drivers/usb/net/Zydas/zdsorts.h

   1 #ifndef __ZDSORTS_H__
   2 #define __ZDSORTS_H__
   3
   4 #include "zdtkipseed.h"
   5 #include "zdmic.h"
   6
   7 #define MAX_MSDU_LNG            1600// only payload
   8 #define MAC_HDR_LNG                     24      // 802.11, not include A4
   9 #define WEP_ADD_LNG                     8       // 4 for IV, 4 for ICV
  10 #define WDS_ADD_LNG                     6       // for Address 4
  11 #define IV_LNG                          4
  12 #define EIV_LNG                         4
  13 #define ICV_LNG                         4
  14 #define CRC_LNG                         4
  15 #define MIC_LNG                         8
  16
  17 #define MIN_FRAG_LNG            256
  18 #define MAX_FRAG_NUM            (MAX_MSDU_LNG / (MIN_FRAG_LNG - MAC_HDR_LNG - CRC_LNG))
  19
  20
  21 #define MAX_AID                         32
  22 #define MAX_RECORD                      (MAX_AID + 1)
  23 #define BURST_NUM               64//32
  24 #define TXQ_THRESHOLD           48
  25 #define MCQ_THRESHOLD           15
  26 #define CHAL_TEXT_LEN           128
  27 #ifndef HOST_IF_USB
  28     #define IDLE_TIMEOUT                (10*60*1000*1000) //10 min
  29 #else
  30     #define IDLE_TIMEOUT                (/*10*/HZ*60*100) //10 min //johnson
  31 #endif
  32
  33 #define RISE_RATE_THRESHOLD     4
  34 #define HIGH_RISE_RATE_THRESHOLD        0xff
  35 #define AGE_HASH_PERIOD         (/*10*/1*60) //10 min //johnson
  36
  37 #define LONG_PREAMBLE           0
  38 #define SHORT_PREAMBLE          1
  39
  40 #define OPEN_SYSTEM                     0
  41 #define SHARE_KEY                       1
  42 #define NULL_AUTH                       2
  43
  44
  45 #define WEP_NOT_USED            0
  46 #define AES_USED                        4
  47 #define WEP64_USED                      1
  48 #define WEP128_USED                     5
  49 #define TKIP_USED                       2
  50 #define WEP256_USED                     6
  51
  52
  53 #define TO_DS_BIT                       0x01
  54 #define FROM_DS_BIT                     0x02
  55 #define MORE_FRAG_BIT           0x04
  56
  57 #define PW_SAVE_BIT                     0x10
  58 #define MORE_DATA_BIT           0x20
  59 #define WEP_BIT                         0x40
  60 #define ORDER_BIT                       0x80
  61
  62 #define EIV_BIT                         0x20
  63 #define KEYID_MASK              0xC0
  64 #define NON_ERP_PRESENT         0x01
  65 #define USE_PROTECTION          0x02
  66 #define BARKER_PREAMBLE         0x04
  67 //register 0xD40
  68 #define MIC_BUSY                        0x01
  69
  70
  71 typedef enum
  72 {
  73         PSMODE_STA_ACTIVE,
  74         PSMODE_POWER_SAVE
  75 } PsMode;
  76
  77
  78 typedef enum
  79 {
  80         STATION_STATE_NOT_AUTH,
  81         STATION_STATE_AUTH_OPEN,
  82         STATION_STATE_AUTH_KEY,
  83         STATION_STATE_ASOC,
  84         STATION_STATE_DIS_ASOC
  85 } StationState;
  86
  87
  88 typedef struct
  89 {
  90         U8 mac[6];
  91 } MacAddr_t;
  92
  93
  94 typedef enum
  95 {
  96         EID_SSID        = 0,
  97         EID_SUPRATES,
  98         EID_FHPARMS,
  99         EID_DSPARMS,
 100         EID_CFPARMS,
 101         EID_TIM,
 102         EID_IBPARMS,
 103         EID_COUNTRY,
 104         EID_CTEXT       = 0x10,
 105         EID_ERP         = 0x2A,
 106         EID_RSN         = 0x30,
 107         EID_EXT_RATES   = 0x32,
 108     EID_ZYDAS = 0xCC,
 109         EID_WPA         = 0xDD,
 110 } ElementID;
 111 typedef enum
 112 {
 113     ZDOUI_TURBO = 0x00CC01,
 114     ZDOUI_BURST = 0x00CC02,
 115     ZDOUI_AMSDU = 0x00CC03
 116 } ZYDAS_OUI;
 117
 118 typedef struct
 119 {
 120         U8      buf[34];        //Max SSID Length = 32
 121 } Element;
 122
 123
 124 typedef enum
 125 {
 126         CAP_ESS         = 0x01,
 127         CAP_IBSS        = 0x02,
 128         CAP_POLLABLE = 0x04,
 129         CAP_POLLREQ = 0x08,
 130         CAP_PRIVACY = 0x10,
 131         CAP_SHORT_PREAMBLE = 0x20,
 132         CAP_PBCC_ENABLE = 0x40,
 133         CAP_SHORT_SLOT_TIME = 0x0400,
 134         CAP_DSSS_OFDM_BIT = 0x2000
 135 } Capability;
 136
 137
 138 typedef enum
 139 {
 140         RC_UNSPEC_REASON = 1,
 141         RC_AUTH_NOT_VALID,
 142         RC_DEAUTH_LEAVE_BSS,
 143         RC_INACTIVITY,
 144         RC_AP_OVERLOAD,
 145         RC_CLASS2_ERROR,
 146         RC_CLASS3_ERROR,
 147         RC_DISAS_LEAVE_CSS,
 148         RC_ASOC_NOT_AUTH,
 149         RC_INVALID_IE = 13,
 150         RC_MIC_FAIL,
 151         RC_4WAY_SHAKE_TIMEOUT,
 152         RC_GKEY_UPDATE_TIMEOUT,
 153         RC_IE_IMCOMPABILITY,
 154         RC_MC_CIPHER_INVALID,
 155         RC_UNI_CIPHER_INVALID,
 156         RC_AKMP_INVALID,
 157         RC_UNSUP_RSNE_VERSION,
 158         RC_INVALID_RSNE_CAP,
 159         RC_8021X_AUTH_FAIL
 160 } ReasonCode;
 161
 162
 163 typedef enum
 164 {
 165         SC_SUCCESSFUL = 0,
 166         SC_UNSPEC_FAILURE,
 167         SC_UNSUP_CAP = 10,
 168         SC_REASOC_NO_ASOC,
 169         SC_FAIL_OTHER,
 170         SC_UNSUPT_ALG,
 171         SC_AUTH_OUT_OF_SEQ,
 172         SC_CHAL_FAIL,
 173         SC_AUTH_TIMEOUT,
 174         SC_AP_FULL,
 175         SC_UNSUP_RATES,
 176         SC_UNSUP_SHORT_SLOT_TIME = 25,
 177         SC_UNSUP_ER_PBCC = 26,
 178         SC_UNSUP_DSSS_OFDM = 27
 179 } StatusCode;
 180
 181
 182 typedef enum
 183 {
 184         ST_ASOC_REQ     = 0x00,
 185         ST_ASOC_RSP     = 0x10,
 186         ST_REASOC_REQ   = 0x20,
 187         ST_REASOC_RSP   = 0x30,
 188         ST_PROBE_REQ    = 0x40,
 189         ST_PROBE_RSP    = 0x50,
 190         ST_BEACON       = 0x80,
 191         ST_ATIM         = 0x90,
 192         ST_DISASOC      = 0xA0,
 193         ST_AUTH         = 0xB0,
 194         ST_DEAUTH       = 0xC0,
 195         ST_PS_POLL      = 0xA4,
 196         ST_RTS          = 0xB4,
 197         ST_CTS          = 0xC4,
 198         ST_ACK          = 0xD4,
 199         ST_CFEND        = 0xE4,
 200         ST_CFEND_ACK    = 0xF4,
 201         ST_DATA         = 0x08,
 202         ST_DATA_ACK     = 0x18,
 203         ST_DATA_POLL    = 0x28,
 204         ST_DATA_POLL_ACK= 0x38,
 205         ST_NULL_FRAME   = 0x48
 206 } TypeSubtype;
 207
 208
 209 typedef struct TrafficMap_s
 210 {
 211         U8      t[(MAX_AID/8)+1];
 212 } TrafficMap_t;
 213
 214
 215 #define RATEARRAY_NUM           16
 216 typedef struct Hash_s
 217 {
 218         struct Hash_s *pNext;
 219         U8      mac[6];
 220         StationState asoc;
 221         StationState auth;
 222         PsMode  psm;
 223         U16  aid;
 224         BOOLEAN bValid;
 225         BOOLEAN bErpSta;
 226         BOOLEAN bJustRiseRate;
 227         U8      lsInterval;
 228         U8      RxRate;//entry;
 229         U8      encryMode;
 230         U8      keyLength;
 231         U8      pkInstalled;
 232         U8      ZydasMode;
 233         U8      AlreadyIn;
 234         U8      MaxRate;
 235         U8      CurrTxRate;
 236         U8      ContSuccFrames;
 237         U8      Preamble;
 238         U8      KeyId;
 239         U16 iv16;
 240         U32 iv32;
 241         U32 ttl;
 242         U32 SuccessFrames;
 243         U32 FailedFrames;
 244         U8      RateArray[RATEARRAY_NUM];// this array is the rate adaption table
 245         U8      RateArrayCount;
 246         U8      SupportRateArray[RATEARRAY_NUM];
 247         U8      SupportRateArrayCount;
 248         U8      RiseConditionCount;
 249         U8      DownConditionCount;
 250         U8      keyContent[16];
 251         U8      wepIv[4];
 252         U8      vapId;
 253         Seedvar TxSeed;
 254         Seedvar RxSeed;
 255         MICvar  TxMicKey;
 256         MICvar  RxMicKey;
 257 #if ZDCONF_LP_SUPPORT == 1
 258     U8 Turbo_Burst;
 259     U8 Turbo_AMSDU;
 260     U8 Turbo_AMSDU_LEN;
 261     BOOLEAN LP_CAP;
 262 #endif
 263
 264 #ifdef HOSTAPD_SUPPORT
 265         Element WPAIE;
 266 #endif
 267 } Hash_t;
 268
 269
 270 typedef struct Frame_s
 271 {
 272         U16             HdrLen;
 273         U16             bodyLen;
 274         U8              header[32];     //include IV, eIV
 275         U8              *body;
 276         void    *fragBuf;
 277 } Frame_t;
 278
 279 typedef struct FrmDesc_s
 280 {
 281         struct  FrmDesc_s *pNext;
 282         U8              buffer[160];                    //use mbuf to send boradcast
 283         Frame_t mpdu[MAX_FRAG_NUM];             //for fragment
 284         BOOLEAN bValid;
 285         U8              ConfigSet;
 286         U8              signalStrength;
 287         U8              signalQuality;
 288         U8              CalMIC[MIC_LNG+1];                              //1~8 for MIC, 9==TRUE ,if used.
 289         Hash_t  *pHash;
 290         //U8            HwMicPhys[12];                  // MIC valuse(8). MIC status(4)
 291 } FrmDesc_t;
 292
 293 #define MAX_COUNTRY_INFO_SIZE  50
 294 typedef struct BssInfo_s {
 295         MacAddr_t       bssid;
 296         U16             bcnInterval;
 297         U16             cap;
 298         Element         ssid;
 299         Element         supRates;
 300         Element         Phpm;
 301         Element         IbssParms;
 302         Element         erp;
 303         Element         extRates;
 304         Element         country;
 305 #if ZDCONF_LP_SUPPORT == 1
 306     Element     zdIE_BURST;
 307     Element     zdIE_AMSDU;
 308 #endif
 309 #if ZDCONF_SES_SUPPORT == 1
 310     BOOLEAN     SES_Element_Valid;
 311     Element     SES_Element;
 312 #endif
 313
 314         U8              signalStrength;
 315         U8              signalQuality;
 316         U8              apMode;
 317         U16             basicRateMap;
 318         U16             supRateMap;
 319         U8              WPAIe[128];
 320         U8              RSNIe[128];
 321
 322 } BssInfo_t;
 323
 324 #endif
 325