devel/p5-Mojo-IOLoop-ForkCall - The NetBSD Packages Collection

Execute a code block asynchronously by forking

Asynchronous programming can be benefitial for performance, however
not all functions are written for nonblocking interaction and
external processes almost never are.

By forking the blocking call into a new process, the main thread may
continue to run non-blocking, while the blocking call evaluates.
Mojo::IOLoop::ForkCall manages the forking and will emit an
event (or execute a callback) when the forked process completes.
Return values are serialized and sent from the child to the parent
via an appropriate pipe for your platform.

Deprecated! Use Mojo::IOLoop::Subprocess instead.

Build dependencies

devel/p5-Module-Build pkgtools/mktools pkgtools/cwrappers

Runtime dependencies

devel/p5-IO-Pipely devel/p5-Mojo-IOLoop-Delay www/p5-Mojolicious lang/perl5 lang/perl5

Binary packages

OSArchitectureVersion
NetBSD 10.0aarch64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0aarch64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0aarch64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0aarch64ebp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0aarch64ebp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0alphap5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0alphap5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0earmv4p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0earmv4p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0earmv6hfp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0earmv6hfp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0earmv6hfp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0earmv7hfp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0earmv7hfp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0earmv7hfp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0i386p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0i386p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0i386p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0i386p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0m68kp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0powerpcp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0powerpcp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0powerpcp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0sh3elp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0sh3elp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0sparc64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0sparc64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0sparcp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0sparcp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0vaxp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0vaxp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0x86_64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0x86_64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0x86_64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 10.0x86_64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0aarch64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0aarch64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0aarch64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0alphap5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0alphap5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0earmv6hfp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0earmv6hfp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0earmv6hfp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0earmv7hfp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0earmv7hfp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0earmv7hfp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0i386p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0i386p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0i386p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0i386p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0powerpcp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0powerpcp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0powerpcp5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0sparc64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0x86_64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0x86_64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0x86_64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.0x86_64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.3x86_64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz
NetBSD 9.3x86_64p5-Mojo-IOLoop-ForkCall-0.21nb2.tgz

Binary packages can be installed with the high-level tool pkgin (which can be installed with pkg_add) or pkg_add(1) (installed by default). The NetBSD packages collection is also designed to permit easy installation from source.

Available build options

(none)

Known vulnerabilities

The pkg_admin audit command locates any installed package which has been mentioned in security advisories as having vulnerabilities.

Please note the vulnerabilities database might not be fully accurate, and not every bug is exploitable with every configuration.


Problem reports, updates or suggestions for this package should be reported with send-pr.