The project KEIL_IODemo shows how to use memory allocation routines (malloc) and char I/O (printf, scanf) via a serial interface with the Keil ARM toolchain.
The I/O functions are adapted for the Analog Devices ADuC7000 series using the SERIAL.C module.
The example also shows the efficiency of the Keil CA ARM Compiler run-time library which is tuned for single chip systems.
UART I/O and Memory Allocation Example for GNU
The project GNU_IODemo shows how to use memory allocation routines (malloc) and char I/O (printf, scanf) via a serial interface with the GNU toolchain.
The I/O functions are adapted for the Analog Devices ADuC7000 series using the SERIAL.C module.
The example also shows the efficiency of the Keil CA ARM Compiler run-time library which is tuned for single chip systems.
用CY7C63723設計的鼠標固件程序
chip.c - include file that defines CY7C63723 constants
- combi.c - main source file
- combi.hex - Intel hex file for programming a CY7C63723 microcontroller
- combi.lst - output listing from c-Compiler for use with the CYDB debugger
- macros.h - defines macros used in combi.c
- ps2defs.h - defines PS/2 interface constants
- usb_desc.h - defines the USB descriptors
- usbdefs.h - defines USB interface constants
uc/os-ii for 8051
This package provides the sources required to use the uC/OS-II v2.00
real time kernel on the 8051 processor. To use this package you will
need the TASKING C Compiler toolset v6.0r1 or higher.
For info on TASKING products you can contact our Web-site at:
http://www.tasking.com
Unzip the zipfile in the root of the drive where you also installed
the uC/OS-II general sources. The following directories will be
added:
\SOFTWARE\UCOS-II\8051
This directory contains the microprocessor specific source code
\SOFTWARE\UCOS-II\ex1_8051r
This directory contains the project files for the first example
\SOFTWARE\UCOS-II\ex2_8051r
This directory contains the project files for the second example
contain many examples code for I2c,UART,string ,digital convert, read/write to EEprom in microchip PIC16xx series. and the default Compiler is hitech PIC16.
This set of simulation files performs a computational complexity performance comparison of the two methods mentioned in the paper. The source is ANSI-C compliant, hence any C-Compiler can be used to compile the source code. It has been tested using Visual Studio.net C++ and TI code composer studio C Compiler for the TMS320C6701. Note that the performance comparison may be different for different platforms.
電池設計的充電器
Device : AT90S2333
File name : BC.c
Ver nr. : 1.0
Description : Standalone Battery Charger with AT90S2333 (main program)
Compiler : IAR icca90
Author : Asmund Saetre / Terje Frostad / Dietmar Koenig
Change log : 02.02.2000 Changed to fit Battery Charger refrence
design board AS
18.02.2000 Final test and review AS
arm-linux-gcc編譯器，S3C2410開發板移植目前最新的linux2.6.14的內核，需要使用這個編譯器編譯-arm-linux-gcc Compiler, the S3C2410 development board transplant at present the newest linux2.6.14 essence, needs to use this Compiler to translate ,Unix_Linux,嵌入式Linux/Embeded Linux
