Eclipse Classic is recommended but those who know they need a different version can download that instead. Download Eclipse Classic for Mac from the Eclipse download page. Ce petit programme permet linstallation facile, de Eclipse Debugging Particle Photon/P1/Electron code using JTAG/SWD and EclipseMac running Mac OS X (Lion) (Intel) Method. With this setup, Eclipse v3.2.1 is easy install for Windows. Docker 12+ Eclipse This project is a software installation of Eclipse SDK for Windows.It provides an automated way to install local development tools and do source-level debugging without the extreme hassle of the method described below. Set breakpoints in code and view source.While you can still use these instructions, a much easier way to install Particle Workbench. Using this guide, Eclipse can be setup to program and download code onto Arduino microcontrollers in about 15 minutes by using the Arduino Eclipse Plugin. This FAQ describes how to use Eclipse, a free IDE for Windows, Mac, and Linux, along with OpenOCD, to do source-level debugging of code running on a Particle Photon, P1, or Electron.This is a short guide on how to setup Eclipse for Mac OS X Lion (10.7) for use with Arduino in a relatively short amount of time. Drag the eclipse folder that was.Connect the debugger deviceIn this tutorial, we'll use three different debugger devices, but they all work in the same way so you can choose whatever device you prefer.Some debuggers support SWD (Single Wire Debug) mode, JTAG mode or both to talk to the STM32 microcontroller. This is necessary because the cloud compilers are not configured to generate debugging builds. Install a gcc-arm toolchain for local building for Windows, Mac or LinuxThe instructions are in the local build FAQ.
Setup Gdb For Eclipse On Driver To LibusbKThen set the driver to libusbK. One connects to the Programmer Shield to access the JTAG features, and the other connects directly to the Photon.The Photon USB cable isn't entirely necessary because the shield can power the Photon, but since the Eclipse debug process below by default uses DFU to load the debugging code onto the Photon, it's easier if you use a direct USB connection to the Photon for that.In order to use a Particle Programmer Shield with OpenOCD under Windows you'll need to assign the STM32 STLink device using Zadig.You may need to select List All Devices from the Options menu to see the device.Select USB Serial Converter (Interface 0) (USB ID 0403 6010 00). You can also use it with an Electron, with the extra pins hanging over the edge.If you need your device to be in a breadboard while you debug you can look at using one of the other interfaces.You will need to use two separate micro USB cables.![]() They work great with the Photon, P1, and Electron, requiring only two data lines and ground.They are compatible with the official ST-LINK/V2, however these devices generally only support SWD.Here's an example on how to connect one brand of such an interface verify that yours is the same before wiring.You will only use the bottom row (SWD). Sudo kextunload -bundle com.apple.driver.AppleUSBFTDISudo kextload -bundle com.apple.driver.AppleUSBFTDIYou can find inexpensive USB stick that support SWD (Serial Wire Debug) at places like Amazon and eBay for US$12 or less. It may be sufficient to only do this and not the more elaborate steps listed above, as well. Try it first without running this, as sometimes it works without it. This will need to be done after each reboot. The detailed instructions for the workaround are in the instructions for the Programmer Shield.In some cases, you may need to unload and reload the driver to get the Programmer Shield to work. This means you can't use the D7 user LED while using the debugger.The firmware compiled through the Web IDE, Desktop IDE or CLI are don't contain debug information. ST-LINKImportant: Make sure your software doesn't use the debugger pins: D6 and D7 for SWD, or D4, D5, D6, and D7 for JTAG. PinYou only need to connect one GND line, though it's best to connect all of them if possible to reduce noise on the ribbon cable if you are making a board with a 20-pin JTAG connector.If you're just using SWD like you would with the mini SWD device, you should connect it as follows:The pins on the connector are numbered this way when you have the programmer positioned so the logo is upright and the notch is on the bottom of the 20-pin connector.As above, the color code is not official, it's just what I happened to have on the female-to-male jumper wires that I used. The connector is keyed so you can usually only insert it one way.You can also connect the ST-LINK/V2 using jumper wires this is more practical for SWD as it only requires 3 or 4 pins. It supports both JTAG and SWD mode.If you have a full 20-pin JTAG connector (0.1"x0.1" pitch, in 2x10 layout) on your board, that's the easiest way to connect the device. Then set the driver to libusbK.You can also use an official ST-LINK/V2 device. Mac vs pc for photoshoptinkerbreak.bin - monolithic firmware build (can flash with the Particle CLI or dfu-util) Cd firmware/mainMake clean all program-dfu PLATFORM=photon MODULAR=n DEBUG_BUILD=y USE_SWD_JTAG=y APPDIR=././tinkerbreakIn the tinkerbreak/target directory are a few files that you may need: The disadvantage of the monolithic binaries is that they are large, maybe 480 Kbytes for a simple program that might only be 6 Kbytes normally!Whenever you switch between debug and non-debug builds, or monolithic to non-monolithic, you must add the clean option to make.In this example I created a new directory in src called "tinkerbreak" that contains tinkerbreak.cpp, a modified version of tinker that responds to the Particle function "break" to break into the debugger under software control.To build manually (not using Eclipse), you'd use a command line like this, based on the directory layout in the gcc-arm installation instructions linked to above. They're monolithic in that they are a single file that contains the system and user firmware instead of the usual modular binaries (system parts and user part). It was 8u111 when I wrote this, but select the current version.I used the 64-bit Windows version, jdk-8u111-windows-x64.exe. The JDK install page has a link to download the JDK, which is what you need.Select a download from the first group, Java SE Development Kit 8u some number. Eclipse Base Install - WindowsYou may need to install a modern Java 8 JDK (not just the JRE) in order to use Eclipse. For this version, we just turn off displaying some errors. Setting up a project that has full code analysis and auto-completion is much more complicated, and will be the topic of a separate FAQ. You will probably want to change the destination directory. Select the file in your Downloads folder and right-click. The examples here use Eclipse Neon (4.6).The download is a zip file, not an installer. If you already have Eclipse installed, you can also just add in the packages to your existing install. ![]()
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