singrdk/base/Kernel/Native/HalKd1394.h

//////////////////////////////////////////////////////////////////////////////
//
// kd1394.h - 1394 Kernel Debugger DLL
//

//
// Various OHCI definitions
//
#define PHY_INITIATE_BUS_RESET              0x40        // IBR @ Address 1

///////////////////////////////////////////////////////// Register Structures.
//
union VERSION_REGISTER {
    struct {
        UINT32      Revision:8;             // bits 0-7
        UINT32      Reserved:8;             // bits 8-15
        UINT32      Version:8;              // bits 16-23
        UINT32      GUID_ROM:1;             // bit  24
        UINT32      Reserved1:7;            // bits 25-31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(VERSION_REGISTER) == 4);

union VENDOR_ID_REGISTER {
    struct {
        UINT32      VendorCompanyId:24;     // bits 0-23
        UINT32      VendorUnique:8;         // bits 24-31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(VENDOR_ID_REGISTER) == 4);

union GUID_ROM_REGISTER {
    struct {
        UINT32      Reserved0:16;           // bits 0-15
        UINT32      RdData:8;               // bits 16-23
        UINT32      Reserved1:1;            // bit  24
        UINT32      RdStart:1;              // bit  25
        UINT32      Reserved2:5;            // bits 26-30
        UINT32      AddrReset:1;            // bits 31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(GUID_ROM_REGISTER) == 4);

union AT_RETRIES_REGISTER {
    struct {
        UINT32      MaxATReqRetries:4;      // bits 0-3
        UINT32      MaxATRespRetries:4;     // bits 4-7
        UINT32      MaxPhysRespRetries:4;   // bits 8-11
        UINT32      Reserved:4;             // bits 12-15
        UINT32      CycleLimit:13;          // bits 16-28
        UINT32      SecondLimit:3;          // bits 29-31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(AT_RETRIES_REGISTER) == 4);

union CSR_CONTROL_REGISTER {
    struct {
        UINT32      CsrSel:2;               // bits 0-1
        UINT32      Reserved:29;            // bits 2-30
        UINT32      CsrDone:1;              // bit  31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(CSR_CONTROL_REGISTER) == 4);

union CONFIG_ROM_HEADER_REGISTER {
    struct {
        UINT32      Rom_crc_value:16;       // bits 0-15
        UINT32      Crc_length:8;           // bits 16-23
        UINT32      Info_length:8;          // bits 24-31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(CONFIG_ROM_HEADER_REGISTER) == 4);

union BUS_OPTIONS_REGISTER {
    struct {
        UINT32      Link_spd:3;             // bits 0-2
        UINT32      Reserved0:3;            // bits 3-5
        UINT32      g:2;                    // bits 6-7
        UINT32      Reserved1:4;            // bits 8-11
        UINT32      Max_rec:4;              // bits 12-15
        UINT32      Cyc_clk_acc:8;          // bits 16-23
        UINT32      Reserved2:3;            // bits 24-26
        UINT32      Pmc:1;                  // bit  27
        UINT32      Bmc:1;                  // bit  28
        UINT32      Isc:1;                  // bit  29
        UINT32      Cmc:1;                  // bit  30
        UINT32      Irmc:1;                 // bit  31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(BUS_OPTIONS_REGISTER) == 4);

union HC_CONTROL_REGISTER {
    struct {
        UINT32      Reserved:16;            // bits 0-15
        UINT32      SoftReset:1;            // bit  16
        UINT32      LinkEnable:1;           // bit  17
        UINT32      PostedWriteEnable:1;    // bit  18
        UINT32      Lps:1;                  // bit  19
        UINT32      Reserved2:2;            // bits 20-21
        UINT32      APhyEnhanceEnable:1;    // bit  22
        UINT32      ProgramPhyEnable:1;     // bit  23
        UINT32      Reserved3:6;            // bits 24-29
        UINT32      NoByteSwapData:1;       // bit  30
        UINT32      Reserved4:1;            // bit  31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(HC_CONTROL_REGISTER) == 4);

union FAIRNESS_CONTROL_REGISTER {
    struct {
        UINT32      Pri_req:8;              // bits 0-7
        UINT32      Reserved0:24;           // bits 8-31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(FAIRNESS_CONTROL_REGISTER) == 4);

union LINK_CONTROL_REGISTER {
    struct {
        UINT32      Reserved0:4;            // bits 0-3
        UINT32      CycleSyncLReqEnable:1;  // bit  4
        UINT32      Reserved1:4;            // bits 5-8
        UINT32      RcvSelfId:1;            // bit  9
        UINT32      RcvPhyPkt:1;            // bit  10
        UINT32      Reserved2:9;            // bits 11-19
        UINT32      CycleTimerEnable:1;     // bit  20
        UINT32      CycleMaster:1;          // bit  21
        UINT32      CycleSource:1;          // bit  22
        UINT32      Reserved3:9;            // bits 23-31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(LINK_CONTROL_REGISTER) == 4);

union NODE_ID_REGISTER {
    struct {
        UINT32      NodeId:6;               // bits 0-5
        UINT32      BusId:10;               // bits 6-15
        UINT32      Reserved1:11;           // bits 16-26
        UINT32      Cps:1;                  // bit  27
        UINT32      Reserved2:2;            // bits 28-29
        UINT32      Root:1;                 // bit  30
        UINT32      IdValid:1;              // bit  31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(NODE_ID_REGISTER) == 4);

union SELF_ID_BUFFER_REGISTER {
    UINT32 SelfIdBufferPointer;
    struct {
        UINT32      Reserved0:11;           // bits 0-10
        UINT32      SelfIdBuffer:21;        // bits 11-32
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(SELF_ID_BUFFER_REGISTER) == 4);

union SELF_ID_COUNT_REGISTER {
    struct {
        UINT32      Reserved0:2;            // bits 0-1
        UINT32      SelfIdSize:11;          // bits 2-12
        UINT32      Reserved1:3;            // bits 13-15
        UINT32      SelfIdGeneration:8;     // bits 16-23
        UINT32      Reserved2:7;            // bits 24-30
        UINT32      SelfIdError:1;          // bit  31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(SELF_ID_COUNT_REGISTER) == 4);

union PHY_CONTROL_REGISTER {
    struct {
        UINT32      WrData:8;               // bits 0-7
        UINT32      RegAddr:4;              // bits 8-11
        UINT32      Reserved0:2;            // bits 12-13
        UINT32      WrReg:1;                // bit  14
        UINT32      RdReg:1;                // bit  15
        UINT32      RdData:8;               // bits 16-23
        UINT32      RdAddr:4;               // bits 24-27
        UINT32      Reserved1:3;            // bits 28-30
        UINT32      RdDone:1;               // bit  31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(PHY_CONTROL_REGISTER) == 4);

union ISOCH_CYCLE_TIMER_REGISTER {
    struct {
        UINT32      CycleOffset:12;         // bits 0-11
        UINT32      CycleCount:13;          // bits 12-24
        UINT32      CycleSeconds:7;         // bits 25-31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(ISOCH_CYCLE_TIMER_REGISTER) == 4);

union INT_EVENT_MASK_REGISTER {
    struct {
        UINT32      ReqTxComplete:1;        // bit  0
        UINT32      RspTxComplete:1;        // bit  1
        UINT32      ARRQ:1;                 // bit  2
        UINT32      ARRS:1;                 // bit  3
        UINT32      RQPkt:1;                // bit  4
        UINT32      RSPPkt:1;               // bit  5
        UINT32      IsochTx:1;              // bit  6
        UINT32      IsochRx:1;              // bit  7
        UINT32      PostedWriteErr:1;       // bit  8
        UINT32      LockRespErr:1;          // bit  9
        UINT32      Reserved0:6;            // bits 10-15
        UINT32      SelfIdComplete:1;       // bit  16
        UINT32      BusReset:1;             // bit  17
        UINT32      Reserved1:1;            // bit  18
        UINT32      Phy:1;                  // bit  19
        UINT32      CycleSynch:1;           // bit  20
        UINT32      Cycle64Secs:1;          // bit  21
        UINT32      CycleLost:1;            // bit  22
        UINT32      CycleInconsistent:1;    // bit  23
        UINT32      UnrecoverableError:1;   // bit  24
        UINT32      CycleTooLong:1;         // bit  25
        UINT32      PhyRegRcvd:1;           // bit  26
        UINT32      Reserved2:3;            // bits 27-29
        UINT32      VendorSpecific:1;       // bit  30
        UINT32      MasterIntEnable:1;      // bit  31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(INT_EVENT_MASK_REGISTER) == 4);

union COMMAND_POINTER_REGISTER {
    struct {
        UINT32      Z:4;                    // bits 0-3
        UINT32      DescriptorAddr:28;      // bits 4-31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(COMMAND_POINTER_REGISTER) == 4);

union CONTEXT_CONTROL_REGISTER {
    struct {
        UINT32      EventCode:5;            // bits 0-4
        UINT32      Spd:3;                  // bits 5-7
        UINT32      Reserved0:2;            // bits 8-9
        UINT32      Active:1;               // bit  10
        UINT32      Dead:1;                 // bit  11
        UINT32      Wake:1;                 // bit  12
        UINT32      Reserved1:2;            // bits 13-14
        UINT32      Run:1;                  // bit  15
        UINT32      Reserved2:16;           // bits 16-31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(CONTEXT_CONTROL_REGISTER) == 4);

union IT_CONTEXT_CONTROL_REGISTER {
    struct {
        UINT32      EventCode:5;            // bits 0-4
        UINT32      Spd:3;                  // bits 5-7
        UINT32      Reserved0:2;            // bits 8-9
        UINT32      Active:1;               // bit  10
        UINT32      Dead:1;                 // bit  11
        UINT32      Wake:1;                 // bit  12
        UINT32      Reserved1:2;            // bits 13-14
        UINT32      Run:1;                  // bit  15
        UINT32      CycleMatch:15;          // bits 16-30
        UINT32      CycleMatchEnable:1;     // bit  31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(IT_CONTEXT_CONTROL_REGISTER) == 4);

union IR_CONTEXT_CONTROL_REGISTER {
    struct {
        UINT32      EventCode:5;            // bits 0-4
        UINT32      Spd:3;                  // bits 5-7
        UINT32      Reserved0:2;            // bits 8-9
        UINT32      Active:1;               // bit  10
        UINT32      Dead:1;                 // bit  11
        UINT32      Wake:1;                 // bit  12
        UINT32      Reserved1:2;            // bits 13-14
        UINT32      Run:1;                  // bit  15
        UINT32      CycleMatch:12;          // bits 16-27
        UINT32      MultiChanMode:1;        // bit  28
        UINT32      CycleMatchEnable:1;     // bit  29
        UINT32      IsochHeader:1;          // bit  30
        UINT32      BufferFill:1;           // bit  31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(IR_CONTEXT_CONTROL_REGISTER) == 4);

union CONTEXT_MATCH_REGISTER {
    struct {
        UINT32      ChannelNumber:6;        // bits 0-5
        UINT32      Reserved:1;             // bit  6
        UINT32      Tag1SyncFilter:1;       // bit  7
        UINT32      Sync:4;                 // bits 8-11
        UINT32      CycleMatch:13;          // bits 12-24
        UINT32      Reserved1:3;            // bits 25-27
        UINT32      Tag:4;                  // bit  28-31
    };
    UINT32 all;
};
STATIC_ASSERT(sizeof(CONTEXT_MATCH_REGISTER) == 4);

/////////////////////////////////////////////////////////////// Register Sets.
//
struct DMA_CONTEXT_REGISTERS {
    CONTEXT_CONTROL_REGISTER    ContextControlSet;
    CONTEXT_CONTROL_REGISTER    ContextControlClear;
    UINT32                      Reserved0[1];
    COMMAND_POINTER_REGISTER    CommandPtr;
    UINT32                      Reserved1[4];
};

struct DMA_ISOCH_RCV_CONTEXT_REGISTERS {
    IR_CONTEXT_CONTROL_REGISTER ContextControlSet;
    IR_CONTEXT_CONTROL_REGISTER ContextControlClear;
    UINT32                      Reserved0[1];
    COMMAND_POINTER_REGISTER    CommandPtr;
    CONTEXT_MATCH_REGISTER      ContextMatch;
    UINT32                      Reserved1[3];
};

struct DMA_ISOCH_XMIT_CONTEXT_REGISTERS {
    IT_CONTEXT_CONTROL_REGISTER ContextControlSet;
    IT_CONTEXT_CONTROL_REGISTER ContextControlClear;
    UINT32                      Reserved0[1];
    COMMAND_POINTER_REGISTER    CommandPtr;
};

struct OHCI_REGISTER_MAP {
    VERSION_REGISTER            Version;                // @ 0
    GUID_ROM_REGISTER           GUID_ROM;               // @ 4
    AT_RETRIES_REGISTER         ATRetries;              // @ 8
    UINT32                      CsrData;                // @ C
    UINT32                      CsrCompare;             // @ 10
    CSR_CONTROL_REGISTER        CsrControl;             // @ 14
    CONFIG_ROM_HEADER_REGISTER  ConfigRomHeader;        // @ 18
    UINT32                      BusId;                  // @ 1C
    BUS_OPTIONS_REGISTER        BusOptions;             // @ 20
    UINT32                      GuidHi;                 // @ 24
    UINT32                      GuidLo;                 // @ 28
    UINT32                      Reserved0[2];           // @ 2C
    UINT32                      ConfigRomMap;           // @ 34

    UINT32                      PostedWriteAddressLo;   // @ 38
    UINT32                      PostedWriteAddressHi;   // @ 3C

    VENDOR_ID_REGISTER          VendorId;               // @ 40
    UINT32                      Reserved1[3];           // @ 44

    HC_CONTROL_REGISTER         HCControlSet;           // @ 50
    HC_CONTROL_REGISTER         HCControlClear;         // @ 54

    UINT32                      Reserved2[3];           // @ 58

    SELF_ID_BUFFER_REGISTER     SelfIdBufferPtr;        // @ 64
    SELF_ID_COUNT_REGISTER      SelfIdCount;            // @ 68

    UINT32                      Reserved3[1];           // @ 6C

    UINT32                      IRChannelMaskHiSet;     // @ 70
    UINT32                      IRChannelMaskHiClear;   // @ 74
    UINT32                      IRChannelMaskLoSet;     // @ 78
    UINT32                      IRChannelMaskLoClear;   // @ 7C

    INT_EVENT_MASK_REGISTER     IntEventSet;            // @ 80
    INT_EVENT_MASK_REGISTER     IntEventClear;          // @ 84

    INT_EVENT_MASK_REGISTER     IntMaskSet;             // @ 88
    INT_EVENT_MASK_REGISTER     IntMaskClear;           // @ 8C

    UINT32                      IsoXmitIntEventSet;     // @ 90
    UINT32                      IsoXmitIntEventClear;   // @ 94

    UINT32                      IsoXmitIntMaskSet;      // @ 98
    UINT32                      IsoXmitIntMaskClear;    // @ 9C

    UINT32                      IsoRecvIntEventSet;     // @ A0
    UINT32                      IsoRecvIntEventClear;   // @ A4

    UINT32                      IsoRecvIntMaskSet;      // @ A8
    UINT32                      IsoRecvIntMaskClear;    // @ AC

    UINT32                      Reserved4[11];          // @ B0

    FAIRNESS_CONTROL_REGISTER   FairnessControl;        // @ DC

    LINK_CONTROL_REGISTER       LinkControlSet;         // @ E0
    LINK_CONTROL_REGISTER       LinkControlClear;       // @ E4

    NODE_ID_REGISTER            NodeId;                 // @ E8
    PHY_CONTROL_REGISTER        PhyControl;             // @ EC

    ISOCH_CYCLE_TIMER_REGISTER  IsochCycleTimer;        // @ F0

    UINT32                      Reserved5[3];           // @ F4

    UINT32                      AsynchReqFilterHiSet;   // @ 100
    UINT32                      AsynchReqFilterHiClear; // @ 104

    UINT32                      AsynchReqFilterLoSet;   // @ 108
    UINT32                      AsynchReqFilterLoClear; // @ 10C

    UINT32                      PhyReqFilterHiSet;      // @ 110
    UINT32                      PhyReqFilterHiClear;    // @ 114

    UINT32                      PhyReqFilterLoSet;      // @ 118
    UINT32                      PhyReqFilterLoClear;    // @ 11C

    UINT32                      PhysicalUpperBound;     // @ 120
    UINT32                      Reserved6[23];          // @ 124

    DMA_CONTEXT_REGISTERS       AsynchContext[4];       // @ 180
    // ATRsp_Context;   // @ 1A0
    // ARReq_Context;   // @ 1C0
    // ARRsp_Context;   // @ 1E0

    DMA_ISOCH_XMIT_CONTEXT_REGISTERS IT_Context[32];    // @ 200

    DMA_ISOCH_RCV_CONTEXT_REGISTERS IR_Context[32];     // @ 400
};
STATIC_ASSERT(sizeof(OHCI_REGISTER_MAP) == 2048);

//
// IEEE 1212 Configuration Rom header definition
//
union CONFIG_ROM_INFO {
    struct {
        union {
            UINT16          CRI_CRC_Value:16;
            struct {
                UINT8       CRI_Saved_Info_Length;
                UINT8       CRI_Saved_CRC_Length;
            } Saved;
        };
        UINT8               CRI_CRC_Length;
        UINT8               CRI_Info_Length;
    };
    UINT32  all;
};
STATIC_ASSERT(sizeof(CONFIG_ROM_INFO) == 4);

//
// IEEE 1212 Immediate entry definition
//
union IMMEDIATE_ENTRY {
    struct {
        UINT32              IE_Value:24;
        UINT32              IE_Key:8;
    };
    UINT32  all;
};
STATIC_ASSERT(sizeof(IMMEDIATE_ENTRY) == 4);

//
// IEEE 1212 Directory definition
//
union DIRECTORY_INFO {
    struct {
        union {
            UINT16          DI_CRC;
            UINT16          DI_Saved_Length;
        };
        UINT16              DI_Length;
    };
    UINT32  all;
};
STATIC_ASSERT(sizeof(DIRECTORY_INFO) == 4);

//
///////////////////////////////////////////////////////////////// End of File.