wireless/shared_mbss_mac/mhi_mib_id.h

   1 /******************************************************************************
   2
   3                                Copyright (c) 2012
   4                             Lantiq Deutschland GmbH
   5
   6   For licensing information, see the file 'LICENSE' in the root folder of
   7   this software module.
   8
   9 ******************************************************************************/
  10 /****************************************************************************
  11  ****************************************************************************
  12  **
  13  ** COMPONENT:      Managed Object Definitions
  14  **
  15  ** MODULE:         $File: //bwp/enet/demo153_sw/develop/src/shared/mhi_mib_id.h $
  16  **
  17  ** VERSION:        $Revision: #8 $
  18  **
  19  ** DATED:          $Date: 2004/02/20 $
  20  **
  21  ** AUTHOR:         S Sondergaard
  22  **
  23  ** DESCRIPTION:    External interface for managed objects
  24  **
  25  ****************************************************************************
  26  *
  27  *
  28  *
  29  *
  30  *
  31  ****************************************************************************/
  32
  33 #ifndef  __MHI_MIB_ID_INCLUDED
  34 #define  __MHI_MIB_ID_INCLUDED
  35
  36 #define   MTLK_PACK_ON
  37 #include "mtlkpack.h"
  38
  39 /***************************************************************************/
  40 /***                   Include File Dependencies                         ***/
  41 /***************************************************************************/
  42
  43 /***************************************************************************/
  44 /***                  Global data                                        ***/
  45 /***************************************************************************/
  46
  47 /*----Macro Definitions-----------------------------------------------------*/
  48 /* Keep up to date with hi_motab.h */
  49
  50
  51 /* MIB key length validations */
  52 #define MIB_WEP_KEY_INVALID_LENGTH          0       /* WEP key is not set */
  53 #define MIB_WEP_KEY_WEP1_LENGTH             5       /* WEP key type 1 is 40 bits (5 bytes) */
  54 #define MIB_WEP_KEY_WEP2_LENGTH             13      /* WEP key type 2 is 104 bits (13 bytes) */
  55                                                     /* define other values for other keys here */
  56
  57 #define NO_RATE                             0xFFFF
  58
  59 #define FORCED_RATE_LEGACY_MASK             0x0001
  60 #define FORCED_RATE_HT_MASK                 0x0002
  61
  62 /***************************************************************************/
  63 /***                       RSN MIB Objects                               ***/
  64 /***************************************************************************/
  65
  66 /* RSN Control */
  67 #define RSNMIB_DEFAULT_REPLAY_WINDOW        (16)
  68
  69 typedef struct _RSNMIB_CONTROL
  70 {
  71     uint8   u8IsRsnEnabled; //dot11RSNAActivated
  72     uint8   u8IsTsnEnabled;
  73     uint8   reserved[2];
  74 } __MTLK_PACKED RSNMIB_CONTROL;
  75
  76 /* Pairwise alert thresholds */
  77 typedef struct _RSNMIB_PAIRWISE_ALERT_THRESHOLDS
  78 {
  79     uint16  u16TkipIcvErrorThreshold;
  80     uint16  u16TkipMicFailureThreshold;
  81     uint16  u16TkipReplayThreshold;
  82     uint16  u16CcmpMicFailureThreshold;
  83     uint16  u16CcmpReplayThreshold;
  84     uint16  u16NumTxThreshold;
  85 } __MTLK_PACKED RSNMIB_PAIRWISE_ALERT_THRESHOLDS;
  86
  87 /* Group alert thresholds */
  88 typedef struct _RSNMIB_GROUP_ALERT_THRESHOLDS
  89 {
  90     uint16  u16TkipIcvErrorThreshold;
  91     uint16  u16TkipMicFailureThreshold;
  92     uint16  u16CcmpMicFailureThreshold;
  93     uint16  u16NumTxThreshold;
  94 } __MTLK_PACKED RSNMIB_GROUP_ALERT_THRESHOLDS;
  95
  96 /* RSN security parameters in RSN IE format */
  97 #define MIB_RSN_PARAMETERS_LENGTH           (40)
  98 /*--------------------------------------------------------------------------
  99  * Managed Object Type Definitions
 100  *
 101  * Description:     WME Parameters
 102  *--------------------------------------------------------------------------*/
 103 /* Constant definitions for WME */
 104
 105 #define MAX_USER_PRIORITIES                 4
 106
 107
 108 typedef struct _MIB_WME_TABLE
 109 {
 110     uint8   au8CWmin[MTLK_PAD4(MAX_USER_PRIORITIES)];  /* Log CW min */
 111     uint16  au16Cwmax[MTLK_PAD4(MAX_USER_PRIORITIES)]; /* Log CW max */
 112     uint8   au8AIFS[MTLK_PAD4(MAX_USER_PRIORITIES)];
 113     uint16  au16TXOPlimit[MTLK_PAD4(MAX_USER_PRIORITIES)];
 114     uint16  auMSDULifeTime[MTLK_PAD4(MAX_USER_PRIORITIES)];
 115     uint8   auAdmissionControl[MTLK_PAD4(MAX_USER_PRIORITIES)];
 116 } __MTLK_PACKED MIB_WME_TABLE;
 117
 118
 119
 120 typedef struct _FM_WME_OUI_AND_VER
 121 {
 122     uint8  au8OUI[3];
 123     uint8  u8OUItype;
 124     uint8  u8OUIsubType;
 125     uint8  u8Version;
 126     uint8  u8QosInfoField;
 127     uint8  u8Reserved;
 128 } __MTLK_PACKED FM_WME_OUI_AND_VER;
 129
 130 typedef struct _FM_WME_QOS_INFO_FIELD
 131 {
 132         uint8  parameterSetCount        :4;
 133         uint8  reserved                         :3;
 134     uint8  au8OUI                               :1;
 135 } __MTLK_PACKED FM_WME_QOS_INFO_FIELD;
 136
 137 typedef struct _PRE_ACTIVATE_MIB_TYPE
 138 {
 139     uint8  u8Reserved[3]                   ; // for 32 bit alignment
 140         uint8  u8NetworkMode                   ; // MIB_NETWORK_MODE uses NETWORK_MODES_E values
 141     uint8  u8UpperLowerChannel             ; // MIB_UPPER_LOWER_CHANNEL_BONDING
 142     uint8  u8SpectrumMode                  ; // MIB_SPECTRUM_MODE
 143     uint8  u8ShortSlotTimeOptionEnabled11g ; // MIB_SHORT_SLOT_TIME_OPTION_ENABLED_11G
 144     uint8  u8ShortPreambleOptionImplemented; // MIB_SHORT_PREAMBLE_OPTION_IMPLEMENTED
 145     uint32 u32BSSOperationalRateSet           ; // MIB_OPERATIONAL_RATE_SET
 146     uint32 u32BSSbasicRateSet              ; // MIB_BSS_BASIC_RATE_SET
 147     uint32 u32BSSSupportedRateSet          ; // MIB_BSS_SUPPORTED_RATE_SET
 148     uint32 u32BSSExtendedRateSet           ; // MIB_BSS_EXTENDED_RATE_SET
 149
 150 } __MTLK_PACKED PRE_ACTIVATE_MIB_TYPE;
 151
 152 typedef enum _NETWORK_MODES
 153 {
 154         NETWORK_11B_ONLY,
 155         NETWORK_11G_ONLY,
 156         NETWORK_11N_2_4_ONLY,
 157         NETWORK_11BG_MIXED,
 158         NETWORK_11GN_MIXED,
 159         NETWORK_11BGN_MIXED,
 160         NETWORK_11A_ONLY,
 161         NETWORK_11N_5_ONLY,
 162         NETWORK_11AN_MIXED,
 163         NUM_OF_NETWORK_MODES
 164 } NETWORK_MODES_E;
 165
 166 /*--------------------------------------------------------------------------
 167  * Managed Object definitions
 168 *
 169 * Description:     The representation of unsigned 8-bits value
 170 *
 171 *--------------------------------------------------------------------------*/
 172 typedef uint8  MIB_UINT8;
 173
 174 /*--------------------------------------------------------------------------
 175 * Managed Object definitions
 176 *
 177 * Description:     The representation of unsigned 16-bits value
 178 *
 179 *--------------------------------------------------------------------------*/
 180 typedef uint16 MIB_UINT16;
 181
 182 /*--------------------------------------------------------------------------
 183 * Managed Object definitions
 184 *
 185 * Description:     The representation of unsigned 32-bits value
 186 *
 187 *--------------------------------------------------------------------------*/
 188 typedef uint32 MIB_UINT32;
 189
 190 /*--------------------------------------------------------------------------
 191 * Managed Object definitions
 192 *
 193 * Description:     The representation of unsigned 64-bits value
 194 *
 195 *--------------------------------------------------------------------------*/
 196 #ifdef __ghs
 197 typedef struct _MIB_UINT64
 198 {
 199     uint32 ui32Low;
 200     uint32 ui32High;
 201 } MIB_UINT64;
 202 #else
 203 typedef uint64 MIB_UINT64;
 204 #endif
 205
 206
 207 /*--------------------------------------------------------------------------
 208 * Managed Object definitions
 209 *
 210 * Description:     TPC Object definitions
 211 *
 212 * Representation:
 213 *
 214 *--------------------------------------------------------------------------*/
 215 #define TPC_FREQ_STR_NUM        (4)
 216 #define TPC_FREQ_POINT_NUM      (5)
 217
 218 typedef struct _TPC_FREQ
 219 {
 220     uint8   chID;
 221     uint8   BackoffMultiplier;
 222     uint8   MaxTxPowerIndex;
 223     uint8   Backoff;
 224 // These are occupy 4 bytes
 225     uint16  X_axis[ MTLK_PAD2( TPC_FREQ_POINT_NUM ) ];
 226 // Array is assigned to 4-byte boundary
 227     uint8   Y_axis[ MTLK_PAD4( TPC_FREQ_POINT_NUM ) ];
 228 } __MTLK_PACKED TPC_FREQ;
 229
 230
 231 typedef struct _List_Of_Tpc
 232 {
 233     TPC_FREQ  sTPCerFreq [TPC_FREQ_STR_NUM];
 234 } __MTLK_PACKED List_Of_Tpc;
 235 /*--------------------------------------------------------------------------
 236  * Managed Object Type Definitions
 237  *
 238  * Description:     EEPROM Version ID, Number of points in TPC_FREQ structure
 239  *
 240  * Representation:  MIB_MANUFACTURER_ID
 241  *
 242  *--------------------------------------------------------------------------*/
 243 typedef struct __EEPROM_VERSION_TYPE
 244 {
 245         uint16 u16EEPROMVersion;
 246         uint8 u8NumberOfPoints5GHz;
 247         uint8 u8NumberOfPoints2GHz;
 248 } __MTLK_PACKED EEPROM_VERSION_TYPE;
 249
 250
 251 /*--------------------------------------------------------------------------
 252  * Managed Object definitions
 253  *
 254  * Description:     The name of the manufacturer
 255  *
 256  * Representation:  MIB_MANUFACTURER_ID
 257  *
 258  *--------------------------------------------------------------------------*/
 259 /* Max length of manufacturer id (including terminating null) */
 260 #define     MIB_MANUFACTURER_ID_LENGTH      16
 261
 262 typedef struct _MIB_MAN_ID
 263 {
 264     char acName[MTLK_PAD4(MIB_MANUFACTURER_ID_LENGTH)];
 265 } __MTLK_PACKED MIB_MAN_ID;
 266
 267
 268
 269 /*--------------------------------------------------------------------------
 270  * Managed Object Type Definitions
 271  *
 272  * Description:     The name/id of the product
 273  *
 274  * Representation:  MIB_MANUFACTURER_ID
 275  *
 276  *--------------------------------------------------------------------------*/
 277 /* Max length of manufacturer id (including terminating null) */
 278 #define     MIB_PRODUCT_ID_LENGTH           16
 279
 280 typedef struct _MIB_PROD_ID
 281 {
 282     char acName[MTLK_PAD4(MIB_PRODUCT_ID_LENGTH)];
 283 } __MTLK_PACKED MIB_PROD_ID;
 284
 285 /*--------------------------------------------------------------------------
 286  * Managed Object Type Definition
 287  *
 288  * Description:     ESS ID
 289  *
 290  * Representation:  MIB_ESSID
 291  *
 292  *--------------------------------------------------------------------------*/
 293 /* Maximum length of ESSID */
 294 #define     MIB_ESSID_LENGTH                32
 295
 296 typedef struct _MIB_ESS_ID
 297 {
 298     /* ESSID is a counted string.
 299     * A zero length implies broadcast address for scanning */
 300     uint8 u8Length;
 301     uint8 reserved[3];
 302     char  acESSID[MTLK_PAD4(MIB_ESSID_LENGTH + 1)]; /* + 1 allows zero termination for debug output */
 303 } __MTLK_PACKED MIB_ESS_ID;
 304
 305 /*--------------------------------------------------------------------------
 306  * Managed Object Type Definition
 307  *
 308  * Description:     Set of uint8 integers.
 309  *
 310  * Used to represent sets (e.g. authentication algorithms) of small  integers.
 311  *--------------------------------------------------------------------------*/
 312 #define MIB_SET_LENGTH                      32
 313
 314 typedef struct _MIB_SET_OF_U8
 315 {
 316     uint8 u8Nelements;         /* Number of elements in set */
 317     uint8 reserved[3];
 318     uint8 au8Elements[MTLK_PAD4(MIB_SET_LENGTH)];
 319 } __MTLK_PACKED MIB_SET_OF_U8;
 320
 321
 322 /*--------------------------------------------------------------------------
 323  * Managed Object Type Definition
 324  *
 325  * Description:     List of uint8 integers.
 326  *
 327  * Used to represent lists of small integers.
 328  *--------------------------------------------------------------------------*/
 329 #define MIB_LIST_LENGTH                     32
 330
 331 typedef struct _MIB_LIST_OF_U8
 332 {
 333     uint8  au8Elements[MTLK_PAD4(MIB_LIST_LENGTH)];
 334 } __MTLK_PACKED MIB_LIST_OF_U8;
 335
 336 /*--------------------------------------------------------------------------
 337  * Managed Object Type Definition
 338  *
 339  * Description:     Default WEP Keys
 340  *
 341  * Contains the default WEP keys
 342  *--------------------------------------------------------------------------*/
 343 /* The WEP secret key is either 40bits or 104bits */
 344 /* In each case, a 24bit IV is appended to create 64 or 128bit RC4 key */
 345 /* but that is stored in a separate structure */
 346 #define MIB_WEP_KEY_MAX_LENGTH              13
 347
 348 typedef struct _MIB_WEP_KEY
 349 {
 350     uint8 u8KeyLength;  /* Note: Length is used to infer type */
 351     uint8 reserved[3];
 352     uint8 au8KeyData[MTLK_PAD4(MIB_WEP_KEY_MAX_LENGTH)];
 353 } __MTLK_PACKED MIB_WEP_KEY;
 354
 355
 356 #define MIB_WEP_N_DEFAULT_KEYS              4
 357
 358 typedef struct _MIB_WEP_DEF_KEYS
 359 {
 360     MIB_WEP_KEY  sKey[MTLK_PAD4(MIB_WEP_N_DEFAULT_KEYS)];
 361 } __MTLK_PACKED MIB_WEP_DEF_KEYS;
 362
 363 #define BSS_BASIC_RATE_FLAG                 0x80;
 364
 365 /*
 366  * MAC related managed objects as specified in IEEE 802.11
 367  *   For detailed descriptions see IEEE 802.11,
 368  *   For other information (type etc) see hi_motab.h
 369  */
 370
 371 #define MAC_MO_BASE                         0x0000
 372
 373 #define MIB_KALISH_THE_INVALID_ID           0x0000
 374
 375 #define MIB_STATION_ID                      0x0001
 376 /* Reserved:                                0x0002 */
 377 #define MIB_DESIRED_ESSID                   0x0003
 378 //#define MIB_PROTOCOL_TYPE                 0x0004 <-- removed 13/8/2007.
 379
 380 #define MIB_PRIVACY_OPTION                  0x0005
 381
 382 #define MIB_AUTHENTICATION_TYPE             0x0006
 383 #define MIB_AUTHENTICATION_PREFERENCE       0x0007
 384 #define MIB_AUTHENTICATION_OPEN_SYSTEM      0
 385 #define MIB_AUTHENTICATION_SHARED_KEY       1
 386 #define MIB_AUTHENTICATION_AUTO                         2               // STA connects to AP according to AP's algorithm
 387
 388 #define MIB_PRIVACY_INVOKED                 0x0008
 389 #define MIB_EXCLUDE_UNENCRYPTED             0x0009
 390
 391 /* Reserved:                                0x0010 */
 392 /* Reserved:                                0x0011 */
 393
 394 #define MIB_LISTEN_INTERVAL                 0x0012
 395 /* Reserved:                                0x0013 */
 396 /* Reserved:                                0x0014 */
 397 /* Reserved:                                0x0015 */
 398 #define MIB_DTIM_PERIOD                     0x0016
 399 #define MIB_ATIM_WINDOW                     0x0017
 400 #define MIB_MEDIUM_OCC_LIMIT                0x0018
 401 #define MIB_MEDIUM_OCC_LIMIT_MAX            1000
 402
 403 #define MIB_SHORT_RETRY_LIMIT               0x0019
 404 #define MIB_LONG_RETRY_LIMIT                0x0020
 405
 406 #define MIB_GROUP_0_ADDRESS                 0x0021
 407 #define MIB_GROUP_1_ADDRESS                 0x0022
 408 #define MIB_GROUP_2_ADDRESS                 0x0023
 409 /* Reserved:                                0x0024 */
 410
 411 #define MIB_FRAGMENT_THRESHOLD              0x0025
 412 #define MIB_RTS_THRESHOLD                   0x0026
 413 #define MIB_MANUFACTURER_ID                 0x0027
 414 #define MIB_PRODUCT_ID                      0x0028
 415 #define MIB_RTS_ENABLED                     0x0029
 416 /* Reserved:                                0x0030 */
 417 /* Reserved:                                0x0031 */
 418 /* Reserved:                                0x0032 */
 419 /* Reserved                                 0x0033 */
 420
 421 /* Reserved:                                0x0034 */
 422
 423 /* Reserved:                                0x0035 */
 424
 425 #define MIB_TX_MSDU_LIFETIME                0x0036
 426 #define MIB_RX_MSDU_LIFETIME                0x0037
 427 #define MIB_BEACON_PERIOD                   0x0038
 428 #define     MIB_DEFAULT_BEACON_PERIOD       100 /* TU */
 429
 430 /* Reserved:                                0x0039 */
 431
 432 #define MIB_IEEE_ADDRESS                    0x0040
 433 #define MIB_ESSID                           0x0041
 434
 435 #define MIB_BSSID                           0x0042
 436
 437 #define MIB_ACTING_AS_AP                    0x0043
 438
 439 /* Make default channel scan time, beacon time * 1.33 */
 440 #define     MIB_DEFAULT_SCAN_MAX_CHANNEL_TIME (MIB_DEFAULT_BEACON_PERIOD + (MIB_DEFAULT_BEACON_PERIOD / 3))
 441
 442 #define         MIB_REG_DOMAIN_AU   (0x44)
 443 #define         MIB_REG_DOMAIN_BR   (0x45)
 444 #define         MIB_REG_DOMAIN_CN   (0x46)
 445
 446
 447 #define         MIB_SCAN_TYPE                       0x0049
 448 #define     MIB_ST_ACTIVE  0    /* Active - sends probes */
 449 #define     MIB_ST_PASSIVE 1    /* Passive - scan for beacons */
 450
 451 #define     MIB_REG_DOMAIN_APAC   0x50
 452
 453 #define MIB_POWER_SAVING_CONTROL_MODE       0x0052
 454 #define     MIB_PSCM_CAM      0     /* Constant awake mode - ACTIVE     */
 455 #define     MIB_PSCM_PS       1     /* Power-saving                     */
 456 #define     MIB_PSCM_INVALID  2     /* Initial setting for code         */
 457
 458 /* Reserved:                                0x0053 */
 459 /* Reserved:                                0x0054 */
 460
 461
 462 #define MIB_STATION_AID                     0x0055
 463 #define MIB_HIBERNATION_CONTROL_MODE        0x0056
 464 #define     MIB_HCM_DISABLED  0     /* No Hibernation     */
 465 #define     MIB_HCM_STANDARD  1     /* Standard operation */
 466 #define     MIB_HCM_SMART     2     /* Smart    operation */
 467
 468 #define MIB_REQUIRE_IBSS_AUTHENTICATION     0x0057
 469
 470 #define MIB_WEP_DEFAULT_KEYS                0x0060
 471 #define MIB_WEP_DEFAULT_KEYID               0x0061
 472
 473 #define MIB_WEP_KEY_MAPPINGS                0x0062
 474 #define MIB_WEP_KEY_MAPPING_LENGTH          0x0063
 475 #define MIB_WEP_ICV_ERROR_COUNT             0x0064
 476 #define MIB_WEP_EXCLUDED_COUNT              0x0065
 477 #define MIB_WEP_UNDECRYPTABLE_COUNT         0x0066
 478
 479 #define MIB_TWO_ANTENNA_TRANSMISSION_ENABLE 0x0067
 480
 481
 482 #define MIB_CFP_POLLABLE                    0x0070
 483 #define MIB_NOT_CF_POLLABLE          0 /* STA is not CF pollable                                    */
 484 #define MIB_CF_POLLABLE_WITH_TX_ONLY 1 /* STA is CF pollable, do no poll (unless TXing)             */
 485 #define MIB_FULLY_CF_POLLABLE        2 /* STA is fully CF pollable                                  */
 486 #define MIB_CF_POLLABLE_DO_NOT_POLL  3 /* STA may RX dtat during CFP but does not wich to be polled */
 487
 488 #define MIB_CFP_PERIOD                      0x0071
 489 #define MIB_CFP_MAX_DURATION                0x0072
 490
 491 #define MIB_AUTH_RESP_TIMEOUT               0x0078
 492 /* #define MIB_MANDATORY_RATE_SET              0x007C */
 493 #define MIB_JOIN_FAILURE_TIMEOUT            0x0080
 494 #define MIB_ASSOCIATE_FAILURE_TIMEOUT       0x0081
 495 #define MIB_REASSOCIATE_FAILURE_TIMEOUT     0x0082
 496
 497
 498 /* Statistics */
 499 #define STAT_MO_BASE 0x0100
 500
 501 #define MIB_TX_FRAGMENT_COUNT               0x0101
 502 /* Reserved:                                0x0102 */
 503 /* Reserved:                                0x0103 */
 504 #define MIB_MULTICAST_TX_COUNT              0x0104
 505 /* Reserved:                                0x0105 */
 506 #define MIB_FAILED_TX_COUNT                 0x0106
 507 #define MIB_RETRY_COUNT                     0x0107
 508 #define MIB_MULTIPLE_RETRY_COUNT            0x0108
 509 #define MIB_PRE_ACTIVATE                    0x0109
 510 #define MIB_RTS_FAILURE                     0x0110
 511 #define MIB_ACK_FAILURE                     0x0111
 512 #define MIB_RX_FRAGMENT_COUNT               0x0112
 513 /* Reserved:                                0x0113 */
 514 #define MIB_MULTICAST_RX_COUNT              0x0114
 515 /* Reserved:                                0x0115 */
 516 /* Reserved:                                0x0116 */
 517 #define MIB_FCS_ERROR_RX_COUNT              0x0117
 518 /* Reserved:                                0x0118 */
 519 /* Reserved:                                0x0119 */
 520 /* Reserved:                                0x0120 */
 521 #define MIB_FRAME_DUPLICATE_COUNT           0x0121
 522
 523 /* PHY Managed Objects */
 524 #define PHY_MO_BASE 0x200
 525
 526 #define MIB_PHY_TYPE                        0x0200
 527 #define     MIB_PHY_TYPE_FHSS     1     /* hopping radio */
 528 #define     MIB_PHY_TYPE_DSS      2     /* direct sequence radio */
 529 #define     MIB_PHY_TYPE_IR       3     /* Infrared */
 530 #define     MIB_PHY_TYPE_OFDM     4     /* OFDM for 80211.b  */
 531
 532 #define MIB_CURRENT_REG_DOMAIN              0x0201
 533 #define MIB_REG_DOMAINS_SUPPORTED           0x0202
 534 #define     MIB_REG_DOMAIN_FCC    0x10
 535 #define     MIB_REG_DOMAIN_DOC    0x20
 536 #define     MIB_REG_DOMAIN_ETSI   0x30
 537 #define     MIB_REG_DOMAIN_SPAIN  0x31
 538 #define     MIB_REG_DOMAIN_FRANCE 0x32
 539 #define         MIB_REG_DOMAIN_UAE        0x33
 540 #define     MIB_REG_DOMAIN_GERMANY   0x34
 541 #define     MIB_REG_DOMAIN_MKK    0x40
 542 #define         MIB_REG_DOMAIN_IL         0x41
 543 #define         MIB_REG_DOMAIN_SG         0x42
 544
 545 #define     MIB_REG_DOMAIN_TEST_ONE     0x50
 546 #define     MIB_REG_DOMAIN_TEST_FOUR    0x60
 547
 548
 549 #define MIB_CHANNEL_SET                     0x0203
 550
 551 /* #define MIB_CCA_JAM                      0x0203 */
 552
 553
 554 /* Reserved:                                0x0207 */
 555 /* Reserved:                                0x0208 */
 556
 557 #define MIB_SUPPORTED_TX_ANTENNAS           0x0209
 558 #define MIB_CURRENT_TX_ANTENNA              0x0210
 559 /* This value selects Tx Antenna diversity.  This is an enhancement
 560  * to 802.11.  Other values take range 1..N_ANTENNAS. */
 561 #define     MIB_TX_ANT_DIVERSITY 0
 562
 563 /* Reserved:                                0x0211 */
 564
 565 #define MIB_SUPPORTED_RX_ANTENNAS           0x0212
 566 #define MIB_DIVERSITY_SUPPORT               0x0213
 567 #define     MIB_DIVERSITY_FIXED         1
 568 #define     MIB_DIVERSITY_UNSUPPORTED   2
 569 #define     MIB_DIVERSITY_CONTROLLABLE  3
 570
 571 #define MIB_DIVERSITY_SELECTION_RX          0x0214
 572 /* This value selects Rx Antenna diversity.  This is an enhancement
 573  * to 802.11.  Other values take range 1..N_ANTENNAS. */
 574 #define     MIB_RX_ANT_DIVERSITY        0
 575 #define     MIB_RX_ANT_1                1
 576 #define     MIB_RX_ANT_2                2
 577
 578 #define MIB_CURRENT_CHANNEL_NUMBER          0x0215
 579 #define MIB_RESTRICTED_CHANNEL_NUMBER       0x0216
 580 #define MIB_ANY_CHANNEL                     0
 581
 582 #define MIB_CURRENT_SET                     0x0217
 583 #define MIB_CURRENT_PATTERN                 0x0218
 584 #define MIB_CURRENT_INDEX                   0x0219
 585 /* Reserved:                                0x0220 */
 586 #define MIB_HOP_DWELL_PERIOD                0x0221
 587 #define MIB_CURRENT_TX_POWER_LEVEL          0x0222
 588 #define MIB_NUMBER_SUPPORTED_POWER_LEVELS   0x0223
 589 #define MIB_TX_POWER                        0x0224
 590 #define MIB_TEMP_TYPE                       0x0228
 591 #define     MIB_TEMP_COMMERCIAL         1 /*   0..40 deg. C */
 592 #define     MIB_TEMP_MILITARY1          2 /* -20..55 deg. C */
 593 #define     MIB_TEMP_MILITARY2          3 /* -30..70 deg. C */
 594
 595
 596 #define MIB_MPDU_MAX_LENGTH                 0x0230
 597 #define MIB_MAX_DWELL_TIME                  0x0231
 598 /* Reserved:                                0x0232 */
 599 /* Reserved:                                0x0233 */
 600 /* Added by eyal.be for phy metrics   */
 601
 602 #define MIB_RSSI_ALPHA_FILTER               0x0234
 603 #define MIB_NOISE_ALPHA_FILTER              0x0235
 604 #define MIB_RF_NOISE_ALPHA_FILTER           0x0236
 605 #define MIB_RF_FREQ_LONG_ALPHA_FILTER       0x0237
 606 #define MIB_RF_FREQ_SHORT_ALPHA_FILTER      0x0238
 607
 608 /* 802.11h - new MIB */
 609
 610 #define MIB_SM_ENABLE                             0x0240
 611 #define MIB_SM_MITIGATION_FACTOR                  0x0241  // This should be added to MIB. Because could be changed during normal BSS operation.
 612 #define MIB_SM_POWER_CAPABILITY_MAX               0x0242
 613 #define MIB_SM_POWER_CAPABILITY_MIN               0x0243
 614 #define MIB_COUNTRY                               0x0246  // These two elements should be added to the MIB. In the AP they are used to constructe the
 615 #define MIB_USER_POWER_SELECTION                  0x0247
 616
 617 /* other MIB */
 618 #define MIB_SWRESET_ON_ASSERT                     0x0250  // indicates that MAC should perform SW reset on assert
 619 #define MIB_DISCONNECT_ON_NACKS_ENABLE            0x0251  // indicates that MAC Consecutive NACK model for disconnecting station that left BSS should be enabled
 620 #define MIB_DISCONNECT_ON_NACKS_WEIGHT            0x0252  // indicates the weight level on which the MAC Consecutive NACK model should disconnect a station
 621
 622 /* Direct Multicast*/
 623 #define MIB_ENABLE_DMCAST                                                 0x0261  // Direct mutlicast enabled (uint16, TRUE/FALSE)
 624 #define MIB_DMCATS_RATE                           0x0262  // Direct mutlicast rate (uin16, rate index)
 625 #define MIB_MCAST_CB_DECISION                                     0x0263  // Multicast CB/nCB mode
 626
 627
 628 #define MIB_SAQUERY_RETRY_TIMEOUT                               0x0264
 629 #define MIB_SAQUERY_MAX_TIMEOUT                                 0x0265
 630
 631 #define MIB_MAX_SIZE_COUNTRY_ELEMENT_SUBBAND_TRIPLETS           (32)
 632
 633 typedef struct _MIB_COUNTRY_ELEMENT_TRIPLET
 634 {
 635     uint8  u8FirstChannelNumber;
 636     uint8  u8NumberOfChannels;
 637     uint8  u8MaximumTransmitPowerLevel;
 638     uint8  u8Reserved;
 639 } __MTLK_PACKED MIB_COUNTRY_ELEMENT_TRIPLET;
 640
 641 typedef struct _MIB_DMCAST_TYPE
 642 {
 643         uint16          bEnable;
 644         IEEE_ADDR       sMcastAddress;
 645 } __MTLK_PACKED MIB_DMCAST_TYPE;
 646
 647
 648 #define MIB_COUNTRY_STRING_LENGTH (3)
 649
 650 typedef struct _MIB_COUNTRY_ELEMENT_INFO
 651 {
 652     uint8 countryString[MTLK_PAD4(MIB_COUNTRY_STRING_LENGTH)];
 653         uint32 numOfSubBandTriplets;
 654     MIB_COUNTRY_ELEMENT_TRIPLET Table[MIB_MAX_SIZE_COUNTRY_ELEMENT_SUBBAND_TRIPLETS];
 655 } __MTLK_PACKED MIB_COUNTRY_ELEMENT_INFO;
 656
 657
 658 /*----PRIVATE MANAGED OBJECTS-----------------------------------------------
 659  * The following managed objects are not part of the 802.11 specification,
 660  * but are required for the operation of the MAC software.
 661  *--------------------------------------------------------------------------*/
 662 #define     MIB_PRIVATE_BASE                0x1000
 663
 664 /*--------------------------------------------------------------------------
 665  * Managed Object:      MIB_MAC_ENABLED
 666  *
 667  * Description:     Enable state of mac.   False (zero) prior to a
 668  *                  MIB_R_ENABLE_MAC request.   True (non-zero) after.
 669  *
 670  * Representation:  uint16 u16Nbytes
 671  *
 672  * Access:          r   at any time
 673  *--------------------------------------------------------------------------*/
 674 #define     MIB_MAC_ENABLED                 0x1003
 675
 676 /* Reserved: 0x1004 */
 677 /* Reserved: 0x1005 */
 678 /* Reserved: 0x1006 */
 679 /* Reserved: 0x1007 */
 680 /* Reserved: 0x1008 */
 681 /* Reserved: 0x1008 */
 682 /* Reserved: 0x1009 */
 683 /* Reserved: 0x100A */
 684 /* Reserved: 0x100B */
 685
 686 /*--------------------------------------------------------------------------
 687  * Managed Object:      MIB_EEPROM_VERSION
 688  *
 689  * Description:     EEPROM version number
 690  * Representation:  uint16
 691  *
 692  * Access:          w
 693   *--------------------------------------------------------------------------*/
 694 #define     MIB_EEPROM_VERSION              0x100C
 695
 696 /*--------------------------------------------------------------------------
 697  * Managed Object:      MIB_SW_VERSION
 698  *
 699  * Description:     Software version number
 700  * Representation:  uint16.   Decimal fixed-point 2-places
 701  *                  e.g. 123 represents V1.23.
 702  *
 703  * Access:          r   - At any time
 704  *--------------------------------------------------------------------------*/
 705 #define     MIB_SW_VERSION                  0x100D
 706
 707 /*--------------------------------------------------------------------------
 708  * Managed Object:      MIB_ASIC_VER
 709  *
 710  * Description:     ASIC ID and version number
 711  * Representation:  uint16
 712  *
 713  * Access:          r   - At any time
 714  *--------------------------------------------------------------------------*/
 715 #define     MIB_ASIC_VER                    0x100E
 716 /* Reserved: 0x100F */
 717 /* Reserved: 0x1010 */
 718 /* Reserved: 0x1011 */
 719 /* Reserved: 0x1012 */
 720
 721
 722 /*--------------------------------------------------------------------------
 723  * Managed Object:      MIB_INFRASTRUCTURE
 724  *
 725  * Description:     ESS infrastructure indicator
 726  *                  TRUE => infrastructure network
 727  *                  FALSE => ad-hoc network.
 728  * Representation:
 729  *
 730  * Access:          rw  - Prior to Adopt Configuration
 731  *                  r   - Thereafter
 732  *--------------------------------------------------------------------------*/
 733
 734 #define     MIB_INFRASTRUCTURE              0x1013
 735
 736 /*--------------------------------------------------------------------------
 737  * Managed Object:      MIB_RX_MODE
 738  *
 739  * Description:     Receive packet address filter mode.
 740  *
 741  * Representation:  uint16 (see below).        One of the MIB_RXM_* values.
 742  *
 743  * Access:          rw  - Prior to Adopt Configuration
 744  *                  r   - Thereafter
 745  *--------------------------------------------------------------------------*/
 746 #define     MIB_RXM_ADDRESSED     0 /* Packets addressed to me + broadcast */
 747 #define     MIB_RXM_MULTICAST     1 /* Packets addressed to me + multicast */
 748 #define     MIB_RXM_ALL           2 /* All Rx packets (promiscuous) */
 749 #define     MIB_RX_MODE                     0x1014
 750
 751 /* Reserved: 0x1015 */
 752 /* Reserved: 0x1016 */
 753
 754 /*--------------------------------------------------------------------------
 755  * Managed Object:      MIB_START_NET_TIMEOUT
 756  *
 757  * Description:     Time for which an station attempting to start
 758  *                  its own BSS will look for a suitable channel.
 759  *
 760  * Representation:  uint16 S
 761  *
 762  * Access:          rw  - Prior to Adopt Configuration
 763  *                  r   - Thereafter
 764  *--------------------------------------------------------------------------*/
 765 #define     MIB_START_NET_TIMEOUT           0x1017
 766
 767
 768 /*--------------------------------------------------------------------------
 769  * Managed Object:      MIB_BEACON_TIMEOUT
 770  *
 771  * Description:     Time after the last beacon RXed for the current BSS which
 772  *                  a station will look for another BSS.
 773  *
 774  * Representation:  uint16 S
 775  *
 776  * Access:          rw  - Prior to Adopt Configuration
 777  *                  r   - Thereafter
 778  *--------------------------------------------------------------------------*/
 779 #define     MIB_BEACON_TIMEOUT              0x1018
 780
 781
 782 /* Reserved: 0x1019 */
 783
 784 /*--------------------------------------------------------------------------
 785  * Managed Object:      MIB_PLATFORM
 786  *
 787  * Description:     Specifies the platform (including radio type) on which
 788  *                  the MAC is operating. Used to index a platform configuration
 789  *                  table which contains settings for radio registers and other
 790  *                  useful information
 791  *
 792  * Representation:  uint16
 793  *
 794  * Access:          rw  - Prior to Adopt Configuration
 795  *                  r   - Thereafter
 796  *--------------------------------------------------------------------------*/
 797 #define     MIB_PLATFORM                    0x101A
 798
 799
 800 /* Reserved: 0x101B */
 801 /* Reserved: 0x101C */
 802 /* Reserved: 0x101D */
 803 /* Reserved: 0x101E */
 804 /* Reserved: 0x101F */
 805 /* Reserved: 0x1020 */
 806
 807 /*--------------------------------------------------------------------------
 808  * Managed Object:      MIB_BSS_STATE
 809  *
 810  * Description:     Represents the current state of membership of a BSS.
 811  *
 812  * Representation:  uint16
 813  *
 814  * Access:          r   - read only
 815  *--------------------------------------------------------------------------*/
 816
 817 #define     MIB_BSS_STATE                   0x1021
 818
 819 /* Mac is not enabled         */
 820 #define       MIB_BSS_IDLE            0
 821
 822 /* Scanning to join or start a network */
 823 #define       MIB_BSS_SCANNING        1
 824
 825 /* Scanning to rejoin an existing network */
 826 #define       MIB_BSS_REJOINING       2
 827
 828 /* Are in sync with a BSS and have adopted BSS-wide parameters. */
 829 #define       MIB_BSS_ADOPTED         3
 830
 831 /* Have started my own network - but have not yet seen a beacon from
 832  * another station.
 833  */
 834 #define       MIB_BSS_STARTED         4
 835
 836 /*
 837  * The BSS actions are complete and successful.  The station is in sync with the BSS.
 838  * In an IBSS,  the station has seen at least one beacon from another station
 839  * in the same BSS.   For an infrastructure station,  it is authenticated and
 840  * associated.
 841  */
 842 #define       MIB_BSS_SUCCESSFUL      5
 843
 844 /* Failed to join or start a network.   The station must be reset to leave this state. */
 845 #define       MIB_BSS_FAILED          6
 846
 847 #define       MIB_BSS_AUTHENTICATING  7  /* Am authenticating with an AP */
 848 #define       MIB_BSS_ASSOCIATING     8  /* Am associating with an AP    */
 849
 850 /* Reserved: 0x1022 */
 851
 852 /*--------------------------------------------------------------------------
 853  * Managed Object:      MIB_DB_TIMEOUT
 854  *
 855  * Description:     The timeout applied to station entries in the database.
 856  *
 857  * Representation:  uint16
 858  *
 859  * Access:          RW adopt
 860  *--------------------------------------------------------------------------*/
 861 #define     MIB_DB_TIMEOUT                  0x1023
 862 /* Reserved: 0x1024 */
 863 /* Reserved: 0x1025 */
 864
 865 /*--------------------------------------------------------------------------
 866  * Managed Object:  MIB_RECEIVE_DTIMS
 867  *
 868  * Description:     Controls whether the station should wake out of power-
 869  *                  saving in order to receive DTIMS.
 870  *
 871  * Representation:  uint8 boolean
 872  *
 873  * Access:          RW
 874  *--------------------------------------------------------------------------*/
 875 #define     MIB_RECEIVE_DTIMS               0x1026
 876
 877 /* Reserved: 0x1027 */
 878 /* Reserved: 0x1028 */
 879
 880 /*--------------------------------------------------------------------------
 881  * Managed Object:  MIB_DESIRED_BSSID
 882  *
 883  * Description:     Specifies a specific BSSID which a station is required
 884  *                  to join,  or the broadcast BSSID (any BSSID).
 885  *
 886  * Representation:  IEEE_ADDDR
 887  *
 888  * Access:          RW_ADOPT
 889  *-------------------------------------------------------------------------*/
 890 #define     MIB_DESIRED_BSSID               0x1029
 891
 892 /*--------------------------------------------------------------------------
 893  * Managed Object:  MIB_REQUIRE_PCF
 894  *
 895  * Description:     Specifies require PCF if an infra BSS SCAN
 896  *
 897  *
 898  * Representation:  bool
 899  *
 900  * Access:          rw adopt
 901  *--------------------------------------------------------------------------*/
 902 #define  MIB_REQUIRE_PCF                    0x102B
 903
 904
 905 /*--------------------------------------------------------------------------
 906  * Managed Object:  MIB_DWELL_TIME
 907  *
 908  * Description:     The duration of the dwell.
 909  *
 910  * Representation:  uint16 Kus
 911  *
 912  * Access:          rw adopt
 913  *--------------------------------------------------------------------------*/
 914 #define     MIB_DWELL_TIME                  0x102C
 915
 916
 917 /*--------------------------------------------------------------------------
 918  * Managed Object:  MIB_MSDU_MAX_LENGTH
 919  *
 920  * Description:     This is the longest MSDU length which will be accepted
 921  *                  for transmission.
 922  *
 923  * Representation:  uint16 bytes payload length
 924  *
 925  * Access:          r
 926  *--------------------------------------------------------------------------*/
 927 #define     MIB_MSDU_MAX_LENGTH             0x102D
 928
 929
 930 /*--------------------------------------------------------------------------
 931  * Managed Object:  MIB_PASSIVE_SCAN_DUR
 932  *
 933  * Description:     Duration a station will listen for beacons on each channel
 934  *                  during passive scanning.
 935  *
 936  * Representation:  uint32 Kus
 937  *
 938  * Access:          rw adopt
 939  *--------------------------------------------------------------------------*/
 940 #define     MIB_PASSIVE_SCAN_DUR            0x102E
 941 #define     MIB_DEFAULT_PASSIVE_SCAN_DUR    (MIB_DEFAULT_BEACON_PERIOD + (MIB_DEFAULT_BEACON_PERIOD / 3))
 942
 943 /* Reserved: 0x1031 */
 944 #ifdef      PLATFORM_SETUP
 945 /*--------------------------------------------------------------------------
 946  * Managed Object:  MIB_MODCTL0
 947  *                  MIB_MODCTL1
 948  *                  MIB_DEMCTL0
 949  *                  MIB_DEMCTL1
 950  * Description:     These contain override settings to the platform
 951  *                  definition values.  The entire field in the platdefs.h
 952  *                  file is replaced by this MO value if it is non-zero.
 953  *
 954  * Representation:  uint16
 955  *
 956  * Access:          rw adopt
 957  *--------------------------------------------------------------------------*/
 958 #define     MIB_MODCTL0                     0x1032
 959 #define     MIB_MODCTL1                     0x1033
 960 #define     MIB_DEMCTL0                     0x1034
 961 #define     MIB_DEMCTL1                     0x1035
 962 #endif
 963
 964 /* Reserved: 0x1036 */
 965 /* Reserved: 0x1037 */
 966 /* Reserved: 0x1038 */
 967 /* Reserved: 0x1039 */
 968 /* Reserved: 0x103A */
 969 /* Reserved: 0x103B */
 970
 971 /* Transmit rate fallback management parameters */
 972 /*--------------------------------------------------------------------------
 973  * Managed Object:  MIB_FALLBACK_TXFAIL_THRESHOLD
 974  *
 975  * Description:    Percent tx failures before rate fallback occurs
 976  *
 977  *
 978  * Representation: uint16 percent
 979  *
 980  * Access:          rw
 981  *--------------------------------------------------------------------------*/
 982 #define     MIB_FALLBACK_TXFAIL_THRESHOLD   0x103C
 983
 984 /*--------------------------------------------------------------------------
 985  * Managed Object:  MIB_FALLBACK_POLL
 986  *
 987  * Description:     Time between testing the txfail threshold
 988  *
 989  *
 990  * Representation:  uint16 seconds
 991  *
 992  * Access:          rw
 993  *--------------------------------------------------------------------------*/
 994 #define     MIB_FALLBACK_POLL               0x103D
 995
 996 /*--------------------------------------------------------------------------
 997  * Managed Object:  MIB_FALLBACK_RECOVERY
 998  *
 999  * Description:     Time between trying to recover from a fallback state
1000  *
1001  *
1002  * Representation:  uint16 seconds
1003  *
1004  * Access:          rw
1005  *--------------------------------------------------------------------------*/
1006 #define     MIB_FALLBACK_RECOVERY           0x103E
1007
1008 /*--------------------------------------------------------------------------
1009  * Managed Object:  MIB_FALLBACK_FAILURE_RATIO_SMOOTHING_CONSTANT
1010  *
1011  * Description:     constant for smoothing the failure ratio for deciding when to
1012  *                  fall back to a lower data rate.
1013  *
1014  *
1015  * Representation:  percentage, 0--100
1016  *
1017  * Access:          rw
1018  *--------------------------------------------------------------------------*/
1019 #define     MIB_FALLBACK_FAILURE_RATIO_SMOOTHING_CONSTANT    0x103F
1020
1021 /*--------------------------------------------------------------------------
1022  * Managed Object:  MIB_NON_ERP_PROTECTION_CONTROL_11G
1023  *
1024  * Description:     802.11g. In APs and Ad-hoc Stations, controls whether
1025  *                  RTS/CTS protection should be used to improve
1026  *                  interoperability between 802.11g and legacy 802.11b
1027  *                  systems.
1028  *
1029  * Representation:  uint8 - boolean
1030  *
1031  * Access:          rw
1032  *--------------------------------------------------------------------------*/
1033 #define     MIB_PROTECTION_MODE                   0x1040
1034
1035 /* Bits 0:2 in several globals, including MIB_PROTECTION_MODE, are used to select
1036    the type of protection applied - OFDM (11G/ERP) and/or HT and/or HT_CB */
1037 #define PROTECT_NOTHING              0x00
1038 #define PROTECT_OFDM_PACKETS         0x01
1039 #define PROTECT_HT_PACKETS           0x02
1040 #define PROTECT_HT_CB_PACKETS        0x04
1041 #define PROTECT_MASK                 (PROTECT_OFDM_PACKETS|PROTECT_HT_PACKETS|PROTECT_HT_CB_PACKETS)
1042
1043 /* Bits 4:6 in several globals are used to select the type of protection
1044    applied in case of overlapping BSS condition (OFDM and/or HT and/or HT_CB */
1045 #define PROTECT_OVRLP_SHIFT          4
1046 #define PROTECT_OFDM_PACKETS_OVRLP   (PROTECT_OFDM_PACKETS <<PROTECT_OVRLP_SHIFT)
1047 #define PROTECT_HT_PACKETS_OVRLP     (PROTECT_HT_PACKETS   <<PROTECT_OVRLP_SHIFT)
1048 #define PROTECT_HT_CB_PACKETS_OVRLP  (PROTECT_HT_CB_PACKETS<<PROTECT_OVRLP_SHIFT)
1049 #define PROTECT_MASK_OVRLP           (PROTECT_OFDM_PACKETS_OVRLP|PROTECT_HT_PACKETS_OVRLP|PROTECT_HT_CB_PACKETS_OVRLP)
1050
1051 /* Bits 8:10 in several globals are used to store a copy of bits 4:6 in case of repeated
1052    detection of overlapping events in a single 10 sec observation interval */
1053 #define PROTECT_OVRLP_EXTRA_SHIFT    4
1054 #define PROTECT_HOVRLP_SHIFT         (PROTECT_OVRLP_SHIFT+PROTECT_OVRLP_EXTRA_SHIFT)
1055 #define PROTECT_OFDM_PACKETS_HOVRLP  (PROTECT_OFDM_PACKETS  <<PROTECT_HOVRLP_SHIFT)
1056 #define PROTECT_HT_PACKETS_HOVRLP    (PROTECT_HT_PACKETS    <<PROTECT_HOVRLP_SHIFT)
1057 #define PROTECT_HT_CB_PACKETS_HOVRLP (PROTECT_HT_CB_PACKETS <<PROTECT_HOVRLP_SHIFT)
1058 #define PROTECT_MASK_HOVRLP          (PROTECT_OFDM_PACKETS_HOVRLP|PROTECT_HT_PACKETS_HOVRLP|PROTECT_HT_CB_PACKETS_HOVRLP)
1059
1060 /*--------------------------------------------------------------------------
1061  * Managed Object:  MIB_SHORT_PREAMBLE_OPTION_IMPLEMENTED
1062  *
1063  * Description:     802.11b/g. In APs (and STAs in a IBSS), indicates that
1064  *                  it has PHY supporting short preamble.
1065  *
1066  * Representation:  uint8 - boolean
1067  *
1068  * Access:          rw
1069  *--------------------------------------------------------------------------*/
1070 #define     MIB_SHORT_PREAMBLE_OPTION_IMPLEMENTED        0x1041
1071
1072 /*--------------------------------------------------------------------------
1073  * Managed Object:  MIB_PBCC_OPTION_IMPLEMENTED
1074  *
1075  * Description:     802.11b/g. In APs (and STAs in a IBSS), indicates that
1076  *                  it has a PHY supporting PBCC coding.
1077  *
1078  * Representation:  uint8 - boolean
1079  *
1080  * Access:          rw
1081  *--------------------------------------------------------------------------*/
1082 #define     MIB_PBCC_OPTION_IMPLEMENTED     0x1042
1083
1084 /*--------------------------------------------------------------------------
1085  * Managed Object:  MIB_REQ_CCK_OFDM_CODING_CAPS
1086  *
1087  * Description:     802.11g. In APs (and STAs in a IBSS), indicates that
1088  *                  it has a PHY supporting CCK-OFDM coding.
1089  *
1090  * Representation:  uint8 - boolean
1091  *
1092  * Access:          rw
1093  *--------------------------------------------------------------------------*/
1094 #define     MIB_REQ_CCK_OFDM_CODING_CAP     0x1043
1095
1096
1097 /*--------------------------------------------------------------------------
1098  * Managed Object:  MIB_BSS_PHY_CAPS
1099  *
1100  * Description:     802.11b/g. In STAs(and STAs in a IBSS), stores the BSS PHY capabilities as
1101  *                  indicated by the AP.
1102  *
1103  * Representation:  uint16 - bit mask
1104  *
1105  * Access:          rw
1106  *--------------------------------------------------------------------------*/
1107 #define     MIB_BSS_PHY_CAPS                0x1044
1108
1109 /*--------------------------------------------------------------------------
1110  * Managed Object:  MIB_CFP_CAPABILITY_STA
1111  *
1112  * Description:     802.11b/g. In STAs, stores the BSS PHY capabilities as
1113  *                  indicated by the AP.
1114  *
1115  * Representation:  uint16 - bit mask
1116  *
1117  * Access:          rw
1118  *--------------------------------------------------------------------------*/
1119 #define MIB_CFP_CAPABILITY_STA              0x1045
1120
1121 /*--------------------------------------------------------------------------
1122  * Managed Object:  MIB_CFP_CAPABILITY_AP
1123  *
1124  * Description:     STAs Contention Free Capability
1125  *
1126  * Representation:  uint8 - bit mask
1127  *
1128  * Access:          rw
1129  *--------------------------------------------------------------------------*/
1130 #define MIB_CFP_CAPABILITY_AP               0x1046
1131
1132 /*--------------------------------------------------------------------------
1133  * Managed Object:  MIB_PCF_MORE_DATA_LIMIT
1134  *
1135  * Description:
1136  *
1137  * Representation:  uint32
1138  *
1139  * Access:          rw
1140  *--------------------------------------------------------------------------*/
1141 #define MIB_PCF_MORE_DATA_LIMIT             0x1047
1142
1143 /*--------------------------------------------------------------------------
1144  * Managed Object:  MIB_PCF_MORE_DATA_LIMIT
1145  *
1146  * Description:
1147  *
1148  * Representation:  uint32
1149  *
1150  * Access:          rw
1151  *--------------------------------------------------------------------------*/
1152 #define MIB_PCF_NO_MORE_DATA_LIMIT          0x1048
1153
1154 /*--------------------------------------------------------------------------
1155  * Managed Object:  MIB_PCF_ERROR_LIMIT
1156  *
1157  * Description:
1158  *
1159  * Representation:  uint32
1160  *
1161  * Access:          rw
1162  *--------------------------------------------------------------------------*/
1163 #define MIB_PCF_ERROR_LIMIT                 0x1049
1164 /*--------------------------------------------------------------------------
1165  * Managed Object:  MIB_USE_LONG_PREAMBLE_FOR_MULTICAST
1166  *
1167  * Description:     802.11b/g. In APs (and STAs in a IBSS), when TRUE
1168  *                  forces all multicast packets to be transmitted
1169  *                  using long  preamble.  Allow connectivity with all
1170  *                  legacy 'b' devices that do not support short preamble.
1171  *
1172  * Representation:  uint8 - boolean
1173  *
1174  * Access:          rw
1175  *--------------------------------------------------------------------------*/
1176 #define     MIB_USE_LONG_PREAMBLE_FOR_MULTICAST      0x104A
1177
1178 /*--------------------------------------------------------------------------
1179  * Managed Object:  MIB_SHORT_SLOT_TIME_OPTION_ENABLED_11G
1180  *
1181  * Description:     When TRUE the STA Short Slot option has been implemented.
1182  *
1183  *
1184  * Representation:  uint8 - boolean
1185  *
1186  * Access:          rw
1187  *--------------------------------------------------------------------------*/
1188 #define     MIB_SHORT_SLOT_TIME_OPTION_ENABLED_11G      0x104B
1189
1190 /*--------------------------------------------------------------------------
1191  * Managed Object:  MIB_NON_ERP_ADJACENT_NETWORK_TIMEOUT_11G
1192  *
1193  * Description:     When TRUE the STA Short Slot option has been implemented.
1194  *
1195  *
1196  * Representation:  uint8 - boolean
1197  *
1198  * Access:          rw
1199  *--------------------------------------------------------------------------*/
1200 #define     MIB_NON_ERP_ADJACENT_NETWORK_TIMEOUT_11G      0x104C
1201
1202 /*--------------------------------------------------------------------------
1203  * Managed Object:  MIB_RTS_DATA_RATE
1204  *
1205  * Description:     Data rate used for sending RTS.
1206  *
1207  * Representation:  uint8 - boolean
1208  *
1209  * Access:          rw
1210  *--------------------------------------------------------------------------*/
1211 #define     MIB_RTS_DATA_RATE               0x104D
1212
1213 /*----WME MANAGED OBJECTS---------------------------------------------------
1214  * Managed objects for 802.11 WME extensions
1215  *--------------------------------------------------------------------------*/
1216
1217 /*--------------------------------------------------------------------------
1218  * Managed Objects:  MIB_WME_XXX
1219  *
1220  * Description:     Configuration of WME parameters.
1221  *
1222  *
1223  * Representation:  various
1224  *
1225  * Access:          rw at an AP r at a STA
1226  *--------------------------------------------------------------------------*/
1227 #define     MIB_WME_PARAMETERS              0x1050
1228 #define     MIB_WME_DAMPING_FACTORS         0x1051
1229 #define     MIB_WME_OUI_AND_VERSION         0x1052
1230 #define     MIB_WME_ENABLED                 0x1053
1231 #define     MIB_WME_APSD_ENABLED            0x1054
1232 #define     MIB_WME_TXOP_BUDGET             0x1055
1233 #define     MIB_WME_QAP_PARAMETERS          0x1056
1234
1235 /*----RSN MANAGED OBJECTS---------------------------------------------------
1236  * Managed objects for 802.11i RSN management
1237  *--------------------------------------------------------------------------*/
1238 #define     MIB_RSN_BASE                    0x1100
1239
1240 /*--------------------------------------------------------------------------
1241  * Managed Object:  MIB_RSN_CONTROL
1242  *
1243  * Description:     RSN control object
1244  *
1245  * Representation:  RSNMIB_CONTROL structure
1246  *
1247  * Access:          rw
1248  *--------------------------------------------------------------------------*/
1249 #define     MIB_RSN_CONTROL                 0x1101
1250
1251 /*--------------------------------------------------------------------------
1252  * Managed Object:  MIB_RSN_REPLAY_WINDOW
1253  *
1254  * Description:     RSN control object
1255  *
1256  * Representation:  uint8
1257  *
1258  * Access:          rw
1259  *--------------------------------------------------------------------------*/
1260 #define     MIB_RSN_REPLAY_WINDOW           0x1102
1261
1262 /*--------------------------------------------------------------------------
1263  * Managed Object:  MIB_RSN_PAIRWISE_ALERT_THRESHOLDS
1264  *
1265  * Description:     RSN alert thresholds for pairwise associations
1266  *
1267  * Representation:  RSNMIB_PAIRWISE_ALERT_THRESHOLDS structure
1268  *
1269  * Access:          rw
1270  *--------------------------------------------------------------------------*/
1271 #define     MIB_RSN_PAIRWISE_ALERT_THRESHOLDS   0x1103
1272
1273 /*--------------------------------------------------------------------------
1274  * Managed Object:  MIB_RSN_GROUP_ALERT_THRESHOLDS
1275  *
1276  * Description:     RSN alert thresholds for the group association
1277  *
1278  * Representation:  RSNMIB_GROUP_ALERT_THRESHOLDS structure
1279  *
1280  * Access:          rw
1281  *--------------------------------------------------------------------------*/
1282 #define     MIB_RSN_GROUP_ALERT_THRESHOLDS  0x1104
1283
1284
1285 /*--------------------------------------------------------------------------
1286  * Managed Object:  MIB_RSN_SECURITY_PARAMETERS
1287  *
1288  * Description:     RSN security parameters
1289  *
1290  * Representation:  Loaded into RSN Manager
1291  *
1292  * Access:          w
1293  *--------------------------------------------------------------------------*/
1294 #define     MIB_RSN_SECURITY_PARAMETERS     0x1105
1295
1296
1297
1298 /*--------------------------------------------------------------------------
1299  * Managed Object:  MIB_SOFTWARE_CONFIG
1300  *
1301  * Description:     Enables test scripts to determine which conditionally
1302  *                  compiled modules have been included
1303  *
1304  * Representation:  uint32 (bitmask)
1305  *
1306  * Access:          r
1307  *--------------------------------------------------------------------------*/
1308 #define     MIB_SOFTWARE_CONFIG             0x1150
1309
1310 /* Bitmasks indicate the presence of conditionally compiled features */
1311 #define MIB_SW_CFG_ENET_CFG_AP                      0x00000001
1312 #define MIB_SW_CFG_ENET_CFG_STA                     0x00000002
1313 #define MIB_SW_CFG_ENET_INC_PCF                     0x00000004
1314 #define MIB_SW_CFG_ENET_CFG_RATES_11G               0x00000008
1315 #define MIB_SW_CFG_ENET_INC_CIPHER_SUITE_NONE       0x00000010
1316 #define MIB_SW_CFG_ENET_INC_CIPHER_SUITE_WEP        0x00000020
1317 #define MIB_SW_CFG_ENET_INC_CIPHER_SUITE_TKIP       0x00000040
1318 #define MIB_SW_CFG_ENET_INC_CIPHER_SUITE_CCMP       0x00000080
1319 #define MIB_SW_CFG_ENET_INC_WME                     0x00000100
1320 #define MIB_SW_CFG_PLATFORM_WIN32X86                0x00000200
1321 #define MIB_SW_CFG_PLATFORM_FPGA                    0x00000400
1322 #define MIB_SW_CFG_PLATFORM_FPGA_TTPCOM_ARM7        0x00000800
1323 #define MIB_SW_CFG_PLATFORM_FPGA_TTPCOM_SINGULLAR   0x00001000
1324 #define MIB_SW_CFG_PLATFORM_COSIM                   0x00002000
1325 #define MIB_SW_CFG_ENET_INC_TEST_MC                 0x00004000
1326 #define MIB_SW_CFG_ALLOC_SEPARATE_FORWARD_POOL      0x00008000
1327 #define MIB_SW_CFG_CIPHER_SUITE_SHRAM_DMA           0x00010000
1328
1329 /*--------------------------------------------------------------------------
1330  * Managed Object:  MIB_CALIBRATION_ALGO_MASK
1331  *
1332  * Description:     Bitmasks of required calibr
1333  *
1334  * Representation:  uint32 (bitmask)tion procedures
1335  *
1336  * Access:          r
1337  *--------------------------------------------------------------------------*/
1338 #define     MIB_CALIBRATION_ALGO_MASK           (MIB_MT_PHY_CFG + 0x0B) // Offline calibrations bit mask
1339 #define     MIB_ONLINE_CALIBRATION_ALGO_MASK    (MIB_MT_PHY_CFG + 0x20) // Online calibrations bit mask
1340 #define         TPC_BIT_VAL                                                     MTLK_BFIELD_INFO(8, 1)  // The bit representing the TPC
1341 #define         DEFAULT_WAVE300_OFFLINE_CALIB_ALGO_MASK   (0x01F9)
1342 #define         DEFAULT_WAVE300_ONLINE_CALIB_ALGO_MASK    (0x00B1)
1343
1344 #define         DEFAULT_AR10_OFFLINE_CALIB_ALGO_MASK      (0x3FAE)      /*  changed according to calibration proc-bit enum for AR10/W400.  */
1345 #define         DEFAULT_AR10_ONLINE_CALIB_ALGO_MASK       (0x2708)
1346
1347 /*--------------------------------------------------------------------------
1348  * Managed Object:  MIB_MT_PHY_CFG
1349  *
1350  * Description:     Advanced PHY parameters
1351  *--------------------------------------------------------------------------*/
1352 #define     MIB_MT_PHY_CFG                  0x1200
1353
1354 #define     MIB_SHORT2_REQUIRED                 (MIB_MT_PHY_CFG + 0x01)
1355 #define     MIB_SPECTRUM_MODE                   (MIB_MT_PHY_CFG + 0x02)
1356 #define     MIB_CB_DATABINS_PER_SYMBOL          (MIB_MT_PHY_CFG + 0x03)
1357 #define     MIB_SERVICE_REQUIRED                (MIB_MT_PHY_CFG + 0x04)
1358 #define     MIB_ADVANCED_CODING_SUPPORTED       (MIB_MT_PHY_CFG + 0x05)
1359 #define     MIB_USE_RX_SHORT_CYCLIC_PREFIX      (MIB_MT_PHY_CFG + 0x06)
1360 #define     MIB_SUPPORTED_RX_CHANNELS           (MIB_MT_PHY_CFG + 0x07)
1361 #define     MIB_NUM_OF_RFICs                    (MIB_MT_PHY_CFG + 0x08)
1362 #define     MIB_RFIC_OSCIL_FREQ                 (MIB_MT_PHY_CFG + 0x09)
1363 #define     MIB_AFE_CLOCK                       (MIB_MT_PHY_CFG + 0x0A)
1364 #define     MIB_USE_SPACE_TIME_BLOCK_CODE       (MIB_MT_PHY_CFG + 0x0C)
1365 /* #define     MIB_USE_CHANNEL_BONDING             (MIB_MT_PHY_CFG + 0x0D) */
1366 #define     MIB_STOP_CAPTURE_AFTER_CRC          (MIB_MT_PHY_CFG + 0x0E)
1367
1368 #define     MIB_UPPER_LOWER_CHANNEL_BONDING     (MIB_MT_PHY_CFG + 0x0F)
1369 #define     MIB_FORCE_TPC_0                     (MIB_MT_PHY_CFG + 0x10)
1370 #define     MIB_FORCE_TPC_1                     (MIB_MT_PHY_CFG + 0x11)
1371 #define     MIB_FORCE_TPC_2                     (MIB_MT_PHY_CFG + 0x15)
1372 #define     MIB_TPC_ANT_0                       (MIB_MT_PHY_CFG + 0x12)
1373 #define     MIB_TPC_ANT_1                       (MIB_MT_PHY_CFG + 0x13)
1374 #define     MIB_TPC_ANT_2                       (MIB_MT_PHY_CFG + 0x14)
1375 /* Reserved - (MIB_MT_PHY_CFG + 0x15) */
1376 #define     MIB_USE_11B_DUPLICATE               (MIB_MT_PHY_CFG + 0x16)
1377 #define     MIB_OVERLAPPING_PROTECTION_ENABLE   (MIB_MT_PHY_CFG + 0x17) /* [1] Enable protection also in case of Ovelapping BSS condition (OLBC) in 2.4 GHz */
1378 #define     MIB_OFDM_PROTECTION_METHOD          (MIB_MT_PHY_CFG + 0x18) /* How to protect OFDM: PROTECTION_NONE / PROTECTION_RTS /PROTECTION_CTS  */
1379 #define     MIB_HT_PROTECTION_METHOD            (MIB_MT_PHY_CFG + 0x19) /* How to protect HT: PROTECTION_NONE / PROTECTION_RTS /PROTECTION_CTS */
1380 #define     MIB_USE_TX_SHORT_CYCLIC_PREFIX      (MIB_MT_PHY_CFG + 0x20)
1381 #define     MIB_USE_SHORT_CYCLIC_PREFIX_RATE_31 (MIB_MT_PHY_CFG + 0x21)
1382
1383
1384
1385
1386 #define     MIB_SPECTRUM_20M    0
1387 #define     MIB_SPECTRUM_40M    1
1388 /*--------------------------------------------------------------------------
1389  * Managed Object:  MIB_MT_SW_CFG
1390  *
1391  * Description:     Advanced SW parameters
1392  *--------------------------------------------------------------------------*/
1393 #define     MIB_MT_SW_CFG                   0x1300
1394 #define     MIB_ENABLE_AUTO_RATE            (MIB_MT_SW_CFG + 0x01)
1395 #if defined (ENET_CFG_STA)
1396 #define     MIB_HIDDEN_SSID                 (MIB_MT_SW_CFG + 0x03)
1397 #endif
1398 #define     MIB_BEACON_KEEPALIVE_TIMEOUT    (MIB_MT_SW_CFG + 0x04)
1399
1400 #define     MIB_IS_FORCE_RATE               (MIB_MT_SW_CFG + 0x06) // 1=use rate defined in MIB_FORCE_RATE / 0=rate-adapt-enable (was MIB_MIN_RATE)
1401 #define     MIB_HT_FORCE_RATE               (MIB_MT_SW_CFG + 0x07) // rate to use if MIB_IS_FORCE_RATE & FORCED_RATE_HT_MASK is 1 (15.31) (was MIB_MAX_RATE)
1402 #define     MIB_LEGACY_FORCE_RATE           (MIB_MT_SW_CFG + 0x09) // rate to use if MIB_IS_FORCE_RATE & FORCED_RATE_LEGACY_MASK is 1 (0.14) (was MIB_MAX_RATE)
1403
1404 #define     MIB_AUTO_AGGREGATE              (MIB_MT_SW_CFG + 0x08)
1405
1406 #define     MIB_RECEIVE_AMPDU_MAX_LENGTH    (MIB_MT_SW_CFG + 0x0A)
1407
1408 #define     MIB_ACL_MAX_CONNECTIONS         (MIB_MT_SW_CFG + 0x20)
1409 #define     MIB_ACL_MODE                    (MIB_MT_SW_CFG + 0x21)
1410 #define     MIB_ACL                                                     (MIB_MT_SW_CFG + 0x22)
1411 #define     MIB_ACL_MASKS                                       (MIB_MT_SW_CFG + 0x24)
1412
1413 #define     MIB_POWER_INCREASE_VS_DUTY_CYCLE (MIB_MT_SW_CFG + 0x23)
1414
1415 #define     MIB_AP_MAX_PKTS_IN_SP                       (MIB_MT_SW_CFG + 0x25)
1416
1417
1418 /* ACL Definitions */
1419 #define     MAX_ADDRESSES_IN_ACL 32
1420
1421 typedef struct _MIB_ACL_MAX_CONNECTIONS_TYPE
1422 {
1423   uint8 Network_Index;
1424   uint8 u8MaxAllowedConnections;
1425   uint8 reserved[2];
1426 } __MTLK_PACKED MIB_ACL_MAX_CONNECTIONS_TYPE;
1427
1428 typedef struct _MIB_ACL_MODE_TYPE
1429 {
1430   uint8 Network_Index;
1431   uint8 u8ACLMode;
1432   uint8 reserved[2];
1433 } __MTLK_PACKED MIB_ACL_MODE_TYPE;
1434
1435 typedef struct _MIB_ACL_TYPE
1436 {
1437   uint8 Network_Index;
1438   uint8 Num_Of_Entries;
1439   IEEE_ADDR aACL[MAX_ADDRESSES_IN_ACL];
1440 #if ((MAX_ADDRESSES_IN_ACL % 2) == 0)
1441   uint8 reserved[2];
1442 #endif
1443 } __MTLK_PACKED MIB_ACL_TYPE;
1444
1445 typedef struct _MIB_ACL_TYPE_MASKS
1446 {
1447         uint8 Network_Index;
1448         uint8 Num_Of_Entries;
1449         IEEE_ADDR aACL[MAX_ADDRESSES_IN_ACL];
1450 #if ((MAX_ADDRESSES_IN_ACL % 2) == 0)
1451         uint8 reserved[2];
1452 #endif
1453 } __MTLK_PACKED MIB_ACL_TYPE_MASKS;
1454
1455 /*-- Type definitions -----------------------------------------------------*/
1456
1457 typedef uint16 MIB_ID;
1458
1459 typedef union _MIB_VALUE
1460 {
1461     MIB_UINT8                   u8Uint8;                    /* Generic tags for test harness */
1462     MIB_UINT16                  u16Uint16;
1463     MIB_UINT32                  u32Uint32;
1464     MIB_UINT64                  u64Uint64;
1465     MIB_LIST_OF_U8              au8ListOfu8;
1466     MIB_SET_OF_U8               sSetOfu8;
1467     MIB_WEP_DEF_KEYS            sDefaultWEPKeys;
1468     RSNMIB_CONTROL              sRsnControl;
1469     MIB_WME_TABLE               sWMEParameters;
1470     FM_WME_OUI_AND_VER          sWMEOuiandVer;
1471     MIB_ESS_ID                  sDesiredESSID;
1472     PRE_ACTIVATE_MIB_TYPE       sPreActivateType;
1473     MIB_COUNTRY_ELEMENT_INFO    sCountry;
1474         MIB_ACL_MAX_CONNECTIONS_TYPE  sMaxConnections;
1475     MIB_ACL_MODE_TYPE             sAclMode;
1476     MIB_ACL_TYPE                  sACL;
1477         MIB_ACL_TYPE_MASKS            sACLmasks;
1478     List_Of_Tpc                 sList_Of_Tpc;
1479     EEPROM_VERSION_TYPE         sEepromInfo;
1480 } __MTLK_PACKED MIB_VALUE;
1481
1482 typedef struct _MIB_OBJECT
1483 {
1484     MIB_ID                  u16ID;
1485     MIB_VALUE               uValue;
1486 } __MTLK_PACKED MIB_OBJECT;
1487
1488 #define   MTLK_PACK_OFF
1489 #include "mtlkpack.h"
1490
1491 #endif /* !__MHI_MIB_ID_INCLUDED */