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Trace: • IoT Networks: Laboratory 3 - CoAP • Bluetooth Low Energy for STM32 - peripheral write • ESP32 BLE in Arduino. Part2: Setting-up BLE Server • ESP32 BLE in Arduino. Part1: Setting-up BLE Beacon • Laboratory on the Internet of Things - Advanced IoT Hardware - on-site edition • ESP32 BLE in Arduino. Part 4: BLE Client • Zephyr BLE peripheral • nRF52840 Zephyr BLE client • Laboratory on GPIO use in Zephyr OS • Zephyr Beacon example
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en:edu:zmitac:s2:aih:lab:nrf52zephyrtimers

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en:edu:zmitac:s2:aih:lab:nrf52zephyrtimers [2023/12/06 23:02] – [Timer use] ktokarzen:edu:zmitac:s2:aih:lab:nrf52zephyrtimers [2023/12/06 23:05] (current) – [Timer use] ktokarz
Line 19: Line 19:
 void led_timer_function(struct k_timer *timer_id) void led_timer_function(struct k_timer *timer_id)
 { {
- gpio_pin_set(led_dev, LED1_PIN, (int)led1_is_on); +   gpio_pin_set(led_dev, LED1_PIN, (int)led1_is_on); 
- led1_is_on = !led1_is_on;+   led1_is_on = !led1_is_on;
 } }
 </code> </code>
Line 74: Line 74:
 #if DT_NODE_HAS_STATUS(LED0_NODE, okay) #if DT_NODE_HAS_STATUS(LED0_NODE, okay)
 #define LED0 DT_GPIO_LABEL(LED0_NODE, gpios) #define LED0 DT_GPIO_LABEL(LED0_NODE, gpios)
-#define PIN     DT_GPIO_PIN(LED0_NODE, gpios)+#define PIN DT_GPIO_PIN(LED0_NODE, gpios)
 #define FLAGS DT_GPIO_FLAGS(LED0_NODE, gpios) #define FLAGS DT_GPIO_FLAGS(LED0_NODE, gpios)
 #else #else
Line 157: Line 157:
 then the function for the work item must be defined: then the function for the work item must be defined:
 <code> <code>
-void my_work_item_function(struct k_work *my_work_item){ +void my_work_item_function(struct k_work *my_work_item) 
- printk("Work item executed\n");+{ 
 +   printk("Work item executed\n");
 } }
 </code> </code>
Line 178: Line 179:
 <code> <code>
 for (int i=0; i<40; i++)  for (int i=0; i<40; i++) 
-   { +{ 
-      printk("counter = %d \n", i); +   printk("counter = %d \n", i); 
-   }+}
 </code> </code>
 3. Observe the results while adjusting the max iteration value, and explain observations in the report.\\ 3. Observe the results while adjusting the max iteration value, and explain observations in the report.\\
-4. Add at the end of led_timer_function the line shown below and observe the behaviour of the program. <code> k_msleep(1); </code>+4. Add at the end of led_timer_function the line shown below and observe the behaviour of the program.  
 +<code>k_msleep(1);</code>
 5. Define two work items with their functions. One for the code from the timer function, and the second for the code from the main function. Instead of executing the full code in the timer and main function submit corresponding work items. The code for the timer work item can look as follows (the code for the main function as well as the work items definition and initialization write on your own). Experiment with the maximal iteration value in the "for" loop. Describe observation results in the report. 5. Define two work items with their functions. One for the code from the timer function, and the second for the code from the main function. Instead of executing the full code in the timer and main function submit corresponding work items. The code for the timer work item can look as follows (the code for the main function as well as the work items definition and initialization write on your own). Experiment with the maximal iteration value in the "for" loop. Describe observation results in the report.
 <code> <code>
Line 197: Line 199:
    for (int i=0; i<40; i++)     for (int i=0; i<40; i++) 
    {    {
- printk("counter = %d \n", i); +       printk("counter = %d \n", I); 
- k_msleep(1);+       k_msleep(1);
    }    }
 } }
en/edu/zmitac/s2/aih/lab/nrf52zephyrtimers.1701900162.txt.gz · Last modified: by ktokarz