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/************************************************************************/
/* Provides the Hypervisor PCI calls for iSeries Linux Parition.        */
/* Copyright (C) 20yy  <Wayne G Holm> <IBM Corporation>                 */
/*                                                                      */
/* This program is free software; you can redistribute it and/or modify */
/* it under the terms of the GNU General Public License as published by */
/* the Free Software Foundation; either version 2 of the License, or    */
/* (at your option) any later version.                                  */
/*                                                                      */
/* This program is distributed in the hope that it will be useful,      */ 
/* but WITHOUT ANY WARRANTY; without even the implied warranty of       */
/* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the        */
/* GNU General Public License for more details.                         */
/*                                                                      */
/* You should have received a copy of the GNU General Public License    */ 
/* along with this program; if not, write to the:                       */
/* Free Software Foundation, Inc.,                                      */ 
/* 59 Temple Place, Suite 330,                                          */ 
/* Boston, MA  02111-1307  USA                                          */
/************************************************************************/
/* Change Activity:                                                     */
/*   Created, Jan 9, 2001                                               */
/************************************************************************/
//============================================================================
//							 Header File Id
// Name______________:	HvCallPci.H
//
// Description_______:
//
//	This file contains the "hypervisor call" interface which is used to
//	drive the hypervisor from SLIC.
//
//============================================================================
 
//-------------------------------------------------------------------
// Forward declarations 
//-------------------------------------------------------------------
 
//-------------------------------------------------------------------
// Standard Includes
//-------------------------------------------------------------------
#ifndef  _HVCALLSC_H
#include "HvCallSc.h"
#endif
 
#ifndef  _HVTYPES_H
#include <asm/iSeries/HvTypes.h>
#endif
 
//-------------------------------------------------------------------
// Other Includes
//-------------------------------------------------------------------
 
 
//-----------------------------------------------------------------------------
// Constants
//-----------------------------------------------------------------------------
#ifndef _HVCALLPCI_H
#define _HVCALLPCI_H
 
struct HvCallPci_DsaAddr { // make sure this struct size is 64-bits total
	u16		busNumber;
	u8		subBusNumber; 
	u8		deviceId;     
	u8		barNumber;
	u8		reserved[3];
};
union HvDsaMap {
	u64	DsaAddr;
	struct HvCallPci_DsaAddr Dsa;
};
 
struct HvCallPci_LoadReturn {
	u64		rc;
	u64		value;
};
 
enum HvCallPci_DeviceType {HvCallPci_NodeDevice	= 1,
                        HvCallPci_SpDevice	= 2,	
                        HvCallPci_IopDevice     = 3,	
                        HvCallPci_BridgeDevice	= 4,	
                        HvCallPci_MultiFunctionDevice = 5,	
                        HvCallPci_IoaDevice	= 6	
};
 
 
struct HvCallPci_DeviceInfo {
	u32	deviceType;		// See DeviceType enum for values
};
 
struct HvCallPci_BusUnitInfo {
	u32	sizeReturned;		// length of data returned
	u32	deviceType;		// see DeviceType enum for values
};
 
struct HvCallPci_BridgeInfo {
	struct HvCallPci_BusUnitInfo busUnitInfo;  // Generic bus unit info
	u8		subBusNumber;		// Bus number of secondary bus
	u8		maxAgents;		// Max idsels on secondary bus
        u8              maxSubBusNumber;        // Max Sub Bus
	u8		logicalSlotNumber;	// Logical Slot Number for IOA 
};
 
 
//  Maximum BusUnitInfo buffer size.  Provided for clients so they can allocate
//  a buffer big enough for any type of bus unit.  Increase as needed.
enum {HvCallPci_MaxBusUnitInfoSize = 128};
 
struct HvCallPci_BarParms {
	u64		vaddr;
	u64		raddr;
	u64		size;
	u64		protectStart;
	u64		protectEnd;
	u64		relocationOffset;
	u64		pciAddress;		
	u64		reserved[3];
};					
 
enum HvCallPci_VpdType {
	HvCallPci_BusVpd		= 1,
	HvCallPci_BusAdapterVpd	= 2
};
 
#define HvCallPciConfigLoad8		HvCallPci + 0
#define HvCallPciConfigLoad16		HvCallPci + 1
#define HvCallPciConfigLoad32		HvCallPci + 2
#define HvCallPciConfigStore8		HvCallPci + 3
#define HvCallPciConfigStore16		HvCallPci + 4
#define HvCallPciConfigStore32		HvCallPci + 5
#define HvCallPciEoi			HvCallPci + 16
#define HvCallPciGetBarParms		HvCallPci + 18
#define HvCallPciMaskFisr		HvCallPci + 20
#define HvCallPciUnmaskFisr		HvCallPci + 21
#define HvCallPciSetSlotReset		HvCallPci + 25
#define HvCallPciGetDeviceInfo		HvCallPci + 27
#define HvCallPciGetCardVpd		HvCallPci + 28
#define HvCallPciBarLoad8		HvCallPci + 40
#define HvCallPciBarLoad16		HvCallPci + 41
#define HvCallPciBarLoad32		HvCallPci + 42
#define HvCallPciBarLoad64		HvCallPci + 43
#define HvCallPciBarStore8		HvCallPci + 44
#define HvCallPciBarStore16		HvCallPci + 45
#define HvCallPciBarStore32		HvCallPci + 46
#define HvCallPciBarStore64		HvCallPci + 47
#define HvCallPciMaskInterrupts		HvCallPci + 48
#define HvCallPciUnmaskInterrupts	HvCallPci + 49
#define HvCallPciGetBusUnitInfo		HvCallPci + 50
 
//============================================================================
static inline u64	HvCallPci_configLoad8(u16 busNumber, u8 subBusNumber,
					      u8 deviceId, u32 offset,
					      u8 *value)
{
	struct HvCallPci_DsaAddr dsa;
	struct HvCallPci_LoadReturn retVal;
 
	*((u64*)&dsa) = 0;				
 
	dsa.busNumber = busNumber;
	dsa.subBusNumber = subBusNumber;
	dsa.deviceId = deviceId;
 
	HvCall3Ret16(HvCallPciConfigLoad8, &retVal, *(u64 *)&dsa, offset, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	*value = retVal.value;
 
	return retVal.rc;
}
//============================================================================
static inline u64	HvCallPci_configLoad16(u16 busNumber, u8 subBusNumber,
					      u8 deviceId, u32 offset,
					      u16 *value)
{
	struct HvCallPci_DsaAddr dsa;
	struct HvCallPci_LoadReturn retVal;
 
	*((u64*)&dsa) = 0;				
 
	dsa.busNumber = busNumber;
	dsa.subBusNumber = subBusNumber;
	dsa.deviceId = deviceId;
 
	HvCall3Ret16(HvCallPciConfigLoad16, &retVal, *(u64 *)&dsa, offset, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	*value = retVal.value;
 
	return retVal.rc;
}
//============================================================================
static inline u64	HvCallPci_configLoad32(u16 busNumber, u8 subBusNumber,
					      u8 deviceId, u32 offset,
					      u32 *value)
{
	struct HvCallPci_DsaAddr dsa;
	struct HvCallPci_LoadReturn retVal;
 
	*((u64*)&dsa) = 0;				
 
	dsa.busNumber = busNumber;
	dsa.subBusNumber = subBusNumber;
	dsa.deviceId = deviceId;
 
	HvCall3Ret16(HvCallPciConfigLoad32, &retVal, *(u64 *)&dsa, offset, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	*value = retVal.value;
 
	return retVal.rc;
}
//============================================================================
static inline u64	HvCallPci_configStore8(u16 busNumber, u8 subBusNumber,
					      u8 deviceId, u32 offset,
					      u8  value)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;				
 
	dsa.busNumber = busNumber;
	dsa.subBusNumber = subBusNumber;
	dsa.deviceId = deviceId;
 
	retVal = HvCall4(HvCallPciConfigStore8, *(u64 *)&dsa, offset, value, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
static inline u64	HvCallPci_configStore16(u16 busNumber, u8 subBusNumber,
					      u8 deviceId, u32 offset,
					      u16  value)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;				
 
	dsa.busNumber = busNumber;
	dsa.subBusNumber = subBusNumber;
	dsa.deviceId = deviceId;
 
	retVal = HvCall4(HvCallPciConfigStore16, *(u64 *)&dsa, offset, value, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
static inline u64	HvCallPci_configStore32(u16 busNumber, u8 subBusNumber,
					      u8 deviceId, u32 offset,
					      u32  value)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;				
 
	dsa.busNumber = busNumber;
	dsa.subBusNumber = subBusNumber;
	dsa.deviceId = deviceId;
 
	retVal = HvCall4(HvCallPciConfigStore32, *(u64 *)&dsa, offset, value, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
static inline u64	HvCallPci_barLoad8(u16	busNumberParm,
					   u8		subBusParm,
					   u8		deviceIdParm,
					   u8		barNumberParm,
					   u64		offsetParm,
					   u8*		valueParm)
{
	struct HvCallPci_DsaAddr dsa;
	struct HvCallPci_LoadReturn retVal;
 
	*((u64*)&dsa) = 0;				
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
	dsa.barNumber = barNumberParm;
 
	HvCall3Ret16(HvCallPciBarLoad8, &retVal, *(u64 *)&dsa, offsetParm, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	*valueParm = retVal.value;
 
	return retVal.rc;
}
//============================================================================
static inline u64	HvCallPci_barLoad16(u16	busNumberParm,
					   u8		subBusParm,
					   u8		deviceIdParm,
					   u8		barNumberParm,
					   u64		offsetParm,
					   u16*		valueParm)
{
	struct HvCallPci_DsaAddr dsa;
	struct HvCallPci_LoadReturn retVal;
 
	*((u64*)&dsa) = 0;				
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
	dsa.barNumber = barNumberParm;
 
	HvCall3Ret16(HvCallPciBarLoad16, &retVal, *(u64 *)&dsa, offsetParm, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	*valueParm = retVal.value;
 
	return retVal.rc;
}
//============================================================================
static inline u64	HvCallPci_barLoad32(u16	busNumberParm,
					   u8		subBusParm,
					   u8		deviceIdParm,
					   u8		barNumberParm,
					   u64		offsetParm,
					   u32*		valueParm)
{
	struct HvCallPci_DsaAddr dsa;
	struct HvCallPci_LoadReturn retVal;
 
	*((u64*)&dsa) = 0;				
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
	dsa.barNumber = barNumberParm;
 
	HvCall3Ret16(HvCallPciBarLoad32, &retVal, *(u64 *)&dsa, offsetParm, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	*valueParm = retVal.value;
 
	return retVal.rc;
}
//============================================================================
static inline u64	HvCallPci_barLoad64(u16	busNumberParm,
					   u8		subBusParm,
					   u8		deviceIdParm,
					   u8		barNumberParm,
					   u64		offsetParm,
					   u64*		valueParm)
{
	struct HvCallPci_DsaAddr dsa;
	struct HvCallPci_LoadReturn retVal;
 
	*((u64*)&dsa) = 0;				
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
	dsa.barNumber = barNumberParm;
 
	HvCall3Ret16(HvCallPciBarLoad64, &retVal, *(u64 *)&dsa, offsetParm, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	*valueParm = retVal.value;
 
	return retVal.rc;
}
//============================================================================
static inline u64	HvCallPci_barStore8(u16	busNumberParm,
					    u8		subBusParm,
					    u8		deviceIdParm,
					    u8		barNumberParm,
					    u64		offsetParm,
					    u8		valueParm)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
	dsa.barNumber = barNumberParm;
 
	retVal = HvCall4(HvCallPciBarStore8, *(u64 *)&dsa, offsetParm, valueParm, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
static inline u64	HvCallPci_barStore16(u16	busNumberParm,
					     u8		subBusParm,
					     u8		deviceIdParm,
					     u8		barNumberParm,
					     u64	offsetParm,
					     u16	valueParm)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
	dsa.barNumber = barNumberParm;
 
	retVal = HvCall4(HvCallPciBarStore16, *(u64 *)&dsa, offsetParm, valueParm, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
static inline u64	HvCallPci_barStore32(u16	busNumberParm,
					     u8		subBusParm,
					     u8		deviceIdParm,
					     u8		barNumberParm,
					     u64	offsetParm,
					     u32	valueParm)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
	dsa.barNumber = barNumberParm;
 
	retVal = HvCall4(HvCallPciBarStore32, *(u64 *)&dsa, offsetParm, valueParm, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
static inline u64	HvCallPci_barStore64(u16	busNumberParm,
					     u8		subBusParm,
					     u8		deviceIdParm,
					     u8		barNumberParm,
					     u64	offsetParm,
					     u64	valueParm)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
	dsa.barNumber = barNumberParm;
 
	retVal = HvCall4(HvCallPciBarStore64, *(u64 *)&dsa, offsetParm, valueParm, 0);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
static inline u64	HvCallPci_eoi(u16	busNumberParm,
				      u8	subBusParm,  
				      u8	deviceIdParm)
{
	struct HvCallPci_DsaAddr dsa;
	struct HvCallPci_LoadReturn retVal;
 
	*((u64*)&dsa) = 0;
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
 
	HvCall1Ret16(HvCallPciEoi, &retVal, *(u64*)&dsa);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal.rc;
}
//============================================================================
static inline u64	HvCallPci_getBarParms(u16	busNumberParm,
					      u8	subBusParm,  
					      u8	deviceIdParm,
					      u8	barNumberParm,
					      u64	parms,
					      u32	sizeofParms)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
	dsa.barNumber = barNumberParm;
 
	retVal = HvCall3(HvCallPciGetBarParms, *(u64*)&dsa, parms, sizeofParms);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
static inline u64	HvCallPci_maskFisr(u16	busNumberParm,
					   u8	subBusParm,  
					   u8	deviceIdParm,
					   u64	fisrMask)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;		
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
 
	retVal = HvCall2(HvCallPciMaskFisr, *(u64*)&dsa, fisrMask);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
static inline u64	HvCallPci_unmaskFisr(u16	busNumberParm,
					     u8		subBusParm,  
					     u8		deviceIdParm,
					     u64	fisrMask)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;		
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
 
	retVal = HvCall2(HvCallPciUnmaskFisr, *(u64*)&dsa, fisrMask);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
static inline u64	HvCallPci_setSlotReset(u16		busNumberParm,
					       u8		subBusParm,
					       u8		deviceIdParm,
					       u64		onNotOff)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
 
	retVal = HvCall2(HvCallPciSetSlotReset, *(u64*)&dsa, onNotOff);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
static inline u64	HvCallPci_getDeviceInfo(u16	busNumberParm,
						u8	subBusParm,  
						u8	deviceNumberParm,
						u64     parms,
						u32	sizeofParms)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceNumberParm << 4;
 
	retVal = HvCall3(HvCallPciGetDeviceInfo, *(u64*)&dsa, parms, sizeofParms);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
static inline u64	HvCallPci_maskInterrupts(u16	busNumberParm,
						 u8	subBusParm,  
						 u8	deviceIdParm,
						 u64	interruptMask)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;		
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
 
	retVal = HvCall2(HvCallPciMaskInterrupts, *(u64*)&dsa, interruptMask);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
static inline u64	HvCallPci_unmaskInterrupts(u16	busNumberParm,
						 u8		subBusParm,  
						 u8		deviceIdParm,
						 u64		interruptMask)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;		
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
 
	retVal = HvCall2(HvCallPciUnmaskInterrupts, *(u64*)&dsa, interruptMask);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
 
static inline u64	HvCallPci_getBusUnitInfo(u16		busNumberParm,
						 u8		subBusParm,  
						 u8		deviceIdParm,
						 u64            parms,
						 u32		sizeofParms)
{
	struct HvCallPci_DsaAddr dsa;
	u64 retVal;
 
	*((u64*)&dsa) = 0;		
 
	dsa.busNumber = busNumberParm;
	dsa.subBusNumber = subBusParm;
	dsa.deviceId = deviceIdParm;
 
	retVal = HvCall3(HvCallPciGetBusUnitInfo, *(u64*)&dsa, parms, sizeofParms);
 
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
 
	return retVal;
}
//============================================================================
 
static inline int HvCallPci_getBusVpd(u16 busNumParm, u64 destParm, u16 sizeParm)
{
	int xRetSize;
	u64 xRc = HvCall4(HvCallPciGetCardVpd, busNumParm, destParm, sizeParm, HvCallPci_BusVpd);
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
	if (xRc == -1)
		xRetSize = -1;
	else
		xRetSize = xRc & 0xFFFF;
	return xRetSize;
}
//============================================================================
 
static inline int HvCallPci_getBusAdapterVpd(u16 busNumParm, u64 destParm, u16 sizeParm)
{
	int xRetSize;
	u64 xRc = HvCall4(HvCallPciGetCardVpd, busNumParm, destParm, sizeParm, HvCallPci_BusAdapterVpd);
	// getPaca()->adjustHmtForNoOfSpinLocksHeld();
	if (xRc == -1)
		xRetSize = -1;
	else
		xRetSize = xRc & 0xFFFF;
	return xRetSize;
}
//============================================================================
#endif // _HVCALLPCI_H