(As a bonus, it's also just kinda fun to use.) And if you can forgive the silly, damn-near-impossible to spell or pronounce name, it's something that has the potential to save you time, simplify your workflow, and make you meaningfully more efficient. It's a relatively new system called Snippyly. Well, my productivity-seekin' soul mate, I've got a much more optimal option for your consideration. Sure, the browser's got all sorts of systems for saving screenshots - including a nifty native screenshot tool not many folks know about - but it's always an extra step from there to annotate the image, yet another step to save it, and an incredibly clunky process to then find the file and pull it over into whatever messaging or email app you're ultimately using to share it. On Android, the screenshot-sharing sequence is pretty painless: With recent Android versions, right after you capture a screenshot, you see a single-tap option to edit and mark it up as needed - and from there, it's just one more fast tap to send the final image anywhere you want.īut in Chrome on the desktop front, what should be a quick 'n' simple task ends up being surprisingly complex. No sirree: I'm usually aiming to show some part of a website or process to someone else - a reader, a colleague, a kindly kookaburra, or whatever other creature I happen to be conferring with at any given moment. And with rare exception, believe it or not, I'm not doing it just for giggles (titter-inducing as the timeless art of screenshotting can be). By default in Go this is off, but you can turn it on when logging by setting flags.I don't know about you, but I seem to snag screenshots approximately 4,977 times a day. This is very useful for debugging a problem when it has occurred. Many programming languages allow you to print the line number of when and where something has happened. To begin with we create a basic http server, which just says status: ok on the root endpoint. It’s also aimed at getting it running locally for development purposes quickly, so it might not be production ready. There are many guides on how to setup a docker container running Go, but the aim of this post is to provide a basic starting point - as often they become complicated and split across many files. Go installed (with a GOPATH) Sublime Text Installed 1) Install Package Control Firstly, we’ll install Sublime’s Package Control by going to their site: packagecontrol.īasic Docker Setup for HTTP Server (using docker-compose) This keeps your code neat and tidy, while also alerting you to any syntax errors. One example of a simple workflow improvement to automate the running of go fmt each time you save. Sublime Text 3 can be a great editor for writing Go code - and with a few simple tweaks it can get better. Sublime Text Workflow: Auto Build & Format Package main import ( "context" "io/ioutil" "log" "/chromedp/cdproto/page" "/chromedp/chromedp" ) func main ()
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