• sales

    +86-0755-88291180

Windows Environment User Guide

Windows Environment Setting Tutorial

  • This tutorial is applicable to the Raspberry Pi Pico and the RP2040 series development board developed by our company.
  • The default development environment is Windows for example (the Raspberry Pi can be installed with the official installation script).

C/C++ SDK

You need to install the corresponding toolchain are:

  1. Arm GNU Toolchain (You need to install the corresponding version, such as Windows needs to install the file with the suffix -arm-none-eabi.exe.)
  2. CMake
  3. Visual Studio 2022
  4. Python 3.10
  5. Git
  • Also, we have packaged the installation package and uploaded it to our server.
  • You can click here to download the installation package.

How to Install


Arm GNU Toolchain

  1. Select language.

  2. Enter the installation wizard.

  3. Agree to the user agreement and continue.

  4. Select the installation address.

  5. Wait for the installation to complete.

  6. Note: Check the option in the red box in the picture.


CMake

  1. Enter the installation wizard.

  2. Agree to the user agreement and continue.

  3. Add CMake to the system PATH for all users.

  4. Select the installation location.

  5. Enter to install.

  6. Finish.


Python

  1. Enter to install and check tp add PATH.

  2. Wait for installation.

  3. Friends who have the options in the red box can click to disable the PATH length limit.


Git

  • There are many installation options for Git and the length is relatively long. Here we only point out the recommended modification parts, and the default settings for the rest of the options are recommended.
  1. Choose an installation location.

  2. Choose Git default editor (here I choose VS Code).

  3. Next, keep the default settings, select Next, and finally the installation is successful.


Visual Studio 2022

Visual Studio 2022 installation is very linear, just note the following one point.
When selecting a build tool, select the C++ tool in the figure:

Get and Compile the Demo


Get SDK Demo

In the folder where you want to download the SDK, Shift + right click -> select "Open powershell here" and enter the command:

git clone -b master https://github.com/raspberrypi/pico-sdk.git
cd pico-sdk
git submodule update --init
cd ..
git clone -b master https://github.com/raspberrypi/pico-examples.git

Set the Environment and Compile

  1. Open your VS 2022 -> Tools -> Command Line -> Developer PowerShell.

  2. Set the absolute address of your pico-sdk to PICO_SDK_PATH, for example, my pico-sdk address is "D:\pico\pico-sdk".

  3. Jump to the folder where pico-examples is located, create a build folder and compile.

  4. Just wait for the compilation to complete (note that all demos are compiled here, so the compilation time is a bit long).

  • The following are all instructions:
setx PICO_SDK_PATH "..\..\pico-sdk"
cd pico-examples
mkdir build
cd build
cmake -G "NMake Makefiles" ..
nmake

Download the Firmware

Select the demo firmware you need to download, and drag it into the memory simulated by pico:

TAG: Industrial USB TO 4CH RS232/485/422/TTL Serial UART Converter FT4232HL Sensor Development Board Computer GPUCPU Monitor Screen Industrial USB TO RS232/485 (C) UART FT232RNL 2m For 3.3V / 5V For Switchable RS232/RS485 waveshare SpotPear Thermal imaging camera Raspberry Pi Pico 2 RP2350 1.64 inch AMOLED Development Board Display TouchScreen 280x456 QMI8658 IMU QSPI ESP32 C3 Arducam CSI-to-HDMI RDK X5 PoE Module For Power Over Ethernet/ IEEE 802.3af/at PoE For D-Robotics RDK X5 Industrial UART USB TO 8CH RS485 Isolated Converter For 35mm standard rail and stacked installation Raspberry Pi Screen Raspberry Pi5 PCIe TO M.2 MINI Support Gen2 and Gen3 SSD Compatible 2230 2242 ESP32-S3FH4R2-MINI-Tiny-Stamp-WIFI-Bluetooth5 Bus servo driver board Raspberry Pi 5 PCIe to M.2 NVMe SSD Adapter Board HAT Pi5-PCIe-MPS2242-2230-Board Raspberry Pi OpenWrt Tutorial 1 Modbus RTU Relay 32CH Raspberry Pi UART