#Tor project hopes fragile with rust how to
#Tor project hopes fragile with rust code
#Tor project hopes fragile with rust free

The rig is currently preparing for the contract.īorr has also signed a contract for the Mist rig with PTTEP in Thailand, starting in November 2021 until June 2022. The Ran rig has signed a contract with an undisclosed operator in the UK for accommodation work from February 2022 to June 2022. The Groa rig has secured a contract from an undisclosed client in the Middle East, set to start in 1Q 2022 and end in 1Q 2024. The rig is currently under contract with Petronas in Malaysia until January 2022. Specifically, the Idun rig has won a contract from an undisclosed client in Southeast Asia, starting in March 2022 and running until May 2023. These were all events subsequent to the end of the third quarter. That project will likely be as ambitious as anything already happening with Rust.Offshore drilling contractor Borr Drilling now has 17 out of its 23 rigs contracted or committed amid strong demand for offshore drilling rigs and is on track to fully contract its fleet by 2022.Īccording to its latest fleet status report, released on Friday together with the company’s quarterly report, Borr has secured new letters of award for the rigs Idun and Groa and a contract for Ran amounting to a total of approximately 3.4 years of backlog and increasing the contracted and committed fleet to 17 rigs, up by 2 from early September 2021 when the company had 15 contracted rigs.įurthermore, Borr has converted the previously announced LOA/LOIs for the rigs Mist, Gunnlod, and Gerd into contracts. If Rust is going to interoperate more closely with C, as a prelude to replacing it in some cases, it makes sense for Rust to interoperate more deeply with the C toolchain. Macro definitions in C, for instance, can't currently be used by Rust's toolchain. Projects like this are not only useful for incrementally securing Linux, but also to improve Rust's interfaces with C.

#Tor project hopes fragile with rust how to

A more modest approach (and one that might have more immediate benefit) would be to rewrite individual kernel modules in Rust - again, by leveraging Rust's ability to interface with C. Taesoo Kim of MIT provides an example project on GitHub for how to do this.

#Tor project hopes fragile with rust code

Rewriting the entire Linux kernel in Rust would be a colossal undertaking, given how many millions of lines of code it contains. For inspiration, Tor's maintainers are looking to the Servo project for inspiration on how to mix Rust and C in the build process. Rather than rewrite the project from scratch, the project is exploring the idea of rewriting the individual components that are most at risk, since Rust code interfaces readily with C.

#Tor project hopes fragile with rust free

The Tor projectĪccording to a ticket opened on the bug-tracking system for the Tor peer-to-peer anonymous Web-browsing service, there's interest in incrementally rewriting the project in Rust to make it 'simpler, better, bug-free.' (Bug- free might be wishful thinking bug- resistant is more like it.) Rust provides 'a good, platform-agnostic way of writing systems utils that are easy to compile anywhere,' the project's documentation states. The latter move isn't merely about taking advantage of Rust's safety features - which seems vital given how many command-line Linux utilities are under-audited and at risk of being security hazards. It's also about taking advantage of the benefits of cross-platform portability. This project seeks to aggregate them into a single GitHub-hosted repository and port them to Rust. The GNU Coreutils command-line tools, created by the GNU project and found most commonly in Linux distributions, have been written mainly in C. We're still a long way from a fully Rust-powered Firefox, but it seems to be in the cards.