config

type BufferConfig struct {
	Buffer     bool       `mapstructure:"Buffer"`
	BufferType string     `mapstructure:"BufferType"`
	DqueConfig DqueConfig `mapstructure:",squash"`
}

type ClientConfig struct {
	// URL for the Vali instance
	URL flagext.URLValue `mapstructure:"-"`
	// ProxyURL for proxy configuration
	ProxyURL string `mapstructure:"ProxyURL"`
	// TenantID for multi-tenant setups
	TenantID string `mapstructure:"TenantID"`
	// BatchWait time before sending a batch
	BatchWait string `mapstructure:"BatchWait"`
	// BatchSize maximum size of a batch
	BatchSize int `mapstructure:"BatchSize"`
	// Labels to attach to logs
	Labels string `mapstructure:"-"`
	// MaxRetries for failed requests
	MaxRetries int `mapstructure:"MaxRetries"`
	// Timeout for requests
	Timeout string `mapstructure:"Timeout"`
	// MinBackoff time for retries
	MinBackoff string `mapstructure:"MinBackoff"`
	// MaxBackoff time for retries
	MaxBackoff string `mapstructure:"MaxBackoff"`

	// CredativValiConfig holds the configuration for the credativ/vali client
	CredativValiConfig client.Config `mapstructure:"-"`
	// BufferConfig holds the configuration for the buffered client
	BufferConfig BufferConfig `mapstructure:",squash"`
	// SortByTimestamp indicates whether the logs should be sorted ot not
	SortByTimestamp bool `mapstructure:"SortByTimestamp"`
	// NumberOfBatchIDs is number of id per batch.
	// This increase the number of vali label streams
	NumberOfBatchIDs uint64 `mapstructure:"NumberOfBatchIDs"`
	// IDLabelName is the name of the batch id label key.
	IDLabelName model.LabelName `mapstructure:"IdLabelName"`
	// TestingClient is mocked credativ/vali client used for testing purposes
	TestingClient client.Client `mapstructure:"-"`
}

type Config struct {
	ClientConfig     ClientConfig     `mapstructure:",squash"`
	ControllerConfig ControllerConfig `mapstructure:",squash"`
	PluginConfig     PluginConfig     `mapstructure:",squash"`
	LogLevel         logging.Level    `mapstructure:"LogLevel"`
	Pprof            bool             `mapstructure:"Pprof"`
}

type ControllerClientConfiguration struct {
	SendLogsWhenIsInCreationState    bool
	SendLogsWhenIsInReadyState       bool
	SendLogsWhenIsInHibernatingState bool
	SendLogsWhenIsInHibernatedState  bool
	SendLogsWhenIsInWakingState      bool
	SendLogsWhenIsInDeletionState    bool
	SendLogsWhenIsInDeletedState     bool
	SendLogsWhenIsInRestoreState     bool
	SendLogsWhenIsInMigrationState   bool
}

type ControllerConfig struct {
	// CtlSyncTimeout for resource synchronization
	CtlSyncTimeout time.Duration `mapstructure:"ControllerSyncTimeout"`
	// DynamicHostPrefix is the prefix of the dynamic host endpoint
	DynamicHostPrefix string `mapstructure:"DynamicHostPrefix"`
	// DynamicHostSuffix is the suffix of the dynamic host endpoint
	DynamicHostSuffix string `mapstructure:"DynamicHostSuffix"`
	// DeletedClientTimeExpiration is the time after a client for
	// deleted shoot should be cosidered for removal
	DeletedClientTimeExpiration time.Duration `mapstructure:"DeletedClientTimeExpiration"`
	// ShootControllerClientConfig configure to whether to send or not the log to the shoot
	// Vali for a particular shoot state.
	ShootControllerClientConfig ControllerClientConfiguration `mapstructure:"-"`
	// SeedControllerClientConfig configure to whether to send or not the log to the shoot
	// Vali for a particular shoot state.
	SeedControllerClientConfig ControllerClientConfiguration `mapstructure:"-"`
}

type DqueConfig struct {
	QueueDir         string `mapstructure:"QueueDir"`
	QueueSegmentSize int    `mapstructure:"QueueSegmentSize"`
	QueueSync        bool   `mapstructure:"-"` // Handled specially in postProcessConfig
	QueueName        string `mapstructure:"QueueName"`
}

type Format int

type KubernetesMetadataExtraction struct {
	FallbackToTagWhenMetadataIsMissing bool   `mapstructure:"FallbackToTagWhenMetadataIsMissing"`
	DropLogEntryWithoutK8sMetadata     bool   `mapstructure:"DropLogEntryWithoutK8sMetadata"`
	TagKey                             string `mapstructure:"TagKey"`
	TagPrefix                          string `mapstructure:"TagPrefix"`
	TagExpression                      string `mapstructure:"TagExpression"`
}

type PluginConfig struct {
	// AutoKubernetesLabels enables automatic kubernetes labels extraction
	AutoKubernetesLabels bool `mapstructure:"AutoKubernetesLabels"`
	// LineFormat specifies the log line format
	LineFormat Format `mapstructure:"-"`
	// DropSingleKey drops single keys from log entries
	DropSingleKey bool `mapstructure:"DropSingleKey"`
	// LabelKeys specifies which keys to use as labels
	LabelKeys []string `mapstructure:"-"`
	// RemoveKeys specifies which keys to remove from log entries
	RemoveKeys []string `mapstructure:"-"`
	// LabelMap provides a map for label transformations
	LabelMap map[string]any `mapstructure:"-"`
	// DynamicHostPath provides dynamic host path configuration
	DynamicHostPath map[string]any `mapstructure:"-"`
	// DynamicHostRegex specifies regex for dynamic host matching
	DynamicHostRegex string `mapstructure:"DynamicHostRegex"`
	// KubernetesMetadata holds kubernetes metadata extraction configuration
	KubernetesMetadata KubernetesMetadataExtraction `mapstructure:",squash"`
	// LabelSetInitCapacity sets the initial capacity for label sets
	LabelSetInitCapacity int `mapstructure:"LabelSetInitCapacity"`
	// HostnameKey specifies the hostname key
	HostnameKey string `mapstructure:"HostnameKey"`
	// HostnameValue specifies the hostname value
	HostnameValue string `mapstructure:"HostnameValue"`
	// HostnameKeyValue specifies the hostname key value pair,
	// it has higher priority than HostnameKey and HostnameValue
	HostnameKeyValue *string `mapstructure:"-"`
	// PreservedLabels specifies labels to preserve
	PreservedLabels model.LabelSet `mapstructure:"-"`
	// EnableMultiTenancy enables multi-tenancy support
	EnableMultiTenancy bool `mapstructure:"EnableMultiTenancy"`
}