* Currently, whenever a new signal stream is created we attempt to
register a global pipe with the event loop to drive events.
* We also (correctly) swallow any descriptor-already-registered errors
since the same pipe is always used
* However, we currently *deregister* the same global pipe *any time* a
Signal stream is dropped.
* This means that if 2 or more of Signal instances exist simultaneously
(even if listening for different signals) and one of them is dropped,
the remainder will starve (until any new signal is created again).
* Cargo runs each integration-style-test in its own process. Since the
tests use global data structures specific to the process, we should run
them in an isolated manner to avoid having cross-test interactions
* Fixesalexcrichton/tokio-signal#39
This allows tokio-signal to build with `-Z minimal-versions` - see
https://github.com/rust-lang/cargo/issues/5657#issuecomment-401110172
for more details.
Earlier versions depend on log 0.3.1, which itself depends on libc
0.1, which doesn't build on any post-1.0 version of rust.
This text historically was copied verbatim from rust-lang/rust's own README [1]
with the intention of licensing projects the same as rustc's own license, namely
a dual MIT/Apache-2.0 license. The clause about "various BSD-like licenses"
isn't actually correct for almost all projects other than rust-lang/rust and
the wording around "both" was slightly ambiguous.
This commit updates the wording to match more precisely what's in the
standard library [2], namely clarifying that there aren't any BSD-like licenses
in this repository and that the source is licensable under either license, at
your own discretion.
[1]: https://github.com/rust-lang/rust/tree/f0fe716dbcbf2363ab8f929325d32a17e51039d0#license
[2]: https://github.com/rust-lang/rust/blob/f0fe716dbcbf2363ab8f929325d32a17e51039d0/src/libstd/lib.rs#L5-L9
Replace the sequential counting (which might be exhausted) by an address
of an object (in a box, so it doesn't change). This is also a unique, so
it is acceptable ID.
Run multiple loops (both in parallel and sequentially) to make sure
broadcasting to multiple of them works and we work even after the
initial loop has gone away.
Ivan Petkov