For NTHU_Racing MCU tutorial Learn to use Serial Oscilloscope & analog pin
Dependencies: mbed
Fork of Practice_3_example by
sample_timebase.cpp
- Committer:
- open4416
- Date:
- 2016-07-15
- Revision:
- 0:d68e088dfbcd
- Child:
- 1:5968363c5d23
File content as of revision 0:d68e088dfbcd:
#include "mbed.h" //~~~~~~~~~~~~~~~~~~~~~~~~~~~GPIO registor~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~// DigitalOut led = D13; //link leg DigitalOut TT_main_ext = D12; //linl leg //~~~~~~~~~~~~~~~~~~~~~~~~~~~end of GPIO registor~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~// //~~~~~~~~~~~~~~~~~~~~~~~~~~~Varible registor~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~// Ticker TT; //call a timer int count = 0; //one second counter for extrenal led blink //~~~~~~~~~~~~~~~~~~~~~~~~~~~end of Varible registor~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~// //~~~~~~~~~~~~~~~~~~~~~~~~~~~Function registor~~~~~~~~~~~~~~~~~~~~~~~~~~~~~// void init_IO(); //initialize IO state void init_TIMER(); //set TT_main{} rate void TT_main(); //timebase function rated by TT //~~~~~~~~~~~~~~~~~~~~~~~~~~~end of Function registor~~~~~~~~~~~~~~~~~~~~~~~~~~~~~// //~~~~~~~~~~~~~~~~~~~~~~~~~~~main funtion~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~// int main() { init_IO(); //initialized value init_TIMER(); //start TT_main while(1) { //main() loop if(count >= 1000) { //check if main working count=0; led = !led; } } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~end of main funtion~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~// //~~~~~~~~~~~~~~~~~~~~~~~~~~~init_IO funtion~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~// void init_IO(void) //initialize { led = 1; TT_main_ext = 1; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~end of init_IO funtion~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~// //~~~~~~~~~~~~~~~~~~~~~~~~~~~Timebase funtion~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~// void init_TIMER() //set TT_main{} rate { TT.attach_us(&TT_main, 1000); } void TT_main() //interrupt function by TT { TT_main_ext = !TT_main_ext; //indicate TT_main() function working count = count+1; //one second counter } //~~~~~~~~~~~~~~~~~~~~~~~~~~~end of Timebase funtion~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~//