Simple M:N task to OS thread support (Issue #508) #566
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added 7 commits
June 23, 2011 23:39
…el yet, but it will give us something fun to test threading with.
…ultaneously wake up a task blocked on a certain port.
… much more reliable.
…ck with RUST_THREADS=8, so we're probably fairly safe now. In the future we can relax the synchronization to get better performance.
…ered the minimum stack size to get the pfib benchmark to run without exhausting its address space on Windows.
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Integrated, thanks. I'll open a bug on switching from rand to the provided isaac prng in the runtime. |
keeperofdakeys
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Dec 12, 2017
Added O_EXEC, O_SEARCH to solaris and musl, O_PATH to musl. See rust-lang#566.
bors
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Oct 26, 2020
celinval
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Jun 4, 2024
For now I just moved the reachability code to this new module. As a follow up PR, I am planning to move the unsized coercion related code into a separate module so it can be used to refactor and fix codegen casting logic (related issues rust-lang#1531, rust-lang#566, and rust-lang#1528) .
celinval
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Jun 4, 2024
We currently have a few issues with how we are generating code for casting (rust-lang#566, and rust-lang#1528). The structure of the code is also hard to understand and maintain (see rust-lang#1531 for more details). This PR is the first part of the fix I developed. This change moves the coercion specific code to its own module and it introduces an iterator that traverses the coercion path.
celinval
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Jun 4, 2024
Fix issues with how we are generating code for casting (rust-lang#566, and rust-lang#1528). Restructure the unsize casting to be done in one pass instead with deep recursion (rust-lang#1531). This also reuses the code from the reachability analysis, so we don't have to keep two ways of traversing the same structure.
antoyo
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Jan 13, 2025
Update GCC version to have the refactor CPU feature detection code
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These commits enable Rust programs to actually run in parallel. Domains (which have not yet been renamed) now spin up a certain number of threads, and tasks are scheduled between these threads.
The number of threads is controlled by the RUST_THREADS environment variable. By default, only one thread is used, so this should not impact anyone unless they intentionally enable multithreading.
The simplest way to get this working was to serialize all upcalls. This clearly won't give us optimal performance, but I imagine we can relax this some after more design and testing.