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MStar hereby reserves the 91 // rights to any and all damages, losses, costs and expenses resulting therefrom. 92 //////////////////////////////////////////////////////////////////////////////// 93 94 #ifndef _DRVWDT_PRIV_H_ 95 #define _DRVWDT_PRIV_H_ 96 97 //////////////////////////////////////////////////////////////////////////////// 98 /// @file drvBDMA.h 99 /// @author MStar Semiconductor Inc. 100 /// @brief Byte DMA control driver 101 //////////////////////////////////////////////////////////////////////////////// 102 103 //////////////////////////////////////////////////////////////////////////////// 104 // Header Files 105 //////////////////////////////////////////////////////////////////////////////// 106 #ifdef __cplusplus 107 extern "C" 108 { 109 #endif 110 111 #include "MsTypes.h" 112 #include "drvWDT.h" 113 114 typedef enum { 115 MDrv_CMD_WDT_Init, 116 MDrv_CMD_WDT_Stop, 117 MDrv_CMD_WDT_Clear, 118 MDrv_CMD_WDT_ClearRstFlag, 119 MDrv_CMD_WDT_IsReset, 120 MDrv_CMD_WDT_IsEnable, 121 MDrv_CMD_WDT_SetTimer, 122 MDrv_CMD_WDT_SetTimer_ms, 123 MDrv_CMD_WDT_SetTimer_us, 124 MDrv_CMD_WDT_SetIntTimer, 125 MDrv_CMD_TIMER_Init, 126 MDrv_CMD_TIMER_Count, 127 MDrv_CMD_TIMER_Rst, 128 MDrv_CMD_TIMER_SetMaxMatch, 129 MDrv_CMD_TIMER_HitMaxMatch, 130 MDrv_CMD_TIMER_GetMaxMatch, 131 MDrv_CMD_TIMER_GetCounter, 132 MDrv_CMD_TIMER_GetSecond, 133 MDrv_CMD_TIMER_GetMs, 134 MDrv_CMD_TIMER_GetUs, 135 MDrv_CMD_TIMER_Delay, 136 MDrv_CMD_TIMER_DelayMs, 137 MDrv_CMD_TIMER_DelayUs, 138 MDrv_CMD_TIMER_Initial, 139 MDrv_CMD_TIMER_Exit, 140 MDrv_CMD_WDT_GetConfig, 141 } eWdtIoctlOpt; 142 143 144 typedef struct _WDT_RESOURCE_PRIVATE 145 { 146 WDT_DbgLv eLevel; 147 }WDT_RESOURCE_PRIVATE; 148 149 typedef struct _WDT_INIT_PARAM 150 { 151 WDT_DbgLv eLevel; 152 }WDT_INIT_PARAM, *PWDT_INIT_PARAM; 153 154 typedef struct _WDT_IS_RST_PARAM 155 { 156 WDT_Result status; 157 }WDT_IS_RST_PARAM, *PWDT_IS_RST_PARAM; 158 159 typedef struct _WDT_IS_EN_PARAM 160 { 161 WDT_Result status; 162 }WDT_IS_EN_PARAM, *PWDT_IS_EN_PARAM; 163 164 typedef struct _WDT_STOP_PARAM 165 { 166 WDT_DbgLv eLevel; 167 }WDT_STOP_PARAM, *PWDT_STOP_PARAM; 168 169 typedef struct _WDT_SET_S_PARAM 170 { 171 WDT_DbgLv eLevel; 172 MS_U16 sec; 173 }WDT_SET_S_PARAM, *PWDT_SET_S_PARAM; 174 175 typedef struct _WDT_SET_MS_PARAM 176 { 177 WDT_DbgLv eLevel; 178 MS_U16 msec; 179 }WDT_SET_MS_PARAM, *PWDT_SET_MS_PARAM; 180 181 typedef struct _WDT_SET_US_PARAM 182 { 183 WDT_DbgLv eLevel; 184 MS_U16 usec; 185 }WDT_SET_US_PARAM, *PWDT_SET_US_PARAM; 186 187 typedef struct _WDT_SETTIMER_PARAM 188 { 189 WDT_DbgLv eLevel; 190 MS_U16 sec; 191 }WDT_SETTIMER_PARAM, *PWDT_SETTIMER_PARAM; 192 193 typedef struct _TIMER_COUNT_PARAM 194 { 195 E_PIU_Timer eTimer; 196 MS_BOOL bEnable; 197 }TIMER_COUNT_PARAM, *PTIMER_COUNT_PARAM; 198 199 typedef struct _TIMER_INT_PARAM 200 { 201 E_PIU_Timer eTimer; 202 MS_BOOL bEnable; 203 }TIMER_INT_PARAM, *PTIMER_INT_PARAM; 204 205 typedef struct _TIMER_HIT_MAX_MATCH_PARAM 206 { 207 E_PIU_Timer eTimer; 208 }TIMER_HIT_MAX_MATCH_PARAM, *PTIMER_HIT_MAX_MATCH_PARAM; 209 210 typedef struct _TIMER_RST_PARAM 211 { 212 E_PIU_Timer eTimer; 213 }TIMER_RST_PARAM, *PTIMER_RST_PARAM; 214 215 typedef struct _TIMER_SET_MAX_MATCH_PARAM 216 { 217 E_PIU_Timer eTimer; 218 MS_U32 u32MaxTimer; 219 }TIMER_SET_MAX_MATCH_PARAM, *PTIMER_SET_MAX_MATCH_PARAM; 220 221 typedef struct _TIMER_GET_MAX_MATCH_PARAM 222 { 223 E_PIU_Timer eTimer; 224 MS_U32 u32MaxMatchVal; 225 }TIMER_GET_MAX_MATCH_PARAM, *PTIMER_GET_MAX_MATCH_PARAM; 226 227 typedef struct _TIMER_GET_COUNTER_PARAM 228 { 229 E_PIU_Timer eTimer; 230 MS_U32 u32Cnt; 231 }TIMER_GET_COUNTER_PARAM, *PTIMER_GET_COUNTER_PARAM; 232 233 typedef struct _TIMER_GET_SEC_PARAM 234 { 235 E_PIU_Timer eTimer; 236 MS_U32 u32Sec; 237 }TIMER_GET_SEC_PARAM, *PTIMER_GET_SEC_PARAM; 238 239 typedef struct _TIMER_GET_MS_PARAM 240 { 241 E_PIU_Timer eTimer; 242 MS_U32 u32Msec; 243 }TIMER_GET_MS_PARAM, *PTIMER_GET_MS_PARAM; 244 245 typedef struct _TIMER_GET_US_PARAM 246 { 247 E_PIU_Timer eTimer; 248 MS_U32 u32Usec; 249 }TIMER_GET_US_PARAM, *PTIMER_GET_US_PARAM; 250 251 typedef struct _TIMER_DELAY_PARAM 252 { 253 E_PIU_Timer eTimer; 254 MS_U32 u32Second; 255 }TIMER_DELAY_PARAM, *PTIMER_DELAY_PARAM; 256 257 typedef struct _TIMER_DELAY_MS_PARAM 258 { 259 E_PIU_Timer eTimer; 260 MS_U32 u32ms; 261 }TIMER_DELAY_MS_PARAM, *PTIMER_DELAY_MS_PARAM; 262 263 typedef struct _TIMER_DELAY_US_PARAM 264 { 265 E_PIU_Timer eTimer; 266 MS_U32 u32us; 267 }TIMER_DELAY_US_PARAM, *PTIMER_DELAY_US_PARAM; 268 269 typedef union _WDT_PRIVATE_PARAM 270 { 271 WDT_INIT_PARAM privateWdtInit; 272 WDT_IS_RST_PARAM privateWdtIsRst; 273 WDT_IS_EN_PARAM privateWdtIsEn; 274 WDT_STOP_PARAM privateWdtStop; 275 WDT_SET_S_PARAM privateWdtSetSec; 276 WDT_SET_MS_PARAM privateWdtSetMSec; 277 WDT_SET_US_PARAM privateWdtSetUSec; 278 WDT_SETTIMER_PARAM privateWdtSetTimer; 279 TIMER_COUNT_PARAM privateTimerCnt; 280 TIMER_INT_PARAM privateTimerInit; 281 TIMER_HIT_MAX_MATCH_PARAM privateTimerHitMaxMatch; 282 TIMER_RST_PARAM privateTimerRst; 283 TIMER_SET_MAX_MATCH_PARAM privateTimerSetMaxMatch; 284 TIMER_GET_MAX_MATCH_PARAM privateTimerGetMaxMatch; 285 TIMER_GET_COUNTER_PARAM privateTimerGetCunter; 286 TIMER_GET_SEC_PARAM privateTimerGetSec; 287 TIMER_GET_MS_PARAM privateTimerGetMs; 288 TIMER_GET_US_PARAM privateTimerGetUs; 289 TIMER_DELAY_PARAM privateTimerDelay; 290 TIMER_DELAY_MS_PARAM privateTimerDelayMs; 291 TIMER_DELAY_US_PARAM privateTimerDelayUs; 292 } WDT_PRIVATE_PARAM; 293 294 typedef WDT_Result (*IOCTL_WDT_IS_ENABLE)(void); 295 typedef WDT_Result (*IOCTL_WDT_INIT)(WDT_DbgLv); 296 typedef WDT_Result (*IOCTL_WDT_STOP)(WDT_DbgLv); 297 typedef WDT_Result (*IOCTL_WDT_CLEAR)(void); 298 typedef WDT_Result (*IOCTL_WDT_CLEAR_RST_FLAG)(void); 299 typedef WDT_Result (*IOCTL_WDT_IS_RST)(void); 300 typedef WDT_Result (*IOCTL_WDT_SET_TIMER)(WDT_DbgLv , MS_U16); 301 typedef WDT_Result (*IOCTL_WDT_SET_MS)(WDT_DbgLv , MS_U16); 302 typedef WDT_Result (*IOCTL_WDT_SET_US)(WDT_DbgLv , MS_U16); 303 typedef WDT_Result (*IOCTL_WDT_SET_INT_TIMER)(WDT_DbgLv , MS_U16); 304 typedef void (*IOCTL_TIMER_COUNT)(E_PIU_Timer , MS_BOOL); 305 typedef void (*IOCTL_TIMER_INT)(E_PIU_Timer , MS_BOOL); 306 typedef MS_BOOL (*IOCTL_TIMER_MAX_MATCH)(E_PIU_Timer); 307 typedef void (*IOCTL_TIMER_RST)(E_PIU_Timer); 308 typedef void (*IOCTL_TIMER_SET_MAX_MATCH)(E_PIU_Timer , MS_U32 ); 309 typedef MS_U32 (*IOCTL_TIMER_GET_MAX_MATCH) (E_PIU_Timer); 310 typedef MS_U32 (*IOCTL_TIMER_GET_COUNT) (E_PIU_Timer); 311 typedef MS_U32 (*IOCTL_TIMER_GET_SEC) (E_PIU_Timer); 312 typedef MS_U32 (*IOCTL_TIMER_GET_MS) (E_PIU_Timer); 313 typedef MS_U32 (*IOCTL_TIMER_GET_US) (E_PIU_Timer); 314 typedef void (*IOCTL_TIMER_DELAY) (E_PIU_Timer,MS_U32); 315 typedef void (*IOCTL_TIMER_DELAY_MS) (E_PIU_Timer,MS_U32); 316 typedef void (*IOCTL_TIMER_DELAY_US) (E_PIU_Timer,MS_U32); 317 typedef void (*IOCTL_TIMER_INITIAL) (void); 318 typedef void (*IOCTL_TIMER_EXIT) (void); 319 320 typedef struct _WDT_INSTANT_PRIVATE 321 { 322 IOCTL_WDT_IS_ENABLE fpWdtIsEn; 323 IOCTL_WDT_INIT fpWdtInit; 324 IOCTL_WDT_STOP fpWdtStop; 325 IOCTL_WDT_CLEAR fpWdtClear; 326 IOCTL_WDT_CLEAR_RST_FLAG fpWdtClrRstFlg; 327 IOCTL_WDT_IS_RST fpWdtIsRst; 328 IOCTL_WDT_SET_TIMER fpWdtSetTimer; 329 IOCTL_WDT_SET_MS fpWdtSetMs; 330 IOCTL_WDT_SET_US fpWdtSetUs; 331 IOCTL_WDT_SET_INT_TIMER fpWdtSetIntTimer; 332 IOCTL_TIMER_COUNT fpTimerCount; 333 IOCTL_TIMER_INT fpTimerInt; 334 IOCTL_TIMER_MAX_MATCH fpTimerMaxMatch; 335 IOCTL_TIMER_RST fpTimerRST; 336 IOCTL_TIMER_SET_MAX_MATCH fpTimerSetMaxMatch; 337 IOCTL_TIMER_GET_MAX_MATCH fpTimerGetMaxMatch; 338 IOCTL_TIMER_GET_COUNT fpTimerGetCount; 339 IOCTL_TIMER_GET_SEC fpTimerGetSec; 340 IOCTL_TIMER_GET_MS fpTimerGetMs; 341 IOCTL_TIMER_GET_US fpTimerGetUs; 342 IOCTL_TIMER_DELAY fpTimerDelay; 343 IOCTL_TIMER_DELAY_MS fpTimerDelayMs; 344 IOCTL_TIMER_DELAY_US fpTimerDelayUs; 345 IOCTL_TIMER_INITIAL fpTimerInitial; 346 IOCTL_TIMER_EXIT fpTimerExit; 347 }WDT_INSTANT_PRIVATE; 348 349 void WDTRegisterToUtopia(FUtopiaOpen ModuleType); 350 MS_U32 WDTOpen(void** ppInstance, MS_U32 u32ModuleVersion, void* pAttribute); 351 MS_U32 WDTClose(void* pInstance); 352 MS_U32 WDTIoctl(void* pInstance, MS_U32 u32Cmd, void* pArgs); 353 MS_U32 WDTStr(MS_U32 u32PowerState, void* pModule); 354 355 WDT_Result MDrv_WDT_Init_U2K(WDT_DbgLv eLevel); 356 WDT_Result MDrv_WDT_Stop_U2K(WDT_DbgLv eLevel); 357 WDT_Result MDrv_WDT_Clear_U2K(void); 358 WDT_Result MDrv_WDT_ClearRstFlag_U2K(void); 359 WDT_Result MDrv_WDT_IsReset_U2K(void); 360 WDT_Result MDrv_WDT_IsEnable_U2K(void); 361 WDT_Result MDrv_WDT_SetTimer_U2K(WDT_DbgLv eLevel, MS_U16 sec); 362 WDT_Result MDrv_WDT_SetTimer_ms_U2K(WDT_DbgLv eLevel, MS_U16 msec); 363 WDT_Result MDrv_WDT_SetTimer_us_U2K(WDT_DbgLv eLevel, MS_U16 usec); 364 WDT_Result MDrv_WDT_SetIntTimer_U2K(WDT_DbgLv eLevel, MS_U16 sec); 365 void MDrv_TIMER_Init_U2K(void); 366 void MDrv_TIMER_Count_U2K(E_PIU_Timer eTimer, MS_BOOL bEnable); 367 void MDrv_TIMER_INT_U2K(E_PIU_Timer eTimer, MS_BOOL bEnable); 368 void MDrv_TIMER_Rst_U2K(E_PIU_Timer eTimer); 369 void MDrv_TIMER_SetMaxMatch_U2K(E_PIU_Timer eTimer, MS_U32 u32MaxTimer); 370 MS_BOOL MDrv_TIMER_HitMaxMatch_U2K(E_PIU_Timer eTimer); 371 MS_U32 MDrv_TIMER_GetMaxMatch_U2K(E_PIU_Timer eTimer); 372 MS_U32 MDrv_TIMER_GetCounter_U2K(E_PIU_Timer eTimer); 373 MS_U32 MDrv_TIMER_GetSecond_U2K(E_PIU_Timer eTimer); 374 MS_U32 MDrv_TIMER_GetMs_U2K(E_PIU_Timer eTimer); 375 MS_U32 MDrv_TIMER_GetUs_U2K(E_PIU_Timer eTimer); 376 void MDrv_TIMER_Delay_U2K(E_PIU_Timer eTimer, MS_U32 u32Second); 377 void MDrv_TIMER_DelayMs_U2K(E_PIU_Timer eTimer, MS_U32 u32MS); 378 void MDrv_TIMER_DelayUs_U2K(E_PIU_Timer eTimer, MS_U32 u32US); 379 void MDrv_TIMER_Exit_U2K(void); 380 381 382 #ifdef __cplusplus 383 } 384 #endif 385 #endif // _DRVWDT_PRIV_H_ 386