pdsocket.cpp

S3C2440A的windows ce 5.0 bsp包

//
// Copyright (c) Microsoft Corporation.  All rights reserved.
//
//
// Use of this source code is subject to the terms of the Microsoft end-user
// license agreement (EULA) under which you licensed this SOFTWARE PRODUCT.
// If you did not accept the terms of the EULA, you are not authorized to use
// this source code. For a copy of the EULA, please see the LICENSE.RTF on your
// install media.
//
/*++
THIS CODE AND INFORMATION IS PROVIDED "AS IS" WITHOUT WARRANTY OF
ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO
THE IMPLIED WARRANTIES OF MERCHANTABILITY AND/OR FITNESS FOR A
PARTICULAR PURPOSE.

Module Name:  

Abstract:

    Platform dependent PCMCIA initialization functions

Notes: 
--*/
#include <windows.h>
#include <types.h>
#include <socksv2.h>
#include <memory.h>
#include <ceddk.h>
#include <nkintr.h>

#include "PDSocket.h"
//
// @doc DRIVERS
//


#define REG_CHIP_REVISION                    0x00
#define REG_INTERFACE_STATUS                 0x01
#define REG_POWER_CONTROL                    0x02
#define REG_INTERRUPT_AND_GENERAL_CONTROL    0x03
#define REG_CARD_STATUS_CHANGE               0x04
#define REG_STATUS_CHANGE_INT_CONFIG         0x05
#define REG_GENERAL_CONTROL					 0x16
#define REG_GLOBAL_CONTROL                   0x1E
#define REG_FIFO_CTRL						 0x17

//
// Interface status register 0x01
//
#define STS_BVD1                             0x01
#define STS_BVD2                             0x02
#define STS_CD1                              0x04
#define STS_CD2                              0x08
#define STS_WRITE_PROTECT                    0x10
#define STS_CARD_READY                       0x20
#define STS_CARD_POWER_ON                    0x40
#define STS_GPI                              0x80

//
// Power and RESETDRV control register 0x02
//
#define PWR_VPP1_BIT0							0x01
#define PWR_VPP1_BIT1							0x02
#define PWR_VPP2_BIT0							0x04
#define PWR_VPP2_BIT1							0x08
#define PWR_VCC_POWER							0x10
#define PWR_AUTO_POWER 							0x20
#define PWR_RESUME_RESET						0x40
#define PWR_OUTPUT_ENABLE 						0x80

//
// Interrupt and general control register 0x03
//
#define INT_IRQ_BIT0                         0x01
#define INT_IRQ_BIT1                         0x02
#define INT_IRQ_BIT2                         0x04
#define INT_IRQ_BIT3                         0x08
#define INT_ENABLE_MANAGE_INT                0x10
#define INT_CARD_IS_IO                       0x20
#define INT_CARD_NOT_RESET                   0x40
#define INT_RING_INDICATE_ENABLE             0x80

//
// Card Status change register 0x04
//
#define CSC_BATTERY_DEAD_OR_STS_CHG          0x01
#define CSC_BATTERY_WARNING                  0x02
#define CSC_READY_CHANGE                     0x04
#define CSC_DETECT_CHANGE                    0x08
#define CSC_GPI_CHANGE                       0x10

//
// Card Status change interrupt configuration register 0x05
//
#define CFG_BATTERY_DEAD_ENABLE              0x01
#define CFG_BATTERY_WARNING_ENABLE           0x02
#define CFG_READY_ENABLE                     0x04
#define CFG_CARD_DETECT_ENABLE               0x08
#define CFG_MANAGEMENT_IRQ_BIT0              0x10
#define CFG_MANAGEMENT_IRQ_BIT1              0x20
#define CFG_MANAGEMENT_IRQ_BIT2              0x40
#define CFG_MANAGEMENT_IRQ_BIT3              0x80


//
// MISC Control 1 register 0x16
//
#define MISC1_5V_DETECT							0x01
#define MISC1_VCC_33							0x02
#define MISC1_PM_IRQ							0x04
#define MISC1_PS_IRQ							0x08
#define MISC1_SPK_ENABLE						0x10
#define MISC1_INPACK_ENABLE						0x80

//
// FIFO Control register 0x17
//
#define FIFO_EMPTY_WRITE						0x80

//
// MISC Control 2 register  0x1E
//
#define MISC2_BFS								0x01
#define MISC2_LOW_POWER_MODE					0x02
#define MISC2_SUSPEND							0x04
#define MISC2_5V_CORE							0x08
#define MISC2_LED_ENABLE						0x10
#define MISC2_3STATE_BIT7						0x20
#define MISC2_IRQ15_RIOUT						0x80

//
// Global control register 0x1E
//
#define GCR_POWER_DOWN                       0x01
#define GCR_LEVEL_MODE_INT                   0x02
#define GCR_WRITE_BACK_ACK                   0x04
#define GCR_PULSE_IRQ14                      0x08

// more PD6710 specific flags
#define REG_CARD_IO_MAP0_OFFSET_L 				0x36
#define REG_CARD_IO_MAP0_OFFSET_H 				0x37
#define REG_CARD_IO_MAP1_OFFSET_L 				0x38
#define REG_CARD_IO_MAP1_OFFSET_H 				0x39
#define REG_SETUP_TIMING0						0x3a
#define REG_CMD_TIMING0							0x3b
#define REG_RECOVERY_TIMING0					0x3c
#define REG_SETUP_TIMING1						0x3d
#define REG_CMD_TIMING1							0x3e
#define REG_RECOVERY_TIMING1					0x3f
#define REG_LAST_INDEX 							REG_RECOVERY_TIMING1

#define EVENT_MASK_WRITE_PROTECT    0x0001 // write protect change
#define EVENT_MASK_CARD_LOCK        0x0002 // card lock change
#define EVENT_MASK_EJECT_REQ        0x0004 // ejection request
#define EVENT_MASK_INSERT_REQ       0x0008 // insertion request
#define EVENT_MASK_BATTERY_DEAD     0x0010 // battery dead
#define EVENT_MASK_BATTERY_LOW      0x0020 // battery low
#define EVENT_MASK_CARD_READY       0x0040 // ready change
#define EVENT_MASK_CARD_DETECT      0x0080 // card detect change
#define EVENT_MASK_POWER_MGMT       0x0100 // power management change
#define EVENT_MASK_RESET            0x0200 // card resets
#define EVENT_MASK_STATUS_CHANGE    0x0400 // card generated status change interrupts

//////////////////////////////////////////////////////////////////////////

//#define PCMCIA_DRIVER_KEY TEXT("Drivers\\PCMCIA")
#define IRQ_VALUE_NAME TEXT("Irq")
#define CHIPSET_VALUE_NAME TEXT("Chipset")
#define DEVICEID_VALUE_NAME TEXT("DeviceID")
#define POLLEDDEVICES_VALUE_NAME TEXT("PolledDevices")
#define CSC_SYSINTR_VALUE_NAME TEXT("CSCSysIntr")
#define CSC_IRQ_VALUE_NAME TEXT("CSCIrq")
#define POLL_TIMEOUT_NAME TEXT("PollTimeout")
#define POLLING_MODE_NAME TEXT("PollingMode")
#define DISABLE_SOCKET_NAME TEXT("DisableSocket")

#define CHIPSET_ID_CNT 32
#define CHIPSET_ID_LEN ((CHIPSET_ID_CNT * 9) + 1)

const SS_POWER_ENTRY CPcmciaCardSocket::m_rgPowerEntries[NUM_POWER_ENTRIES] =
{
    { 0,    PWR_SUPPLY_VCC | PWR_SUPPLY_VPP1 | PWR_SUPPLY_VPP2 },
    { 33,   PWR_SUPPLY_VCC                                     },
    { 50,   PWR_SUPPLY_VCC | PWR_SUPPLY_VPP1 | PWR_SUPPLY_VPP2 },
    { 120,                   PWR_SUPPLY_VPP1 | PWR_SUPPLY_VPP2 }
};
DWORD CPcmciaCardSocket::ms_dwSocketLastIndex = 1;

CPcmciaCardSocket::CPcmciaCardSocket( CPcmciaBusBridge* pBridge )
{
    m_pBridge = pBridge;
    m_dwSocketIndex = 0;
    while( m_dwSocketIndex == 0 )
    {
        m_dwSocketIndex = ( DWORD )
                          InterlockedIncrement( ( LONG * ) &ms_dwSocketLastIndex ); 
        //Make it is it does not exist.
        CPcmciaCardSocket* pSocket = GetSocket( ( HANDLE ) m_dwSocketIndex );
        if( pSocket != NULL )
        {
            // Duplicated , Retry.
            m_dwSocketIndex = 0;
            pSocket->DeRef();
        }
    }

    DEBUGCHK( m_pBridge );
    while( m_pBridge->LockOwner( 1000 ) != TRUE )
    {
        DEBUGCHK( FALSE );
    }
    DEBUGMSG( ZONE_INIT,
              ( TEXT( "CARDBUS: CPcmciaCardSocket (Socket=%d Index=%d) Created\r\n" ),
                GetSlotNumber(),
                GetSocketHandle() ) );
}

CPcmciaCardSocket::~CPcmciaCardSocket()
{
    m_pBridge->ReleaseOwner();
    DEBUGMSG( ZONE_INIT,
              ( TEXT( "CARDBUS: CPcmciaCardSocket (Socket=%d Index=%d) Deleted\r\n" ),
                GetSlotNumber(),
                GetSocketHandle() ) );
}

STATUS CPcmciaCardSocket::GetPowerEntry( PDWORD pdwNumOfEnery,
                                         PSS_POWER_ENTRY pPowerEntry )
{
    STATUS status = CERR_BAD_ARGS;
    if( pdwNumOfEnery != NULL && pPowerEntry != NULL )
    {
        DWORD dwNumOfCopied = min( *pdwNumOfEnery, NUM_POWER_ENTRIES );
        if( dwNumOfCopied != 0 )
        {
            memcpy( pPowerEntry,
                    m_rgPowerEntries,
                    dwNumOfCopied * sizeof( SS_POWER_ENTRY ) );
            *pdwNumOfEnery = dwNumOfCopied;
            status = CERR_SUCCESS;
        }
    }
    return status;
}

UINT16 CPcmciaCardSocket::GetSocketNo()
{
    return m_pBridge->GetSocketNo( GetSlotNumber() );
};

CPcmciaBusBridge::CPcmciaBusBridge( LPCTSTR RegPath ) : CPCCardBusBridgeBase( RegPath ),
                                                        CMiniThread( 0,
                                                                     TRUE )
{
    m_fPCICCritSecInitialized = false;
    m_pCardBusResource = NULL;
    m_hISTEvent = NULL;
    m_dwSocketLowBound = 0;
    m_dwSocketHighBound = NUM_SLOTS - 1;
    for( UINT8 nSocket = m_dwSocketLowBound;
         nSocket <= m_dwSocketHighBound;
         nSocket++ )
    {
        m_rguSocketNum[nSocket] = ( WORD ) - 1;
        m_prgCardSocket[nSocket] = NULL;
        m_rgfPowerCycleEvent[nSocket] = FALSE;
        m_rgfCardInjectEvent[nSocket] = FALSE;
    }
    m_fPollingMode = TRUE;
};


CPcmciaBusBridge::~CPcmciaBusBridge()
{
    // Terminate IST
    m_bTerminated = TRUE;
    if( m_hISTEvent )
    {
        SetEvent( m_hISTEvent );
        ThreadTerminated( 1000 );
        if( !m_fPollingMode )
        {
            InterruptDisable( m_dwCSCSysIntr );
        }
        CloseHandle( m_hISTEvent );
    };

    for( UINT8 nSocket = GetSocketLowBound();
         nSocket <= GetSocketHighBound();
         nSocket++ )
    {
        if( m_rguSocketNum[nSocket] != ( UINT16 ) - 1 )
        {
            GetSocketNumberFromCS( nSocket, FALSE );
            m_rguSocketNum[nSocket] = ( UINT16 ) - 1;
        }

        RemovePcmciaCardSocket( nSocket );
    }
    if( m_pCardBusResource != NULL )
    {
        delete  m_pCardBusResource;
    }
    if( m_fPCICCritSecInitialized )
    {
        DeleteCriticalSection( &m_PCICCritSec );
    }
}

BOOL CPcmciaBusBridge::InstallIsr()
{
    UINT8 tmp;

    for( UINT8 nSocket = GetSocketLowBound();
         nSocket <= GetSocketHighBound();
         nSocket++ )
    {
        //
        // Disable interrupts
        //
        WritePCICRegister( nSocket, REG_INTERRUPT_AND_GENERAL_CONTROL, 0 );

	    // Management int -> edge triggering(PULSE), System int -> LEVEL triggering 
        WritePCICRegister( nSocket, REG_GENERAL_CONTROL, MISC1_VCC_33|MISC1_PM_IRQ|MISC1_SPK_ENABLE );
        UINT8 bPat = ReadPCICRegister( nSocket, REG_GENERAL_CONTROL );
	    // 25Mhz_bypass,low_power_dynamic,IRQ12=drive_LED
	    WritePCICRegister( nSocket, REG_GLOBAL_CONTROL, MISC2_LOW_POWER_MODE|MISC2_LED_ENABLE);

	    // before configuring timing register, FIFO should be cleared.
	    WritePCICRegister( nSocket, REG_FIFO_CTRL, FIFO_EMPTY_WRITE);    //Flush FIFO

	    //default access time is 300ns
	    WritePCICRegister( nSocket, REG_SETUP_TIMING0, 5);                   //80ns(no spec)
	    WritePCICRegister( nSocket, REG_CMD_TIMING0, 20);                  //320ns(by spec,25Mhz clock)
	    WritePCICRegister( nSocket, REG_RECOVERY_TIMING0, 5);                   //80ns(no spec)

	    //default access time is 300ns
	    WritePCICRegister( nSocket, REG_SETUP_TIMING1, 2);                   //80ns(no spec)
	    WritePCICRegister( nSocket, REG_CMD_TIMING1, 8);                   //320ns(by spec,25Mhz clock)
	    WritePCICRegister( nSocket, REG_RECOVERY_TIMING1, 2);                   //80ns(no spec)

        if( !m_fPollingMode )
        {