文件名称:UART-2demension-array
- 所属分类：
- 其他嵌入式/单片机内容
- 资源属性：
- [C/C++] [源码]
- 上传时间：
- 2015-11-27
- 文件大小：
- 819kb
- 下载次数：
- 0次
- 提 供 者：
- 栗*
- 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－－下载内容均来自于网络，请自行研究使用
初始状态下黄色网络灯（LED0）与绿色网络灯（LED1）齐亮。
初始化完成后UART向上位机发送信息：
Initial Done！
Press the KEY to continue~
此时按下Press键，系统启动。
启动后系统会处于4种状态：
状态1：为默认状态，或按下DOWN后启动。此时仅将上位机发送的信息原样返回。
该状态下LED0与LED1齐灭。
状态2：按下LEFT后启动，此时除了‘a’～‘z’外的所有信息原样返回，‘a’～‘z’转换为‘A’~‘Z’后返回。
该状态下LED1亮。
状态3：按下RIGHT后启动，此时除了‘A’～‘Z’外的所有信息原样返回，‘A’～‘Z’转换为‘a’~‘z’后返回。
该状态下LED0亮。
状态4：按下UP后启动，此时将英文字母中的小写字符转换为大写字符，将大写字符转换为小写字符并返回，
其他字符原样返回。
该状态下LED0与LED1齐亮。
注意：若有字符输入，系统返回时每隔最多1S会自动换行-Yellow network light (LED0) and green network lamp (LED1) Qi Liang initial state. UART up bit machine to send message After initialization: Initial Done! Press the KEY to continue ~ Press then press the key, the system starts. After starting the system will be in four states: State 1: the default, or press DOWN after startup. At this time only the information sent by the host computer is returned unchanged. LED0 together with LED1 off in this state. Status 2: Press LEFT start, then all information except ' a' ~ ' z' outside as return, ' a' ~ ' z' is converted to return after ' A' ~ ' Z' . LED1 lights that state. State 3: After pressing RIGHT start, then all of the information in addition to ' A' ~ ' Z' outside as it returns, ' A' ~ ' Z' is converted to return after ' a' ~ ' z' . LED0 bright that state. State 4: After pressing the UP starts, at which time the letters in lowercase characters converted to up
初始化完成后UART向上位机发送信息：
Initial Done！
Press the KEY to continue~
此时按下Press键，系统启动。
启动后系统会处于4种状态：
状态1：为默认状态，或按下DOWN后启动。此时仅将上位机发送的信息原样返回。
该状态下LED0与LED1齐灭。
状态2：按下LEFT后启动，此时除了‘a’～‘z’外的所有信息原样返回，‘a’～‘z’转换为‘A’~‘Z’后返回。
该状态下LED1亮。
状态3：按下RIGHT后启动，此时除了‘A’～‘Z’外的所有信息原样返回，‘A’～‘Z’转换为‘a’~‘z’后返回。
该状态下LED0亮。
状态4：按下UP后启动，此时将英文字母中的小写字符转换为大写字符，将大写字符转换为小写字符并返回，
其他字符原样返回。
该状态下LED0与LED1齐亮。
注意：若有字符输入，系统返回时每隔最多1S会自动换行-Yellow network light (LED0) and green network lamp (LED1) Qi Liang initial state. UART up bit machine to send message After initialization: Initial Done! Press the KEY to continue ~ Press then press the key, the system starts. After starting the system will be in four states: State 1: the default, or press DOWN after startup. At this time only the information sent by the host computer is returned unchanged. LED0 together with LED1 off in this state. Status 2: Press LEFT start, then all information except ' a' ~ ' z' outside as return, ' a' ~ ' z' is converted to return after ' A' ~ ' Z' . LED1 lights that state. State 3: After pressing RIGHT start, then all of the information in addition to ' A' ~ ' Z' outside as it returns, ' A' ~ ' Z' is converted to return after ' a' ~ ' z' . LED0 bright that state. State 4: After pressing the UP starts, at which time the letters in lowercase characters converted to up
(系统自动生成,下载前可以参看下载内容)
下载文件列表
UART 2demension array
.....................\Experiment.map
.....................\Experiment.plg
.....................\Experiment.uvgui.Administrator
.....................\Experiment.uvgui.estelle
.....................\Experiment.uvgui.Navi
.....................\Experiment.uvgui_Administrator.bak
.....................\Experiment.uvgui_Navi.bak
.....................\Experiment.uvopt
.....................\Experiment.uvproj
.....................\Experiment_Target 1.dep
.....................\Experiment_uvopt.bak
.....................\Experiment_uvproj.bak
.....................\GPIODriverConfigure.c
.....................\GPIODriverConfigure.h
.....................\GPIOISR.c
.....................\GPIOISR.h
.....................\HardwareLibrary.h
.....................\LuminaryDriverLibrary.h
.....................\main.c
.....................\main.d
.....................\readme.txt
.....................\rvmdk
.....................\.....\Experiment.axf
.....................\.....\Experiment.htm
.....................\.....\Experiment.lnp
.....................\.....\Experiment.plg
.....................\.....\Experiment.sct
.....................\.....\Experiment.tra
.....................\.....\gpiodriverconfigure.crf
.....................\.....\gpiodriverconfigure.d
.....................\.....\gpiodriverconfigure.o
.....................\.....\gpiodriverconfigure.__i
.....................\.....\gpioisr.crf
.....................\.....\gpioisr.d
.....................\.....\gpioisr.o
.....................\.....\gpioisr.__i
.....................\.....\main.crf
.....................\.....\main.d
.....................\.....\main.o
.....................\.....\main.__i
.....................\.....\Startup.d
.....................\.....\Startup.o
.....................\.....\sysctlconfigure.crf
.....................\.....\sysctlconfigure.d
.....................\.....\sysctlconfigure.o
.....................\.....\sysctlconfigure.__i
.....................\.....\systickconfigure.crf
.....................\.....\systickconfigure.d
.....................\.....\systickconfigure.o
.....................\.....\systickconfigure.__i
.....................\.....\systickisr.crf
.....................\.....\systickisr.d
.....................\Startup.s
.....................\SysCtlConfigure.c
.....................\SysCtlConfigure.h
.....................\SysTickConfigure.c
.....................\SysTickConfigure.h
.....................\SysTickISR.c
.....................\SysTickISR.h
.....................\TimerConfigure.c
.....................\TimerConfigure.h
.....................\TimerISR.c
.....................\TimerISR.h
.....................\UARTConfigure.c
.....................\UARTConfigure.h
.....................\WatchDogConfigure.c
.....................\WatchDogConfigure.h