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WiFi Chip

Mongoose-OS – Get Start

Getting started with Mongoose OS (MOS) is pretty straightforward. That’s a basic overview of getting started with Mongoose OS. As you become more familiar with the platform, you can explore more advanced features and capabilities offered by Mongoose OS for developing IoT applications.

Read more: Mongoose-OS – Get Start

Get started

Here’s a shortened version of the installation and setup process for Mongoose OS:

  1. Installation: Install Mongoose OS on your machine by following the instructions on the Mongoose OS documentation website. You can use a package manager like npm or pip, or download the binaries directly.
  2. Environment Setup: Configure your IDE or text editor to work with Mongoose OS projects. Install any additional tools or SDKs required for your target platform.
  3. Creating a Project: Use the Mongoose OS CLI to create a new project. Run mos init in your desired directory to initialize a new project.
  4. Project Configuration: Customize your project by editing the mos.yml file in your project directory. Configure settings such as device type and communication protocols.
  5. Application Development: Write your application code in C/C++ or JavaScript. Create new source files in the fs directory of your project.
  6. Building and Flashing: Compile your application code with mos build. Flash the firmware to your device with mos flash. Ensure your device is connected via USB.
  7. Device Monitoring: Monitor your device’s logs and interact with it using mos console. View debug output and send commands from the console.
  8. Debugging and Iteration: Test your application on the device, debug any issues, and iterate on your code. Use mos command-line tools for managing your device and updating firmware as needed.

Mongoose-OS IDE’s

  • Web Browser based
  • Visual basic extensions

mos tool

What is mos tool ?

  • We need IDE for our project development.
  • mos tool like a web browser-based IDE.
  • we can use the mos tool to firmware upload & update, Build the firmware from c source, debug purpose and so on.
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8051 – Getting Started with Keil IDE

Keil, a German-based software development company, offers various development tools such as IDE, Project Manager, Simulator, Debugger, C Cross Compiler, Cross Assembler, and Locator/Linker. Evaluation boards are also provided. In this tutorial will discuss “8051 – Getting Started with Keil IDE”

Keil supports various processors and controllers, including ARM Cortex-M, C166, 8051, and 251. It also offers Debug Adapters and Evaluation boards. The tools include C/C++ compilers, integrated development environments, RTOS, middleware, as well as debug adapters. Moreover, Keil provides a comprehensive suite of development resources for embedded system development.

Download Keil IDE Tool : Keil IDE  tool for 8051

How to Create a Project in Keil?

 I chooses AT89S51 micro controller(You can select any other keil support micro controller) and demonstrated, this is very simple and follow this below steps,

Steps to follow

  • Open a Keil Tool
  • In Project select New uVision Project.
  • Select the directory, and enter File_Name in anywhere in your machine, then Save project
  • “Select Device for Target” AT89S51 form Popup window and click OK
  • If popup windows then “Copy STARTUP.A51 to Project Folder and Add File to Project”, then Yes.
  •  Done. You created the project ! 

 How to write a Program in keil ?

Steps to follow

  • Select Source Group 1, Right click and click Add New item to Group ‘Source Group 1’.
  • Select C File(.c), then enter Name “LED_Blink” and Click Add
  • write program in text editor and save
  •  Done! 

 How to Create a Hex file?

Steps to follow

  • Select Options for Target from the Project menu in Target
  • Select the Output tab, Make sure the Create HEX File check box is checked,click OK
Note : Select the proper HEX file format to create (typically this will be HEX-80 for 8051 programs and HEX-386 for large C16x programs).
  • open specified folder and click Objects (after build only you can get this object folder files)
  •  Done!

How to Build a Project in Keil?

Steps to follow

  • Select Build Target(F7) from Project menu.

Go to specified project saved Folder directory

Open specified folder and click Objects

  •  Done!

How Debug program

  1. Start the debugger.
  2. Click on Debug – Go to run the program.
  3. Make sure that View – Periodic Window Update is checked.

NEXT

8051 – Introduction
8051 – Program Methods
8051 – Flash HEX into 8051
8051 – USB ISP Programmer
8051 – Simulators
8051 Interface
8051 Interface – LED
8051 Interface – LCD
8051 Interface – 7 Segment
8051 Interface – Keypad
8051 Interface – Servo
8051 Protocol Interface
8051 – UART Bit banking
8051 – I2C Bit banking (Add Soon)
8051 Tutorials
8051 – 10Khz Square Wave
Others
8051 – Interview Questions
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ESP32 Get Start

let Get Start with ESP32,

ESP32 Features

  • The ESP32 WiFi and Bluetooth chip is the generation of Espressif products.
  • It has a dual-core 32-bit MCU, which integrates WiFi HT40 and Bluetooth/BLE 4.2 technology inside.
  • It is equipped with a high-performance dual-core Tensilica LX6 MCU.
  • One core handles high-speed connection and the other for standalone application development.
  • The dual-core MCU has a 240 MHz frequency and a computing power of 600 DMIPS.
  • In addition, it supports Wi-Fi HT40, Classic Bluetooth/BLE 4.2, and more GPIO resources.
  •  ESP32 chip integrates a wealth of hardware peripherals, including Capacitive touch sensors, Hall sensors, low noise sensor amplifiers, SD card interfaces, Ethernet interfaces,  High-speed SDIO / SPI, UART,  I2S, and I2C, etc. Lets ESP32 get the Start
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Arduino – Getting Started

Arduino is an electronic prototyping platform. It is an Open-source and users to create interactive electronic objects. Arduino is an open-source hardware and software company, project and user community that designs and manufactures single-board microcontrollers and microcontroller kits for building digital devices. It supports various CPUs like Atmel AVR (8-bit), ARM Cortex-M0+ (32-bit), ARM Cortex-M3 (32-bit), and Intel Quark (x86) (32-bit).

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