sdk

Documentation

Index

• type SDK

Types

type SDK

type SDK interface {
	// QueryBlockHeight queries the block height corresponding to the block hash,
	// If the blockhash is empty, query the latest block height.
	QueryBlockHeight(blockhash string) (uint32, error)

	// QueryNodeSynchronizationSt returns the synchronization status of the current node.
	QueryNodeSynchronizationSt() (bool, error)

	// QueryDeossPeerPublickey queries deoss peer public key.
	QueryDeossPeerPublickey(pubkey []byte) ([]byte, error)

	// QueryDeossPeerIdList queries peerid of all deoss.
	QueryDeossPeerIdList() ([]string, error)

	// QuaryAuthorizedAcc queries the account authorized by puk.
	// QuaryAuthorizedAccount query account in string form.
	QuaryAuthorizedAcc(puk []byte) (types.AccountID, error)
	QuaryAuthorizedAccount(puk []byte) (string, error)

	// CheckSpaceUsageAuthorization checks if the puk is authorized to itself
	CheckSpaceUsageAuthorization(puk []byte) (bool, error)

	// QueryBucketInfo queries the information of the "bucketname" bucket of the puk.
	QueryBucketInfo(puk []byte, bucketname string) (pattern.BucketInfo, error)

	// QueryBucketList queries all buckets of the puk.
	// QueryAllBucketName queries all bucket names as strings.
	QueryBucketList(puk []byte) ([]types.Bytes, error)
	QueryAllBucketName(puk []byte) ([]string, error)

	// QueryFileMetadata queries the metadata of the roothash file.
	QueryFileMetadata(roothash string) (pattern.FileMetadata, error)

	// QueryFillerMap queries filler information.
	QueryFillerMap(filehash string) (pattern.IdleMetadata, error)

	// QueryStorageMiner queries storage node information.
	QueryStorageMiner(puk []byte) (pattern.MinerInfo, error)

	// QuerySminerList queries the accounts of all storage miners.
	QuerySminerList() ([]types.AccountID, error)

	// QueryAccountInfo query account information.
	QueryAccountInfo(puk []byte) (types.AccountInfo, error)

	// QueryStorageOrder query storage order information.
	QueryStorageOrder(roothash string) (pattern.StorageOrder, error)

	// QueryPendingReplacements queries the amount of idle data that can be replaced.
	QueryPendingReplacements(puk []byte) (uint32, error)

	// QueryUserSpaceInfo queries the space information purchased by the user.
	QueryUserSpaceInfo(puk []byte) (pattern.UserSpaceInfo, error)
	QueryUserSpaceSt(puk []byte) (pattern.UserSpaceSt, error)

	// QuerySpacePricePerGib query space price per GiB.
	QuerySpacePricePerGib() (string, error)

	// QueryChallengeSnapshot query challenge information snapshot.
	QueryChallengeSnapshot() (pattern.ChallengeSnapShot, error)
	QueryChallengeSt() (pattern.ChallengeSnapshot, error)

	// QueryChallenge queries puk's challenge information.
	QueryChallenge(puk []byte) (pattern.ChallengeInfo, error)

	// QueryTeePodr2Puk queries the public key of the TEE.
	QueryTeePodr2Puk() ([]byte, error)

	// QueryTeePeerID queries the peerid of the Tee worker.
	QueryTeePeerID(puk []byte) ([]byte, error)

	// QueryTeeInfoList queries the information of all tee workers.
	QueryTeeInfoList() ([]pattern.TeeWorkerInfo, error)
	QueryTeeWorkerList() ([]pattern.TeeWorkerSt, error)

	// QueryAssignedProof queries all assigned proof information.
	QueryAssignedProof() ([][]pattern.ProofAssignmentInfo, error)

	// ProofAssignmentInfo queries the proof information assigned to puk.
	QueryTeeAssignedProof(puk []byte) ([]pattern.ProofAssignmentInfo, error)

	// QueryStorageNodeReward queries reward information for puk account.
	QueryStorageNodeReward(puk []byte) (pattern.MinerReward, error)
	QuaryStorageNodeRewardInfo(puk []byte) (pattern.RewardsType, error)

	// QueryRestoralOrder queries a restore order info.
	QueryRestoralOrder(roothash string) (pattern.RestoralOrderInfo, error)
	QueryRestoralOrderList() ([]pattern.RestoralOrderInfo, error)

	// QueryRestoralTargetList for recovery information on all exiting miners.
	QueryRestoralTarget(puk []byte) (pattern.RestoralTargetInfo, error)
	QueryRestoralTargetList() ([]pattern.RestoralTargetInfo, error)

	// Register is used to register oss or bucket roles.
	Register(role string, puk []byte, earnings string, pledge uint64) (string, string, error)

	// UpdateEarningsAcc update earnings account.
	UpdateEarningsAcc(puk []byte) (string, error)
	UpdateEarningsAccount(earnings string) (string, error)

	// CreateBucket creates a bucket for puk.
	CreateBucket(puk []byte, bucketname string) (string, error)

	// DeleteBucket deletes buckets for puk.
	DeleteBucket(puk []byte, bucketname string) (string, error)

	// DeleteFile deletes files for puk.
	DeleteFile(puk []byte, roothash []string) (string, []pattern.FileHash, error)

	// DeleteFiller deletes an idle file.
	DeleteFiller(filehash string) (string, error)

	// UploadDeclaration creates a storage order.
	UploadDeclaration(roothash string, dealinfo []pattern.SegmentList, user pattern.UserBrief, filesize uint64) (string, error)

	// GenerateStorageOrder for generating storage orders
	GenerateStorageOrder(roothash string, segment []pattern.SegmentDataInfo, owner []byte, filename, buckname string, filesize uint64) (string, error)

	// RestoralComplete reports order recovery completion.
	RestoralComplete(restoralFragmentHash string) (string, error)

	// ProcessingData is used to process the uploaded data.
	ProcessingData(path string) ([]pattern.SegmentDataInfo, string, error)

	// RedundancyRecovery recovers files from redundant lists.
	RedundancyRecovery(outpath string, shardspath []string) error

	// SubmitIdleMetadata Submit idle file metadata.
	SubmitIdleMetadata(teeAcc []byte, idlefiles []pattern.IdleMetadata) (string, error)
	SubmitIdleFile(teeAcc []byte, idlefiles []pattern.IdleFileMeta) (string, error)

	// SubmitFileReport submits a stored file report.
	SubmitFileReport(roothash []pattern.FileHash) (string, []pattern.FileHash, error)
	ReportFiles(roothash []string) (string, []string, error)

	// ReplaceIdleFiles replaces idle files.
	ReplaceIdleFiles(roothash []pattern.FileHash) (string, []pattern.FileHash, error)
	ReplaceFile(roothash []string) (string, []string, error)

	// IncreaseStakingAmount increase staking amount.
	IncreaseStakingAmount(tokens *big.Int) (string, error)
	IncreaseStorageNodeStakingAmount(token string) (string, error)

	// GenerateRestoralOrder generates data for restoration orders.
	GenerateRestoralOrder(rootHash, fragmentHash string) (string, error)

	// ClaimRestoralOrder is used to collect restoration orders.
	ClaimRestoralOrder(fragmentHash string) (string, error)

	// ClaimRestoralNoExistOrder is used to receive recovery orders from exiting miners.
	ClaimRestoralNoExistOrder(puk []byte, rootHash, restoralFragmentHash string) (string, error)

	// Exit exit the cess network.
	Exit(role string) (string, error)

	// ClaimRewards is used to claim rewards.
	ClaimRewards() (string, error)

	// Withdraw is used to withdraw staking.
	Withdraw() (string, error)

	// ReportProof is used to report proof data.
	ReportProof(idlesigma, servicesigma string) (string, error)

	// GetSignatureAcc returns the signature account.
	GetSignatureAcc() string

	// GetSignatureAccPulickey returns the signature account public key.
	GetSignatureAccPulickey() []byte

	// GetSubstrateAPI returns Substrate API.
	GetSubstrateAPI() *gsrpc.SubstrateAPI

	// GetChainState returns chain node state.
	GetChainState() bool

	// SetChainState sets the state of the chain node.
	SetChainState(state bool)

	// GetRoleName returns the role name.
	GetRoleName() string

	// GetTokenSymbol returns the token symbol
	GetTokenSymbol() string

	// Reconnect for reconnecting chains.
	Reconnect() error

	// GetMetadata returns the metadata of the chain.
	GetMetadata() *types.Metadata

	// GetKeyEvents returns the events storage key.
	GetKeyEvents() types.StorageKey

	// SysProperties returns the system properties.
	SysProperties() (pattern.SysProperties, error)

	// SyncState returns the system sync state.
	SyncState() (pattern.SysSyncState, error)

	// SysVersion returns the system version.
	SysVersion() (string, error)

	// NetListening returns whether the current node is listening.
	NetListening() (bool, error)

	// Sign returns the signature of the msg with the private key of the signing account.
	Sign(msg []byte) ([]byte, error)

	// Verify the signature of the msg with the public key of the signing account.
	Verify(msg []byte, sig []byte) (bool, error)
}