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There is a command-line switch for Google Chrome (--enable-websocket-over-spdy) which enables an early, experimental implementation of WebSocket over SPDY. [44] SPDY protocol functionality can be (de)activated by toggling "Enable SPDY/4" setting on local chrome://flags page.
Chrome has special URLs that load application-specific pages instead of websites or files on disk. Chrome also has a built-in ability to enable experimental features. Originally called about:labs, the address was changed to about:flags to make it less obvious to casual users. [80] [81]
Google Chrome (Chrome for Android) [n 8] [n 9] 1–9 Windows (10+) macOS (11+) Linux Android (8.0+) iOS (16+) ChromeOS: Disabled by default Yes Yes No No No Yes (only desktop) Requires SHA-2 compatible OS [2] Needs ECC compatible OS [3] Not affected [10] Vulnerable (HTTPS) Vulnerable Vulnerable Vulnerable (except Windows) Vulnerable Yes [n 10 ...
This is the source code of the Chrome web browser and the reference gQUIC implementation. It contains a standalone gQUIC and QUIC client and server programs that can be used for testing. Browsable source code. This version is also the basis of LINE's stellite and Google's cronet. MsQuic: MIT License: C
Moved to about:flags in Chrome Dev channel 8.0.552.11 about:memory: Displays the process manager about:net-internals: Provides an interface for monitoring the network usage and performance statistics about:plugins: Shows installed plug-ins (Deprecated in Chrome 57) [9] about:sandbox: Shows which sandbox protection mechanisms are currently enabled.
Since exploitation of Spectre through JavaScript embedded in websites is possible, [1] it was planned to include mitigations against the attack by default in Chrome 64. Chrome 63 users could manually mitigate the attack by enabling the site isolation feature (chrome://flags#enable-site-per-process). [106]
The ungoogled-chromium project was founded by a hobbyist with the user name Eloston in 2015. It was first developed for Linux, then for other operating systems. [12] [13] Eloston used to release builds, but eventually he stopped doing so and allowed others to provide builds with his patches.
In Chrome, they are translated to architecture-specific executables so that they can be run. NaCl uses software fault detection and isolation for sandboxing on x86-64 and ARM. [24] The x86-32 implementation of Native Client is notable for its novel sandboxing method, which makes use of the x86 architecture's rarely used segmentation facility. [25]