Topics | |
| INT 13 disk types | |
| INT 13 disk parameter flags | |
| INT 13 extension flags | |
| INT 13 extension versions | |
Data Structures | |
| struct | int13_disk_address |
| An INT 13 disk address packet. More... | |
| struct | int13_disk_parameters |
| INT 13 disk parameters. More... | |
| struct | int13_cdrom_specification |
| Bootable CD-ROM specification packet. More... | |
| struct | int13_cdrom_boot_catalog_command |
| Bootable CD-ROM boot catalog command packet. More... | |
| struct | partition_chs |
| A C/H/S address within a partition table entry. More... | |
| struct | partition_table_entry |
| A partition table entry within the MBR. More... | |
| struct | master_boot_record |
| A Master Boot Record. More... | |
| struct | int13_fdd_geometry |
| A floppy disk geometry. More... | |
| struct | int13_fdd_parameters |
| A floppy drive parameter table. More... | |
Macros | |
| #define | INT13_FDD_TYPE_360K 0x01 |
| 360K | |
| #define | INT13_FDD_TYPE_1M2 0x02 |
| 1.2M | |
| #define | INT13_FDD_TYPE_720K 0x03 |
| 720K | |
| #define | INT13_FDD_TYPE_1M44 0x04 |
| 1.44M | |
| #define | INT13_MAX_CHS_SECTORS 15482880 |
| Maximum number of sectors for which CHS geometry is allowed to be valid. | |
| #define | PART_HEAD(chs) |
| #define | PART_SECTOR(chs) |
| #define | PART_CYLINDER(chs) |
| #define | INT13_MBR_MAGIC 0xaa55 |
| MBR magic signature. | |
| #define | INT13_FDD_GEOMETRY(cylinders, heads, sectors) |
| Define a floppy disk geometry. | |
| #define | INT13_FDD_CYLINDERS(geometry) |
| Get floppy disk number of cylinders. | |
| #define | INT13_FDD_HEADS(geometry) |
| Get floppy disk number of heads. | |
| #define | INT13_FDD_SECTORS(geometry) |
| Get floppy disk number of sectors per track. | |
Typedefs | |
| typedef unsigned long long UINT64 | __attribute__((aligned(8))) |
| 8-byte unsigned value | |
Functions | |
| struct int13_disk_address | __attribute__ ((packed)) |
Detailed Description
Macro Definition Documentation
◆ INT13_FDD_TYPE_360K
◆ INT13_FDD_TYPE_1M2
◆ INT13_FDD_TYPE_720K
◆ INT13_FDD_TYPE_1M44
| #define INT13_FDD_TYPE_1M44 0x04 |
◆ INT13_MAX_CHS_SECTORS
| #define INT13_MAX_CHS_SECTORS 15482880 |
Maximum number of sectors for which CHS geometry is allowed to be valid.
This number is taken from the EDD specification.
Definition at line 205 of file int13.h.
Referenced by int13_get_extended_parameters().
◆ PART_HEAD
| #define PART_HEAD | ( | chs | ) |
Definition at line 257 of file int13.h.
Referenced by int13_guess_geometry_hdd().
◆ PART_SECTOR
| #define PART_SECTOR | ( | chs | ) |
Definition at line 258 of file int13.h.
Referenced by int13_guess_geometry_hdd().
◆ PART_CYLINDER
| #define PART_CYLINDER | ( | chs | ) |
Definition at line 259 of file int13.h.
Referenced by int13_guess_geometry_hdd().
◆ INT13_MBR_MAGIC
| #define INT13_MBR_MAGIC 0xaa55 |
MBR magic signature.
Definition at line 292 of file int13.h.
Referenced by int13_load_mbr(), and int13con_find().
◆ INT13_FDD_GEOMETRY
◆ INT13_FDD_CYLINDERS
| #define INT13_FDD_CYLINDERS | ( | geometry | ) |
Get floppy disk number of cylinders.
Definition at line 310 of file int13.h.
Referenced by int13_guess_geometry_fdd().
◆ INT13_FDD_HEADS
| #define INT13_FDD_HEADS | ( | geometry | ) |
Get floppy disk number of heads.
Definition at line 313 of file int13.h.
Referenced by int13_guess_geometry_fdd().
◆ INT13_FDD_SECTORS
| #define INT13_FDD_SECTORS | ( | geometry | ) |
Get floppy disk number of sectors per track.
Definition at line 316 of file int13.h.
Referenced by int13_guess_geometry_fdd().
Typedef Documentation
◆ __attribute__
|
inline |
8-byte unsigned value
Zero memory.
Copy memory.
Get Xen extra version string.
Remove page from physical address space.
Permit access to a page.
Invalidate access to a page.
Get version 2 grant table entry.
Get version 1 grant table entry.
Get grant table entry header.
Get number of grant table entries.
Get grant table version.
Set grant table version.
Allocate an unbound event channel.
Send event.
Michael MIC keys.
Nullify UART.
Drop reference to UART.
Get reference to UART.
Flush transmitted data.
Initialise UART.
Receive byte.
Check if data is ready.
Convert physical address to a virtual address.
Set minimum and maximum timeouts.
Test to see if timer is currently running.
Test a bit within a file descriptor set.
Clear a bit within a file descriptor set.
Set a bit within a file descriptor set.
Check if pooled connection is reopenable.
Check if pooled connection is recyclable.
Mark pooled connection as alive.
Mark pooled connection as recyclable.
Get pixel.
Drop reference to pixel buffer.
Major:minor version number.
Claim ownership of request parameter list.
Decrement request parameter list reference count.
Synchronise in-use regions with the externally visible system memory map.
Corrupt data with a specified probability.
SAS interface type.
SATA interface type.
RAID interface type.
I2O interface type.
Fibre Channel interface type.
IEEE1394 interface type.
USB interface type.
SCSI interface type.
ATAPI interface type.
ATA interface type.
PCI, PCI-X, PCI Express, or HyperTransport bus type.
Legacy bus type.
Test if most significant bit is set in big integer.
Clear bit in big integer.
Base16-decode data.
Disable interrupt.
Enable interrupt.
Convert virtual address to user buffer.
Convert segment:offset address to user buffer.
Copy data from user buffer.
Copy data to user buffer.
Issue GuestRPC command.
Issue hypercall with five arguments.
Issue hypercall with four arguments.
Issue hypercall with three arguments.
Issue hypercall with two arguments.
Fill memory region with zero (where length is a compile-time constant)
Fill memory region.
Copy (possibly overlapping) memory area.
Copy memory area.
Read from UART register.
Test and clear bit atomically.
Test and set bit atomically.
Clear bit atomically.
Multiply big integer elements.
Finalise big integer.
Shrink big integer.
Grow big integer.
Find highest bit set in big integer.
Compare big integers.
Shift big integer right.
Shift big integer left.
Subtract big integers.
Add big integers.
Write model-specific register.
Find last (i.e.
Find first (i.e.
Copy memory area backwards.
Get ATA command private data.
Drop reference to ATA command.
Get reference to ATA command.
Drop reference to ATA device.
Check if NetVSC device is obsolete.
Initialise data buffer.
Check whether or not descriptor ring is empty.
Check whether or not descriptor ring is full.
Calculate descriptor ring remaining space.
Calculate descriptor ring fill level.
Check if card can access physical address.
Initialise completion queue.
Address and inlined length.
Inlined length.
Signed value of native width.
Unsigned value of native width.
2-byte signed value
2-byte Character.
2-byte unsigned value
4-byte signed value
4-byte unsigned value
8-byte signed value
Unless otherwise specified all strings are stored in the UTF-16 encoding format as defined by Unicode 2.1 and ISO/IEC 10646 standards.
(4 bytes on supported 32-bit processor instructions, 8 bytes on supported 64-bit processor instructions)
- Parameters
-
cq Completion queue count Number of entries size Size of each entry address Physical address address_ok Card can access physical address natsemi National Semiconductor device address Physical address address_ok Card can access physical address ring Descriptor ring fill Fill level ring Descriptor ring space Number of unused entries ring Descriptor ring is_full Ring is full ring Descriptor ring is_empty Ring is empty buffer Data buffer pageset Page set ID op Page set operations establish_type Establish data buffer message type establish_xrid Establish data buffer relative transaction ID revoke_type Revoke data buffer message type revoke_type Revoke data buffer relative transaction ID len Required length netvsc NetVSC device is_obsolete NetVSC device is obsolete
Check if NetVSC device is obsolete (i.e. was opened before the most recent Hyper-V reset).
- Parameters
-
atadev ATA device atacmd ATA command
- Return values
-
atacmd ATA command
- Parameters
-
atacmd ATA command atacmd ATA command
- Return values
-
priv Private data
- Parameters
-
dest Destination address src Source address len Length
- Return values
-
dest Destination address
least significant) set bit
- Parameters
-
value Value
- Return values
-
lsb Least significant bit set in value (LSB=1), or zero
most significant) set bit
- Parameters
-
value Value
- Return values
-
msb Most significant bit set in value (LSB=1), or zero
- Parameters
-
msr Model-specific register value Value addend0 Element 0 of big integer to add value0 Element 0 of big integer to be added to size Number of elements
- Return values
-
carry Carry flag
- Parameters
-
subtrahend0 Element 0 of big integer to subtract value0 Element 0 of big integer to be subtracted from size Number of elements
- Return values
-
borrow Borrow flag
- Parameters
-
value0 Element 0 of big integer size Number of elements
- Return values
-
out Bit shifted out
- Parameters
-
value0 Element 0 of big integer reference0 Element 0 of reference big integer size Number of elements
- Return values
-
geq Big integer is greater than or equal to the reference
- Parameters
-
value0 Element 0 of big integer size Number of elements
- Return values
-
max_bit Highest bit set + 1 (or 0 if no bits set)
- Parameters
-
source0 Element 0 of source big integer source_size Number of elements in source big integer dest0 Element 0 of destination big integer dest_size Number of elements in destination big integer value0 Element 0 of big integer to finalise size Number of elements out Output buffer len Length of output buffer multiplicand Multiplicand element multiplier Multiplier element result Result element carry Carry element bit Bit to set bits Bit field bit Bit to set bits Bit field
- Return values
-
old Old value of bit (zero or non-zero)
- Parameters
-
ns16550 16550 UART address Register address
- Return values
-
data Data
- Parameters
-
dest Destination address fill Fill pattern len Length
- Return values
-
dest Destination address
- Parameters
-
dest Destination address len Length
- Return values
-
dest Destination address
- Parameters
-
xen Xen hypervisor hypercall Hypercall number arg1 First argument arg2 Second argument
- Return values
-
retval Return value
- Parameters
-
xen Xen hypervisor hypercall Hypercall number arg1 First argument arg2 Second argument arg3 Third argument
- Return values
-
retval Return value
- Parameters
-
xen Xen hypervisor hypercall Hypercall number arg1 First argument arg2 Second argument arg3 Third argument arg4 Fourth argument
- Return values
-
retval Return value
- Parameters
-
xen Xen hypervisor hypercall Hypercall number arg1 First argument arg2 Second argument arg3 Third argument arg4 Fourth argument arg5 Fifth argument
- Return values
-
retval Return value
- Parameters
-
channel Channel number subcommand GuestRPC subcommand parameter Subcommand-specific parameter
- Return values
-
edxhi Subcommand-specific result ebx Subcommand-specific result status Command status
- Parameters
-
buffer User buffer offset Offset within user buffer src Source len Length dest Destination buffer User buffer offset Offset within user buffer len Length segment Real-mode segment offset Real-mode offset
- Return values
-
buffer User buffer
- Parameters
-
virtual Virtual address
- Return values
-
buffer User buffer
This constructs a user buffer from an ordinary pointer. Use it when you need to pass a pointer to an internal buffer to a function that expects a userptr_t.
- Parameters
-
irq Interrupt number
- Return values
-
enabled Interrupt was previously enabled
- Parameters
-
encoded Encoded string data Buffer len Length of buffer
- Return values
-
len Length of data, or negative error
- Parameters
-
value0 Element 0 of big integer size Number of elements bit Bit to clear value0 Element 0 of big integer size Number of elements
- Return values
-
is_set Most significant bit is set
- Parameters
-
rate Reciprocal of fault probability (zero for no faults) data Data len Length of data
- Return values
-
rc Return status code
- Parameters
-
params Parameter list, or NULL params Parameter list
- Return values
-
params Parameter list
- Parameters
-
pixbuf Pixel buffer pixbuf Pixel buffer x X position y Y position
- Return values
-
pixel Pixel
- Parameters
-
pool Pooled connection pool Pooled connection
- Return values
-
recyclable Pooled connection is recyclable
- Parameters
-
pool Pooled connection
- Return values
-
reopenable Pooled connection is reopenable
- Parameters
-
fd File descriptor set File descriptor set fd File descriptor set File descriptor set
- Return values
-
is_set Corresponding bit is set
- Parameters
-
timer Retry timer
- Return values
-
running Non-zero if timer is running
- Parameters
-
timer Retry timer min Minimum timeout (in ticks), or zero to use default max Maximum timeout (in ticks), or zero to use default phys Physical address
- Return values
-
virt Virtual address
This operation is not available under all memory models.
- Parameters
-
uart UART
- Return values
-
ready Data is ready
- Parameters
-
uart UART
- Return values
-
byte Received byte
- Parameters
-
uart UART
- Return values
-
rc Return status code
- Parameters
-
uart UART uart UART
- Return values
-
uart UART
- Parameters
-
xen Xen hypervisor send Event descriptor
- Return values
-
xenrc Xen status code
- Parameters
-
xen Xen hypervisor alloc_unbound Event descriptor
- Return values
-
xenrc Xen status code
- Parameters
-
xen Xen hypervisor version Version
- Return values
-
xenrc Xen status code
- Parameters
-
xen Xen hypervisor
- Return values
-
entries Number of grant table entries
- Parameters
-
xen Xen hypervisor ref Grant reference
- Return values
-
hdr Grant table entry header
- Parameters
-
hdr Grant table entry header
- Return values
-
v1 Version 1 grant table entry
- Parameters
-
hdr Grant table entry header
- Return values
-
v2 Version 2 grant table entry
- Parameters
-
xen Xen hypervisor ref Grant reference xen Xen hypervisor ref Grant reference domid Domain ID subflags Additional flags addr Physical address within page
- Return values
-
rc Return status code
- Parameters
-
xen Xen hypervisor remove Page mapping descriptor
- Return values
-
xenrc Xen status code
- Parameters
-
xen Xen hypervisor extraversion Extra version string to fill in
- Return values
-
xenrc Xen status code
least significant) set bit
- Parameters
-
x Value
- Return values
-
lsb Least significant bit set in value (LSB=1), or zero
most significant) set bit
- Parameters
-
x Value
- Return values
-
msb Most significant bit set in value (LSB=1), or zero
- Parameters
-
src Source dest Destination len Length dest Destination len Length
Definition at line 31 of file ProcessorBind.h.
Function Documentation
◆ __attribute__()
| struct int13_disk_address __attribute__ | ( | (packed) | ) |
Variable Documentation
◆ bufsize [1/3]
| uint8_t int13_disk_address::bufsize |
◆ reserved_a [1/2]
◆ count [1/4]
◆ reserved_b [1/2]
◆ buffer [1/4]
◆ lba [1/3]
◆ buffer_phys [1/2]
| uint64_t int13_disk_address::buffer_phys |
◆ long_count [1/2]
| uint32_t int13_disk_address::long_count |
◆ reserved_c [1/2]
◆ bufsize [2/3]
| uint16_t bufsize |
Size of the packet, in bytes.
Size of this structure.
Definition at line 1 of file int13.h.
Referenced by int13_extended_rw(), int13_get_extended_parameters(), linda_post_recv(), qib7322_post_recv(), and skge_rx_setup().
◆ reserved_a [2/2]
◆ count [2/4]
| uint8_t count |
◆ reserved_b [2/2]
◆ buffer [2/4]
◆ lba [2/3]
| uint64_t lba |
Starting block number.
Maximum logical block number.
Logical block address.
Start address.
LBA of disk image to emulate.
This is a logical block number, in big-endian order.
Applicable only if the PMI bit is set.
Definition at line 11 of file int13.h.
Referenced by atadev_command(), atadev_read(), atadev_write(), block_read(), block_write(), efi_block_io_read(), efi_block_io_read_blocks(), efi_block_io_write(), efi_block_io_write_blocks(), efi_block_rw(), efi_null_block_read(), efi_null_block_write(), http_block_read(), http_block_read(), int13_extended_rw(), int13_extended_seek(), int13_extended_verify(), int13_rw_sectors(), int13con_rw(), sandev_parse_iso9660(), sandev_read(), sandev_rw(), sandev_write(), scsidev_command(), scsidev_read(), and scsidev_write().
◆ buffer_phys [2/2]
| uint64_t buffer_phys |
Data buffer (EDD 3.0+ only)
Definition at line 13 of file int13.h.
Referenced by int13_extended_rw(), and int13_load_eltorito().
◆ long_count [2/2]
◆ reserved_c [2/2]
◆ bufsize [3/3]
| uint16_t int13_disk_parameters::bufsize |
Size of this structure.
Definition at line 112 of file int13.h.
Referenced by int13_get_extended_parameters().
◆ flags [1/2]
| uint16_t int13_disk_parameters::flags |
◆ cylinders [1/2]
| uint32_t int13_disk_parameters::cylinders |
Number of cylinders.
Definition at line 116 of file int13.h.
Referenced by int13_get_extended_parameters().
◆ heads [1/2]
| uint32_t int13_disk_parameters::heads |
Number of heads.
Definition at line 118 of file int13.h.
Referenced by int13_get_extended_parameters().
◆ sectors_per_track [1/3]
| uint32_t int13_disk_parameters::sectors_per_track |
Number of sectors per track.
Definition at line 120 of file int13.h.
Referenced by int13_get_extended_parameters().
◆ sectors [1/2]
| uint64_t int13_disk_parameters::sectors |
Total number of sectors on drive.
Definition at line 122 of file int13.h.
Referenced by int13_get_extended_parameters().
◆ sector_size [1/2]
| uint16_t int13_disk_parameters::sector_size |
Bytes per sector.
Definition at line 124 of file int13.h.
Referenced by int13_get_extended_parameters().
◆ dpte [1/2]
| struct segoff int13_disk_parameters::dpte |
Device parameter table extension.
Definition at line 126 of file int13.h.
Referenced by int13_get_extended_parameters().
◆ dpi [1/2]
| struct edd_device_path_information int13_disk_parameters::dpi |
Device path information.
Definition at line 128 of file int13.h.
Referenced by int13_get_extended_parameters().
◆ flags [2/2]
◆ cylinders [2/2]
| uint32_t cylinders |
Number of cylinders.
Definition at line 5 of file int13.h.
Referenced by int13_guess_geometry_fdd().
◆ heads [2/2]
| uint32_t heads |
Number of heads.
Definition at line 7 of file int13.h.
Referenced by int13_guess_geometry_fdd(), and int13_guess_geometry_hdd().
◆ sectors_per_track [2/3]
◆ sectors [2/2]
| uint64_t sectors |
Total number of sectors on drive.
Definition at line 11 of file int13.h.
Referenced by int13_guess_geometry_fdd(), and int13_guess_geometry_hdd().
◆ sector_size [2/2]
◆ dpte [2/2]
| struct segoff dpte |
Device parameter table extension.
Definition at line 15 of file int13.h.
Referenced by int13_get_extended_parameters().
◆ dpi [2/2]
| struct edd_device_path_information dpi |
Device path information.
Definition at line 17 of file int13.h.
Referenced by int13_device_path_info(), and int13_get_extended_parameters().
◆ size [1/4]
| uint8_t int13_cdrom_specification::size |
Size of packet in bytes.
Definition at line 210 of file int13.h.
Referenced by int13_cdrom_status_terminate().
◆ media_type [1/2]
| uint8_t int13_cdrom_specification::media_type |
◆ drive [1/2]
| uint8_t int13_cdrom_specification::drive |
◆ controller [1/2]
| uint8_t int13_cdrom_specification::controller |
◆ lba [3/3]
| uint32_t int13_cdrom_specification::lba |
◆ device [1/2]
| uint16_t int13_cdrom_specification::device |
◆ cache_segment [1/2]
| uint16_t int13_cdrom_specification::cache_segment |
◆ load_segment [1/2]
| uint16_t int13_cdrom_specification::load_segment |
◆ load_sectors [1/2]
| uint16_t int13_cdrom_specification::load_sectors |
◆ cyl [1/3]
| uint8_t int13_cdrom_specification::cyl |
◆ cyl_sector [1/3]
| uint8_t int13_cdrom_specification::cyl_sector |
◆ head [1/3]
◆ size [2/4]
◆ media_type [2/2]
◆ drive [2/2]
| uint8_t drive |
Drive number.
Definition at line 5 of file int13.h.
Referenced by __setting(), call_bootsector(), dummy_san_boot(), dummy_san_hook(), dummy_san_unhook(), efi_block_boot(), efi_block_connect(), efi_block_exec(), efi_block_filename(), efi_block_hook(), efi_block_label(), efi_block_match(), efi_block_root(), efi_block_scan(), efi_block_unhook(), FILE_LICENCE(), int13_boot(), int13_hook(), int13_load_eltorito(), int13_load_mbr(), int13_unhook(), null_san_boot(), null_san_hook(), null_san_unhook(), register_sandev(), san_boot(), san_default_drive(), san_hook(), san_unhook(), sandev_find(), sandev_next(), and uriboot().
◆ controller [2/2]
| uint8_t controller |
CD-ROM controller number.
Definition at line 7 of file int13.h.
Referenced by efi_close_by_child(), efi_close_by_driver(), efi_close_unsafe(), efi_open_by_child_untyped(), efi_open_by_driver_untyped(), efi_open_unsafe_untyped(), efi_open_untyped(), efi_veto_close_protocol(), and vesafb_mode_list().
◆ device [2/2]
◆ cache_segment [2/2]
| uint16_t cache_segment |
◆ load_segment [2/2]
◆ load_sectors [2/2]
◆ cyl [2/3]
◆ cyl_sector [2/3]
| uint8_t cyl_sector |
◆ head [2/3]
| uint8_t head |
Head number.
Definition at line 23 of file int13.h.
Referenced by ath_descdma_cleanup(), ath_descdma_cleanup(), ath_descdma_setup(), ath_tx_txqaddbuf(), ccmp_decrypt(), ccmp_encrypt(), ehci_endpoint_update(), expand_settings(), extern_list_add(), extern_list_add_tail(), extern_list_contains(), extern_list_is_last(), inline_list_add(), inline_list_add_tail(), inline_list_contains(), inline_list_is_last(), int13_rw_sectors(), peerblk_done(), peerblk_expired(), phantom_dmesg(), tkip_decrypt(), tkip_encrypt(), tx_dist(), vring_add_buf(), and vring_detach().
◆ size [3/4]
| uint8_t int13_cdrom_boot_catalog_command::size |
◆ count [3/4]
| uint8_t int13_cdrom_boot_catalog_command::count |
◆ buffer [3/4]
| uint32_t int13_cdrom_boot_catalog_command::buffer |
◆ start [1/4]
| uint16_t int13_cdrom_boot_catalog_command::start |
◆ start [2/4]
| uint32_t start |
◆ head [3/3]
◆ cyl_sector [3/3]
| uint8_t partition_chs::cyl_sector |
◆ cyl [3/3]
◆ bootable [1/2]
◆ chs_start [1/2]
| struct partition_chs partition_table_entry::chs_start |
C/H/S start address.
Definition at line 266 of file int13.h.
Referenced by int13_guess_geometry_hdd().
◆ type [1/2]
| uint8_t partition_table_entry::type |
System indicator (partition type)
Definition at line 268 of file int13.h.
Referenced by int13_guess_geometry_hdd().
◆ chs_end [1/2]
| struct partition_chs partition_table_entry::chs_end |
C/H/S end address.
Definition at line 270 of file int13.h.
Referenced by int13_guess_geometry_hdd().
◆ start [3/4]
| uint32_t partition_table_entry::start |
Linear start address.
Definition at line 272 of file int13.h.
Referenced by int13_guess_geometry_hdd(), and int13con_find().
◆ length [1/2]
| uint32_t partition_table_entry::length |
◆ bootable [2/2]
◆ chs_start [2/2]
| struct partition_chs chs_start |
◆ type [2/2]
◆ chs_end [2/2]
| struct partition_chs chs_end |
◆ length [2/2]
◆ code [1/2]
◆ signature [1/2]
| uint32_t master_boot_record::signature |
◆ pad [1/2]
◆ partitions [1/2]
| struct partition_table_entry master_boot_record::partitions[4] |
Partition table.
Definition at line 286 of file int13.h.
Referenced by int13_guess_geometry_hdd(), and int13con_find().
◆ magic [1/2]
| uint16_t master_boot_record::magic |
◆ code [2/2]
◆ signature [2/2]
◆ pad [2/2]
◆ partitions [2/2]
| struct partition_table_entry partitions[4] |
◆ magic [2/2]
◆ tracks
◆ heads_spt
| uint8_t int13_fdd_geometry::heads_spt |
◆ __attribute__
| struct int13_fdd_geometry __attribute__ |
◆ step_rate__head_unload [1/2]
◆ head_load__ndma [1/2]
◆ motor_off_delay [1/2]
◆ bytes_per_sector [1/2]
◆ sectors_per_track [3/3]
◆ gap_length [1/2]
◆ data_length [1/2]
◆ format_gap_length [1/2]
◆ format_filler [1/2]
◆ head_settle_time [1/2]
◆ motor_start_time [1/2]
◆ step_rate__head_unload [2/2]
◆ head_load__ndma [2/2]
◆ motor_off_delay [2/2]
◆ bytes_per_sector [2/2]
◆ gap_length [2/2]
◆ data_length [2/2]
◆ format_gap_length [2/2]
◆ format_filler [2/2]
◆ head_settle_time [2/2]
◆ motor_start_time [2/2]
◆ size [4/4]
| unsigned int size |
Buffer size.
Size of packet in bytes.
Entry size (in 32-bit words)
Definition at line 3 of file dwmac.h.
Referenced by __attribute__(), __attribute__(), __attribute__(), __volatile__(), __volatile__(), __volatile__(), __volatile__(), __volatile__(), __volatile__(), __volatile__(), alloc_sandev(), amd8111e_transmit(), ar9300_uncompress_block(), arbel_map_vpm(), ath5k_copy_channels(), ath5k_hw_ini_mode_registers(), ath5k_hw_ini_registers(), ath5k_hw_rfgain_init(), ath5k_hw_setup_rx_desc(), ath9k_hw_def_check_eeprom(), ath9k_hw_get_txq_props(), ath9k_hw_process_rxdesc_edma(), ath9k_hw_setup_statusring(), ath9k_hw_setuprxdesc(), ath9k_hw_usb_gen_fill_eeprom(), atl1e_setup_ring_resources(), atl_hw_read_mem(), bigint_add_okx(), bigint_add_raw(), bigint_add_sample(), bigint_bit_is_set_okx(), bigint_bit_is_set_raw(), bigint_bit_is_set_sample(), bigint_copy_sample(), bigint_done_raw(), bigint_done_sample(), bigint_init_raw(), bigint_init_sample(), bigint_is_geq_okx(), bigint_is_geq_raw(), bigint_is_geq_sample(), bigint_is_zero_okx(), bigint_is_zero_raw(), bigint_is_zero_sample(), bigint_ladder_raw(), bigint_max_set_bit_okx(), bigint_max_set_bit_raw(), bigint_max_set_bit_sample(), bigint_mod_exp_ladder(), bigint_mod_exp_okx(), bigint_mod_exp_raw(), bigint_mod_exp_sample(), bigint_mod_invert_raw(), bigint_mod_invert_sample(), bigint_montgomery_okx(), bigint_montgomery_raw(), bigint_montgomery_relaxed_raw(), bigint_montgomery_sample(), bigint_multiply_one(), bigint_ntoa_raw(), bigint_reduce_okx(), bigint_reduce_raw(), bigint_reduce_sample(), bigint_shl_okx(), bigint_shl_raw(), bigint_shl_sample(), bigint_shr_okx(), bigint_shr_raw(), bigint_shr_sample(), bigint_shrink_raw(), bigint_subtract_okx(), bigint_subtract_raw(), bigint_subtract_sample(), bigint_swap_okx(), bigint_swap_raw(), bigint_swap_sample(), block_translate(), bnx2_transmit(), calloc(), copy_to_rm_stack(), denumerate_int_setting(), dhe_key(), discard_cache(), dmfe_transmit(), dt_ioremap(), ecdsa_alloc(), ecdsa_init_values(), ecdsa_invert(), ecdsa_parse_signature(), ecdsa_prepend_signature(), ecdsa_sign_rs(), ecdsa_verify_rs(), efi_allocate_pool_wrapper(), efi_block_label(), efi_boot_path(), efi_cacert_all(), efi_current_boot_path(), efi_ifr_numeric_op(), efi_local_check_volume_name(), efi_local_len(), efi_local_step(), efifb_select_mode(), efivars_fetch(), efivars_find(), ena_llq_config(), ena_set_caps(), eth_transmit(), fdt_reg_size(), fdtmem_update_node(), FILE_LICENCE(), FILE_SECBOOT(), forcedeth_transmit(), free_phys(), heap_alloc_block(), heap_free_block(), hermon_map_vpm(), ib_srp_parse_byte_string(), igbvf_read_mbx_vf(), igbvf_read_posted_mbx(), igbvf_write_mbx_vf(), igbvf_write_posted_mbx(), linux_fstat_size(), malloc(), malloc_phys(), malloc_phys_offset(), meme820(), memmap_largest(), memmap_update(), memmap_use(), mlx_memory_alloc(), mlx_memory_alloc_dma(), mlx_memory_alloc_dma_priv(), mlx_memory_alloc_priv(), mlx_memory_cmp(), mlx_memory_cmp_priv(), mlx_memory_free_dma(), mlx_memory_free_dma_priv(), mlx_memory_set(), mlx_memory_set_priv(), mlx_memory_zalloc(), mlx_memory_zalloc_priv(), ncm_open(), net80211_accum_frags(), net80211_cts_duration(), net80211_ll_pull(), net80211_rx_frag(), nodnic_port_allocate_dbr_dma(), oncrpc_compute_size(), pci_bar_size(), pxe_checksum(), qib7322_create_send_bufs(), relocate(), remove_from_rm_stack(), rsa_alloc(), skge_rx_reuse(), sky2_rx_map_iob(), sky2_rx_start(), snprintf(), tg3_do_test_dma(), uheap_find(), uheap_grow(), uheap_shrink(), umalloc(), virtio_pci_map_capability(), vpm_find_vqs(), vsnprintf(), vxge_hw_ring_rxd_1b_set(), weierstrass_add_ladder(), weierstrass_add_once(), weierstrass_add_raw(), weierstrass_done_raw(), weierstrass_exec(), weierstrass_init_curve(), weierstrass_init_raw(), weierstrass_is_infinity(), weierstrass_multiply(), weierstrass_verify_raw(), xengrant_init(), and zalloc().
◆ count [4/4]
| uint32_t count = count |
Number of entries.
Number of ranges.
Number of sectors of boot catalog to read.
Number of sections (must be 1)
Actual number of entries.
Definition at line 220 of file dwmac.h.
Referenced by __attribute__(), __attribute__(), __attribute__(), dwmac_mac::__attribute__(), __data16(), acpi_find_via_rsdt(), alloc_gpios(), alloc_sandev(), ansiesc_call_handler(), ansiesc_process(), ar9300_read_eeprom(), ar9300_read_otp(), atadev_command(), atadev_read(), atadev_write(), ath5k_copy_channels(), ath9k_hw_check_alive(), ath_hw_pll_rx_hang_check(), atl1e_tx_queue(), axge_in_complete(), bigint_ntoa_raw(), bios_handle_cup(), bios_handle_dectcem_reset(), bios_handle_dectcem_set(), bios_handle_ed(), bios_handle_sgr(), block_read(), block_write(), cert_exec(), cgem_init_ring(), cms_verify(), cpio_header(), cpio_parse_cmdline(), create_pinger(), dbg_efi_openers(), dbg_efi_protocols(), deflate_alphabet(), deflate_consume(), dt_find_driver(), dummy_san_hook(), dwgpio_probe(), eap_tx_nak(), ecam_find(), efab_init_mac(), efi_block_boot(), efi_block_hook(), efi_block_rw(), efi_block_scan(), efi_driver_exclude(), efi_driver_supported(), efi_get_next_monotonic_count_wrapper(), efi_handle_cup(), efi_handle_dectcem_reset(), efi_handle_dectcem_set(), efi_handle_ed(), efi_handle_name(), efi_handle_sgr(), efi_null_vlan_find(), efi_path_fetch_dns(), efi_usb_path(), efi_veto(), efi_veto_close(), efi_veto_close_handle(), efi_veto_close_protocol(), efi_veto_disconnect(), efi_vlan_find(), efipci_discover_one(), efipci_dma_map(), efisig_image_probe(), ehci_endpoint_count(), ehci_endpoint_stream(), ehci_enqueue(), ena_set_caps(), falcon_gmii_wait(), falcon_init_sram(), falcon_init_xmac(), falcon_reset_xaui(), falcon_reset_xmac(), falcon_spi_wait(), falcon_tenxpress_check_c11(), fbcon_handle_cup(), fbcon_handle_dectcem_reset(), fbcon_handle_dectcem_set(), fbcon_handle_ed(), fbcon_handle_sgr(), fdt_cells(), fdt_nop(), fdt_reg_count(), fdt_string(), fdt_strings(), fdt_test_exec(), fdtmem_update_node(), fetch_ipv4_array_setting(), fetch_ipv6_array_setting(), FILE_LICENCE(), FILE_SECBOOT(), gve_describe(), gve_poll_tx(), gve_transmit(), hex_decode(), hfa384x_wait_for_event(), http_block_read(), http_block_read(), ibft_set_ipaddr_setting(), ice_admin_schedule_is_parent(), insb(), insl(), insw(), int13_extended_rw(), int13_extended_seek(), int13_extended_verify(), int13_hook(), int13_rw_sectors(), intel_init_ring(), intelxl_init_ring(), intelxlvf_init_ring(), ioremap_pages(), linux_read(), linux_write(), meme820(), memmap_settings_fetch(), mlx_pci_config(), mlx_pci_mem_read(), mlx_pci_mem_read_priv(), mlx_pci_mem_write(), mlx_pci_mem_write_priv(), mlx_pci_read(), mlx_pci_read_priv(), mlx_pci_write(), mlx_pci_write_priv(), ncm_in_prefill(), neighbour_tx_queue(), netfront_pull(), netfront_transmit(), nfs_read(), nii_map(), null_san_hook(), outsb(), outsl(), outsw(), parse_eeprom(), pci_find_next(), pci_msix_map(), peerdist_discovery_reply(), peermux_block_stat(), ping(), qib7322_create_send_bufs(), rdc_init_ring(), realtek_init_ring(), rtc_entropy_check(), rtl818x_handle_rx(), rtl818x_handle_tx(), san_hook(), sanboot_core_exec(), sandev_parse_iso9660(), sandev_read(), sandev_rw(), sandev_write(), scsidev_command(), scsidev_read(), scsidev_write(), select_setting_row(), sfe4001_init(), shuffle(), sis190_process_rx(), sky2_receive(), smbios_structure(), split_command(), syslog_handle_priority(), syslogs_handle_priority(), system(), tls_iob_reserved(), txnic_bgx_detect(), txnic_lmac_probe_all(), ucode_parse_amd(), ucode_verify(), uhci_endpoint_message(), uhci_endpoint_stream(), uhci_enqueue(), uri_decode(), usb_used(), usbio_config(), usbio_interfaces(), xcm_list(), xengrant_alloc(), xengrant_free(), xhci_endpoint_count(), xhci_endpoint_stream(), xhci_enqueue_multi(), xhci_event_alloc(), xhci_event_free(), xhci_event_poll(), xhci_ring_alloc(), xhci_ring_free(), xhci_ring_reset(), and xhci_supported_protocol().
◆ buffer [4/4]
| SEGOFF16_t buffer |
Buffer index (or NETVSC_RNDIS_NO_BUFFER)
UDP payload buffer address.
Buffer for boot catalog.
Definition at line 5 of file netvsc.h.
Referenced by aes_decrypt(), aes_encrypt(), ar9300_eeprom_read_byte(), ar9300_eeprom_read_word(), ar9300_read_eeprom(), ar9300_read_otp(), atacmd_data_buffer(), atacmd_data_none(), atacmd_data_priv(), atadev_command(), atadev_read(), atadev_write(), atl_hw_read_mem(), block_read(), block_translate(), block_write(), com32_load_image(), DEFINE_XEN_GUEST_HANDLE(), disable_nodnic_inteface(), downloader_finished(), efi_allocate_pool_wrapper(), efi_block_rw(), efi_free_pool_wrapper(), efi_locate_handle_buffer_wrapper(), efi_locate_handle_wrapper(), efi_mp_call(), efi_usb_get_string_descriptor(), efi_vlan_find(), efx_hunt_alloc_special_buffer(), elf_load_segment(), falcon_alloc_special_buffer(), FILE_LICENCE(), flexboot_nodnic_is_supported(), get_eeprom_chksum(), get_eeprom_data(), http_block_read(), http_block_read(), int13_extended_rw(), int13_rw_sectors(), mlx_icmd_get_semaphore(), mlx_icmd_get_status(), mlx_icmd_go(), mlx_icmd_set_opcode(), mlx_pci_config(), mlx_pci_config_byte(), mlx_pci_config_dword(), mlx_pci_config_word(), mlx_pci_gw_read(), mlx_pci_gw_write(), mlx_pci_mem_read(), mlx_pci_mem_read_priv(), mlx_pci_mem_write(), mlx_pci_mem_write_priv(), mlx_pci_read(), mlx_pci_read_priv(), mlx_pci_write(), mlx_pci_write_priv(), multiboot_load_raw(), netvsc_buffer_copy(), netvsc_create_buffer(), netvsc_destroy_buffer(), netvsc_establish_buffer(), netvsc_revoke_buffer(), nodnic_cmd_read(), nodnic_cmd_write(), nodnic_device_get_cap(), nodnic_device_get_fw_version(), nodnic_device_get_nodnic_data(), nodnic_device_start_nodnic(), nodnic_port_get_qpn(), nodnic_port_query(), nodnic_port_set(), nodnic_port_set_promisc(), nodnic_port_set_promisc_multicast(), nodnic_port_update_ring_doorbell(), peermux_info_close(), phantom_issue_buf_cmd(), pxe_exec(), pxenv_file_cmdline(), pxenv_file_read(), pxenv_get_cached_info(), pxenv_udp_read(), pxenv_udp_write(), sandev_read(), sandev_rw(), sandev_write(), scsidev_command(), scsidev_read(), scsidev_write(), and wait_for_device_initialization().
◆ start [4/4]
| uint32_t start |
Starting offset.
Linear start address.
Definition at line 1 of file netvsc.h.
Referenced by acpi_udelay(), arbel_map_vpm(), DEFINE_XEN_GUEST_HANDLE(), deflate_decode(), dns_encode(), ecam_find(), efi_null_usb_async_interrupt_transfer(), efi_usb_async_interrupt_transfer(), efipci_discover_one(), efipci_ioremap(), efisig_find(), expand_settings(), fbcon_init(), fdtmem_update_node(), FILE_LICENCE(), find_smbios(), find_smbios3_entry(), find_smbios_entry(), getchar_timeout(), heap_populate(), hermon_alloc_mtt(), hermon_map_vpm(), hermon_set_port_type(), hide_region(), hv_udelay(), inet6_ntoa(), initrd_reshuffle(), initrd_squash_high(), initrd_swap_any(), int13_cdrom_read_boot_catalog(), int13con_find(), int15_sync(), ioremap_pages(), ipair_key(), ipair_tag(), meme820(), memmap_largest(), memmap_settings_fetch(), memmap_update(), memmap_use(), multiboot_add_modules(), net80211_add_channels(), net80211_ll_pull(), nfs_uri_next_path_component(), nv_mgmt_get_version(), pci_bar_set(), pci_bar_size(), pci_msix_ioremap(), peerblk_deliver(), peerblk_retrieval_rx(), peerdist_discovery_reply_values(), peerdist_info_block(), prep_segment(), pxe_menu_prompt_and_select(), qib7322_create_send_bufs(), rdc_create_ring(), rdtsc_udelay(), relocate(), rsa_decrypt(), rsdp_find_rsdt_range(), sec80211_detect_ie(), sis190_rx_fill(), skge_ramset(), sky2_ramset(), sleep_interruptible(), smbios_checksum(), strrchr(), tcp_in_window(), tcp_shutdown(), time_exec(), ucode_describe(), ucode_parse(), ucode_parse_amd(), ucode_parse_intel(), ucode_verify(), uheap_find(), and virtio_pci_map_capability().
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