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Description: Turbo C - (C) Copyright 1987, 1988 by Borland International */
#define S_IREAD 0x0100 /* from SYS\\STAT.H */
#define S_IWRITE 0x0080 /* from SYS\\STAT.H */
#define TRUE 1
#define FALSE 0
#define MSGHEADER \"MICROCALC - A Turbo C Demonstration Program\"
#define MSGKEYPRESS \"Press any key to continue.\"
#define MSGCOMMAND \"Press / for the list of commands\"
#define MSGMEMORY \"Memory Available:\"
#define MSGERROR \"ERROR\"
部分说明
#define MSGLOMEM \"Not enough memory to allocate cell.\"
#define MSGEMPTY \"Empty\"
#define MSGTEXT \"Text\"-Turbo C - (C) Copyright 1987. 1988 by Borland International * / # define S_IRE AD 0x0800 / * from SYS \\ STAT.H * / # define S_IWRIT E. 0x0040 / * from SYS \\ STAT.H * / # define TRUE de # 1 fine FALSE 0 # define MSGHEADER "MICROCALC-A Tu rbo C Demonstration Program "# define MSGKEYPR ESS "Press any key to continue." # define MSGCOM MAND "Press / for the list of commands" # define M SGMEMORY "Memory Available : "# define MSGERROR" ERROR "explains # define MSGLOM EM "Not enough memory to allocate cell." # defin e MSGEMPTY "Empty" # define MSGTEXT "Text"
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Size: 991877 |
Author: 狐狸 |
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Description: The Disk sample is used with Classpnp.sys as disk driver. The sample supports Plug and Play, Power Management, WMI, and failure prediction (S.M.A.R.T.), and it is 64-bit compliant.
Platform: |
Size: 87087 |
Author: zhang |
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Description: The Disk sample is used with Classpnp.sys as disk driver. The sample supports Plug and Play, Power Management, WMI, and failure prediction (S.M.A.R.T.), and it is 64-bit compliant.
Platform: |
Size: 397014 |
Author: zzj |
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Description: m-sys Diskonchip 2000 初始化程序-m-sys Diskonchip 2000 initialization procedures
Platform: |
Size: 179518 |
Author: 杨达柏 |
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Description: 驱动开发环境搭建vs6.0+ddk 2600+windows xp+Driver Studio 3.2 2010-07-07 09:35 驱动开发环境之Windows XP DDK2600,VC++ 6.0, Driver Studio 3.2 神秘的驱动开发，神秘的WINDOWS内核，是什么把这些搞得这么神秘呢？ 搭Windows驱动开发平台. 要安装的东西都有这些：在Windows XP的基础上，先装上VC++6.0，再装DDK2600（也就是DDK的XP版），最后装 Driver Studio 3.2。 1.首先装VC++ 6.0， 要装VC++6.0那是因为这个IDE式的环境你已经很熟悉，编译和连接的时候不要用各种命令行的命令，只要鼠标点点，就可以（当然啦，一些参数还是要填的）。具体怎么装我就不介绍了。 2.安装XP系统的DDK， DDK全称是叫Driver Development Kit，它提供4种驱动程序的编译环境，我们这种初学者一般是选Win XP Checked Build Enviorment。 ftp://202.113.29.4/ISO/M$/WinDDK/winxp_ddk.rar 这个是下载地址，我写这篇文章的时候这个链接还是通的，不知你看的时候通不通了，如果不通你可以联系我,我可以发给你。 安装的时候就没什么特别要注意的地方，唯一要记得的是记住要完整安装，把那些什么Samples全装上，对于我们这些初学者会很有用的。 3.安装Driver Studio， DriverStudio 是一套用来简化微软Windows 平台下设备驱动程序的开发，调试和测试的工具包。 对于学过Windows 编程的人我可以打个形象的比喻： DriverStudio中的DriverWorks，本质是“DDK类库”，使用C++类库封装的方法简化了NT Driver或者WDM驱动程序的开发，使用DriverWorks代替DDK开发，类似于使用MFC代替SDK开发Windows应用程序。 http://download2.77169.com/soft/Source/debug/200801/20071229SoftICExlDS3.2.1.zip 这个是下载地址。这个需要序列号和注册文件： http://www.4x4y.com/10257_CrackDown_Compuware.DriverStudio.v3.2.iNTERNAL.html 这个是序列号生成器和注册文件打包下载的地址。 2.安装和配置 软件的安装顺序:Windows XP --> VC6.0 --> WinXP_DDK -> DriverStudio3.2，如果顺序装错了，那么把DriverStudio3.2删除再重装就OK了。从网上找到库文件ntstrsafe.lib+csq.lib.rar，把解压出来的两个库文件拷贝到WinXP_DDK的安装目录下的库目录中（我的是C:WINDDK2600libwxpi386）。启动vc6，然后进行简单的配置：菜单DriverStudio菜单下的DDK Build Settings，在弹出的对话框中选择已经安装的DDK目录（比如我的是C:WINDDK2600），在Windows DDK compiler Options中选择"Enable only for Driver Studio"。 VC6.0-->Tools-->Options，点击"Directories"选项卡： 1）"“Show directories for:"下选择Include files，然后检查有没有包含ddk的头文件目录（我的是C:WINDDK2600incwxp），如果没有则加上； 2）"“Show directories for:"下选择Library files，然后检查有没有包含ddk的库文件目录（我的是C:WINDDK2600libwxpi386），如果没有则加上； 注意：安装ＤＤＫ时一定要把例子安装（建议你安装全部的模块），否则编译vdwlibs.dsw时会报如下的错： vdw_wdm.lib - 1 error(s), 0 warning(s) 然后打开引起错误的文件，发现： #error The file is from the DDK at srcwdmhidinc. Install DDK HID samples to install hidport.h. Or update INCLUDE path for hidport.h in the DDK! 这表明安装WinXP_DDK的时候没有安装实例。 3.编译适合本机使用的库文件 (1).启动VC6.0。开始-->所有程序-->Compuware DriveStudio-->Develop-->DDK Building Settings，确保“DDK Root Directory”下方的内容是ddk的安装目录（比如我的是C:WINDDK2600），然后点击下方的"Luanch Program"正式启动vc6的开发环境。 (2).进入菜单File-->Open Workspace(打开位于DriverStudio3.2安装目录的DriverWorksSourcevdwlibs.dsw)-->进入菜单Build-->batch Build，点击“Select x86"按钮只选中全部的32位库（我的电脑是32位的。注意：对于32位的电脑一定不要选中64位的库，否则后面编译会出错）-->点击按钮"Rebuild AlL”开始编译。 注:如果出现无法打开文件这类的错误,一般都是DDK Build Settings指向不对，或安装顺序有误，或者你在３２位机器上选中了６４位库。 4.编译一个DriverStudio自带的实例 （１）"启动ｖｃ６，点击菜单File-->Open Workspace，打开项目文件C:Program FilesCompuwareDriverStudioDriverWorksExampleswdmhellowdmHelloWdm.dsw，然后编译，如果没有报错，那说明安装和配置成功。但请你别高兴的太早，开发环境安装配置成功只是万里长城的第一步，剩下的你就是要理解驱动模块的架构和具体的代码编写了。 5.使用Driver wizard生成驱动程序框架 (1).在VC6.0的界面下,点击菜单DriverStudio-->Driver wizard，此后系统会一步一步引导你完成设置，最后自动生产的驱动程序框架。 (2).设置好后将生成驱动文件,然后用VC6.0进行编译：进行Build菜单,Rebuild AlL将生成.sys文件,说明驱动模块编译成功！ 注:如果出现无法打开ntstrsafe.lib的错误，说明系统缺少这个库文件，参照上面的方法补上这个库文件，或者进入菜单Project-->Settings，鼠标点击左边方框里的最上面一行，然后右边"Project Option"下的ntstrsafe.lib并删除它。 本文是转来的，经过我的验证可以搭建成功。有些软件下载可能需要到其他地方下载。希望各位开发的兄弟姐妹Enjoy yourself.
Platform: |
Size: 64512 |
Author: cdliqu@163.com |
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Description: m-sys Diskonchip 2000 初始化程序-m-sys Diskonchip 2000 initialization procedures
Platform: |
Size: 179200 |
Author: 杨达柏 |
Hits:
Description: Turbo C - (C) Copyright 1987, 1988 by Borland International */
#define S_IREAD 0x0100 /* from SYS\STAT.H */
#define S_IWRITE 0x0080 /* from SYS\STAT.H */
#define TRUE 1
#define FALSE 0
#define MSGHEADER "MICROCALC - A Turbo C Demonstration Program"
#define MSGKEYPRESS "Press any key to continue."
#define MSGCOMMAND "Press / for the list of commands"
#define MSGMEMORY "Memory Available:"
#define MSGERROR "ERROR"
部分说明
#define MSGLOMEM "Not enough memory to allocate cell."
#define MSGEMPTY "Empty"
#define MSGTEXT "Text"-Turbo C- (C) Copyright 1987. 1988 by Borland International* /# define S_IRE AD 0x0800/* from SYS \ STAT.H* /# define S_IWRIT E. 0x0040/* from SYS \ STAT.H* /# define TRUE de# 1 fine FALSE 0# define MSGHEADER "MICROCALC-A Tu rbo C Demonstration Program "# define MSGKEYPR ESS "Press any key to continue."# define MSGCOM MAND "Press/for the list of commands"# define M SGMEMORY "Memory Available : "# define MSGERROR" ERROR "explains# define MSGLOM EM "Not enough memory to allocate cell."# defin e MSGEMPTY "Empty"# define MSGTEXT "Text"
Platform: |
Size: 991232 |
Author: 狐狸 |
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Description: bios启动程序，在DOS下运行成功。要经过编译-bios commencement of proceedings, under the DOS operating successfully. To be compiled
Platform: |
Size: 350208 |
Author: mymanm |
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Description: 在NandFlash上实现了U盘的读写。支持1.0-NandFlash achieved in the U disk read and write. Support 1.0
Platform: |
Size: 444416 |
Author: zzh |
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Description: The Disk sample is used with Classpnp.sys as disk driver. The sample supports Plug and Play, Power Management, WMI, and failure prediction (S.M.A.R.T.), and it is 64-bit compliant.
Platform: |
Size: 87040 |
Author: zhang |
Hits:
Description: The Disk sample is used with Classpnp.sys as disk driver. The sample supports Plug and Play, Power Management, WMI, and failure prediction (S.M.A.R.T.), and it is 64-bit compliant.
Platform: |
Size: 396288 |
Author: zzj |
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Description: m-sys的doc2000在vxworks下的驱动程序-doc2000 driver for vxworks operator system
Platform: |
Size: 3108864 |
Author: 朱 |
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Description: m-sys Diskonchip 2000 initialization procedures
Platform: |
Size: 6916096 |
Author: trenthon |
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Description: s1 is the M-file description of the SIMULINK system named s1.
The block-diagram can be displayed by typing: s1.
SYS=s1(T,X,U,FLAG) returns depending on FLAG certain
system values given time point, T, current state vector, X,
and input vector, U.
FLAG is used to indicate the type of output to be returned in SYS.
Platform: |
Size: 5120 |
Author: hacen |
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Description: function [ret,x0,str,ts,xts]=s1(t,x,u,flag)
s1 is the M-file description of the SIMULINK system named s1.
The block-diagram can be displayed by typing: s1.
SYS=s1(T,X,U,FLAG) returns depending on FLAG certain
system values given time point, T, current state vector, X,
and input vector, U.
FLAG is used to indicate the type of output to be returned in SYS.
Setting FLAG=1 causes s1 to return state derivatives, FLAG=2
discrete states, FLAG=3 system outputs and FLAG=4 next sample
time. For more information and
Platform: |
Size: 4096 |
Author: hacen |
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Description: function [ret,x0,str,ts,xts]=s3(t,x,u,flag)
s3 is the M-file description of the SIMULINK system named s3.
The block-diagram can be displayed by typing: s3.
SYS=s3(T,X,U,FLAG) returns depending on FLAG certain
system values given time point, T, current state vector, X,
and input vector, U.
FLAG is used to indicate the type of output to be returned in SYS.
Platform: |
Size: 4096 |
Author: hacen |
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Description: function [ret,x0,str,ts,xts]=s4(t,x,u,flag)
s4 is the M-file description of the SIMULINK system named s4.
The block-diagram can be displayed by typing: s4.
SYS=s4(T,X,U,FLAG) returns depending on FLAG certain
system values given time point, T, current state vector, X,
and input vector, U.
FLAG is used to indicate the type of output to be returned in SYS.
Platform: |
Size: 7168 |
Author: hacen |
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Description: function [ret,x0,str,ts,xts]=smg(t,x,u,flag)
smg is the M-file description of the SIMULINK system named smg.
The block-diagram can be displayed by typing: smg.
SYS=smg(T,X,U,FLAG) returns depending on FLAG certain
system values given time point, T, current state vector, X,
and input vector, U.
FLAG is used to indicate the type of output to be returned in SYS.
Platform: |
Size: 6144 |
Author: hacen |
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Description: function [ret,x0,str,ts,xts]=s4(t,x,u,flag)
s4 is the M-file description of the SIMULINK system named s4.
The block-diagram can be displayed by typing: s4.
SYS=s4(T,X,U,FLAG) returns depending on FLAG certain
system values given time point, T, current state vector, X,
and input vector, U.
FLAG is used to indicate the type of output to be returned in SYS.
Platform: |
Size: 9216 |
Author: hacen |
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Description: module naoshi(NAOSHI,CP1KHZ,H,M,S0)
output NAOSHI
input CP1KHZ
input [7:0]H
input [7:0]M
input S0
reg NAOSHI
always@(H or M or S0)
begin
if((H==07)&&(M==00)&&(S0==1))
NAOSHI<=CP1KHZ
else
NAOSHI<=0
end
endmodule
-module naoshi(NAOSHI,CP1KHZ,H,M,S0)
output NAOSHI
input CP1KHZ
input [7:0]H
input [7:0]M
input S0
reg NAOSHI
always@(H or M or S0)
begin
if((H==07)&&(M==00)&&(S0==1))
NAOSHI<=CP1KHZ
else
NAOSHI<=0
end
endmodule
Platform: |
Size: 742400 |
Author: tan |
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