tlb

package
v1.10.2 Latest Latest
Warning

This package is not in the latest version of its module.

 Go to latest Published: Nov 27, 2024 License: Apache-2.0 Imports: 12 Imported by: 0

Documentation

Index

Constants

View Source 
const (
	AccountStatusActive   = "ACTIVE"
	AccountStatusUninit   = "UNINIT"
	AccountStatusFrozen   = "FROZEN"
	AccountStatusNonExist = "NON_EXIST"
)
View Source 
const MaxTextChunkSize = 127 - 2

Variables

View Source 
var ErrStackEmpty = errors.New("stack is empty")
View Source 
var ZeroCoins = MustFromTON("0")

Functions

func ConvertShardIdentToShard 

func ConvertShardIdentToShard(si ShardIdent) (workchain int32, shard uint64)

func LoadFromCell 

func LoadFromCell(v any, loader *cell.Slice, skipMagic ...bool) error

LoadFromCell automatically parses cell based on struct tags ## N - means integer with N bits, if size <= 64 it loads to uint of any size, if > 64 it loads to *big.Int ^ - loads ref and calls recursively, if field type is *cell.Cell, it loads without parsing . - calls recursively to continue load from current loader (inner struct) dict [inline] N - loads dictionary with key size N, example: 'dict 256', inline option can be used if dict is Hashmap and not HashmapE bits N - loads bit slice N len to []byte bool - loads 1 bit boolean addr - loads ton address maybe - reads 1 bit, and loads rest if its 1, can be used in combination with others only either [leave {bits},{refs}] X Y - reads 1 bit, if its 0 - loads X, if 1 - loads Y, 

tries to serialize first condition, if not succeed (not enough free bits or refs), then second.
if 'leave' is specified, then after write it will additionally check specified
number of free bits and refs in cell.

?FieldName - Conditional field loading depending on boolean value of specified field. / Specified field must be declared before tag usage, or it will be always false during loading Some tags can be combined, for example "dict 256", "maybe ^" Magic can be used to load first bits and check struct type, in tag can be specified magic number itself, in [#]HEX or [$]BIN format Example: _ Magic `tlb:"#deadbeef" _ Magic `tlb:"$1101"

func LoadFromCellAsProof 

func LoadFromCellAsProof(v any, loader *cell.Slice, skipMagic ...bool) error

func MethodNameHash 

func MethodNameHash(name string) uint64

func ParseStackValue 

func ParseStackValue(slice *cell.Slice) (any, error)

func Register 

func Register(typ any)

func RegisterWithName 

func RegisterWithName(name string, typ any)

func SerializeStackValue 

func SerializeStackValue(b *cell.Builder, val any) error

func ToCell 

func ToCell(v any) (*cell.Cell, error)

Types

type AccStatusChange 

type AccStatusChange struct {
	Type AccStatusChangeType
}

func (*AccStatusChange) LoadFromCell 

func (a *AccStatusChange) LoadFromCell(loader *cell.Slice) error

func (AccStatusChange) ToCell 

func (a AccStatusChange) ToCell() (*cell.Cell, error)

type AccStatusChangeType 

type AccStatusChangeType string
const (
	AccStatusChangeUnchanged AccStatusChangeType = "UNCHANGED"
	AccStatusChangeFrozen    AccStatusChangeType = "FROZEN"
	AccStatusChangeDeleted   AccStatusChangeType = "DELETED"
)

type Account 

type Account struct {
	IsActive   bool
	State      *AccountState
	Data       *cell.Cell
	Code       *cell.Cell
	LastTxLT   uint64
	LastTxHash []byte
}

func (*Account) HasGetMethod 

func (a *Account) HasGetMethod(name string) bool

type AccountBlock 

type AccountBlock struct {
	Addr         []byte           `tlb:"bits 256"`
	Transactions *cell.Dictionary `tlb:"dict inline 64"`
	StateUpdate  *cell.Cell       `tlb:"^"`
	// contains filtered or unexported fields
}

type AccountState 

type AccountState struct {
	IsValid     bool
	Address     *address.Address
	StorageInfo StorageInfo

	AccountStorage
}

func (*AccountState) LoadFromCell 

func (a *AccountState) LoadFromCell(loader *cell.Slice) error

type AccountStatus 

type AccountStatus string

func (*AccountStatus) LoadFromCell 

func (g *AccountStatus) LoadFromCell(loader *cell.Slice) error

func (AccountStatus) ToCell 

func (g AccountStatus) ToCell() (*cell.Cell, error)

type AccountStorage 

type AccountStorage struct {
	Status            AccountStatus
	LastTransactionLT uint64
	Balance           Coins
	ExtraCurrencies   *cell.Dictionary `tlb:"dict 32"`

	// has value when active
	StateInit *StateInit
	// has value when frozen
	StateHash []byte
}

func (*AccountStorage) LoadFromCell 

func (s *AccountStorage) LoadFromCell(loader *cell.Slice) error

type ActionPhase 

type ActionPhase struct {
	Success         bool             `tlb:"bool"`
	Valid           bool             `tlb:"bool"`
	NoFunds         bool             `tlb:"bool"`
	StatusChange    AccStatusChange  `tlb:"."`
	TotalFwdFees    *Coins           `tlb:"maybe ."`
	TotalActionFees *Coins           `tlb:"maybe ."`
	ResultCode      int32            `tlb:"## 32"`
	ResultArg       *int32           `tlb:"maybe ## 32"`
	TotalActions    uint16           `tlb:"## 16"`
	SpecActions     uint16           `tlb:"## 16"`
	SkippedActions  uint16           `tlb:"## 16"`
	MessagesCreated uint16           `tlb:"## 16"`
	ActionListHash  []byte           `tlb:"bits 256"`
	TotalMsgSize    StorageUsedShort `tlb:"."`
}

type AllShardsInfo 

type AllShardsInfo struct {
	ShardHashes *cell.Dictionary `tlb:"dict 32"`
}

type AnyMessage 

type AnyMessage interface {
	Payload() *cell.Cell
	SenderAddr() *address.Address
	DestAddr() *address.Address
}

type BinTree 

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

func (*BinTree) All 

func (b *BinTree) All() []*cell.HashmapKV

func (*BinTree) Get 

func (b *BinTree) Get(key *cell.Cell) *cell.Cell

func (*BinTree) LoadFromCell 

func (b *BinTree) LoadFromCell(loader *cell.Slice) error

type BlkPrevInfo 

type BlkPrevInfo struct {
	Prev1 ExtBlkRef
	Prev2 *ExtBlkRef
}

type Block 

type Block struct {
	GlobalID    int32       `tlb:"## 32"`
	BlockInfo   BlockHeader `tlb:"^"`
	ValueFlow   *cell.Cell  `tlb:"^"`
	StateUpdate *cell.Cell  `tlb:"^"`
	Extra       *BlockExtra `tlb:"^"`
	// contains filtered or unexported fields
}

type BlockExtra 

type BlockExtra struct {
	InMsgDesc          *cell.Cell    `tlb:"^"`
	OutMsgDesc         *cell.Cell    `tlb:"^"`
	ShardAccountBlocks *cell.Cell    `tlb:"^"`
	RandSeed           []byte        `tlb:"bits 256"`
	CreatedBy          []byte        `tlb:"bits 256"`
	Custom             *McBlockExtra `tlb:"maybe ^"`
	// contains filtered or unexported fields
}

type BlockHeader 

type BlockHeader struct {
	GenSoftware *GlobalVersion
	MasterRef   *ExtBlkRef
	PrevRef     BlkPrevInfo
	PrevVertRef *BlkPrevInfo
	// contains filtered or unexported fields
}

func (*BlockHeader) GetParentBlocks 

func (h *BlockHeader) GetParentBlocks() ([]*BlockInfo, error)

func (*BlockHeader) LoadFromCell 

func (h *BlockHeader) LoadFromCell(loader *cell.Slice) error

type BlockInfo deprecated 

type BlockInfo struct {
	Workchain int32  `tl:"int"`
	Shard     int64  `tl:"long"`
	SeqNo     uint32 `tl:"int"`
	RootHash  []byte `tl:"int256"`
	FileHash  []byte `tl:"int256"`
}

Deprecated: use ton.BlockIDExt

func (*BlockInfo) Copy 

func (h *BlockInfo) Copy() *BlockInfo

func (*BlockInfo) Equals 

func (h *BlockInfo) Equals(h2 *BlockInfo) bool

type BouncePhase 

type BouncePhase struct {
	Phase any `tlb:"[BouncePhaseOk,BouncePhaseNegFunds,BouncePhaseNoFunds]"`
}

type BouncePhaseNegFunds 

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

type BouncePhaseNoFunds 

type BouncePhaseNoFunds struct {
	MsgSize    StorageUsedShort `tlb:"."`
	ReqFwdFees Coins            `tlb:"."`
	// contains filtered or unexported fields
}

type BouncePhaseOk 

type BouncePhaseOk struct {
	MsgSize StorageUsedShort `tlb:"."`
	MsgFees Coins            `tlb:"."`
	FwdFees Coins            `tlb:"."`
	// contains filtered or unexported fields
}

type CatchainConfig 

type CatchainConfig struct {
	Config any `tlb:"[CatchainConfigV1,CatchainConfigV2]"`
}

type CatchainConfigV1 

type CatchainConfigV1 struct {
	McCatchainLifetime      uint32 `tlb:"## 32"`
	ShardCatchainLifetime   uint32 `tlb:"## 32"`
	ShardValidatorsLifetime uint32 `tlb:"## 32"`
	ShardValidatorsNum      uint32 `tlb:"## 32"`
	// contains filtered or unexported fields
}

type CatchainConfigV2 

type CatchainConfigV2 struct {
	Flags                   uint8  `tlb:"## 7"`
	ShuffleMcValidators     bool   `tlb:"bool"`
	McCatchainLifetime      uint32 `tlb:"## 32"`
	ShardCatchainLifetime   uint32 `tlb:"## 32"`
	ShardValidatorsLifetime uint32 `tlb:"## 32"`
	ShardValidatorsNum      uint32 `tlb:"## 32"`
	// contains filtered or unexported fields
}

type Coins 

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

func FromDecimal 

func FromDecimal(val string, decimals int) (Coins, error)

func FromNano 

func FromNano(val *big.Int, decimals int) (Coins, error)

func FromNanoTON 

func FromNanoTON(val *big.Int) Coins

func FromNanoTONStr 

func FromNanoTONStr(val string) (Coins, error)

func FromNanoTONU 

func FromNanoTONU(val uint64) Coins

func FromTON 

func FromTON(val string) (Coins, error)

func MustFromDecimal 

func MustFromDecimal(val string, decimals int) Coins

func MustFromNano 

func MustFromNano(val *big.Int, decimals int) Coins

func MustFromTON 

func MustFromTON(val string) Coins

func (*Coins) Compare 

func (g *Coins) Compare(coins *Coins) int

func (*Coins) Decimals 

func (g *Coins) Decimals() int

func (*Coins) LoadFromCell 

func (g *Coins) LoadFromCell(loader *cell.Slice) error

func (Coins) MarshalJSON 

func (g Coins) MarshalJSON() ([]byte, error)

func (Coins) Nano 

func (g Coins) Nano() *big.Int

func (Coins) NanoTON deprecated 

func (g Coins) NanoTON() *big.Int

Deprecated: use Nano

func (Coins) String 

func (g Coins) String() string

func (Coins) TON deprecated 

func (g Coins) TON() string

Deprecated: use String

func (Coins) ToCell 

func (g Coins) ToCell() (*cell.Cell, error)

func (*Coins) UnmarshalJSON 

func (g *Coins) UnmarshalJSON(data []byte) error

type ComputePhase 

type ComputePhase struct {
	Phase any `tlb:"[ComputePhaseVM,ComputePhaseSkipped]"`
}

type ComputePhaseSkipped 

type ComputePhaseSkipped struct {
	Reason ComputeSkipReason `tlb:"."`
	// contains filtered or unexported fields
}

type ComputePhaseVM 

type ComputePhaseVM struct {
	Success          bool  `tlb:"bool"`
	MsgStateUsed     bool  `tlb:"bool"`
	AccountActivated bool  `tlb:"bool"`
	GasFees          Coins `tlb:"."`
	Details          struct {
		GasUsed          *big.Int `tlb:"var uint 7"`
		GasLimit         *big.Int `tlb:"var uint 7"`
		GasCredit        *big.Int `tlb:"maybe var uint 3"`
		Mode             int8     `tlb:"## 8"`
		ExitCode         int32    `tlb:"## 32"`
		ExitArg          *int32   `tlb:"maybe ## 32"`
		VMSteps          uint32   `tlb:"## 32"`
		VMInitStateHash  []byte   `tlb:"bits 256"`
		VMFinalStateHash []byte   `tlb:"bits 256"`
	} `tlb:"^"`
	// contains filtered or unexported fields
}

type ComputeSkipReason 

type ComputeSkipReason struct {
	Type ComputeSkipReasonType
}

func (*ComputeSkipReason) LoadFromCell 

func (c *ComputeSkipReason) LoadFromCell(loader *cell.Slice) error

func (ComputeSkipReason) ToCell 

func (c ComputeSkipReason) ToCell() (*cell.Cell, error)

type ComputeSkipReasonType 

type ComputeSkipReasonType string
const (
	ComputeSkipReasonNoState   ComputeSkipReasonType = "NO_STATE"
	ComputeSkipReasonBadState  ComputeSkipReasonType = "BAD_STATE"
	ComputeSkipReasonNoGas     ComputeSkipReasonType = "NO_GAS"
	ComputeSkipReasonSuspended ComputeSkipReasonType = "SUSPENDED"
)

type ConfigParams 

type ConfigParams struct {
	ConfigAddr []byte `tlb:"bits 256"`
	Config     struct {
		Params *cell.Dictionary `tlb:"dict inline 32"`
	} `tlb:"^"`
}

type ConsensusConfig 

type ConsensusConfig struct {
	Config any `tlb:"[ConsensusConfigV1,ConsensusConfigV2,ConsensusConfigV3,ConsensusConfigV4]"`
}

type ConsensusConfigV1 

type ConsensusConfigV1 struct {
	RoundCandidates      uint32 `tlb:"## 32"`
	NextCandidateDelayMs uint32 `tlb:"## 32"`
	ConsensusTimeoutMs   uint32 `tlb:"## 32"`
	FastAttempts         uint32 `tlb:"## 32"`
	AttemptDuration      uint32 `tlb:"## 32"`
	CatchainMaxDeps      uint32 `tlb:"## 32"`
	MaxBlockBytes        uint32 `tlb:"## 32"`
	MaxCollatedBytes     uint32 `tlb:"## 32"`
	// contains filtered or unexported fields
}

type ConsensusConfigV2 

type ConsensusConfigV2 struct {
	Flags                uint8  `tlb:"## 7"`
	NewCatchainIds       bool   `tlb:"bool"`
	RoundCandidates      uint8  `tlb:"## 8"`
	NextCandidateDelayMs uint32 `tlb:"## 32"`
	ConsensusTimeoutMs   uint32 `tlb:"## 32"`
	FastAttempts         uint32 `tlb:"## 32"`
	AttemptDuration      uint32 `tlb:"## 32"`
	CatchainMaxDeps      uint32 `tlb:"## 32"`
	MaxBlockBytes        uint32 `tlb:"## 32"`
	MaxCollatedBytes     uint32 `tlb:"## 32"`
	// contains filtered or unexported fields
}

type ConsensusConfigV3 

type ConsensusConfigV3 struct {
	Flags                uint8  `tlb:"## 7"`
	NewCatchainIds       bool   `tlb:"bool"`
	RoundCandidates      uint8  `tlb:"## 8"`
	NextCandidateDelayMs uint32 `tlb:"## 32"`
	ConsensusTimeoutMs   uint32 `tlb:"## 32"`
	FastAttempts         uint32 `tlb:"## 32"`
	AttemptDuration      uint32 `tlb:"## 32"`
	CatchainMaxDeps      uint32 `tlb:"## 32"`
	MaxBlockBytes        uint32 `tlb:"## 32"`
	MaxCollatedBytes     uint32 `tlb:"## 32"`
	ProtoVersion         uint16 `tlb:"## 16"`
	// contains filtered or unexported fields
}

type ConsensusConfigV4 

type ConsensusConfigV4 struct {
	Flags                 uint8  `tlb:"## 7"`
	NewCatchainIds        bool   `tlb:"bool"`
	RoundCandidates       uint8  `tlb:"## 8"`
	NextCandidateDelayMs  uint32 `tlb:"## 32"`
	ConsensusTimeoutMs    uint32 `tlb:"## 32"`
	FastAttempts          uint32 `tlb:"## 32"`
	AttemptDuration       uint32 `tlb:"## 32"`
	CatchainMaxDeps       uint32 `tlb:"## 32"`
	MaxBlockBytes         uint32 `tlb:"## 32"`
	MaxCollatedBytes      uint32 `tlb:"## 32"`
	ProtoVersion          uint16 `tlb:"## 16"`
	CatchainMaxBlocksCoff uint32 `tlb:"## 32"`
	// contains filtered or unexported fields
}

type CreditPhase 

type CreditPhase struct {
	DueFeesCollected *Coins             `tlb:"maybe ."`
	Credit           CurrencyCollection `tlb:"."`
}

type CurrencyCollection 

type CurrencyCollection struct {
	Coins           Coins            `tlb:"."`
	ExtraCurrencies *cell.Dictionary `tlb:"dict 32"`
}

type DepthBalanceInfo 

type DepthBalanceInfo struct {
	Depth      uint32             `tlb:"## 5"`
	Currencies CurrencyCollection `tlb:"."`
}

type ExtBlkRef 

type ExtBlkRef struct {
	EndLt    uint64 `tlb:"## 64"`
	SeqNo    uint32 `tlb:"## 32"`
	RootHash []byte `tlb:"bits 256"`
	FileHash []byte `tlb:"bits 256"`
}

type ExternalMessage 

type ExternalMessage struct {
	SrcAddr   *address.Address `tlb:"addr"`
	DstAddr   *address.Address `tlb:"addr"`
	ImportFee Coins            `tlb:"."`

	StateInit *StateInit `tlb:"maybe either leave 1,1 . ^"`
	Body      *cell.Cell `tlb:"either . ^"`
	// contains filtered or unexported fields
}

func (*ExternalMessage) DestAddr 

func (m *ExternalMessage) DestAddr() *address.Address

func (*ExternalMessage) Payload 

func (m *ExternalMessage) Payload() *cell.Cell

func (*ExternalMessage) SenderAddr 

func (m *ExternalMessage) SenderAddr() *address.Address

type ExternalMessageOut 

type ExternalMessageOut struct {
	SrcAddr   *address.Address `tlb:"addr"`
	DstAddr   *address.Address `tlb:"addr"`
	CreatedLT uint64           `tlb:"## 64"`
	CreatedAt uint32           `tlb:"## 32"`

	StateInit *StateInit `tlb:"maybe either leave 1,1 . ^"`
	Body      *cell.Cell `tlb:"either . ^"`
	// contains filtered or unexported fields
}

func (*ExternalMessageOut) DestAddr 

func (m *ExternalMessageOut) DestAddr() *address.Address

func (*ExternalMessageOut) Payload 

func (m *ExternalMessageOut) Payload() *cell.Cell

func (*ExternalMessageOut) SenderAddr 

func (m *ExternalMessageOut) SenderAddr() *address.Address

type FutureMerge 

type FutureMerge struct {
	MergeUtime uint32 `tlb:"## 32"`
	Interval   uint32 `tlb:"## 32"`
	// contains filtered or unexported fields
}

type FutureSplit 

type FutureSplit struct {
	SplitUtime uint32 `tlb:"## 32"`
	Interval   uint32 `tlb:"## 32"`
	// contains filtered or unexported fields
}

type FutureSplitMergeNone 

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

type GlobalVersion 

type GlobalVersion struct {
	Version      uint32 `tlb:"## 32"`
	Capabilities uint64 `tlb:"## 64"`
	// contains filtered or unexported fields
}

type HashUpdate 

type HashUpdate struct {
	OldHash []byte `tlb:"bits 256"`
	NewHash []byte `tlb:"bits 256"`
	// contains filtered or unexported fields
}

type InternalMessage 

type InternalMessage struct {
	IHRDisabled     bool             `tlb:"bool"`
	Bounce          bool             `tlb:"bool"`
	Bounced         bool             `tlb:"bool"`
	SrcAddr         *address.Address `tlb:"addr"`
	DstAddr         *address.Address `tlb:"addr"`
	Amount          Coins            `tlb:"."`
	ExtraCurrencies *cell.Dictionary `tlb:"dict 32"`
	IHRFee          Coins            `tlb:"."`
	FwdFee          Coins            `tlb:"."`
	CreatedLT       uint64           `tlb:"## 64"`
	CreatedAt       uint32           `tlb:"## 32"`

	StateInit *StateInit `tlb:"maybe either leave 1,1 . ^"`
	Body      *cell.Cell `tlb:"either . ^"`
	// contains filtered or unexported fields
}

func (*InternalMessage) Comment 

func (m *InternalMessage) Comment() string

func (*InternalMessage) DestAddr 

func (m *InternalMessage) DestAddr() *address.Address

func (*InternalMessage) Dump 

func (m *InternalMessage) Dump() string

func (*InternalMessage) Payload 

func (m *InternalMessage) Payload() *cell.Cell

func (*InternalMessage) SenderAddr 

func (m *InternalMessage) SenderAddr() *address.Address

type KeyExtBlkRef 

type KeyExtBlkRef struct {
	IsKey  bool      `tlb:"bool"`
	BlkRef ExtBlkRef `tlb:"."`
}

type KeyMaxLt 

type KeyMaxLt struct {
	IsKey    bool   `tlb:"bool"`
	MaxEndLT uint64 `tlb:"## 64"`
}

type Magic 

type Magic struct{}

type Marshaller 

type Marshaller interface {
	ToCell() (*cell.Cell, error)
}

type McBlockExtra 

type McBlockExtra struct {
	KeyBlock    bool             `tlb:"bool"`
	ShardHashes *cell.Dictionary `tlb:"dict 32"`
	ShardFees   *cell.Dictionary `tlb:"dict 96"`
	Details     struct {
		PrevBlockSignatures *cell.Dictionary `tlb:"dict 16"`
		RecoverCreateMsg    *cell.Cell       `tlb:"maybe ^"`
		MintMsg             *cell.Cell       `tlb:"maybe ^"`
	} `tlb:"^"`
	ConfigParams *ConfigParams `tlb:"?KeyBlock ."`
	// contains filtered or unexported fields
}

type McStateExtra 

type McStateExtra struct {
	ShardHashes   *cell.Dictionary   `tlb:"dict 32"`
	ConfigParams  ConfigParams       `tlb:"."`
	Info          *cell.Cell         `tlb:"^"`
	GlobalBalance CurrencyCollection `tlb:"."`
	// contains filtered or unexported fields
}

type McStateExtraBlockInfo 

type McStateExtraBlockInfo struct {
	Flags            uint16           `tlb:"## 16"`
	ValidatorInfo    ValidatorInfo    `tlb:"."`
	PrevBlocks       *cell.Dictionary `tlb:"dict 32"`
	LastKeyBlock     *ExtBlkRef       `tlb:"maybe ."`
	BlockCreateStats *cell.Cell       `tlb:"."`
}

type Message 

type Message struct {
	MsgType MsgType    `tlb:"-"`
	Msg     AnyMessage `tlb:"[ExternalMessage,ExternalMessageOut,InternalMessage]"`
}

func (*Message) AsExternalIn 

func (m *Message) AsExternalIn() *ExternalMessage

func (*Message) AsExternalOut 

func (m *Message) AsExternalOut() *ExternalMessageOut

func (*Message) AsInternal 

func (m *Message) AsInternal() *InternalMessage

func (*Message) LoadFromCell 

func (m *Message) LoadFromCell(loader *cell.Slice) error

type MessagesList 

type MessagesList struct {
	List *cell.Dictionary `tlb:"dict inline 15"`
}

func (*MessagesList) ToSlice 

func (m *MessagesList) ToSlice() ([]Message, error)

type MsgType 

type MsgType string
const (
	MsgTypeInternal    MsgType = "INTERNAL"
	MsgTypeExternalIn  MsgType = "EXTERNAL_IN"
	MsgTypeExternalOut MsgType = "EXTERNAL_OUT"
)

type ShardAccount 

type ShardAccount struct {
	Account       *cell.Cell `tlb:"^"`
	LastTransHash []byte     `tlb:"bits 256"`
	LastTransLT   uint64     `tlb:"## 64"`
}

type ShardAccountBlocks 

type ShardAccountBlocks struct {
	Accounts *cell.Dictionary `tlb:"dict 256"`
}

type ShardDesc 

type ShardDesc struct {
	SeqNo              uint32 `tlb:"## 32"`
	RegMcSeqno         uint32 `tlb:"## 32"`
	StartLT            uint64 `tlb:"## 64"`
	EndLT              uint64 `tlb:"## 64"`
	RootHash           []byte `tlb:"bits 256"`
	FileHash           []byte `tlb:"bits 256"`
	BeforeSplit        bool   `tlb:"bool"`
	BeforeMerge        bool   `tlb:"bool"`
	WantSplit          bool   `tlb:"bool"`
	WantMerge          bool   `tlb:"bool"`
	NXCCUpdated        bool   `tlb:"bool"`
	Flags              uint8  `tlb:"## 3"`
	NextCatchainSeqNo  uint32 `tlb:"## 32"`
	NextValidatorShard int64  `tlb:"## 64"`
	MinRefMcSeqNo      uint32 `tlb:"## 32"`
	GenUTime           uint32 `tlb:"## 32"`
	SplitMergeAt       any    `tlb:"[FutureMerge,FutureSplit,FutureSplitMergeNone]"`
	Currencies         struct {
		FeesCollected CurrencyCollection `tlb:"."`
		FundsCreated  CurrencyCollection `tlb:"."`
	} `tlb:"^"`
	// contains filtered or unexported fields
}

type ShardDescB 

type ShardDescB struct {
	SeqNo              uint32             `tlb:"## 32"`
	RegMcSeqno         uint32             `tlb:"## 32"`
	StartLT            uint64             `tlb:"## 64"`
	EndLT              uint64             `tlb:"## 64"`
	RootHash           []byte             `tlb:"bits 256"`
	FileHash           []byte             `tlb:"bits 256"`
	BeforeSplit        bool               `tlb:"bool"`
	BeforeMerge        bool               `tlb:"bool"`
	WantSplit          bool               `tlb:"bool"`
	WantMerge          bool               `tlb:"bool"`
	NXCCUpdated        bool               `tlb:"bool"`
	Flags              uint8              `tlb:"## 3"`
	NextCatchainSeqNo  uint32             `tlb:"## 32"`
	NextValidatorShard int64              `tlb:"## 64"`
	MinRefMcSeqNo      uint32             `tlb:"## 32"`
	GenUTime           uint32             `tlb:"## 32"`
	SplitMergeAt       any                `tlb:"[FutureMerge,FutureSplit,FutureSplitMergeNone]"`
	FeesCollected      CurrencyCollection `tlb:"."`
	FundsCreated       CurrencyCollection `tlb:"."`
	// contains filtered or unexported fields
}

type ShardID 

type ShardID uint64

func (ShardID) ContainsAddress 

func (s ShardID) ContainsAddress(addr *address.Address) bool

func (ShardID) GetChild 

func (s ShardID) GetChild(left bool) ShardID

func (ShardID) GetParent 

func (s ShardID) GetParent() ShardID

func (ShardID) IsAncestor 

func (s ShardID) IsAncestor(of ShardID) bool

func (ShardID) IsParent 

func (s ShardID) IsParent(of ShardID) bool

func (ShardID) IsSibling 

func (s ShardID) IsSibling(with ShardID) bool

type ShardIdent 

type ShardIdent struct {
	PrefixBits  int8   `tlb:"## 6"` // #<= 60
	WorkchainID int32  `tlb:"## 32"`
	ShardPrefix uint64 `tlb:"## 64"`
	// contains filtered or unexported fields
}

func (ShardIdent) GetShardID 

func (s ShardIdent) GetShardID() ShardID

func (ShardIdent) IsAncestor 

func (s ShardIdent) IsAncestor(of ShardIdent) bool

func (ShardIdent) IsParent 

func (s ShardIdent) IsParent(of ShardIdent) bool

func (ShardIdent) IsSibling 

func (s ShardIdent) IsSibling(with ShardIdent) bool

type ShardStateSplit 

type ShardStateSplit struct {
	Left  ShardStateUnsplit `tlb:"^"`
	Right ShardStateUnsplit `tlb:"^"`
	// contains filtered or unexported fields
}

type ShardStateUnsplit 

type ShardStateUnsplit struct {
	GlobalID        int32      `tlb:"## 32"`
	ShardIdent      ShardIdent `tlb:"."`
	Seqno           uint32     `tlb:"## 32"`
	VertSeqno       uint32     `tlb:"## 32"`
	GenUTime        uint32     `tlb:"## 32"`
	GenLT           uint64     `tlb:"## 64"`
	MinRefMCSeqno   uint32     `tlb:"## 32"`
	OutMsgQueueInfo *cell.Cell `tlb:"^"`
	BeforeSplit     bool       `tlb:"bool"`
	Accounts        struct {
		ShardAccounts *cell.Dictionary `tlb:"dict 256"`
	} `tlb:"^"`
	Stats        *cell.Cell `tlb:"^"`
	McStateExtra *cell.Cell `tlb:"maybe ^"`
	// contains filtered or unexported fields
}

type SigPubKeyED25519 

type SigPubKeyED25519 struct {
	Key []byte `tlb:"bits 256"`
	// contains filtered or unexported fields
}

type SplitMergeInfo 

type SplitMergeInfo struct {
	CurShardPfxLen uint8  `tlb:"## 6"`
	AccSplitDepth  uint8  `tlb:"## 6"`
	ThisAddr       []byte `tlb:"bits 256"`
	SiblingAddr    []byte `tlb:"bits 256"`
}

type Stack 

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

func NewStack 

func NewStack() *Stack

func (*Stack) Depth 

func (s *Stack) Depth() uint

func (*Stack) LoadFromCell 

func (s *Stack) LoadFromCell(loader *cell.Slice) error

func (*Stack) Pop 

func (s *Stack) Pop() (any, error)

func (*Stack) Push 

func (s *Stack) Push(obj any)

func (*Stack) ToCell 

func (s *Stack) ToCell() (*cell.Cell, error)

type StackElement 

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

type StackNaN 

type StackNaN struct{}

type StateInit 

type StateInit struct {
	Depth    *uint64          `tlb:"maybe ## 5"`
	TickTock *TickTock        `tlb:"maybe ."`
	Code     *cell.Cell       `tlb:"maybe ^"`
	Data     *cell.Cell       `tlb:"maybe ^"`
	Lib      *cell.Dictionary `tlb:"dict 256"`
}

func (StateInit) CalcAddress 

func (s StateInit) CalcAddress(workchain int) *address.Address

type StateUpdate 

type StateUpdate struct {
	Old any        `tlb:"^ [ShardStateUnsplit,ShardStateSplit]"`
	New *cell.Cell `tlb:"^"`
}

type StorageInfo 

type StorageInfo struct {
	StorageUsed StorageUsed `tlb:"."`
	LastPaid    uint32      `tlb:"## 32"`
	DuePayment  *Coins      `tlb:"maybe ."`
}

type StoragePhase 

type StoragePhase struct {
	StorageFeesCollected Coins           `tlb:"."`
	StorageFeesDue       *Coins          `tlb:"maybe ."`
	StatusChange         AccStatusChange `tlb:"."`
}

type StorageUsed 

type StorageUsed struct {
	CellsUsed       *big.Int `tlb:"var uint 7"`
	BitsUsed        *big.Int `tlb:"var uint 7"`
	PublicCellsUsed *big.Int `tlb:"var uint 7"`
}

type StorageUsedShort 

type StorageUsedShort struct {
	Cells *big.Int `tlb:"var uint 7"`
	Bits  *big.Int `tlb:"var uint 7"`
}

type Text 

type Text struct {
	MaxFirstChunkSize uint8
	Value             string
}

func (*Text) LoadFromCell 

func (t *Text) LoadFromCell(loader *cell.Slice) error

func (Text) ToCell 

func (t Text) ToCell() (*cell.Cell, error)

type TickTock 

type TickTock struct {
	Tick bool `tlb:"bool"`
	Tock bool `tlb:"bool"`
}

type Transaction 

type Transaction struct {
	AccountAddr []byte        `tlb:"bits 256"`
	LT          uint64        `tlb:"## 64"`
	PrevTxHash  []byte        `tlb:"bits 256"`
	PrevTxLT    uint64        `tlb:"## 64"`
	Now         uint32        `tlb:"## 32"`
	OutMsgCount uint16        `tlb:"## 15"`
	OrigStatus  AccountStatus `tlb:"."`
	EndStatus   AccountStatus `tlb:"."`
	IO          struct {
		In  *Message      `tlb:"maybe ^"`
		Out *MessagesList `tlb:"maybe ^"`
	} `tlb:"^"`
	TotalFees   CurrencyCollection     `tlb:"."`
	StateUpdate HashUpdate             `tlb:"^"` // of Account
	Description TransactionDescription `tlb:"^"`

	// not in scheme, but will be filled based on request data for flexibility
	Hash []byte `tlb:"-"`
	// contains filtered or unexported fields
}

func (*Transaction) Dump 

func (t *Transaction) Dump() string

func (*Transaction) String 

func (t *Transaction) String() string

type TransactionDescription 

type TransactionDescription struct {
	Description any `` /* 239-byte string literal not displayed */
}

type TransactionDescriptionMergeInstall 

type TransactionDescriptionMergeInstall struct {
	SplitInfo          SplitMergeInfo `tlb:"."`
	PrepareTransaction *Transaction   `tlb:"^"`
	StoragePhase       *StoragePhase  `tlb:"maybe ."`
	CreditPhase        *CreditPhase   `tlb:"maybe ."`
	ComputePhase       ComputePhase   `tlb:"."`
	ActionPhase        *ActionPhase   `tlb:"maybe ^"`
	Aborted            bool           `tlb:"bool"`
	Destroyed          bool           `tlb:"bool"`
	// contains filtered or unexported fields
}

type TransactionDescriptionMergePrepare 

type TransactionDescriptionMergePrepare struct {
	SplitInfo    SplitMergeInfo `tlb:"."`
	StoragePhase StoragePhase   `tlb:"."`
	Aborted      bool           `tlb:"bool"`
	// contains filtered or unexported fields
}

type TransactionDescriptionOrdinary 

type TransactionDescriptionOrdinary struct {
	CreditFirst  bool          `tlb:"bool"`
	StoragePhase *StoragePhase `tlb:"maybe ."`
	CreditPhase  *CreditPhase  `tlb:"maybe ."`
	ComputePhase ComputePhase  `tlb:"."`
	ActionPhase  *ActionPhase  `tlb:"maybe ^"`
	Aborted      bool          `tlb:"bool"`
	BouncePhase  *BouncePhase  `tlb:"maybe ."`
	Destroyed    bool          `tlb:"bool"`
	// contains filtered or unexported fields
}

type TransactionDescriptionSplitInstall 

type TransactionDescriptionSplitInstall struct {
	SplitInfo          SplitMergeInfo `tlb:"."`
	PrepareTransaction *Transaction   `tlb:"^"`
	Installed          bool           `tlb:"bool"`
	// contains filtered or unexported fields
}

type TransactionDescriptionSplitPrepare 

type TransactionDescriptionSplitPrepare struct {
	SplitInfo    SplitMergeInfo `tlb:"."`
	StoragePhase *StoragePhase  `tlb:"maybe ."`
	ComputePhase ComputePhase   `tlb:"."`
	ActionPhase  *ActionPhase   `tlb:"maybe ^"`
	Aborted      bool           `tlb:"bool"`
	Destroyed    bool           `tlb:"bool"`
	// contains filtered or unexported fields
}

type TransactionDescriptionStorage 

type TransactionDescriptionStorage struct {
	StoragePhase StoragePhase `tlb:"."`
	// contains filtered or unexported fields
}

type TransactionDescriptionTickTock 

type TransactionDescriptionTickTock struct {
	IsTock       bool         `tlb:"bool"`
	StoragePhase StoragePhase `tlb:"."`
	ComputePhase ComputePhase `tlb:"."`
	ActionPhase  *ActionPhase `tlb:"maybe ^"`
	Aborted      bool         `tlb:"bool"`
	Destroyed    bool         `tlb:"bool"`
	// contains filtered or unexported fields
}

type Unmarshaler 

type Unmarshaler interface {
	LoadFromCell(loader *cell.Slice) error
}

type Validator 

type Validator struct {
	PublicKey SigPubKeyED25519 `tlb:"."`
	Weight    uint64           `tlb:"## 64"`
	// contains filtered or unexported fields
}

type ValidatorAddr 

type ValidatorAddr struct {
	PublicKey SigPubKeyED25519 `tlb:"."`
	Weight    uint64           `tlb:"## 64"`
	ADNLAddr  []byte           `tlb:"bits 256"`
	// contains filtered or unexported fields
}

type ValidatorInfo 

type ValidatorInfo struct {
	ValidatorListHashShort uint32 `tlb:"## 32"`
	CatchainSeqno          uint32 `tlb:"## 32"`
	NextCCUpdated          bool   `tlb:"bool"`
}

type ValidatorSet 

type ValidatorSet struct {
	UTimeSince uint32           `tlb:"## 32"`
	UTimeUntil uint32           `tlb:"## 32"`
	Total      uint16           `tlb:"## 16"`
	Main       uint16           `tlb:"## 16"`
	List       *cell.Dictionary `tlb:"dict 16"`
	// contains filtered or unexported fields
}

type ValidatorSetAny 

type ValidatorSetAny struct {
	Validators any `tlb:"[ValidatorSet,ValidatorSetExt]"`
}

type ValidatorSetExt 

type ValidatorSetExt struct {
	UTimeSince  uint32           `tlb:"## 32"`
	UTimeUntil  uint32           `tlb:"## 32"`
	Total       uint16           `tlb:"## 16"`
	Main        uint16           `tlb:"## 16"`
	TotalWeight uint64           `tlb:"## 64"`
	List        *cell.Dictionary `tlb:"dict 16"`
	// contains filtered or unexported fields
}

Source Files

View all Source files

Jump to

Keyboard shortcuts

? : This menu
/ : Search site
f or F : Jump to
y or Y : Canonical URL
go.dev uses cookies from Google to deliver and enhance the quality of its services and to analyze traffic. Learn more.