par2

type CreateDelegate interface {
	EncoderDelegate
}

type CreateOptions struct {
	// How big each slice should be in bytes. If <= 0,
	// SliceByteCountDefault is used.
	SliceByteCount int
	// The number of parity shards to create. If <= 0,
	// NumParityShardsDefault is used.
	NumParityShards int
	// The number of goroutines to use while encoding. If <= 0,
	// NumGoroutinesDefault() is used.
	NumGoroutines int
	// The CreateDelegate to use. If nil, DoNothingCreateDelegate
	// is used.
	CreateDelegate CreateDelegate
}

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

type DecoderDelegate interface {
	OnCreatorPacketLoad(clientID string)
	OnMainPacketLoad(sliceByteCount, recoverySetCount, nonRecoverySetCount int)
	OnFileDescriptionPacketLoad(fileID [16]byte, filename string, byteCount int)
	OnIFSCPacketLoad(fileID [16]byte)
	OnRecoveryPacketLoad(exponent uint16, byteCount int)
	OnUnknownPacketLoad(packetType [16]byte, byteCount int)
	OnOtherPacketSkip(setID [16]byte, packetType [16]byte, byteCount int)
	OnDataFileLoad(i, n int, path string, byteCount, hits, misses int, err error)
	OnParityFileLoad(i int, path string, err error)
	OnDetectCorruptDataChunk(fileID [16]byte, path string, startByteOffset, endByteOffset int)
	OnDetectDataFileHashMismatch(fileID [16]byte, path string)
	OnDetectDataFileWrongByteCount(fileID [16]byte, path string)
	OnDataFileWrite(i, n int, path string, byteCount int, err error)
}

type DoNothingCreateDelegate struct{}

type DoNothingDecoderDelegate struct{}

type DoNothingRepairDelegate struct {
	DoNothingDecoderDelegate
}

type DoNothingVerifyDelegate struct {
	DoNothingDecoderDelegate
}

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

type EncoderDelegate interface {
	OnDataFileLoad(i, n int, path string, byteCount int, err error)
	OnIndexFileWrite(path string, byteCount int, err error)
	OnRecoveryFileWrite(start, count, total int, path string, dataByteCount, byteCount int, err error)
}

type RepairDelegate interface {
	DecoderDelegate
}

type RepairOptions struct {
	// If DoubleCheck is true, then extra checking is done after
	// the repair to verify that the repaired shards are correct.
	DoubleCheck bool
	// The number of goroutines to use while encoding. If <= 0,
	// NumGoroutinesDefault() is used.
	NumGoroutines int
	// The RepairDelegate to use. If nil, DoNothingRepairDelegate
	// is used.
	RepairDelegate RepairDelegate
}

type RepairResult struct {
	// RepairedPaths contains the paths of the files that were
	// repaired.
	RepairedPaths []string
}

type ShardCounts struct {
	// UsableDataShardCount is the number of data shards that are
	// usable, i.e. not missing and not corrupt.
	UsableDataShardCount int
	// UnusableDataShardCount is the number of data shards that
	// are unusable, i.e. missing or corrupt.
	UnusableDataShardCount int

	// UsableParityShardCount is the number of parity shards that
	// exist, i.e. not missing and not corrupt.
	UsableParityShardCount int
	// UnusableDataShardCount is the number of parity shards that
	// are unusable, i.e. missing or corrupt.
	UnusableParityShardCount int
}

type VerifyDelegate interface {
	DecoderDelegate
}

type VerifyOptions struct {
	// The number of goroutines to use while encoding. If <= 0,
	// NumGoroutinesDefault() is used.
	NumGoroutines int
	// The VerifyDelegate to use. If nil, DoNothingVerifyDelegate
	// is used.
	VerifyDelegate VerifyDelegate
}

type VerifyResult struct {
	// ShardCounts contains shard counts which can be used to deduce
	// whether repair is necessary and/or possible.
	ShardCounts ShardCounts
}