identity

package
v6.5.2+incompatible Latest Latest
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 Go to latest Published: Feb 5, 2020 License: Apache-2.0, BSD-2-Clause, BSD-3-Clause, + 4 more Imports: 20 Imported by: 15

Documentation

Index

Constants

View Source 
const (
	TWELVE_HOURS_S uint64 = 12 * 60 * 60
)

Variables

This section is empty.

Functions

func BubbleSortUint32 

func BubbleSortUint32(arr []uint32) []uint32

func CheckTimestamp 

func CheckTimestamp(time []byte, timeEntered int64) bool

Makes sure the timestamp is within the designated window to be valid : 12 hours TimeEntered is in seconds

Types

type AnchorSigningKey 

type AnchorSigningKey struct {
	BlockChain string                 `json:"blockchain"`
	KeyLevel   byte                   `json:"level"`
	KeyType    byte                   `json:"keytype"`
	SigningKey primitives.ByteSlice20 `json:"key"` //if bytes, it is hex
}

func RandomAnchorSigningKey 

func RandomAnchorSigningKey() *AnchorSigningKey

func (*AnchorSigningKey) IsSameAs 

func (e *AnchorSigningKey) IsSameAs(b *AnchorSigningKey) bool

func (*AnchorSigningKey) MarshalBinary 

func (e *AnchorSigningKey) MarshalBinary() (rval []byte, err error)

func (*AnchorSigningKey) UnmarshalBinary 

func (e *AnchorSigningKey) UnmarshalBinary(p []byte) error

func (*AnchorSigningKey) UnmarshalBinaryData 

func (e *AnchorSigningKey) UnmarshalBinaryData(p []byte) (newData []byte, err error)

type AnchorSigningKeySort 

type AnchorSigningKeySort []AnchorSigningKey

sort.Sort interface implementation

func (AnchorSigningKeySort) Len 

func (p AnchorSigningKeySort) Len() int

func (AnchorSigningKeySort) Less 

func (p AnchorSigningKeySort) Less(i, j int) bool

func (AnchorSigningKeySort) Swap 

func (p AnchorSigningKeySort) Swap(i, j int)

type Authority 

type Authority struct {
	AuthorityChainID  interfaces.IHash     `json:"chainid"`
	ManagementChainID interfaces.IHash     `json:"manageid"`
	MatryoshkaHash    interfaces.IHash     `json:"matroyshka"`
	SigningKey        primitives.PublicKey `json:"signingkey"`
	Status            uint8                `json:"status"`
	AnchorKeys        []AnchorSigningKey   `json:"anchorkeys"`

	KeyHistory      []HistoricKey       `json:"-"`
	Efficiency      uint16              `json:"efficiency"`
	CoinbaseAddress interfaces.IAddress `json:"coinbaseaddress"`
}

func NewAuthority 

func NewAuthority() *Authority

func RandomAuthority 

func RandomAuthority() *Authority

func (*Authority) Clone 

func (a *Authority) Clone() *Authority

func (*Authority) GetAuthorityChainID 

func (e *Authority) GetAuthorityChainID() (rval interfaces.IHash)

func (*Authority) GetCoinbaseHumanReadable 

func (a *Authority) GetCoinbaseHumanReadable() string

func (*Authority) GetSigningKey 

func (auth *Authority) GetSigningKey() []byte

func (*Authority) Init 

func (e *Authority) Init()

func (*Authority) IsSameAs 

func (e *Authority) IsSameAs(b *Authority) bool

func (*Authority) MarshalBinary 

func (e *Authority) MarshalBinary() (rval []byte, err error)

func (*Authority) MarshalJSON 

func (auth *Authority) MarshalJSON() (rval []byte, err error)

func (*Authority) Type 

func (auth *Authority) Type() int

1 if fed, 0 if audit, -1 if neither

func (*Authority) UnmarshalBinary 

func (e *Authority) UnmarshalBinary(p []byte) error

func (*Authority) UnmarshalBinaryData 

func (e *Authority) UnmarshalBinaryData(p []byte) (newData []byte, err error)

func (*Authority) VerifySignature 

func (auth *Authority) VerifySignature(msg []byte, sig *[constants.SIGNATURE_LENGTH]byte) (bool, error)

type AuthoritySort 

type AuthoritySort []interfaces.IAuthority

sort.Sort interface implementation

func (AuthoritySort) Len 

func (p AuthoritySort) Len() int

func (AuthoritySort) Less 

func (p AuthoritySort) Less(i, j int) bool

func (AuthoritySort) Swap 

func (p AuthoritySort) Swap(i, j int)

type CoinbaseCancelManager 

type CoinbaseCancelManager struct {
	// Heights of various descriptor cancel proposals. This list will be
	// sorted, and is used for garbage collecting proposals that have failed
	ProposalsList []uint32

	// Proposals is all cancel proposals for a given descriptor height
	//		[descriptorheight][cancel index][id chain]Cancel identity entry
	Proposals map[uint32]map[uint32]map[[32]byte]identityEntries.NewCoinbaseCancelStruct

	// Boolean indicator if it's been recorded to the admin block. We do not do this more than once
	//		[descriptorheight][cancel index]
	AdminBlockRecord map[uint32]map[uint32]bool
	// contains filtered or unexported fields
}

CoinbaseCancelManager handles keeping track of coinbase cancel signals in identity chains. Specifically keeps track of the tallies, then can determine if an admin block entry should be created.

func NewCoinbaseCancelManager 

func NewCoinbaseCancelManager(im *IdentityManager) *CoinbaseCancelManager

func (*CoinbaseCancelManager) AddCancel 

func (cm *CoinbaseCancelManager) AddCancel(cc identityEntries.NewCoinbaseCancelStruct)

AddCancel will add a proposal to the list. It assumes the height check has already been done

func (*CoinbaseCancelManager) AddNewProposalHeight 

func (cm *CoinbaseCancelManager) AddNewProposalHeight(descriptorHeight uint32)

AddNewProposalHeight does a insert into the sorted list. It does not use binary search as this list should be relatively small, and infrequently used. Only used when canceling a coinbase in the future.

func (*CoinbaseCancelManager) CanceledOutputs 

func (cm *CoinbaseCancelManager) CanceledOutputs(descriptorHeight uint32) []uint32

CanceledOutputs will return the indices of all indices to be canceled for a given descriptor height 

It will only return indicies not already marked as cancelled (in the admin block)

This function is used in unit tests, not in factomd

func (*CoinbaseCancelManager) GC 

func (c *CoinbaseCancelManager) GC(dbheight uint32)

GC is garbage collecting old proposals 

dbheight is the current height.

func (*CoinbaseCancelManager) IsAdminBlockRecorded 

func (cm *CoinbaseCancelManager) IsAdminBlockRecorded(descriptorHeight uint32, index uint32) bool

IsAdminBlockRecorded returns boolean if marked already recorded. Garbage collected heights will return false, so the caller will have to check if the dbheight is valid.

func (*CoinbaseCancelManager) IsCoinbaseCancelled 

func (cm *CoinbaseCancelManager) IsCoinbaseCancelled(descriptorHeight, index uint32) bool

IsCoinbaseCancelled returns true if the coinbase transaction is cancelled for a given descriptor height and (output) index.

func (*CoinbaseCancelManager) MarkAdminBlockRecorded 

func (cm *CoinbaseCancelManager) MarkAdminBlockRecorded(descriptorHeight uint32, index uint32)

MarkAdminBlockRecorded will mark a given index for a descriptor already canceled. This is to prevent a given index from being recorded multiple times

type EntryBlockMarker 

type EntryBlockMarker struct {
	KeyMr           interfaces.IHash
	Sequence        uint32
	DBHeight        uint32
	DblockTimestamp interfaces.Timestamp
}

func NewEntryBlockMarker 

func NewEntryBlockMarker() *EntryBlockMarker

func RandomEntryBlockMarker 

func RandomEntryBlockMarker() *EntryBlockMarker

func (*EntryBlockMarker) Clone 

func (e *EntryBlockMarker) Clone() *EntryBlockMarker

func (*EntryBlockMarker) IsSameAs 

func (a *EntryBlockMarker) IsSameAs(b *EntryBlockMarker) bool

func (*EntryBlockMarker) MarshalBinary 

func (e *EntryBlockMarker) MarshalBinary() (rval []byte, err error)

func (*EntryBlockMarker) Size 

func (e *EntryBlockMarker) Size() int

Returns the byte size when marshaled

func (*EntryBlockMarker) UnmarshalBinary 

func (e *EntryBlockMarker) UnmarshalBinary(p []byte) error

func (*EntryBlockMarker) UnmarshalBinaryData 

func (e *EntryBlockMarker) UnmarshalBinaryData(p []byte) (newData []byte, err error)

type EntryBlockMarkerList 

type EntryBlockMarkerList []EntryBlockMarker

func (EntryBlockMarkerList) Len 

func (p EntryBlockMarkerList) Len() int

func (EntryBlockMarkerList) Less 

func (p EntryBlockMarkerList) Less(i, j int) bool

func (EntryBlockMarkerList) Swap 

func (p EntryBlockMarkerList) Swap(i, j int)

type EntryBlockSync 

type EntryBlockSync struct {
	Current          EntryBlockMarker
	Target           EntryBlockMarker
	BlocksToBeParsed []EntryBlockMarker
}

EntryBlockSync has the current eblock synced to, and the target Eblock 

It also has the blocks in between in order. This makes it so traversing only needs to happen once

func NewEntryBlockSync 

func NewEntryBlockSync() *EntryBlockSync

func RandomEntryBlockSync 

func RandomEntryBlockSync() *EntryBlockSync

func (*EntryBlockSync) AddNewHead 

func (a *EntryBlockSync) AddNewHead(keymr interfaces.IHash, seq uint32, ht uint32, dblockTimestamp interfaces.Timestamp)

func (*EntryBlockSync) AddNewHeadMarker 

func (a *EntryBlockSync) AddNewHeadMarker(marker EntryBlockMarker)

AddNewHead will add a new eblock to be parsed to the head (tail of list) 

Since the block needs to be parsed, it is the new target and added to the blocks to be parsed

func (*EntryBlockSync) BlockParsed 

func (a *EntryBlockSync) BlockParsed(block EntryBlockMarker)

BlockParsed indicates a block has been parsed. We update our current

func (*EntryBlockSync) Clone 

func (e *EntryBlockSync) Clone() *EntryBlockSync

func (*EntryBlockSync) IsSameAs 

func (a *EntryBlockSync) IsSameAs(b *EntryBlockSync) bool

func (*EntryBlockSync) MarshalBinary 

func (e *EntryBlockSync) MarshalBinary() (rval []byte, err error)

func (*EntryBlockSync) NextEBlock 

func (a *EntryBlockSync) NextEBlock() *EntryBlockMarker

NextEBlock returns the next eblock that is needed to be parsed

func (*EntryBlockSync) Synced 

func (a *EntryBlockSync) Synced() bool

Synced returns if fully synced (current == target)

func (*EntryBlockSync) UnmarshalBinary 

func (e *EntryBlockSync) UnmarshalBinary(p []byte) error

func (*EntryBlockSync) UnmarshalBinaryData 

func (e *EntryBlockSync) UnmarshalBinaryData(p []byte) (newData []byte, err error)

type HistoricKey 

type HistoricKey struct {
	ActiveDBHeight uint32
	SigningKey     primitives.PublicKey
}

func RandomHistoricKey 

func RandomHistoricKey() *HistoricKey

func (*HistoricKey) IsSameAs 

func (e *HistoricKey) IsSameAs(b *HistoricKey) bool

func (*HistoricKey) MarshalBinary 

func (e *HistoricKey) MarshalBinary() (rval []byte, err error)

func (*HistoricKey) UnmarshalBinary 

func (e *HistoricKey) UnmarshalBinary(p []byte) error

func (*HistoricKey) UnmarshalBinaryData 

func (e *HistoricKey) UnmarshalBinaryData(p []byte) (newData []byte, err error)

type Identity 

type Identity struct {
	IdentityChainID    interfaces.IHash `json:"identity_chainid"`
	IdentityChainSync  EntryBlockSync   `json:"-"`
	IdentityRegistered uint32           `json:"identity_registered`
	IdentityCreated    uint32           `json:"identity_created`

	ManagementChainID    interfaces.IHash `json:"management_chaind`
	ManagementChainSync  EntryBlockSync   `json:"-"`
	ManagementRegistered uint32           `json:"management_registered`
	ManagementCreated    uint32           `json:"management_created`
	MatryoshkaHash       interfaces.IHash `json:"matryoshka_hash`

	// All 4 levels keys, 0 indexed.
	//		Keys[0] --> Key 1
	//		Keys[1] --> Key 2
	//		Keys[2] --> Key 3
	//		Keys[3] --> Key 4
	Keys            [4]interfaces.IHash `json:"identity_keys"`
	SigningKey      interfaces.IHash    `json:"signing_key"`
	Status          uint8               `json:"status"`
	AnchorKeys      []AnchorSigningKey  `json:"anchor_keys"`
	Efficiency      uint16              `json:"efficiency"`
	CoinbaseAddress interfaces.IHash    `json:"coinbase_address"`
}

https://github.com/FactomProject/FactomDocs/blob/master/Identity.md

func NewIdentity 

func NewIdentity() *Identity

func RandomIdentity 

func RandomIdentity() *Identity

func (*Identity) Clone 

func (e *Identity) Clone() *Identity

func (*Identity) GetCoinbaseHumanReadable 

func (id *Identity) GetCoinbaseHumanReadable() string

func (*Identity) Init 

func (e *Identity) Init()

func (*Identity) IsComplete 

func (id *Identity) IsComplete() (bool, error)

IsComplete returns if the identity is complete, meaning it has all of the required information for an authority server. If the identity is not valid, a list of missing things will be returned in the error

func (*Identity) IsFull 

func (id *Identity) IsFull() bool

func (*Identity) IsPromteable 

func (id *Identity) IsPromteable() (bool, error)

IsPromteable will return if the identity is able to be promoted. 

Checks if the Identity is complete
Checks if the registration is valid

func (*Identity) IsRegistrationValid 

func (id *Identity) IsRegistrationValid() (bool, error)

IsRegistrationValid will return if the registration of the identity is valid. It is determined by the block heights of registration to creation and is all time based (where time is measured in blocks)

func (*Identity) IsSameAs 

func (e *Identity) IsSameAs(b *Identity) bool

func (*Identity) JSONByte 

func (e *Identity) JSONByte() ([]byte, error)

func (*Identity) JSONString 

func (e *Identity) JSONString() (string, error)

func (*Identity) MarshalBinary 

func (e *Identity) MarshalBinary() (rval []byte, err error)

func (*Identity) String 

func (e *Identity) String() string

func (*Identity) ToAuthority 

func (id *Identity) ToAuthority() *Authority

ToAuthority should ONLY be used in TESTING 

Helpful for unit tests, useless for anything else

func (*Identity) UnmarshalBinary 

func (e *Identity) UnmarshalBinary(p []byte) error

func (*Identity) UnmarshalBinaryData 

func (e *Identity) UnmarshalBinaryData(p []byte) (newData []byte, err error)

func (*Identity) VerifySignature 

func (id *Identity) VerifySignature(msg []byte, sig *[constants.SIGNATURE_LENGTH]byte) (bool, error)

type IdentityManager 

type IdentityManager struct {
	Mutex sync.RWMutex
	IdentityManagerWithoutMutex
}

func NewIdentityManager 

func NewIdentityManager() *IdentityManager

func RandomIdentityManager 

func RandomIdentityManager() *IdentityManager

func RandomIdentityManagerWithCounts 

func RandomIdentityManagerWithCounts(fedCount, audCount int) *IdentityManager

func (*IdentityManager) ApplyAddAuditServer 

func (im *IdentityManager) ApplyAddAuditServer(entry interfaces.IABEntry, st interfaces.IState) error

func (*IdentityManager) ApplyAddEfficiency 

func (im *IdentityManager) ApplyAddEfficiency(entry interfaces.IABEntry) error

func (*IdentityManager) ApplyAddFactoidAddress 

func (im *IdentityManager) ApplyAddFactoidAddress(entry interfaces.IABEntry) error

func (*IdentityManager) ApplyAddFederatedServer 

func (im *IdentityManager) ApplyAddFederatedServer(entry interfaces.IABEntry, st interfaces.IState) error

func (*IdentityManager) ApplyAddFederatedServerBitcoinAnchorKey 

func (im *IdentityManager) ApplyAddFederatedServerBitcoinAnchorKey(entry interfaces.IABEntry) error

func (*IdentityManager) ApplyAddFederatedServerSigningKey 

func (im *IdentityManager) ApplyAddFederatedServerSigningKey(entry interfaces.IABEntry) error

func (*IdentityManager) ApplyAddReplaceMatryoshkaHash 

func (im *IdentityManager) ApplyAddReplaceMatryoshkaHash(entry interfaces.IABEntry) error

func (*IdentityManager) ApplyCancelCoinbaseDescriptor 

func (im *IdentityManager) ApplyCancelCoinbaseDescriptor(entry interfaces.IABEntry) error

func (*IdentityManager) ApplyIdentityChainStructure 

func (im *IdentityManager) ApplyIdentityChainStructure(ic *IdentityChainStructure, chainID interfaces.IHash, dBlockHeight uint32) (bool, error)

func (*IdentityManager) ApplyIncreaseServerCount 

func (im *IdentityManager) ApplyIncreaseServerCount(entry interfaces.IABEntry) error

func (*IdentityManager) ApplyNewBitcoinKeyStructure 

func (im *IdentityManager) ApplyNewBitcoinKeyStructure(bnk *NewBitcoinKeyStructure, subChainID interfaces.IHash, BlockChain string, dBlockTimestamp interfaces.Timestamp, a interfaces.IAdminBlock) (bool, bool, error)

Returns 

bool	change		If a key has been changed
bool	tryagain	If this is set to true, this entry can be reprocessed if it is *new*
error	err			Any errors

func (*IdentityManager) ApplyNewBlockSigningKeyStruct 

func (im *IdentityManager) ApplyNewBlockSigningKeyStruct(nbsk *NewBlockSigningKeyStruct, subchainID interfaces.IHash, dBlockTimestamp interfaces.Timestamp, a interfaces.IAdminBlock) (bool, bool, error)

ApplyNewBlockSigningKeyStruct will parse a new block signing key and attempt to add the signing to the proper identity. 

Returns
	bool	change		If a key has been changed
	bool	tryagain	If this is set to true, this entry can be reprocessed if it is *new*
	error	err			Any errors

func (*IdentityManager) ApplyNewCoinbaseAddressStruct 

func (im *IdentityManager) ApplyNewCoinbaseAddressStruct(ncas *NewCoinbaseAddressStruct, rootchainID interfaces.IHash, dBlockTimestamp interfaces.Timestamp, a interfaces.IAdminBlock) (bool, bool, error)

ApplyNewCoinbaseAddressStruct will parse a new coinbase address and attempt to add the signing to the proper identity. 

Returns
	bool	change		If a key has been changed
	bool	tryagain	If this is set to true, this entry can be reprocessed if it is *new*
	error	err			Any errors

func (*IdentityManager) ApplyNewCoinbaseCancelStruct 

func (im *IdentityManager) ApplyNewCoinbaseCancelStruct(nccs *NewCoinbaseCancelStruct, managechain interfaces.IHash, dblockHeight uint32, a interfaces.IAdminBlock) (bool, bool, error)

ApplyNewCoinbaseCancelStruct will parse a new coinbase cancel 

Validation Difference:
	Most entries check the timestamps to ensure entry is within 12 hours of dblock. That does not apply to coinbase, it can be replayed
	as long as it is between the block window.
Returns
	bool	change		If a key has been changed
	bool	tryagain	If this is set to true, this entry can be reprocessed if it is *new*
	error	err			Any errors

func (*IdentityManager) ApplyNewMatryoshkaHashStructure 

func (im *IdentityManager) ApplyNewMatryoshkaHashStructure(nmh *NewMatryoshkaHashStructure, dBlockTimestamp interfaces.Timestamp, a interfaces.IAdminBlock) (bool, bool, error)

ApplyNewMatryoshkaHashStructure will parse a new matryoshka hash and attempt to add the signing to the proper identity. 

Returns
	bool	change		If a key has been changed
	bool	tryagain	If this is set to true, this entry can be reprocessed if it is *new*
	error	err			Any errors

func (*IdentityManager) ApplyNewServerEfficiencyStruct 

func (im *IdentityManager) ApplyNewServerEfficiencyStruct(nses *NewServerEfficiencyStruct, subchainID interfaces.IHash, dBlockTimestamp interfaces.Timestamp, a interfaces.IAdminBlock) (bool, bool, error)

ApplyNewServerEfficiencyStruct will parse a new server efficiency and attempt to add the signing to the proper identity. 

Returns
	bool	change		If a key has been changed
	bool	tryagain	If this is set to true, this entry can be reprocessed if it is *new*
	error	err			Any errors

func (*IdentityManager) ApplyRegisterFactomIdentityStructure 

func (im *IdentityManager) ApplyRegisterFactomIdentityStructure(rfi *RegisterFactomIdentityStructure, dBlockHeight uint32) (bool, error)

func (*IdentityManager) ApplyRegisterServerManagementStructure 

func (im *IdentityManager) ApplyRegisterServerManagementStructure(rsm *RegisterServerManagementStructure, chainID interfaces.IHash, dBlockHeight uint32) (bool, error)

func (*IdentityManager) ApplyRemoveFederatedServer 

func (im *IdentityManager) ApplyRemoveFederatedServer(entry interfaces.IABEntry) error

func (*IdentityManager) ApplyRevealMatryoshkaHash 

func (im *IdentityManager) ApplyRevealMatryoshkaHash(entry interfaces.IABEntry) error

func (*IdentityManager) ApplyServerFault 

func (im *IdentityManager) ApplyServerFault(entry interfaces.IABEntry) error

func (*IdentityManager) ApplyServerManagementStructure 

func (im *IdentityManager) ApplyServerManagementStructure(sm *ServerManagementStructure, chainID interfaces.IHash, dBlockHeight uint32) (bool, error)

ApplyServerManagementStructure is the first entry in the management chain 

DO NOT set the management chain in the identity, as it will be set on the register
	"Server Management"

func (*IdentityManager) AuditServerCount 

func (im *IdentityManager) AuditServerCount() int

func (*IdentityManager) AuthorityServerCount 

func (im *IdentityManager) AuthorityServerCount() int

AuthorityServerCount returns the total count of Federated + Audit Servers

func (*IdentityManager) CheckDBSignatureEntries 

func (im *IdentityManager) CheckDBSignatureEntries(aBlock interfaces.IAdminBlock, dBlock interfaces.IDirectoryBlock, prevHeader []byte) error

func (*IdentityManager) Clone 

func (im *IdentityManager) Clone() *IdentityManager

Used when cloning state into sim nodes

func (*IdentityManager) FedServerCount 

func (im *IdentityManager) FedServerCount() int

func (*IdentityManager) GetAuthorities 

func (im *IdentityManager) GetAuthorities() []interfaces.IAuthority

func (*IdentityManager) GetAuthority 

func (im *IdentityManager) GetAuthority(chainID interfaces.IHash) *Authority

func (*IdentityManager) GetIdentities 

func (im *IdentityManager) GetIdentities() []*Identity

func (*IdentityManager) GetIdentity 

func (im *IdentityManager) GetIdentity(chainID interfaces.IHash) *Identity

func (*IdentityManager) GetRegistrations 

func (im *IdentityManager) GetRegistrations() []*identityEntries.RegisterFactomIdentityStructure

func (*IdentityManager) GetSortedAuthorities 

func (im *IdentityManager) GetSortedAuthorities() []interfaces.IAuthority

func (*IdentityManager) GetSortedIdentities 

func (im *IdentityManager) GetSortedIdentities() []*Identity

func (*IdentityManager) GetSortedRegistrations 

func (im *IdentityManager) GetSortedRegistrations() []*identityEntries.RegisterFactomIdentityStructure

func (*IdentityManager) GobDecode 

func (im *IdentityManager) GobDecode(data []byte) error

func (*IdentityManager) GobEncode 

func (im *IdentityManager) GobEncode() ([]byte, error)

func (*IdentityManager) Init 

func (im *IdentityManager) Init()

func (*IdentityManager) IsSameAs 

func (a *IdentityManager) IsSameAs(b *IdentityManager) bool

func (*IdentityManager) MarshalBinary 

func (im *IdentityManager) MarshalBinary() ([]byte, error)

func (*IdentityManager) ProcessABlockEntry 

func (im *IdentityManager) ProcessABlockEntry(entry interfaces.IABEntry, st interfaces.IState) error

func (*IdentityManager) ProcessIdentityEntry 

func (im *IdentityManager) ProcessIdentityEntry(entry interfaces.IEBEntry, dBlockHeight uint32, dBlockTimestamp interfaces.Timestamp, newEntry bool) (bool, error)

func (*IdentityManager) ProcessIdentityEntryWithABlockUpdate 

func (im *IdentityManager) ProcessIdentityEntryWithABlockUpdate(entry interfaces.IEBEntry, dBlockHeight uint32, dBlockTimestamp interfaces.Timestamp, a interfaces.IAdminBlock, newEntry bool) (bool, error)

ProcessIdentityEntryWithABlockUpdate will process an entry and update an entry. It will also update the admin block with any changes. There are some special parameters: 

Params:
	entry
	dBlockHeight
	dBlockTimestamp
	d					DBState		If not nil, it means to update the admin block with changes
	newEntry			bool		Setting this to true means it can be put into the oldEntries queue to be reprocesses (helps for out of order entries)

Returns
	change				bool		If a key has been changed
	err					error

func (*IdentityManager) ProcessOldEntries 

func (im *IdentityManager) ProcessOldEntries() (bool, error)

func (*IdentityManager) PushEntryForLater 

func (im *IdentityManager) PushEntryForLater(entry interfaces.IEBEntry, dBlockHeight uint32, dBlockTimestamp interfaces.Timestamp) error

func (*IdentityManager) RemoveAuthority 

func (im *IdentityManager) RemoveAuthority(chainID interfaces.IHash) bool

func (*IdentityManager) RemoveIdentity 

func (im *IdentityManager) RemoveIdentity(chainID interfaces.IHash) bool

func (*IdentityManager) SetAuthority 

func (im *IdentityManager) SetAuthority(chainID interfaces.IHash, auth *Authority)

func (*IdentityManager) SetBootstrapIdentity 

func (im *IdentityManager) SetBootstrapIdentity(id interfaces.IHash, key interfaces.IHash) error

func (*IdentityManager) SetIdentity 

func (im *IdentityManager) SetIdentity(chainID interfaces.IHash, id *Identity)

func (*IdentityManager) SetIdentityRegistration 

func (im *IdentityManager) SetIdentityRegistration(chain interfaces.IHash) error

func (*IdentityManager) SetSkeletonIdentity 

func (im *IdentityManager) SetSkeletonIdentity(chain interfaces.IHash) error

func (*IdentityManager) String 

func (im *IdentityManager) String() string

Full print of Identity Manager

func (*IdentityManager) UnmarshalBinary 

func (e *IdentityManager) UnmarshalBinary(p []byte) error

func (*IdentityManager) UnmarshalBinaryData 

func (im *IdentityManager) UnmarshalBinaryData(p []byte) (newData []byte, err error)

type IdentityManagerWithoutMutex 

type IdentityManagerWithoutMutex struct {
	Authorities map[[32]byte]*Authority
	Identities  map[[32]byte]*Identity
	// All Identity Registrations.
	IdentityRegistrations   map[[32]byte]*identityEntries.RegisterFactomIdentityStructure
	MaxAuthorityServerCount int

	// Not Marshalled
	// Tracks cancellation of coinbases
	CancelManager *CoinbaseCancelManager

	// Map of all coinbase outputs that are cancelled.
	//	The map key is the block height of the DESCRIPTOR
	//	The list of ints are the indices of the outputs to be
	//	removed. The keys from the map should be deleted when the
	//	descriptor+declaration height is hit.
	//		[descriptorheight]List of cancelled outputs
	CanceledCoinbaseOutputs map[uint32][]uint32
	OldEntries              []*OldEntry
}

type IdentitySort 

type IdentitySort []*Identity

sort.Sort interface implementation

func (IdentitySort) Len 

func (p IdentitySort) Len() int

func (IdentitySort) Less 

func (p IdentitySort) Less(i, j int) bool

func (IdentitySort) Swap 

func (p IdentitySort) Swap(i, j int)

type OldEntry 

type OldEntry struct {
	EntryBinary     []byte
	DBlockHeight    uint32
	DBlockTimestamp uint64
}

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