Monitoring comes with built-in terminal where you can trigger IDF Monitor Commands from within VS Code as you are used to in traditional terminals.ĭebugging, with out of box hardware debugging and also support for postmortem debugging like core-dump, you can analyze the bugs with convenience. The file for flashing is located in the directory target/release.Setup, will help you to quickly install ESP-IDF and its relevant toolchain with just few clicks.īuild, with one click build and multi target build, you can easily build and deploy your applications.įlash, with both UART and JTAG flash out of the box.
Open terminal in VS Code and build the example:įlashing of the resulting file could be done by espflash and mounting the device to Lima or using a tool like Adafruit WebSerial ESPTool.
Open VS Code with the installed Remote Container plugin and click Re-Open in Container: Open file ~/.lima/docker/lima.yaml and add writable flag to desired folder:Ĭreate context for Docker-CLI to connect to dockerd running in the VM:ĭocker context create lima -docker "host=unix://$/.lima/docker/sock/docker.sock" It’s necessary to enable write operation otherwise, the workspace mounted from VS Code is read-only. There is one important tweak in the Lima configuration. Let’s see how it can be used for the development of software for embedded hardware like ESP32-C3 using source code from Ferrous Systems training:Ĭreate Linux VM with Dockerd (following instructions from Kevin O’Brien – Utilizing Docker CLI without Docker Desktop): It has several advantages over Docker Desktop for macOS or Podman. Lima is a solution for macOS for managing Linux VM on macOS which plays well with Dev Containers.
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