instana

type ContextSensitiveFunc func(span ot.Span, ctx context.Context)

type EntityData struct {
	PID      int        `json:"pid"`
	Snapshot *SnapshotS `json:"snapshot,omitempty"`
	Metrics  *MetricsS  `json:"metrics"`
}

type EventData struct {
	Title string `json:"title"`
	Text  string `json:"text"`
	// Duration in milliseconds
	Duration int `json:"duration"`
	// Severity with value of -1, 5, 10 : see type severity
	Severity int    `json:"severity"`
	Plugin   string `json:"plugin,omitempty"`
	ID       string `json:"id,omitempty"`
	Host     string `json:"host"`
}

type MemoryS struct {
	Alloc         uint64  `json:"alloc"`
	TotalAlloc    uint64  `json:"total_alloc"`
	Sys           uint64  `json:"sys"`
	Lookups       uint64  `json:"lookups"`
	Mallocs       uint64  `json:"mallocs"`
	Frees         uint64  `json:"frees"`
	HeapAlloc     uint64  `json:"heap_alloc"`
	HeapSys       uint64  `json:"heap_sys"`
	HeapIdle      uint64  `json:"heap_idle"`
	HeapInuse     uint64  `json:"heap_in_use"`
	HeapReleased  uint64  `json:"heap_released"`
	HeapObjects   uint64  `json:"heap_objects"`
	PauseTotalNs  uint64  `json:"pause_total_ns"`
	PauseNs       uint64  `json:"pause_ns"`
	NumGC         uint32  `json:"num_gc"`
	GCCPUFraction float64 `json:"gc_cpu_fraction"`
}

type MetricsS struct {
	CgoCall   int64    `json:"cgo_call"`
	Goroutine int      `json:"goroutine"`
	Memory    *MemoryS `json:"memory"`
}

type Options struct {
	Service                     string
	AgentHost                   string
	AgentPort                   int
	MaxBufferedSpans            int
	ForceTransmissionStartingAt int
	LogLevel                    int
}

type Recorder struct {
	sync.RWMutex
	// contains filtered or unexported fields
}

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

type SnapshotS struct {
	Name     string `json:"name"`
	Version  string `json:"version"`
	Root     string `json:"goroot"`
	MaxProcs int    `json:"maxprocs"`
	Compiler string `json:"compiler"`
	NumCPU   int    `json:"cpu"`
}

type SpanContext struct {
	// A probabilistically unique identifier for a [multi-span] trace.
	TraceID int64

	// A probabilistically unique identifier for a span.
	SpanID int64

	// Whether the trace is sampled.
	Sampled bool

	// The span's associated baggage.
	Baggage map[string]string // initialized on first use
}

type SpanRecorder interface {
	// Implementations must determine whether and where to store `span`.
	RecordSpan(span *spanS)
}

type SpanSensitiveFunc func(span ot.Span)

type Tracer interface {
	opentracing.Tracer

	// Options gets the Options used in New() or NewWithOptions().
	Options() TracerOptions
}

type TracerOptions struct {
	// ShouldSample is a function which is called when creating a new Span and
	// determines whether that Span is sampled. The randomized TraceID is supplied
	// to allow deterministic sampling decisions to be made across different nodes.
	// For example,
	//
	//   func(traceID uint64) { return traceID % 64 == 0 }
	//
	// samples every 64th trace on average.
	ShouldSample func(traceID int64) bool
	// TrimUnsampledSpans turns potentially expensive operations on unsampled
	// Spans into no-ops. More precisely, tags and log events are silently
	// discarded. If NewSpanEventListener is set, the callbacks will still fire.
	TrimUnsampledSpans bool
	// Recorder receives Spans which have been finished.
	Recorder SpanRecorder
	// NewSpanEventListener can be used to enhance the tracer by effectively
	// attaching external code to trace events. See NetTraceIntegrator for a
	// practical example, and event.go for the list of possible events.
	NewSpanEventListener func() func(bt.SpanEvent)
	// DropAllLogs turns log events on all Spans into no-ops.
	// If NewSpanEventListener is set, the callbacks will still fire.
	DropAllLogs bool
	// MaxLogsPerSpan limits the number of Logs in a span (if set to a nonzero
	// value). If a span has more logs than this value, logs are dropped as
	// necessary (and replaced with a log describing how many were dropped).
	//
	// About half of the MaxLogPerSpan logs kept are the oldest logs, and about
	// half are the newest logs.
	//
	// If NewSpanEventListener is set, the callbacks will still fire for all log
	// events. This value is ignored if DropAllLogs is true.
	MaxLogsPerSpan int
	// DebugAssertSingleGoroutine internally records the ID of the goroutine
	// creating each Span and verifies that no operation is carried out on
	// it on a different goroutine.
	// Provided strictly for development purposes.
	// Passing Spans between goroutine without proper synchronization often
	// results in use-after-Finish() errors. For a simple example, consider the
	// following pseudocode:
	//
	//  func (s *Server) Handle(req http.Request) error {
	//    sp := s.StartSpan("server")
	//    defer sp.Finish()
	//    wait := s.queueProcessing(opentracing.ContextWithSpan(context.Background(), sp), req)
	//    select {
	//    case resp := <-wait:
	//      return resp.Error
	//    case <-time.After(10*time.Second):
	//      sp.LogEvent("timed out waiting for processing")
	//      return ErrTimedOut
	//    }
	//  }
	//
	// This looks reasonable at first, but a request which spends more than ten
	// seconds in the queue is abandoned by the main goroutine and its trace
	// finished, leading to use-after-finish when the request is finally
	// processed. Note also that even joining on to a finished Span via
	// StartSpanWithOptions constitutes an illegal operation.
	//
	// Code bases which do not require (or decide they do not want) Spans to
	// be passed across goroutine boundaries can run with this flag enabled in
	// tests to increase their chances of spotting wrong-doers.
	DebugAssertSingleGoroutine bool
	// DebugAssertUseAfterFinish is provided strictly for development purposes.
	// When set, it attempts to exacerbate issues emanating from use of Spans
	// after calling Finish by running additional assertions.
	DebugAssertUseAfterFinish bool
	// EnableSpanPool enables the use of a pool, so that the tracer reuses spans
	// after Finish has been called on it. Adds a slight performance gain as it
	// reduces allocations. However, if you have any use-after-finish race
	// conditions the code may panic.
	EnableSpanPool bool
}