Primace 5.0软件与KEIL单片机软件联合在线仿真步骤
Primace 软件是CME（京微雅格）公司的FPGA芯片开发专用软件。因为CME的FPGA，如M5、M7等内嵌有8051核，所以可以和MCU联合在线仿真，虽然FPGA内的程序不可控，不能一步一步的仿真，但是因为MCU程序可控，可以一步一步的运行，所以可以利用此特性，用MCU给FPGA发送命令，然后控制FPGA的运行与操作。
所以此FPGA开发板也可以做8051单片机开发板。
这里主要介绍FPGA与keiLl联合仿真的时候的关于KEIL的工程的建立与设置。主要是做的比较简单的仿真，比较粗俗。简单。
首先要安装8051的专用驱动，京微雅格的官网上有，
步骤：建立工程
如果安装过驱动，在会在下面界面的下拉菜单内出现下面的这个选项，选择
为工程简历文件，不要忘记了把文件加入工程内，头文件也要加入，一般就如下图所示即可。
M5.h 驱动里面应该会有，也会贴在下面，找不到的话，复制即可建立M5.h 。直接加在工程目录下即可，因为做的只是简单的仿真。
下面的设置很重要：
优化级别的选择有助于keil软件的单步执行，防止有些关键步骤被软件优化掉
ok，这里连上USB下载器，就可以仿真了。当然要先把FPGA程序下载到芯片里。
附： M5.h
/*--------------------------------------------------------------------------
M5.H Header file for M5 Embedded 8051 microcontroller.
--------------------------------------------------------------------------*/ #ifndef __M5_H__
#define __M5_H__ /* Byte Register */
/*Register Location Reset value Description */
sfr P0 = 0x80; // FFh Port 0
sfr P1 = 0x90; // FFh Port 1
sfr P2 = 0xA0; // FFh Port 2
sfr P3 = 0xB0; // FFh Port 3
sfr PSW = 0xD0; // FFh Program Status Word
sfr ACC = 0xE0; // FFh Accumulator
sfr B = 0xF0; // FFh B Register sfr SP = 0x81; // 07h Stack Pointer
sfr DPL = 0x82; // 00h Data Pointer Low
sfr DPH = 0x83; // 00h Data Pointer High
sfr DPL1 = 0x84; // 00h Data Pointer 1 Low
sfr DPH1 = 0x85; // 00h Data Pointer 1 High
sfr WDTREL = 0x86; // 00h Watchdog Timer Reload register
sfr PCON = 0x87; // 00h Power Control
sfr TCON = 0x88; // 00h Timer/Counter Control Register
sfr TMOD = 0x89; // 00h Timer Mode Register
sfr TL0 = 0x8A; // 00h Timer 0, low byte
sfr TL1 = 0x8B; // 00h Timer 1, low byte
sfr TH0 = 0x8C; // 00h Timer 0, high byte
sfr TH1 = 0x8D; // 00h Timer 1, high byte
sfr CKCON = 0x8E; // 71h Clock Control Register sfr DPSEL = 0x92; // 00h Data Pointer Select Register
sfr DPC = 0x93; // 00h Data Pointer Control Register
sfr PAGESEL = 0x94; // 01h Program Memory Page selector
sfr D_PAGESEL = 0x95; // 01h External Data Memory Page selector
sfr S0CON = 0x98; // 00h Serial Port 0, Control Register
sfr S0BUF = 0x99; // 00h Serial Port 0, Data Buffer
sfr IEN2 = 0x9A; // 00h Interrupt Enable Register 2
sfr S1CON = 0x9B; // 00h Serial Port 1, Control Register
sfr S1BUF = 0x9C; // 00h Serial Port 1, Data Buffer
sfr S1RELL = 0x9D; // 00h Serial Port 1, Reload Register, low byte sfr DMAS0 = 0xA1; // 00h DMA Source Address Register 0
sfr DMAS1 = 0xA2; // 00h DMA Source Address Register 1
sfr DMAS2 = 0xA3; // 00h DMA Source Address Register 2
sfr DMAT0 = 0xA4; // 00h DMA Source Target Register 0
sfr DMAT1 = 0xA5; // 00h DMA Source Target Register 1
sfr DMAT2 = 0xA6; // 00h DMA Source Target Register 2
sfr IEN0 = 0xA8; // 00h Interrupt Enable Register 0
sfr IP0 = 0xA9; // 00h Interrupt Priority Register 0
sfr S0RELL = 0xAA; // D9h Serial Port 0, Reload Register, low byte
sfr I2CSPISEL = 0xAB; // 00h I2C source and fixed or user IO select
sfr ISCDATA0 = 0xAC; // 00h In System Configuration Data[7:0]
sfr ISCDATA1 = 0xAD; // 00h In System Configuration Data[15:8]
sfr ISCDATA2 = 0xAE; // 00h In System Configuration Data[23:16]
sfr ISCDATA3 = 0xAF; // 00h In System Configuration Data[31:24] sfr DMAC0 = 0xB1; // 00h DMA Byte Counter Register 0
sfr DMAC1 = 0xB2; // 00h DMA Byte Counter Register 1
sfr DMAC2 = 0xB3; // 00h DMA Byte Counter Register 2
sfr DMASEL = 0xB4; // 00h DMA Channel Select Register
sfr DMAM0 = 0xB5; // 00h DMA Mode Register 0
sfr DMAM1 = 0xB6; // 1Fh DMA Mode Register 1
sfr IEN1 = 0xB8; // 00h Interrupt Enable Register 1
sfr IP1 = 0xB9; // 00h Interrupt Priority Register 1
sfr S0RELH = 0xBA; // 03h Serial Port 0, Reload Register, high byte
sfr S1RELH = 0xBB; // 03h Serial Port 1, Reload Register, high byte
sfr IRCON2 = 0xBF; // 00h Interrupt Request Control 2 Register sfr IRCON = 0xC0; // 00h Interrupt Request Control Register
sfr CCEN = 0xC1; // 00h Compare/Capture Enable Register
sfr CCL1 = 0xC2; // 00h Compare/Capture Register 1, low byte
sfr CCH1 = 0xC3; // 00h Compare/Capture Register 1, high byte
sfr CCL2 = 0xC4; // 00h Compare/Capture Register 2, low byte
sfr CCH2 = 0xC5; // 00h Compare/Capture Register 2, low byte
sfr CCL3 = 0xC6; // 00h Compare/Capture Register 3, low byte
sfr CCH3 = 0xC7; // 00h Compare/Capture Register 3, high byte
sfr T2CON = 0xC8; // 00h Timer 2 Control Register
sfr CRCL = 0xCA; // 00h Compare/Reload/Capture Register, low byte
sfr CRCH = 0xCB; // 00h Compare/Reload/Capture Register, high byte
sfr TL2 = 0xCC; // 00h Timer 2, low byte
sfr TH2 = 0xCD; // 00h Timer 2, high byte sfr IEN4 = 0xD1; // 00h Interrupt Enable Register 4
sfr ADCON = 0xD8; // 00h Serial Port 0 Baud Rate Select register (only adcon.7 bit used)
sfr I2CDAT = 0xDA; // 00h I2C Data Register
sfr I2CADR = 0xDB; // 00h I2C Address Register
sfr I2CCON = 0xDC; // 00h I2C Control Register
sfr I2CSTA = 0xDD; // 00h I2C Status Register sfr SPSTA = 0xE1; // 00h Serial Peripheral(SPI) Status Register
sfr SPCON = 0xE2; // 14h Serial Peripheral(SPI) Control Register
sfr SPDAT = 0xE3; // 00h Serial Peripheral(SPI) Data Register
sfr SPSSN = 0xE4; // FFh Serial Peripheral(SPI) Slave Select Register
sfr RTCCMD = 0xE5; // 00h RTC Command Register
sfr RTCSEL = 0xE6; // 00h RTC Select Register
sfr RTCDATA = 0xE7; // 00h RTC Data Register
sfr MD0 = 0xE9; // 00h Multiplication/Division Register 0
sfr MD1 = 0xEA; // 00h Multiplication/Division Register 1
sfr MD2 = 0xEB; // 00h Multiplication/Division Register 2
sfr MD3 = 0xEC; // 00h Multiplication/Division Register 3
sfr MD4 = 0xED; // 00h Multiplication/Division Register 4
sfr MD5 = 0xEE; // 00h Multiplication/Division Register 5
sfr ARCON = 0xEF; // 00h Arithmetic Control Register sfr ISCCMD = 0xF2; // 00h In System Configuration Command
sfr ISCHEADER0 = 0xF3; // 00h In System Configuration Header[7:0]
sfr ISCHEADER1 = 0xF4; // 00h In System Configuration Header[15:8]
sfr ISCHEADER2 = 0xF5; // 00h In System Configuration Header[23:9]
sfr ISCHEADER3 = 0xF6; // 00h In System Configuration Header[31:24]
sfr SRST = 0xF7; // 00h Software Reset Register
sfr GCLKCMD = 0xF8; // 00h Global Clock Command Register
sfr GCLKADDR = 0xF9; // 00h Global Clock Address Register
sfr GCLKDATA = 0xFA; // 00h Global Clock Data Register
sfr ISMDIRCTRL = 0xFB; // 00h In System Management Control Register /* BIT Register */ /* PSW:Program Status Word->Byte Address:0xD0,bit Address:0xD0~0xD7 */
sbit CY = 0xD7;
sbit AC = 0xD6;
sbit F0 = 0xD5;
sbit RS1 = 0xD4;
sbit RS0 = 0xD3;
sbit OV = 0xD2;
sbit F1 = 0xD1;
sbit P = 0xD0; /* TCON:Timer/Counter Control Register->Byte Address:0x88,bit Address:0x88~0x8F */
sbit TF1 = 0x8F;
sbit TR1 = 0x8E;
sbit TF0 = 0x8D;
sbit TR0 = 0x8C;
sbit IE1 = 0x8B;
sbit IT1 = 0x8A;
sbit IE0 = 0x89;
sbit IT0 = 0x88; /* T2CON:Timer 2 Control Register->Byte Address:0xC8,bit Address:0xC8~0xCF */
sbit T2PS = 0xCF;
sbit I3FR = 0xCE;
sbit I2FR = 0xCD;
sbit T2R1 = 0xCC;
sbit T2R0 = 0xCB;
sbit T2CM = 0xCA;
sbit T2I1 = 0xC9;
sbit T2I0 = 0xC8; /* S0CON:Serial Port 0,Control Register->Byte Address:0x98,bit Address:0x98~0x9F */
sbit SM0 = 0x9F;
sbit SM1 = 0x9E;
sbit SM20 = 0x9D;
sbit REN0 = 0x9C;
sbit TB80 = 0x9B;
sbit RB80 = 0x9A;
sbit TI0 = 0x99;
sbit RI0 = 0x98; /* IEN0:Interrupt Enable Register 0->Byte Address:0xA8,bit Address:0xA8~0xAF */
sbit EAL = 0xAF;
sbit WDT = 0xAE;
sbit ET2 = 0xAD;
sbit ES0 = 0xAC;
sbit ET1 = 0xAB;
sbit EX1 = 0xAA;
sbit ET0 = 0xA9;
sbit EX0 = 0xA8; /* IEN1:Interrupt Priority Register/Enable Register 1 */
sbit EXEN2 = 0xBF;
sbit SWDT = 0xBE;
sbit EX6 = 0xBD;
sbit EX5 = 0xBC;
sbit EX4 = 0xBB;
sbit EX3 = 0xBA;
sbit EX2 = 0xB9;
sbit EX7 = 0xB8; /* IRCON:Interrupt Request Control Register->Byte Address:0xC0,bit Address:0xC0~0xC7 */
sbit EXF2 = 0xC7;
sbit TF2 = 0xC6;
sbit IEX6 = 0xC5;
sbit IEX5 = 0xC4;
sbit IEX4 = 0xC3;
sbit IEX3 = 0xC2;
sbit IEX2 = 0xC1;
sbit IADC = 0xC0; /* ADCON:Serial Port 0 Baud Rate Select register (only adcon.7 bit used) */
sbit BD = 0xDF; /* P0:Port 0->Byte Address:0x80,bit Address:0x80~0x87 */
sbit P0_0 = 0x80;
sbit P0_1 = 0x81;
sbit P0_2 = 0x82;
sbit P0_3 = 0x83;
sbit P0_4 = 0x84;
sbit P0_5 = 0x85;
sbit P0_6 = 0x86;
sbit P0_7 = 0x87; /* P1:Port 1->Byte Address:0x90,bit Address:0x90~0x97 */
sbit P1_0 = 0x90;
sbit P1_1 = 0x91;
sbit P1_2 = 0x92;
sbit P1_3 = 0x93;
sbit P1_4 = 0x94;
sbit P1_5 = 0x95;
sbit P1_6 = 0x96;
sbit P1_7 = 0x97; /* P2:Port 2->Byte Address:0xA0,bit Address:0xA0~0xA7 */
sbit P2_0 = 0xA0;
sbit P2_1 = 0xA1;
sbit P2_2 = 0xA2;
sbit P2_3 = 0xA3;
sbit P2_4 = 0xA4;
sbit P2_5 = 0xA5;
sbit P2_6 = 0xA6;
sbit P2_7 = 0xA7; /* P3:Port 3->Byte Address:0xB0,bit Address:0xB0~0xB7 */
sbit P3_0 = 0xB0;
sbit P3_1 = 0xB1;
sbit P3_2 = 0xB2;
sbit P3_3 = 0xB3;
sbit P3_4 = 0xB4;
sbit P3_5 = 0xB5;
sbit P3_6 = 0xB6;
sbit P3_7 = 0xB7; /* MISCCON:Misc Control Register->Byte Address:0xF8,bit Address:0xF8~0xFF */
sbit ISCEN = 0xF8;
sbit DPRAMWP = 0xF9;
sbit PLLLOCK = 0xFA;
sbit PLLPWD = 0xFB;
sbit CLKCPUTRIG = 0xFC;
sbit CLKO0TRIG = 0xFD;
sbit CLKO1TRIG = 0xFE;
sbit CLKO2TRIG = 0xFF;
#endif
mcu 的头文件：
#include "M5.H"
#include <intrins.h>
#include <absacc.h> #define uchar unsigned char
#define uint unsigned int
#define ulong unsigned long sbit GPIO_RST_N = P1^;
sbit GPIO_wr_en = P1^;
sbit GPIO_rd_en = P1^;
sbit GPIO_SRAM_CS = P1^;
sbit GPIO_dir = P1^; #define GPIO_addr_L P0
#define GPIO_data_H P2
#define GPIO_data_L P3 #define RST_EN GPIO_RST_N =0
#define RST_DISEN GPIO_RST_N =1
#define WR_EN GPIO_wr_en =0
#define WR_DISEN GPIO_wr_en =1
#define RD_EN GPIO_rd_en =0
#define RD_DISEN GPIO_rd_en =1
#define CS_EN GPIO_SRAM_CS =0
#define CS_DISEN GPIO_SRAM_CS =1
#define DATA_OUT GPIO_dir = 1
#define DATA_IN GPIO_dir = 0
Primace 5.0软件与KEIL单片机软件联合在线仿真步骤的更多相关文章
- Keil 编译环境之在线仿真调试问题
一.问题现象: 这几天刚开始上手STM32,使用Keil 环境进行编程,然后使用ULINK2进行在线仿真,在按键处理函数程序中设置断点,却发现按了按键程序没有停在设置的断点,程序正常运行,如下图所示, ...
- Keil C51软件的使用
进入 Keil C51 后,屏幕如下图所示.几秒钟后出现编辑界 启动Keil C51时的屏幕 进入Keil C51后的编辑界面 简单程序的调试:学习程序设计语言.学习某种程序软件,最好的方法是直接操作 ...
- Qt5.5.0使用mysql编写小软件源码讲解---顾客信息登记表
Qt5.5.0使用mysql编写小软件源码讲解---顾客信息登记表 一个个人觉得比较简单小巧的软件. 下面就如何编写如何发布打包来介绍一下吧! 先下载mysql的库文件链接:http://files. ...
- 基于Qt5.5.0的sql,C++备忘录软件的编写
我的第一个软件. 基于Qt5.5.0的 sql ,C++备忘录软件version1.0的编写 我用的Qt版本是5.5.0免配置编译器的版本,这里附上我使用的软件下载地址:http://download ...
- Quest Central for DataBase 5.0.1，6.1 (软件+注册)
找寻了多天,终于找到了,记录下,以后重装用.输入所有组件的licenses后,提示要注册,我选择了Canada,Google了一个地方的PostCode和phone number,填写,注册成功! 软 ...
- 关于Quartus II 13.0对应开发NIOS II软件程序时报错Symbol 'NULL' could not be resolved问题的解决方法
关于Quartus II 13.0对应开发NIOS II软件程序时报错Symbol 'NULL' could not be resolved问题的解决方法 近期在评估使用NIOS II处理器进行项目的 ...
- STCubeMX软件新建Keil和IAR工程使用步骤：
STCubeMX软件新建Keil和IAR工程使用步骤:首先是软件下载(也可在我们的百度云下载):1.STCubeMX下载地址: http://www.stmicroelectronics.co ...
- 单片机软件proteus的汉化步骤
整体思想:把汉化包里的文件替换软件的英文的软件 右键打开文件安装的位置,找到Translations文件夹,打开它等待被替换. 打开这个找到Translations文件夹,把下面的文件全部复制替换上面 ...
- 将RAC软件转换为单实例软件
将RAC软件转换为单实例软件 http://blog.itpub.net/26736162/viewspace-2155632/ 1. Stop database and CRS on both no ...
随机推荐
- 编译java文件，出错：Failed to establish a connection with the target VM
helloword程序,所有java学习人员人生第一个程序,哎妈,基础太差,出错 public class Helloword{ public Helloword() { public static ...
- WinForm TextBox 焦点停留到文本最后
最近写个 WinForm 项目,TextBox 控件有内容的时候,获取焦点,光标总是在最前面,很不便于输入.那怎么样让光标停留到最后呢?如下代码可以实现: this.txtBox ...
- linux tail命令的使用方法详解（转）
本文介绍Linux下tail命令的使用方法.linux tail命令用途是依照要求将指定的文件的最后部分输出到标准设备,通常是终端,通俗讲来,就是把某个档案文件的最后几行显示到终端上,假设该档案有更新 ...
- smarty 操作符号，大于、小于。。。
eq相等,6 w% x7 w6 |3 _ne.neq不相等,( i" }" ~( `# V( t& C, k; [gt大于,lt小于,gte.ge大于等于,lte.le 小 ...
- POJ 1276 Cash Machine
Cash Machine Time Limit: 1000MS Memory Limit: 10000K Total Submissions: 24213 Accepted: 8476 Descrip ...
- 分页控件-ASP.NET（AspNetPager）
AspNetPager是asp.net中常用的分页控件,下载AspNetPager.dll,添加引用,在工具栏就可以看到AspNetPager控件: <div class="oa-el ...
- [Effective JavaScript 笔记]第30条：理解prototype、getPrototypeOf和__ptoto__之间的不同
原型包括三个独立但相关的访问器.这三个单词都是对单词prototype做了一些变化. C.prototype用于建立由new C()创建的对象的原型 Object.getPrototypeOf(obj ...
- Java数据库ResultSet转json实现
现在有很多json相关的Java工具,如json-lib.gson等,它们可以直接把JavaBean转换成json格式. 在开发中,可能会从数据库中获取数据,希望直接转成json数组,中间不通过bea ...
- 基于DCMTK的DICOM相关程序编写攻略
2008年09月10日 星期三 15:35 基于DCMTK的DICOM相关程序编写攻略 前言: 由于现在的医学影像设备的图像存储和传输正在逐渐向DICOM标准靠拢,在我们进行医学图像处理的过程中,经常 ...
- 静态资源[org.springframework.web.servlet.PageNotFound]
springmvc 无法访问js.css.jpg等资源文件,tomcat启动报警告如下 [org.springframework.web.servlet.PageNotFound] - No mapp ...