test: ntacpi.h Source File

00001 ;/*++ 00002 ; 00003 ; Copyright (c) 1997 Microsoft Corporation 00004 ; 00005 ; Module Name: 00006 ; 00007 ; ntacpi.h 00008 ; 00009 ; Abstract: 00010 ; 00011 ; 00012 ; This module contains definitions specific to the HAL's 00013 ; ACPI function. 00014 ; 00015 ; Author: 00016 ; 00017 ; Jake Oshins (jakeo) Feb. 18, 1997 00018 ; 00019 ; Revision History: 00020 ; 00021 ;- 00022 00023 if 0 ; Begin C only code */ 00024 00025 #ifndef _ACPI_H_ 00026 #define _ACPI_H_ 00027 00028 00029 #define SLEEP_STATE_FLUSH_CACHE 0x1 00030 #define SLEEP_STATE_FIRMWARE_RESTART 0x2 00031 #define SLEEP_STATE_SAVE_MOTHERBOARD 0x4 00032 #define SLEEP_STATE_OFF 0x8 00033 #define SLEEP_STATE_RESTART_OTHER_PROCESSORS 0x10 00034 00035 typedef struct { 00036 union { 00037 struct { 00038 ULONG Pm1aVal:4; 00039 ULONG Pm1bVal:4; 00040 ULONG Flags:24; 00041 } bits; 00042 ULONG AsULONG; 00043 }; 00044 } SLEEP_STATE_CONTEXT, *PSLEEP_STATE_CONTEXT; 00045 00046 00047 // 00048 // ACPI Register definitions 00049 // 00050 00051 #define P_LVL2 4 00052 #define PBLK_THT_EN 0x10 00053 00054 // 00055 // Register layout of PM1x_EVT register 00056 // Note also defined in acpiregs.h 00057 // 00058 00059 #define PM1_PWRBTN_STS_BIT 8 00060 #define PM1_PWRBTN_STS (1 << PM1_PWRBTN_STS_BIT) 00061 00062 // 00063 // Register layout of PM1x_CTL 00064 // 00065 00066 #define SCI_EN 1 00067 #define BM_RLD 2 00068 #define CTL_IGNORE 0x200 00069 #define SLP_TYP_SHIFT 10 00070 #define SLP_EN 0x2000 00071 00072 #define CTL_PRESERVE (SCI_EN + BM_RLD + CTL_IGNORE) 00073 00074 00075 // 00076 // HAL's table 00077 // 00078 00079 typedef enum { 00080 HalAcpiTimerInit, 00081 HalAcpiTimerInterrupt, 00082 HalAcpiMachineStateInit, 00083 HalAcpiQueryFlags, 00084 HalPicStateIntact, 00085 HalRestorePicState, 00086 HalPciInterfaceReadConfig, 00087 HalPciInterfaceWriteConfig, 00088 HalSetVectorState, 00089 HalGetIOApicVersion, 00090 HalSetMaxLegacyPciBusNumber, 00091 HalAcpiMaxFunction 00092 } HAL_DISPATCH_FUNCTION; 00093 00094 typedef 00095 VOID 00096 (*pHalAcpiTimerInit)( 00097 IN ULONG TimerPort, 00098 IN BOOLEAN TimerValExt 00099 ); 00100 00101 typedef 00102 VOID 00103 (*pHalAcpiTimerInterrupt)( 00104 VOID 00105 ); 00106 00107 typedef struct { 00108 ULONG Count; 00109 ULONG Pblk[1]; 00110 } PROCESSOR_INIT, *PPROCESSOR_INIT; 00111 00112 #define HAL_C1_SUPPORTED 0x01 00113 #define HAL_C2_SUPPORTED 0x02 00114 #define HAL_C3_SUPPORTED 0x04 00115 #define HAL_S1_SUPPORTED 0x08 00116 #define HAL_S2_SUPPORTED 0x10 00117 #define HAL_S3_SUPPORTED 0x20 00118 #define HAL_S4_SUPPORTED 0x40 00119 #define HAL_S5_SUPPORTED 0x80 00120 00121 typedef struct { 00122 BOOLEAN Supported; 00123 UCHAR Pm1aVal; 00124 UCHAR Pm1bVal; 00125 } HAL_SLEEP_VAL, *PHAL_SLEEP_VAL; 00126 00127 typedef 00128 VOID 00129 (*pHalAcpiMachineStateInit)( 00130 IN PPROCESSOR_INIT ProcInit, 00131 IN PHAL_SLEEP_VAL SleepValues, 00132 OUT PULONG PicVal 00133 ); 00134 00135 typedef 00136 ULONG 00137 (*pHalAcpiQueryFlags)( 00138 VOID 00139 ); 00140 00141 typedef 00142 BOOLEAN 00143 (*pHalPicStateIntact)( 00144 VOID 00145 ); 00146 00147 typedef 00148 VOID 00149 (*pHalRestorePicState)( 00150 VOID 00151 ); 00152 00153 typedef 00154 ULONG 00155 (*pHalInterfaceReadWriteConfig)( 00156 IN PVOID Context, 00157 IN UCHAR BusOffset, 00158 IN ULONG Slot, 00159 IN PVOID Buffer, 00160 IN ULONG Offset, 00161 IN ULONG Length 00162 ); 00163 00164 // 00165 // Flags for interrupt vectors 00166 // 00167 00168 #define VECTOR_MODE 1 00169 #define VECTOR_LEVEL 1 00170 #define VECTOR_EDGE 0 00171 #define VECTOR_POLARITY 2 00172 #define VECTOR_ACTIVE_LOW 2 00173 #define VECTOR_ACTIVE_HIGH 0 00174 00175 // 00176 // Vector Type: 00177 // 00178 // VECTOR_SIGNAL = standard edge-triggered or 00179 // level-sensitive interrupt vector 00180 // 00181 // VECTOR_MESSAGE = an MSI (Message Signalled Interrupt) vector 00182 // 00183 00184 #define VECTOR_TYPE 4 00185 #define VECTOR_SIGNAL 0 00186 #define VECTOR_MESSAGE 4 00187 00188 #define IS_LEVEL_TRIGGERED(vectorFlags) \ 00189 (vectorFlags & VECTOR_LEVEL) 00190 00191 #define IS_EDGE_TRIGGERED(vectorFlags) \ 00192 !(vectorFlags & VECTOR_LEVEL) 00193 00194 #define IS_ACTIVE_LOW(vectorFlags) \ 00195 (vectorFlags & VECTOR_ACTIVE_LOW) 00196 00197 #define IS_ACTIVE_HIGH(vectorFlags) \ 00198 !(vectorFlags & VECTOR_ACTIVE_LOW) 00199 00200 typedef 00201 VOID 00202 (*pHalSetVectorState)( 00203 IN ULONG Vector, 00204 IN ULONG Flags 00205 ); 00206 00207 VOID 00208 HaliSetVectorState( 00209 IN ULONG Vector, 00210 IN ULONG Flags 00211 ); 00212 00213 #define HAL_ACPI_PCI_RESOURCES 0x01 00214 #define HAL_ACPI_PRT_SUPPORT 0x02 00215 00216 typedef 00217 ULONG 00218 (*pHalGetIOApicVersion)( 00219 IN ULONG ApicNo 00220 ); 00221 00222 typedef 00223 VOID 00224 (*pHalSetMaxLegacyPciBusNumber)( 00225 IN ULONG BusNumber 00226 ); 00227 00228 // 00229 // typedef struct _PM_DISPATCH_TABLE { 00230 // ULONG Signature; 00231 // ULONG Version; 00232 // PVOID Function[1]; 00233 // } PM_DISPATCH_TABLE, *PPM_DISPATCH_TABLE; 00234 // 00235 00236 typedef struct { 00237 ULONG Signature; 00238 ULONG Version; 00239 pHalAcpiTimerInit HalpAcpiTimerInit; 00240 pHalAcpiTimerInterrupt HalpAcpiTimerInterrupt; 00241 pHalAcpiMachineStateInit HalpAcpiMachineStateInit; 00242 pHalAcpiQueryFlags HalpAcpiQueryFlags; 00243 pHalPicStateIntact HalxPicStateIntact; 00244 pHalRestorePicState HalxRestorePicState; 00245 pHalInterfaceReadWriteConfig HalpPciInterfaceReadConfig; 00246 pHalInterfaceReadWriteConfig HalpPciInterfaceWriteConfig; 00247 pHalSetVectorState HalpSetVectorState; 00248 pHalGetIOApicVersion HalpGetIOApicVersion; 00249 pHalSetMaxLegacyPciBusNumber HalpSetMaxLegacyPciBusNumber; 00250 } HAL_ACPI_DISPATCH_TABLE, *PHAL_ACPI_DISPATCH_TABLE; 00251 00252 #define HAL_ACPI_DISPATCH_SIGNATURE 'HAL ' 00253 #define HAL_ACPI_DISPATCH_VERSION 1 00254 00255 #define HalAcpiTimerInit ((pHalAcpiTimerInit)PmHalDispatchTable->Function[HalAcpiTimerInit]) 00256 #define HalAcpiTimerInterrupt ((pHalAcpiTimerInterrupt)PmHalDispatchTable->Function[HalAcpiTimerInterrupt]) 00257 #define HalAcpiMachineStateInit ((pHalAcpiMachineStateInit)PmHalDispatchTable->Function[HalAcpiMachineStateInit]) 00258 #define HalPicStateIntact ((pHalPicStateIntact)PmHalDispatchTable->Function[HalPicStateIntact]) 00259 #define HalRestorePicState ((pHalRestorePicState)PmHalDispatchTable->Function[HalRestorePicState]) 00260 #define HalPciInterfaceReadConfig ((pHalInterfaceReadWriteConfig)PmHalDispatchTable->Function[HalPciInterfaceReadConfig]) 00261 #define HalPciInterfaceWriteConfig ((pHalInterfaceReadWriteConfig)PmHalDispatchTable->Function[HalPciInterfaceWriteConfig]) 00262 #define HalSetVectorState ((pHalSetVectorState)PmHalDispatchTable->Function[HalSetVectorState]) 00263 #define HalGetIOApicVersion ((pHalGetIOApicVersion)PmHalDispatchTable->Function[HalGetIOApicVersion]) 00264 #define HalSetMaxLegacyPciBusNumber ((pHalSetMaxLegacyPciBusNumber)PmHalDispatchTable->Function[HalSetMaxLegacyPciBusNumber]) 00265 00266 extern PPM_DISPATCH_TABLE PmAcpiDispatchTable; 00267 extern PPM_DISPATCH_TABLE PmHalDispatchTable; 00268 00269 // 00270 // ACPI driver's table 00271 // 00272 typedef enum { 00273 AcpiEnableDisableGPEvents, 00274 AcpiInitEnableAcpi, 00275 AcpiGpeEnableWakeEvents, 00276 AcpiMaxFunction 00277 } ACPI_DISPATCH_FUNCTION; 00278 00279 typedef 00280 VOID 00281 (*pAcpiEnableDisableGPEvents) ( 00282 IN BOOLEAN Enable 00283 ); 00284 00285 typedef 00286 VOID 00287 (*pAcpiInitEnableAcpi) ( 00288 IN BOOLEAN ReEnable 00289 ); 00290 00291 typedef 00292 VOID 00293 (*pAcpiGpeEnableWakeEvents)( 00294 VOID 00295 ); 00296 00297 typedef struct { 00298 ULONG Signature; 00299 ULONG Version; 00300 pAcpiEnableDisableGPEvents AcpipEnableDisableGPEvents; 00301 pAcpiInitEnableAcpi AcpipInitEnableAcpi; 00302 pAcpiGpeEnableWakeEvents AcpipGpeEnableWakeEvents; 00303 } ACPI_HAL_DISPATCH_TABLE, *PACPI_HAL_DISPATCH_TABLE; 00304 00305 #define ACPI_HAL_DISPATCH_SIGNATURE 'ACPI' 00306 #define ACPI_HAL_DISPATCH_VERSION 1 00307 00308 #define AcpiEnableDisableGPEvents (*(pAcpiEnableDisableGPEvents)PmAcpiDispatchTable->Function[AcpiEnableDisableGPEvents]) 00309 #define AcpiInitEnableAcpi (*(pAcpiInitEnableAcpi)PmAcpiDispatchTable->Function[AcpiInitEnableAcpi]) 00310 #define AcpiGpeEnableWakeEvents (*(pAcpiGpeEnableWakeEvents)PmAcpiDispatchTable->Function[AcpiGpeEnableWakeEvents]) 00311 00312 // from detect\i386\acpibios.h 00313 typedef struct { 00314 PHYSICAL_ADDRESS Base; 00315 LARGE_INTEGER Length; 00316 ULONGLONG Type; 00317 } ACPI_E820_ENTRY, *PACPI_E820_ENTRY; 00318 00319 typedef struct _ACPI_BIOS_MULTI_NODE { 00320 PHYSICAL_ADDRESS RsdtAddress; // 64-bit physical address of RSDT 00321 ULONGLONG Count; 00322 ACPI_E820_ENTRY E820Entry[1]; 00323 } ACPI_BIOS_MULTI_NODE, *PACPI_BIOS_MULTI_NODE; 00324 00325 typedef enum { 00326 AcpiAddressRangeMemory = 1, 00327 AcpiAddressRangeReserved, 00328 AcpiAddressRangeACPI, 00329 AcpiAddressRangeNVS, 00330 AcpiAddressRangeMaximum, 00331 } ACPI_BIOS_E820_TYPE, *PACPI_BIOS_E820_TYPE; 00332 00333 00334 NTSTATUS 00335 HalpAcpiFindRsdt ( 00336 OUT PACPI_BIOS_MULTI_NODE *AcpiMulti 00337 ); 00338 00339 #endif //_ACPI_H_ 00340 00341 /* 00342 endif 00343 ; 00344 ; Begin assembly part of the definitions 00345 ; 00346 00347 00348 ; 00349 ; Register layout of ACPI processor register block 00350 ; 00351 00352 P_CNT equ 0 00353 P_LVL2 equ 4 00354 P_LVL3 equ 5 00355 00356 00357 ; 00358 ; Register layout of PM1x_EVT register 00359 ; 00360 00361 BM_STS equ 10h 00362 WAK_STS equ 8000h 00363 00364 ; 00365 ; Register layout of PM1x_Enable 00366 ; 00367 00368 TMR_EN equ 0001h 00369 GBL_EN equ 0020h 00370 PWRBTN_EN equ 0100h 00371 SLPBTN_EN equ 0200h 00372 RTC_EN equ 0400h 00373 00374 ; 00375 ; Register layout of PM1x_CTL 00376 ; 00377 00378 SCI_EN equ 1 00379 BM_RLD equ 2 00380 CTL_IGNORE equ 200h 00381 SLP_TYP_SHIFT equ 10 00382 SLP_EN equ 2000h 00383 00384 CTL_PRESERVE equ (SCI_EN + BM_RLD + CTL_IGNORE) 00385 00386 ; 00387 ; Register layout of PM2_CNT 00388 ; 00389 00390 ARB_DIS equ 1 00391 00392 ; 00393 ; ACPI registers, as laid out in HalpFixedAcpiDescTable 00394 ; 00395 00396 PM1a_EVT EQU _HalpFixedAcpiDescTable + 56 00397 PM1b_EVT EQU _HalpFixedAcpiDescTable + 60 00398 PM1_EVT_LEN EQU _HalpFixedAcpiDescTable + 88 00399 00400 PM1a_CNT EQU _HalpFixedAcpiDescTable + 64 00401 PM1b_CNT EQU _HalpFixedAcpiDescTable + 68 00402 00403 PM2_CNT_BLK EQU _HalpFixedAcpiDescTable + 72 00404 00405 PM_TMR_BLK EQU _HalpFixedAcpiDescTable + 76 00406 PM_TMR_FREQ EQU 3579545 00407 00408 GPE0_BLK EQU _HalpFixedAcpiDescTable + 80 00409 GPE1_BLK EQU _HalpFixedAcpiDescTable + 84 00410 00411 GPE0_BLK_LEN EQU _HalpFixedAcpiDescTable + 92 00412 GPE1_BLK_LEN EQU _HalpFixedAcpiDescTable + 93 00413 00414 FLUSH_SIZE EQU _HalpFixedAcpiDescTable + 100 00415 FLUSH_STRIDE EQU _HalpFixedAcpiDescTable + 102 00416 00417 DUTY_OFFSET EQU _HalpFixedAcpiDescTable + 104 00418 00419 RTC_DAY_ALRM EQU _HalpFixedAcpiDescTable + 106 00420 RTC_MON_ALRM EQU _HalpFixedAcpiDescTable + 107 00421 RTC_CENTURY EQU _HalpFixedAcpiDescTable + 108 00422 FADT_FLAGS EQU _HalpFixedAcpiDescTable + 112 00423 00424 ; 00425 ; FADT flag values 00426 ; 00427 WBINVD_SUPPORTED EQU 1 00428 WBINVD_FLUSH EQU 2 00429 00430 ; 00431 GeneralWakeupEnable EQU 0 00432 RtcWakeupEnable EQU 1 00433 00434 ; 00435 ; Constants used in the Context parameter to HaliAcpiSleep 00436 ; (must match C code above) 00437 ; 00438 SLEEP_STATE_FLUSH_CACHE EQU 1 00439 SLEEP_STATE_FIRMWARE_RESTART EQU 2 00440 CONTEXT_FLAG_SHIFT EQU 8 00441 00442 ;*/