8.2.7. Enum

xoa_driver.enums includes enum classes for Valkyrie, Vulcan, Chimera, ValkyrieVE, and VulcanVE.

class AlgorithmMethod[source]

Bases: IntEnum

Algorithm to calculate the TCP initial congestion window (ICWND)

FIXED_FACTOR = 2: Fixed

RFC2581 = 1: RFC 2581

RFC5681 = 0: RFC 5681

class AlignLockStatus[source]

Bases: IntEnum

Physical Lane Alignment Lock Status

ALIGNOFF = 0: Alignment Lock Off

ALIGNOFFUNSTABLE = 2: Alignment Lock Off and Unstable

ALIGNON = 1: Alignment Lock On

ALIGNONUNSTABLE = 3: Alignment Lock On but Unstable

class AnLtLogControl[source]

Bases: IntEnum

Added in version 1.3.

ANLT log control bits

LOG_TYPE_ALG_TRACE = 16: link training algorithm trace

LOG_TYPE_AN_TRACE = 4: autonegotiation trace output

LOG_TYPE_DEBUG = 2: debug log output

LOG_TYPE_FSM_ANEG = 131072: autonegotiation state machine transitions. What we act on

LOG_TYPE_FSM_ANEG_STIMULI = 262144: autonegotiation stimuli state machine transitions. What we ask

LOG_TYPE_FSM_LT = 524288: link training state machine transitions

LOG_TYPE_FSM_LT_ALG0 = 4194304: link training algorithm 0 state machine transitions

LOG_TYPE_FSM_LT_ALG1 = 8388608: link training algorithm -1 state machine transitions

LOG_TYPE_FSM_LT_COEFF = 1048576: link training coefficient state machine transitions. What we act on

LOG_TYPE_FSM_LT_STIMULI = 2097152: link training stimuli state machine transitions. What we ask

LOG_TYPE_FSM_PORT = 65536: port state machine transitions

LOG_TYPE_LT_TRACE = 8: link training trace output

class ApplicationLayerBehavior[source]

Bases: IntEnum

L47 Test Application Type

NONE = 0: TCP connections are created according to the client and server ranges, and ramped up/down as specified in the load profile. But no payload is transmitted.

RAW = 1: Differs from NONE in that it transmits payload when the TCP connection is established.

REPLAY = 2: PCAP replay.

class AutoNegFECOption[source]

Bases: IntFlag

Auto Neg FEC Options

DEFAULT_FEC = 0: Default FEC

FCFEC = 2: Firecode FEC

NO_FEC = 1: No FEC

RS272 = 1024: RS 272

RS528 = 256: RS 528

RS544 = 512: RS 544

RSFEC_CL161 = 8: RS CL 161

RSFEC_CL91 = 4: RS FEC Cl91

class AutoNegFECStatus[source]

Bases: IntFlag

Auto Neg FEC Status

DEFAULT_FEC = 0: Default FEC

FC_FEC = 2: Firecode FEC

NO_FEC = 1: No FEC

RS272 = 1024: RS 272

RS528 = 256: RS 528

RS544 = 512: RS 544

RSFEC_CL161 = 8: RS CL 161

RSFEC_CL91 = 4: RS FEC Cl91

class AutoNegFECType[source]

Bases: IntEnum

Auto Neg FEC Type

FC_FEC = 257: Firecode FEC

NO_FEC = 1: No FEC

PENDING = 0: Pending

RS_FEC = 513: RS FEC

class AutoNegMode[source]

Bases: IntEnum

Auto Neg Mode

ANEG_OFF = 0: Auto Neg Off

ANEG_ON = 1: Auto Neg On

class AutoNegStatus[source]

Bases: IntEnum

Auto Neg Status

ABILITY_DETECT = 3: Ability Detected

ACKNOWLEDGE_DETECT = 4: Acknowledge Detected

AN_GOOD = 8: AN Good

AN_GOOD_CHECK = 7: AN Good Check

COMPLETE_ACKNOWLEDGE = 5: Complete Acknowledge

ENABLE = 1: Enabled

NEXT_PAGE_WAIT = 6: Next Page Wait

TRANSMIT_DISABLE = 2: Transmit Disabled

UNKNOWN = 0: Unknown

class AutoNegTecAbility[source]

Bases: IntEnum

Auto Neg Technical Abilities

BAM_100G_CR2_KR2 = 1002: BAM 100G CR2 KR2

BAM_100G_CR4_KR4 = 1003: BAM 100G CR4 KR4

BAM_200G_CR2_KR2 = 2002: BAM 200G CR2 KR2

BAM_400G_CR8_KR8 = 4001: BAM 400G CR8 KR8

BAM_50G_CR1_KR1 = 504: BAM 50G CR1 KR1

BAM_50G_CR2_KR2 = 505: BAM 50G CR2 KR2

DEFAULT_TECH_MODE = 0: Default Tech Mode

EC_25GBASE_CR1 = 33554432: EC 25GBASE CR1

EC_25GBASE_KR1 = 16777216: EC 25GBASE KR1

EC_400GBASE_KR8 = 268435456: EC 400GBASE KR8

EC_50GBASE_CR2 = 134217728: EC 50GBASE CR2

EC_50GBASE_KR2 = 67108864: EC 50GBASE KR2

EC_50G_CR1_KR1 = 503: EC 50G CR1 KR1

EC_800GBASE_KR8 = 536870912: EC 800GBASE KR8

IEEE_100GBASE_CR2_KR2 = 16384: IEEE 100GBASE CR2 KR2

IEEE_100GBASE_KR1 = 65536: IEEE 100GBASE KR1

IEEE_100G_CR4 = 256: IEEE 100G CR4

IEEE_100G_KR4 = 128: IEEE 100G KR4

IEEE_10G_KR = 4: IEEE 10G KR

IEEE_200GBASE_CR4_KR4 = 32768: IEEE 200GBASE CR4 KR4

IEEE_200GBASE_KR2 = 131072: IEEE 200GBASE KR2

IEEE_25GBASE_CRS_KRS = 512: IEEE 25GBASE CRS KRS

IEEE_25GBASE_CR_KR = 1024: IEEE 25GBASE CR KR

IEEE_400GBASE_KR4 = 262144: IEEE 400GBASE KR4

IEEE_40G_CR4 = 16: IEEE 40G CR4

IEEE_50GBASE_CR_KR = 8192: IEEE 50GBASE CR KR

class AutoOrManual[source]: Bases: IntEnum

class BRRMode[source]

Bases: IntEnum

BRR Mode

MASTER = 1: Master Mode

SLAVE = 0: Slave Mode

class CaptureSize[source]

Bases: IntEnum

Capture size

FULL = 0: Capture whole packets

SMALL = 1: Capture truncated packets

class ChassisModelName[source]: Bases: IntEnum

class ChassisModelNumber[source]: Bases: IntEnum

class ChassisSessionType[source]

Bases: IntEnum

The type of the session between the client and the chassis.

MANAGER = 1: Connection on port 22606 running binary command (used by ValkyrieManager & VulcanManager).

SCRIPT = 2: Connection on port 22611, running CLI command.

class ChassisShutdownAction[source]

Bases: IntEnum

Chassis shutdown actions.

POWER_OFF = 2: Keep power-off after shutdown.

RESTART = 1: Restart after shutdown.

class CongestionType[source]

Bases: IntEnum

TCP Congestion Control Algorithm

NEW_RENO = 2: New RENO

NONE = 0: No TCP Congestion Control

RENO = 1: RENO

class CorruptionType[source]

Bases: IntEnum

Impairment corruption type

BER = 5: Bit Error Rate

ETH = 1: Ethernet

IP = 2: IP

OFF = 0: Off

TCP = 4: TCP

UDP = 3: UDP

class CustomDefaultCommand[source]

Bases: IntEnum

Custom Default Command

CLEAR = 1: Clear Custom Default

SET = 0: Set Custom Default

class CustomDefaultScope[source]

Bases: IntEnum

Custom Default Scope

ALL = 0: All

INSTANCE = 1: Instance

class DhcpState[source]: Bases: IntEnum

class DhcpVlanState[source]: Bases: IntEnum

class EmbedIP[source]

Bases: IntEnum

Should Embed IP in MAC

DONT_EMBED_IP = 0: Do not embed

EMBED_IP = 1: Embed IP in MAC

class Endianness[source]

Bases: IntEnum

Endianness (Big/Little Endian).

NORMAL = 0: Big Endian

REVERTED = 1: Little Endian

class ErrorOnOff[source]

Bases: IntEnum

PRBS Error Injection Status

ERRORSOFF = 0: PRBS Error Injection Off

ERRORSON = 1: PRBS Error Injection On

class FECMode[source]

Bases: IntEnum

FEX Mode

FC_FEC = 3: Firecode FEC

OFF = 0: Off

ON = 1: On

RS_FEC = 2: RS FEC

RS_FEC_INT = 6: RS FEC Int

RS_FEC_KP = 5: RS FEC KP

RS_FEC_KR = 4: RS FEC KR

class FaultSignaling[source]

Bases: IntEnum

Fault Signaling Behavior

DISABLED = 3: Disabled

FORCE_LOCAL = 1: Forced to Local

FORCE_REMOTE = 2: Forced to Remote

NORMAL = 0: Normal

class FecCodewordBitErrorMaskMode[source]

Bases: IntEnum

FEC Codeword Bit Error Mask Mode

INC = 3: When mode is set to INC, bitmask will be ignored. Instead, the bit error pattern initiates from 000000001, 000000010, 000000011, continuing up to 111111111, and repeating the sequence as 000000001…

ROTATE_HIGH = 2: The bit error pattern shifts one bit to the most significant bit per errored symbol.

STATIC = 1: The bit error pattern stay the same for all errored symbols.

UNKNOWN = 0: Unknown

class FilterMode[source]

Bases: IntEnum

Impairment Filter Mode

BASIC = 0: Basic Mode

EXTENDED = 1: Extended Mode

class FilterType[source]

Bases: IntEnum

Filter Type for Impairment

SHADOW = 0: Shadow Copy

WORKING = 1: Working Copy

class FilterUse[source]

Bases: IntEnum

Use of filter.

AND = 1: Filtering will be done

OFF = 0: No filtering will be done

class FilterVlanType[source]

Bases: IntEnum

VLAN PCP Settings for VLAN Filter

INNER = 0: VLAN1 (0) (INNER VLAN Tag is specified for the filter – used also when only 1 VLAN), indicates single/inner VLAN-TPID=0x8100

OUTER = 1: VLAN2 (1) (OUTER VLAN Tag is specified for the filter), indicates outer VLAN-TPID=0x88A8

class FreyaAutonegMode[source]

Bases: IntEnum

Auto Neg Mode

DISABLED = 0: Auto Neg Off

ENABLED = 1: Auto Neg On

class FreyaAutorestartMode[source]

Bases: IntEnum

Response when LT range is reached

class FreyaFECAbility[source]

Bases: IntFlag

Auto Neg FEC ability

FC_FEC_10G_ABILITY = 1: FC_FEC_10G_ABILITY

FC_FEC_10G_REQUEST = 2: FC_FEC_10G_REQUEST

FC_FEC_25G_REQUEST = 8: FC_FEC_25G_REQUEST

RS_FEC_25G_REQUEST = 4: RS_FEC_25G_REQUEST

RS_FEC_Int = 16: RS_FEC_Int

class FreyaLinkTrainingMode[source]

Bases: IntEnum

Link Training Mode

DISABLED = 0: Link training disabled

ENABLED_AUTO = 1: Link training in auto mode

ENABLED_INTERACTIVE = 2: Link training in interactive mode, requiring manual operation.

class FreyaLinkTrainingRangeResponse[source]

Bases: IntEnum

Response when LT range is reached

AUTO = 0: The response is automatically determined by the serdes.

COEFF_AT_LIMIT = 2: Respond Coefficient At Limit (coefficient status = 010) to the increment/decrement request.

COEFF_EQ_AT_LIMIT = 4: Respond Coefficient At Limit and Equalization Limit (coefficient status = 110) to the increment/decrement request.

COEFF_NOT_SUPPORTED = 5: Respond Coefficient Not Supported (coefficient status = 011) to the increment/decrement request.

EQ_AT_LIMIT = 3: Respond Equalization Limit (coefficient status = 100) to the increment/decrement request.

IGNORE = 1: The increment/decrement request will be “acknowledged” without acting upon it.

class FreyaOutOfSyncPreset[source]

Bases: IntEnum

Link Training out-of-sync preset

CURRENT = 1: CURRENT

IEEE = 0: IEEE

class FreyaPCSVariant[source]

Bases: IntEnum

PCS variant

ETC = 2: ETC

IEEE = 1: IEEE

class FreyaPauseAbility[source]

Bases: IntFlag

Auto Neg Pause ability

ASYM_PAUSE = 2: ASYM_PAUSE

SYM_PAUSE = 1: SYM_PAUSE

class FreyaPresetIndex[source]

Bases: IntEnum

Preset index for FreyaPresetResponse

LOS = 255: Preset when out of sync

PRESET1 = 0: Preset 1

PRESET2 = 1: Preset 2

PRESET3 = 2: Preset 3

PRESET4 = 3: Preset 4

PRESET5 = 4: Preset 5

class FreyaPresetResponse[source]

Bases: IntEnum

Response to the received IC request

ACCEPT = 1: Acknowledge the IC request and apply the corresponding preset value.

IGNORE = 0: Acknowledge the IC request without acting upon it (acknowledge but no changes).

class FreyaTapIndex[source]

Bases: IntEnum

Preset index for FreyaPresetResponse

TAP0 = 0: pre (For Freya 112G and 56G serdes)

TAP1 = 1: main (For Freya 112G and 56G serdes)

TAP2 = 2: post (For Freya 112G and 56G serdes)

TAP3 = 3: pre2 (For Freya 112G and 56G serdes)

TAP4 = 4: pre3 (For Freya 112G and 56G serdes)

class FreyaTecAbility[source]

Bases: IntFlag

Auto Neg Technical Abilities

ETC_25G_CR = 33554432: ETC_25G_CR

ETC_25G_KR = 16777216: ETC_25G_KR

ETC_400G_CR8_KR8 = 268435456: ETC_400G_CR8_KR8

ETC_50G_CR2 = 134217728: ETC_50G_CR2

ETC_50G_KR2 = 67108864: ETC_50G_KR2

ETC_800G_CR8_KR8 = 536870912: ETC_800G_CR8_KR8

IEEE_1000BASE_KX = 1: IEEE_1000BASE_KX

IEEE_100GBASE_CR10 = 32: IEEE_100GBASE_CR10

IEEE_100GBASE_CR1_KR1 = 65536: IEEE_100GBASE_CR1_KR1

IEEE_100GBASE_CR2_KR2 = 16384: IEEE_100GBASE_CR2_KR2

IEEE_100GBASE_CR4 = 256: IEEE_100GBASE_CR4

IEEE_100GBASE_KP4 = 64: IEEE_100GBASE_KP4

IEEE_100GBASE_KR4 = 128: IEEE_100GBASE_KR4

IEEE_10GBASE_KR = 4: IEEE_10GBASE_KR

IEEE_10GBASE_KX4 = 2: IEEE_10GBASE_KX4

IEEE_1_6TBASE_CR8_KR8 = 8388608: IEEE_1_6TBASE_CR8_KR8

IEEE_200GBASE_CR1_KR1 = 1048576: IEEE_200GBASE_CR1_KR1

IEEE_200GBASE_CR2_KR2 = 131072: IEEE_200GBASE_CR2_KR2

IEEE_200GBASE_CR4_KR4 = 32768: IEEE_200GBASE_CR4_KR4

IEEE_25GBASE_CR_KR = 1024: IEEE_25GBASE_CR_KR

IEEE_25GBASE_CR_S_KR_S = 512: IEEE_25GBASE_CR_S_KR_S

IEEE_2_5GBASE_KX = 2048: IEEE_2_5GBASE_KX

IEEE_400GBASE_CR2_KR2 = 2097152: IEEE_400GBASE_CR2_KR2

IEEE_400GBASE_CR4_KR4 = 262144: IEEE_400GBASE_CR4_KR4

IEEE_40GBASE_CR4 = 16: IEEE_40GBASE_CR4

IEEE_40GBASE_KR4 = 8: IEEE_40GBASE_KR4

IEEE_50GBASE_CR_KR = 8192: IEEE_50GBASE_CR_KR

IEEE_5GBASE_KR = 4096: IEEE_5GBASE_KR

IEEE_800GBASE_CR4_KR4 = 4194304: IEEE_800GBASE_CR4_KR4

IEEE_800GBASE_CR8_KR8 = 524288: IEEE_800GBASE_CR8_KR8

class FreyaTecAbilityHCD[source]

Bases: IntEnum

Auto Neg Technical Abilities

ETC_25G_CR = 25: ETC_25G_CR

ETC_25G_KR = 24: ETC_25G_KR

ETC_400G_CR8_KR8 = 28: ETC_400G_CR8_KR8

ETC_50G_CR2 = 27: ETC_50G_CR2

ETC_50G_KR2 = 26: ETC_50G_KR2

ETC_800G_CR8_KR8 = 29: ETC_800G_CR8_KR8

IEEE_1000BASE_KX = 0: IEEE_1000BASE_KX

IEEE_100GBASE_CR10 = 5: IEEE_100GBASE_CR10

IEEE_100GBASE_CR1_KR1 = 16: IEEE_100GBASE_CR1_KR1

IEEE_100GBASE_CR2_KR2 = 14: IEEE_100GBASE_CR2_KR2

IEEE_100GBASE_CR4 = 8: IEEE_100GBASE_CR4

IEEE_100GBASE_KP4 = 6: IEEE_100GBASE_KP4

IEEE_100GBASE_KR4 = 7: IEEE_100GBASE_KR4

IEEE_10GBASE_KR = 2: IEEE_10GBASE_KR

IEEE_10GBASE_KX4 = 1: IEEE_10GBASE_KX4

IEEE_1_6TBASE_CR8_KR8 = 23: IEEE_1_6TBASE_CR8_KR8

IEEE_200GBASE_CR1_KR1 = 20: IEEE_200GBASE_CR1_KR1

IEEE_200GBASE_CR2_KR2 = 17: IEEE_200GBASE_CR2_KR2

IEEE_200GBASE_CR4_KR4 = 15: IEEE_200GBASE_CR4_KR4

IEEE_25GBASE_CR_KR = 10: IEEE_25GBASE_CR_KR

IEEE_25GBASE_CR_S_KR_S = 9: IEEE_25GBASE_CR_S_KR_S

IEEE_2_5GBASE_KX = 11: IEEE_2_5GBASE_KX

IEEE_400GBASE_CR2_KR2 = 21: IEEE_400GBASE_CR2_KR2

IEEE_400GBASE_CR4_KR4 = 18: IEEE_400GBASE_CR4_KR4

IEEE_40GBASE_CR4 = 4: IEEE_40GBASE_CR4

IEEE_40GBASE_KR4 = 3: IEEE_40GBASE_KR4

IEEE_50GBASE_CR_KR = 13: IEEE_50GBASE_CR_KR

IEEE_5GBASE_KR = 12: IEEE_5GBASE_KR

IEEE_800GBASE_CR4_KR4 = 22: IEEE_800GBASE_CR4_KR4

IEEE_800GBASE_CR8_KR8 = 19: IEEE_800GBASE_CR8_KR8

class FreyaTechAbilityHCDStatus[source]

Bases: IntEnum

Auto Neg Pause ability

FAILED = 2: FAILED

SUCCESS = 1: SUCCESS

class GrayCodingMode[source]

Bases: IntEnum

Rx/Tx Gray-Coding Mode.

OFF = 0: Off

ON = 1: On

class HasDemo[source]

Bases: IntEnum

Demo or not

DEMO = 1: Demo unit

NON_DEMO = 0: Not a demo unit

class HeaderLockStatus[source]

Bases: IntEnum

Physical Lane Header Lock Status

HEADEROFF = 0: Header Lock Off

HEADEROFFUNSTABLE = 2: Header Lock Off and Unstable

HEADERON = 1: Header Lock On

HEADERONUNSTABLE = 3: Header Lock On but Unstable

class IGMPVersion[source]

Bases: IntEnum

IGMP Version

IGMPV2 = 0: IGMP Version 2

IGMPV3 = 1: IGMP Version 3

class ImpairmentLatencyMode[source]

Bases: IntEnum

Impairment Latency Mode

EXTENDED = 1: Extended

NORMAL = 0: Normal

class ImpairmentTypeIndex[source]

Bases: IntEnum

Impairment Type Index

CORRUPTION = 4: Corruption

DROP = 0: Drop

DUPLICATION = 3: Duplication

LATENCYJITTER = 2: Delay/Jitter

MISORDER = 1: Misorder

POLICER = 5: Policer

SHAPER = 6: Shaper

class InfiniteOrFinite[source]: Bases: IntEnum

class InfoAction[source]

Bases: IntEnum

Action of filter.

EXCLUDE = 0: Matching packets are excluded from the flow

INCLUDE = 1: Matching packets are included from the flow

class InjectErrorType[source]

Bases: IntEnum

Lane Injection Error Type

ALIGNERROR = 2: Alignment Error

BIP8ERROR = 3: BIP8 Error

HEADERERROR = 1: Header Error

class IsEnabled[source]: Bases: IntEnum

class IsOnline[source]

Bases: IntEnum

Chassis online or not

OFFLINE = 0: Chassis offline

ONLINE = 1: Chassis online

class IsPermanent[source]

Bases: IntEnum

Whether it is permanent

NON_PERMANENT = 0: Not permanent

PERMANENT = 1: Permanent

class IsPresent[source]: Bases: IntEnum

class IsValid[source]

Bases: IntEnum

Whether it is valid

INVALID = 0: Invalid

VALID = 1: Valid

class L2PlusPresent[source]

Bases: IntEnum

Presence of Layer-2+ protocols

MPLS = 3: MPLS label is present

NA = 0: No Layer 2+ protocols

VLAN1 = 1: One VLAN Tag is present

VLAN2 = 2: Two VLAN Tags are present

class L3Present[source]

Bases: IntEnum

Presence of Layer-3 protocols

IP4 = 1: IPv4 is present

IP6 = 2: IPv6 is present

NA = 0: No Layer 3 protocols

class L47IPVersion[source]

Bases: IntEnum

IP version of the Connection Group

IPV4 = 4: IPv4

IPV6 = 6: IPv6

class L47PortSpeed[source]

Bases: IntEnum

L47 port speed mode

AUTO = 0: Auto

F100G = 9: 100 Gbit/s

F100M = 1: 100 Mbit/s

F10G = 5: 10 Gbit/s

F1G = 2: 1 Gbit/s

F25G = 6: 25 Gbit/s

F2_5G = 3: 2.5 Gbit/s

F40G = 7: 40 Gbit/s

F50G = 8: 50 Gbit/s

F5G = 4: 5 Gbit/s

class L47PortState[source]

Bases: IntEnum

L47 port state

DHCP = 9: DHCP Running

OFF = 0: Off

PREPARE = 1: Prepare

PREPARE_FAIL = 3: Prepare Failed

PREPARE_RDY = 2: Prepare Ready

PRERUN = 4: Prerun

PRERUN_RDY = 5: Prepare Ready

RUNNING = 6: Running

STOPPED = 8: Stopped

STOPPING = 7: Stopping

class L47ProtocolType[source]

Bases: IntEnum

L4 protocol of the Connection Group

TCP = 0: TCP

UDP = 1: UDP

class L47TrafficState[source]

Bases: IntEnum

L47 traffic state

OFF = 0: Off

ON = 1: On

PREPARE = 3: Prepare

PRERUN = 4: Prerun

STOP = 2: Stop

class LatencyMode[source]

Bases: IntEnum

Latency measurement mode

FIRST2FIRST = 3: First-to-First

FIRST2LAST = 1: First-to-Last

LAST2FIRST = 2: Last-to-First

LAST2LAST = 0: Last-to-Last

class LatencyTypeCustomDist[source]

Bases: IntEnum

Latency Type for Custom Distribution

INTERPACKET_DISTRIBUTION = 0: Interpacket Distribution

LATENCY_DISTRIBUTION = 1: Latency Distribution

class Layer1ConfigType[source]

Bases: IntEnum

Added in version 1.1.

Enums for PL1_CFG_TMP’s type.

ANLT_LOG_CONTROL = 5: Control what should be logged by anlt

ANLT_STRICT_MODE = 6: Set AN/LT strict mode. In strict mode errored framed will be ignored

AN_EMPTY_NP = 8: Empty Next Pages mode. If enabled, the port forcibly sends empty NP pages. If disabled, the port does not send empty NP pages.

AN_LOOPBACK = 1: Auto-negotiation loopback config

AN_LT_XLA_MODE = 7: Set XLA mode. If enabled XLA dumps will, if triggered, be logged automatically

AUTO_LINK_RECOVERY = 0: ANLT Auto Link Recovery

LL_DEBUG_INFO = 3: Return the an/lt module base and RX and TX (serdes index, base address)

LT_INITIAL_MODULATION = 2: The initial modulation (0=NRZ, 1=PAM4, 2=PAM4_WITH_PRECODING)

LT_TRAINING_ALGORITHM = 4: The link training algorithm to use

class Layer1Control[source]

Bases: IntEnum

Layer 1 control

SAMPLED_SIGNAL_INTEGRITY_SCAN = 0: SAMPLED_SIGNAL_INTEGRITY_SCAN

class Layer1LogType[source]

Bases: IntEnum

Added in version 1.1.

Warning

Still in beta mode. Subjected to changes

Enums for PL1_LOG’s type.

AN = 0: Log for auto-neg

LT = 1: Log for link training

class Layer1Opcode[source]

Bases: IntEnum

Layer 1 operation code

START_SCAN = 0: for sampled eye scan

class LengthCheckType[source]

Bases: IntEnum

AT_LEAST = 1: At Least

AT_MOST = 0: At Most

class LengthType[source]

Bases: IntEnum

Packet length type

BUTTERFLY = 2: Butterfly

FIXED = 0: Fixed

INCREMENTING = 1: Incrementing

MIX = 4: Mix

RANDOM = 3: Random

class LicenseSpeed[source]: Bases: IntEnum

class LifecycleMode[source]

Bases: IntEnum

Connection lifecycle mode

IMMORTAL = 1: Connections are established during the ramp-up phase of the load profile, and are closed after the configured lifetime (configured by P4G_RAW_CONN_LIFETIME). As connections close, new connections are established, attempting to keep the concurrent number of established connections constant. A new connection will have the same IP address as the connection it replaces, but will have a new TCP port number. This will simulate that the user (defined by the client IP address) is living on, and creates new connections as old connections close.

ONCE = 0: Connections are established during the ramp-up phase and not closed until the ramp-down phase of the load profile. That is, each configured connection only exists once.

REINCARNATE = 2: Connections are established during the ramp-up phase of the load profile, and are closed after the configured lifetime (configured by P4G_RAW_CONN_LIFETIME). As connections close, new connections are established, attempting to keep the concurrent number of established connections constant. A new connection will have the same TCP port number as the connection it replaces, but will have a new IP address. This will simulate that the user (defined by the client IP address) ceases to exist, and new users appear as old users die.

class LinkState[source]

Bases: IntEnum

Low Power Mode Link State

LINK_DOWN = 0: Link Down

LINK_UP = 1: Link Up

class LinkTrainAlgorithm[source]

Bases: IntEnum

Added in version 1.2.

Link Training Algorithm

ALG0 = 1: ALGORITHM 0

ALGN1 = 2: ALGORITHM -1

INTERACTIVE = 0: INTERACTIVE

class LinkTrainAnnounce[source]

Bases: IntEnum

Added in version 1.1.

Link Training Announce

TRAINED = 0: The lane is trained

class LinkTrainCmd[source]

Bases: IntEnum

Added in version 1.1.

Link Training commands

CMD_DEC = 2: Decrement the coeff provided in ARG

CMD_ENCODING = 4: Set encoding provided in ARG

CMD_INC = 1: Increment the coeff provided in ARG

CMD_LOCAL_TRAINED = 255: Signal training completed

CMD_NOP = 0: No operation. Used for ‘ping’ testing

CMD_NO_EQ = 5: Set the coeff to NO_EQ

CMD_PRESET = 3: Set the preset provided in ARG

class LinkTrainCmdFlags[source]

Bases: IntEnum

Added in version 1.1.

Link Training Command Flags

DONE = 4: Command done

IN_PROGRESS = 2: Command in progress

LOCK = 8: Link locked

LOCK_LOST = 16: Link lock lost

NEW = 1: New command

OVERRUN = 32: Overrun detected

class LinkTrainCmdResults[source]

Bases: IntEnum

Added in version 1.1.

Link Training Command Results

COEFF_STS_AT_LIMIT = 130: Coeff at limit

COEFF_STS_C_AND_EQ_LIMIT = 134: Coeff and EQ limit reached

COEFF_STS_EQ_LIMIT = 132: EQ limit reached

COEFF_STS_NOT_SUPPORTED = 131: Coeff not supported

COEFF_STS_NOT_UPDATED = 128: Coeff did not update

COEFF_STS_UPDATED = 129: Coeff updated

FAILED = 3: Command failed

SUCCESS = 1: Command successfully completed

TIMEOUT = 2: Command timeout

UNKNOWN = 0: Unknown result

class LinkTrainCoeffs[source]

Bases: IntEnum

Added in version 1.1.

Link Training coefficients

MAIN = 1: Main coeff c(0)

POST = 2: Post coeff c(1)

PRE = 0: Pre coeff c(-1)

PRE2 = 3: Pre2 coeff c(-2)

PRE3 = 4: Pre3 coeff c(-3)

UNKNOWN = 255: Unknown coeff

class LinkTrainEncoding[source]

Bases: IntEnum

Added in version 1.1.

Link Training Encoding

NRZ(PAM2) = 0: NRZ (PAM2)

PAM4 = 1: PAM4

PAM4_WITH_PRECODING = 2: PAM4 with precoding

UNKNOWN = 255: PAM4 with precoding

class LinkTrainFrameLock[source]

Bases: IntEnum

L1 Link Training Frame Lock Status

LOCKED = 1: Frame Lock detected

LOST = 0: No Frame Lock detected

class LinkTrainPresets[source]

Bases: IntEnum

Added in version 1.1.

Link Training presets

PRESET_1 = 0: Preset 1

PRESET_2 = 1: Preset 2

PRESET_3 = 2: Preset 3

PRESET_4 = 3: Preset 4

PRESET_5 = 4: Preset 5

UNKNOWN = 255: Unknown coeff

class LinkTrainingFailureType[source]

Bases: IntEnum

Link Training Failure Type

FRAME_LOCK_ERROR = 1: Frame Lock Error

NO_FAILURE = 0: No Failure

SNR_BELOW_THRESHOLD = 2: SNR Below Threshold

TIME_OUT_FAILURE = 3: Timeout Failure

class LinkTrainingInitCondition[source]

Bases: IntEnum

Link Training Initialization Condition

INIT_ENABLED = 1: Initialization Enabled

NO_INIT = 0: No Initialization

class LinkTrainingMode[source]

Bases: IntEnum

Link Training Mode

DISABLED = 2: Link training is disabled

INTERACTIVE = 3: Link training in interactive mode, requiring manual operation.

STANDALONE = 1: Link training procedure is done automatically by the port

START_AFTER_AUTONEG = 0: Link training starts automatically after autoneg is completed

UNKNOWN = 255: Unknown link training mode

class LinkTrainingStatus[source]

Bases: IntEnum

Link Training Status

NOT_TRAINED = 0: Not Trained

TRAINED = 1: Trained

class LinkTrainingStatusMode[source]

Bases: IntEnum

Link Training Status Mode

DISABLED = 0: Disabled

ENABLED = 1: Enabled

class LocalFaultStatus[source]

Bases: IntEnum

Local Fault Status

LOCAL_FAULT = 1: Local Fault

OK = 0: OK

class LoopBandwidth[source]

Bases: IntEnum

Loop Bandwidth

BW103HZ = 1: Loop Bandwidth = 103 Hz

BW1683HZ = 4: Loop Bandwidth = 1683 Hz

BW207HZ = 2: Loop Bandwidth = 207 Hz

BW416HZ = 3: Loop Bandwidth = 416 Hz

BW7019HZ = 5: Loop Bandwidth = 7019 Hz

class LoopbackMode[source]

Bases: IntEnum

Port loopback mode

L1RX2TX = 1: L1 RX-to-TX

L2RX2TX = 2: L2 RX-to-TX

L3RX2TX = 3: L3 RX-to-TX

NONE = 0: Off

PORT2PORT = 6: Port-to-Port

TXOFF2RX = 5: TX(off)-to-RX

TXON2RX = 4: TX(on)-to-RX

class MDIXMode[source]

Bases: IntEnum

MDIX mode

AUTO = 0: Auto

MDI = 1: MDI

MDIX = 2: MDIX

class MSSType[source]

Bases: IntEnum

TCP Maximum Segment Type

FIXED = 0: Fixed

INCREMENT = 1: Incrementing

RANDOM = 2: Pseudorandom

class MediaCFPState[source]

Bases: IntEnum

Modules’ CFP state

FLEXIBLE = 3: Transceiver present, supporting flexible speed and port-count

NOT_CFP = 0: This is not a CFP-based test module.

NOT_FLEXIBLE = 2: Transceiver present, supporting a fixed speed and port-count

NOT_PRESENT = 1: No transceiver, the CFP cage is empty

class MediaCFPType[source]

Bases: IntEnum

Module’s Media CFP Type. What kind of transceiver, may have multiple ports

CFP4_1X100_ER4 = 18: CFP4 100G ER4

CFP4_1X100_LR4 = 17: CFP4 100G LR4

CFP4_1X100_SR4 = 19: CFP4 100G SR4

CFP4_UNKNOWN = 16: CFP4 unknown

CFP_1X100_LR4 = 5: CFP 100G LR4 1310 nm

CFP_1X100_SR10 = 6: CFP 100G SR10 850 nm / CFP 40G SR4 850 nm

CFP_1X40_LR4 = 4: CFP 40G LR4 1310 nm

CFP_1X40_SR4 = 2: CFP 40G SR4 850 nm

CFP_2X40_SR4 = 3: CFP 40G SR4 850 nm

CFP_4X10_SFPP = 7

CFP_INVALID = 1: CFP 100G not supported

CFP_UNKNOWN = 0: CFP unknown

CXP_AOC = 15: CXP 100G SR10 AOC / CXP 40G SR4 AOC

CXP_SR10 = 14: CXP 100G SR10 850 nm / CXP 40G SR4 850 nm

CXP_UNKNOWN = 13: CXP unknown SR10

QSFP28P_CR4 = 30: QSFP+ CR4 Copper

QSFP28P_ER4 = 29: QSFP+ ER4 1500 nm

QSFP28P_ISM4 = 31: QSFP+ iSM4 1310 nm

QSFP28P_LR4 = 28: QSFP+ LR4 1310 nm

QSFP28P_SR4 = 27: QSFP+ SR4 850 nm

QSFP28P_UNKNOWN = 32: QSFP+ unknown

QSFP28_ACC = 25: QSFP28 ACC

QSFP28_AOC = 24: QSFP28 AOC

QSFP28_CR4 = 20: QSFP28 CR4

QSFP28_CWDM4 = 34: QSFP28 CWDM4

QSFP28_CWDM4_FEC = 35: QSFP28 CWDM4 FEC

QSFP28_ER4 = 23: QSFP28 ER4

QSFP28_LR4 = 22: QSFP28 LR4

QSFP28_PSM4 = 36: QSFP28 PSM4

QSFP28_SR4 = 21: QSFP28 SR4

QSFP28_UNKNOWN = 26: QSFP28 unknown

QSFP_EMPTY = 8: QSFP empty

QSFP_ER = 12: QSFP ER 1550 nm

QSFP_LR = 11: QSFP LR 1550 nm

QSFP_SR = 10: QSFP SR 850 nm

QSFP_UNKNOWN = 9: QSFP unknown

TCVR_UNKNOWN = 33: Transceiver unknown

class MediaConfigurationType[source]

Bases: IntEnum

Module Media Configuration Type

BASE_T1 = 100: BASE-T1

BASE_T1S = 101: BASE-T1S

CFP = 99: CFP

CFP4 = 0: CFP4

CXP = 2: CXP

OSFP = 116: OSFP, 56G serdes

OSFP800 = 112: OSFP800, 112G serdes

OSFP800_ANLT = 115: OSFP800, 112G serdes, L1/ANLT

OSFP_ANLT = 119: OSFP, 56G serdes, L1/ANLT

OSFP_NRZ = 120: OSFP, 56G serdes, NRZ

QSFP112 = 111: QSFP112, 112G serdes

QSFP112_ANLT = 114: QSFP112, 112G serdes, L1/ANLT

QSFP28 = 1: QSFP28, 25G serdes

QSFP28_PAM4 = 10: QSFP28 4x26G KP -> 2x53G KP PAM4

QSFP56 = 4: QSFP56, 56G serdes

QSFP56_ANLT = 118: QSFP56, 56G serdes, L1/ANLT

QSFPDD = 5: QSFP-DD, 56G serdes

QSFPDD800 = 110: QSFP-DD800, 112G serdes

QSFPDD800_ANLT = 113: QSFPDD800, 112G serdes, L1/ANLT

QSFPDD_ANLT = 117: QSFP-DD, 56G serdes, L1/ANLT

QSFP_DD_NRZ = 9: QSFP-DD, 25G serdes

SFP112 = 8: SFP112

SFP28 = 3: SFP28, 25G serdes

SFP56 = 6: SFP56

SFP_DD = 7: SFP-DD

class ModifierAction[source]

Bases: IntEnum

Modifier action mode

DEC = 1: Decrementing

INC = 0: Incrementing

RANDOM = 2: Random

class ModuleModelName[source]: Bases: IntEnum

class MulticastExtOperation[source]

Bases: IntEnum

IGMPv2/v3Request Type

EXCLUDE = 5: EXclude

GENERAL_QUERY = 7: General Query

GROUP_QUERY = 8: Group Query

INCLUDE = 4: Include

JOIN = 2: Join

LEAVE = 3: Leave

LEAVE_TO_ALL = 6: Leave To All

OFF = 0: Off

ON = 1: On

class MulticastHeaderFormat[source]

Bases: IntEnum

Additional Header to IGMPv2/v3 Packets

NOHDR = 0: No Header

VLAN = 1: VLAN

class MulticastOperation[source]

Bases: IntEnum

IGMPv2 Request Type

JOIN = 2: Join

LEAVE = 3: Leave

OFF = 0: Off

ON = 1: On

class NRZPreset[source]

Bases: IntEnum

Link Training NRZ Preset

NRZ_NO_PRESET = 0: NRZ without Preset

NRZ_WITH_PRESET = 1: NRZ with Preset

class OnOff[source]

Bases: IntEnum

On or Off.

OFF = 0: Off

ON = 1: On

class OnOffDefault[source]

Bases: IntEnum

On Off Default Status

DEFAULT = 2: Default

OFF = 0: Off

ON = 1: On

class OnOffWithSuppress[source]

Bases: IntEnum

Stream status

OFF = 0: Off

ON = 1: On

SUPPRESS = 2: Suppressed

class PAM4FrameSize[source]

Bases: IntEnum

PAM4 Frame Size

P16K_FRAME = 0: 16K Frame Size

P4K_FRAME = 1: 4K Frame Size

class PFCMode[source]

Bases: IntEnum

The PFC CoS value of the stream

FIVE = 5: the PFC CoS value = 5

FOUR = 4: the PFC CoS value = 4

OFF = 129: Remove PFC CoS value of the stream.

ONE = 1: the PFC CoS value = 1

SEVEN = 7: the PFC CoS value = 7

SIX = 6: the PFC CoS value = 6

THREE = 3: the PFC CoS value = 3

TWO = 2: the PFC CoS value = 2

VLAN_PCP = 128: PFC CoS value is automatically using the outer VLAN PCP value of the stream. If the VLAN field is missing, the stream won’t have a PFC CoS.

ZERO = 0: the PFC CoS value = 0

class PHYSignalStatus[source]

Bases: IntEnum

PHY Signal Status

LOCKED = 3: Locked

NO_CDRLOCK = 2: No CDR Lock

NO_SIGNAL = 0: No Signal

class PPMSweepMode[source]

Bases: IntEnum

Module clock PPM Sweep Modes

NONE = 0: Off

TRIANGLE = 1: Triangle sweeping

class PPMSweepStatus[source]

Bases: IntEnum

Module clock PPM Sweep Status

OFF = 0: Off

SWEEPING = 1: The module is sweeping

class PRBSInsertedType[source]

Bases: IntEnum

PRBS Type

CAUI_VIRTUAL = 0: CAUI Virtual

PHY_HOST = 2: PHY Host

PHY_LINE = 1: PHY Line

TCVR = 3: Transceiver

class PRBSInvertState[source]

Bases: IntEnum

PRBS Invert State

INVERTED = 1: Inverted

NON_INVERTED = 0: Non-inverted

class PRBSLockStatus[source]

Bases: IntEnum

Physical Lane PRBS Lock Status

PRBSOFF = 0: PRBS Lock Off

PRBSOFFUNSTABLE = 2: PRBS Lock Off and Unstable

PRBSON = 1: PRBS Lock On

PRBSONUNSTABLE = 3: PRBS Lock On but Unstable

class PRBSOnOff[source]

Bases: IntEnum

PRBS Status

PRBSOFF = 0: PRBS Off

PRBSON = 1: PRBS On

class PRBSPattern[source]

Bases: IntEnum

PRBS Pattern

PRBS10 = 8: PRBS-10

PRBS11 = 2: PRBS-11

PRBS13 = 10: PRBS-13

PRBS15 = 3: PRBS-15

PRBS20 = 9: PRBS-20

PRBS23 = 4: PRBS-23

PRBS31 = 5: PRBS-31

PRBS49 = 7: PRBS-49

PRBS58 = 6: PRBS-58

PRBS7 = 0: PRBS-7

PRBS9 = 1: PRBS-9

class PRBSPolynomial[source]

Bases: IntEnum

PRBS Polynomial

PRBS10 = 8: PRBS-10

PRBS11 = 2: PRBS-11

PRBS13 = 10: PRBS-13

PRBS15 = 3: PRBS-15

PRBS20 = 9: PRBS-20

PRBS23 = 4: PRBS-23

PRBS31 = 5: PRBS-31

PRBS49 = 7: PRBS-49

PRBS58 = 6: PRBS-58

PRBS7 = 0: PRBS-7

PRBS9 = 1: PRBS-9

SQUARE_WAVE = 25: Square Wave

SSPRQ = 24: SSPRQ

class PRBSStatisticsMode[source]

Bases: IntEnum

PRBS Statistics Mode

ACCUMULATIVE = 0: Accumulative

PERSECOND = 1: Per Second

class PacketDetailSelection[source]

Bases: IntEnum

ALL = 0: All

FILTER = 2: Based on filter

TPLD = 1: Based on Test Payload ID

class PacketType[source]

Bases: IntEnum

Type of Packet to Keep in Capture Buffer

ALL = 0: All Packets

FCSERR = 1: With FCS Errors

FILTER = 4: Filtered Packets

NOTPLD = 2: Without Test Payload

PLDERR = 5: With Payload Errors

TPLD = 3: With Test Payload

class PauseMode[source]

Bases: IntEnum

Pause Mode

ASYM_PAUSE = 2: Asymmetric Pause

NO_PAUSE = 0: No Pause

SYM_PAUSE = 1: Symmetric Pause

class PayloadGenerationMethod[source]

Bases: IntEnum

Payload generation method.

FIXED = 0: Payload has a fixed value.

INCREMENT = 1: Payload consist of incrementing bytes.

LONGRANDOM = 3: Payload consists of pseudo random bytes with a repeat cycle of 4 GB.

RANDOM = 2: Payload consists of pseudo random bytes with a repeat cycle of 1 MB.

class PayloadMode[source]

Bases: IntEnum

Payload Mode

CDF = 2: Custom Data Field

EXTPL = 1: Extend Payload

NORMAL = 0: Normal

class PayloadType[source]

Bases: IntEnum

Packet payload type

DEC16 = 6: Added in version 1.1.

Decrementing with 0xFFFF (16-bit mode)

DEC8 = 4: Changed in version 1.1.

Decrementing with 0xFF (8-bit mode)

INC16 = 5: Added in version 1.1.

Incrementing with 0xFFFF (16-bit mode)

INC8 = 1: Changed in version 1.1.

Incrementing with 0xFF (8-bit mode)

PATTERN = 0: Pattern

PRBS = 2: PRBS

RANDOM = 3: Random

class PolicerMode[source]

Bases: IntEnum

Policer mode

L1 = 0: Policer performed at Layer 1 level. I.e. including the preamble and min inter-packet gap.

L2 = 1: Policer performed at Layer 2 level. I.e. excluding the preamble and min inter-packet gap

class PortSpeedMode[source]

Bases: IntEnum

Port speed mode

AUTO = 0: Auto negotiate with peer

F100G = 6: Forced to 100 Gbit/s

F100M = 2: Forced to 100 Mbit/s

F100M1G = 10: Auto negotiate to 100 Mbit/s or 1 Gbit/s

F100M1G10G = 11: Auto negotiate to 100 Mbit/s or 1 Gbit/s or 10 Gbit/s

F100M1G2500M = 14: Auto negotiate to 100 Mbit/s or 1 Gbit/s or 2500 Mbit/s

F100MHDX = 8: Forced to 100 Mbit/s half-duplex

F10G = 4: Forced to 10 Gbit/s

F10M = 1: Forced to 10 Mbit/s

F10M100M = 9: Auto negotiate to 10/100 Mbit/s

F10MHDX = 7: Forced to 10 Mbit/s half-duplex

F1600G = 20: Forced to 1600 Gbit/s

F1G = 3: Forced to 1 Gbit/s

F200G = 17: Forced to 200 Gbit/s

F2500M = 12: Forced to 2500 Mbit/s

F25G = 15: Forced to 25 Gbit/s

F400G = 18: Forced to 400 Gbit/s

F40G = 5: Forced to 40 Gbit/s

F50G = 16: Forced to 50 Gbit/s

F5G = 13: Forced to 5 Gbit/s

F800G = 19: Forced to 800 Gbit/s

UNKNOWN = 255: Speed mode unknown

class PreCodingMode[source]

Bases: IntEnum

Rx/Tx Pre-Coding Mode.

OFF = 0: Off

ON = 1: On

class ProtocolOption[source]

Bases: IntEnum

Protocol header options

ARP = 3: Address Resolution Protocol

DHCPV4 = 39: Dynamic Host Configuration Protocol (IPv4)

ECPRI = 46: Enhanced Common Public Radio Interface

ETHERNET = 1: Ethernet II

ETHERNET_8023 = 37: Ethernet 802.3

ETHERTYPE = 48: EtherType

FC = 20: Fibre Channel

FCOE = 19: Fibre Channel over Ethernet

FCOETAIL = 21: Fibre Channel over Ethernet (tail)

GENEVE = 40: Generic Network Virtualization Encapsulation

GRE_CHECK = 28: Generic Routing Encapsulation (w/ checksum)

GRE_NOCHECK = 27: Generic Routing Encapsulation (w/o checksum)

GTP = 10: GPRS Tunnelling Protocol

GTPV1L0 = 30: GTPv1 (no options), GPRS Tunneling Protocol v1

GTPV1L1 = 31: GTPv1 (w/ options), GPRS Tunneling Protocol v1

GTPV2L0 = 32: GTPv2 (no options), GPRS Tunneling Protocol v2

GTPV2L1 = 33: GTPv2 (w/ options), GPRS Tunneling Protocol v2

ICMP = 11: Internet Control Message Protocol

IGMPV1 = 34: Internet Group Management Protocol v1

IGMPV2 = 25: Internet Group Management Protocol v2

IGMPV3L0 = 22: IGMPv3 Membership Query L=0

IGMPV3L1 = 23: IGMPv3 Membership Query L=1

IP = 4: IPv4

IPV6 = 5: IPv6

LLC = 8: Logic Link Control

MACCTRL = 16: MAC Control

MACCTRLPFC = 45: MAC Control for PFC

MPLS = 17: Multiprotocol Label Switching

MPLS_TP_OAM = 26: MPLS-TP, OAM Header

NVGRE = 38: Generic Routing Encapsulation (Network Virtualization)

PBBTAG = 18: Provider Backbone Bridge tag

PWETHCTRL = 35: PW Ethernet Control Word

ROE = 47: Radio over Ethernet

RTCP = 13: RTP Control Protocol

RTP = 12: Real-time Transport Protocol

SCTP = 15: Stream Control Transmission Protocol

SNAP = 9: Subnetwork Access Protocol

STP = 14: Spanning Tree Protocol

TCP = 7: Transmission Control Protocol (w/o checksum)

TCPCHECK = 29: Transmission Control Protocol (w/ checksum)

UDP = 6: User Datagram Protocol (w/o checksum)

UDPCHECK = 24: User Datagram Protocol (w/ checksum)

VLAN = 2: VLAN

VXLAN = 36: Virtual eXtensible LAN

class RESTControlAction[source]

Bases: IntEnum

Controls of Valkyrie REST server.

RESTART = 2: Restart the REST server on the chassis.

START = 0: Start the REST server on the chassis.

STOP = 1: Stop the REST server on the chassis.

class RTOType[source]

Bases: IntEnum

TCP RTO Type

DYNAMIC = 1: Dynamic RTO

STATIC = 0: Static RTO

class RXCState[source]

Bases: IntEnum

RX EEE State

RXC_ACTIVE = 0: Active

RXC_LPI = 1: Low Power

class RXHState[source]

Bases: IntEnum

Recent Change in EEE State on RX

RXH_NA = 0: Leaving or Going Into

RXH_X = 1: No Activity

class ReconciliationSublayerSupport[source]

Bases: IntEnum

Reconciliation Sublayer Support

FAULT_SIGNALING = 1: Supported, which means P_FAULTSTATUS and P_FAULTSIGNALLING are supported by the port.

NO_SUPPORT = 0: Not Supported

class RemoteFaultStatus[source]

Bases: IntEnum

Remote Fault Status

OK = 0: OK

REMOTE_FAULT = 1: Remote Fault

class ReplayParserState[source]: Bases: IntEnum

class ReplaySchedulingMode[source]: Bases: IntEnum

class ReplaySyncBasedOn[source]: Bases: IntEnum

class ReservedAction[source]

Bases: IntEnum

Reservation actions.

RELEASE = 0: Release the test resource.

RELINQUISH = 2: Force release other’s ownership of the test resource.

RESERVE = 1: Reserve the test resource.

class ReservedStatus[source]

Bases: IntEnum

Test resource reservation status

RELEASED = 0: Test resource is released.

RESERVED_BY_OTHER = 2: Test resource is reserved by another user.

RESERVED_BY_YOU = 1: Test resource is reserved by you.

class ResourceAllocationMode[source]: Bases: IntEnum

class Role[source]

Bases: IntEnum

L47 port role

CLIENT = 0: Client

SERVER = 1: Server

class RxEqExtCap[source]

Bases: IntEnum

Rx Equalizer Advanced Capability type.

AGC = 2: Automatic Gain Control

CDR = 4: Clock and Data Recovery

CTLE_HIGH = 1: CTLE high frequency.

CTLE_LOW = 0: CTLE low frequency.

DFE = 13: Decision Feedback Equalization

OC = 3: Offset Cancellation

POST_FFE_1 = 14: Post Feed-Forward Equalizer #1

POST_FFE_10 = 23: Post Feed-Forward Equalizer #10

POST_FFE_11 = 24: Post Feed-Forward Equalizer #11

POST_FFE_12 = 25: Post Feed-Forward Equalizer #12

POST_FFE_13 = 26: Post Feed-Forward Equalizer #13

POST_FFE_14 = 27: Post Feed-Forward Equalizer #14

POST_FFE_15 = 28: Post Feed-Forward Equalizer #15

POST_FFE_16 = 29: Post Feed-Forward Equalizer #16

POST_FFE_17 = 30: Post Feed-Forward Equalizer #17

POST_FFE_18 = 31: Post Feed-Forward Equalizer #18

POST_FFE_19 = 32: Post Feed-Forward Equalizer #19

POST_FFE_2 = 15: Post Feed-Forward Equalizer #2

POST_FFE_20 = 33: Post Feed-Forward Equalizer #20

POST_FFE_21 = 34: Post Feed-Forward Equalizer #21

POST_FFE_22 = 35: Post Feed-Forward Equalizer #22

POST_FFE_23 = 36: Post Feed-Forward Equalizer #23

POST_FFE_3 = 16: Post Feed-Forward Equalizer #3

POST_FFE_4 = 17: Post Feed-Forward Equalizer #4

POST_FFE_5 = 18: Post Feed-Forward Equalizer #5

POST_FFE_6 = 19: Post Feed-Forward Equalizer #6

POST_FFE_7 = 20: Post Feed-Forward Equalizer #7

POST_FFE_8 = 21: Post Feed-Forward Equalizer #8

POST_FFE_9 = 22: Post Feed-Forward Equalizer #9

PRE_FFE_1 = 5: Pre Feed-Forward Equalizer #1

PRE_FFE_2 = 6: Pre Feed-Forward Equalizer #2

PRE_FFE_3 = 7: Pre Feed-Forward Equalizer #3

PRE_FFE_4 = 8: Pre Feed-Forward Equalizer #4

PRE_FFE_5 = 9: Pre Feed-Forward Equalizer #5

PRE_FFE_6 = 10: Pre Feed-Forward Equalizer #6

PRE_FFE_7 = 11: Pre Feed-Forward Equalizer #7

PRE_FFE_8 = 12: Pre Feed-Forward Equalizer #8

class RxEqExtCapMode[source]

Bases: IntEnum

Status for Rx Equalizer Advanced Capability.

AUTO = 0: Auto.

FREEZE = 2: Freeze.

MANUAL = 1: Manual.

class SMAInputFunction[source]

Bases: IntEnum

SMA input function

NOT_USED = 0: SMA input not used

TX10MHZ = 2: TX Clock Ref. 10.0 MHz

TX2MHZ = 1: TX Clock Ref. 2.048 MHz

class SMAOutputFunction[source]

Bases: IntEnum

SMA output function

DISABLED = 0: Disabled

P0RXCLK = 8: Port 0 RX Clock (nom. 10.0 MHz)

P0RXCLK2MHZ = 10: Port 0 RX Clock (nom. 2.048 MHz)

P0SOF = 2: Port 0 Start-of-Frame Pulse

P1RXCLK = 9: Port 1 RX Clock (nom. 10.0 MHz)

P1RXCLK2MHZ = 11: Port 1 RX Clock (nom. 2.048 MHz)

P1SOF = 3: Port 1 Start-of-Frame Pulse

PASSTHROUGH = 1: Pass-through

REF10MHZ = 5: TX Clock (nom. 10.0 MHz)

REF125MHZ = 6: TX Clock (nom. 125 MHz)

REF156MHZ = 7: TX Clock (nom. 156.25 MHz)

REF2MHZ = 4: TX Clock (nom. 2.048 MHz)

TS_PPS = 12: Timing Source (Pulse-Per-Second)

class SMAStatus[source]

Bases: IntEnum

SMA status

NO_VALID_SIGNAL = 1: No valid signal

OK = 0: Status OK

class SerdesStatus[source]

Bases: IntEnum

Serdes Status

INITIALIZING = 2: Initializing

PLOTTING = 3: Plotting

STARTED = 1: Started

STOPPED = 0: Stopped

class ServiceStatus[source]

Bases: IntEnum

Service status.

SERVICE_OFF = 0: Service is off.

SERVICE_ON = 1: Service is on.

class ShadowWorkingSelection[source]

Bases: IntEnum

Shadow Working Selection

SHADOW = 0: Shadow

WORKING = 1: Working

class SourceType[source]

Bases: IntEnum

RX_IFG = 2: RX IFG

RX_JITTER = 5: RX Jitter

RX_LATENCY = 4: RX Latency

RX_LEN = 3: RX Length

TX_IFG = 0: TX IFG

TX_LEN = 1: TX Length

class StartOrStop[source]

Bases: IntEnum

START = 1: Start the action

STOP = 0: Stop the action

class StartTrigger[source]

Bases: IntEnum

Capture start trigger

FCSERR = 1: From FCS Error

FILTER = 2: From Filter

ON = 0: From Traffic On

PLDERR = 3: From Payload Error

class StopTrigger[source]

Bases: IntEnum

Capture stop trigger

FCSERR = 1: Until Receiving FCS Error

FILTER = 2: Until Filter Matched

FULL = 0: Until Capture Buffer Full

PLDERR = 3: Until Receiving Payload Error

USERSTOP = 4: Until User Stops

class StreamOption[source]

Bases: IntEnum

Stream Options

INCPLDFROM0 = 0: This flag affects the INC8/DEC8/INC16/DEC16 payload types (refer to the PS_PAYLOAD command): With the flag set, the first payload byte/word after the header will be 0 (INC8/INC16) or -1 (DEC8/DEC16). With the flag unset, the default is used: The first payload byte/word of the payload will be equal to <length of header> (INC8/INC16), or -<length of header> - 1 (DEC8/DEC16).

class SyncStatus[source]

Bases: IntEnum

Port sync status

IN_SYNC = 1: In sync with peer

NO_SYNC = 0: Not sync

class SystemUpdateStatus[source]

Bases: IntEnum

System Update Status

FAILED_DECRYPT = 12: Decryption Failed

FAILED_FILENAME = 11: Filename Failed

FAILED_MOVE = 15: Moving Failed

FAILED_PREP = 10: Preparation Failed

FAILED_SCRIPT = 1: Script Failed

FAILED_UNPACK = 13: Unpacking Failed

FAILED_VERIFY = 14: Verification Failed

OK = 0: Update OK

class TLSVersion[source]

Bases: IntEnum

TLS protocol version

SSLV3 = 0: SSL v3

TLS10 = 1: TLS v1.0

TLS11 = 2: TLS v1.1

TLS12 = 3: TLS v1.2

class TPLDMode[source]

Bases: IntEnum

Test Payload Mode

MICRO = 1: Micro

NORMAL = 0: Normal

class TSNConfigProfile[source]

Bases: IntEnum

TSN PTP Configuration profile

AUTOMOTIVE = 0: Defaults suitable for automotive testing

IEEE1588V2 = 1: Defaults suitable for PTP testing

class TSNDeviationMode[source]: Bases: IntEnum

class TSNHistogramSource[source]

Bases: IntEnum

Data source for TSN histogram

DRIFT = 0: Post-servo offset to Grandmaster

DRIFTPRE = 1: Pre-servo offset to Grandmaster

NRR = 3: Neighbor Rate Ratio data.

PDELAY = 2: PDelay data.

class TSNPortRole[source]

Bases: IntEnum

TSN port role

GRANDMASTER = 0: Grandmaster role

SLAVE = 1: Slave role

class TSNStatisticsTypes[source]

Bases: IntEnum

TSN Statistics Types

ALL = 0: All.

OFFSET = 2: Offset.

PACKETCOUNT = 1: Packet count.

PDELAY = 3: PDelay.

SYNCRATE = 4: Sync rate.

class TSNTimeSource[source]

Bases: IntEnum

TSN time source

ATOMIC = 16: Atomic

GPS = 32: GPS

HAND_SET = 96: Handset

INTERNAL_OSC = 160: Internal oscillator

NTP = 80: NTP

OTHER = 144: Other

PTP = 64: PTP

TERRESTRIAL = 48: Terrestrial

class TXCState[source]

Bases: IntEnum

TX EEE State

TXC_ACTIVE = 0: Active

TXC_LPI = 1: Low Power

class TXClockSource[source]

Bases: IntEnum

TX Clock Source

MODULELOCALCLOCK = 0: Module Local Clock

P0RXCLK = 2: Port 0 RX Clock

P1RXCLK = 3: Port 1 RX Clock

P2RXCLK = 4: Port 2 RX Clock

P3RXCLK = 5: Port 3 RX Clock

P4RXCLK = 6: Port 4 RX Clock

P5RXCLK = 7: Port 5 RX Clock

P6RXCLK = 8: Port 6 RX Clock

P7RXCLK = 9: Port 7 RX Clock

SMAINPUT = 1: SMA Input

class TXClockStatus[source]

Bases: IntEnum

TX Clock Status

NOVALIDTXCLK = 1: No Valid TX Clock

OK = 0: Clock OK

class TXHState[source]

Bases: IntEnum

Recent Change in EEE State on TX

TXH_NA = 0: Leaving or Going Into

TXH_X = 1: No Activity

class TXMode[source]

Bases: IntEnum

Port TX Mode

BURST = 3: Burst

NORMAL = 0: Normal

SEQUENTIAL = 2: Sequential

STRICTUNIFORM = 1: Strict Uniform

class TimeKeeperLicenseError[source]

Bases: IntEnum

TimeKeeper License Error

INVALID_CHASSISTYPE = 2: Invalid Chassis Type

INVALID_SERIALNO = 1: Invalid Serial Number

NO_LICENSE_ERROR = 0: No License Error

class TimeKeeperLicenseFileState[source]

Bases: IntEnum

TimeKeeper License File State

INV = 1: Invalid

NA = 0: Not Available

VALID = 2: Valid

class TimeKeeperLicenseType[source]

Bases: IntEnum

TimeKeeper License Type

CLIENT = 1: TimeKeeper Client

SERVER = 2: TimeKeeper Server

UNDEF = 0: Undefined

class TimeKeeperServiceAction[source]

Bases: IntEnum

TimeKeeper Service Action

RESTART = 2: Restart

START = 1: Start

STOP = 0: Stop

class TimeKeeperServiceStatus[source]

Bases: IntEnum

TimeKeeper Service Status

NA = 2: Not Available

STARTED = 1: Service Started

STOPPED = 0: Service Stopped

class TimeoutMode[source]

Bases: IntEnum

Link Training Timeout Mode

DEFAULT = 0: Default Timeout

DISABLED = 255: Timeout Disabled

class Timescale[source]

Bases: IntEnum

Time scale

HOURS = 3: Hours

MINUTES = 2: Minutes

MSECS = 0: Milliseconds

SECONDS = 1: Seconds

class TimingSource[source]

Bases: IntEnum

Module’s time sync mode.

CHASSIS = 0: Module syncs to chassis’s clock.

EXTERNAL = 1: Module syncs to an external clock.

MODULE = 2: Module syncs to its own clock.

class TrafficEngine[source]

Bases: IntEnum

Traffic Engine

MICRO_TGA = 2: Micro TGA

TGA = 1: Normal TGA

class TrafficError[source]

Bases: IntEnum

Traffic Error

NOT_PREPARED = 0: Not Prepared

PREPARED_OK = 2: Prepared OK

RATE_LENGTH_ERROR = 1: Rate Length Error

class TrafficOnOff[source]

Bases: IntEnum

Traffic status

OFF = 0: Traffic off

ON = 1: Traffic on

PREPARING = 2: Traffic preparing

class TrafficScenario[source]

Bases: IntEnum

Traffic direction scenario

BOTH = 2: Payload is transmitted in both directions.

DOWNLOAD = 0: Server transmits payload to client.

ECHO = 3: Client transmits payload to server, server echoes the payload back

UPLOAD = 1: Client transmits payload to server.

class UpdateState[source]

Bases: IntEnum

License update state

NONE = 0: None

UPDATE_FAIL = 3: Update failed

UPDATE_SUCCESS = 2: Update successful

UPDATING = 1: Updating

class VlanType[source]: Bases: IntEnum

class WhoClose[source]

Bases: IntEnum

How to close TCP connection when all payload has been transmitted.

CLIENT = 1: Client closes the connection after last byte is receiver/transmitted

NONE = 0: Keep the connection open after last byte is transmitted

SERVER = 2: Server closes the connection after last byte is transmitted

class YesNo[source]

Bases: IntEnum

NO = 0: No

YES = 1: Yes