quantum

type AttackSearchSpace struct {
	Size       int
	Dimensions int
	Payloads   []string
}

type BasisState struct {
	StateID     string
	StateLabel  string
	Amplitude   complex128
	Probability float64
	Observable  string
	Measurement interface{}
}

type BellStateType int

type ClassicalComparisonResults struct {
	ClassicalSuccessRate float64
	ClassicalTime        time.Duration
	QuantumAdvantage     float64
}

type CoherenceMetrics struct {
	CoherenceTime     time.Duration
	DecoherenceRate   float64
	FidelityScore     float64
	PurityScore       float64
	VonNeumannEntropy float64
}

type DecoherenceExploitEngine struct{}

type EntanglementAttackConfig struct {
	EntanglementPairs    int
	CorrelationType      string
	NonLocalStrategy     string
	MeasurementOrder     string
	EntanglementSwapping bool
}

type EntanglementAttackEngine struct{}

type EntanglementMetrics struct {
	MaxEntanglement     float64
	AverageEntanglement float64
	EntanglementEntropy float64
	ConcurrenceScore    float64
	DiscordScore        float64
	BellViolation       float64
}

type EntanglementPair struct {
	PairID              string
	Qubit1              int
	Qubit2              int
	EntanglementType    EntanglementType
	CorrelationStrength float64
	BellState           BellStateType
	NonLocalCorrelation float64
}

type EntanglementType int

type GateType int

type GroverSearchEngine struct{}

type InterferencePattern struct {
	PatternID          string
	ConstructivePoints []InterferencePoint
	DestructivePoints  []InterferencePoint
	Visibility         float64
	Contrast           float64
	PhaseShift         float64
}

type InterferencePoint struct {
	Position     int
	Amplitude    complex128
	Intensity    float64
	Phase        float64
	Interference InterferenceType
}

type InterferenceType int

type MeasurementBasis int

type MeasurementGate struct {
	MeasurementID string
	TargetQubits  []int
	Basis         MeasurementBasis
	Projectors    []ProjectionOperator
}

type MeasurementStatistics struct {
	TotalMeasurements   int
	SuccessfulOutcomes  int
	MeasurementFidelity float64
	StatisticalError    float64
	QuantumNoise        float64
}

type NonLocalResult struct {
	TargetModel            string
	ViolatesBellInequality bool
	CorrelationStrength    float64
	QuantumAdvantage       float64
}

type ProjectionOperator struct {
	OperatorID  string
	Matrix      [][]complex128
	Eigenvalue  complex128
	Probability float64
}

type QuantumAdvantageMetrics struct {
	SpeedupFactor        float64
	SuccessRateBoost     float64
	SearchSpaceReduction float64
	ParallelismFactor    float64
	QuantumVolume        float64
	CircuitDepthSaving   float64
}

type QuantumAnnealingEngine struct{}

type QuantumAttackExecution struct {
	ExecutionID       string
	AttackType        QuantumAttackType
	TargetModels      []string
	QuantumCircuit    *QuantumCircuit
	InitialState      *QuantumState
	FinalState        *QuantumState
	Measurements      []*QuantumMeasurement
	StartTime         time.Time
	EndTime           time.Time
	Status            QuantumExecutionStatus
	Results           *QuantumAttackResults
	QuantumAdvantage  float64
	ClassicalBaseline float64
	Metadata          map[string]interface{}
}

type QuantumAttackResults struct {
	SuccessfulAttacks   []*SuccessfulQuantumAttack
	QuantumAdvantage    *QuantumAdvantageMetrics
	EntanglementMetrics *EntanglementMetrics
	CoherenceMetrics    *CoherenceMetrics
	MeasurementStats    *MeasurementStatistics
	ClassicalComparison *ClassicalComparisonResults
}

type QuantumAttackType int

type QuantumCircuit struct {
	CircuitID          string
	Qubits             int
	Gates              []*QuantumGate
	Measurements       []*MeasurementGate
	Depth              int
	TotalGates         int
	EntanglingGates    int
	SuccessProbability float64
}

type QuantumExecutionStatus int

type QuantumGate struct {
	GateID       string
	GateType     GateType
	TargetQubits []int
	Parameters   []float64
	Matrix       [][]complex128
	Unitary      bool
	TimeCost     time.Duration
}

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

type QuantumInterferenceEngine struct{}

type QuantumMeasurement struct {
	MeasurementID        string
	MeasuredQubits       []int
	Outcome              []int
	Probability          float64
	PostMeasurementState *QuantumState
	CollapseTime         time.Duration
	Timestamp            time.Time
}

type QuantumMeasurementEngine struct{}

type QuantumPhaseEngine struct{}

type QuantumState struct {
	StateID          string
	StateVector      []complex128
	Qubits           int
	Entanglements    []EntanglementPair
	Superposition    *SuperpositionState
	Phase            complex128
	Amplitude        float64
	MeasurementBasis string
	DecoherenceTime  time.Duration
	Fidelity         float64
	CreationTime     time.Time
	LastModified     time.Time
}

type QuantumTunnelingConfig struct {
	BarrierHeight      float64
	TunnelingAmplitude float64
	ResonanceTunneling bool
	MultiBarrier       bool
	AdiabaticEvolution bool
}

type QuantumTunnelingEngine struct{}

type QuantumWalkEngine struct{}

type SecurityBarrier struct {
	BarrierID   string
	Height      float64
	Type        string
	TargetModel string
}

type SuccessfulQuantumAttack struct {
	AttackID           string
	AttackType         QuantumAttackType
	TargetModel        string
	QuantumState       *QuantumState
	SuccessProbability float64
	ExploitVector      string
	QuantumSpeedup     float64
	ClassicalHardness  float64
	Timestamp          time.Time
}

type SuperpositionAttackConfig struct {
	NumberOfStates        int
	AmplitudeDistribution string
	InterferenceStrategy  string
	MeasurementStrategy   string
	OptimizationTarget    string
}

type SuperpositionAttackEngine struct{}

type SuperpositionState struct {
	BasisStates             []BasisState
	Coefficients            []complex128
	ProbabilityDistribution []float64
	CoherenceLevel          float64
	Interference            *InterferencePattern
}

type SuperpositionTestResult struct {
	Success       bool
	Probability   float64
	ExploitVector string
	ModelResponse string
}

type TunnelingResult struct {
	TunnelingSuccess     bool
	TunnelingProbability float64
	BarriersPenetrated   int
	ClassicalDifficulty  float64
	TargetModel          string
}