package repo

import (
	"errors"
	"sort"
	"sync"

	"browser.local/platform/domain"
)

var (
	ErrDuplicate = errors.New("resource already exists")
	ErrNotFound  = errors.New("resource not found")
)

type UserRepository interface {
	Create(domain.User) error
	Get(id string) (domain.User, error)
	List(domain.UserFilter) ([]domain.User, error)
	Update(domain.User) error
}

type AuthSessionRepository interface {
	Create(domain.AuthSessionRecord) error
	Get(id string) (domain.AuthSessionRecord, error)
	List(domain.AuthSessionFilter) ([]domain.AuthSessionRecord, error)
	Update(domain.AuthSessionRecord) error
}

type RunControlSessionRepository interface {
	Create(domain.RunControlSession) error
	Get(id string) (domain.RunControlSession, error)
	List(struct{}) ([]domain.RunControlSession, error)
	Update(domain.RunControlSession) error
}

type AIProviderRepository interface {
	Create(domain.AIProvider) error
	Get(id string) (domain.AIProvider, error)
	List(domain.AIProviderFilter) ([]domain.AIProvider, error)
	Update(domain.AIProvider) error
}

type GamePluginRepository interface {
	Create(domain.GamePlugin) error
	Get(id string) (domain.GamePlugin, error)
	List(domain.GamePluginFilter) ([]domain.GamePlugin, error)
	Update(domain.GamePlugin) error
}

type ServerInstanceRepository interface {
	Create(domain.ServerInstance) error
	Get(id string) (domain.ServerInstance, error)
	List(domain.ServerInstanceFilter) ([]domain.ServerInstance, error)
	Update(domain.ServerInstance) error
}

type RunEndpointRepository interface {
	Create(domain.RunEndpoint) error
	Get(id string) (domain.RunEndpoint, error)
	List(domain.RunEndpointFilter) ([]domain.RunEndpoint, error)
	Update(domain.RunEndpoint) error
	Delete(id string) error
}

type JobRepository interface {
	Create(domain.Job) error
	Get(id string) (domain.Job, error)
	GetByIdempotency(runEndpointID string, idempotencyKey string) (domain.Job, error)
	List(domain.JobFilter) ([]domain.Job, error)
	Update(domain.Job) error
}

type ArtifactRepository interface {
	Create(domain.Artifact) error
	Get(id string) (domain.Artifact, error)
	List(domain.ArtifactFilter) ([]domain.Artifact, error)
	Update(domain.Artifact) error
}

type RuntimeBindingRepository interface {
	Create(domain.RuntimeBinding) error
	Get(id string) (domain.RuntimeBinding, error)
	List(domain.RuntimeBindingFilter) ([]domain.RuntimeBinding, error)
	Update(domain.RuntimeBinding) error
}

type EncryptedComponentKeyRepository interface {
	Create(domain.EncryptedComponentKey) error
	Get(id string) (domain.EncryptedComponentKey, error)
	List(domain.EncryptedComponentKeyFilter) ([]domain.EncryptedComponentKey, error)
	Update(domain.EncryptedComponentKey) error
}

type RunDistributionRepository interface {
	Create(domain.RunDistribution) error
	Get(id string) (domain.RunDistribution, error)
	List(domain.RunDistributionFilter) ([]domain.RunDistribution, error)
	Update(domain.RunDistribution) error
}

type DependencyStatusRepository interface {
	Create(domain.DependencyStatus) error
	Get(id string) (domain.DependencyStatus, error)
	List(domain.DependencyStatusFilter) ([]domain.DependencyStatus, error)
	Update(domain.DependencyStatus) error
}

type RunUpdateJobRepository interface {
	Create(domain.RunUpdateJob) error
	Get(id string) (domain.RunUpdateJob, error)
	List(domain.RunUpdateJobFilter) ([]domain.RunUpdateJob, error)
	Update(domain.RunUpdateJob) error
}

type LogStreamRepository interface {
	Create(domain.LogStream) error
	Get(id string) (domain.LogStream, error)
	List(domain.LogStreamFilter) ([]domain.LogStream, error)
	Update(domain.LogStream) error
}

type MetricSampleRepository interface {
	Create(domain.MetricSample) error
	Get(id string) (domain.MetricSample, error)
	List(domain.MetricSampleFilter) ([]domain.MetricSample, error)
	Update(domain.MetricSample) error
	Delete(id string) error
}

type BackupRepository interface {
	Create(domain.BackupRecord) error
	Get(id string) (domain.BackupRecord, error)
	List(domain.BackupFilter) ([]domain.BackupRecord, error)
	Update(domain.BackupRecord) error
	Delete(id string) error
}

type PluginLifecycleRepository interface {
	Create(domain.PluginLifecycleInstallation) error
	Get(id string) (domain.PluginLifecycleInstallation, error)
	List(domain.PluginLifecycleFilter) ([]domain.PluginLifecycleInstallation, error)
	Update(domain.PluginLifecycleInstallation) error
}

type AIConfigDiffRepository interface {
	Create(domain.AIConfigDiffPreview) error
	Get(id string) (domain.AIConfigDiffPreview, error)
	List(domain.AIConfigDiffFilter) ([]domain.AIConfigDiffPreview, error)
	Update(domain.AIConfigDiffPreview) error
}

type GameClientBridgeCommandRepository interface {
	Create(domain.GameClientBridgeCommand) error
	Get(id string) (domain.GameClientBridgeCommand, error)
	GetByIdempotency(serverInstanceID, requesterID, commandType, idempotencyKey string) (domain.GameClientBridgeCommand, error)
	List(domain.GameClientBridgeCommandFilter) ([]domain.GameClientBridgeCommand, error)
	Update(domain.GameClientBridgeCommand) error
	Delete(id string) error
}

type GameClientBridgeSnapshotRepository interface {
	Create(domain.GameClientBridgeSnapshot) error
	Get(id string) (domain.GameClientBridgeSnapshot, error)
	List(domain.GameClientBridgeSnapshotFilter) ([]domain.GameClientBridgeSnapshot, error)
	Update(domain.GameClientBridgeSnapshot) error
	Delete(id string) error
}

type GameClientBridgeSnapshotStreamRepository interface {
	Create(domain.GameClientBridgeSnapshotStream) error
	Get(id string) (domain.GameClientBridgeSnapshotStream, error)
	List(domain.GameClientBridgeSnapshotStreamFilter) ([]domain.GameClientBridgeSnapshotStream, error)
	Update(domain.GameClientBridgeSnapshotStream) error
	Delete(id string) error
}

type PluginDataRecordRepository interface {
	Create(domain.PluginDataRecord) error
	Get(string) (domain.PluginDataRecord, error)
	List(domain.PluginDataFilter) ([]domain.PluginDataRecord, error)
	Update(domain.PluginDataRecord) error
	Delete(string) error
	Apply([]domain.PluginDataRecord, []string) error
}

type Store interface {
	Users() UserRepository
	AuthSessions() AuthSessionRepository
	RunControlSessions() RunControlSessionRepository
	AIProviders() AIProviderRepository
	GamePlugins() GamePluginRepository
	ServerInstances() ServerInstanceRepository
	RunEndpoints() RunEndpointRepository
	Jobs() JobRepository
	Artifacts() ArtifactRepository
	RuntimeBindings() RuntimeBindingRepository
	EncryptedComponentKeys() EncryptedComponentKeyRepository
	RunDistributions() RunDistributionRepository
	DependencyStatuses() DependencyStatusRepository
	RunUpdateJobs() RunUpdateJobRepository
	LogStreams() LogStreamRepository
	MetricSamples() MetricSampleRepository
	Backups() BackupRepository
	PluginLifecycles() PluginLifecycleRepository
	AIConfigDiffs() AIConfigDiffRepository
	GameClientBridgeCommands() GameClientBridgeCommandRepository
	GameClientBridgeSnapshots() GameClientBridgeSnapshotRepository
	GameClientBridgeSnapshotStreams() GameClientBridgeSnapshotStreamRepository
	PluginDataRecords() PluginDataRecordRepository
}

type MemoryStore struct {
	users             *memoryRepository[domain.User, domain.UserFilter]
	authSessions      *memoryRepository[domain.AuthSessionRecord, domain.AuthSessionFilter]
	runSessions       *memoryRepository[domain.RunControlSession, struct{}]
	aiProviders       *memoryRepository[domain.AIProvider, domain.AIProviderFilter]
	gamePlugins       *memoryRepository[domain.GamePlugin, domain.GamePluginFilter]
	serverInstances   *memoryRepository[domain.ServerInstance, domain.ServerInstanceFilter]
	runEndpoints      *memoryRepository[domain.RunEndpoint, domain.RunEndpointFilter]
	jobs              *memoryJobRepository
	artifacts         *memoryRepository[domain.Artifact, domain.ArtifactFilter]
	runtimeBindings   *memoryRepository[domain.RuntimeBinding, domain.RuntimeBindingFilter]
	componentKeys     *memoryRepository[domain.EncryptedComponentKey, domain.EncryptedComponentKeyFilter]
	runDists          *memoryRepository[domain.RunDistribution, domain.RunDistributionFilter]
	dependencies      *memoryRepository[domain.DependencyStatus, domain.DependencyStatusFilter]
	updateJobs        *memoryRepository[domain.RunUpdateJob, domain.RunUpdateJobFilter]
	logStreams        *memoryRepository[domain.LogStream, domain.LogStreamFilter]
	metricSamples     *memoryRepository[domain.MetricSample, domain.MetricSampleFilter]
	backups           *memoryRepository[domain.BackupRecord, domain.BackupFilter]
	pluginLifecycle   *memoryRepository[domain.PluginLifecycleInstallation, domain.PluginLifecycleFilter]
	aiConfigDiffs     *memoryRepository[domain.AIConfigDiffPreview, domain.AIConfigDiffFilter]
	bridgeCommands    *memoryGameClientBridgeCommandRepository
	bridgeSnapshots   *memoryGameClientBridgeSnapshotRepository
	bridgeStreams     *memoryRepository[domain.GameClientBridgeSnapshotStream, domain.GameClientBridgeSnapshotStreamFilter]
	pluginDataRecords *memoryRepository[domain.PluginDataRecord, domain.PluginDataFilter]
}

func NewMemoryStore() *MemoryStore {
	return &MemoryStore{
		users: newMemoryRepository(
			func(user domain.User) string { return user.ID },
			domain.CopyUser,
			matchUser,
		),
		authSessions: newMemoryRepository(
			func(session domain.AuthSessionRecord) string { return session.ID },
			domain.CopyAuthSessionRecord,
			matchAuthSession,
		),
		runSessions: newMemoryRepository(
			func(session domain.RunControlSession) string { return session.RunEndpointID },
			domain.CopyRunControlSession,
			func(domain.RunControlSession, struct{}) bool { return true },
		),
		aiProviders: newMemoryRepository(
			func(provider domain.AIProvider) string { return provider.ID },
			domain.CopyAIProvider,
			matchAIProvider,
		),
		gamePlugins: newMemoryRepository(
			func(plugin domain.GamePlugin) string { return plugin.ID },
			domain.CopyGamePlugin,
			matchGamePlugin,
		),
		serverInstances: newMemoryRepository(
			func(instance domain.ServerInstance) string { return instance.ID },
			domain.CopyServerInstance,
			matchServerInstance,
		),
		runEndpoints: newMemoryRepository(
			func(endpoint domain.RunEndpoint) string { return endpoint.ID },
			domain.CopyRunEndpoint,
			matchRunEndpoint,
		),
		jobs: newMemoryJobRepository(),
		artifacts: newMemoryRepository(
			func(artifact domain.Artifact) string { return artifact.ID },
			domain.CopyArtifact,
			matchArtifact,
		),
		runtimeBindings: newMemoryRepository(
			func(binding domain.RuntimeBinding) string { return binding.ID },
			domain.CopyRuntimeBinding,
			matchRuntimeBinding,
		),
		componentKeys: newMemoryRepository(
			func(key domain.EncryptedComponentKey) string { return key.ID },
			domain.CopyEncryptedComponentKey,
			matchEncryptedComponentKey,
		),
		runDists: newMemoryRepository(
			func(distribution domain.RunDistribution) string { return distribution.ID },
			domain.CopyRunDistribution,
			matchRunDistribution,
		),
		dependencies: newMemoryRepository(
			func(status domain.DependencyStatus) string { return status.ID },
			domain.CopyDependencyStatus,
			matchDependencyStatus,
		),
		updateJobs: newMemoryRepository(
			func(job domain.RunUpdateJob) string { return job.ID },
			domain.CopyRunUpdateJob,
			matchRunUpdateJob,
		),
		logStreams: newMemoryRepository(
			func(stream domain.LogStream) string { return stream.ID },
			domain.CopyLogStream,
			matchLogStream,
		),
		metricSamples: newMemoryRepository(
			func(sample domain.MetricSample) string { return sample.ID },
			domain.CopyMetricSample,
			matchMetricSample,
		),
		backups: newMemoryRepository(
			func(record domain.BackupRecord) string { return record.ID },
			domain.CopyBackupRecord,
			matchBackup,
		),
		pluginLifecycle: newMemoryRepository(
			func(installation domain.PluginLifecycleInstallation) string { return installation.ID },
			domain.CopyPluginLifecycleInstallation,
			matchPluginLifecycle,
		),
		aiConfigDiffs: newMemoryRepository(
			func(preview domain.AIConfigDiffPreview) string { return preview.ID },
			domain.CopyAIConfigDiffPreview,
			matchAIConfigDiff,
		),
		bridgeCommands:  newMemoryGameClientBridgeCommandRepository(),
		bridgeSnapshots: newMemoryGameClientBridgeSnapshotRepository(),
		bridgeStreams: newMemoryRepository(
			func(stream domain.GameClientBridgeSnapshotStream) string { return stream.ID },
			domain.CopyGameClientBridgeSnapshotStream,
			matchGameClientBridgeSnapshotStream,
		),
		pluginDataRecords: newMemoryRepository(func(value domain.PluginDataRecord) string { return value.ID }, domain.CopyPluginDataRecord, matchPluginDataRecord),
	}
}

func (store *MemoryStore) Users() UserRepository                           { return store.users }
func (store *MemoryStore) AuthSessions() AuthSessionRepository             { return store.authSessions }
func (store *MemoryStore) RunControlSessions() RunControlSessionRepository { return store.runSessions }
func (store *MemoryStore) AIProviders() AIProviderRepository               { return store.aiProviders }
func (store *MemoryStore) GamePlugins() GamePluginRepository               { return store.gamePlugins }
func (store *MemoryStore) ServerInstances() ServerInstanceRepository       { return store.serverInstances }
func (store *MemoryStore) RunEndpoints() RunEndpointRepository             { return store.runEndpoints }
func (store *MemoryStore) Jobs() JobRepository                             { return store.jobs }
func (store *MemoryStore) Artifacts() ArtifactRepository                   { return store.artifacts }
func (store *MemoryStore) RuntimeBindings() RuntimeBindingRepository       { return store.runtimeBindings }
func (store *MemoryStore) EncryptedComponentKeys() EncryptedComponentKeyRepository {
	return store.componentKeys
}
func (store *MemoryStore) RunDistributions() RunDistributionRepository    { return store.runDists }
func (store *MemoryStore) DependencyStatuses() DependencyStatusRepository { return store.dependencies }
func (store *MemoryStore) RunUpdateJobs() RunUpdateJobRepository          { return store.updateJobs }
func (store *MemoryStore) LogStreams() LogStreamRepository                { return store.logStreams }
func (store *MemoryStore) MetricSamples() MetricSampleRepository          { return store.metricSamples }
func (store *MemoryStore) Backups() BackupRepository                      { return store.backups }
func (store *MemoryStore) PluginLifecycles() PluginLifecycleRepository {
	return store.pluginLifecycle
}
func (store *MemoryStore) AIConfigDiffs() AIConfigDiffRepository { return store.aiConfigDiffs }
func (store *MemoryStore) GameClientBridgeCommands() GameClientBridgeCommandRepository {
	return store.bridgeCommands
}
func (store *MemoryStore) GameClientBridgeSnapshots() GameClientBridgeSnapshotRepository {
	return store.bridgeSnapshots
}
func (store *MemoryStore) GameClientBridgeSnapshotStreams() GameClientBridgeSnapshotStreamRepository {
	return store.bridgeStreams
}
func (store *MemoryStore) PluginDataRecords() PluginDataRecordRepository {
	return store.pluginDataRecords
}

type memoryRepository[T any, F any] struct {
	mu     sync.RWMutex
	byID   map[string]T
	idOf   func(T) string
	copyOf func(T) T
	match  func(T, F) bool
}

func newMemoryRepository[T any, F any](idOf func(T) string, copyOf func(T) T, match func(T, F) bool) *memoryRepository[T, F] {
	return &memoryRepository[T, F]{
		byID:   map[string]T{},
		idOf:   idOf,
		copyOf: copyOf,
		match:  match,
	}
}

func (repository *memoryRepository[T, F]) Create(value T) error {
	repository.mu.Lock()
	defer repository.mu.Unlock()

	id := repository.idOf(value)
	if _, exists := repository.byID[id]; exists {
		return ErrDuplicate
	}
	repository.byID[id] = repository.copyOf(value)
	return nil
}

func (repository *memoryRepository[T, F]) Get(id string) (T, error) {
	repository.mu.RLock()
	defer repository.mu.RUnlock()

	value, exists := repository.byID[id]
	if !exists {
		var zero T
		return zero, ErrNotFound
	}
	return repository.copyOf(value), nil
}

func (repository *memoryRepository[T, F]) List(filter F) ([]T, error) {
	repository.mu.RLock()
	defer repository.mu.RUnlock()

	ids := make([]string, 0, len(repository.byID))
	for id := range repository.byID {
		ids = append(ids, id)
	}
	sort.Strings(ids)

	values := make([]T, 0, len(ids))
	for _, id := range ids {
		value := repository.byID[id]
		if repository.match(value, filter) {
			values = append(values, repository.copyOf(value))
		}
	}
	return values, nil
}

func (repository *memoryRepository[T, F]) Update(value T) error {
	repository.mu.Lock()
	defer repository.mu.Unlock()

	id := repository.idOf(value)
	if _, exists := repository.byID[id]; !exists {
		return ErrNotFound
	}
	repository.byID[id] = repository.copyOf(value)
	return nil
}

func (repository *memoryRepository[T, F]) Delete(id string) error {
	repository.mu.Lock()
	defer repository.mu.Unlock()
	if _, exists := repository.byID[id]; !exists {
		return ErrNotFound
	}
	delete(repository.byID, id)
	return nil
}

// Apply makes a set of upserts and deletes visible as one repository change.
func (repository *memoryRepository[T, F]) Apply(upserts []T, deleteIDs []string) error {
	repository.mu.Lock()
	defer repository.mu.Unlock()
	for _, value := range upserts {
		repository.byID[repository.idOf(value)] = repository.copyOf(value)
	}
	for _, id := range deleteIDs {
		delete(repository.byID, id)
	}
	return nil
}

type memoryJobRepository struct {
	*memoryRepository[domain.Job, domain.JobFilter]
}

func newMemoryJobRepository() *memoryJobRepository {
	return &memoryJobRepository{
		memoryRepository: newMemoryRepository(
			func(job domain.Job) string { return job.ID },
			domain.CopyJob,
			matchJob,
		),
	}
}

func (repository *memoryJobRepository) List(filter domain.JobFilter) ([]domain.Job, error) {
	if filter.Limit <= 0 {
		return repository.memoryRepository.List(filter)
	}

	repository.mu.RLock()
	defer repository.mu.RUnlock()

	values := make([]domain.Job, 0, min(filter.Limit, len(repository.byID)))
	for _, job := range repository.byID {
		if repository.match(job, filter) {
			values = append(values, domain.CopyJob(job))
		}
	}
	sort.SliceStable(values, func(i, j int) bool {
		leftUpdated := values[i].UpdatedAt
		rightUpdated := values[j].UpdatedAt
		if !leftUpdated.Equal(rightUpdated) {
			return leftUpdated.After(rightUpdated)
		}
		leftCreated := values[i].CreatedAt
		rightCreated := values[j].CreatedAt
		if !leftCreated.Equal(rightCreated) {
			return leftCreated.After(rightCreated)
		}
		return values[i].ID < values[j].ID
	})
	if len(values) > filter.Limit {
		values = values[:filter.Limit]
	}
	return values, nil
}

func (repository *memoryJobRepository) GetByIdempotency(runEndpointID string, idempotencyKey string) (domain.Job, error) {
	repository.mu.RLock()
	defer repository.mu.RUnlock()

	for _, job := range repository.byID {
		if job.RunEndpointID == runEndpointID && job.IdempotencyKey == idempotencyKey {
			return domain.CopyJob(job), nil
		}
	}
	return domain.Job{}, ErrNotFound
}

func matchUser(user domain.User, filter domain.UserFilter) bool {
	return filter.Status == "" || user.Status == filter.Status
}

func matchAuthSession(session domain.AuthSessionRecord, filter domain.AuthSessionFilter) bool {
	return (filter.UserID == "" || session.UserID == filter.UserID) &&
		(filter.TokenHash == "" || session.TokenHash == filter.TokenHash) &&
		(filter.Status == "" || session.Status == filter.Status)
}

func matchAIProvider(provider domain.AIProvider, filter domain.AIProviderFilter) bool {
	return (filter.Kind == "" || provider.Kind == filter.Kind) &&
		(filter.Status == "" || provider.Status == filter.Status)
}

func matchGamePlugin(plugin domain.GamePlugin, filter domain.GamePluginFilter) bool {
	return (filter.ServerType == "" || plugin.ServerType == filter.ServerType) &&
		(filter.Status == "" || plugin.Status == filter.Status)
}

func matchServerInstance(instance domain.ServerInstance, filter domain.ServerInstanceFilter) bool {
	if instance.State == domain.ServerInstanceStateDeleted && filter.State != domain.ServerInstanceStateDeleted {
		return false
	}
	return (filter.PluginID == "" || instance.PluginID == filter.PluginID) &&
		(filter.RunEndpointID == "" || instance.RunEndpointID == filter.RunEndpointID) &&
		(filter.State == "" || instance.State == filter.State) &&
		(filter.VisibleToUserID == "" || instance.OwnerUserID == filter.VisibleToUserID || containsString(instance.AdminUserIDs, filter.VisibleToUserID))
}

func containsString(values []string, target string) bool {
	for _, value := range values {
		if value == target {
			return true
		}
	}
	return false
}

func matchRunEndpoint(endpoint domain.RunEndpoint, filter domain.RunEndpointFilter) bool {
	return filter.Status == "" || endpoint.Status == filter.Status
}

func matchJob(job domain.Job, filter domain.JobFilter) bool {
	return (filter.ServerInstanceID == "" || job.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.RunEndpointID == "" || job.RunEndpointID == filter.RunEndpointID) &&
		matchJobState(job.State, filter)
}

func matchJobState(state domain.JobState, filter domain.JobFilter) bool {
	if filter.State != "" && state != filter.State {
		return false
	}
	if len(filter.States) == 0 {
		return true
	}
	for _, candidate := range filter.States {
		if state == candidate {
			return true
		}
	}
	return false
}

func matchArtifact(artifact domain.Artifact, filter domain.ArtifactFilter) bool {
	return (filter.OwnerKind == "" || artifact.OwnerKind == filter.OwnerKind) &&
		(filter.OwnerID == "" || artifact.OwnerID == filter.OwnerID) &&
		(filter.State == "" || artifact.State == filter.State)
}

func matchRuntimeBinding(binding domain.RuntimeBinding, filter domain.RuntimeBindingFilter) bool {
	return (filter.ServerInstanceID == "" || binding.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.ProfileKey == "" || binding.ProfileKey == filter.ProfileKey) &&
		(filter.Status == "" || binding.Status == filter.Status)
}

func matchEncryptedComponentKey(key domain.EncryptedComponentKey, filter domain.EncryptedComponentKeyFilter) bool {
	return (filter.ServerInstanceID == "" || key.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.ComponentKind == "" || key.ComponentKind == filter.ComponentKind) &&
		(filter.ComponentKey == "" || key.ComponentKey == filter.ComponentKey) &&
		(filter.Status == "" || key.Status == filter.Status)
}

func matchRunDistribution(distribution domain.RunDistribution, filter domain.RunDistributionFilter) bool {
	return (filter.ServerInstanceID == "" || distribution.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.TargetOS == "" || distribution.TargetOS == filter.TargetOS) &&
		(filter.TargetArch == "" || distribution.TargetArch == filter.TargetArch) &&
		(filter.Status == "" || distribution.Status == filter.Status)
}

func matchDependencyStatus(status domain.DependencyStatus, filter domain.DependencyStatusFilter) bool {
	return (filter.ServerInstanceID == "" || status.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.ProbeKey == "" || status.ProbeKey == filter.ProbeKey) &&
		(filter.State == "" || status.State == filter.State)
}

func matchRunUpdateJob(job domain.RunUpdateJob, filter domain.RunUpdateJobFilter) bool {
	return (filter.ServerInstanceID == "" || job.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.Status == "" || job.Status == filter.Status)
}

func matchLogStream(stream domain.LogStream, filter domain.LogStreamFilter) bool {
	return (filter.ServerInstanceID == "" || stream.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.StreamKey == "" || stream.StreamKey == filter.StreamKey)
}

func matchMetricSample(sample domain.MetricSample, filter domain.MetricSampleFilter) bool {
	return (filter.ServerInstanceID == "" || sample.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.After.IsZero() || sample.CollectedAt.After(filter.After)) &&
		(filter.Before.IsZero() || !sample.CollectedAt.After(filter.Before))
}

func matchBackup(record domain.BackupRecord, filter domain.BackupFilter) bool {
	return (filter.ServerInstanceID == "" || record.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.State == "" || record.State == filter.State)
}

func matchPluginLifecycle(installation domain.PluginLifecycleInstallation, filter domain.PluginLifecycleFilter) bool {
	return (filter.PluginID == "" || installation.PluginID == filter.PluginID) &&
		(filter.ServerInstanceID == "" || installation.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.CurrentState == "" || installation.CurrentState == filter.CurrentState)
}

func matchAIConfigDiff(preview domain.AIConfigDiffPreview, filter domain.AIConfigDiffFilter) bool {
	return (filter.ServerInstanceID == "" || preview.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.PluginID == "" || preview.PluginID == filter.PluginID) &&
		(filter.State == "" || preview.State == filter.State)
}

func matchGameClientBridgeCommand(command domain.GameClientBridgeCommand, filter domain.GameClientBridgeCommandFilter) bool {
	return (filter.ServerInstanceID == "" || command.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.PluginID == "" || command.PluginID == filter.PluginID) &&
		(filter.ProfileKey == "" || command.ProfileKey == filter.ProfileKey) &&
		(filter.State == "" || command.State == filter.State) &&
		(filter.RequesterID == "" || command.RequesterID == filter.RequesterID) &&
		(filter.CommandType == "" || command.CommandType == filter.CommandType) &&
		(filter.IdempotencyKey == "" || command.IdempotencyKey == filter.IdempotencyKey) &&
		(filter.ExpiresBefore.IsZero() || !command.ExpiresAt.After(filter.ExpiresBefore)) &&
		(filter.CompletedBefore.IsZero() || (!command.CompletedAt.IsZero() && !command.CompletedAt.After(filter.CompletedBefore)))
}

func matchGameClientBridgeSnapshot(snapshot domain.GameClientBridgeSnapshot, filter domain.GameClientBridgeSnapshotFilter) bool {
	return (filter.ServerInstanceID == "" || snapshot.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.PluginID == "" || snapshot.PluginID == filter.PluginID) &&
		(filter.ProfileKey == "" || snapshot.ProfileKey == filter.ProfileKey) &&
		(filter.Type == "" || snapshot.Type == filter.Type) &&
		(filter.StreamKey == "" || snapshot.StreamKey == filter.StreamKey) &&
		(filter.ObservedAfter.IsZero() || snapshot.ObservedAt.After(filter.ObservedAfter)) &&
		(filter.ExpiresBefore.IsZero() || !snapshot.ExpiresAt.After(filter.ExpiresBefore))
}

func matchGameClientBridgeSnapshotStream(stream domain.GameClientBridgeSnapshotStream, filter domain.GameClientBridgeSnapshotStreamFilter) bool {
	return (filter.ServerInstanceID == "" || stream.ServerInstanceID == filter.ServerInstanceID) &&
		(filter.PluginID == "" || stream.PluginID == filter.PluginID) &&
		(filter.ProfileKey == "" || stream.ProfileKey == filter.ProfileKey) &&
		(filter.Type == "" || stream.Type == filter.Type) &&
		(filter.StreamKey == "" || stream.StreamKey == filter.StreamKey)
}

func matchPluginDataRecord(value domain.PluginDataRecord, filter domain.PluginDataFilter) bool {
	return (filter.PluginID == "" || value.PluginID == filter.PluginID) && (filter.ServerInstanceID == "" || value.ServerInstanceID == filter.ServerInstanceID) && (filter.Collection == "" || value.Collection == filter.Collection) && (filter.Key == "" || value.Key == filter.Key)
}