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--- iothings:laboratoare:2022:lab1 [2022/10/06 21:52]
dan.tudose [Necessary gear]
+++ iothings:laboratoare:2022:lab1 [2023/10/04 18:34] (current)
dan.tudose [ESP32 Sparrow specs]
@@ Line 1: / Line 1: @@
-===== Lab 1 ======
+===== Lab 1: Getting Started ======
 ===== Necessary gear =====
-We will be using the ESP32 Sparrow board as the main development board for the lab assignments.
+We will be using the [[https://github.com/dantudose/ESP32-Sparrow-rev2/tree/main| ESP32 Sparrow]] board as the main development board for the lab assignments.
 {{ :iothings:laboratoare:2022:20221006_214346.jpg?600 |}}
@@ Line 13: / Line 13: @@
 ===== ESP32 Sparrow specs =====
-Bine ați venit în laboratorul de Internet of Things!
+This is the pinout diagram of the development board:
-Laboratorul își propune să vă familiarizeze cu placuța de dezvoltare ESP32 de la Espressif.
+{{ :iothings:laboratoare:2022:esp32_sparrow_rev2.png?800 |}}
-{{ :iothings:laboratoare:2022:esp32_sparrow.png?810 |}}
+To get everything set-up, please use the [[https://randomnerdtutorials.com/installing-the-esp32-board-in-arduino-ide-windows-instructions/
+| this tutorial]] to install ESP32 support in Arduino, the only difference is the board type should be set to ESP32 WROVER.
-Un foarte bun ghid de utilizare pas ca pas a plăcuței este cel de aici:
-https://randomnerdtutorials.com/getting-started-with-esp32/
-Iar interfața de intrare-ieșire (pinout) este descrisă aici:
+===== First Steps =====
-https://randomnerdtutorials.com/esp32-pinout-reference-gpios
+=== 1. Blink the on-board LEDs ===
+Open the "Blink" example in the Arduino IDE
-===== Exerciții =====
+{{:iothings:laboratoare:lab1-blink.jpg?600|}}
-=== Ex. 1. Iluminați intermitent LED-ul incorporporat pe plăcuță ===
+Define LED_BUILTIN to correspond to one of the on-board LEDs.
-Deschideți exemplul "Blink" din Arduino IDE.
-{{:iothings:laboratoare:lab1-blink.jpg?600|}}
-Căutați pe Internet diagrama (pinout-ul) plăcuței de dezvoltare NodeMCU-32S pentru a afla PIN-ul la care este conectat LED-ul de pe plăcuță. Definiți constanta LED_BUILTIN folosind acel număr.
+For the <color green>GREEN boards </color> (rev. 1) the LED has the following pinout
+  * Red - GPIO25, Green - GPIO26, Blue - GPIO27
+And for the  <color blue>BLUE boards </color> (rev. 2), the LED has the following pinout:
+  * Red - GPIO14, Green - GPIO13, Blue - GPIO15
 <code>
@@ Line 42: / Line 41: @@
 </code>
-=== Ex. 2. Scanați retelele Wireless din zona ===
+=== 2. Scan and display local WiFi networks ===
-Încărcați exemplul "WiFiScan" din Arduino IDE.
+Load the "WiFiScan" example from Arduino IDE.
 {{:iothings:laboratoare:lab1-wifi-scanner.jpg?600|}}
-Deschideți consola seriala pentru a vedea rezultatul scanării.
+Open the Serial Monitor to view the result of the scan
 {{:iothings:laboratoare:lab1-serial-monitor.jpg?600|}}
-=== Ex. 3. Anunțați prezența dispozitivului BLE (Bluetooth Low Energy) incorporat ===
+=== 3. Advertise on BLE  ===
-Încărcați exemplul "SimpleBleDevice" si scrieți-l pe placuță. Instalați pe telefon o aplicație de scanat dispozitivele bluetooth (precum acest [[https://play.google.com/store/apps/details?id=com.macdom.ble.blescanner&hl=en&gl=US|BLE Scanner]]) si verificați că dispozitivul este văzut.
+Load the "SimpleBleDevice" example. Install on your phone an app that scans nearby Bluetooth devices, such as this [[https://play.google.com/store/apps/details?id=com.macdom.ble.blescanner&hl=en&gl=US|BLE Scanner]]. Check if your device is in the list.
 {{:iothings:laboratoare:lab1-ble-scanner.jpg?300|}}
-===== Resurse =====
+===== Resources =====
   * https://randomnerdtutorials.com/getting-started-with-esp32/