quasar

type AggregatedSignature struct {
	BLSAggregated []byte
	RingtailSigs  []RingtailSignature
	SignerCount   int
}

type BLS struct {
	// Configuration
	K     int
	Alpha float64
	Beta  uint32
	// contains filtered or unexported fields
}

type Block struct {
	ID        [32]byte   // Unique block identifier
	ChainID   [32]byte   // Chain this block belongs to
	ChainName string     // Human-readable chain name (e.g., "P-Chain", "X-Chain", "C-Chain")
	Height    uint64     // Block height
	Hash      string     // Block hash
	Timestamp time.Time  // Block timestamp
	Data      []byte     // Block payload data
	Cert      *BlockCert // Quantum certificate (nil if not finalized)
}

type BlockCert struct {
	BLS      []byte            // BLS aggregate signature
	PQ       []byte            // Post-quantum certificate (ML-DSA/Ringtail)
	Sigs     map[string][]byte // Individual validator signatures
	Epoch    uint64            // Epoch number
	Finality time.Time         // Time of finality
}

type Bundle struct {
	Epoch   uint64
	Root    []byte
	BLSAgg  []byte
	PQBatch []byte
	Binding []byte
}

type Cert = []byte

type CertBundle struct {
	BLSAgg []byte // BLS aggregate signature
	PQCert []byte // Post-quantum certificate
}

type ChainBlock = Block

type Client interface {
	SubmitCheckpoint(epoch uint64, root []byte, attest []byte) error
	FetchBundle(epoch uint64) (Bundle, error)
	Verify(Bundle) bool
}

type CompressedWitness struct {
	CommitmentAndProof []byte // Combined commitment + proof
	Metadata           uint64 // Packed height + timestamp
	Validators         uint32 // Validator bitfield (up to 32 validators)
}

type Config struct {
	QThreshold    int
	QuasarTimeout int
}

type Core = Quasar

type Engine interface {
	// Start begins the consensus engine
	Start(ctx context.Context) error

	// Stop gracefully shuts down the consensus engine
	Stop() error

	// Submit adds a block to the consensus pipeline
	Submit(block *Block) error

	// Finalized returns a channel of finalized blocks
	Finalized() <-chan *Block

	// IsFinalized checks if a block is finalized
	IsFinalized(blockID [32]byte) bool

	// Stats returns consensus metrics
	Stats() Stats
}

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

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

type HybridSignature struct {
	BLS         []byte
	Ringtail    []byte
	ValidatorID string
}

type PChain = BLS

type Precomp = []byte

type PublicKey = []byte

type QBlock = Block

type QuantumBlock struct {
	Height        uint64
	SourceBlocks  []*Block
	QuantumHash   string
	BLSSignature  []byte
	RingtailProof []byte // ML-DSA signature
	Timestamp     time.Time
	ValidatorSigs map[string]*HybridSignature
}

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

type QuasarCore = Quasar

type QuasarHybridConsensus = Hybrid

type RingtailEngine interface {
	// Initialize the engine with security parameters
	Initialize(level SecurityLevel) error

	// Sign a message with the secret key
	Sign(msg []byte, sk SecretKey) (Signature, error)

	// Verify a signature
	Verify(msg []byte, sig Signature, pk PublicKey) bool

	// Generate a new key pair
	GenerateKeyPair() (SecretKey, PublicKey, error)

	// KEM operations for post-quantum key exchange
	Encapsulate(pk PublicKey) ([]byte, []byte, error)
	Decapsulate(ct []byte, sk SecretKey) ([]byte, error)

	// Shared secret operations
	CombineSharedSecrets(ss1, ss2 []byte) []byte
	DeriveKey(secret []byte, length int) []byte
}

type RingtailKeyPair struct {
	PrivateKey *mldsa.PrivateKey
	PublicKey  *mldsa.PublicKey
}

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

type RingtailSignature struct {
	Signature   []byte
	PublicKey   []byte
	ValidatorID string
}

type SecretKey = []byte

type SecurityLevel int

type Share = []byte

type Signature = []byte // Alias for Share or Cert depending on context

type Stats struct {
	Height          uint64        // Current finalized height
	ProcessedBlocks uint64        // Total blocks processed
	FinalizedBlocks uint64        // Total blocks finalized
	PendingBlocks   int           // Blocks awaiting finality
	Validators      int           // Active validator count
	Uptime          time.Duration // Time since start
}

type Validator struct {
	ID          string
	BLSPubKey   *bls.PublicKey
	RingtailPub *mldsa.PublicKey
	Weight      uint64
	Active      bool
}

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

type VertexID [32]byte

type WitnessProof struct {
	// Verkle proof components
	Commitment   []byte // 32 bytes banderwagon point
	Path         []byte // Compressed path in tree
	OpeningProof []byte // IPA opening proof

	// PQ finality certificate (lightweight)
	BLSAggregate []byte // Aggregated BLS signature
	RingtailBits []byte // Bitfield of Ringtail signers
	ValidatorSet []byte // Compressed validator set hash

	// Block metadata
	BlockHeight uint64
	StateRoot   []byte
	Timestamp   uint64
}