wcdma_nready_test.h

来自「OMAP1030 处理器的ARM 侧硬件测试代码 OMAP1030 是TI」· C头文件 代码 · 共 268 行

//========================================================================
//        TEXAS INSTRUMENTS INCORPORATED PROPRIETARY INFORMATION
// Property of Texas Instruments
// For Unrestricted Internal Use Only
// Unauthorized reproduction and/or distribution is strictly prohibited.
// This product is protected under copyright law and trade secret law
// as an unpublished work
// Created 2001,  (C) Copyright 2001 Texas Instruments. All rights reserved
//
//========================================================================


#include "wcdma_mapping.h"


//Standard Register offset list


#define            SC_dummy_OFFSET                     0x0004
#define            CKS_dummy_OFFSET                     0x0010
#define            ENC_dummy_OFFSET                     0x01AB
#define            RCI_dummy_OFFSET                     0x1208
#define            EES_dummy_OFFSET                     0x0208
#define            TX_dummy_OFFSET                     0x0C30
#define            CCP_dummy_OFFSET                     0xE8
#define            MRC_dummy_OFFSET                     0xE308  
#define            CTR_dummy_OFFSET                     0x00000008
#define            DEC_dummy_OFFSET                     0x46
#define            PSC_dummy_OFFSET                     0x0008
#define            SEQA_dummy_OFFSET                     0x0032
#define            SEQB_dummy_OFFSET                     0x0032
#define            SRCA_dummy_OFFSET                     0x08
#define            SRCB_dummy_OFFSET                     0x08
#define            SCM_dummy_OFFSET                     0x12
//SC_dummy
//-------------------------
#define            SC_dummy                        REG32(WCDMA_CS_LB+((WCDMA_SC_BASE_ADDR+SC_dummy_OFFSET) << 2))
#define            SC_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//CKS_dummy
//-------------------------
#define            CKS_dummy                        REG32(WCDMA_CS_LB+((WCDMA_CKS_BASE_ADDR+CKS_dummy_OFFSET) << 2))
#define            CKS_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//ENC_dummy
//-------------------------
#define            ENC_dummy                        REG32(WCDMA_CS_LB+((WCDMA_ENC_BASE_ADDR+ENC_dummy_OFFSET) << 2))
#define            ENC_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//RCI_dummy
//-------------------------
#define            RCI_dummy                        REG32(WCDMA_CS_LB+((WCDMA_RCI_BASE_ADDR+RCI_dummy_OFFSET) << 2))
#define            RCI_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//EES_dummy
//-------------------------
#define            EES_dummy                        REG32(WCDMA_CS_LB+((WCDMA_EES_BASE_ADDR+EES_dummy_OFFSET) << 2))
#define            EES_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//TX_dummy
//-------------------------
#define            TX_dummy                        REG32(WCDMA_CS_LB+((WCDMA_TX_BASE_ADDR+TX_dummy_OFFSET) << 2))
#define            TX_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//CCP_dummy
//-------------------------
#define            CCP_dummy                        REG32(WCDMA_CS_LB+((WCDMA_CCP_BASE_ADDR+CCP_dummy_OFFSET) << 2))
#define            CCP_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//MRC_dummy
//-------------------------
#define            MRC_dummy                        REG32(WCDMA_CS_LB+((WCDMA_MRC_BASE_ADDR+MRC_dummy_OFFSET) << 2))
#define            MRC_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//CTR_dummy
//-------------------------
#define            CTR_dummy                        REG32(WCDMA_CS_LB+((WCDMA_CTR_BASE_ADDR+CTR_dummy_OFFSET) << 2))
#define            CTR_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//DEC_dummy
//-------------------------
#define            DEC_dummy                        REG32(WCDMA_CS_LB+((WCDMA_DEC_BASE_ADDR+DEC_dummy_OFFSET) << 2))
#define            DEC_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//PSC_dummy
//-------------------------
#define            PSC_dummy                        REG32(WCDMA_CS_LB+((WCDMA_PSC_BASE_ADDR+PSC_dummy_OFFSET) << 2))
#define            PSC_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//SEQA_dummy
//-------------------------
#define            SEQA_dummy                        REG32(WCDMA_CS_LB+((WCDMA_SEQA_BASE_ADDR+SEQA_dummy_OFFSET) << 2))
#define            SEQA_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//SEQB_dummy
//-------------------------
#define            SEQB_dummy                        REG32(WCDMA_CS_LB+((WCDMA_SEQB_BASE_ADDR+SEQB_dummy_OFFSET) << 2))
#define            SEQB_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//SRCA_dummy
//-------------------------
#define            SRCA_dummy                        REG32(WCDMA_CS_LB+((WCDMA_SRCA_BASE_ADDR+SRCA_dummy_OFFSET) << 2))
#define            SRCA_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//SRCB_dummy
//-------------------------
#define            SRCB_dummy                        REG32(WCDMA_CS_LB+((WCDMA_SRCB_BASE_ADDR+SRCB_dummy_OFFSET) << 2))
#define            SRCB_dummy_RES_VAL                0x00000000
//R/W
//-------------------------



//SCM_dummy
//-------------------------
#define            SCM_dummy                        REG32(WCDMA_CS_LB+((WCDMA_SCM_BASE_ADDR+SCM_dummy_OFFSET) << 2))
#define            SCM_dummy_RES_VAL                0x00000000
//R/W
//-------------------------







#define             SC_dummy_RD_MASK    0x00000000

#define             SC_dummy_WR_MASK    0x00000000


#define             CKS_dummy_RD_MASK    0x00000000

#define             CKS_dummy_WR_MASK    0x00000000


#define             ENC_dummy_RD_MASK    0x00000000

#define             ENC_dummy_WR_MASK    0x00000000


#define             RCI_dummy_RD_MASK    0x00000000

#define             RCI_dummy_WR_MASK    0x00000000


#define             EES_dummy_RD_MASK    0x00000000

#define             EES_dummy_WR_MASK    0x00000000


#define             TX_dummy_RD_MASK    0x00000000

#define             TX_dummy_WR_MASK    0x00000000


#define             CCP_dummy_RD_MASK    0x00000000

#define             CCP_dummy_WR_MASK    0x00000000


#define             MRC_dummy_RD_MASK    0x00000000

#define             MRC_dummy_WR_MASK    0x00000000


#define             CTR_dummy_RD_MASK    0x00000000

#define             CTR_dummy_WR_MASK    0x00000000


#define             DEC_dummy_RD_MASK    0x00000000

#define             DEC_dummy_WR_MASK    0x00000000


#define             PSC_dummy_RD_MASK    0x00000000

#define             PSC_dummy_WR_MASK    0x00000000


#define             SEQA_dummy_RD_MASK    0x00000000

#define             SEQA_dummy_WR_MASK    0x00000000


#define             SEQB_dummy_RD_MASK    0x00000000

#define             SEQB_dummy_WR_MASK    0x00000000


#define             SRCA_dummy_RD_MASK    0x00000000

#define             SRCA_dummy_WR_MASK    0x00000000


#define             SRCB_dummy_RD_MASK    0x00000000

#define             SRCB_dummy_WR_MASK    0x00000000


#define             SCM_dummy_RD_MASK    0x00000000

#define             SCM_dummy_WR_MASK    0x00000000

// Function prototype
void WCDMA_NreadyTest(void);