Then, our product failed to generate revenue. We executed very well here, and grew our user base to 500,000 monthly-active developers, with almost zero marketing spend. It took many iterations and heavy engineering lifts to get there. We did not reach product-market fit until 2019, five years after starting the company. We sequenced building our business in the following order: First we built our team, then the product, then distribution, and then monetization.īecause our product was very difficult to build, we began by building a world-class engineering team. We failed to build a business because our product did not monetize, and it took too long to figure that out. Nonetheless, we could have built a successful business without 10×’ing developer productivity using AI, and we did not do that. It may cost over $100 million to build a production-quality tool capable of synthesizing code reliably, and nobody has tried that quite yet. We made some progress towards better models for code, but the problem is very engineering intensive. The largest issue is that state-of-the-art models don’t understand the structure of code, such as non-local context. As of late 2022, Copilot shows a lot of promise but still has a long way to go. You can see this in Github Copilot, which is built by Github in collaboration with Open AI. We built the most-advanced AI for helping developers at the time, but it fell short of the 10× improvement required to break through because the state of the art for ML on code is not good enough. While we built next-generation experiences for developers, our business failed in two important ways.įirst, we failed to deliver our vision of AI-assisted programming because we were 10+ years too early to market, i.e. Thank you to everyone who used our product, and thank you to our team members and investors who made this journey possible. We have stopped working on Kite, and are no longer supporting the Kite software. We would appreciate your feedback and bug reports on new Live Edit functionality here and in our issue tracker.From 2014 to 2021, Kite was a startup using AI to help developers write code. Go ahead and try the updated Live Edit in action! If you haven’t used it before, have a look at our helpful tutorial, Getting started with Live Edit. For example, you will be able to select Auto mode for all CSS files by adding a rule for *.css, while still using manual updates for all *.js files. In the following updates of Live Edit, we will add the ability to select different Update modes by file wildcards. Note that right now changes in HTML code will be updated in the browser automatically regardless of the selected Update mode. If it is not selected, you will be notified that a restart required and will be able to do it manually. The check-box Restart if hotswap failed configures the Live Edit behavior for situations when changes in the code require a server restart (in case of Node.js) or a browser reload (in case of client-side code). You can configure the delay before the update (300 ms by default) in Preferences | Debugger | Live Edit. In the Auto mode, the Update Application action is performed automatically. Previously, Live Edit would update the page even when some other modified files had errors. Please note that an update will now be performed only if none of the modified files have any syntax errors. ![]() To try the changes in action, click the Update Application button on the debugger tool window or in the main Run menu, or press Ctrl+F10 on Windows and Linux (or cmd+F10 on Mac OS). Start your debug session and make some changes in the code. Live Edit can work in two different modes: Auto or Manual. Accordingly, all Live Edit configurations are available in Preferences | Debugger | Live Edit. ![]() To use Live Edit, start a JavaScript or Node.js debug session. Let’s have a closer look at new Live Edit. To make Live Edit work consistently and transparently for both client-side and server-side code, we’ve significantly reworked Live Edit configurations. When working with Node.js, Live Edit first tries to update the app incorporating your changes without restarting the Node.js server if hotswap fails, the server is restarted. With changes in HTML, CSS and JavaScript code on the client side Live Edit updates the contents of your web page in the browser without reloading. You can read about them in this blog post. Update: WebStorm 2017.3 brings some changes in the Live Edit configuration. ![]() You can download WebStorm 9 EAP right now. With this powerful functionality, WebStorm can now automatically update your Node.js application or restart Node.js server on any changes. WebStorm 9 brings a highly demanded new feature: Live Edit for Node.js. Tracing, debugging and profiling Node.js with spy-js.This post is part of a series of posts covering features in WebStorm 9 EAP:
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