type TrieNodesResolverStub struct {
	RequestDataFromHashCalled    func(hash []byte) error
	ProcessReceivedMessageCalled func(message p2p.MessageP2P) error
}

TrieNodesResolverStub -

func (*TrieNodesResolverStub) IsInterfaceNil 

func (tnrs *TrieNodesResolverStub) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*TrieNodesResolverStub) ProcessReceivedMessage 

func (tnrs *TrieNodesResolverStub) ProcessReceivedMessage(message p2p.MessageP2P, _ p2p.PeerID) error

ProcessReceivedMessage -

func (*TrieNodesResolverStub) RequestDataFromHash 

func (tnrs *TrieNodesResolverStub) RequestDataFromHash(hash []byte, _ uint32) error

RequestDataFromHash -

type TrieStub 

type TrieStub struct {
	GetCalled                func(key []byte) ([]byte, error)
	UpdateCalled             func(key, value []byte) error
	DeleteCalled             func(key []byte) error
	RootCalled               func() ([]byte, error)
	CommitCalled             func() error
	RecreateCalled           func(root []byte) (data.Trie, error)
	CancelPruneCalled        func(rootHash []byte, identifier data.TriePruningIdentifier)
	PruneCalled              func(rootHash []byte, identifier data.TriePruningIdentifier)
	ResetOldHashesCalled     func() [][]byte
	AppendToOldHashesCalled  func([][]byte)
	TakeSnapshotCalled       func(rootHash []byte)
	SetCheckpointCalled      func(rootHash []byte)
	GetSerializedNodesCalled func([]byte, uint64) ([][]byte, error)
	DatabaseCalled           func() data.DBWriteCacher
	GetAllLeavesCalled       func() (map[string][]byte, error)
	IsPruningEnabledCalled   func() bool
	ClosePersisterCalled     func() error
}

TrieStub -

func (*TrieStub) AppendToOldHashes 

func (ts *TrieStub) AppendToOldHashes(hashes [][]byte)

AppendToOldHashes appends the given hashes to the trie's oldHashes variable

func (*TrieStub) CancelPrune 

func (ts *TrieStub) CancelPrune(rootHash []byte, identifier data.TriePruningIdentifier)

CancelPrune invalidates the hashes that correspond to the given root hash from the eviction waiting list

func (*TrieStub) ClosePersister 

func (ts *TrieStub) ClosePersister() error

ClosePersister -

func (*TrieStub) Commit 

func (ts *TrieStub) Commit() error

Commit -

func (*TrieStub) Database 

func (ts *TrieStub) Database() data.DBWriteCacher

Database -

func (*TrieStub) Delete 

func (ts *TrieStub) Delete(key []byte) error

Delete -

func (*TrieStub) Get 

func (ts *TrieStub) Get(key []byte) ([]byte, error)

Get -

func (*TrieStub) GetAllLeaves 

func (ts *TrieStub) GetAllLeaves() (map[string][]byte, error)

GetAllLeaves -

func (*TrieStub) GetSerializedNodes 

func (ts *TrieStub) GetSerializedNodes(hash []byte, maxBuffToSend uint64) ([][]byte, error)

GetSerializedNodes -

func (*TrieStub) IsInterfaceNil 

func (ts *TrieStub) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*TrieStub) IsPruningEnabled 

func (ts *TrieStub) IsPruningEnabled() bool

IsPruningEnabled -

func (*TrieStub) Prune 

func (ts *TrieStub) Prune(rootHash []byte, identifier data.TriePruningIdentifier)

Prune removes from the database all the old hashes that correspond to the given root hash

func (*TrieStub) Recreate 

func (ts *TrieStub) Recreate(root []byte) (data.Trie, error)

Recreate -

func (*TrieStub) ResetOldHashes 

func (ts *TrieStub) ResetOldHashes() [][]byte

ResetOldHashes resets the oldHashes and oldRoot variables and returns the old hashes

func (*TrieStub) Root 

func (ts *TrieStub) Root() ([]byte, error)

Root -

func (*TrieStub) SetCheckpoint 

func (ts *TrieStub) SetCheckpoint(rootHash []byte)

SetCheckpoint -

func (*TrieStub) String 

func (ts *TrieStub) String() string

String -

func (*TrieStub) TakeSnapshot 

func (ts *TrieStub) TakeSnapshot(rootHash []byte)

TakeSnapshot -

func (*TrieStub) Update 

func (ts *TrieStub) Update(key, value []byte) error

Update -

type Uint64CacherStub 

type Uint64CacherStub struct {
	ClearCalled           func()
	PutCalled             func(uint64, interface{}) bool
	GetCalled             func(uint64) (interface{}, bool)
	HasCalled             func(uint64) bool
	PeekCalled            func(uint64) (interface{}, bool)
	HasOrAddCalled        func(uint64, interface{}) (bool, bool)
	RemoveCalled          func(uint64)
	RemoveOldestCalled    func()
	KeysCalled            func() []uint64
	LenCalled             func() int
	RegisterHandlerCalled func(handler func(nonce uint64))
}

Uint64CacherStub -

func (*Uint64CacherStub) Clear 

func (ucs *Uint64CacherStub) Clear()

Clear -

func (*Uint64CacherStub) Get 

func (ucs *Uint64CacherStub) Get(nonce uint64) (interface{}, bool)

Get -

func (*Uint64CacherStub) Has 

func (ucs *Uint64CacherStub) Has(nonce uint64) bool

Has -

func (*Uint64CacherStub) HasOrAdd 

func (ucs *Uint64CacherStub) HasOrAdd(nonce uint64, value interface{}) (bool, bool)

HasOrAdd -

func (*Uint64CacherStub) Keys 

func (ucs *Uint64CacherStub) Keys() []uint64

Keys -

func (*Uint64CacherStub) Len 

func (ucs *Uint64CacherStub) Len() int

Len -

func (*Uint64CacherStub) Peek 

func (ucs *Uint64CacherStub) Peek(nonce uint64) (interface{}, bool)

Peek -

func (*Uint64CacherStub) Put 

func (ucs *Uint64CacherStub) Put(nonce uint64, value interface{}) bool

Put -

func (*Uint64CacherStub) RegisterHandler 

func (ucs *Uint64CacherStub) RegisterHandler(handler func(nonce uint64))

RegisterHandler -

func (*Uint64CacherStub) Remove 

func (ucs *Uint64CacherStub) Remove(nonce uint64)

Remove -

func (*Uint64CacherStub) RemoveOldest 

func (ucs *Uint64CacherStub) RemoveOldest()

RemoveOldest -

type UnsignedTxHandlerMock 

type UnsignedTxHandlerMock struct {
	CleanProcessedUtxsCalled    func()
	ProcessTransactionFeeCalled func(cost *big.Int, hash []byte)
	CreateAllUTxsCalled         func() []data.TransactionHandler
	VerifyCreatedUTxsCalled     func() error
	AddTxFeeFromBlockCalled     func(tx data.TransactionHandler)
}

UnsignedTxHandlerMock -

func (*UnsignedTxHandlerMock) AddRewardTxFromBlock 

func (ut *UnsignedTxHandlerMock) AddRewardTxFromBlock(tx data.TransactionHandler)

AddRewardTxFromBlock -

func (*UnsignedTxHandlerMock) CleanProcessedUTxs 

func (ut *UnsignedTxHandlerMock) CleanProcessedUTxs()

CleanProcessedUTxs -

func (*UnsignedTxHandlerMock) CreateAllUTxs 

func (ut *UnsignedTxHandlerMock) CreateAllUTxs() []data.TransactionHandler

CreateAllUTxs -

func (*UnsignedTxHandlerMock) ProcessTransactionFee 

func (ut *UnsignedTxHandlerMock) ProcessTransactionFee(cost *big.Int, hash []byte)

ProcessTransactionFee -

func (*UnsignedTxHandlerMock) VerifyCreatedUTxs 

func (ut *UnsignedTxHandlerMock) VerifyCreatedUTxs() error

VerifyCreatedUTxs -

type UpdaterStub 

type UpdaterStub struct {
	UpdateCalled func(key, value []byte) error
}

UpdaterStub -

func (*UpdaterStub) IsInterfaceNil 

func (updater *UpdaterStub) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*UpdaterStub) Update 

func (updater *UpdaterStub) Update(key, value []byte) error

Update -

Source Files

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