tc

Documentation

Overview

Package tc contains the options for configuring per-interface Traffic Control (TC) queuing disciplines

Index

• type Buffer
  • func (r Buffer) ApplyTbf(t *o.Tbf)
• type Corruption
  • func (c Corruption) ApplyNetem(n *o.Netem)
• type Duplicate
  • func (p Duplicate) ApplyNetem(n *o.Netem)
• type Gap
  • func (g Gap) ApplyNetem(n *o.Netem)
• type Jitter
  • func (j Jitter) ApplyNetem(n *o.Netem)
• type Latency
  • func (m Latency) ApplyNetem(n *o.Netem)
• type LimitNetem
  • func (l LimitNetem) ApplyNetem(n *o.Netem)
• type LimitTbf
  • func (l LimitTbf) ApplyTbf(t *o.Tbf)
• type Loss
  • func (p Loss) ApplyNetem(n *o.Netem)
• type MinBurst
  • func (r MinBurst) ApplyTbf(t *o.Tbf)
• type PeakRate
  • func (r PeakRate) ApplyTbf(t *o.Tbf)
• type Probability
• type Rate
  • func (r Rate) ApplyTbf(t *o.Tbf)
• type Reordering
  • func (p Reordering) ApplyNetem(n *o.Netem)

Types

type Buffer

type Buffer uint32

func (Buffer) ApplyTbf

func (r Buffer) ApplyTbf(t *o.Tbf)

type Corruption

type Corruption Probability

func (Corruption) ApplyNetem

func (c Corruption) ApplyNetem(n *o.Netem)

type Duplicate

type Duplicate Probability

func (Duplicate) ApplyNetem

func (p Duplicate) ApplyNetem(n *o.Netem)

type Gap

type Gap uint32

func (Gap) ApplyNetem

func (g Gap) ApplyNetem(n *o.Netem)

type Jitter

type Jitter time.Duration

func (Jitter) ApplyNetem

func (j Jitter) ApplyNetem(n *o.Netem)

type Latency

type Latency time.Duration

func (Latency) ApplyNetem

func (m Latency) ApplyNetem(n *o.Netem)

type LimitNetem

type LimitNetem uint32

func (LimitNetem) ApplyNetem

func (l LimitNetem) ApplyNetem(n *o.Netem)

type LimitTbf

type LimitTbf uint32

func (LimitTbf) ApplyTbf

func (l LimitTbf) ApplyTbf(t *o.Tbf)

type Loss

type Loss Probability

func (Loss) ApplyNetem

func (p Loss) ApplyNetem(n *o.Netem)

type MinBurst

type MinBurst uint32

func (MinBurst) ApplyTbf

func (r MinBurst) ApplyTbf(t *o.Tbf)

type PeakRate

type PeakRate uint64

func (PeakRate) ApplyTbf

func (r PeakRate) ApplyTbf(t *o.Tbf)

type Probability

type Probability struct {
	Probability float32
	Correlation float32
}

type Rate

type Rate uint64

func (Rate) ApplyTbf

func (r Rate) ApplyTbf(t *o.Tbf)

type Reordering

type Reordering Probability

func (Reordering) ApplyNetem

func (p Reordering) ApplyNetem(n *o.Netem)