USE OF PRINTF() STATEMENT IN MBED USE OF : "platform/mbed_thread.h" library details and its functions DEBUG BASIC USE PRINT FUNCTION NOTE : YOU CAN NOT CALL THIS FUNCTION FROM ISR ,BECAUSE OF MUTEX GUARD CREATED BY : JAYDEEP SHAH -- radhey04ec@gmail.com
main.cpp@0:79c7d8ebf698, 2020-07-12 (annotated)
- Committer:
- radhey04ec
- Date:
- Sun Jul 12 05:05:11 2020 +0000
- Revision:
- 0:79c7d8ebf698
PRINTF() USAGE IN MBED AND RTOS; DETAILS : "platform/mbed_thread.h" library and its functions; ; BASIC PROGRAM for Debug; JAYDEEP SHAH : radhey04ec@gmail.com
Who changed what in which revision?
User | Revision | Line number | New contents of line |
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radhey04ec | 0:79c7d8ebf698 | 1 | //USE OF PRINTF STATEMENT IN MBED |
radhey04ec | 0:79c7d8ebf698 | 2 | //PLEASE NOTE : THIS FUNCTION USE 5K TO 10K SPACE IN MEMORY |
radhey04ec | 0:79c7d8ebf698 | 3 | //AS WELL TAKE 10mS or 1 million instruction time to call and run |
radhey04ec | 0:79c7d8ebf698 | 4 | //Do not use when space is limited , DO not call from ISR because mutex guard |
radhey04ec | 0:79c7d8ebf698 | 5 | //Do not use when process complete in micro second |
radhey04ec | 0:79c7d8ebf698 | 6 | |
radhey04ec | 0:79c7d8ebf698 | 7 | //EASY AND SIMPLE WAY OF DEBUGGING |
radhey04ec | 0:79c7d8ebf698 | 8 | //USE SERIAL TERMINAL WITH 9600 BAUD RATE 8-N-1 FORMAT |
radhey04ec | 0:79c7d8ebf698 | 9 | |
radhey04ec | 0:79c7d8ebf698 | 10 | //Created by : JAYDEEP SHAH --radhey04ec@gmail.com |
radhey04ec | 0:79c7d8ebf698 | 11 | |
radhey04ec | 0:79c7d8ebf698 | 12 | |
radhey04ec | 0:79c7d8ebf698 | 13 | //Library Added ::::: |
radhey04ec | 0:79c7d8ebf698 | 14 | |
radhey04ec | 0:79c7d8ebf698 | 15 | #include "mbed.h" |
radhey04ec | 0:79c7d8ebf698 | 16 | #include "platform/mbed_thread.h" //MBED THREAD LIBRARY |
radhey04ec | 0:79c7d8ebf698 | 17 | |
radhey04ec | 0:79c7d8ebf698 | 18 | /* FUNCTIONS INCLUDES IN THIS LIBRARY : |
radhey04ec | 0:79c7d8ebf698 | 19 | |
radhey04ec | 0:79c7d8ebf698 | 20 | 1) void thread_sleep_for(uint32_t millisec); |
radhey04ec | 0:79c7d8ebf698 | 21 | --> Sleep until a specified time in millisec |
radhey04ec | 0:79c7d8ebf698 | 22 | The equivalent functionality is accessible in C++ via ThisThread::sleep_until |
radhey04ec | 0:79c7d8ebf698 | 23 | |
radhey04ec | 0:79c7d8ebf698 | 24 | 2)void thread_sleep_until(uint64_t millisec); |
radhey04ec | 0:79c7d8ebf698 | 25 | |
radhey04ec | 0:79c7d8ebf698 | 26 | */ |
radhey04ec | 0:79c7d8ebf698 | 27 | |
radhey04ec | 0:79c7d8ebf698 | 28 | // Blinking rate in milliseconds |
radhey04ec | 0:79c7d8ebf698 | 29 | #define BLINKING_RATE_MS 500 |
radhey04ec | 0:79c7d8ebf698 | 30 | |
radhey04ec | 0:79c7d8ebf698 | 31 | |
radhey04ec | 0:79c7d8ebf698 | 32 | int main() |
radhey04ec | 0:79c7d8ebf698 | 33 | { |
radhey04ec | 0:79c7d8ebf698 | 34 | // Initialise the digital pin LED1 as an output |
radhey04ec | 0:79c7d8ebf698 | 35 | DigitalOut led(LED3); //CREATE OBJECT ON BOARD LED |
radhey04ec | 0:79c7d8ebf698 | 36 | |
radhey04ec | 0:79c7d8ebf698 | 37 | while (true) { |
radhey04ec | 0:79c7d8ebf698 | 38 | led = !led; //TOGGLE STATE |
radhey04ec | 0:79c7d8ebf698 | 39 | thread_sleep_for(BLINKING_RATE_MS); //500MS SLEEP THIS THREAD |
radhey04ec | 0:79c7d8ebf698 | 40 | printf("\n State Toggle \r\n"); //PRINTF STATEMENT CHANGE |
radhey04ec | 0:79c7d8ebf698 | 41 | } |
radhey04ec | 0:79c7d8ebf698 | 42 | } |