/** @ipdc.h * * Inter PSD Device communication module * Modified to support 16-bit eComStation/OS2 drivers (see _MSC_VER) * netlabs.org confidential * * Copyright (c) 2005 netlabs.org * * Author: Pavel Shtemenko * * All Rights Reserved * */ #ifndef __IPDC_H__ #define __IPDC_H__ #include #pragma pack(1) // Special function #define EXEC_FUN_AT_ALL_CPU 0x7f // Execute function @ all CPU !!!! exec in interrupt time !!!! #define READ_WRITE_EMBEDDED 0x80 // Direct access to embedded controller // Public & export function #define EVALUATE_FUNCTION 0x81 #define GETSYSTEMIFO_FUNCTION 0x82 #define GETTABLEHEADER_FUNCTION 0x83 #define GETTABLE_FUNCTION 0x84 #define WALKNAMESPACE_FUNCTION 0x85 #define GETNAME_FUNCTION 0x86 #define GETOBJECTINFO_FUNCTION 0x87 #define RSGETMETHODDATA_FUNCTION 0x88 #define GETTYPE_FUNCTION 0x89 #define GETPARENT_FUNCTION 0x8A #define GETNEXTOBJECT_FUNCTION 0x8B #define WAIT_BUTTON 0x8C #define GET_DRIVER_VERSION 0x8D #define ACPI_ENTER_SLEEP 0x8E #define GETTIMER_FUNCTION 0x8F #define GETTIMERRESOLUTION_FUNCTION 0x90 #define PMTIMER_UPTIME_FUNCTION 0x91 #define SET_THROTTLING_C_STATE 0x92 #define GET_THROTTLING 0x93 #define GET_STATISTICS 0x94 #define SET_CPU_POWER_STATE 0x95 #define ENTER_EVENT_THREAD_FUNCTION 0x96 #define WAIT_NOTIFY_FUNCTION 0x97 #define WAIT_EMBEDDED_FUNCTION 0x98 #define FIND_PCI_DEVICE 0x99 #define GETHANDLE_FUNCTION 0x9A // Set event flag #define SET_POWERBUTTON_FLAG 0x100 #define SET_SLEEPBUTTON_FLAG 0x101 // Internal function #define ACPI_INIT_EVENTS 0x200 #define ACPI_START_EVENTS 0x201 #define ACPI_SNOOPER_ENTER 0x202 #define SNOOPER_SET_PCI_INFO 0x203 // Function for drivers only #define GET_PROCESSOR_DATA 0x210 #define GET_FUNCTION_ADDRESS 0x211 #define SET_IDLE_FUNCTION 0x212 #define REGISTERED_NOTIFY 0x213 #define DEREGISTER_NOTIFY 0x214 #define SET_POWER_FUNCTION 0x215 #define SET_THRTL_FUNCTION 0x216 #define REGISTERED_CPUEXEC 0x217 #define DEREGISTER_CPUEXEC 0x218 // typedef struct _Get_Handle_ { ACPI_HANDLE Parent; ACPI_STRING Pathname; ACPI_HANDLE *RetHandle; ACPI_STATUS Status; } GETHANDLEPar, *PGETHANDLEPar; // Parameters for Read/Write Embedded typedef struct _RW_Embedded_ { UINT32 Number; // Controller numbers UINT32 Function; // 0 - read, 1 write ACPI_PHYSICAL_ADDRESS Address; UINT32 BitWidth; ACPI_INTEGER *Value; ACPI_STATUS Status; } RW_EMBEDDED, *PRW_EMBEDDED; // Parameters for AppComm export typedef struct _AppCommPar_ { ULONG NumberFun; // What is the function void *par; // List of parameters for this funtion } APPCOMMPAR, *PAPPCOMMPAR; // For PM timer function typedef struct _PMwakeup_ { UINT64 When; // Count when wakeup struct _PMwakeup_ *Next; // Next struct for check } PMTWakeUp, *PPMTWakeUp; typedef struct _PMTimer_ { UINT64 PMCounter; // PMTimer counter UINT32 PMValue; PPMTWakeUp Chain; // Chain for wakeup } PMTimer, *PPMTimer; // Parameters for IRQ hook typedef struct _PSD_IRQ_HOOK_ { ULONG *IRQFlag; // Address (in PSD) Flag: 1 - handled, 0 - not handled ULONG IRQNum; // Number of IRQ level, 0 based PPMTimer Work; // Address PMTimer struct ULONG (*Debug)(UINT8 *,UINT32); // Function for copy debug buffer to Read operation ULONG (*Handler)(void); // Address for IRQ handler ACPI interrupt } PSDIRQHOOK, *PPSDIRQHOOK; // Parameters for AcpiEvaluateObject typedef struct _EvaPar_ { ACPI_HANDLE Object; ACPI_STRING Pathname; ACPI_OBJECT_LIST *ParameterObjects; ACPI_BUFFER *ReturnObjectBuffer; ACPI_STATUS Status; // Where returned status from driver call } EvaPar, *PEvaPar; // Parameters for AcpiGetSystemInfo typedef struct _SGIPar_ { ACPI_BUFFER *RetBuffer; ACPI_STATUS Status; // Where returned status from driver call } SGIPar, *PSGIPar; #ifndef _MSC_VER typedef struct _GHTPar_ // AcpiGetTableHeader { ACPI_STRING Signature; UINT32 Instance; ACPI_TABLE_HEADER *OutTableHeader; ACPI_STATUS Status; // Where returned status from driver call } GTHPar, *PGTHPar; typedef struct _GTPar_ // AcpiGetTableHeader { ACPI_STRING Signature; UINT32 Instance; ACPI_TABLE_HEADER **OutTable; ACPI_STATUS Status; // Where returned status from driver call } GTPar, *PGTPar; #endif // _MSC_VER typedef struct _WNSPar_ { ACPI_OBJECT_TYPE Type; ACPI_HANDLE StartObject; UINT32 MaxDepth; ACPI_WALK_CALLBACK UserFunction; void *Context; void **ReturnValue; ACPI_STATUS Status; // Where returned status from driver call } WNSPar, *PWNSPar; // AcpiGetName typedef struct _GNPar_ { ACPI_HANDLE Handle; UINT32 NameType; ACPI_BUFFER *RetPathPtr; ACPI_STATUS Status; // Where returned status from driver call } GNPar, *PGNPar; // AcpiGetObjectInfo typedef struct _GOIPar_ { ACPI_HANDLE Handle; ACPI_BUFFER *ReturnBuffer; ACPI_STATUS Status; // Where returned status from driver call } GOIPar, *PGOIPar; typedef struct _RSMDPar_ { ACPI_HANDLE Handle; char *Path; ACPI_BUFFER *RetBuffer; ACPI_STATUS Status; // Where returned status from driver call } RSMDPar, *PRSMDPar; typedef struct _GTyPar_ { ACPI_HANDLE Object; ACPI_OBJECT_TYPE *OutType; ACPI_STATUS Status; // Where returned status from driver call } GTyPar, *PGTyPar; typedef struct _GTpPar_ { ACPI_HANDLE Object; ACPI_HANDLE *OutType; ACPI_STATUS Status; // Where returned status from driver call } GTpPar, *PGTpPar; typedef struct _GNOPar_ { ACPI_OBJECT_TYPE Type; ACPI_HANDLE Parent; ACPI_HANDLE Child; ACPI_HANDLE *OutHandle; ACPI_STATUS Status; // Where returned status from driver call } GNOPar, *PGNOPar; typedef struct _SetCPUPower_ { UINT32 CPUid; // CPU for set UINT32 State; // State number for ser ACPI_STATUS Status; // Where returned status from driver call } CPUPowerPar, *PCPUPowerPar; typedef struct _Throttling_ { UINT32 Value; // Throtlling value UINT8 C_State; // Cx state UINT8 ProcId; // Processor Id from evaluate UINT8 Enable; // Info, enable throttling or no UINT8 DutyWidth; // Readonly, value DUTY_WIDTH from FADT ACPI_STATUS Status; // Where returned status from driver call } THROTTLING_C_STATE, *PTHROTTLING_C_STATE; typedef struct _EmbbededPacket_ { UINT32 Function; ACPI_PHYSICAL_ADDRESS Address; UINT32 Data; UINT32 Stage; } EMBEDDED_PACKET, *PEMBEDDED_PACKET; #define EMBEDDED_PACKET_STAGE_NONE 0x0 #define EMBEDDED_PACKET_STAGE_HDR 0x1 #define EMBEDDED_PACKET_STAGE_ADDR 0x2 #define EMBEDDED_PACKET_STAGE_DATA 0x3 #define EMBEDDED_PACKET_STAGE_END 0x4 #ifndef _MSC_VER typedef struct _EmmbeddedController_ { ACPI_GENERIC_ADDRESS EcControl; // Control register ACPI_GENERIC_ADDRESS EcData; // Data register UINT32 Uid; // UINT8 GpeBit; // Number of GPE UINT8 *EcId; // Name in acpi tree UINT8 IBE; // Address for event Input Buffer Empty UINT8 OBF; // Address for event Output Buffer Full UINT32 Interrupt; // 0 w/o, 1 via GPE interrupt ACPI_HANDLE Handle; // Handle to EC object UINT32 ECEval; // Handle to KermArm UINT8 *EvalMethod; // _Qxx to evaluate EMBEDDED_PACKET Packet; // UINT32 NeedQueue; } EMMBEDDED_CONTROLLER, *PEMMBEDDED_CONTROLLER; #endif // _MSC_VER typedef struct _EvaluateName_ { ACPI_HANDLE Handle; // Handle to root name UINT8 Number; char EvalString[5]; // Name for evaluate } EvaluateName, *PEvaluateName; typedef struct _EventNotify_ { ACPI_HANDLE Handle; // Device was notification UINT16 Number; // Number of notification UINT16 What; // Who System/Device } EventNotify, *PEventNotify; typedef struct _R3Notify_ { UINT32 Counter; UINT32 CurrentCounter; UINT32 Timeout; UINT32 What; EventNotify Notify[1]; } R3Notify, *PR3Notify; typedef struct _R3Embedded_ { UINT32 Counter; UINT32 CurrentCounter; UINT32 Timeout; EvaluateName Embedded[1]; } R3Embedded, *PR3Embedded; typedef void (ACPI_INTERNAL_VAR_XFACE *ACPINOTIFY)( PEventNotify Notify); typedef struct _DrvNotify_ { ACPINOTIFY Driver; UINT32 Counter; struct _DrvNotify_ *Next; } DriverNotify, *PDriverNotify; typedef struct _OsExecute_ { ACPI_OSD_EXEC_CALLBACK Function; void *Context; } OSEXECUTE, *POSEXECUTE; typedef void (APIENTRY *ACPICPUEXEC)(UINT32 CPUNum, void *Context); typedef struct _CpuExecute_ { ACPICPUEXEC Function; void *Context; } CPUEXECUTE, *PCPUEXECUTE; #define EC_QUEUE_MASK 0xff #define EC_QUEUE_SIZE 0x100 #define GPE_QUEUE_MASK 0xff #define GPE_QUEUE_SIZE 0x100 #define NOTIFY_QUEUE_MASK 0xff #define NOTIFY_QUEUE_SIZE 0x100 #define OS_EXECUTE_MASK 0xff #define OS_EXECUTE_SIZE 0x100 #define CPU_EXECUTE_SIZE 0x100 // Call in each busy/idle typedef struct _WaitTick_ { UINT32 WaitEnd; // Flag "wait overflow counter" UINT32 Start; // Start value of ticks UINT32 Current; // Current value of ticks, need for clear WaitEnd UINT32 Need; // Need value } WAITTICK, *PWAITTICK; ACPI_STATUS AcpiStartWaitPMTics(PWAITTICK w,UINT32 Tics); UINT32 AcpiCheckWaitPMTics(PWAITTICK w); UINT32 MicroSecondsToTics(UINT32 MicroSeconds); void InternalThrtl(UINT32 ThrtlFlag); #define ACPI_INTR_THRTL_ON 1 #define ACPI_INTR_THRTL_OFF 2 // For PCI_WRITE from acpi.cfg typedef struct _PciWrite_ { UINT32 Val; UINT32 Reg; ACPI_PCI_ID PciId; struct _PciWrite_ *Next; } PCI_WRITE, *PPCI_WRITE; #pragma pack() #endif