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/*
* Copyright (c) 1995 Firepower Systems, Inc.
* DO NOT DISTRIBUTE without permission
*
* $RCSfile: phsystem.h $
* $Revision: 1.28 $
* $Date: 1996/05/14 02:33:25 $
* $Locker: $
*/
#ifndef PHSYSTEM_H
#define PHSYSTEM_H
//
// (sfk 11/3/94)
// Should this be placed here or directly included?
//
#include "fpreg.h"
#include "stdio.h"
#include "ntverp.h"
// defined 'special' address space for system memory [rdl:01.04.95]
#define MEMORY_ADDRESS_SPACE 0
#define IO_ADDRESS_SPACE 1
#define SYSTEM_ADDRESS_SPACE 2
BOOLEAN HalpInitializeDisplay1(PLOADER_PARAMETER_BLOCK);
ULONG HalpInitInts( ULONG CpuNumber );
VOID HalpInitPciBusEarly( PLOADER_PARAMETER_BLOCK );
int PHalTriggerEvent( ULONG returndata );
int PHalSetupGpio( ULONG LEDFLAGS );
VOID PHalBlinkLeds( UCHAR LEDS, ULONG Rate, ULONG LEDFLAGS );
int PHalpInterruptSetup( VOID );
BOOLEAN PHalpHandleIpi( PKINTERRUPT , PVOID , PVOID );
VOID PHalpDumpLoaderBlock ( PLOADER_PARAMETER_BLOCK );
VOID PHalpDumpConfigData ( PCONFIGURATION_COMPONENT_DATA, PULONG );
VOID PHalDumpTree ( PCONFIGURATION_COMPONENT_DATA );
BOOLEAN PHalpEisaDispatch( PKINTERRUPT , PVOID , PVOID );
int PH_HalVersion( VOID );
ULONG HalpCheckString( PCHAR , PCHAR );
ULONG HalpSetPixelColorMap( ULONG , ULONG );
BOOLEAN HalpInitIntelAIP ( VOID );
VOID PH_HalVersionInternal( VOID );
VOID PH_HalVersionExternal( VOID );
VOID HalpResetByKeyboard(VOID);
VOID HalpSetupDCC(ULONG, ULONG);
BOOLEAN HalpMemoryHandler(
IN PKINTERRUPT Interrupt,
IN PVOID ServiceContext,
IN PVOID TrapFrame);
BOOLEAN HalpHandleExternalInterrupt( IN PKINTERRUPT Interrupt,
IN PVOID ServiceContext,
IN PVOID TrapFrame
);
ULONG HalpGetProcessorRev( VOID);
// define the start address for system register space, apart
// from eisa/pci specific registers
//
// PVOID HalpSysBase = (PVOID) 0xff000000;
// PVOID HalpSysBase = (PVOID) 0x8000ff00;
extern PVOID HalpSystemSpace;
extern PVOID HalpIoControl;
extern PVOID HalpVideMemoryBase;
extern PVOID HalpSystemControlBase;
extern BOOLEAN HalpInitializeRegistry (IN PLOADER_PARAMETER_BLOCK LoaderBlock);
extern ULONG HalpGetCycleTime(VOID);
extern ULONG HalpProcessorCount(VOID);
extern ULONG HalpGetCycleTime(VOID);
#define LED_0 0x01 // led 0
#define LED_1 0x02 // led 1
#define LED_2 0x04 // led 2
#define LED_3 0x08 // led 3
#define LED_EMIT 0xf0 // led direction bits in gpio register
#define LED_ON 0xffffffff
#define LED_OFF 0x00000000
//#define DCC_INDX 0x840
//#define DCC_DATA 0x841
#define GPIOA 0x2
// #define WAIT_TIME 0xf000000
#define WAIT_TIME 0x800000
typedef struct _DCC_CONTROL {
UCHAR space[0x840];
UCHAR DccIndxReg; // this should show up at address base + 840
UCHAR DccDataReg; // this should show up at address base + 841
UCHAR DccTestAddr; // this is for test purposes....
} DCC_CONTROL, *P_DCC_CONTROL;
typedef struct _Address_Map {
ULONG System;
ULONG IO;
ULONG General;
} Address_Map, *PAddress_Map;
typedef struct {
ULONG EntryCounter;
ULONG ExitCounter;
ULONG Flags; // keep track of where in the routine you are..
ULONG Isr;
ULONG TmpMask;
ULONG MasksDifferFlag;
ULONG SysInterruptVector;
ULONG Intbucket; // bit map each int type seen
ULONG CompareMask;
ULONG BusyCount;
ULONG Bloob;
ULONG LastCount;
} HalState, *PHalState;
//
// System Descriptions:
// Hold a description of the system for the hal to use
// to determine what form it should take.
//
// Declare an enumerated type for asking which processor the
// system is currently running on.
//
typedef struct {
ULONG Flags;
ULONG HashSize;
PCHAR ProcessorName;
PCHAR ProductNumber;
} PROCESSOR_DESCRIPTION;
//
// Flags for defining the capabilities of the cpu,
// and the enumerated labels for marking what
// cpu we're on.
//
#define PROC_NOSUPP 0x00000000
#define PROC_SUPP 0x00000001
#define PROC_HASHTABLE 0x00000002
#define PROC_MPCAPABLE 0x00000004
typedef enum {
PPC_UNKNOWN = 0,
PPC_601 = 1,
PPC_602 = 2,
PPC_603 = 3,
PPC_604 = 4,
PPC_605 = 5,
PPC_606 = 6,
PPC_607 = 7,
PPC_608 = 8,
PPC_609 = 9,
nPROCESSOR_TYPE
} PROCESSOR_TYPE;
extern PROCESSOR_DESCRIPTION ProcessorDescription[];
extern PROCESSOR_TYPE ProcessorType;
//
// System IDENT Values:
//
#define ESCC_IDENT 0x60730000 // chip only in pro
#define TSC_IDENT 0x60370000 // chip only in top ( currently )
//
// Flags to label the capabilities of the system as a whole:
//
#define SYS_NOSUPP 0x00000000 // system is not supported by this hal.
#define SYS_SUPP 0x00000001 // system is supported by this hal.
#define SYS_MPCAPABLE 0x00000002 // system is able to support more than one cpu.
#define SYS_MPFOREAL 0x00000004 // system is able to have more than one cpu.
typedef enum {
SYS_UNKNOWN = 0,
SYS_POWERPRO = 1, // 0x60730000
SYS_POWERTOP = 2, // 0x60370000
SYS_POWERSERVE = 3, // 0x60370000 ???? don't know yet
SYS_POWERSLICE = 4,
nSYSTEM_TYPE
} SYSTEM_TYPE ;
typedef struct {
ULONG Flags;
PCHAR SystemName;
} SYSTEM_DESCRIPTION, PSYSTEM_DESCRIPTION;
typedef struct _HW_DESCRIPTION {
ULONG HwFlags;
ULONG Spare;
}HARDWARE_DESCRIPTION;
extern SYSTEM_DESCRIPTION SystemDescription[];
extern SYSTEM_TYPE SystemType;
extern VOID HalpInitIoBuses ( VOID );
#define IRQ0 1
extern ULONG PciDeviceIDs[4][256];
extern ULONG PciClassInfo[4][256];
//
// these values show up in the lower byte of the interrupt word read out of
// the system register...
//
#define VEC_Timer 0x0001
#define VEC_Keyboard 0x0002
#define VEC_Cascade 0x0004
#define VEC_Serial2 0x0008
#define VEC_Serial1 0x0010
#define VEC_Display 0x0020
#define VEC_Floppy 0x0040
#define VEC_Parallel1 0x0080
//
// these values show up in the secondary next byte
// of the SIO
//
#define VEC_RTC 0x0100
#define VEC_Open9 0x0200
#define VEC_Audio 0x0400
#define VEC_PCI 0x0800
#define VEC_Mouse 0x1000
#define VEC_Scsi 0x2000
#define VEC_Enet 0x4000
#define VEC_Open15 0x8000
#define HalPrint HalpDebugPrint
#define HalpPrint HalpDebugPrint
#define HalBreak(x)
#define SEE_DEFINES A_DEFINES
#define SET_STRING(x) #x
//
//Declare The BAT Support Routines [ged]
//
ULONG HalpGetUpperIBAT(ULONG);
ULONG HalpGetLowerIBAT(ULONG);
ULONG HalpGetUpperDBAT(ULONG);
ULONG HalpGetLowerDBAT(ULONG);
VOID HalpSetLowerDBAT1(ULONG);
VOID HalpSetUpperDBAT1(ULONG);
// Add more BAT Support Routines [rdl:01.03.95]
VOID HalpSetUpperDBAT(ULONG,ULONG);
VOID HalpSetLowerDBAT(ULONG,ULONG);
//
// Memory parity error variables
//
#define MemoryParityErrorsVarName "MEMORY_PARITY_ERRORS"
extern ULONG MemoryParityErrorsThisBoot;
extern ULONG MemoryParityErrorsForever;
//
// Useful macros for pragma message, ie. #pragma message(REVIEW "some text")
//
#define QUOTE(x) #x
#define IQUOTE(x) QUOTE(x)
#define REVIEW __FILE__ "(" IQUOTE(__LINE__) ") : REVIEW -> "
#define NOTE(x) message(REVIEW IQUOTE(x) )
#define PAUSE for(;;) { \
}
#endif // PHSYSTEM_H
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