xref: /utopia/UTPA2-700.0.x/projects/tmplib/include/MsIRQ.h (revision 53ee8cc121a030b8d368113ac3e966b4705770ef)

//<MStar Software>
//******************************************************************************
// MStar Software
// Copyright (c) 2010 - 2012 MStar Semiconductor, Inc. All rights reserved.
// All software, firmware and related documentation herein ("MStar Software") are
// intellectual property of MStar Semiconductor, Inc. ("MStar") and protected by
// law, including, but not limited to, copyright law and international treaties.
// Any use, modification, reproduction, retransmission, or republication of all
// or part of MStar Software is expressly prohibited, unless prior written
// permission has been granted by MStar.
//
// By accessing, browsing and/or using MStar Software, you acknowledge that you
// have read, understood, and agree, to be bound by below terms ("Terms") and to
// comply with all applicable laws and regulations:
//
// 1. MStar shall retain any and all right, ownership and interest to MStar
//    Software and any modification/derivatives thereof.
//    No right, ownership, or interest to MStar Software and any
//    modification/derivatives thereof is transferred to you under Terms.
//
// 2. You understand that MStar Software might include, incorporate or be
//    supplied together with third party`s software and the use of MStar
//    Software may require additional licenses from third parties.
//    Therefore, you hereby agree it is your sole responsibility to separately
//    obtain any and all third party right and license necessary for your use of
//    such third party`s software.
//
// 3. MStar Software and any modification/derivatives thereof shall be deemed as
//    MStar`s confidential information and you agree to keep MStar`s
//    confidential information in strictest confidence and not disclose to any
//    third party.
//
// 4. MStar Software is provided on an "AS IS" basis without warranties of any
//    kind. Any warranties are hereby expressly disclaimed by MStar, including
//    without limitation, any warranties of merchantability, non-infringement of
//    intellectual property rights, fitness for a particular purpose, error free
//    and in conformity with any international standard.  You agree to waive any
//    claim against MStar for any loss, damage, cost or expense that you may
//    incur related to your use of MStar Software.
//    In no event shall MStar be liable for any direct, indirect, incidental or
//    consequential damages, including without limitation, lost of profit or
//    revenues, lost or damage of data, and unauthorized system use.
//    You agree that this Section 4 shall still apply without being affected
//    even if MStar Software has been modified by MStar in accordance with your
//    request or instruction for your use, except otherwise agreed by both
//    parties in writing.
//
// 5. If requested, MStar may from time to time provide technical supports or
//    services in relation with MStar Software to you for your use of
//    MStar Software in conjunction with your or your customer`s product
//    ("Services").
//    You understand and agree that, except otherwise agreed by both parties in
//    writing, Services are provided on an "AS IS" basis and the warranty
//    disclaimer set forth in Section 4 above shall apply.
//
// 6. Nothing contained herein shall be construed as by implication, estoppels
//    or otherwise:
//    (a) conferring any license or right to use MStar name, trademark, service
//        mark, symbol or any other identification;
//    (b) obligating MStar or any of its affiliates to furnish any person,
//        including without limitation, you and your customers, any assistance
//        of any kind whatsoever, or any information; or
//    (c) conferring any license or right under any intellectual property right.
//
// 7. These terms shall be governed by and construed in accordance with the laws
//    of Taiwan, R.O.C., excluding its conflict of law rules.
//    Any and all dispute arising out hereof or related hereto shall be finally
//    settled by arbitration referred to the Chinese Arbitration Association,
//    Taipei in accordance with the ROC Arbitration Law and the Arbitration
//    Rules of the Association by three (3) arbitrators appointed in accordance
//    with the said Rules.
//    The place of arbitration shall be in Taipei, Taiwan and the language shall
//    be English.
//    The arbitration award shall be final and binding to both parties.
//
//******************************************************************************
//<MStar Software>

////////////////////////////////////////////////////////////////////////////////
//
// Copyright (c) 2008-2009 MStar Semiconductor, Inc.
// All rights reserved.
//
// Unless otherwise stipulated in writing, any and all information contained
// herein regardless in any format shall remain the sole proprietary of
// MStar Semiconductor Inc. and be kept in strict confidence
// ("MStar Confidential Information") by the recipient.
// Any unauthorized act including without limitation unauthorized disclosure,
// copying, use, reproduction, sale, distribution, modification, disassembling,
// reverse engineering and compiling of the contents of MStar Confidential
// Information is unlawful and strictly prohibited. MStar hereby reserves the
// rights to any and all damages, losses, costs and expenses resulting therefrom.
//
////////////////////////////////////////////////////////////////////////////////

///////////////////////////////////////////////////////////////////////////////////////////////////
///
/// file   MsIRQ.h
/// @brief  MStar IRQ
/// @author MStar Semiconductor Inc.
///////////////////////////////////////////////////////////////////////////////////////////////////


#ifndef _MS_IRQ_H_
#define _MS_IRQ_H_



#ifdef __cplusplus
extern "C"
{
#endif

//-------------------------------------------------------------------------------------------------
// Type and Structure Declaration
//-------------------------------------------------------------------------------------------------
#define MS_IRQ_MAX          (256) //64 IRQs + 64 FIQs
#define ENABLE_USB_PORT0
#define E_IRQ_FIQ_INVALID   0xFFFF

// Interrupt related
typedef enum
{
    // IRQ
    E_INT_IRQ_0x00_START                = 0x00,
    E_INT_IRQ_UART0                     = E_INT_IRQ_0x00_START+0,
    E_INT_IRQ_BDMA_CH0                  = E_INT_IRQ_0x00_START+1,
    E_INT_IRQ_BDMA_CH1                  = E_INT_IRQ_0x00_START+2,
    E_INT_IRQ_MVD                       = E_INT_IRQ_0x00_START+3,
    E_INT_IRQ_PS                        = E_INT_IRQ_0x00_START+4,
    E_INT_IRQ_NFIE                      = E_INT_IRQ_0x00_START+5,
    E_INT_IRQ_USB                       = E_INT_IRQ_0x00_START+6,
    E_INT_IRQ_UHC                       = E_INT_IRQ_0x00_START+7,
    E_INT_IRQ_EC_BRIDGE                 = E_INT_IRQ_0x00_START+8,
    E_INT_IRQ_EMAC                      = E_INT_IRQ_0x00_START+9,
    E_INT_IRQ_DISP                      = E_INT_IRQ_0x00_START+10,
    E_INT_IRQ_DHC                       = E_INT_IRQ_0x00_START+11,
    E_INT_IRQ_PMSLEEP                   = E_INT_IRQ_0x00_START+12,
    E_INT_IRQ_SBM                       = E_INT_IRQ_0x00_START+13,
    E_INT_IRQ_COMB                      = E_INT_IRQ_0x00_START+14,
    E_INT_IRQ_ECC_DERR                  = E_INT_IRQ_0x00_START+15,
    E_INT_IRQ_0x00_END                  = 0x0F,

    E_INT_IRQ_0x10_START                = 0x10,
    E_INT_IRQ_TSP2HK                    = E_INT_IRQ_0x10_START+0,
    E_INT_IRQ_VE                        = E_INT_IRQ_0x10_START+1,
    E_INT_IRQ_CIMAX2MCU                 = E_INT_IRQ_0x10_START+2,
    E_INT_IRQ_DC                        = E_INT_IRQ_0x10_START+3,
    E_INT_IRQ_GOP                       = E_INT_IRQ_0x10_START+4,
    E_INT_IRQ_PCM                       = E_INT_IRQ_0x10_START+5,
    E_INT_IRQ_IIC0                      = E_INT_IRQ_0x10_START+6,
    E_INT_IRQ_RTC                       = E_INT_IRQ_0x10_START+7,
    E_INT_IRQ_KEYPAD                    = E_INT_IRQ_0x10_START+8,
    E_INT_IRQ_PM                        = E_INT_IRQ_0x10_START+9,
    E_INT_IRQ_DDC2BI                    = E_INT_IRQ_0x10_START+10,
    E_INT_IRQ_SCM                       = E_INT_IRQ_0x10_START+11,
    E_INT_IRQ_VBI                       = E_INT_IRQ_0x10_START+12,
    E_INT_IRQ_M4VD                      = E_INT_IRQ_0x10_START+13,
    E_INT_IRQ_FCIE2RIU                  = E_INT_IRQ_0x10_START+14,
    E_INT_IRQ_ADCDVI2RIU                = E_INT_IRQ_0x10_START+15,
    E_INT_IRQ_0x10_END                  = 0x1F,

    // FIQ
    E_INT_FIQ_0x20_START                = 0x20,
    E_INT_FIQ_EXTIMER0                  = E_INT_FIQ_0x20_START+0,
    E_INT_FIQ_EXTIMER1                  = E_INT_FIQ_0x20_START+1,
    E_INT_FIQ_WDT                       = E_INT_FIQ_0x20_START+2,
    E_INT_FIQ_AEON_TO_8051              = E_INT_FIQ_0x20_START+3,
    E_INT_FIQ_8051_TO_AEON              = E_INT_FIQ_0x20_START+4,
    E_INT_FIQ_8051_TO_BEON              = E_INT_FIQ_0x20_START+5,
    E_INT_FIQ_BEON_TO_8051              = E_INT_FIQ_0x20_START+6,
    E_INT_FIQ_BEON_TO_AEON              = E_INT_FIQ_0x20_START+7,
    E_INT_FIQ_AEON_TO_BEON              = E_INT_FIQ_0x20_START+8,
    E_INT_FIQ_JPD                       = E_INT_FIQ_0x20_START+9,
    E_INT_FIQ_MENULOAD                  = E_INT_FIQ_0x20_START+10,
    E_INT_FIQ_HDMI_NON_PCM              = E_INT_FIQ_0x20_START+11,
    E_INT_FIQ_SPDIF_IN_NON_PCM          = E_INT_FIQ_0x20_START+12,
    E_INT_FIQ_EMAC                      = E_INT_FIQ_0x20_START+13,
    E_INT_FIQ_SE_DSP2UP                 = E_INT_FIQ_0x20_START+14,
    E_INT_FIQ_TSP2AEON                  = E_INT_FIQ_0x20_START+15,
    E_INT_FIQ_0x20_END                  = 0x2F,

    E_INT_FIQ_0x30_START                = 0x30,
    E_INT_FIQ_VIVALDI_STR               = E_INT_FIQ_0x30_START+0,
    E_INT_FIQ_VIVALDI_PTS               = E_INT_FIQ_0x30_START+1,
    E_INT_FIQ_DSP_MIU_PROT              = E_INT_FIQ_0x30_START+2,
    E_INT_FIQ_XIU_TIMEOUT               = E_INT_FIQ_0x30_START+3,
    E_INT_FIQ_DMA_DONE                  = E_INT_FIQ_0x30_START+4,
    E_INT_FIQ_VSYNC_VE4VBI              = E_INT_FIQ_0x30_START+5,
    E_INT_FIQ_FIELD_VE4VBI              = E_INT_FIQ_0x30_START+6,
    E_INT_FIQ_VDMCU2HK                  = E_INT_FIQ_0x30_START+7,
    E_INT_FIQ_VE_DONE_TT                = E_INT_FIQ_0x30_START+8,
    E_INT_FIQ_INT_CCFL                  = E_INT_FIQ_0x30_START+9,
    E_INT_FIQ_INT                       = E_INT_FIQ_0x30_START+10,
    E_INT_FIQ_IR                        = E_INT_FIQ_0x30_START+11,
    E_INT_FIQ_AFEC_VSYNC                = E_INT_FIQ_0x30_START+12,
    E_INT_FIQ_DEC_DSP2UP                = E_INT_FIQ_0x30_START+13,
    E_INT_FIQ_MIPS_WDT                  = E_INT_FIQ_0x30_START+14,  //U3
    E_INT_FIQ_DEC_DSP2MIPS              = E_INT_FIQ_0x30_START+15,
    E_INT_FIQ_0x30_END                  = 0x3F,

    E_INT_IRQ_0x40_START                = 0x40,
    E_INT_IRQ_SVD_HVD                   = E_INT_IRQ_0x40_START+0,
    E_INT_IRQ_USB2                      = E_INT_IRQ_0x40_START+1,
    E_INT_IRQ_UHC2                      = E_INT_IRQ_0x40_START+2,
    E_INT_IRQ_MIU                       = E_INT_IRQ_0x40_START+3,
    E_INT_IRQ_GDMA                      = E_INT_IRQ_0x40_START+4,   //U3
    E_INT_IRQ_UART2                     = E_INT_IRQ_0x40_START+5,   //U3
    E_INT_IRQ_UART1                     = E_INT_IRQ_0x40_START+6,   //U3
    E_INT_IRQ_DEMOD                     = E_INT_IRQ_0x40_START+7,   //U3
    E_INT_IRQ_MPIF                      = E_INT_IRQ_0x40_START+8,   //U3
    E_INT_IRQ_JPD                       = E_INT_IRQ_0x40_START+9,   //U3
    E_INT_IRQ_AEON2HI                   = E_INT_IRQ_0x40_START+10,  //U3
    E_INT_IRQ_BDMA0                     = E_INT_IRQ_0x40_START+11,  //U3
    E_INT_IRQ_BDMA1                     = E_INT_IRQ_0x40_START+12,  //U3
    E_INT_IRQ_OTG                       = E_INT_IRQ_0x40_START+13,  //U3
    E_INT_IRQ_MVD_CHECKSUM_FAIL         = E_INT_IRQ_0x40_START+14,  //U3
    E_INT_IRQ_TSP_CHECKSUM_FAIL         = E_INT_IRQ_0x40_START+15,  //U3
    E_INT_IRQ_0x40_END                  = 0x4F,

    E_INT_IRQ_0x50_START                = 0x50,
    E_INT_IRQ_CA_I3                     = E_INT_IRQ_0x50_START+0,   //U3
    E_INT_IRQ_HDMI_LEVEL                = E_INT_IRQ_0x50_START+1,   //U3
    E_INT_IRQ_MIPS_WADR_ERR             = E_INT_IRQ_0x50_START+2,   //U3
    E_INT_IRQ_RASP                      = E_INT_IRQ_0x50_START+3,   //U3
    E_INT_IRQ_CA_SVP                    = E_INT_IRQ_0x50_START+4,   //U3
    E_INT_IRQ_UART2MCU                  = E_INT_IRQ_0x50_START+5,   //U3
    E_INT_IRQ_URDMA2MCU                 = E_INT_IRQ_0x50_START+6,   //U3
    E_INT_IRQ_IIC1                      = E_INT_IRQ_0x50_START+7,   //U3
    E_INT_IRQ_HDCP                      = E_INT_IRQ_0x50_START+8,   //U3
    E_INT_IRQ_DMA_WADR_ERR              = E_INT_IRQ_0x50_START+9,   //U3
    E_INT_IRQ_UP_IRQ_UART_CA            = E_INT_IRQ_0x50_START+10,  //U3
    E_INT_IRQ_UP_IRQ_EMM_ECM            = E_INT_IRQ_0x50_START+11,  //U3
    E_INT_IRQ_ONIF                      = E_INT_IRQ_0x50_START+12,  //T8
    E_INT_IRQ_USB1                      = E_INT_IRQ_0x50_START+13,  //T8
    E_INT_IRQ_UHC1                      = E_INT_IRQ_0x50_START+14,  //T8
    E_INT_IRQ_MFE                       = E_INT_IRQ_0x50_START+15,  //T8
    E_INT_IRQ_0x50_END                  = 0x5F,

    E_INT_FIQ_0x60_START                = 0x60,
    E_INT_FIQ_IR_INT_RC                 = E_INT_FIQ_0x60_START+0,   //U3
    E_INT_FIQ_HDMITX_IRQ_EDGE           = E_INT_FIQ_0x60_START+1,   //U3
    E_INT_FIQ_UP_IRQ_UART_CA            = E_INT_FIQ_0x60_START+2,   //U3
    E_INT_FIQ_UP_IRQ_EMM_ECM            = E_INT_FIQ_0x60_START+3,   //U3
    E_INT_FIQ_PVR2MI_INT0               = E_INT_FIQ_0x60_START+4,   //U3
    E_INT_IRQ_CA_RSA_INT0               = E_INT_FIQ_0x60_START+4,   //Keltic / Kaiser / keres
    E_INT_FIQ_PVR2MI_INT1               = E_INT_FIQ_0x60_START+5,   //U3
    E_INT_IRQ_FIQ_INT                   = E_INT_FIQ_0x60_START+6,   //Kappa
    E_INT_IRQ_UART3                     = E_INT_FIQ_0x60_START+7,   //Kappa
    E_INT_FIQ_AEON_TO_MIPS_VPE0         = E_INT_FIQ_0x60_START+8,   //T3,
    E_INT_FIQ_AEON_TO_MIPS_VPE1         = E_INT_FIQ_0x60_START+9,   //T3, E_INT_FIQ_AEON_TO_BEON
    E_INT_FIQ_SECEMAC                   = E_INT_FIQ_0x60_START+10,  //Kaiser
    E_INT_FIQ_IR2_INT                   = E_INT_FIQ_0x60_START+11,  //Kaiser
    E_INT_FIQ_MIPS_VPE1_TO_MIPS_VPE0    = E_INT_FIQ_0x60_START+12,  //T3
    E_INT_FIQ_MIPS_VPE1_TO_AEON         = E_INT_FIQ_0x60_START+13,  //T3
    E_INT_FIQ_MIPS_VPE1_TO_8051         = E_INT_FIQ_0x60_START+14,  //T3
    E_INT_FIQ_IR2_INT_RC                = E_INT_FIQ_0x60_START+15,  //Kaiser
    E_INT_FIQ_0x60_END                  = 0x6F,

    E_INT_FIQ_0x70_START                = 0x70,
    E_INT_FIQ_MIPS_VPE0_TO_MIPS_VPE1    = E_INT_FIQ_0x70_START+0,   //T3
    E_INT_FIQ_MIPS_VPE0_TO_AEON         = E_INT_FIQ_0x70_START+1,   //T3, E_INT_FIQ_AEON_TO_BEON
    E_INT_FIQ_MIPS_VPE0_TO_8051         = E_INT_FIQ_0x70_START+2,   //T3, E_INT_FIQ_BEON_TO_8051
    E_INT_FIQ_IR_IN                     = E_INT_FIQ_0x70_START+3,   //T8
    E_INT_FIQ_DMDMCU2HK                 = E_INT_FIQ_0x70_START+4,
    E_INT_FIQ_R2TOMCU_INT0              = E_INT_FIQ_0x70_START+5,   //T8
    E_INT_FIQ_R2TOMCU_INT1              = E_INT_FIQ_0x70_START+6,   //T8
    E_INT_FIQ_DSPTOMCU_INT0             = E_INT_FIQ_0x70_START+7,   //T8
    E_INT_FIQ_DSPTOMCU_INT1             = E_INT_FIQ_0x70_START+8,   //T8
    E_INT_FIQ_USB                       = E_INT_FIQ_0x70_START+9,   //T8
    E_INT_FIQ_UHC                       = E_INT_FIQ_0x70_START+10,  //T8
    E_INT_FIQ_USB1                      = E_INT_FIQ_0x70_START+11,  //T8
    E_INT_FIQ_UHC1                      = E_INT_FIQ_0x70_START+12,  //T8
    E_INT_FIQ_USB2                      = E_INT_FIQ_0x70_START+13,  //T8
    E_INT_FIQ_UHC2                      = E_INT_FIQ_0x70_START+14,  //T8
    //Not Used                          = E_INT_FIQ_0x70_START+15,
    E_INT_FIQ_0x70_END                  = 0x7F,


    // Add IRQ from 0x80 ~ 0xBF,
    // if IRQ enum from 0x00 ~ 0x1F, and 0x40 ~ 0x5F is occupied
    E_INT_IRQ_0x80_START                = 0x80,
    E_INT_IRQ_MLINK                     = E_INT_IRQ_0x80_START+0,   //U3
    E_INT_IRQ_AFEC                      = E_INT_IRQ_0x80_START+1,   //T3
    E_INT_IRQ_DPTX                      = E_INT_IRQ_0x80_START+2,   //T3
    E_INT_IRQ_TMDDRLINK                 = E_INT_IRQ_0x80_START+3,   //T3
    E_INT_IRQ_DISPI                     = E_INT_IRQ_0x80_START+4,   //T3
    E_INT_IRQ_EXP_MLINK                 = E_INT_IRQ_0x80_START+5,   //T3
    E_INT_IRQ_M4VE                      = E_INT_IRQ_0x80_START+6,   //T3
    E_INT_IRQ_DVI_HDMI_HDCP             = E_INT_IRQ_0x80_START+7,   //T3
    E_INT_IRQ_G3D2MCU                   = E_INT_IRQ_0x80_START+8,   //T3
    E_INT_IRQ_VP6                       = E_INT_IRQ_0x80_START+9,   //A3
    E_INT_IRQ_INT                       = E_INT_IRQ_0x80_START+10,  //M12
    E_INT_IRQ_CEC                       = E_INT_IRQ_0x80_START+11,  //T8
    E_INT_IRQ_HDCP_IIC                  = E_INT_IRQ_0x80_START+12,  //T8
    E_INT_IRQ_HDCP_X74                  = E_INT_IRQ_0x80_START+13,  //T8
    E_INT_IRQ_WADR_ERR                  = E_INT_IRQ_0x80_START+14,  //T8
    E_INT_IRQ_DCSUB                     = E_INT_IRQ_0x80_START+15,  //T8
    E_INT_IRQ_0x80_END                  = 0x8F,

    E_INT_IRQ_0x90_START                = 0x90,
    E_INT_IRQ_GE                        = E_INT_IRQ_0x90_START+0,   //T8
    E_INT_IRQ_SYNC_DET                  = E_INT_IRQ_0x90_START+1,   //M10
    E_INT_IRQ_FSP                       = E_INT_IRQ_0x90_START+2,   //M10
    E_INT_IRQ_PWM_RP_L                  = E_INT_IRQ_0x90_START+3,   //M10
    E_INT_IRQ_PWM_FP_L                  = E_INT_IRQ_0x90_START+4,   //M10
    E_INT_IRQ_PWM_RP_R                  = E_INT_IRQ_0x90_START+5,   //M10
    E_INT_IRQ_PWM_FP_R                  = E_INT_IRQ_0x90_START+6,   //M10
    E_INT_IRQ_FRC_SC                    = E_INT_IRQ_0x90_START+7,   //A5
    E_INT_IRQ_FRC_INT_FIQ2HST0          = E_INT_IRQ_0x90_START+8,   //A5
    E_INT_IRQ_SMART                     = E_INT_IRQ_0x90_START+9,   //A5
    E_INT_IRQ_MVD2MIPS                  = E_INT_IRQ_0x90_START+10,  //A5
    E_INT_IRQ_GPD                       = E_INT_IRQ_0x90_START+11,  //A5
    E_INT_IRQ_DS                           = E_INT_IRQ_0x90_START+12,  //Kappa
    E_INT_IRQ_FRC_INT_IRQ2HST0          = E_INT_IRQ_0x90_START+13,  //A5
    E_INT_IRQ_MIIC_DMA_INT3             = E_INT_IRQ_0x90_START+14,  //A5
    E_INT_IRQ_MIIC_INT3                 = E_INT_IRQ_0x90_START+15,  //A5
    E_INT_IRQ_0x90_END                  = 0x9F,

    E_INT_IRQ_0xA0_START                = 0xA0,
    E_INT_IRQ_IIC2                      = E_INT_IRQ_0xA0_START+0,   //A1
    E_INT_IRQ_MIIC_DMA0                 = E_INT_IRQ_0xA0_START+1,   //A1
    E_INT_IRQ_MIIC_DMA1                 = E_INT_IRQ_0xA0_START+2,   //A1
    E_INT_IRQ_MIIC_DMA2                 = E_INT_IRQ_0xA0_START+3,   //A1
    E_INT_IRQ_MSPI0                     = E_INT_IRQ_0xA0_START+4,   //A1
    E_INT_IRQ_MSPI1                     = E_INT_IRQ_0xA0_START+5,   //A1
    E_INT_IRQ_EXT_GPIO0                 = E_INT_IRQ_0xA0_START+6,   //A1
    E_INT_IRQ_EXT_GPIO1                 = E_INT_IRQ_0xA0_START+7,   //A1
    E_INT_IRQ_EXT_GPIO2                 = E_INT_IRQ_0xA0_START+8,   //A1
    E_INT_IRQ_EXT_GPIO3                 = E_INT_IRQ_0xA0_START+9,   //A1
    E_INT_IRQ_EXT_GPIO4                 = E_INT_IRQ_0xA0_START+10,  //A1
    E_INT_IRQ_EXT_GPIO5                 = E_INT_IRQ_0xA0_START+11,  //A1
    E_INT_IRQ_EXT_GPIO6                 = E_INT_IRQ_0xA0_START+12,  //A1
    E_INT_IRQ_EXT_GPIO7                 = E_INT_IRQ_0xA0_START+13,  //A1
    E_INT_IRQ_MIIC_DMA_INT2             = E_INT_IRQ_0xA0_START+14,  //A5
    E_INT_IRQ_MIIC_INT2                 = E_INT_IRQ_0xA0_START+15,  //A5
    E_INT_IRQ_0xA0_END                  = 0xAF,

    E_INT_IRQ_0xB0_START                = 0xB0,
    E_INT_IRQ_MIIC_DMA_INT1             = E_INT_IRQ_0xB0_START+0,   //A5
    E_INT_IRQ_MIIC_INT1                 = E_INT_IRQ_0xB0_START+1,   //A5
    E_INT_IRQ_MIIC_DMA_INT0             = E_INT_IRQ_0xB0_START+2,   //A5
    E_INT_IRQ_MIIC_INT0                 = E_INT_IRQ_0xB0_START+3,   //A5
    E_INT_IRQ_UHC30                     = E_INT_IRQ_0xB0_START+4,   //Agate
    E_INT_IRQ_AU_DMA                    = E_INT_IRQ_0xB0_START+5,   //Agate
    E_INT_IRQ_DIPW                      = E_INT_IRQ_0xB0_START+6,   //Agate
    E_INT_IRQ_HDMITX                    = E_INT_IRQ_0xB0_START+7,   //Agate
    E_INT_IRQ_U3_DPHY                   = E_INT_IRQ_0xB0_START+8,   //Agate
    E_INT_IRQEXPL_TSO                   = E_INT_IRQ_0xB0_START+9,   //Agate
    E_INT_IRQ_TSP_TSO0                  = E_INT_IRQ_0xB0_START+9,   //Keltic , Kiaser Add
    E_INT_IRQEXPH_CEC1                  = E_INT_IRQ_0xB0_START+10,  //Agate
    E_INT_IRQ_TSP_TSO1                  = E_INT_IRQ_0xB0_START+10,  //Keltic , Kiaser Add
    E_INT_IRQ_BT_DMA                    = E_INT_IRQ_0xB0_START+11,  //Kaiser
    E_INT_IRQ_BT_TAB                    = E_INT_IRQ_0xB0_START+12,  //Kaiser
    E_INT_IRQ_SATA                      = E_INT_IRQ_0xB0_START+13,  //Kaiser
    E_INT_IRQ_MHL_CBUS_PM               = E_INT_IRQ_0xB0_START+14,  //Emerald, Eden
    E_INT_IRQ_MHL_CBUS_WAKEUP           = E_INT_IRQ_0xB0_START+15,  //Eden
    E_INT_IRQ_0xB0_END                  = 0xBF,


    // Add FIQ from 0xC0 ~ 0xFD,
    // if FIQ enum from 0x20 ~ 0x4F, and 0x60 ~ 0x7F is occupied
    E_INT_FIQ_0xC0_START                = 0xC0,
    E_INT_FIQ_DMARD                     = E_INT_FIQ_0xC0_START+0,   //U3
    E_INT_FIQ_AU_DMA_BUF_INT            = E_INT_FIQ_0xC0_START+1,   //T3
    E_INT_FIQ_8051_TO_MIPS_VPE1         = E_INT_FIQ_0xC0_START+2,   //T3
    E_INT_FIQ_DVI_DET                   = E_INT_FIQ_0xC0_START+3,   //M10
    E_INT_FIQ_PM_GPIO0                  = E_INT_FIQ_0xC0_START+4,   //M10
    E_INT_FIQ_PM_GPIO1                  = E_INT_FIQ_0xC0_START+5,   //M10
    E_INT_FIQ_PM_GPIO2                  = E_INT_FIQ_0xC0_START+6,   //M10
    E_INT_FIQ_PM_GPIO3                  = E_INT_FIQ_0xC0_START+7,   //M10
    E_INT_FIQ_PM_XIU_TIMEOUT            = E_INT_FIQ_0xC0_START+8,   //M10
    E_INT_FIQ_PWM_RP_RP_L               = E_INT_FIQ_0xC0_START+9,   //M10
    E_INT_FIQ_PWM_RP_FP_L               = E_INT_FIQ_0xC0_START+10,  //M10
    E_INT_FIQ_PWM_RP_RP_R               = E_INT_FIQ_0xC0_START+11,  //M10
    E_INT_FIQ_PWM_RP_FP_R               = E_INT_FIQ_0xC0_START+12,  //M10
    E_INT_FIQ_8051_TO_MIPS_VPE0         = E_INT_FIQ_0xC0_START+13,  //A5
    E_INT_FIQ_FRC_R2_TO_MIPS            = E_INT_FIQ_0xC0_START+14,
    E_INT_FIQ_VP6                       = E_INT_FIQ_0xC0_START+15,  //A3
    E_INT_FIQ_0xC0_END                  = 0xCF,

    E_INT_FIQ_0xD0_START                = 0xD0,
    E_INT_FIQ_STRETCH                   = E_INT_FIQ_0xD0_START+0,
    E_INT_FIQ_GPIO0                     = E_INT_FIQ_0xD0_START+1,   //T12
    E_INT_FIQ_GPIO1                     = E_INT_FIQ_0xD0_START+2,   //T12
    E_INT_FIQ_GPIO2                     = E_INT_FIQ_0xD0_START+3,   //T12
    E_INT_FIQ_GPIO3                     = E_INT_FIQ_0xD0_START+4,   //T12
    E_INT_FIQ_GPIO4                     = E_INT_FIQ_0xD0_START+5,   //T12
    E_INT_FIQ_GPIO5                     = E_INT_FIQ_0xD0_START+6,   //T12
    E_INT_FIQ_GPIO6                     = E_INT_FIQ_0xD0_START+7,   //T12
    E_INT_FIQ_GPIO7                     = E_INT_FIQ_0xD0_START+8,   //T12
    E_INT_FIQ_VE_VSYNC_IN               = E_INT_FIQ_0xD0_START+9,   //Agate
    E_INT_FIQEXPL_HST0_TO_3             = E_INT_FIQ_0xD0_START+10,  //Agate
    E_INT_FIQEXPL_HST1_TO_3             = E_INT_FIQ_0xD0_START+11,  //Agate
    E_INT_FIQEXPL_HST2_TO_3             = E_INT_FIQ_0xD0_START+12,  //Agate
    E_INT_FIQEXPH_CMDQ                  = E_INT_FIQ_0xD0_START+13,  //Agate
    E_INT_FIQEXPH_HDMITX_EDGE           = E_INT_FIQ_0xD0_START+14,  //Agate
    E_INT_FIQEXPH_UHC30                 = E_INT_FIQ_0xD0_START+15,  //Agate
    E_INT_INT_FIQ_0xD0_END              = 0xDF,

    E_INT_FIQ_0xE0_START                = 0xE0,
    E_INT_FIQ_LDM_DMA0                  = E_INT_FIQ_0xE0_START+0,   //A1
    E_INT_IRQ_RASP1                     = E_INT_FIQ_0xE0_START+0,   //Kaiser
    E_INT_FIQ_LDM_DMA1                  = E_INT_FIQ_0xE0_START+1,   //A1
    E_INT_IRQ_SECEMAC                   = E_INT_FIQ_0xE0_START+1,   //Kaiser
    E_INT_IRQ_SDIO                      = E_INT_FIQ_0xE0_START+2,   //K2
    E_INT_IRQ_UHC3                      = E_INT_FIQ_0xE0_START+3,   //K2
    E_INT_IRQ_USB3                      = E_INT_FIQ_0xE0_START+4,   //K2
    E_INT_FIQ_GPIO8                     = E_INT_FIQ_0xE0_START+5,   //Eagle
    E_INT_FIQ_GPIO9                     = E_INT_FIQ_0xE0_START+6,   //Eagle
    E_INT_FIQ_DISP_TGEN0                = E_INT_FIQ_0xE0_START+7,   //Eagle
    E_INT_FIQ_CA_CRYPTO_DMA             = E_INT_FIQ_0xE0_START+7,   //Keltic , Kaiser Add
    E_INT_FIQ_DISP_TGEN1                = E_INT_FIQ_0xE0_START+8,   //Eagle
    E_INT_IRQ_CA_PROG_PVR               = E_INT_FIQ_0xE0_START+8,   //Keltic , Kaiser Add
    E_INT_FIQ_DISP_TGEN2                = E_INT_FIQ_0xE0_START+9,   //Eagle
    E_INT_IRQ_CA_NSK_INT                = E_INT_FIQ_0xE0_START+9,   //Keltic , Kaiser Add
    E_INT_FIQ_DISP_TGEN3                = E_INT_FIQ_0xE0_START+10,  //Eagle
    E_INT_IRQ_TSP_ECM_FLT               = E_INT_FIQ_0xE0_START+10,  //Kaiser
    E_INT_IRQ_ERROR_RESP                = E_INT_FIQ_0xE0_START+11,  //Edison
    E_INT_IRQ_MIU_SECURITY              = E_INT_FIQ_0xE0_START+12,  //Edison
    E_INT_FIQ_TEMPERATURE_FLAG_FALL     = E_INT_FIQ_0xE0_START+13,  //Eiffel
    E_INT_IRQ_DISP1                     = E_INT_FIQ_0xE0_START+13,  //Kaiser
    E_INT_FIQ_TEMPERATURE_FLAG_RISE     = E_INT_FIQ_0xE0_START+14,  //Eiffel
    E_INT_IRQ_RTC1                      = E_INT_FIQ_0xE0_START+14,  //Kaiser
    E_INT_FIQ_U3_DPHY                   = E_INT_FIQ_0xE0_START+15,  //Eiffel
    E_INT_IRQ_GPU2MCU                   = E_INT_FIQ_0xE0_START+15,  //Kaiser
    E_INT_FIQ_0xE0_END                  = 0xEF,

    E_INT_FIQ_0xF0_START                = 0xF0,
    E_INT_FIQ_DEC_DSP2R2M               = E_INT_FIQ_0xF0_START+0,
    E_INT_FIQ_AEON_TO_R2M               = E_INT_FIQ_0xF0_START+1,
    E_INT_FIQ_R2M_TO_AEON               = E_INT_FIQ_0xF0_START+2,
    E_INT_FIQ_R2M_TO_8051               = E_INT_FIQ_0xF0_START+3,
    E_INT_IRQ_VIVALDI_DMA_INTR2         = E_INT_FIQ_0xF0_START+4,
    E_INT_FIQ_AU_DMA_INT                = E_INT_FIQ_0xF0_START+4,  //Kaiser
    E_INT_IRQ_VIVALDI_DMA_INTR1         = E_INT_FIQ_0xF0_START+5,
    E_INT_FIQ_AU_PCM_DMA_INT            = E_INT_FIQ_0xF0_START+5,  //Kaiser
    E_INT_IRQ_AFEC_INT                  = E_INT_FIQ_0xF0_START+6,
    E_INT_FIQ_AU_SPDIF_TX_CS0           = E_INT_FIQ_0xF0_START + 7,
    E_INT_FIQ_AU_SPDIF_TX_CS1           = E_INT_FIQ_0xF0_START + 8, //Eiffel
    E_INT_FIQ_PCM_DMA                   = E_INT_FIQ_0xF0_START + 9, //Eiffel
    E_INT_FIQ_DMDMCU2HK_1               = E_INT_FIQ_0xF0_START+9,   //Kaiser
    E_INT_FIQ_VE_SW_WR2BUF              = E_INT_FIQ_0xF0_START+10,  //Kaiser
    E_INT_IRQ_FRM_PM                    = E_INT_FIQ_0xF0_START+11,
    E_INT_FIQ_FRM_PM                    = E_INT_FIQ_0xF0_START+12,
    E_INT_FIQ_SATA_PHY                  = E_INT_FIQ_0xF0_START+13,
    E_INT_IRQ_FIQ_NONE                  = E_INT_FIQ_0xF0_START+14,
    E_INT_IRQ_FIQ_ALL                   = E_INT_FIQ_0xF0_START+15,
    E_INT_FIQ_0xF0_END                  = 0xFF,

    E_INT_IRQ_0x100_START               = 0x100,
    E_INT_IRQ_RIU_ERROR                 = E_INT_IRQ_0x100_START+0,  //Nugget
    E_INT_IRQ_EVD                       = E_INT_IRQ_0x100_START+1,  //Einstein
    E_INT_IRQ_SWCD                      = E_INT_IRQ_0x100_START+1,  //Nugget
    E_INT_IRQ_MIU_SECURE                = E_INT_IRQ_0x100_START+2,  //Nugget
    E_INT_IRQ_TIMER2                    = E_INT_IRQ_0x100_START+3,  //Nugget
    E_INT_FIQ_8051_TO_SECURER2          = E_INT_IRQ_0x100_START+4,  //Nugget
    E_INT_FIQ_AEON_TO_SECURER2          = E_INT_IRQ_0x100_START+5,  //Nugget
    E_INT_FIQ_BEON_TO_SECURER2          = E_INT_IRQ_0x100_START+6,  //Nugget
    E_INT_FIQ_SECURER2_TO_BEON          = E_INT_IRQ_0x100_START+7,  //Nugget
    E_INT_FIQ_SECURER2_TO_AEON          = E_INT_IRQ_0x100_START+8,  //Nugget
    E_INT_FIQ_SECURER2_TO_8051          = E_INT_IRQ_0x100_START+9, //Nugget
    E_INT_IRQ_SAR1                      = E_INT_IRQ_0x100_START+10, //keres
    E_INT_IRQ_IDAC_PLUG_DET             = E_INT_IRQ_0x100_START+11, //keres
    E_INT_FIQ_AU_SPDIF_TX_CS2           = E_INT_IRQ_0x100_START+12, //keres
    E_INT_IRQ_CA_IP_INT                 = E_INT_IRQ_0x100_START+13, //keres
    E_INT_IRQ_AKL_INT                   = E_INT_IRQ_0x100_START+14, //keres
    E_INT_FIQ_MB_A2M_INT0               = E_INT_IRQ_0x100_START+15, //keres
    E_INT_FIQ_0x100_END                 = 0x10F,

    E_INT_FIQ_0x110_START               = 0x110,
    E_INT_FIQ_MB_D2M_INT0               = E_INT_FIQ_0x110_START+0, //keres
    E_INT_FIQ_MB_D2M_INT1               = E_INT_FIQ_0x110_START+1, //keres
    E_INT_FIQ_MB_A2M_INT1               = E_INT_FIQ_0x110_START+2, //keres
    E_INT_FIQ_MB_A2M_INT2               = E_INT_FIQ_0x110_START+3, //keres
    E_INT_FIQ_MB_A2M_INT3               = E_INT_FIQ_0x110_START+4, //keres
    E_INT_IRQ_FIQ_OTG                   = E_INT_FIQ_0x110_START+5, //clippers
    E_INT_IRQ_VP9_HK2VD_R2              = E_INT_FIQ_0x110_START+6, //maonco vp9_hk2vd_r2_int
    E_INT_FIQ_8051_TO_SECURE51          = E_INT_FIQ_0x110_START+7,  //keres
    E_INT_FIQ_SECURE51_TO_8051          = E_INT_FIQ_0x110_START+8,  //keres
    E_INT_FIQ_BEON_TO_SECURE51          = E_INT_FIQ_0x110_START+9,  //keres
    E_INT_FIQ_SECURE51_TO_BEON          = E_INT_FIQ_0x110_START+10,  //keres
    E_INT_FIQ_SECURER2_TO_SECURE51      = E_INT_FIQ_0x110_START+11,  //keres
    E_INT_FIQ_SECURE51_TO_SECURER2      = E_INT_FIQ_0x110_START+12,  //keres
    E_INT_FIQ_PM_SD_CDZ0                = E_INT_FIQ_0x110_START + 13,   //Miami
    E_INT_FIQ_PM_SD_CDZ1                = E_INT_FIQ_0x110_START + 14,   //Miami
    E_INT_FIQ_0x110_END                 = 0x11F,

    E_INT_IRQ_0x120_START               = 0x120,
    E_INT_IRQ_USB30_SS_INT              = E_INT_IRQ_0x120_START + 1,    //Miami
    E_INT_IRQ_USB30_HS_UHC_INT0         = E_INT_IRQ_0x120_START + 2,    //Miami
    E_INT_IRQ_USB30_HS_UHC_INT1         = E_INT_IRQ_0x120_START + 3,    //Miami
    E_INT_IRQ_USB30_HS_USB_INT          = E_INT_IRQ_0x120_START + 4,    //Miami
    E_INT_IRQ_MIIC_INT4                 = E_INT_IRQ_0x120_START + 5,    //Miami
    E_INT_IRQ_MIIC_INT5                 = E_INT_IRQ_0x120_START + 6,    //Miami
    E_INT_IRQ_UART4                     = E_INT_IRQ_0x120_START + 7,    //Miami
    E_INT_IRQ_BDMA                      = E_INT_IRQ_0x120_START + 8,    //Miami
    E_INT_IRQ_ZDEC                      = E_INT_IRQ_0x120_START + 9,    //Miami
    E_INT_IRQ_FRC                       = E_INT_IRQ_0x120_START + 10,   //Miami
    E_INT_FIQ_USB3                      = E_INT_IRQ_0x120_START + 11,   //Miami
    E_INT_FIQ_UHC3                      = E_INT_IRQ_0x120_START + 12,   //Miami
    E_INT_FIQ_R2TOMCU_INT2              = E_INT_IRQ_0x120_START + 13,   //Miami
    E_INT_FIQ_R2TOMCU_INT3              = E_INT_IRQ_0x120_START + 14,   //Miami
    E_INT_IRQ_0x120_END                 = 0x12F,

    E_INT_IRQ_0x130_START               = 0x130,
    E_INT_IRQ_AUDMA_V2_INT              = E_INT_IRQ_0x130_START + 1,    //Muji
    E_INT_IRQ_EMMC_OSP_INT              = E_INT_IRQ_0x130_START + 2,    //Muji
    E_INT_IRQ_MHL_ECBUS_INT             = E_INT_IRQ_0x130_START + 3,    //Muji
    E_INT_IRQ_SDIO_OSP_INT              = E_INT_IRQ_0x130_START + 4,    //Muji
    E_INT_IRQ_DISP_FE_INT                = E_INT_IRQ_0x130_START + 7,    //Manhattan
    E_INT_IRQ_SCDC_PM_INT                = E_INT_IRQ_0x130_START + 8,    //Manhattan
    E_INT_IRQ_USB30_HS1_USB_INT            = E_INT_IRQ_0x130_START + 9,    //Manhattan
    E_INT_IRQ_USB30_HS1_UHC_INT            = E_INT_IRQ_0x130_START + 10,   //Manhattan
    E_INT_IRQ_USB30_HS_UHC_INT            = E_INT_IRQ_0x130_START + 11,   //Manhattan
    E_INT_IRQ_TSP_FI_QUEUE_INT            = E_INT_IRQ_0x130_START + 12,   //Manhattan
    E_INT_IRQ_DISP_SC2_INT                = E_INT_IRQ_0x130_START + 13,   //Manhattan
    E_INT_IRQ_MSPI_MCARD_INT            = E_INT_IRQ_0x130_START + 14,   //Manhattan
    E_INT_IRQ_CFKTKS_NONSEC_INT            = E_INT_IRQ_0x130_START + 15,   //Manhattan
    E_INT_IRQ_0x130_END                 = 0x13F,

    E_INT_IRQ_0x140_START               = 0x140,
     E_INT_IRQ_CFKTKS_INT                  = E_INT_IRQ_0x140_START + 0,    //Manhattan
     E_INT_IRQ_CFDONE_INT                  = E_INT_IRQ_0x140_START + 1,    //Manhattan
     E_INT_IRQ_MIU_TLB_INT                  = E_INT_IRQ_0x140_START + 2,    //Manhattan
     E_INT_IRQ_PAS_PTS_COMBINE_INT       = E_INT_IRQ_0x140_START + 3,    //Manhattan
     E_INT_IRQ_AESDMA_S_INT              = E_INT_IRQ_0x140_START + 4,    //Manhattan
    E_INT_IRQ_VD_EVD_R22HI_INT            = E_INT_IRQ_0x140_START + 5,    //Manhattan
    E_INT_IRQ_0x140_END                 = 0x14F,

    E_INT_FIQ_0x150_START               = 0x150,
    E_INT_FIQ_LAN_ESD_INT               = E_INT_FIQ_0x150_START + 0,     //Manhattan
    E_INT_FIQ_TIMER2_INT                = E_INT_FIQ_0x150_START + 1,     //Manhattan
    E_INT_FIQ_0x150_END                 = 0x15F,

} InterruptNum;

typedef enum
{
    // IRQ
    E_FRCINT_IRQ_0x00_START             = 0x00,
    E_FRCINT_IRQ_ERROR_RESP_INT         = E_FRCINT_IRQ_0x00_START+ 6, //manhattan
    E_FRCINT_IRQ_MC2D_MEDONE_INT3       = E_FRCINT_IRQ_0x00_START+ 7, //manhattan
    E_FRCINT_IRQ_MC2D_MEDONE_INT2       = E_FRCINT_IRQ_0x00_START+ 8, //manhattan
    E_FRCINT_IRQ_MC2D_MEDONE_INT1       = E_FRCINT_IRQ_0x00_START+ 9, //manhattan
    E_FRCINT_IRQ_MC2D_MEDONE_INT0       = E_FRCINT_IRQ_0x00_START+10, //manhattan
    E_FRCINT_IRQ_FSC_INT1               = E_FRCINT_IRQ_0x00_START+11, //manhattan
    E_FRCINT_IRQ_FSC_INT0               = E_FRCINT_IRQ_0x00_START+12, //manhattan
    E_FRCINT_IRQ_0x00_END               = 0x0F,

    E_FRCINT_IRQ_0x10_START             = 0x10,
    E_FRCINT_IRQ_FRC_XIU_TIMEOUT        = E_FRCINT_IRQ_0x10_START+5,
    E_FRCINT_IRQ_PWM_RP_L               = E_FRCINT_IRQ_0x10_START+6,
    E_FRCINT_IRQ_PWM_FP_L               = E_FRCINT_IRQ_0x10_START+7,
    E_FRCINT_IRQ_PWM_RP_R               = E_FRCINT_IRQ_0x10_START+8,
    E_FRCINT_IRQ_PWM_FP_R               = E_FRCINT_IRQ_0x10_START+9,
    E_FRCINT_IRQ_SC                     = E_FRCINT_IRQ_0x10_START+10,
    E_FRCINT_IRQ_D2B                    = E_FRCINT_IRQ_0x10_START+11,
    E_FRCINT_IRQ_MSPI3                  = E_FRCINT_IRQ_0x10_START+12, // agate
    E_FRCINT_IRQ_MSPI2                  = E_FRCINT_IRQ_0x10_START+13, // agate
    E_FRCINT_IRQ_MSPI1                  = E_FRCINT_IRQ_0x10_START+14,
    E_FRCINT_IRQ_MSPI0                  = E_FRCINT_IRQ_0x10_START+15,
    E_FRCINT_IRQ_0x10_END               = 0x1F,

    // FIQ
    E_FRCINT_FIQ_0x20_START             = 0x20,
    E_FRCINT_FIQ_HST0_TO_HST1           = E_FRCINT_FIQ_0x20_START+ 0, //manhattan
    E_FRCINT_FIQ_HST0_TO_HST2           = E_FRCINT_FIQ_0x20_START+ 1, //manhattan
    E_FRCINT_FIQ_HST0_TO_HST3           = E_FRCINT_FIQ_0x20_START+ 2, //manhattan
    E_FRCINT_FIQ_HST1_TO_HST0           = E_FRCINT_FIQ_0x20_START+ 3, //manhattan
    E_FRCINT_FIQ_HST1_TO_HST2           = E_FRCINT_FIQ_0x20_START+ 4, //manhattan
    E_FRCINT_FIQ_HST1_TO_HST3           = E_FRCINT_FIQ_0x20_START+ 5, //manhattan
    E_FRCINT_FIQ_HST2_TO_HST0           = E_FRCINT_FIQ_0x20_START+ 6, //manhattan
    E_FRCINT_FIQ_HST2_TO_HST1           = E_FRCINT_FIQ_0x20_START+ 7, //manhattan
    E_FRCINT_FIQ_HST2_TO_HST3           = E_FRCINT_FIQ_0x20_START+ 8, //manhattan
    E_FRCINT_FIQ_HST3_TO_HST0           = E_FRCINT_FIQ_0x20_START+ 9, //manhattan
    E_FRCINT_FIQ_HST3_TO_HST1           = E_FRCINT_FIQ_0x20_START+10, //manhattan
    E_FRCINT_FIQ_HST3_TO_HST2           = E_FRCINT_FIQ_0x20_START+11, //manhattan
    E_FRCINT_FIQ_FRC_TIMER0             = E_FRCINT_FIQ_0x20_START+12, //manhattan
    E_FRCINT_FIQ_FRC_TIMER1             = E_FRCINT_FIQ_0x20_START+13, //manhattan

    //Special definition for FRC
    E_FRCINT_FIQ_HKCPU_TO_FRCR2         = E_FRCINT_FIQ_HST0_TO_HST1,
    E_FRCINT_FIQ_FRCR2_TO_HKCPU         = E_FRCINT_FIQ_HST1_TO_HST0,
    E_FRCINT_FIQ_HKIPVS_TO_FRCR2        = E_FRCINT_FIQ_HST0_TO_HST2,
    E_FRCINT_FIQ_HKOPVS_TO_FRCR2        = E_FRCINT_FIQ_HST0_TO_HST3,

    E_FRCINT_FIQ_0x20_END               = 0x2F,

    E_FRCINT_FIQ_0x30_START             = 0x30,
    E_FRCINT_FIQ_FRC_XIU_TIMEOUT        = E_FRCINT_FIQ_0x30_START+ 2, //manhattan
    E_FRCINT_FIQ_FRC_TO_MCU             = E_FRCINT_FIQ_0x30_START+ 4, //manhattan
    E_FRCINT_FIQ_MCU_TO_FRC             = E_FRCINT_FIQ_0x30_START+ 5, //manhattan

    E_FRCINT_FIQ_PWM_RP_L               = E_FRCINT_FIQ_0x30_START+ 6,
    E_FRCINT_FIQ_PWM_FP_L               = E_FRCINT_FIQ_0x30_START+ 7,
    E_FRCINT_FIQ_PWM_RP_R               = E_FRCINT_FIQ_0x30_START+ 8,
    E_FRCINT_FIQ_PWM_FP_R               = E_FRCINT_FIQ_0x30_START+ 9,
    E_FRCINT_FIQ_LDM_DMA_DONE3          = E_FRCINT_FIQ_0x30_START+10,
    E_FRCINT_FIQ_LDM_DMA_DONE2          = E_FRCINT_FIQ_0x30_START+11,
    E_FRCINT_FIQ_LDM_DMA_DONE1          = E_FRCINT_FIQ_0x30_START+12,
    E_FRCINT_FIQ_LDM_DMA_DONE0          = E_FRCINT_FIQ_0x30_START+13,
    E_FRCINT_FIQ_SC                     = E_FRCINT_FIQ_0x30_START+14,
    E_FRCINT_FIQ_OP2_VS                 = E_FRCINT_FIQ_0x30_START+15,
    E_FRCINT_FIQ_0x30_END               = 0x3F,

    // END
    E_FRCINT_FIQ_0xF0_START             = 0xF0,
    E_FRCINT_IRQ_FIQ_NONE               = E_FRCINT_FIQ_0xF0_START+14,
    E_FRCINT_IRQ_FIQ_ALL                = E_FRCINT_FIQ_0xF0_START+15,
    E_FRCINT_FIQ_0xF0_END               = 0xFF,

} InterruptNum_Frc;

#ifdef __cplusplus
}
#endif

#endif // _MS_IRQ_H_