evm

package
v2.2.1-clf-20230620 Latest Latest
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 Go to latest Published: Jun 20, 2023 License: MIT Imports: 30 Imported by: 0

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Index

Constants

View Source 
const (
	UPKEEP_FAILURE_REASON_NONE = iota
	UPKEEP_FAILURE_REASON_UPKEEP_CANCELLED
	UPKEEP_FAILURE_REASON_UPKEEP_PAUSED
	UPKEEP_FAILURE_REASON_TARGET_CHECK_REVERTED
	UPKEEP_FAILURE_REASON_UPKEEP_NOT_NEEDED
	UPKEEP_FAILURE_REASON_PERFORM_DATA_EXCEEDS_LIMIT
	UPKEEP_FAILURE_REASON_INSUFFICIENT_BALANCE
)

enum UpkeepFailureReason https://github.com/smartcontractkit/chainlink/blob/d9dee8ea6af26bc82463510cb8786b951fa98585/contracts/src/v0.8/interfaces/AutomationRegistryInterface2_0.sol#L94

View Source 
const (
	// DefaultUpkeepExpiration decides how long an upkeep info will be valid for. after it expires, a getUpkeepInfo
	// call will be made to the registry to obtain the most recent upkeep info and refresh this cache.
	DefaultUpkeepExpiration = 10 * time.Minute
	// DefaultCooldownExpiration decides how long a Mercury upkeep will be put in cool down for the first time. within
	// 10 minutes, subsequent failures will result in double amount of cool down period.
	DefaultCooldownExpiration = 5 * time.Second
	// DefaultApiErrExpiration decides a running sum of total errors of an upkeep in this 10 minutes window. it is used
	// to decide how long the cool down period will be.
	DefaultApiErrExpiration = 10 * time.Minute
	// CleanupInterval decides when the expired items in cache will be deleted.
	CleanupInterval = 15 * time.Minute
)

Variables

View Source 
var (
	Uint256, _                = abi.NewType("uint256", "", nil)
	Uint256Arr, _             = abi.NewType("uint256[]", "", nil)
	PerformDataMarshalingArgs = []abi.ArgumentMarshaling{
		{Name: "checkBlockNumber", Type: "uint32"},
		{Name: "checkBlockhash", Type: "bytes32"},
		{Name: "performData", Type: "bytes"},
	}
	PerformDataArr, _   = abi.NewType("tuple(uint32,bytes32,bytes)[]", "", PerformDataMarshalingArgs)
	ErrUnexpectedResult = fmt.Errorf("unexpected result struct")
)
View Source 
var (
	ErrLogReadFailure                = fmt.Errorf("failure reading logs")
	ErrHeadNotAvailable              = fmt.Errorf("head not available")
	ErrRegistryCallFailure           = fmt.Errorf("registry chain call failure")
	ErrBlockKeyNotParsable           = fmt.Errorf("block identifier not parsable")
	ErrUpkeepKeyNotParsable          = fmt.Errorf("upkeep key not parsable")
	ErrInitializationFailure         = fmt.Errorf("failed to initialize registry")
	ErrContextCancelled              = fmt.Errorf("context was cancelled")
	ErrABINotParsable                = fmt.Errorf("error parsing abi")
	ActiveUpkeepIDBatchSize    int64 = 1000
	FetchUpkeepConfigBatchSize       = 10
)

Functions

func LogProviderFilterName 

func LogProviderFilterName(addr common.Address) string

func NewEvmRegistryPackerV2_0 

func NewEvmRegistryPackerV2_0(abi abi.ABI) *evmRegistryPackerV2_0

func UpkeepFilterName 

func UpkeepFilterName(addr common.Address) string

Types

type BlockKeyHelper 

type BlockKeyHelper[T uint32 | int64] struct {
}

func (BlockKeyHelper[T]) MakeBlockKey 

func (kh BlockKeyHelper[T]) MakeBlockKey(b T) ocr2keepers.BlockKey

type EVMAutomationEncoder20 

type EVMAutomationEncoder20 struct {
	encoding.BasicEncoder
}

func (EVMAutomationEncoder20) DecodeReport 

func (enc EVMAutomationEncoder20) DecodeReport(report []byte) ([]ocr2keepers.UpkeepResult, error)

func (EVMAutomationEncoder20) Detail 

func (enc EVMAutomationEncoder20) Detail(result ocr2keepers.UpkeepResult) (ocr2keepers.UpkeepKey, uint32, error)

func (EVMAutomationEncoder20) Eligible 

func (enc EVMAutomationEncoder20) Eligible(result ocr2keepers.UpkeepResult) (bool, error)

func (EVMAutomationEncoder20) EncodeReport 

func (enc EVMAutomationEncoder20) EncodeReport(toReport []ocr2keepers.UpkeepResult) ([]byte, error)

func (EVMAutomationEncoder20) KeysFromReport 

func (enc EVMAutomationEncoder20) KeysFromReport(b []byte) ([]ocr2keepers.UpkeepKey, error)

type EVMAutomationUpkeepResult20 

type EVMAutomationUpkeepResult20 struct {
	// Block is the block number used to build an UpkeepKey for this result
	Block uint32
	// ID is the unique identifier for the upkeep
	ID            *big.Int
	Eligible      bool
	FailureReason uint8
	GasUsed       *big.Int
	PerformData   []byte
	FastGasWei    *big.Int
	LinkNative    *big.Int
	// CheckBlockNumber is the block number that the contract indicates the
	// upkeep was checked on
	CheckBlockNumber uint32
	CheckBlockHash   [32]byte
	ExecuteGas       uint32
}

type EvmRegistry 

type EvmRegistry struct {
	HeadProvider
	// contains filtered or unexported fields
}

func NewEVMRegistryService 

func NewEVMRegistryService(addr common.Address, client evm.Chain, lggr logger.Logger) (*EvmRegistry, error)

func (*EvmRegistry) CheckUpkeep 

func (r *EvmRegistry) CheckUpkeep(ctx context.Context, mercuryEnabled bool, keys ...ocr2keepers.UpkeepKey) ([]ocr2keepers.UpkeepResult, error)

func (*EvmRegistry) Close 

func (r *EvmRegistry) Close() error

func (*EvmRegistry) GetActiveUpkeepIDs 

func (r *EvmRegistry) GetActiveUpkeepIDs(context.Context) ([]ocr2keepers.UpkeepIdentifier, error)

GetActiveUpkeepKeys uses the latest head and map of all active upkeeps to build a slice of upkeep keys.

func (*EvmRegistry) HealthReport 

func (r *EvmRegistry) HealthReport() map[string]error

func (*EvmRegistry) Name 

func (r *EvmRegistry) Name() string

func (*EvmRegistry) Ready 

func (r *EvmRegistry) Ready() error

func (*EvmRegistry) Start 

func (r *EvmRegistry) Start(ctx context.Context) error

type HeadProvider 

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

func (*HeadProvider) HeadTicker 

func (hw *HeadProvider) HeadTicker() chan ocr2keepers.BlockKey

HeadTicker provides external access to the heads channel

func (*HeadProvider) LatestBlock 

func (hw *HeadProvider) LatestBlock() int64

type HttpClient 

type HttpClient interface {
	Do(req *http.Request) (*http.Response, error)
}

type LatestBlockGetter 

type LatestBlockGetter interface {
	LatestBlock() int64
}

type LogProvider 

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

func NewLogProvider 

func NewLogProvider(
	logger logger.Logger,
	logPoller logpoller.LogPoller,
	registryAddress common.Address,
	client evmclient.Client,
	lookbackBlocks int64,
) (*LogProvider, error)

func (*LogProvider) Close 

func (c *LogProvider) Close() error

func (*LogProvider) HealthReport 

func (c *LogProvider) HealthReport() map[string]error

func (*LogProvider) Name 

func (c *LogProvider) Name() string

func (*LogProvider) PerformLogs 

func (c *LogProvider) PerformLogs(ctx context.Context) ([]ocr2keepers.PerformLog, error)

func (*LogProvider) Ready 

func (c *LogProvider) Ready() error

func (*LogProvider) StaleReportLogs 

func (c *LogProvider) StaleReportLogs(ctx context.Context) ([]ocr2keepers.StaleReportLog, error)

func (*LogProvider) Start 

func (c *LogProvider) Start(ctx context.Context) error

type MercuryConfig 

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

type Registry 

type Registry interface {
	GetUpkeep(opts *bind.CallOpts, id *big.Int) (keeper_registry_wrapper2_0.UpkeepInfo, error)
	GetState(opts *bind.CallOpts) (keeper_registry_wrapper2_0.GetState, error)
	GetActiveUpkeepIDs(opts *bind.CallOpts, startIndex *big.Int, maxCount *big.Int) ([]*big.Int, error)
	ParseLog(log coreTypes.Log) (generated.AbigenLog, error)
}

type TransmitUnpacker 

type TransmitUnpacker interface {
	UnpackTransmitTxInput([]byte) ([]ocr2keepers.UpkeepResult, error)
}

type UpkeepKeyHelper 

type UpkeepKeyHelper[T uint32 | int64] struct {
}

func (UpkeepKeyHelper[T]) MakeUpkeepKey 

func (kh UpkeepKeyHelper[T]) MakeUpkeepKey(b T, id *big.Int) ocr2keepers.UpkeepKey

Source Files

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