class Async::Scheduler
def self.supported?
def self.supported? true end
def self.supported?
def self.supported? false end
def block(blocker, timeout)
def block(blocker, timeout) @reactor.block(blocker, timeout) end
def clear!
def clear! Fiber.set_scheduler(nil) end
def close
def close end
def fiber(&block)
def fiber(&block) task = Task.new(@reactor, &block) fiber = task.fiber task.run return fiber end
def from_io(io)
def from_io(io) .new(io, @reactor)
def initialize(reactor)
def initialize(reactor) @reactor = reactor end
def io_wait(io, events, timeout = nil)
def io_wait(io, events, timeout = nil) wrapper = from_io(io) if events == ::IO::READABLE if wrapper.wait_readable(timeout) return ::IO::READABLE end elsif events == ::IO::WRITABLE if wrapper.wait_writable(timeout) return ::IO::WRITABLE end else if wrapper.wait_any(timeout) return events end end return false rescue TimeoutError return nil ensure wrapper&.reactor = nil end
def kernel_sleep(duration)
def kernel_sleep(duration) self.block(nil, duration) end
def process_wait(pid, flags)
@parameter flags [Integer] A bit-mask of flags suitable for `Process::Status.wait`.
@parameter pid [Integer] The process ID to wait for.
Wait for the specified process ID to exit.
def process_wait(pid, flags) Thread.new do ::Process::Status.wait(pid, flags) end.value end
def set!
def set! Fiber.set_scheduler(self) end
def unblock(blocker, fiber)
def unblock(blocker, fiber) @reactor.unblock(blocker, fiber) end