socalsraka.blogg.se - Electron api document

#ELECTRON API DOCUMENT HOW TO#
#ELECTRON API DOCUMENT INSTALL#
#ELECTRON API DOCUMENT ARCHIVE#
#ELECTRON API DOCUMENT CODE#

Installs all the npm dependencies described in package.json.

The -r option, which is short for -run, completes these tasks:

Automatically unpacks the files in the current folder - as a result, the flexmonster-electron-project/ folder will appear in your working directory.

#ELECTRON API DOCUMENT ARCHIVE#

zip archive with the sample Electron project from GitHub. The flexmonster create electron command does the following:

Integrate Flexmonster into an Electron applicationĬreate the sample project with the following CLI command: flexmonster create electron -r.

This guide contains the following sections: Learn more about Flexmonster CLI and its commands in our documentation.

#ELECTRON API DOCUMENT INSTALL#

Install the CLI globally using npm:Ī new flexmonster command is now available in the console.

Get them here if they are not already installed on your machine.Īnother required tool is Flexmonster CLI, which is the most convenient way to work with Flexmonster. To work with Electron.js, you need Node.js and npm.

#ELECTRON API DOCUMENT HOW TO#

This tutorial describes how to integrate Flexmonster Pivot with Electron.js – a JavaScript framework that allows creating cross-platform desktop applications. Set the name of the hidden property and the change event for visibility var hidden, visibilit圜hange if ( typeof document.

IndexedDB processes are also left unthrottled in order to avoid timeouts.

#ELECTRON API DOCUMENT CODE#

Tabs running code that's using real-time network connections ( WebSockets and WebRTC) go unthrottled in order to avoid closing these connections timing out and getting unexpectedly closed.Tabs which are playing audio are considered foreground and aren't throttled.In these cases, you can use the Page Visibility API to reduce the tabs' performance impact while they're hidden. Some processes are exempt from this throttling behavior. The budget regenerates at a rate of 10 ms per second, in both Firefox and Chrome.Once a timer's code has finished running, the duration of time it took to execute is subtracted from its window's timeout budget.Timer tasks are only permitted when the budget is non-negative.Windows are subjected to throttling after 30 seconds, with the same throttling delay rules as specified for window timers (again, see Reasons for delays longer than specified).Chrome is very similar except that the budget is specified in seconds. In Firefox, windows in background tabs each have their own time budget in milliseconds - a max and a min value of +50 ms and -150 ms, respectively.This operates in a similar way across modern browsers, with the details being as follows: Budget-based background timeout throttling is now available in modern browsers (Firefox 58+, Chrome 57+), placing an additional limit on background timer CPU usage.See Reasons for delays longer than specified for more details. Timers such as setTimeout() are throttled in background/inactive tabs to help improve performance.Most browsers stop sending requestAnimationFrame() callbacks to background tabs or hidden s in order to improve performance and battery life.

Separately from the Page Visibility API, user agents typically have a number of policies in place to mitigate the performance impact of background or hidden tabs. Hiding an using CSS properties (such as display: none ) doesn't trigger visibility events or change the state of the document contained within the frame. Visibility states of an are the same as the parent document. The user doesn't lose their place in the video, the video's soundtrack doesn't interfere with audio in the new foreground tab, and the user doesn't miss any of the video in the meantime. For example, if your web app is playing a video, it can pause the video when the user puts the tab into the background, and resume playback when the user returns to the tab. You can detect the event and perform some actions or behave differently. When the user minimizes the window or switches to another tab, the API sends a visibilitychange event to let listeners know the state of the page has changed. Note: The Page Visibility API is especially useful for saving resources and improving performance by letting a page avoid performing unnecessary tasks when the document isn't visible.