data

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 Go to latest Published: Dec 6, 2018 License: ISC Imports: 19 Imported by: 0

Documentation

Overview

Package data aims to provides all the data types that are needed to build tools, clients and servers for use on the Ripple network.

Ledger

The ledger is a mixture of various data types, all persisted in the form of a key and value. The value contains a node, and some nodes refer to other nodes by their index. An index may or may not be equivalent to a node's key. A ledger consists of a LedgerHeader as the root of two trees, one for the transactions in that ledger and one for the state of all accounts at that point in time.

A ledger refers to its predecessor, which has a completely different tree for its transactions, but the account state tree will share most of its nodes with its successors and predecessors.

The full ledger consists of a sequence of such ledgers, each referring to, and dependent on its predecessor.

Important terms are key, value, index, hash and node. Keys, indexes and hashes are always 32 bytes in length and involve the use of the SHA512 cryptographic hash algorithm, discarding the last 32 bytes of the resulting hash. Sometimes they are the same thing, sometimes not.

LedgerHeader

This is the root of the two trees for a single ledger. It contains information about the ledger and its predecessor. A ledger header node is never reused between ledgers. 

Node:	Simple big-endian binary encoding of LedgerHeader
Index:  SHA512Half of HP_LEDGER_MASTER:Node
Hash:	Same as Index

Key:	Index
Value:	LedgerSequence:LedgerSequence:NT_LEDGER:HP_LEDGER_MASTER:Node

Inner Node

This is a node in either the transaction or account state tree which contains up to 16 hashes of other nodes. The position of the hash represents a 4 bit nibble of the index that is being searched for in the tree. An account state inner node may be reused between ledgers, a transaction inner node will never be reused. 

Node:	Simple big-endian binary encoding of 16 x 32 byte hashes
Index:	SHA512Half of HP_INNER_NODE:Node
Hash:	Same as Index

Key: 	Index
Value:	LedgerSequence:LedgerSequence:NT_ACCOUNT_NODE or NT_TRANSACTION_NODE:HP_INNER_NODE:Node

TransactionWithMetadata Node

This contains a Transaction with Metadata describing how the LedgerEntry nodes were altered. It has the most complex structure of all nodes. A TransactionWithMetadata node is never reused between ledgers. VL is a variable length marker. 

Node: 	Complex encoding of Transaction
Index:	SHA512Half of HP_TRANSACTION_ID:Node
Hash:	SHA512Half of HP_TRANSACTION_NODE:VL:Node:VL:Metadata:Index

Key:	Hash
Value:	LedgerSequence:LedgerSequence:NT_TRANSACTION_NODE:HP_TRANSACTION_NODE:VL:Node:VL:Metadata:Index

LedgerEntry Node

This contains the state of an account after a transaction has been applied. Ledger Entry nodes may be reused between ledgers. 

Node:	Complex encoding of LedgerEntry
Index:	SHA512Half of namespace and a type-specific rule
Hash:	SHA512Half of HP_LEAF_NODE:Node:Index

Key:	Hash
Value:	LedgerSequence:LedgerSequence:NT_ACCOUNT_NODE:HP_LEAF_NODE:Node:Index

Index

Examples

Constants

View Source 
const (
	// LedgerEntryType values come from rippled's "LedgerFormats.h"
	SIGNER_LIST   LedgerEntryType = 0x53 // 'S'
	TICKET        LedgerEntryType = 0x54 // 'T'
	ACCOUNT_ROOT  LedgerEntryType = 0x61 // 'a'
	DIRECTORY     LedgerEntryType = 0x64 // 'd'
	AMENDMENTS    LedgerEntryType = 0x66 // 'f'
	LEDGER_HASHES LedgerEntryType = 0x68 // 'h'
	OFFER         LedgerEntryType = 0x6f // 'o'
	RIPPLE_STATE  LedgerEntryType = 0x72 // 'r'
	FEE_SETTINGS  LedgerEntryType = 0x73 // 's'
	ESCROW        LedgerEntryType = 0x75 // 'u'
	PAY_CHANNEL   LedgerEntryType = 0x78 // 'x'
	CHECK         LedgerEntryType = 0x63 // 'C'

	// TransactionType values come from rippled's "TxFormats.h"
	PAYMENT         TransactionType = 0
	ESCROW_CREATE   TransactionType = 1
	ESCROW_FINISH   TransactionType = 2
	ACCOUNT_SET     TransactionType = 3
	ESCROW_CANCEL   TransactionType = 4
	SET_REGULAR_KEY TransactionType = 5
	OFFER_CREATE    TransactionType = 7
	OFFER_CANCEL    TransactionType = 8
	TICKET_CREATE   TransactionType = 10
	TICKET_CANCEL   TransactionType = 11
	SIGNER_LIST_SET TransactionType = 12
	PAYCHAN_CREATE  TransactionType = 13
	PAYCHAN_FUND    TransactionType = 14
	PAYCHAN_CLAIM   TransactionType = 15
	CHECK_CREATE    TransactionType = 16
	CHECK_CASH      TransactionType = 17
	CHECK_CANCEL    TransactionType = 18
	TRUST_SET       TransactionType = 20
	AMENDMENT       TransactionType = 100
	SET_FEE         TransactionType = 101
)
View Source 
const (
	// Hash Prefixes
	HP_TRANSACTION_ID        HashPrefix = 0x54584E00 // 'TXN' transaction
	HP_TRANSACTION_NODE      HashPrefix = 0x534E4400 // 'SND' transaction plus metadata (probably should have been TND!)
	HP_LEAF_NODE             HashPrefix = 0x4D4C4E00 // 'MLN' account state
	HP_INNER_NODE            HashPrefix = 0x4D494E00 // 'MIN' inner node in tree
	HP_LEDGER_MASTER         HashPrefix = 0x4C575200 // 'LWR' ledger master data for signing (probably should have been LGR!)
	HP_TRANSACTION_SIGN      HashPrefix = 0x53545800 // 'STX' inner transaction to sign
	HP_TRANSACTION_MULTISIGN HashPrefix = 0x534D5400 // 'SMT' inner transaction to multi_sign
	HP_VALIDATION            HashPrefix = 0x56414C00 // 'VAL' validation for signing
	HP_PROPOSAL              HashPrefix = 0x50525000 // 'PRP' proposal for signing

	// Node Types
	NT_UNKNOWN          NodeType = 0
	NT_LEDGER           NodeType = 1
	NT_TRANSACTION      NodeType = 2
	NT_ACCOUNT_NODE     NodeType = 3
	NT_TRANSACTION_NODE NodeType = 4

	// Node Formats
	NF_PREFIX NodeFormat = 1
	NF_HASH   NodeFormat = 2
	NF_WIRE   NodeFormat = 3

	// Ledger index NameSpaces
	NS_ACCOUNT         LedgerNamespace = 'a'
	NS_DIRECTORY_NODE  LedgerNamespace = 'd'
	NS_RIPPLE_STATE    LedgerNamespace = 'r'
	NS_OFFER           LedgerNamespace = 'o' // Entry for an offer
	NS_OWNER_DIRECTORY LedgerNamespace = 'O' // Directory of things owned by an account
	NS_BOOK_DIRECTORY  LedgerNamespace = 'B' // Directory of order books
	NS_SKIP_LIST       LedgerNamespace = 's'
	NS_AMENDMENT       LedgerNamespace = 'f'
	NS_FEE             LedgerNamespace = 'e'
	NS_SUSPAY          LedgerNamespace = 'u'
	NS_TICKET          LedgerNamespace = 'T'
	NS_SIGNER_LIST     LedgerNamespace = 'S'
	NS_XRPU_CHANNEL    LedgerNamespace = 'x'
)
View Source 
const (
	ST_UINT16    uint8 = 1
	ST_UINT32    uint8 = 2
	ST_UINT64    uint8 = 3
	ST_HASH128   uint8 = 4
	ST_HASH256   uint8 = 5
	ST_AMOUNT    uint8 = 6
	ST_VL        uint8 = 7
	ST_ACCOUNT   uint8 = 8
	ST_OBJECT    uint8 = 14
	ST_ARRAY     uint8 = 15
	ST_UINT8     uint8 = 16
	ST_HASH160   uint8 = 17
	ST_PATHSET   uint8 = 18
	ST_VECTOR256 uint8 = 19
)
View Source 
const (
	PATH_BOUNDARY pathEntry = 0xFF
	PATH_END      pathEntry = 0x00

	PATH_ACCOUNT  pathEntry = 0x01
	PATH_REDEEM   pathEntry = 0x02
	PATH_CURRENCY pathEntry = 0x10
	PATH_ISSUER   pathEntry = 0x20
)

Variables

View Source 
var HashableTypes []string
View Source 
var LedgerEntryFactory = [...]func() LedgerEntry{
	ACCOUNT_ROOT:  func() LedgerEntry { return &AccountRoot{leBase: leBase{LedgerEntryType: ACCOUNT_ROOT}} },
	DIRECTORY:     func() LedgerEntry { return &Directory{leBase: leBase{LedgerEntryType: DIRECTORY}} },
	AMENDMENTS:    func() LedgerEntry { return &Amendments{leBase: leBase{LedgerEntryType: AMENDMENTS}} },
	LEDGER_HASHES: func() LedgerEntry { return &LedgerHashes{leBase: leBase{LedgerEntryType: LEDGER_HASHES}} },
	OFFER:         func() LedgerEntry { return &Offer{leBase: leBase{LedgerEntryType: OFFER}} },
	RIPPLE_STATE:  func() LedgerEntry { return &RippleState{leBase: leBase{LedgerEntryType: RIPPLE_STATE}} },
	FEE_SETTINGS:  func() LedgerEntry { return &FeeSettings{leBase: leBase{LedgerEntryType: FEE_SETTINGS}} },
	ESCROW:        func() LedgerEntry { return &Escrow{leBase: leBase{LedgerEntryType: ESCROW}} },
	SIGNER_LIST:   func() LedgerEntry { return &SignerList{leBase: leBase{LedgerEntryType: SIGNER_LIST}} },
	TICKET:        func() LedgerEntry { return &Ticket{leBase: leBase{LedgerEntryType: TICKET}} },
	PAY_CHANNEL:   func() LedgerEntry { return &PayChannel{leBase: leBase{LedgerEntryType: PAY_CHANNEL}} },
	CHECK:         func() LedgerEntry { return &Check{leBase: leBase{LedgerEntryType: CHECK}} },
}
View Source 
var LedgerFactory = [...]func() Hashable{
	func() Hashable { return &Ledger{} },
}
View Source 
var TxFactory = [...]func() Transaction{
	PAYMENT:         func() Transaction { return &Payment{TxBase: TxBase{TransactionType: PAYMENT}} },
	ACCOUNT_SET:     func() Transaction { return &AccountSet{TxBase: TxBase{TransactionType: ACCOUNT_SET}} },
	SET_REGULAR_KEY: func() Transaction { return &SetRegularKey{TxBase: TxBase{TransactionType: SET_REGULAR_KEY}} },
	OFFER_CREATE:    func() Transaction { return &OfferCreate{TxBase: TxBase{TransactionType: OFFER_CREATE}} },
	OFFER_CANCEL:    func() Transaction { return &OfferCancel{TxBase: TxBase{TransactionType: OFFER_CANCEL}} },
	TRUST_SET:       func() Transaction { return &TrustSet{TxBase: TxBase{TransactionType: TRUST_SET}} },
	AMENDMENT:       func() Transaction { return &Amendment{TxBase: TxBase{TransactionType: AMENDMENT}} },
	SET_FEE:         func() Transaction { return &SetFee{TxBase: TxBase{TransactionType: SET_FEE}} },
	ESCROW_CREATE:   func() Transaction { return &EscrowCreate{TxBase: TxBase{TransactionType: ESCROW_CREATE}} },
	ESCROW_FINISH:   func() Transaction { return &EscrowFinish{TxBase: TxBase{TransactionType: ESCROW_FINISH}} },
	ESCROW_CANCEL:   func() Transaction { return &EscrowCancel{TxBase: TxBase{TransactionType: ESCROW_CANCEL}} },
	SIGNER_LIST_SET: func() Transaction { return &SignerListSet{TxBase: TxBase{TransactionType: SIGNER_LIST_SET}} },
	PAYCHAN_CREATE:  func() Transaction { return &PaymentChannelCreate{TxBase: TxBase{TransactionType: PAYCHAN_CREATE}} },
	PAYCHAN_FUND:    func() Transaction { return &PaymentChannelFund{TxBase: TxBase{TransactionType: PAYCHAN_FUND}} },
	PAYCHAN_CLAIM:   func() Transaction { return &PaymentChannelClaim{TxBase: TxBase{TransactionType: PAYCHAN_CLAIM}} },
	CHECK_CREATE:    func() Transaction { return &CheckCreate{TxBase: TxBase{TransactionType: CHECK_CREATE}} },
	CHECK_CASH:      func() Transaction { return &CheckCash{TxBase: TxBase{TransactionType: CHECK_CASH}} },
	CHECK_CANCEL:    func() Transaction { return &CheckCancel{TxBase: TxBase{TransactionType: CHECK_CANCEL}} },
}

Functions

func CheckSignature 

func CheckSignature(s SignerAgent) (bool, error)

func GetLedgerEntryFactoryByType 

func GetLedgerEntryFactoryByType(leType string) func() LedgerEntry

func GetTxFactoryByType 

func GetTxFactoryByType(txType string) func() Transaction

func Sign 

func Sign(s SignerAgent, key crypto.Key, sequence *uint32) error

func SignFor 

func SignFor(s SignerAgent, key crypto.Key, sequence *uint32) error

Types

type Account 

type Account [20]byte

func NewAccountFromAddress 

func NewAccountFromAddress(s string) (*Account, error)

Expects address in base58 form

func (*Account) Bytes 

func (a *Account) Bytes() []byte

func (Account) Compare 

func (a Account) Compare(b Account) int

func (Account) Equals 

func (a Account) Equals(b Account) bool

func (Account) Hash 

func (a Account) Hash() (crypto.Hash, error)

func (Account) Hash256 

func (a Account) Hash256() Hash256

func (Account) IsZero 

func (a Account) IsZero() bool

func (Account) Less 

func (a Account) Less(b Account) bool

func (*Account) Marshal 

func (a *Account) Marshal(w io.Writer) error

func (Account) MarshalText 

func (a Account) MarshalText() ([]byte, error)

func (Account) String 

func (a Account) String() string

func (*Account) Unmarshal 

func (a *Account) Unmarshal(r Reader) error

func (*Account) UnmarshalText 

func (a *Account) UnmarshalText(b []byte) error

Expects base58-encoded account id

type AccountLine 

type AccountLine struct {
	Account      Account        `json:"account"`
	Balance      NonNativeValue `json:"balance"`
	Currency     Currency       `json:"currency"`
	Limit        NonNativeValue `json:"limit"`
	LimitPeer    NonNativeValue `json:"limit_peer"`
	NoRipple     bool           `json:"no_ripple"`
	NoRipplePeer bool           `json:"no_ripple_peer"`
	QualityIn    uint32         `json:"quality_in"`
	QualityOut   uint32         `json:"quality_out"`
}

func (*AccountLine) Asset 

func (l *AccountLine) Asset() *Asset

func (*AccountLine) CompareByCurrencyAccount 

func (l *AccountLine) CompareByCurrencyAccount(other *AccountLine) int

func (*AccountLine) CompareByCurrencyAmount 

func (l *AccountLine) CompareByCurrencyAmount(other *AccountLine) int

type AccountLineSlice 

type AccountLineSlice []AccountLine

func (*AccountLineSlice) Add 

func (s *AccountLineSlice) Add(account Account, rs *RippleState) bool

func (*AccountLineSlice) Delete 

func (s *AccountLineSlice) Delete(account Account, rs *RippleState) bool

func (AccountLineSlice) Find 

func (s AccountLineSlice) Find(account Account, currency Currency) int

func (AccountLineSlice) Get 

func (s AccountLineSlice) Get(account Account, currency Currency) *AccountLine

func (AccountLineSlice) Len 

func (s AccountLineSlice) Len() int

func (AccountLineSlice) SortByCurrencyAmount 

func (s AccountLineSlice) SortByCurrencyAmount()

func (AccountLineSlice) SortbyCurrencyAccount 

func (s AccountLineSlice) SortbyCurrencyAccount()

func (AccountLineSlice) Swap 

func (s AccountLineSlice) Swap(i, j int)

func (AccountLineSlice) Update 

func (s AccountLineSlice) Update(account Account, rs *RippleState) bool

type AccountOffer 

type AccountOffer struct {
	Flags      LedgerEntryFlag `json:"flags"`
	Quality    NonNativeValue  `json:"quality"`
	Sequence   uint32          `json:"seq"`
	TakerGets  Amount          `json:"taker_gets"`
	TakerPays  Amount          `json:"taker_pays"`
	Expiration *uint32         `json:"expiration"`
}

type AccountOfferSlice 

type AccountOfferSlice []AccountOffer

func (*AccountOfferSlice) Add 

func (s *AccountOfferSlice) Add(offer *Offer) bool

func (*AccountOfferSlice) Delete 

func (s *AccountOfferSlice) Delete(offer *Offer) bool

func (AccountOfferSlice) Find 

func (s AccountOfferSlice) Find(sequence uint32) int

func (AccountOfferSlice) Get 

func (s AccountOfferSlice) Get(sequence uint32) *AccountOffer

func (AccountOfferSlice) GetSequences 

func (s AccountOfferSlice) GetSequences(pays, gets *Asset) []uint32

func (AccountOfferSlice) Len 

func (s AccountOfferSlice) Len() int

func (AccountOfferSlice) Less 

func (s AccountOfferSlice) Less(i, j int) bool

func (AccountOfferSlice) Swap 

func (s AccountOfferSlice) Swap(i, j int)

func (AccountOfferSlice) Update 

func (s AccountOfferSlice) Update(offer *Offer) bool

type AccountRoot 

type AccountRoot struct {
	Flags         *LedgerEntryFlag `json:",omitempty"`
	Account       *Account         `json:",omitempty"`
	Sequence      *uint32          `json:",omitempty"`
	Balance       *Value           `json:",omitempty"`
	OwnerCount    *uint32          `json:",omitempty"`
	AccountTxnID  *Hash256         `json:",omitempty"`
	RegularKey    *RegularKey      `json:",omitempty"`
	EmailHash     *Hash128         `json:",omitempty"`
	WalletLocator *Hash256         `json:",omitempty"`
	WalletSize    *uint32          `json:",omitempty"`
	MessageKey    *VariableLength  `json:",omitempty"`
	TickSize      *uint8           `json:",omitempty"`
	TransferRate  *uint32          `json:",omitempty"`
	Domain        *VariableLength  `json:",omitempty"`
	Signers       *VariableLength  `json:",omitempty"`
	// contains filtered or unexported fields
}

func (*AccountRoot) Affects 

func (a *AccountRoot) Affects(account Account) bool

func (*AccountRoot) GetHash 

func (le *AccountRoot) GetHash() *Hash256

func (*AccountRoot) GetLedgerEntryType 

func (le *AccountRoot) GetLedgerEntryType() LedgerEntryType

func (*AccountRoot) GetLedgerIndex 

func (le *AccountRoot) GetLedgerIndex() *Hash256

func (*AccountRoot) GetPreviousTxnId 

func (le *AccountRoot) GetPreviousTxnId() *Hash256

func (*AccountRoot) GetType 

func (le *AccountRoot) GetType() string

func (*AccountRoot) Ledger 

func (le *AccountRoot) Ledger() uint32

func (*AccountRoot) NodeId 

func (le *AccountRoot) NodeId() *Hash256

func (*AccountRoot) NodeType 

func (le *AccountRoot) NodeType() NodeType

func (*AccountRoot) Prefix 

func (le *AccountRoot) Prefix() HashPrefix

type AccountSet 

type AccountSet struct {
	TxBase
	EmailHash     *Hash128        `json:",omitempty"`
	WalletLocator *Hash256        `json:",omitempty"`
	WalletSize    *uint32         `json:",omitempty"`
	MessageKey    *VariableLength `json:",omitempty"`
	Domain        *VariableLength `json:",omitempty"`
	TransferRate  *uint32         `json:",omitempty"`
	TickSize      *uint8          `json:",omitempty"`
	SetFlag       *uint32         `json:",omitempty"`
	ClearFlag     *uint32         `json:",omitempty"`
}

type AffectedNode 

type AffectedNode struct {
	FinalFields       LedgerEntry `json:",omitempty"`
	LedgerEntryType   LedgerEntryType
	LedgerIndex       *Hash256    `json:",omitempty"`
	PreviousFields    LedgerEntry `json:",omitempty"`
	NewFields         LedgerEntry `json:",omitempty"`
	PreviousTxnID     *Hash256    `json:",omitempty"`
	PreviousTxnLgrSeq *uint32     `json:",omitempty"`
}

func (*AffectedNode) MarshalJSON 

func (a *AffectedNode) MarshalJSON() ([]byte, error)

func (*AffectedNode) UnmarshalJSON 

func (a *AffectedNode) UnmarshalJSON(b []byte) error

type Amendment 

type Amendment struct {
	TxBase
	Amendment Hash256
}

type Amendments 

type Amendments struct {
	Flags      *LedgerEntryFlag `json:",omitempty"`
	Amendments *Vector256       `json:",omitempty"`
	Majorities []Majority       `json:",omitempty"`
	// contains filtered or unexported fields
}

func (*Amendments) Affects 

func (a *Amendments) Affects(account Account) bool

func (*Amendments) GetHash 

func (le *Amendments) GetHash() *Hash256

func (*Amendments) GetLedgerEntryType 

func (le *Amendments) GetLedgerEntryType() LedgerEntryType

func (*Amendments) GetLedgerIndex 

func (le *Amendments) GetLedgerIndex() *Hash256

func (*Amendments) GetPreviousTxnId 

func (le *Amendments) GetPreviousTxnId() *Hash256

func (*Amendments) GetType 

func (le *Amendments) GetType() string

func (*Amendments) Ledger 

func (le *Amendments) Ledger() uint32

func (*Amendments) NodeId 

func (le *Amendments) NodeId() *Hash256

func (*Amendments) NodeType 

func (le *Amendments) NodeType() NodeType

func (*Amendments) Prefix 

func (le *Amendments) Prefix() HashPrefix

type Amount 

type Amount struct {
	*Value
	Currency Currency
	Issuer   Account
}

func NewAmount 

func NewAmount(v interface{}) (*Amount, error)

Requires v to be in computer parsable form

func (Amount) Abs 

func (a Amount) Abs() *Amount

func (Amount) Add 

func (a Amount) Add(b *Amount) (*Amount, error)

func (Amount) ApplyInterest 

func (a Amount) ApplyInterest() (*Amount, error)

func (Amount) Asset 

func (a Amount) Asset() *Asset

func (Amount) Bytes 

func (a Amount) Bytes() []byte

func (Amount) Clone 

func (a Amount) Clone() *Amount

func (Amount) Divide 

func (a Amount) Divide(b *Amount) (*Amount, error)

func (Amount) Equals 

func (a Amount) Equals(b Amount) bool

func (Amount) IsPositive 

func (a Amount) IsPositive() bool

func (Amount) Machine 

func (a Amount) Machine() string

Amount in computer parsable form

func (*Amount) Marshal 

func (a *Amount) Marshal(w io.Writer) error

func (Amount) MarshalBinary 

func (a Amount) MarshalBinary() ([]byte, error)

func (Amount) MarshalJSON 

func (a Amount) MarshalJSON() ([]byte, error)

func (Amount) Multiply 

func (a Amount) Multiply(b *Amount) (*Amount, error)

func (Amount) Negate 

func (a Amount) Negate() *Amount

func (Amount) Ratio 

func (a Amount) Ratio(b Amount) *Value

Ratio returns the ratio between a and b. Returns a zero value when division is impossible

func (Amount) SameValue 

func (a Amount) SameValue(b *Amount) bool

Returns true if the values are equal, but ignores the currency and issuer

func (Amount) String 

func (a Amount) String() string

Amount in human parsable form with demurrage applied

func (Amount) Subtract 

func (a Amount) Subtract(b *Amount) (*Amount, error)

func (*Amount) Unmarshal 

func (a *Amount) Unmarshal(r Reader) error

func (*Amount) UnmarshalBinary 

func (a *Amount) UnmarshalBinary(b []byte) error

func (*Amount) UnmarshalJSON 

func (a *Amount) UnmarshalJSON(b []byte) (err error)

func (Amount) ZeroClone 

func (a Amount) ZeroClone() *Amount

Returns a new Amount with the same currency and issuer, but a zero value

type Asset 

type Asset struct {
	Currency string `json:"currency"`
	Issuer   string `json:"issuer,omitempty"`
}

func NewAsset 

func NewAsset(s string) (*Asset, error)

func (*Asset) IsNative 

func (a *Asset) IsNative() bool

func (*Asset) Matches 

func (a *Asset) Matches(amount *Amount) bool

func (Asset) String 

func (a Asset) String() string

type Balance 

type Balance struct {
	Account  Account
	Balance  Value
	Change   Value
	Currency Currency
}

func (Balance) String 

func (b Balance) String() string

type BalanceSlice 

type BalanceSlice []Balance

func (*BalanceSlice) Add 

func (s *BalanceSlice) Add(account *Account, balance, change *Value, currency *Currency)

func (BalanceSlice) Len 

func (s BalanceSlice) Len() int

func (BalanceSlice) Less 

func (s BalanceSlice) Less(i, j int) bool

func (BalanceSlice) Swap 

func (s BalanceSlice) Swap(i, j int)

type Check 

type Check struct {
	Account     *Account `json:",omitempty"`
	Destination *Account `json:",omitempty"`
	Expiration  *uint32  `json:",omitempty"`
	SendMax     *Amount  `json:",omitempty"`
	Sequence    *uint32  `json:",omitempty"`
	// contains filtered or unexported fields
}

func (*Check) Affects 

func (p *Check) Affects(account Account) bool

func (*Check) GetHash 

func (le *Check) GetHash() *Hash256

func (*Check) GetLedgerEntryType 

func (le *Check) GetLedgerEntryType() LedgerEntryType

func (*Check) GetLedgerIndex 

func (le *Check) GetLedgerIndex() *Hash256

func (*Check) GetPreviousTxnId 

func (le *Check) GetPreviousTxnId() *Hash256

func (*Check) GetType 

func (le *Check) GetType() string

func (*Check) Ledger 

func (le *Check) Ledger() uint32

func (*Check) NodeId 

func (le *Check) NodeId() *Hash256

func (*Check) NodeType 

func (le *Check) NodeType() NodeType

func (*Check) Prefix 

func (le *Check) Prefix() HashPrefix

type CheckCancel 

type CheckCancel struct {
	TxBase
	CheckID Hash256
}

https://ripple.com/build/transactions/#checkcancel

type CheckCash 

type CheckCash struct {
	TxBase
	CheckID    Hash256
	Amount     *Amount `json:",omitempty"`
	DeliverMin *Amount `json:",omitempty"`
}

https://ripple.com/build/transactions/#checkcash Must include one of Amount or DeliverMin

type CheckCreate 

type CheckCreate struct {
	TxBase
	Destination    Account
	SendMax        Amount
	DestinationTag *uint32  `json:",omitempty"`
	Expiration     *uint32  `json:",omitempty"`
	InvoiceID      *Hash256 `json:",omitempty"`
}

https://ripple.com/build/transactions/#checkcreate

type CompressedNodeEntry 

type CompressedNodeEntry struct {
	Hash Hash256
	Pos  uint8
}

type Currency 

type Currency [20]byte

func NewCurrency 

func NewCurrency(s string) (Currency, error)

Accepts currency as either a 3 character code or a 40 character hex string

func (*Currency) Bytes 

func (c *Currency) Bytes() []byte

func (Currency) Clone 

func (c Currency) Clone() Currency

func (Currency) Compare 

func (a Currency) Compare(b Currency) int

func (Currency) Equals 

func (c Currency) Equals(other Currency) bool

func (Currency) IsNative 

func (c Currency) IsNative() bool

func (Currency) Less 

func (a Currency) Less(b Currency) bool

func (Currency) Machine 

func (c Currency) Machine() string

Currency in computer parsable form

func (*Currency) Marshal 

func (c *Currency) Marshal(w io.Writer) error

func (Currency) MarshalText 

func (c Currency) MarshalText() ([]byte, error)

func (Currency) Rate 

func (c Currency) Rate(seconds uint32) float64

func (Currency) String 

func (c Currency) String() string

Currency in human parsable form Demurrage is formatted, for example, as XAU (0.50%pa)

func (Currency) Type 

func (c Currency) Type() CurrencyType

func (*Currency) Unmarshal 

func (c *Currency) Unmarshal(r Reader) error

func (*Currency) UnmarshalText 

func (c *Currency) UnmarshalText(text []byte) error

type CurrencyType 

type CurrencyType uint8
const (
	CT_XRP       CurrencyType = 0
	CT_STANDARD  CurrencyType = 1
	CT_DEMURRAGE CurrencyType = 2
	CT_HEX       CurrencyType = 3
	CT_UNKNOWN   CurrencyType = 4
)

type Directory 

type Directory struct {
	Flags             *LedgerEntryFlag `json:",omitempty"`
	RootIndex         *Hash256         `json:",omitempty"`
	Indexes           *Vector256       `json:",omitempty"`
	Owner             *Account         `json:",omitempty"`
	TakerPaysCurrency *Hash160         `json:",omitempty"`
	TakerPaysIssuer   *Hash160         `json:",omitempty"`
	TakerGetsCurrency *Hash160         `json:",omitempty"`
	TakerGetsIssuer   *Hash160         `json:",omitempty"`
	ExchangeRate      *ExchangeRate    `json:",omitempty"`
	IndexNext         *NodeIndex       `json:",omitempty"`
	IndexPrevious     *NodeIndex       `json:",omitempty"`
	// contains filtered or unexported fields
}

func (*Directory) Affects 

func (d *Directory) Affects(account Account) bool

func (*Directory) GetHash 

func (le *Directory) GetHash() *Hash256

func (*Directory) GetLedgerEntryType 

func (le *Directory) GetLedgerEntryType() LedgerEntryType

func (*Directory) GetLedgerIndex 

func (le *Directory) GetLedgerIndex() *Hash256

func (*Directory) GetPreviousTxnId 

func (le *Directory) GetPreviousTxnId() *Hash256

func (*Directory) GetType 

func (le *Directory) GetType() string

func (*Directory) Ledger 

func (le *Directory) Ledger() uint32

func (*Directory) NodeId 

func (le *Directory) NodeId() *Hash256

func (*Directory) NodeType 

func (le *Directory) NodeType() NodeType

func (*Directory) Prefix 

func (le *Directory) Prefix() HashPrefix

type Escrow 

type Escrow struct {
	Flags          *LedgerEntryFlag `json:",omitempty"`
	Account        Account          `json:",omitempty"`
	Destination    Account          `json:",omitempty"`
	Amount         Amount           `json:",omitempty"`
	Condition      *VariableLength  `json:",omitempty"`
	CancelAfter    *uint32          `json:",omitempty"`
	FinishAfter    *uint32          `json:",omitempty"`
	SourceTag      *uint32          `json:",omitempty"`
	DestinationTag *uint32          `json:",omitempty"`
	OwnerNode      *NodeIndex       `json:",omitempty"`
	// contains filtered or unexported fields
}

func (*Escrow) Affects 

func (s *Escrow) Affects(account Account) bool

func (*Escrow) GetHash 

func (le *Escrow) GetHash() *Hash256

func (*Escrow) GetLedgerEntryType 

func (le *Escrow) GetLedgerEntryType() LedgerEntryType

func (*Escrow) GetLedgerIndex 

func (le *Escrow) GetLedgerIndex() *Hash256

func (*Escrow) GetPreviousTxnId 

func (le *Escrow) GetPreviousTxnId() *Hash256

func (*Escrow) GetType 

func (le *Escrow) GetType() string

func (*Escrow) Ledger 

func (le *Escrow) Ledger() uint32

func (*Escrow) NodeId 

func (le *Escrow) NodeId() *Hash256

func (*Escrow) NodeType 

func (le *Escrow) NodeType() NodeType

func (*Escrow) Prefix 

func (le *Escrow) Prefix() HashPrefix

type EscrowCancel 

type EscrowCancel struct {
	TxBase
	Owner         Account
	OfferSequence uint32
}

type EscrowCreate 

type EscrowCreate struct {
	TxBase
	Destination    Account
	Amount         Amount
	Digest         *Hash256 `json:",omitempty"`
	CancelAfter    *uint32  `json:",omitempty"`
	FinishAfter    *uint32  `json:",omitempty"`
	DestinationTag *uint32  `json:",omitempty"`
}

type EscrowFinish 

type EscrowFinish struct {
	TxBase
	Owner         Account
	OfferSequence uint32
	Method        *uint8   `json:",omitempty"`
	Digest        *Hash256 `json:",omitempty"`
	Proof         *Hash256 `json:",omitempty"`
}

type ExchangeRate 

type ExchangeRate uint64

func NewExchangeRate 

func NewExchangeRate(a, b *Amount) (ExchangeRate, error)

func (*ExchangeRate) Bytes 

func (e *ExchangeRate) Bytes() []byte

func (ExchangeRate) MarshalText 

func (e ExchangeRate) MarshalText() ([]byte, error)

func (*ExchangeRate) UnmarshalText 

func (e *ExchangeRate) UnmarshalText(b []byte) error

type FeeSettings 

type FeeSettings struct {
	Flags             *LedgerEntryFlag `json:",omitempty"`
	BaseFee           *Uint64Hex       `json:",omitempty"`
	ReferenceFeeUnits *uint32          `json:",omitempty"`
	ReserveBase       *uint32          `json:",omitempty"`
	ReserveIncrement  *uint32          `json:",omitempty"`
	// contains filtered or unexported fields
}

func (*FeeSettings) Affects 

func (f *FeeSettings) Affects(account Account) bool

func (*FeeSettings) GetHash 

func (le *FeeSettings) GetHash() *Hash256

func (*FeeSettings) GetLedgerEntryType 

func (le *FeeSettings) GetLedgerEntryType() LedgerEntryType

func (*FeeSettings) GetLedgerIndex 

func (le *FeeSettings) GetLedgerIndex() *Hash256

func (*FeeSettings) GetPreviousTxnId 

func (le *FeeSettings) GetPreviousTxnId() *Hash256

func (*FeeSettings) GetType 

func (le *FeeSettings) GetType() string

func (*FeeSettings) Ledger 

func (le *FeeSettings) Ledger() uint32

func (*FeeSettings) NodeId 

func (le *FeeSettings) NodeId() *Hash256

func (*FeeSettings) NodeType 

func (le *FeeSettings) NodeType() NodeType

func (*FeeSettings) Prefix 

func (le *FeeSettings) Prefix() HashPrefix

type Hash128 

type Hash128 [16]byte

func (*Hash128) Bytes 

func (h *Hash128) Bytes() []byte

func (*Hash128) Marshal 

func (h *Hash128) Marshal(w io.Writer) error

func (Hash128) MarshalText 

func (h Hash128) MarshalText() ([]byte, error)

func (Hash128) String 

func (h Hash128) String() string

func (*Hash128) Unmarshal 

func (h *Hash128) Unmarshal(r Reader) error

func (*Hash128) UnmarshalText 

func (h *Hash128) UnmarshalText(b []byte) error

type Hash160 

type Hash160 [20]byte

func (*Hash160) Account 

func (h *Hash160) Account() *Account

func (*Hash160) Bytes 

func (h *Hash160) Bytes() []byte

func (*Hash160) Currency 

func (h *Hash160) Currency() *Currency

func (*Hash160) Marshal 

func (h *Hash160) Marshal(w io.Writer) error

func (Hash160) MarshalText 

func (h Hash160) MarshalText() ([]byte, error)

func (Hash160) String 

func (h Hash160) String() string

func (*Hash160) Unmarshal 

func (h *Hash160) Unmarshal(r Reader) error

func (*Hash160) UnmarshalText 

func (h *Hash160) UnmarshalText(b []byte) error

type Hash256 

type Hash256 [32]byte

func GetAccountRootIndex 

func GetAccountRootIndex(account Account) (*Hash256, error)

func GetAmendmentsIndex 

func GetAmendmentsIndex() (*Hash256, error)

func GetBookIndex 

func GetBookIndex(paysCurrency, getsCurrency Hash160, paysIssuer, getsIssuer Hash160) (*Hash256, error)

func GetDirectoryNodeIndex 

func GetDirectoryNodeIndex(root Hash256, index *NodeIndex) (*Hash256, error)

func GetFeeIndex 

func GetFeeIndex() (*Hash256, error)

func GetLedgerHashIndex 

func GetLedgerHashIndex() (*Hash256, error)

func GetOfferIndex 

func GetOfferIndex(account Account, sequence uint32) (*Hash256, error)

func GetOwnerDirectoryIndex 

func GetOwnerDirectoryIndex(account Account) (*Hash256, error)

func GetPreviousLedgerHashIndex 

func GetPreviousLedgerHashIndex(sequence uint32) (*Hash256, error)

func GetRippleStateIndex 

func GetRippleStateIndex(a, b Account, c Currency) (*Hash256, error)

func LedgerIndex 

func LedgerIndex(le LedgerEntry) (*Hash256, error)

func NewHash256 

func NewHash256(value interface{}) (*Hash256, error)

Accepts either a hex string or a byte slice of length 32

func Node 

func Node(h Storer) (Hash256, []byte, error)

func NodeId 

func NodeId(h Hashable) (Hash256, error)

func Raw 

func Raw(h Hashable) (Hash256, []byte, error)

func SigningHash 

func SigningHash(s SignerAgent, signingSuffix []byte) (Hash256, []byte, error)

func (*Hash256) Bytes 

func (h *Hash256) Bytes() []byte

func (Hash256) Compare 

func (h Hash256) Compare(x Hash256) int

func (Hash256) IsZero 

func (h Hash256) IsZero() bool

func (*Hash256) Marshal 

func (h *Hash256) Marshal(w io.Writer) error

func (Hash256) MarshalText 

func (h Hash256) MarshalText() ([]byte, error)

func (Hash256) String 

func (h Hash256) String() string

func (Hash256) TruncatedString 

func (h Hash256) TruncatedString(length int) string

func (*Hash256) Unmarshal 

func (h *Hash256) Unmarshal(r Reader) error

func (*Hash256) UnmarshalText 

func (h *Hash256) UnmarshalText(b []byte) error

func (Hash256) Xor 

func (h Hash256) Xor(x Hash256) Hash256

type HashPrefix 

type HashPrefix uint32

func (HashPrefix) Bytes 

func (h HashPrefix) Bytes() []byte

func (HashPrefix) String 

func (h HashPrefix) String() string

type Hashable 

type Hashable interface {
	GetType() string
	Prefix() HashPrefix
	GetHash() *Hash256
}

func ReadWire 

func ReadWire(r Reader, typ NodeType, ledgerSequence uint32, nodeId Hash256) (Hashable, error)

ReadWire parses types received via the peer network

type InnerNode 

type InnerNode struct {
	Id       Hash256
	Type     NodeType
	Children [16]Hash256
}

func (InnerNode) Count 

func (n InnerNode) Count() int

func (InnerNode) Each 

func (n InnerNode) Each(f InnerNodeFunc) error

func (InnerNode) GetHash 

func (n InnerNode) GetHash() *Hash256

func (InnerNode) GetType 

func (n InnerNode) GetType() string

func (InnerNode) Ledger 

func (n InnerNode) Ledger() uint32

func (InnerNode) NodeId 

func (n InnerNode) NodeId() *Hash256

func (InnerNode) NodeType 

func (n InnerNode) NodeType() NodeType

func (InnerNode) Prefix 

func (n InnerNode) Prefix() HashPrefix

func (InnerNode) String 

func (n InnerNode) String() string

type InnerNodeFunc 

type InnerNodeFunc func(pos int, child Hash256) error

type KeyType 

type KeyType int
const (
	ECDSA   KeyType = 0
	Ed25519 KeyType = 1
)

func (KeyType) MarshalText 

func (keyType KeyType) MarshalText() ([]byte, error)

func (KeyType) String 

func (keyType KeyType) String() string

type Ledger 

type Ledger struct {
	LedgerHeader
	Hash         Hash256          `json:"hash"`
	Closed       bool             `json:"closed"`
	Accepted     bool             `json:"accepted"`
	Transactions TransactionSlice `json:"transactions,omitempty"`
	AccountState LedgerEntrySlice `json:"accountState,omitempty"`
}

func NewEmptyLedger 

func NewEmptyLedger(sequence uint32) *Ledger

func ReadLedger 

func ReadLedger(r Reader, nodeId Hash256) (*Ledger, error)

func (Ledger) GetHash 

func (l Ledger) GetHash() *Hash256

func (Ledger) GetType 

func (l Ledger) GetType() string

func (Ledger) Ledger 

func (l Ledger) Ledger() uint32

func (Ledger) MarshalJSON 

func (l Ledger) MarshalJSON() ([]byte, error)

func (Ledger) NodeId 

func (l Ledger) NodeId() *Hash256

func (Ledger) NodeType 

func (l Ledger) NodeType() NodeType

func (Ledger) Prefix 

func (l Ledger) Prefix() HashPrefix

func (*Ledger) UnmarshalJSON 

func (l *Ledger) UnmarshalJSON(b []byte) error

type LedgerEntry 

type LedgerEntry interface {
	Storer
	GetLedgerEntryType() LedgerEntryType
	GetLedgerIndex() *Hash256
	GetPreviousTxnId() *Hash256
	Affects(Account) bool
}

func ReadLedgerEntry 

func ReadLedgerEntry(r Reader, nodeId Hash256) (LedgerEntry, error)

type LedgerEntryFlag 

type LedgerEntryFlag uint32
const (
	// AccountRoot flags
	LsPasswordSpent  LedgerEntryFlag = 0x00010000
	LsRequireDestTag LedgerEntryFlag = 0x00020000
	LsRequireAuth    LedgerEntryFlag = 0x00040000
	LsDisallowXRP    LedgerEntryFlag = 0x00080000
	LsDisableMaster  LedgerEntryFlag = 0x00100000
	LsNoFreeze       LedgerEntryFlag = 0x00200000
	LsGlobalFreeze   LedgerEntryFlag = 0x00400000
	LsDefaultRipple  LedgerEntryFlag = 0x00800000

	// Offer flags
	LsPassive LedgerEntryFlag = 0x00010000
	LsSell    LedgerEntryFlag = 0x00020000

	// RippleState flags
	LsLowReserve   LedgerEntryFlag = 0x00010000
	LsHighReserve  LedgerEntryFlag = 0x00020000
	LsLowAuth      LedgerEntryFlag = 0x00040000
	LsHighAuth     LedgerEntryFlag = 0x00080000
	LsLowNoRipple  LedgerEntryFlag = 0x00100000
	LsHighNoRipple LedgerEntryFlag = 0x00200000
	LsLowFreeze    LedgerEntryFlag = 0x00400000
	LsHighFreeze   LedgerEntryFlag = 0x00800000
)

Ledger entry flags

func (LedgerEntryFlag) Explain 

func (f LedgerEntryFlag) Explain(le LedgerEntry) []string

func (LedgerEntryFlag) String 

func (f LedgerEntryFlag) String() string

type LedgerEntrySlice 

type LedgerEntrySlice []LedgerEntry

func (*LedgerEntrySlice) UnmarshalJSON 

func (l *LedgerEntrySlice) UnmarshalJSON(b []byte) error

type LedgerEntryState 

type LedgerEntryState uint8
const (
	Created LedgerEntryState = iota
	Modified
	Deleted
)

type LedgerEntryType 

type LedgerEntryType uint16

func (LedgerEntryType) MarshalText 

func (l LedgerEntryType) MarshalText() ([]byte, error)

func (LedgerEntryType) String 

func (le LedgerEntryType) String() string

func (*LedgerEntryType) UnmarshalText 

func (l *LedgerEntryType) UnmarshalText(b []byte) error

type LedgerHashes 

type LedgerHashes struct {
	Flags               *LedgerEntryFlag `json:",omitempty"`
	FirstLedgerSequence *uint32          `json:",omitempty"`
	LastLedgerSequence  *uint32          `json:",omitempty"`
	Hashes              *Vector256       `json:",omitempty"`
	// contains filtered or unexported fields
}

func (*LedgerHashes) Affects 

func (l *LedgerHashes) Affects(account Account) bool

func (*LedgerHashes) GetHash 

func (le *LedgerHashes) GetHash() *Hash256

func (*LedgerHashes) GetLedgerEntryType 

func (le *LedgerHashes) GetLedgerEntryType() LedgerEntryType

func (*LedgerHashes) GetLedgerIndex 

func (le *LedgerHashes) GetLedgerIndex() *Hash256

func (*LedgerHashes) GetPreviousTxnId 

func (le *LedgerHashes) GetPreviousTxnId() *Hash256

func (*LedgerHashes) GetType 

func (le *LedgerHashes) GetType() string

func (*LedgerHashes) Ledger 

func (le *LedgerHashes) Ledger() uint32

func (*LedgerHashes) NodeId 

func (le *LedgerHashes) NodeId() *Hash256

func (*LedgerHashes) NodeType 

func (le *LedgerHashes) NodeType() NodeType

func (*LedgerHashes) Prefix 

func (le *LedgerHashes) Prefix() HashPrefix

type LedgerHeader 

type LedgerHeader struct {
	LedgerSequence  uint32     `json:"ledger_index,string"`
	TotalXRP        uint64     `json:"total_coins,string"`
	PreviousLedger  Hash256    `json:"parent_hash"`
	TransactionHash Hash256    `json:"transaction_hash"`
	StateHash       Hash256    `json:"account_hash"`
	ParentCloseTime RippleTime `json:"parent_close_time"`
	CloseTime       RippleTime `json:"close_time"`
	CloseResolution uint8      `json:"close_time_resolution"`
	CloseFlags      uint8      `json:"close_flags"`
}

type LedgerNamespace 

type LedgerNamespace uint16

type LedgerRange 

type LedgerRange struct {
	Start uint32
	End   uint32
	Max   uint32
}

type LedgerSet 

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

func NewLedgerSet 

func NewLedgerSet(start, capacity uint32) *LedgerSet

func (*LedgerSet) Count 

func (l *LedgerSet) Count() uint32

func (*LedgerSet) Extend 

func (l *LedgerSet) Extend(i uint32)

func (*LedgerSet) Max 

func (l *LedgerSet) Max() uint32

func (*LedgerSet) Set 

func (l *LedgerSet) Set(i uint32) time.Duration

func (*LedgerSet) String 

func (l *LedgerSet) String() string

func (*LedgerSet) TakeBottom 

func (l *LedgerSet) TakeBottom(n uint32) LedgerSlice

func (*LedgerSet) TakeMiddle 

func (l *LedgerSet) TakeMiddle(r *LedgerRange) LedgerSlice

func (*LedgerSet) TakeTop 

func (l *LedgerSet) TakeTop(n uint32) LedgerSlice

func (*LedgerSet) Taken 

func (l *LedgerSet) Taken() uint32

type LedgerSlice 

type LedgerSlice []uint32

func (LedgerSlice) Len 

func (s LedgerSlice) Len() int

func (LedgerSlice) Less 

func (s LedgerSlice) Less(i, j int) bool

func (LedgerSlice) Sorted 

func (s LedgerSlice) Sorted() LedgerSlice

func (LedgerSlice) Swap 

func (s LedgerSlice) Swap(i, j int)

type LimitByteReader 

type LimitByteReader struct {
	R Reader // underlying reader
	N int64  // max bytes remaining
}

func LimitedByteReader 

func LimitedByteReader(r Reader, n int64) *LimitByteReader

func (*LimitByteReader) Len 

func (l *LimitByteReader) Len() int

func (*LimitByteReader) Read 

func (l *LimitByteReader) Read(p []byte) (n int, err error)

func (*LimitByteReader) ReadByte 

func (l *LimitByteReader) ReadByte() (c byte, err error)

func (*LimitByteReader) UnreadByte 

func (l *LimitByteReader) UnreadByte() error

type Majority 

type Majority struct {
	Amendment *Hash256 `json:",omitempty"`
	CloseTime *uint32  `json:",omitempty"`
}

type Memo 

type Memo struct {
	Memo struct {
		MemoType   VariableLength
		MemoData   VariableLength
		MemoFormat VariableLength
	}
}

type Memos 

type Memos []Memo

type MetaData 

type MetaData struct {
	AffectedNodes     NodeEffects
	TransactionIndex  uint32
	TransactionResult TransactionResult
	DeliveredAmount   *Amount `json:"delivered_amount,omitempty"`
}

type NodeEffect 

type NodeEffect struct {
	ModifiedNode *AffectedNode `json:",omitempty"`
	CreatedNode  *AffectedNode `json:",omitempty"`
	DeletedNode  *AffectedNode `json:",omitempty"`
}

func (*NodeEffect) AffectedNode 

func (effect *NodeEffect) AffectedNode() (*AffectedNode, LedgerEntry, LedgerEntry, LedgerEntryState)

AffectedNode returns the AffectedNode, the current LedgerEntry, the previous LedgerEntry (which might be nil) and the LedgerEntryState

type NodeEffects 

type NodeEffects []NodeEffect

type NodeFormat 

type NodeFormat uint8

type NodeHeader 

type NodeHeader struct {
	LedgerSequence uint32

	NodeType NodeType
	// contains filtered or unexported fields
}

type NodeIndex 

type NodeIndex uint64

func (NodeIndex) MarshalText 

func (i NodeIndex) MarshalText() ([]byte, error)

func (*NodeIndex) Next 

func (i *NodeIndex) Next() *NodeIndex

func (*NodeIndex) Previous 

func (i *NodeIndex) Previous() *NodeIndex

func (*NodeIndex) UnmarshalText 

func (i *NodeIndex) UnmarshalText(b []byte) error

type NodeType 

type NodeType uint8

func (NodeType) String 

func (n NodeType) String() string

type NonNativeValue 

type NonNativeValue struct {
	Value
}

func (*NonNativeValue) UnmarshalText 

func (v *NonNativeValue) UnmarshalText(b []byte) error

type Offer 

type Offer struct {
	Flags         *LedgerEntryFlag `json:",omitempty"`
	Account       *Account         `json:",omitempty"`
	Sequence      *uint32          `json:"sequence,omitempty"`
	TakerPays     *Amount          `json:",omitempty"`
	TakerGets     *Amount          `json:",omitempty"`
	BookDirectory *Hash256         `json:",omitempty"`
	BookNode      *NodeIndex       `json:",omitempty"`
	OwnerNode     *NodeIndex       `json:",omitempty"`
	Expiration    *uint32          `json:",omitempty"`
	// contains filtered or unexported fields
}

func (*Offer) Affects 

func (o *Offer) Affects(account Account) bool

func (*Offer) GetHash 

func (le *Offer) GetHash() *Hash256

func (*Offer) GetLedgerEntryType 

func (le *Offer) GetLedgerEntryType() LedgerEntryType

func (*Offer) GetLedgerIndex 

func (le *Offer) GetLedgerIndex() *Hash256

func (*Offer) GetPreviousTxnId 

func (le *Offer) GetPreviousTxnId() *Hash256

func (*Offer) GetType 

func (le *Offer) GetType() string

func (*Offer) Ledger 

func (le *Offer) Ledger() uint32

func (*Offer) NodeId 

func (le *Offer) NodeId() *Hash256

func (*Offer) NodeType 

func (le *Offer) NodeType() NodeType

func (*Offer) Prefix 

func (le *Offer) Prefix() HashPrefix

func (*Offer) Ratio 

func (o *Offer) Ratio() *Value

type OfferCancel 

type OfferCancel struct {
	TxBase
	OfferSequence uint32
}

type OfferCreate 

type OfferCreate struct {
	TxBase
	OfferSequence *uint32 `json:",omitempty"`
	TakerPays     Amount
	TakerGets     Amount
	Expiration    *uint32 `json:",omitempty"`
}

func (*OfferCreate) Ratio 

func (o *OfferCreate) Ratio() *Value

type OrderBookOffer 

type OrderBookOffer struct {
	Offer
	OwnerFunds      Value          `json:"owner_funds"`
	Quality         NonNativeValue `json:"quality"`
	TakerGetsFunded *Amount        `json:"taker_gets_funded"`
	TakerPaysFunded *Amount        `json:"taker_pays_funded"`
}

func (*OrderBookOffer) GetHash 

func (le *OrderBookOffer) GetHash() *Hash256

func (*OrderBookOffer) GetLedgerEntryType 

func (le *OrderBookOffer) GetLedgerEntryType() LedgerEntryType

func (*OrderBookOffer) GetLedgerIndex 

func (le *OrderBookOffer) GetLedgerIndex() *Hash256

func (*OrderBookOffer) GetPreviousTxnId 

func (le *OrderBookOffer) GetPreviousTxnId() *Hash256

func (*OrderBookOffer) GetType 

func (le *OrderBookOffer) GetType() string

func (*OrderBookOffer) Ledger 

func (le *OrderBookOffer) Ledger() uint32

func (*OrderBookOffer) NodeId 

func (le *OrderBookOffer) NodeId() *Hash256

func (*OrderBookOffer) NodeType 

func (le *OrderBookOffer) NodeType() NodeType

func (*OrderBookOffer) Prefix 

func (le *OrderBookOffer) Prefix() HashPrefix

type Path 

type Path []PathElem

Path represents a single path of liquidity that a transaction may use.

func NewPath 

func NewPath(s string) (Path, error)

NewPath accepts a path consisting of hops delimited by "=>" where each hop is either "<currency>/<issuer>" or "<account>". Whitespace around the delimiter is acceptable and is ignored.

func (Path) Signature 

func (p Path) Signature() (uint32, error)

func (Path) String 

func (p Path) String() string

type PathElem 

type PathElem struct {
	Account  *Account
	Currency *Currency
	Issuer   *Account
}

PathElem represents one link in a path.

func (PathElem) MarshalJSON 

func (p PathElem) MarshalJSON() ([]byte, error)

func (PathElem) String 

func (p PathElem) String() string

type PathSet 

type PathSet []Path

PathSet represents a collection of possible paths that a transaction may use.

func (*PathSet) Marshal 

func (p *PathSet) Marshal(w io.Writer) error

func (*PathSet) Unmarshal 

func (p *PathSet) Unmarshal(r Reader) error

type PayChannel 

type PayChannel struct {
	Flags          *LedgerEntryFlag `json:",omitempty"`
	Account        *Account         `json:",omitempty"`
	Destination    *Account         `json:",omitempty"`
	Amount         *Amount          `json:",omitempty"`
	Balance        *Amount          `json:",omitempty"`
	PublicKey      *PublicKey       `json:",omitempty"`
	SettleDelay    *uint32          `json:",omitempty"`
	OwnerNode      *NodeIndex       `json:",omitempty"`
	Expiration     *uint32          `json:",omitempty"`
	CancelAfter    *uint32          `json:",omitempty"`
	DestinationTag *uint32          `json:",omitempty"`
	SourceTag      *uint32          `json:",omitempty"`
	// contains filtered or unexported fields
}

func (*PayChannel) Affects 

func (p *PayChannel) Affects(account Account) bool

func (*PayChannel) GetHash 

func (le *PayChannel) GetHash() *Hash256

func (*PayChannel) GetLedgerEntryType 

func (le *PayChannel) GetLedgerEntryType() LedgerEntryType

func (*PayChannel) GetLedgerIndex 

func (le *PayChannel) GetLedgerIndex() *Hash256

func (*PayChannel) GetPreviousTxnId 

func (le *PayChannel) GetPreviousTxnId() *Hash256

func (*PayChannel) GetType 

func (le *PayChannel) GetType() string

func (*PayChannel) Ledger 

func (le *PayChannel) Ledger() uint32

func (*PayChannel) NodeId 

func (le *PayChannel) NodeId() *Hash256

func (*PayChannel) NodeType 

func (le *PayChannel) NodeType() NodeType

func (*PayChannel) Prefix 

func (le *PayChannel) Prefix() HashPrefix

type Payment 

type Payment struct {
	TxBase
	Destination    Account
	Amount         Amount
	SendMax        *Amount  `json:",omitempty"`
	DeliverMin     *Amount  `json:",omitempty"`
	Paths          *PathSet `json:",omitempty"`
	DestinationTag *uint32  `json:",omitempty"`
	InvoiceID      *Hash256 `json:",omitempty"`
}

func (*Payment) PathSet 

func (p *Payment) PathSet() PathSet

type PaymentChannelClaim 

type PaymentChannelClaim struct {
	TxBase
	Channel   Hash256
	Balance   *Amount         `json:",omitempty"`
	Amount    *Amount         `json:",omitempty"`
	Signature *VariableLength `json:",omitempty"`
	PublicKey *PublicKey      `json:",omitempty"`
}

type PaymentChannelCreate 

type PaymentChannelCreate struct {
	TxBase
	Amount         Amount
	Destination    Account
	SettleDelay    uint32
	PublicKey      PublicKey
	CancelAfter    *uint32 `json:",omitempty"`
	DestinationTag *uint32 `json:",omitempty"`
	SourceTag      *uint32 `json:",omitempty"`
}

type PaymentChannelFund 

type PaymentChannelFund struct {
	TxBase
	Channel    Hash256
	Amount     Amount
	Expiration *uint32 `json:",omitempty"`
}

type Proposal 

type Proposal struct {
	Hash           Hash256
	LedgerHash     Hash256
	PreviousLedger Hash256
	Sequence       uint32
	CloseTime      RippleTime
	PublicKey      PublicKey
	Signature      VariableLength
}

func (*Proposal) GetHash 

func (p *Proposal) GetHash() *Hash256

func (*Proposal) GetPublicKey 

func (p *Proposal) GetPublicKey() *PublicKey

func (*Proposal) GetSignature 

func (p *Proposal) GetSignature() *VariableLength

func (Proposal) GetType 

func (p Proposal) GetType() string

func (*Proposal) InitialiseForSigning 

func (p *Proposal) InitialiseForSigning()

func (*Proposal) Prefix 

func (p *Proposal) Prefix() HashPrefix

func (*Proposal) SigningPrefix 

func (p *Proposal) SigningPrefix() HashPrefix

func (Proposal) SigningValues 

func (p Proposal) SigningValues() []interface{}

func (Proposal) SuppressionId 

func (p Proposal) SuppressionId() (Hash256, error)

type PublicKey 

type PublicKey [33]byte

func (*PublicKey) Bytes 

func (p *PublicKey) Bytes() []byte

func (PublicKey) IsZero 

func (p PublicKey) IsZero() bool

func (*PublicKey) Marshal 

func (k *PublicKey) Marshal(w io.Writer) error

func (PublicKey) MarshalText 

func (p PublicKey) MarshalText() ([]byte, error)

func (PublicKey) NodePublicKey 

func (p PublicKey) NodePublicKey() string

func (PublicKey) String 

func (p PublicKey) String() string

func (*PublicKey) Unmarshal 

func (k *PublicKey) Unmarshal(r Reader) error

func (*PublicKey) UnmarshalText 

func (p *PublicKey) UnmarshalText(b []byte) error

Expects public key hex

type Reader 

type Reader interface {
	io.ByteScanner
	io.Reader
	Len() int
}

func NewVariableByteReader 

func NewVariableByteReader(r Reader) (Reader, error)

type RegularKey 

type RegularKey [20]byte

func NewRegularKeyFromAddress 

func NewRegularKeyFromAddress(s string) (*RegularKey, error)

Expects address in base58 form

func (*RegularKey) Bytes 

func (r *RegularKey) Bytes() []byte

func (RegularKey) Hash 

func (r RegularKey) Hash() (crypto.Hash, error)

func (*RegularKey) Marshal 

func (k *RegularKey) Marshal(w io.Writer) error

func (RegularKey) MarshalText 

func (r RegularKey) MarshalText() ([]byte, error)

func (RegularKey) String 

func (r RegularKey) String() string

func (*RegularKey) Unmarshal 

func (k *RegularKey) Unmarshal(r Reader) error

func (*RegularKey) UnmarshalText 

func (r *RegularKey) UnmarshalText(b []byte) error

Expects base58-encoded account id

type RippleState 

type RippleState struct {
	Flags          *LedgerEntryFlag `json:",omitempty"`
	LowLimit       *Amount          `json:",omitempty"`
	HighLimit      *Amount          `json:",omitempty"`
	Balance        *Amount          `json:",omitempty"`
	LowNode        *NodeIndex       `json:",omitempty"`
	HighNode       *NodeIndex       `json:",omitempty"`
	LowQualityIn   *uint32          `json:",omitempty"`
	LowQualityOut  *uint32          `json:",omitempty"`
	HighQualityIn  *uint32          `json:",omitempty"`
	HighQualityOut *uint32          `json:",omitempty"`
	// contains filtered or unexported fields
}

func (*RippleState) Affects 

func (r *RippleState) Affects(account Account) bool

func (*RippleState) GetHash 

func (le *RippleState) GetHash() *Hash256

func (*RippleState) GetLedgerEntryType 

func (le *RippleState) GetLedgerEntryType() LedgerEntryType

func (*RippleState) GetLedgerIndex 

func (le *RippleState) GetLedgerIndex() *Hash256

func (*RippleState) GetPreviousTxnId 

func (le *RippleState) GetPreviousTxnId() *Hash256

func (*RippleState) GetType 

func (le *RippleState) GetType() string

func (*RippleState) Ledger 

func (le *RippleState) Ledger() uint32

func (*RippleState) NodeId 

func (le *RippleState) NodeId() *Hash256

func (*RippleState) NodeType 

func (le *RippleState) NodeType() NodeType

func (*RippleState) Prefix 

func (le *RippleState) Prefix() HashPrefix

type RippleTime 

type RippleTime struct {
	T uint32
}

Represents a time as the number of seconds since the Ripple epoch: January 1st, 2000 (00:00 UTC)

func NewRippleTime 

func NewRippleTime(t uint32) *RippleTime

func Now 

func Now() *RippleTime

func (RippleTime) MarshalJSON 

func (t RippleTime) MarshalJSON() ([]byte, error)

func (*RippleTime) SetString 

func (t *RippleTime) SetString(s string) error

Accepts time formatted as 2006-Jan-02 15:04:05

func (*RippleTime) SetUint32 

func (t *RippleTime) SetUint32(n uint32)

func (RippleTime) Short 

func (t RippleTime) Short() string

Returns time formatted as 15:04:05

func (RippleTime) String 

func (t RippleTime) String() string

Returns time formatted as 2006-Jan-02 15:04:05

func (RippleTime) Time 

func (t RippleTime) Time() time.Time

func (RippleTime) Uint32 

func (t RippleTime) Uint32() uint32

func (*RippleTime) UnmarshalJSON 

func (t *RippleTime) UnmarshalJSON(b []byte) error

type Router 

type Router interface {
	Hashable
	SuppressionId() Hash256
}

type Seed 

type Seed [16]byte

func NewSeedFromAddress 

func NewSeedFromAddress(s string) (*Seed, error)

Expects address in base58 form

func (*Seed) AccountId 

func (s *Seed) AccountId(keyType KeyType, sequence *uint32) Account

func (*Seed) Bytes 

func (s *Seed) Bytes() []byte

func (Seed) Hash 

func (s Seed) Hash() (crypto.Hash, error)

func (*Seed) Key 

func (s *Seed) Key(keyType KeyType) crypto.Key

func (Seed) MarshalText 

func (s Seed) MarshalText() ([]byte, error)

func (Seed) String 

func (s Seed) String() string

func (*Seed) UnmarshalText 

func (s *Seed) UnmarshalText(b []byte) error

Expects base58-encoded account id

type SetFee 

type SetFee struct {
	TxBase
	BaseFee           Uint64Hex
	ReferenceFeeUnits uint32
	ReserveBase       uint32
	ReserveIncrement  uint32
}

type SetRegularKey 

type SetRegularKey struct {
	TxBase
	RegularKey *RegularKey `json:",omitempty"`
}

type Signer 

type Signer struct {
	Signer struct {
		Account       *Account        `json:",omitempty"`
		SigningPubKey *PublicKey      `json:",omitempty"`
		TxnSignature  *VariableLength `json:",omitempty"`
	} `json:",omitempty"`
}

type SignerAgent 

type SignerAgent interface {
	Hashable
	InitialiseForSigning()
	InitialiseForMultiSigning()
	SigningPrefix() HashPrefix
	GetPublicKey() *PublicKey
	GetSignature() *VariableLength
	AddSignature(*Signer)
}

type SignerEntries 

type SignerEntries struct {
	SignerEntry SignerEntry `json:",omitempty"`
}

type SignerEntry 

type SignerEntry struct {
	Account      *Account `json:",omitempty"`
	SignerWeight *uint16  `json:",omitempty"`
}

type SignerList 

type SignerList struct {
	Flags         *LedgerEntryFlag `json:",omitempty"`
	OwnerNode     *NodeIndex       `json:",omitempty"`
	SignerQuorum  *uint32          `json:",omitempty"`
	SignerEntries []SignerEntries  `json:",omitempty"`
	SignerListID  *uint32          `json:",omitempty"`
	// contains filtered or unexported fields
}

func (*SignerList) Affects 

func (s *SignerList) Affects(account Account) bool

func (*SignerList) GetHash 

func (le *SignerList) GetHash() *Hash256

func (*SignerList) GetLedgerEntryType 

func (le *SignerList) GetLedgerEntryType() LedgerEntryType

func (*SignerList) GetLedgerIndex 

func (le *SignerList) GetLedgerIndex() *Hash256

func (*SignerList) GetPreviousTxnId 

func (le *SignerList) GetPreviousTxnId() *Hash256

func (*SignerList) GetType 

func (le *SignerList) GetType() string

func (*SignerList) Ledger 

func (le *SignerList) Ledger() uint32

func (*SignerList) NodeId 

func (le *SignerList) NodeId() *Hash256

func (*SignerList) NodeType 

func (le *SignerList) NodeType() NodeType

func (*SignerList) Prefix 

func (le *SignerList) Prefix() HashPrefix

type SignerListSet 

type SignerListSet struct {
	TxBase
	SignerQuorum  uint32          `json:",omitempty"`
	SignerEntries []SignerEntries `json:",omitempty"`
}

type Signers 

type Signers []Signer

type Storer 

type Storer interface {
	Hashable
	Ledger() uint32
	NodeType() NodeType
	NodeId() *Hash256
}

func ReadPrefix 

func ReadPrefix(r Reader, nodeId Hash256) (Storer, error)

ReadPrefix parses types received from the nodestore

type Ticket 

type Ticket struct {
	Flags      *LedgerEntryFlag `json:",omitempty"`
	Account    *Account         `json:",omitempty"`
	Sequence   *uint32          `json:",omitempty"`
	OwnerNode  *NodeIndex       `json:",omitempty"`
	Target     *Account         `json:",omitempty"`
	Expiration *uint32          `json:",omitempty"`
	// contains filtered or unexported fields
}

func (*Ticket) Affects 

func (t *Ticket) Affects(account Account) bool

func (*Ticket) GetHash 

func (le *Ticket) GetHash() *Hash256

func (*Ticket) GetLedgerEntryType 

func (le *Ticket) GetLedgerEntryType() LedgerEntryType

func (*Ticket) GetLedgerIndex 

func (le *Ticket) GetLedgerIndex() *Hash256

func (*Ticket) GetPreviousTxnId 

func (le *Ticket) GetPreviousTxnId() *Hash256

func (*Ticket) GetType 

func (le *Ticket) GetType() string

func (*Ticket) Ledger 

func (le *Ticket) Ledger() uint32

func (*Ticket) NodeId 

func (le *Ticket) NodeId() *Hash256

func (*Ticket) NodeType 

func (le *Ticket) NodeType() NodeType

func (*Ticket) Prefix 

func (le *Ticket) Prefix() HashPrefix

type TicketCancel 

type TicketCancel struct {
	TicketID Hash256
}

type TicketCreate 

type TicketCreate struct {
	Target     *Account `json:",omitempty"`
	Expiration *uint32  `json:",omitempty"`
}

type Trade 

type Trade struct {
	LedgerSequence   uint32
	TransactionIndex uint32
	TransactionType  string
	Op               string
	Paid             *Amount
	Got              *Amount
	Giver            Account
	Taker            Account
}

func (*Trade) Rate 

func (t *Trade) Rate() float64

func (Trade) String 

func (t Trade) String() string

type TradeSlice 

type TradeSlice []Trade

func NewTradeSlice 

func NewTradeSlice(txm *TransactionWithMetaData) (TradeSlice, error)

func (TradeSlice) Filter 

func (s TradeSlice) Filter(account Account) TradeSlice

func (TradeSlice) Len 

func (s TradeSlice) Len() int

func (TradeSlice) Less 

func (s TradeSlice) Less(i, j int) bool

func (TradeSlice) Sort 

func (s TradeSlice) Sort()

func (TradeSlice) Swap 

func (s TradeSlice) Swap(i, j int)

type Transaction 

type Transaction interface {
	SignerAgent
	GetTransactionType() TransactionType
	GetBase() *TxBase
	PathSet() PathSet
}

func ReadTransaction 

func ReadTransaction(r Reader) (Transaction, error)

type TransactionFlag 

type TransactionFlag uint32
const (
	//Universal flags
	TxCanonicalSignature TransactionFlag = 0x80000000

	// Payment flags
	TxNoDirectRipple TransactionFlag = 0x00010000
	TxPartialPayment TransactionFlag = 0x00020000
	TxLimitQuality   TransactionFlag = 0x00040000
	TxCircle         TransactionFlag = 0x00080000 // Not implemented

	// AccountSet flags
	TxSetRequireDest   TransactionFlag = 0x00000001
	TxSetRequireAuth   TransactionFlag = 0x00000002
	TxSetDisallowXRP   TransactionFlag = 0x00000003
	TxSetDisableMaster TransactionFlag = 0x00000004
	TxSetAccountTxnID  TransactionFlag = 0x00000005
	TxNoFreeze         TransactionFlag = 0x00000006
	TxGlobalFreeze     TransactionFlag = 0x00000007
	TxDefaultRipple    TransactionFlag = 0x00000008
	TxRequireDestTag   TransactionFlag = 0x00010000
	TxOptionalDestTag  TransactionFlag = 0x00020000
	TxRequireAuth      TransactionFlag = 0x00040000
	TxOptionalAuth     TransactionFlag = 0x00080000
	TxDisallowXRP      TransactionFlag = 0x00100000
	TxAllowXRP         TransactionFlag = 0x00200000

	// OfferCreate flags
	TxPassive           TransactionFlag = 0x00010000
	TxImmediateOrCancel TransactionFlag = 0x00020000
	TxFillOrKill        TransactionFlag = 0x00040000
	TxSell              TransactionFlag = 0x00080000

	// TrustSet flags
	TxSetAuth       TransactionFlag = 0x00010000
	TxSetNoRipple   TransactionFlag = 0x00020000
	TxClearNoRipple TransactionFlag = 0x00040000
	TxSetFreeze     TransactionFlag = 0x00100000
	TxClearFreeze   TransactionFlag = 0x00200000

	// EnableAmendments flags
	TxGotMajority  TransactionFlag = 0x00010000
	TxLostMajority TransactionFlag = 0x00020000

	// PaymentChannelClaim flags
	TxRenew TransactionFlag = 0x00010000
	TxClose TransactionFlag = 0x00020000
)

Transaction Flags

func (TransactionFlag) Explain 

func (f TransactionFlag) Explain(tx Transaction) []string

func (TransactionFlag) String 

func (f TransactionFlag) String() string

type TransactionResult 

type TransactionResult int16

func (TransactionResult) Human 

func (r TransactionResult) Human() string

func (*TransactionResult) Marshal 

func (res *TransactionResult) Marshal(w io.Writer) error

func (TransactionResult) MarshalText 

func (r TransactionResult) MarshalText() ([]byte, error)

func (TransactionResult) Queued 

func (r TransactionResult) Queued() bool

func (TransactionResult) String 

func (r TransactionResult) String() string

func (TransactionResult) Success 

func (r TransactionResult) Success() bool

func (TransactionResult) Symbol 

func (r TransactionResult) Symbol() string

func (*TransactionResult) Unmarshal 

func (res *TransactionResult) Unmarshal(r Reader) error

func (*TransactionResult) UnmarshalText 

func (r *TransactionResult) UnmarshalText(b []byte) error

type TransactionSlice 

type TransactionSlice []*TransactionWithMetaData

func (TransactionSlice) Len 

func (s TransactionSlice) Len() int

func (TransactionSlice) Less 

func (s TransactionSlice) Less(i, j int) bool

func (TransactionSlice) MarshalJSON 

func (s TransactionSlice) MarshalJSON() ([]byte, error)

func (TransactionSlice) Sort 

func (s TransactionSlice) Sort()

func (TransactionSlice) Swap 

func (s TransactionSlice) Swap(i, j int)

type TransactionType 

type TransactionType uint16

func (TransactionType) MarshalText 

func (t TransactionType) MarshalText() ([]byte, error)

func (TransactionType) String 

func (t TransactionType) String() string

func (*TransactionType) UnmarshalText 

func (t *TransactionType) UnmarshalText(b []byte) error

type TransactionWithMetaData 

type TransactionWithMetaData struct {
	Transaction
	MetaData       MetaData   `json:"meta"`
	Date           RippleTime `json:"date"`
	LedgerSequence uint32     `json:"ledger_index"`
	Id             Hash256    `json:"-"`
}

func NewTransactionWithMetadata 

func NewTransactionWithMetadata(typ TransactionType) *TransactionWithMetaData

func ReadTransactionAndMetadata 

func ReadTransactionAndMetadata(tx, meta Reader, hash Hash256, ledger uint32) (*TransactionWithMetaData, error)

ReadTransactionAndMetadata combines the inputs from the two readers into a TransactionWithMetaData

func (*TransactionWithMetaData) Affects 

func (t *TransactionWithMetaData) Affects(account Account) bool

func (*TransactionWithMetaData) Balances 

func (txm *TransactionWithMetaData) Balances() (BalanceSlice, error)

func (*TransactionWithMetaData) GetType 

func (t *TransactionWithMetaData) GetType() string

func (*TransactionWithMetaData) Ledger 

func (t *TransactionWithMetaData) Ledger() uint32

func (TransactionWithMetaData) MarshalJSON 

func (txm TransactionWithMetaData) MarshalJSON() ([]byte, error)

func (*TransactionWithMetaData) NodeId 

func (t *TransactionWithMetaData) NodeId() *Hash256

func (*TransactionWithMetaData) NodeType 

func (t *TransactionWithMetaData) NodeType() NodeType

func (*TransactionWithMetaData) Prefix 

func (t *TransactionWithMetaData) Prefix() HashPrefix

func (*TransactionWithMetaData) UnmarshalJSON 

func (txm *TransactionWithMetaData) UnmarshalJSON(b []byte) error

This function is a horrow show, demonstrating the huge inconsistencies in the presentation of a transaction by the rippled API. Indeed.

type Transfer 

type Transfer struct {
	Source             Account
	Destination        Account
	SourceBalance      Amount
	DestinationBalance Amount
	Change             Value
	TransitFee         *Value // Applies to all transfers except XRP -> XRP
	QualityIn          *Value // Applies to IOU -> IOU transfers
	QualityOut         *Value // Applies to IOU -> IOU transfers
}

Transfer is a directional representation of a RippleState or AccountRoot balance change. Payments and OfferCreates lead to the creation of zero or more Transfers. 

TransitFee is earned by the Issuer
QualityIn and QualityOut are earned by the Liquidity Provider and can be negative.

Four scenarios:

  1. XRP -> XRP
  2. XRP -> IOU/Issuer Requires an orderbook
  3. IOU/Issuer -> XRP Requires an orderbook
  4. IOU/IssuerA <-> IOU/IssuerB Also known as Rippling, requires an account which trusts both currency/issuer pairs

type TrustSet 

type TrustSet struct {
	TxBase
	LimitAmount Amount
	QualityIn   *uint32 `json:",omitempty"`
	QualityOut  *uint32 `json:",omitempty"`
}

type TxBase 

type TxBase struct {
	TransactionType    TransactionType
	Flags              *TransactionFlag `json:",omitempty"`
	SourceTag          *uint32          `json:",omitempty"`
	Account            Account
	Sequence           uint32
	Fee                Value
	AccountTxnID       *Hash256        `json:",omitempty"`
	SigningPubKey      *PublicKey      `json:",omitempty"`
	TxnSignature       *VariableLength `json:",omitempty"`
	Signers            Signers         `json:",omitempty"`
	Memos              Memos           `json:",omitempty"`
	PreviousTxnID      *Hash256        `json:",omitempty"`
	LastLedgerSequence *uint32         `json:",omitempty"`
	Hash               Hash256         `json:"hash"`
}

func (*TxBase) AddSignature 

func (t *TxBase) AddSignature(signer *Signer)

func (*TxBase) Compare 

func (t *TxBase) Compare(other *TxBase) int

func (*TxBase) GetBase 

func (t *TxBase) GetBase() *TxBase

func (*TxBase) GetHash 

func (t *TxBase) GetHash() *Hash256

func (*TxBase) GetPublicKey 

func (t *TxBase) GetPublicKey() *PublicKey

func (*TxBase) GetSignature 

func (t *TxBase) GetSignature() *VariableLength

func (*TxBase) GetTransactionType 

func (t *TxBase) GetTransactionType() TransactionType

func (*TxBase) GetType 

func (t *TxBase) GetType() string

func (*TxBase) InitialiseForMultiSigning 

func (t *TxBase) InitialiseForMultiSigning()

func (*TxBase) InitialiseForSigning 

func (t *TxBase) InitialiseForSigning()

func (*TxBase) PathSet 

func (t *TxBase) PathSet() PathSet

func (*TxBase) Prefix 

func (t *TxBase) Prefix() HashPrefix

func (*TxBase) SigningPrefix 

func (t *TxBase) SigningPrefix() HashPrefix

type Uint64Hex 

type Uint64Hex uint64

A uint64 which gets represented as a hex string in json

func (Uint64Hex) MarshalText 

func (h Uint64Hex) MarshalText() ([]byte, error)

func (*Uint64Hex) UnmarshalText 

func (h *Uint64Hex) UnmarshalText(b []byte) error

type Validation 

type Validation struct {
	Hash             Hash256
	Flags            uint32
	LedgerHash       Hash256
	LedgerSequence   uint32
	Amendments       Vector256
	SigningTime      RippleTime
	SigningPubKey    PublicKey
	Signature        VariableLength
	CloseTime        *uint32
	LoadFee          *uint32
	BaseFee          *uint64
	ReserveBase      *uint32
	ReserveIncrement *uint32
}

func ReadValidation 

func ReadValidation(r Reader) (*Validation, error)

func (Validation) GetHash 

func (v Validation) GetHash() *Hash256

func (Validation) GetPublicKey 

func (v Validation) GetPublicKey() *PublicKey

func (Validation) GetSignature 

func (v Validation) GetSignature() *VariableLength

func (Validation) GetType 

func (v Validation) GetType() string

func (Validation) InitialiseForSigning 

func (v Validation) InitialiseForSigning()

func (Validation) Prefix 

func (v Validation) Prefix() HashPrefix

func (Validation) SigningPrefix 

func (v Validation) SigningPrefix() HashPrefix

func (Validation) SuppressionId 

func (v Validation) SuppressionId() (Hash256, error)

type Value 

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

Value is the numeric type in Ripple. It can store numbers in two different representations: native and non-native. Non-native numbers are stored as a mantissa (Num) in the range [1e15,1e16) plus an exponent (Offset) in the range [-96,80]. Native values are stored as an integer number of "drips" each representing 1/1000000. Throughout the library, native values are interpreted as drips unless otherwise specified.

func NewNativeValue 

func NewNativeValue(n int64) (*Value, error)

NewNativeValue returns a Value with n drops. If the value is impossible an error is returned.

func NewNonNativeValue 

func NewNonNativeValue(n int64, offset int64) (*Value, error)

NewNonNativeValue returns a Value of n*10^offset.

func NewValue 

func NewValue(s string, native bool) (*Value, error)

NewValue accepts a string representation of a value and a flag to indicate if it should be stored as native. If the native flag is set AND a decimal is used, the number is interpreted as XRP. If no decimal is used, it is interpreted as drips.

func (Value) Abs 

func (v Value) Abs() *Value

Abs returns a copy of v with a positive sign.

func (Value) Add 

func (a Value) Add(b Value) (*Value, error)

Add adds a to b and returns the sum as a new Value.

Example 
v1, _ := NewValue("100", false)
v2, _ := NewValue("200.199", false)
sum, _ := v1.Add(*v2)
fmt.Println(v1.String())
fmt.Println(v2.String())
fmt.Println(sum.String())

Output:

100
200.199
300.199

func (*Value) Bytes 

func (v *Value) Bytes() []byte

func (Value) Clone 

func (v Value) Clone() *Value

Clone returns a Value which is a copy of v.

func (Value) Compare 

func (a Value) Compare(b Value) int

Compare returns an integer comparing two Values. The result will be 0 if a==b, -1 if a < b, and +1 if a > b.

func (Value) Divide 

func (num Value) Divide(den Value) (*Value, error)

func (Value) Equals 

func (a Value) Equals(b Value) bool

func (Value) Float 

func (v Value) Float() float64

func (Value) IsNative 

func (v Value) IsNative() bool

func (Value) IsNegative 

func (v Value) IsNegative() bool

func (Value) IsZero 

func (v Value) IsZero() bool

func (Value) Less 

func (a Value) Less(b Value) bool

Less compares values and returns true if a is less than b.

func (*Value) Marshal 

func (v *Value) Marshal(w io.Writer) error

func (Value) MarshalBinary 

func (v Value) MarshalBinary() ([]byte, error)

func (*Value) MarshalText 

func (v *Value) MarshalText() ([]byte, error)

func (Value) Multiply 

func (a Value) Multiply(b Value) (*Value, error)

func (Value) Native 

func (v Value) Native() (*Value, error)

Native returns a clone of the value in native format.

func (Value) Negate 

func (v Value) Negate() *Value

Negate returns a new Value with the opposite sign of v.

func (Value) NonNative 

func (v Value) NonNative() (*Value, error)

NonNative returns a clone of the value in non-native format.

func (Value) Rat 

func (v Value) Rat() *big.Rat

Rat returns the value as a big.Rat.

func (Value) Ratio 

func (a Value) Ratio(b Value) (*Value, error)

Ratio returns the ratio a/b. XRP are interpreted at face value rather than drips. The result of Ratio is always a non-native Value for additional precision.

func (Value) String 

func (v Value) String() string

String returns the Value as a string for human consumption. Native values are represented as decimal XRP rather than drips.

func (Value) Subtract 

func (a Value) Subtract(b Value) (*Value, error)

func (*Value) Unmarshal 

func (v *Value) Unmarshal(r Reader) error

func (*Value) UnmarshalBinary 

func (v *Value) UnmarshalBinary(b []byte) error

func (*Value) UnmarshalText 

func (v *Value) UnmarshalText(b []byte) error

func (Value) ZeroClone 

func (v Value) ZeroClone() *Value

ZeroClone returns a zero Value, native or non-native depending on v's setting.

type VariableLength 

type VariableLength []byte

func (*VariableLength) Bytes 

func (v *VariableLength) Bytes() []byte

func (*VariableLength) Marshal 

func (v *VariableLength) Marshal(w io.Writer) error

func (VariableLength) MarshalText 

func (v VariableLength) MarshalText() ([]byte, error)

func (*VariableLength) String 

func (v *VariableLength) String() string

func (*VariableLength) Unmarshal 

func (v *VariableLength) Unmarshal(r Reader) error

func (*VariableLength) UnmarshalText 

func (v *VariableLength) UnmarshalText(b []byte) error

Expects variable length hex

type Vector256 

type Vector256 []Hash256

func (*Vector256) Marshal 

func (v *Vector256) Marshal(w io.Writer) error

func (Vector256) String 

func (v Vector256) String() string

func (*Vector256) Unmarshal 

func (v *Vector256) Unmarshal(r Reader) error

type Wire 

type Wire interface {
	Unmarshal(Reader) error
	Marshal(io.Writer) error
}

type Work 

type Work struct {
	*LedgerRange
	MissingLedgers LedgerSlice
	MissingNodes   []Hash256
}

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