config

type APIConfig struct {
	// Transport specifies the underlying transport protocol for the API HTTP server.
	Transport string `json:"api.transport" yaml:"api.transport"`
	// Timeout determines the timeout for the API server responses
	Timeout time.Duration `json:"api.timeout" yaml:"api.timeout"`
}

type Config struct {
	// Kstream stores different configuration options for fine tuning kstream consumer/controller settings.
	Kstream KstreamConfig `json:"kstream" yaml:"kstream"`
	// Filament contains filament settings
	Filament FilamentConfig `json:"filament" yaml:"filament"`
	// PE contains the settings that influences the behaviour of the PE (Portable Executable) reader.
	PE pe.Config `json:"pe" yaml:"pe"`
	// Output stores the currently active output config
	Output outputs.Config
	// InitHandleSnapshot indicates whether initial handle snapshot is built
	InitHandleSnapshot bool `json:"init-handle-snapshot" yaml:"init-handle-snapshot"`
	DebugPrivilege     bool `json:"debug-privilege" yaml:"debug-privilege"`
	KcapFile           string

	// API stores global HTTP API preferences
	API APIConfig `json:"api" yaml:"api"`
	// Yara contains configuration that influences the behaviour of the Yara engine
	Yara yara.Config `json:"yara" yaml:"yara"`
	// Aggregator stores event aggregator configuration
	Aggregator aggregator.Config `json:"aggregator" yaml:"aggregator"`
	// Log contains log-specific configuration options
	Log log.Config `json:"logging" yaml:"logging"`

	// Transformers stores transformer configurations
	Transformers []transformers.Config
	// Alertsenders stores alert sender configurations
	Alertsenders []alertsender.Config
	// contains filtered or unexported fields
}

type FilamentConfig struct {
	Name        string
	Path        string
	FlushPeriod time.Duration
}

type KstreamConfig struct {
	// EnableThreadKevents indicates if thread kernel events are collected by the ETW provider.
	EnableThreadKevents bool `json:"enable-thread" yaml:"enable-thread"`
	// EnableRegistryKevents indicates if registry kernel events are collected by the ETW provider.
	EnableRegistryKevents bool `json:"enable-registry" yaml:"enable-registry"`
	// EnableNetKevents determines whether network (TCP/UDP) events are collected by the ETW provider.
	EnableNetKevents bool `json:"enable-net" yaml:"enable-net"`
	// EnableFileIOKevents indicates if file I/O kernel events are collected by the ETW provider.
	EnableFileIOKevents bool `json:"enable-fileio" yaml:"enable-fileio"`
	// EnableImageKevents indicates if image kernel events are collected by the ETW provider.
	EnableImageKevents bool `json:"enable-image" yaml:"enable-image"`
	// EnableHandleKevents indicates whether handle creation/disposal events are enabled.
	EnableHandleKevents bool `json:"enable-handle" yaml:"enable-handle"`
	// BufferSize represents the amount of memory allocated for each event tracing session buffer, in kilobytes.
	// The buffer size affects the rate at which buffers fill and must be flushed (small buffer size requires
	// less memory but it increases the rate at which buffers must be flushed).
	BufferSize uint32 `json:"buffer-size" yaml:"buffer-size"`
	// MinBuffers determines the minimum number of buffers allocated for the event tracing session's buffer pool.
	MinBuffers uint32 `json:"min-buffers" yaml:"min-buffers"`
	// MaxBuffers is the maximum number of buffers allocated for the event tracing session's buffer pool.
	MaxBuffers uint32 `json:"max-buffers" yaml:"max-buffers"`
	// FlushTimer specifies how often the trace buffers are forcibly flushed.
	FlushTimer time.Duration `json:"flush-interval" yaml:"flush-interval"`
	// BlacklistKevents are kernel event names that will be dropped from the kernel event stream.
	BlacklistKevents []string `json:"blacklist.events" yaml:"blacklist.events"`
	// BlacklistImages are process image names that will be rejected if they generate a kernel event.
	BlacklistImages []string `json:"blacklist.images" yaml:"blacklist.images"`
}

type Option func(*Options)

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