Class: Nl::Linux::Tc::SubMessages::OptionsMsg::Dualpi2

Inherits:

SubMessage

• Object
• SubMessage
• Nl::Linux::Tc::SubMessages::OptionsMsg::Dualpi2

Defined in:

nl-linux/generated/nl/linux/tc.rb

Constant Summary

FIXED_HEADER =

nil

ATTRIBUTE_SET =

AttributeSets::Dualpi2Attrs

Instance Attribute Summary

Attributes included from StructuredPayload

#attributes, #fixed_header

Instance Method Summary

• #alpha ⇒ Integer

  Integral gain factor in Hz for PI controller.

• #beta ⇒ Integer

  Proportional gain factor in Hz for PI controller.

• #c_protection ⇒ Integer

  Classic WRR weight in percentage (from 0 to 100).

• #coupling ⇒ Integer

  Probability coupling factor between Classic and L4S (2 is recommended).

• #drop_early ⇒ Integer

  Decide where the Classic packets are PI-based dropped or marked.

• #drop_overload ⇒ Integer

  Control the overload strategy (drop to preserve latency or let the queue overflow).

• #ecn_mask ⇒ Integer

  Configure the L-queue ECN classifier.

• #limit ⇒ Integer

  Limit of total number of packets in queue.

• #memory_limit ⇒ Integer

  Memory limit of total number of packets in queue.

• #min_qlen_step ⇒ Integer

  Packets enqueued to the L-queue can apply the step threshold when the queue length of L-queue is larger than this value.

• #split_gso ⇒ Integer

  Split aggregated skb or not.

• #step_thresh_pkts ⇒ Integer

  L4S step marking threshold in packets.

• #step_thresh_us ⇒ Integer

  L4S Step marking threshold in microseconds.

• #target ⇒ Integer

  Classic target delay in microseconds.

• #tupdate ⇒ Integer

  Drop probability update interval time in microseconds.

Methods included from StructuredPayload

#encode, #initialize

Instance Method Details

#alpha ⇒ Integer

Integral gain factor in Hz for PI controller

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::Alpha

# File 'nl-linux/generated/nl/linux/tc.rb', line 11607

def alpha; attributes[:"alpha"]&.value; end

#beta ⇒ Integer

Proportional gain factor in Hz for PI controller

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::Beta

# File 'nl-linux/generated/nl/linux/tc.rb', line 11612

def beta; attributes[:"beta"]&.value; end

#c_protection ⇒ Integer

Classic WRR weight in percentage (from 0 to 100)

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::CProtection

# File 'nl-linux/generated/nl/linux/tc.rb', line 11651

def c_protection; attributes[:"c_protection"]&.value; end

#coupling ⇒ Integer

Probability coupling factor between Classic and L4S (2 is recommended)

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::Coupling

# File 'nl-linux/generated/nl/linux/tc.rb', line 11632

def coupling; attributes[:"coupling"]&.value; end

#drop_early ⇒ Integer

Decide where the Classic packets are PI-based dropped or marked

Known enum values are defined in Enums::Dualpi2DropEarly.

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::DropEarly

# File 'nl-linux/generated/nl/linux/tc.rb', line 11646

def drop_early; attributes[:"drop_early"]&.value; end

#drop_overload ⇒ Integer

Control the overload strategy (drop to preserve latency or let the queue overflow)

Known enum values are defined in Enums::Dualpi2DropOverload.

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::DropOverload

# File 'nl-linux/generated/nl/linux/tc.rb', line 11639

def drop_overload; attributes[:"drop_overload"]&.value; end

#ecn_mask ⇒ Integer

Configure the L-queue ECN classifier

Known enum values are defined in Enums::Dualpi2EcnMask.

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::EcnMask

# File 'nl-linux/generated/nl/linux/tc.rb', line 11658

def ecn_mask; attributes[:"ecn_mask"]&.value; end

#limit ⇒ Integer

Limit of total number of packets in queue

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::Limit

# File 'nl-linux/generated/nl/linux/tc.rb', line 11587

def limit; attributes[:"limit"]&.value; end

#memory_limit ⇒ Integer

Memory limit of total number of packets in queue

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::MemoryLimit

# File 'nl-linux/generated/nl/linux/tc.rb', line 11592

def memory_limit; attributes[:"memory_limit"]&.value; end

#min_qlen_step ⇒ Integer

Packets enqueued to the L-queue can apply the step threshold when the queue length of L-queue is larger than this value. (0 is recommended)

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::MinQlenStep

# File 'nl-linux/generated/nl/linux/tc.rb', line 11627

def min_qlen_step; attributes[:"min_qlen_step"]&.value; end

#split_gso ⇒ Integer

Split aggregated skb or not

Known enum values are defined in Enums::Dualpi2SplitGso.

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::SplitGso

# File 'nl-linux/generated/nl/linux/tc.rb', line 11665

def split_gso; attributes[:"split_gso"]&.value; end

#step_thresh_pkts ⇒ Integer

L4S step marking threshold in packets

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::StepThreshPkts

# File 'nl-linux/generated/nl/linux/tc.rb', line 11617

def step_thresh_pkts; attributes[:"step_thresh_pkts"]&.value; end

#step_thresh_us ⇒ Integer

L4S Step marking threshold in microseconds

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::StepThreshUs

# File 'nl-linux/generated/nl/linux/tc.rb', line 11622

def step_thresh_us; attributes[:"step_thresh_us"]&.value; end

#target ⇒ Integer

Classic target delay in microseconds

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::Target

# File 'nl-linux/generated/nl/linux/tc.rb', line 11597

def target; attributes[:"target"]&.value; end

#tupdate ⇒ Integer

Drop probability update interval time in microseconds

Returns:

• (Integer)

See Also:

• AttributeSets::Dualpi2Attrs::Tupdate

# File 'nl-linux/generated/nl/linux/tc.rb', line 11602

def tupdate; attributes[:"tupdate"]&.value; end