jiang hao
/
DFRobotMbedTest
for test
main.cpp
- Committer:
- jh_ndm
- Date:
- 2016-07-15
- Revision:
- 2:b67216fc6104
- Parent:
- 1:2cd31d24d6fc
- Child:
- 3:4132f3ef7d22
File content as of revision 2:b67216fc6104:
#include "mbed.h" Serial uart1(PA_13, PA_14); // tx, rx Serial uart2(PC_10, PC_11); // tx, rx DigitalOut num1(D10); DigitalOut num2(D11); DigitalOut num3(D12); DigitalOut num4(D2); DigitalOut num5(D3); DigitalOut num6(D5); DigitalOut num7(D6); AnalogIn battery1(A1); AnalogIn battery2(A2); AnalogIn battery3(A3); PwmOut PWM1(D3); PwmOut PWM2(D5); PwmOut PWM3(D6); float pv1=0; float pv2=0; float pv3=0; int main() { while(1){ uart2.printf("uart2:for Loopback test,please input something\n"); char c = uart2.getc(); uart2.printf("%c",c); uart1.printf("uart1:The following is digitalOut test\n"); wait(0.25); num1 = 1; num2 = 1; num3 = 1; num4 = 1; num5 = 1; num6 = 1; num7 = 1; wait(0.25); num1 = 0; num2 = 0; num3 = 0; num4 = 0; num5 = 0; num6 = 0; num7 = 0; uart1.printf("uart1:The following is battery A1 A2 A3 test\n"); if(battery1 > 0.5){ uart1.printf("uart1:%02f\n",battery1.read()*3.3); wait(1); } if(battery2 > 0.5){ uart1.printf("uart1:%02f\n",battery2.read()*3.3); wait(1); } if(battery3 > 0.5){ uart1.printf("uart1:%02f\n",battery3.read()*3.3); wait(1); } uart1.printf("uart1:The following is pwm test\n"); PWM1.period_us(100); PWM2.period_us(100); PWM3.period_us(100); PWM1 = 0; PWM2 = 0.25; PWM3 = 0.5; for(int i=0;i<1000;i++) { PWM1=pv1; pv1=pv1+0.01; wait(0.05); if (pv1>1) pv1=0; PWM2=pv2; pv2=pv2+0.01; wait(0.05); if (pv2>1) pv2=0; PWM3=pv3; pv3=pv3+0.01; wait(0.05); if (pv3>1) pv3=0; } } }