#Vscode tasks windows
Previously I had tasks set up for both of these, and I'd have to fire up each one individually, and switch between multiple terminal windows to see the output of each. This was particularly useful for a project I work on at work where I have a Django-based server, which speaks to another local dev server via a socket connection. This is really handy when you have say a task for running the dev server and another task for say tailing the log file of that server as you can have them appear side-by-side in the integrated terminal. This allows you to have a task spawned into a split terminal window to another (already running) task.
#Vscode tasks update
This creates a common/familiar workflow for me regardless of if it's a Django project, Flask, or even an entirely different tech (I had a Java project with a REST API and I created many of the same tasks for that).Īs mentioned, in the January 2019 update they added a new feature related to tasks that I'm a huge fan of: Task Output Split Terminals Lastly, one of the key points here is that I do essentially these same tasks on any project I work on and I just tweak the specific commands for the particular project.
#Vscode tasks code
This is just scratching the surface, any time I find myself commonly running commands in a terminal window on a project, I'll spend the minute or so to turn that into a VS Code task.
#Vscode tasks install
The reason for this is that I can then let my dev dependencies "float", and most projects I work on also build a Docker image at the end of the day, so separating the dependencies allows me to only install the dependencies needed for running the project into the Docker image, which cuts down on image size.
I also separate out my project's dependencies and my project's dev dependencies (think things like pytest or pylint) into separate files. With this task I can quickly update all my project's dependencies. I still use requirements.txt files (I really should spend the time to learn pipenv, but alas). They look something like:Įnter fullscreen mode Exit fullscreen mode To create a task, you open up the command pallette and pick "Tasks: Configure Task" and you'll be prompted with some default template tasks, or the option to "Create tasks.json file from template" which gives you total control and is the option I use.Ī tasks.json file contains a number of JSON blobs which define your tasks. It looks something like this:Īt this point I can then go to and see the content I've been working on. For example, when working on this blog, I'll use a task to fire up a local dev server to test out content before committing/pushing it. The thing that makes them nice is that they can be triggered from the command pallette much like normal VS Code commands. They're commonly used for things like triggering build tasks, or starting up a local dev server, etc. I thought I'd do a little write up about this and how I use tasks with VS Code, particularly as a Pythonista.Īs a starting point, to give a basic idea of what tasks are, they're effectively little shortcuts to terminal commands that you can trigger from within VS Code. The most recent (January 2019, 1.31) update added a cool new feature related to this that I've been waiting for for some time. You can use tasks.json IntelliSense to find a complete list, using the Trigger Suggestions command ( Ctrl+Space ). Note: Some task options are contributed by VS Code extensions. Schema for tasks.json The following interfaces define the basic schema of the tasks.json file. Launch SITL with using sim_vehicle.So as a big Visual Studio Code fan, I've long made use of the tasks feature. This is additional information for Visual Studio Code tasks. To create profiles for other vehicles // change the "name" field & "program" field to the desired vehicle Common ArduPilot Debugging Profiles for VSCode // see // // GDB must be installed! // To install GDB on a Debian based system: `sudo apt install gdb` // // Be sure that SITL or WAF have been set to generate debugging symbols // sim_vehicle.py : use '-D', `./Tools/autotest/sim_vehicle.py -v Copter -D -speedup 1 -console -map` // waf : use `-debug`, `./waf configure -board=sitl -debug` // // The examples below are given for plane and copter vehicle types.
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