Google Virtual Ethernet network driver. More...

#include <stdint.h>
#include <ipxe/dma.h>
#include <ipxe/pci.h>
#include <ipxe/pcimsix.h>
#include <ipxe/in.h>
#include <ipxe/process.h>
#include <ipxe/retry.h>

Data Structures
struct	google_mac
	A Google Cloud MAC address. More...
struct	gve_admin_header
	Admin queue entry header. More...
struct	gve_admin_simple
	Simple admin command. More...
struct	gve_admin_describe
	Describe device command. More...
struct	gve_device_descriptor
	Device descriptor. More...
struct	gve_option
	Device option header. More...
struct	gve_admin_configure
	Configure device resources command. More...
struct	gve_admin_register
	Register page list command. More...
struct	gve_pages
	Page list. More...
struct	gve_admin_create_tx
	Create transmit queue command. More...
struct	gve_admin_create_rx
	Create receive queue command. More...
union	gve_admin_command
	An admin queue command. More...
struct	gve_admin
	Admin queue. More...
struct	gve_scratch
	Scratch buffer for admin queue commands. More...
struct	gve_event
	An event counter. More...
struct	gve_events
	Event counter array. More...
struct	gve_irq
	An interrupt channel. More...
struct	gve_irqs
	Interrupt channel array. More...
struct	gve_resources
	Queue resources. More...
struct	gve_qpl
	Queue page list. More...
struct	gve_buffer
	A transmit or receive buffer descriptor. More...
struct	gve_gqi_tx_descriptor
	An in-order transmit descriptor. More...
struct	gve_dqo_tx_tag
	An out-of-order transmit tag. More...
struct	gve_dqo_tx_descriptor
	An out-of-order transmit descriptor. More...
struct	gve_dqo_tx_completion
	An out-of-order transmit completion. More...
struct	gve_gqi_rx_descriptor
	An in-order receive descriptor. More...
struct	gve_gqi_rx_completion
	An in-order receive completion descriptor. More...
struct	gve_dqo_rx_descriptor
	An out-of-order receive descriptor. More...
struct	gve_dqo_rx_completion
	An out-of-order receive completion. More...
struct	gve_queue_stride
	Queue strides. More...
struct	gve_queue
	A descriptor queue. More...
struct	gve_queue_type
	A descriptor queue type. More...
struct	gve_nic
	A Google Virtual Ethernet NIC. More...

Macros
#define	GVE_PAGE_SIZE 0x1000
	Page size.
#define	GVE_ALIGN GVE_PAGE_SIZE
	Address alignment.
#define	GVE_CFG_BAR PCI_BASE_ADDRESS_0
	Configuration BAR.
#define	GVE_CFG_SIZE 0x1000
	Configuration BAR size.
#define	GVE_CFG_DEVSTAT 0x0000
	Device status.
#define	GVE_CFG_DEVSTAT_RESET 0x00000010UL
	Device is reset.
#define	GVE_CFG_DRVSTAT 0x0004
	Driver status.
#define	GVE_CFG_DRVSTAT_RUN 0x00000001UL
	Run admin queue.
#define	GVE_RESET_MAX_WAIT_MS 500
	Maximum time to wait for reset.
#define	GVE_CFG_ADMIN_PFN 0x0010
	Admin queue page frame number (for older devices)
#define	GVE_CFG_ADMIN_DB 0x0014
	Admin queue doorbell.
#define	GVE_CFG_ADMIN_EVT 0x0018
	Admin queue event counter.
#define	GVE_CFG_VERSION 0x001f
	Driver version (8-bit register)
#define	GVE_CFG_ADMIN_BASE_HI 0x0020
	Admin queue base address high 32 bits.
#define	GVE_CFG_ADMIN_BASE_LO 0x0024
	Admin queue base address low 32 bits.
#define	GVE_CFG_ADMIN_LEN 0x0028
	Admin queue base address length (16-bit register)
#define	GVE_DB_BAR PCI_BASE_ADDRESS_2
	Doorbell BAR.
#define	GVE_ADMIN_STATUS_OK 0x00000001
	Command succeeded.
#define	GVE_ADMIN_DESCRIBE 0x0001
	Describe device command.
#define	GVE_ADMIN_DESCRIBE_VER 1
	Device descriptor version.
#define	GVE_OPT_GQI_RDA 0x02
	In-order descriptor queues with raw DMA addressing.
#define	GVE_OPT_GQI_QPL 0x03
	In-order descriptor queues with queue page list addressing.
#define	GVE_OPT_DQO_RDA 0x04
	Out-of-order descriptor queues with raw DMA addressing.
#define	GVE_OPT_DQO_QPL 0x07
	Out-of-order descriptor queues with queue page list addressing.
#define	GVE_ADMIN_CONFIGURE 0x0002
	Configure device resources command.
#define	GVE_FORMAT(mode)
	Descriptor queue format.
#define	GVE_ADMIN_REGISTER 0x0003
	Register page list command.
#define	GVE_QPL_MAX 32
	Maximum number of pages per queue.
#define	GVE_ADMIN_UNREGISTER 0x0004
	Unregister page list command.
#define	GVE_ADMIN_CREATE_TX 0x0005
	Create transmit queue command.
#define	GVE_ADMIN_CREATE_RX 0x0006
	Create receive queue command.
#define	GVE_ADMIN_DESTROY_TX 0x0007
	Destroy transmit queue command.
#define	GVE_ADMIN_DESTROY_RX 0x0008
	Destroy receive queue command.
#define	GVE_ADMIN_DECONFIGURE 0x0009
	Deconfigure device resources command.
#define	GVE_ADMIN_COUNT ( GVE_PAGE_SIZE / sizeof ( union gve_admin_command ) )
	Number of admin queue commands.
#define	GVE_IRQ_COUNT 2
	Number of interrupt channels.
#define	GVE_GQI_IRQ_DISABLE 0x40000000UL
	Disable in-order queue interrupt.
#define	GVE_DQO_IRQ_REARM 0x00000019UL
	Rearm out-of-order queue interrupt.
#define	GVE_BUF_SIZE ( GVE_PAGE_SIZE / 2 )
	Queue data buffer size.
#define	GVE_BUF_PER_PAGE ( GVE_PAGE_SIZE / GVE_BUF_SIZE )
	Number of data buffers per page.
#define	GVE_RAW_QPL 0xffffffff
	Raw DMA addressing queue page list ID.
#define	GVE_TX_FILL 8
	Maximum number of transmit buffers.
#define	GVE_TX_QPL 0x18ae5458
	Transmit queue page list ID.
#define	GVE_TX_IRQ 0
	Tranmsit queue interrupt channel.
#define	GVE_GQI_TX_TYPE_START 0x00
	Start of packet transmit descriptor type.
#define	GVE_GQI_TX_TYPE_CONT 0x20
	Continuation of packet transmit descriptor type.
#define	GVE_DQO_TX_TYPE_PACKET 0x0c
	Normal packet transmit descriptor type.
#define	GVE_DQO_TX_TYPE_LAST 0x20
	Last transmit descriptor in a packet.
#define	GVE_DQO_TXF_PKT 0x10
	Transmit completion packet flag.
#define	GVE_DQO_TXF_GEN 0x80
	Transmit completion generation flag.
#define	GVE_RX_FILL 64
	Maximum number of receive buffers.
#define	GVE_RX_QPL 0x18ae5258
	Receive queue page list ID.
#define	GVE_RX_IRQ 1
	Receive queue interrupt channel.
#define	GVE_GQI_RXF_ERROR 0x08
	Receive error.
#define	GVE_GQI_RXF_MORE 0x20
	Receive packet continues into next descriptor.
#define	GVE_GQI_RX_SEQ_MASK 0x07
	Receive sequence number mask.
#define	GVE_GQI_RX_PAD 2
	Padding at the start of all received packets.
#define	GVE_DQO_RXS_ERROR 0x04
	Receive error.
#define	GVE_DQO_RXL_GEN 0x4000
	Receive completion generation flag.
#define	GVE_DQO_RXF_LAST 0x02
	Last receive descriptor in a packet.
#define	GVE_MODE_QPL 0x01
	Operating mode.
#define	GVE_MODE_DQO 0x02
	Use out-of-order queues.
#define	GVE_ADMIN_MAX_WAIT_MS 500
	Maximum time to wait for admin queue commands.
#define	GVE_RESET_MAX_RETRY 5
	Maximum number of times to reattempt device reset.
#define	GVE_WATCHDOG_TIMEOUT ( 1 * TICKS_PER_SEC )
	Time between reset recovery checks.

Functions
	FILE_LICENCE (GPL2_OR_LATER_OR_UBDL)

Detailed Description

Google Virtual Ethernet network driver.

The Google Virtual Ethernet NIC (GVE or gVNIC) is found only in Google Cloud instances. There is essentially zero documentation available beyond the mostly uncommented source code in the Linux kernel.

Definition in file gve.h.

Macro Definition Documentation

◆ GVE_PAGE_SIZE

#define GVE_PAGE_SIZE 0x1000

Page size.

Definition at line 42 of file gve.h.

Referenced by gve_admin_enable(), gve_alloc_qpl(), gve_free_qpl(), and gve_register().

◆ GVE_ALIGN

#define GVE_ALIGN GVE_PAGE_SIZE

Address alignment.

All DMA data structure base addresses seem to need to be aligned to a page boundary. (This is not documented anywhere, but is inferred from existing source code and experimentation.)

Definition at line 51 of file gve.h.

Referenced by gve_admin_alloc(), gve_alloc_qpl(), gve_alloc_queue(), and gve_alloc_shared().

◆ GVE_CFG_BAR

#define GVE_CFG_BAR PCI_BASE_ADDRESS_0

Configuration BAR.

Definition at line 54 of file gve.h.

Referenced by gve_probe().

◆ GVE_CFG_SIZE

#define GVE_CFG_SIZE 0x1000

Configuration BAR size.

All registers within the configuration BAR are big-endian.

Definition at line 61 of file gve.h.

Referenced by gve_probe().

◆ GVE_CFG_DEVSTAT

#define GVE_CFG_DEVSTAT 0x0000

Device status.

Definition at line 64 of file gve.h.

Referenced by gve_admin_wait(), and gve_reset().

◆ GVE_CFG_DEVSTAT_RESET

#define GVE_CFG_DEVSTAT_RESET 0x00000010UL

Device is reset.

Definition at line 65 of file gve.h.

◆ GVE_CFG_DRVSTAT

#define GVE_CFG_DRVSTAT 0x0004

Driver status.

Definition at line 68 of file gve.h.

Referenced by gve_admin_enable().

◆ GVE_CFG_DRVSTAT_RUN

#define GVE_CFG_DRVSTAT_RUN 0x00000001UL

Run admin queue.

Definition at line 69 of file gve.h.

Referenced by gve_admin_enable().

◆ GVE_RESET_MAX_WAIT_MS

#define GVE_RESET_MAX_WAIT_MS 500

Maximum time to wait for reset.

Definition at line 72 of file gve.h.

Referenced by gve_reset().

◆ GVE_CFG_ADMIN_PFN

#define GVE_CFG_ADMIN_PFN 0x0010

Admin queue page frame number (for older devices)

Definition at line 75 of file gve.h.

Referenced by gve_admin_enable(), gve_admin_wait(), gve_reset(), and gve_watchdog().

◆ GVE_CFG_ADMIN_DB

#define GVE_CFG_ADMIN_DB 0x0014

Admin queue doorbell.

Definition at line 78 of file gve.h.

Referenced by gve_admin().

◆ GVE_CFG_ADMIN_EVT

#define GVE_CFG_ADMIN_EVT 0x0018

Admin queue event counter.

Definition at line 81 of file gve.h.

Referenced by gve_admin_wait().

◆ GVE_CFG_VERSION

#define GVE_CFG_VERSION 0x001f

Driver version (8-bit register)

Definition at line 84 of file gve.h.

◆ GVE_CFG_ADMIN_BASE_HI

#define GVE_CFG_ADMIN_BASE_HI 0x0020

Admin queue base address high 32 bits.

Definition at line 87 of file gve.h.

Referenced by gve_admin_enable().

◆ GVE_CFG_ADMIN_BASE_LO

#define GVE_CFG_ADMIN_BASE_LO 0x0024

Admin queue base address low 32 bits.

Definition at line 90 of file gve.h.

Referenced by gve_admin_enable().

◆ GVE_CFG_ADMIN_LEN

#define GVE_CFG_ADMIN_LEN 0x0028

Admin queue base address length (16-bit register)

Definition at line 93 of file gve.h.

Referenced by gve_admin_enable().

◆ GVE_DB_BAR

#define GVE_DB_BAR PCI_BASE_ADDRESS_2

Doorbell BAR.

Definition at line 96 of file gve.h.

Referenced by gve_probe().

◆ GVE_ADMIN_STATUS_OK

#define GVE_ADMIN_STATUS_OK 0x00000001

Command succeeded.

Definition at line 113 of file gve.h.

Referenced by gve_admin().

◆ GVE_ADMIN_DESCRIBE

#define GVE_ADMIN_DESCRIBE 0x0001

Describe device command.

Definition at line 124 of file gve.h.

Referenced by gve_describe().

◆ GVE_ADMIN_DESCRIBE_VER

#define GVE_ADMIN_DESCRIBE_VER 1

Device descriptor version.

Definition at line 139 of file gve.h.

Referenced by gve_describe().

◆ GVE_OPT_GQI_RDA

#define GVE_OPT_GQI_RDA 0x02

In-order descriptor queues with raw DMA addressing.

Definition at line 190 of file gve.h.

Referenced by gve_describe().

◆ GVE_OPT_GQI_QPL

#define GVE_OPT_GQI_QPL 0x03

In-order descriptor queues with queue page list addressing.

Definition at line 193 of file gve.h.

Referenced by gve_describe().

◆ GVE_OPT_DQO_RDA

#define GVE_OPT_DQO_RDA 0x04

Out-of-order descriptor queues with raw DMA addressing.

Definition at line 196 of file gve.h.

Referenced by gve_describe().

◆ GVE_OPT_DQO_QPL

#define GVE_OPT_DQO_QPL 0x07

Out-of-order descriptor queues with queue page list addressing.

Definition at line 199 of file gve.h.

Referenced by gve_describe().

◆ GVE_ADMIN_CONFIGURE

#define GVE_ADMIN_CONFIGURE 0x0002

Configure device resources command.

Definition at line 202 of file gve.h.

Referenced by gve_configure().

◆ GVE_FORMAT

#define GVE_FORMAT ( mode )

Value:

( (mode) + 1 )

mode

uint16_t mode

Acceleration mode.

Definition ena.h:15

Descriptor queue format.

Definition at line 227 of file gve.h.

Referenced by gve_configure().

◆ GVE_ADMIN_REGISTER

#define GVE_ADMIN_REGISTER 0x0003

Register page list command.

Definition at line 230 of file gve.h.

Referenced by gve_register().

◆ GVE_QPL_MAX

#define GVE_QPL_MAX 32

Maximum number of pages per queue.

This is a policy decision. Must be sufficient to allow for both the transmit and receive queue fill levels.

Definition at line 252 of file gve.h.

Referenced by gve_alloc_qpl().

◆ GVE_ADMIN_UNREGISTER

#define GVE_ADMIN_UNREGISTER 0x0004

Unregister page list command.

Definition at line 261 of file gve.h.

Referenced by gve_unregister().

◆ GVE_ADMIN_CREATE_TX

#define GVE_ADMIN_CREATE_TX 0x0005

Create transmit queue command.

Definition at line 264 of file gve.h.

◆ GVE_ADMIN_CREATE_RX

#define GVE_ADMIN_CREATE_RX 0x0006

Create receive queue command.

Definition at line 293 of file gve.h.

◆ GVE_ADMIN_DESTROY_TX

#define GVE_ADMIN_DESTROY_TX 0x0007

Destroy transmit queue command.

Definition at line 326 of file gve.h.

◆ GVE_ADMIN_DESTROY_RX

#define GVE_ADMIN_DESTROY_RX 0x0008

Destroy receive queue command.

Definition at line 329 of file gve.h.

◆ GVE_ADMIN_DECONFIGURE

#define GVE_ADMIN_DECONFIGURE 0x0009

Deconfigure device resources command.

Definition at line 332 of file gve.h.

Referenced by gve_deconfigure().

◆ GVE_ADMIN_COUNT

#define GVE_ADMIN_COUNT ( GVE_PAGE_SIZE / sizeof ( union gve_admin_command ) )

Number of admin queue commands.

This is theoretically a policy decision. However, older revisions of the hardware seem to have only the "admin queue page frame number" register and no "admin queue length" register, with the implication that the admin queue must be exactly one page in length.

Choose to use a one page (4kB) admin queue for both older and newer versions of the hardware, to minimise variability.

Definition at line 366 of file gve.h.

Referenced by gve_admin(), gve_admin_alloc(), gve_admin_command(), gve_admin_enable(), and gve_admin_free().

◆ GVE_IRQ_COUNT

#define GVE_IRQ_COUNT 2

Number of interrupt channels.

We tell the device how many interrupt channels we have provided via the "configure device resources" admin queue command. The device will accept being given zero interrupt channels, but will subsequently fail to create more than a single queue (either transmit or receive).

There is, of course, no documentation indicating how may interrupt channels actually need to be provided. In the absence of evidence to the contrary, assume that two channels (one for transmit, one for receive) will be sufficient.

Definition at line 435 of file gve.h.

Referenced by gve_alloc_shared(), gve_configure(), and gve_free_shared().

◆ GVE_GQI_IRQ_DISABLE

#define GVE_GQI_IRQ_DISABLE 0x40000000UL

Disable in-order queue interrupt.

Definition at line 448 of file gve.h.

Referenced by gve_configure().

◆ GVE_DQO_IRQ_REARM

#define GVE_DQO_IRQ_REARM 0x00000019UL

Rearm out-of-order queue interrupt.

Definition at line 451 of file gve.h.

Referenced by gve_create_queue(), and gve_poll().

◆ GVE_BUF_SIZE

#define GVE_BUF_SIZE ( GVE_PAGE_SIZE / 2 )

Queue data buffer size.

In theory, we may specify the size of receive buffers. However, the original version of the device seems not to have a parameter for this, and assumes the use of half-page (2kB) buffers. Choose to use this as the buffer size, on the assumption that older devices will not support any other buffer size.

Definition at line 483 of file gve.h.

Referenced by gve_alloc_qpl(), gve_create_rx_param(), gve_offset(), gve_poll_rx(), and gve_transmit().

◆ GVE_BUF_PER_PAGE

#define GVE_BUF_PER_PAGE ( GVE_PAGE_SIZE / GVE_BUF_SIZE )

Number of data buffers per page.

Definition at line 486 of file gve.h.

Referenced by gve_alloc_qpl().

◆ GVE_RAW_QPL

#define GVE_RAW_QPL 0xffffffff

Raw DMA addressing queue page list ID.

Definition at line 542 of file gve.h.

Referenced by gve_create_queue().

◆ GVE_TX_FILL

#define GVE_TX_FILL 8

Maximum number of transmit buffers.

This is a policy decision.

Definition at line 549 of file gve.h.

Referenced by gve_poll_tx(), and gve_transmit().

◆ GVE_TX_QPL

#define GVE_TX_QPL 0x18ae5458

Transmit queue page list ID.

Definition at line 552 of file gve.h.

◆ GVE_TX_IRQ

#define GVE_TX_IRQ 0

Tranmsit queue interrupt channel.

Definition at line 555 of file gve.h.

Referenced by gve_poll().

◆ GVE_GQI_TX_TYPE_START

#define GVE_GQI_TX_TYPE_START 0x00

Start of packet transmit descriptor type.

Definition at line 580 of file gve.h.

Referenced by gve_transmit().

◆ GVE_GQI_TX_TYPE_CONT

#define GVE_GQI_TX_TYPE_CONT 0x20

Continuation of packet transmit descriptor type.

Definition at line 583 of file gve.h.

Referenced by gve_transmit().

◆ GVE_DQO_TX_TYPE_PACKET

#define GVE_DQO_TX_TYPE_PACKET 0x0c

Normal packet transmit descriptor type.

Definition at line 618 of file gve.h.

Referenced by gve_transmit().

◆ GVE_DQO_TX_TYPE_LAST

#define GVE_DQO_TX_TYPE_LAST 0x20

Last transmit descriptor in a packet.

Definition at line 621 of file gve.h.

Referenced by gve_transmit().

◆ GVE_DQO_TXF_PKT

#define GVE_DQO_TXF_PKT 0x10

Transmit completion packet flag.

Definition at line 636 of file gve.h.

Referenced by gve_poll_tx().

◆ GVE_DQO_TXF_GEN

#define GVE_DQO_TXF_GEN 0x80

Transmit completion generation flag.

Definition at line 639 of file gve.h.

Referenced by gve_poll_tx().

◆ GVE_RX_FILL

#define GVE_RX_FILL 64

Maximum number of receive buffers.

This is a policy decision. Experiments suggest that using fewer than 64 receive buffers leads to excessive packet drop rates on some instance types.

Definition at line 648 of file gve.h.

Referenced by gve_poll_rx(), and gve_refill_rx().

◆ GVE_RX_QPL

#define GVE_RX_QPL 0x18ae5258

Receive queue page list ID.

Definition at line 651 of file gve.h.

◆ GVE_RX_IRQ

#define GVE_RX_IRQ 1

Receive queue interrupt channel.

Definition at line 654 of file gve.h.

Referenced by gve_poll().

◆ GVE_GQI_RXF_ERROR

#define GVE_GQI_RXF_ERROR 0x08

Receive error.

Definition at line 663 of file gve.h.

Referenced by gve_poll_rx().

◆ GVE_GQI_RXF_MORE

#define GVE_GQI_RXF_MORE 0x20

Receive packet continues into next descriptor.

Definition at line 666 of file gve.h.

Referenced by gve_poll_rx().

◆ GVE_GQI_RX_SEQ_MASK

#define GVE_GQI_RX_SEQ_MASK 0x07

Receive sequence number mask.

Definition at line 669 of file gve.h.

Referenced by gve_next(), and gve_poll_rx().

◆ GVE_GQI_RX_PAD

#define GVE_GQI_RX_PAD 2

Padding at the start of all received packets.

Definition at line 684 of file gve.h.

Referenced by gve_poll_rx().

◆ GVE_DQO_RXS_ERROR

#define GVE_DQO_RXS_ERROR 0x04

Receive error.

Definition at line 721 of file gve.h.

Referenced by gve_poll_rx().

◆ GVE_DQO_RXL_GEN

#define GVE_DQO_RXL_GEN 0x4000

Receive completion generation flag.

Definition at line 724 of file gve.h.

Referenced by gve_poll_rx().

◆ GVE_DQO_RXF_LAST

#define GVE_DQO_RXF_LAST 0x02

Last receive descriptor in a packet.

Definition at line 727 of file gve.h.

Referenced by gve_poll_rx().

◆ GVE_MODE_QPL

#define GVE_MODE_QPL 0x01

Operating mode.

These values are chosen to allow for easy transformation to a queue format identifier as used for the "Configure device resources" command. Use registered queue pages

Definition at line 903 of file gve.h.

Referenced by gve_alloc_qpl(), gve_create_queue(), gve_describe(), gve_mode_name(), gve_register(), and gve_unregister().

◆ GVE_MODE_DQO

#define GVE_MODE_DQO 0x02

Use out-of-order queues.

Definition at line 904 of file gve.h.

Referenced by gve_alloc_queue(), gve_configure(), gve_create_queue(), gve_describe(), gve_mode_name(), gve_poll(), gve_poll_rx(), gve_poll_tx(), gve_refill_rx(), and gve_transmit().

◆ GVE_ADMIN_MAX_WAIT_MS

#define GVE_ADMIN_MAX_WAIT_MS 500

Maximum time to wait for admin queue commands.

Definition at line 907 of file gve.h.

Referenced by gve_admin_wait().

◆ GVE_RESET_MAX_RETRY

#define GVE_RESET_MAX_RETRY 5

Maximum number of times to reattempt device reset.

Definition at line 910 of file gve.h.

Referenced by gve_setup(), and gve_startup().

◆ GVE_WATCHDOG_TIMEOUT

#define GVE_WATCHDOG_TIMEOUT ( 1 * TICKS_PER_SEC )

Time between reset recovery checks.

Definition at line 913 of file gve.h.

Referenced by gve_open(), and gve_watchdog().

Function Documentation

◆ FILE_LICENCE()

FILE_LICENCE ( GPL2_OR_LATER_OR_UBDL )

Data Structures

Macros

Functions

Detailed Description

Macro Definition Documentation

◆ GVE_PAGE_SIZE

◆ GVE_ALIGN

◆ GVE_CFG_BAR

◆ GVE_CFG_SIZE

◆ GVE_CFG_DEVSTAT

◆ GVE_CFG_DEVSTAT_RESET

◆ GVE_CFG_DRVSTAT

◆ GVE_CFG_DRVSTAT_RUN

◆ GVE_RESET_MAX_WAIT_MS

◆ GVE_CFG_ADMIN_PFN

◆ GVE_CFG_ADMIN_DB

◆ GVE_CFG_ADMIN_EVT

◆ GVE_CFG_VERSION

◆ GVE_CFG_ADMIN_BASE_HI

◆ GVE_CFG_ADMIN_BASE_LO

◆ GVE_CFG_ADMIN_LEN

◆ GVE_DB_BAR

◆ GVE_ADMIN_STATUS_OK

◆ GVE_ADMIN_DESCRIBE

◆ GVE_ADMIN_DESCRIBE_VER

◆ GVE_OPT_GQI_RDA

◆ GVE_OPT_GQI_QPL

◆ GVE_OPT_DQO_RDA

◆ GVE_OPT_DQO_QPL

◆ GVE_ADMIN_CONFIGURE

◆ GVE_FORMAT

◆ GVE_ADMIN_REGISTER

◆ GVE_QPL_MAX

◆ GVE_ADMIN_UNREGISTER

◆ GVE_ADMIN_CREATE_TX

◆ GVE_ADMIN_CREATE_RX

◆ GVE_ADMIN_DESTROY_TX

◆ GVE_ADMIN_DESTROY_RX

◆ GVE_ADMIN_DECONFIGURE

◆ GVE_ADMIN_COUNT

◆ GVE_IRQ_COUNT

◆ GVE_GQI_IRQ_DISABLE

◆ GVE_DQO_IRQ_REARM

◆ GVE_BUF_SIZE

◆ GVE_BUF_PER_PAGE

◆ GVE_RAW_QPL

◆ GVE_TX_FILL

◆ GVE_TX_QPL

◆ GVE_TX_IRQ

◆ GVE_GQI_TX_TYPE_START

◆ GVE_GQI_TX_TYPE_CONT

◆ GVE_DQO_TX_TYPE_PACKET

◆ GVE_DQO_TX_TYPE_LAST

◆ GVE_DQO_TXF_PKT

◆ GVE_DQO_TXF_GEN

◆ GVE_RX_FILL

◆ GVE_RX_QPL

◆ GVE_RX_IRQ

◆ GVE_GQI_RXF_ERROR

◆ GVE_GQI_RXF_MORE

◆ GVE_GQI_RX_SEQ_MASK

◆ GVE_GQI_RX_PAD

◆ GVE_DQO_RXS_ERROR

◆ GVE_DQO_RXL_GEN

◆ GVE_DQO_RXF_LAST

◆ GVE_MODE_QPL

◆ GVE_MODE_DQO

◆ GVE_ADMIN_MAX_WAIT_MS

◆ GVE_RESET_MAX_RETRY

◆ GVE_WATCHDOG_TIMEOUT

Function Documentation

◆ FILE_LICENCE()