Documentation ¶
Index ¶
- Variables
- func LoadTLSConfig(config *TLSConfig) (*tls.Config, error)
- func RegisterOutputPlugin(name string, builder OutputBuilder)
- func Signal(s Signaler, err error)
- func SignalAll(signalers []Signaler, err error)
- func SignalCompleted(s Signaler)
- func SignalFailed(s Signaler, err error)
- type BulkOutputer
- type ChanSignal
- type CompositeSignal
- type MothershipConfig
- type OutputBuilder
- type OutputInterface
- type OutputPlugin
- type Outputer
- type Signaler
- type SplitSignal
- type SyncSignal
- type TLSConfig
- type TopologyOutputer
Constants ¶
This section is empty.
Variables ¶
var ( // ErrNotACertificate indicates a PEM file to be loaded not being a valid // PEM file or certificate. ErrNotACertificate = errors.New("file is not a certificate") // ErrCertificateNoKey indicate a configuration error with missing key file ErrCertificateNoKey = errors.New("key file not configured") // ErrKeyNoCertificate indicate a configuration error with missing certificate file ErrKeyNoCertificate = errors.New("certificate file not configured") // ErrInvalidTLSVersion indicates an unknown tls version string given. ErrInvalidTLSVersion = errors.New("invalid TLS version string") // ErrUnknownCipherSuite indicates an unknown tls cipher suite being used ErrUnknownCipherSuite = errors.New("unknown cypher suite") // ErrUnknownCurveID indicates an unknown curve id has been configured ErrUnknownCurveID = errors.New("unknown curve id") )
Functions ¶
func LoadTLSConfig ¶
LoadTLSConfig will load a certificate from config with all TLS based keys defined. If Certificate and CertificateKey are configured, client authentication will be configured. If no CAs are configured, the host CA will be used by go built-in TLS support.
func RegisterOutputPlugin ¶
func RegisterOutputPlugin(name string, builder OutputBuilder)
func Signal ¶
Signal will send the Completed or Failed event to s depending on err being set if s is not nil.
func SignalAll ¶
SignalAll send the Completed or Failed event to all given signalers depending on err being set.
func SignalCompleted ¶
func SignalCompleted(s Signaler)
SignalCompleted sends the Completed event to s if s is not nil.
func SignalFailed ¶
SignalFailed sends the Failed event to s if s is not nil
Types ¶
type BulkOutputer ¶
type BulkOutputer interface { Outputer BulkPublish(trans Signaler, ts time.Time, event []common.MapStr) error }
BulkOutputer adds BulkPublish to publish batches of events without looping. Outputers still might loop on events or use more efficient bulk-apis if present.
func CastBulkOutputer ¶
func CastBulkOutputer(out Outputer) BulkOutputer
CastBulkOutputer casts out into a BulkOutputer if out implements the BulkOutputer interface. If out does not implement the interface an outputer wrapper implementing the BulkOutputer interface is returned.
type ChanSignal ¶
type ChanSignal struct {
// contains filtered or unexported fields
}
ChanSignal will send outputer signals on configurable channel.
func NewChanSignal ¶
func NewChanSignal(ch chan bool) *ChanSignal
NewChanSignal create a new ChanSignal forwarding signals to a channel.
func (*ChanSignal) Completed ¶
func (c *ChanSignal) Completed()
Completed sends true to the confiugred channel.
func (*ChanSignal) Failed ¶
func (c *ChanSignal) Failed()
Failed sends false to the confiugred channel.
type CompositeSignal ¶
type CompositeSignal struct {
// contains filtered or unexported fields
}
CompositeSignal combines multiple signalers into one Signaler forwarding an event to to all signalers.
func (*CompositeSignal) Completed ¶
func (cs *CompositeSignal) Completed()
Completed sends the Completed signal to all signalers.
func (*CompositeSignal) Failed ¶
func (cs *CompositeSignal) Failed()
Failed sends the Failed signal to all signalers.
type MothershipConfig ¶
type MothershipConfig struct { Save_topology bool Host string Port int Hosts []string LoadBalance *bool Protocol string Username string Password string Index string Path string Db int Db_topology int Timeout int Reconnect_interval int Filename string Rotate_every_kb int Number_of_files int DataType string Flush_interval *int BulkMaxSize *int `yaml:"bulk_max_size"` Max_retries *int Pretty *bool TLS *TLSConfig Worker int }
type OutputBuilder ¶
type OutputBuilder interface { // Create and initialize the output plugin NewOutput( beat string, config *MothershipConfig, topologyExpire int) (Outputer, error) }
func FindOutputPlugin ¶
func FindOutputPlugin(name string) OutputBuilder
type OutputInterface ¶
type OutputInterface interface { Outputer TopologyOutputer }
Functions to be exported by a output plugin
type OutputPlugin ¶
type OutputPlugin struct { Name string Config MothershipConfig Output Outputer }
func InitOutputs ¶
func InitOutputs( beat string, configs map[string]MothershipConfig, topologyExpire int, ) ([]OutputPlugin, error)
type Signaler ¶
type Signaler interface { Completed() Failed() }
Signaler signals the completion of potentially asynchronous output operation. Completed is called by the output plugin when all events have been sent. On failure or if only a subset of the data is published then Failed will be invoked.
func NewCompositeSignaler ¶
NewCompositeSignaler creates a new composite signaler.
func NewSplitSignaler ¶
NewSplitSignaler creates a new SplitSignal if s is not nil. If s is nil, nil will be returned. The count is the number of events to be received before publishing the final event to the guarded Signaler.
type SplitSignal ¶
type SplitSignal struct {
// contains filtered or unexported fields
}
SplitSignal guards one output signaler from multiple calls by using a simple reference counting scheme. If one Signaler consumer reports a Failed event, the Failed event will be send to the guarded Signaler once the reference count becomes zero.
Example use cases:
- Push signaler to multiple outputers
- split data to be send in smaller batches
func (*SplitSignal) Completed ¶
func (s *SplitSignal) Completed()
Completed signals a Completed event to s.
type SyncSignal ¶
type SyncSignal struct {
// contains filtered or unexported fields
}
SyncSignal blocks waiting for a signal.
func NewSyncSignal ¶
func NewSyncSignal() *SyncSignal
NewSyncSignal create a new SyncSignal signaler. Use Wait() method to wait for a signal from the publisher
func (*SyncSignal) Completed ¶
func (s *SyncSignal) Completed()
Completed sends true to the process waiting for a signal.
func (*SyncSignal) Failed ¶
func (s *SyncSignal) Failed()
Failed sends false to the process waiting for a signal.
func (*SyncSignal) Wait ¶
func (s *SyncSignal) Wait() bool
Wait blocks waiting for a signal from the outputer. Wait return true if Completed was signaled and false if a Failed signal was received
type TLSConfig ¶
type TLSConfig struct { Certificate string `yaml:"certificate"` CertificateKey string `yaml:"certificate_key"` CAs []string `yaml:"certificate_authorities"` Insecure bool `yaml:"insecure,omitempty"` CipherSuites []string `yaml:"cipher_suites"` MinVersion string `yaml:"min_version,omitempty"` MaxVersion string `yaml:"max_version,omitempty"` CurveTypes []string `yaml:"curve_types"` }
TLSConfig defines config file options for TLS clients.
Directories ¶
Path | Synopsis |
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Package mode defines and implents output strategies with failover or load balancing modes for use by output plugins.
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Package mode defines and implents output strategies with failover or load balancing modes for use by output plugins. |