Test firmware for the Supermote hardware.
Dependencies: K30_I2C libxDot-mbed5
Fork of K30_I2C_Program by
main.cpp@0:85741f91edf0, 2018-06-29 (annotated)
- Committer:
- david_hux
- Date:
- Fri Jun 29 00:41:34 2018 +0000
- Revision:
- 0:85741f91edf0
- Child:
- 2:680fc2690d10
Sample code to integrate with K30_I2C library
Who changed what in which revision?
User | Revision | Line number | New contents of line |
---|---|---|---|
david_hux | 0:85741f91edf0 | 1 | #include "mbed.h" |
david_hux | 0:85741f91edf0 | 2 | #include "mDot.h" |
david_hux | 0:85741f91edf0 | 3 | #include "ChannelPlans.h" |
david_hux | 0:85741f91edf0 | 4 | #include "K30_I2C.h" |
david_hux | 0:85741f91edf0 | 5 | |
david_hux | 0:85741f91edf0 | 6 | |
david_hux | 0:85741f91edf0 | 7 | mDot* dot = NULL; |
david_hux | 0:85741f91edf0 | 8 | |
david_hux | 0:85741f91edf0 | 9 | Serial pc(USBTX,USBRX); // xDot dev board |
david_hux | 0:85741f91edf0 | 10 | //Serial pc(PA_2, PA_3); // Murata dev board |
david_hux | 0:85741f91edf0 | 11 | K30_I2C k30(I2C_SDA, I2C_SCL, 0x68<<1); // xDot dev board |
david_hux | 0:85741f91edf0 | 12 | //K30_I2C k30(PB_9, PB_8, 0x68<<1); // Muarata dev board |
david_hux | 0:85741f91edf0 | 13 | //AnalogIn HCHO(PB_14); |
david_hux | 0:85741f91edf0 | 14 | |
david_hux | 0:85741f91edf0 | 15 | DigitalOut blueLED (GPIO0); |
david_hux | 0:85741f91edf0 | 16 | DigitalOut orangeLED (GPIO1); |
david_hux | 0:85741f91edf0 | 17 | DigitalOut enable_5V (GPIO3); |
david_hux | 0:85741f91edf0 | 18 | |
david_hux | 0:85741f91edf0 | 19 | int main (){ |
david_hux | 0:85741f91edf0 | 20 | lora::ChannelPlan * plan = new lora::ChannelPlan_AS923(); |
david_hux | 0:85741f91edf0 | 21 | dot = mDot::getInstance(plan); |
david_hux | 0:85741f91edf0 | 22 | |
david_hux | 0:85741f91edf0 | 23 | pc.baud(115200); |
david_hux | 0:85741f91edf0 | 24 | pc.printf("**************************\r\n"); |
david_hux | 0:85741f91edf0 | 25 | pc.printf("\tCO2 Sensor\r\n"); |
david_hux | 0:85741f91edf0 | 26 | pc.printf("**************************\r\n"); |
david_hux | 0:85741f91edf0 | 27 | |
david_hux | 0:85741f91edf0 | 28 | enable_5V = true; |
david_hux | 0:85741f91edf0 | 29 | |
david_hux | 0:85741f91edf0 | 30 | blueLED = orangeLED = true; |
david_hux | 0:85741f91edf0 | 31 | dot->setAdr(true); |
david_hux | 0:85741f91edf0 | 32 | dot->sleep(3,dot->RTC_ALARM,false); |
david_hux | 0:85741f91edf0 | 33 | // k30.scan(); // Careful; has potential to cause breakage of system |
david_hux | 0:85741f91edf0 | 34 | |
david_hux | 0:85741f91edf0 | 35 | int co2; |
david_hux | 0:85741f91edf0 | 36 | int rc_check; |
david_hux | 0:85741f91edf0 | 37 | int counter = 0; |
david_hux | 0:85741f91edf0 | 38 | bool counterFail = false; |
david_hux | 0:85741f91edf0 | 39 | |
david_hux | 0:85741f91edf0 | 40 | orangeLED = blueLED = false; |
david_hux | 0:85741f91edf0 | 41 | |
david_hux | 0:85741f91edf0 | 42 | while(1){ |
david_hux | 0:85741f91edf0 | 43 | dot->sleep(2,dot->RTC_ALARM,false); |
david_hux | 0:85741f91edf0 | 44 | blueLED = orangeLED = !orangeLED; |
david_hux | 0:85741f91edf0 | 45 | // k30.scan(); |
david_hux | 0:85741f91edf0 | 46 | // wait(7.0f); |
david_hux | 0:85741f91edf0 | 47 | // pc.printf("**********************\r\n"); |
david_hux | 0:85741f91edf0 | 48 | // pc.printf("Reading CH2O sensor ...... \r\n"); |
david_hux | 0:85741f91edf0 | 49 | // ch2o_ppm = HCHO.read()*3.125*3.6 - 1.25; |
david_hux | 0:85741f91edf0 | 50 | // pc.printf("Formaldehyde Level: %.3f ppm\r\n\n", ch2o_ppm); |
david_hux | 0:85741f91edf0 | 51 | |
david_hux | 0:85741f91edf0 | 52 | pc.printf("Reading K30 sensor ...... \r\n"); |
david_hux | 0:85741f91edf0 | 53 | rc_check = k30.readCO2(co2); |
david_hux | 0:85741f91edf0 | 54 | |
david_hux | 0:85741f91edf0 | 55 | // pc.printf("%d \r\n", rc_check); |
david_hux | 0:85741f91edf0 | 56 | |
david_hux | 0:85741f91edf0 | 57 | if (rc_check&&co2){ |
david_hux | 0:85741f91edf0 | 58 | pc.printf("Successful reading\r\nCO2:\t%d ppm\r\n",co2); |
david_hux | 0:85741f91edf0 | 59 | if(!co2){ |
david_hux | 0:85741f91edf0 | 60 | counterFail = true; |
david_hux | 0:85741f91edf0 | 61 | } |
david_hux | 0:85741f91edf0 | 62 | if(!counterFail) { |
david_hux | 0:85741f91edf0 | 63 | counter++; |
david_hux | 0:85741f91edf0 | 64 | pc.printf("Success Count: %d\r\n", counter); |
david_hux | 0:85741f91edf0 | 65 | } |
david_hux | 0:85741f91edf0 | 66 | else pc.printf("Failure at: %d\r\n", counter); |
david_hux | 0:85741f91edf0 | 67 | } |
david_hux | 0:85741f91edf0 | 68 | else{ |
david_hux | 0:85741f91edf0 | 69 | pc.printf("Failure to read sensor \r\n"); |
david_hux | 0:85741f91edf0 | 70 | pc.printf("Last count: %d\r\n", counter); |
david_hux | 0:85741f91edf0 | 71 | counterFail = true; |
david_hux | 0:85741f91edf0 | 72 | } |
david_hux | 0:85741f91edf0 | 73 | } |
david_hux | 0:85741f91edf0 | 74 | } |