文件名称:P89V51
-
所属分类：
- 标签属性：
- 上传时间：2012-11-16
-
文件大小：109.94kb
-
已下载：0次
-
提 供 者：
-
相关连接：无下载说明：别用迅雷下载，失败请重下，重下不扣分！
介绍说明－－下载内容来自于网络，使用问题请自行百度
这个例子如果运行,将在仿真的PC窗口中的第1,2,3行显示一些信息后,在随机位置显示 1 ~ 5 .由于keil c51默认不支持重入函数,它的重入函数使用仿真的重入栈而不使用系统栈,而Small RTOS 51没有进行重入栈管理,所以在TaskA~TaskE虽然及其相似,但不能合并.
(2)编译时会有5个警告,其中一个是因为没有使用一个系统函数OSSendSignal引起,它可以忽略.另4个是禁止任务间变量覆盖分析引起,必须忽略.感谢网友John X. Liu,在这个例子中我使用了他编写的仿真(dllPc51Emu.dll),这个dll原来是为他移植的Ucos-ii for keil c51的例子编写.-If you are running this example, will the PC emulation window, the first 1,2,3-line display some information, at random locations show ' 1 ' ~ ' 5' . Keil c51 as the default does not support the re-entry function, which re- into the function of the weight stack instead of using the simulation using the system stack, while the Small RTOS 51 not been re-stack management, and so TaskA ~ TaskE though its similar, but not combined. (2) compile-time there will be five warnings, One of them is because there is no cause to use a system function OSSendSignal, it can be ignored. The other four are prohibited between the variables covered analyze the task to be ignored. thank User John X. Liu, in this case, I used his written simulation ( dllPc51Emu.dll), the dll was originally for his transplant Ucos-ii for keil c51 examples of the preparation.
(2)编译时会有5个警告,其中一个是因为没有使用一个系统函数OSSendSignal引起,它可以忽略.另4个是禁止任务间变量覆盖分析引起,必须忽略.感谢网友John X. Liu,在这个例子中我使用了他编写的仿真(dllPc51Emu.dll),这个dll原来是为他移植的Ucos-ii for keil c51的例子编写.-If you are running this example, will the PC emulation window, the first 1,2,3-line display some information, at random locations show ' 1 ' ~ ' 5' . Keil c51 as the default does not support the re-entry function, which re- into the function of the weight stack instead of using the simulation using the system stack, while the Small RTOS 51 not been re-stack management, and so TaskA ~ TaskE though its similar, but not combined. (2) compile-time there will be five warnings, One of them is because there is no cause to use a system function OSSendSignal, it can be ignored. The other four are prohibited between the variables covered analyze the task to be ignored. thank User John X. Liu, in this case, I used his written simulation ( dllPc51Emu.dll), the dll was originally for his transplant Ucos-ii for keil c51 examples of the preparation.
相关搜索： p89v
(系统自动生成,下载前可以参看下载内容)
下载文件列表
P89V51/UserTask/P89V51.C
P89V51/UserTask/CONFIG.H
P89V51/UserTask/OS_CFG.H
P89V51/UserTask/README.TXT
P89V51/UserTask/OS_CPU.H
P89V51/UserTask/led.h
P89V51/UserTask/P89V51_SMALL_RTOS_Opt.Bak
P89V51/UserTask/P89V51_SMALL_RTOS.plg
P89V51/UserTask/P89V51_SMALL_RTOS.lnp
P89V51/UserTask/P89V51_SMALL_RTOS.hex
P89V51/UserTask/P89V51_SMALL_RTOS_Uv2.Bak
P89V51/UserTask/Os_core.obj
P89V51/UserTask/Os_q.obj
P89V51/UserTask/Os_sem.obj
P89V51/UserTask/P89V51.OBJ
P89V51/UserTask/Os_cpu_c.obj
P89V51/UserTask/Os_cpu_a.obj
P89V51/UserTask/P89V51_SMALL_RTOS
P89V51/UserTask/P89V51_SMALL_RTOS.Uv2
P89V51/UserTask/P89V51_SMALL_RTOS.Opt
P89V51/TaskDel/EXT2.C
P89V51/TaskDel/CONFIG.H
P89V51/TaskDel/OS_CFG.H
P89V51/TaskDel/test.Uv2
P89V51/TaskDel/test.Opt
P89V51/TaskDel/DISPLAY.C
P89V51/TaskDel/DISPLAY.H
P89V51/TaskDel/README.TXT
P89V51/TaskDel/OS_CPU.H
P89V51/SerialOut/OS_CFG.H
P89V51/SerialOut/CONFIG.H
P89V51/SerialOut/test.Uv2
P89V51/SerialOut/test.Opt
P89V51/SerialOut/SERIAL.C
P89V51/SerialOut/README.TXT
P89V51/SerialOut/OS_CPU.H
P89V51/SerialIn/OS_CFG.H
P89V51/SerialIn/CONFIG.H
P89V51/SerialIn/test.Uv2
P89V51/SerialIn/test.Opt
P89V51/SerialIn/TEST.INI
P89V51/SerialIn/SERIAL.C
P89V51/SerialIn/README.TXT
P89V51/SerialIn/OS_CPU.H
P89V51/reentrant/OS_CFG.H
P89V51/reentrant/EXT1.C
P89V51/reentrant/CONFIG.H
P89V51/reentrant/TEST.PLG
P89V51/reentrant/README.TXT
P89V51/reentrant/OS_CPU.H
P89V51/reentrant/test.C
P89V51/reentrant/test.Uv2
P89V51/reentrant/test.Opt
P89V51/OS/OS_CORE.C
P89V51/OS/OS.H
P89V51/OS/OS_Q.C
P89V51/OS/OS_Q.H
P89V51/OS/OS_SEM.C
P89V51/OS/OS_SEM.H
P89V51/OS/OS_MEM.C
P89V51/OS/OS_MEM.H
P89V51/KEILC51/OS_CPU_C.C
P89V51/KEILC51/OS_CPU_A.ASM
P89V51/h/OS_CFG.H
P89V51/h/CONFIG.H
P89V51/h/OS_CPU.H
P89V51/UserTask
P89V51/TaskDel
P89V51/SerialOut
P89V51/SerialIn
P89V51/reentrant
P89V51/OS
P89V51/KEILC51
P89V51/h
P89V51
P89V51/UserTask/CONFIG.H
P89V51/UserTask/OS_CFG.H
P89V51/UserTask/README.TXT
P89V51/UserTask/OS_CPU.H
P89V51/UserTask/led.h
P89V51/UserTask/P89V51_SMALL_RTOS_Opt.Bak
P89V51/UserTask/P89V51_SMALL_RTOS.plg
P89V51/UserTask/P89V51_SMALL_RTOS.lnp
P89V51/UserTask/P89V51_SMALL_RTOS.hex
P89V51/UserTask/P89V51_SMALL_RTOS_Uv2.Bak
P89V51/UserTask/Os_core.obj
P89V51/UserTask/Os_q.obj
P89V51/UserTask/Os_sem.obj
P89V51/UserTask/P89V51.OBJ
P89V51/UserTask/Os_cpu_c.obj
P89V51/UserTask/Os_cpu_a.obj
P89V51/UserTask/P89V51_SMALL_RTOS
P89V51/UserTask/P89V51_SMALL_RTOS.Uv2
P89V51/UserTask/P89V51_SMALL_RTOS.Opt
P89V51/TaskDel/EXT2.C
P89V51/TaskDel/CONFIG.H
P89V51/TaskDel/OS_CFG.H
P89V51/TaskDel/test.Uv2
P89V51/TaskDel/test.Opt
P89V51/TaskDel/DISPLAY.C
P89V51/TaskDel/DISPLAY.H
P89V51/TaskDel/README.TXT
P89V51/TaskDel/OS_CPU.H
P89V51/SerialOut/OS_CFG.H
P89V51/SerialOut/CONFIG.H
P89V51/SerialOut/test.Uv2
P89V51/SerialOut/test.Opt
P89V51/SerialOut/SERIAL.C
P89V51/SerialOut/README.TXT
P89V51/SerialOut/OS_CPU.H
P89V51/SerialIn/OS_CFG.H
P89V51/SerialIn/CONFIG.H
P89V51/SerialIn/test.Uv2
P89V51/SerialIn/test.Opt
P89V51/SerialIn/TEST.INI
P89V51/SerialIn/SERIAL.C
P89V51/SerialIn/README.TXT
P89V51/SerialIn/OS_CPU.H
P89V51/reentrant/OS_CFG.H
P89V51/reentrant/EXT1.C
P89V51/reentrant/CONFIG.H
P89V51/reentrant/TEST.PLG
P89V51/reentrant/README.TXT
P89V51/reentrant/OS_CPU.H
P89V51/reentrant/test.C
P89V51/reentrant/test.Uv2
P89V51/reentrant/test.Opt
P89V51/OS/OS_CORE.C
P89V51/OS/OS.H
P89V51/OS/OS_Q.C
P89V51/OS/OS_Q.H
P89V51/OS/OS_SEM.C
P89V51/OS/OS_SEM.H
P89V51/OS/OS_MEM.C
P89V51/OS/OS_MEM.H
P89V51/KEILC51/OS_CPU_C.C
P89V51/KEILC51/OS_CPU_A.ASM
P89V51/h/OS_CFG.H
P89V51/h/CONFIG.H
P89V51/h/OS_CPU.H
P89V51/UserTask
P89V51/TaskDel
P89V51/SerialOut
P89V51/SerialIn
P89V51/reentrant
P89V51/OS
P89V51/KEILC51
P89V51/h
P89V51
本网站为编程资源及源代码搜集、介绍的搜索网站，版权归原作者所有！ 粤ICP备11031372号
1999-2046 搜珍网 All Rights Reserved.