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Class: Concurrent::Promises::ChainPromise

Constant Summary

InternalStates - Included

PENDING, RESERVED, RESOLVED

Class Attribute Summary

Synchronization::Object - Inherited

.safe_initialization?

Class Method Summary

BlockedTaskPromise - Inherited

.new

BlockedPromise - Inherited

.add_delayed, .new, .new_blocked_by, .new_blocked_by1, .new_blocked_by2

AbstractPromise - Inherited

.new

Synchronization::Object - Inherited

.atomic_attribute?, .atomic_attributes,
.attr_atomic

Creates methods for reading and writing to a instance variable with volatile (Java) semantic as .attr_volatile does.
.attr_volatile

Creates methods for reading and writing (as attr_accessor does) to a instance variable with volatile (Java) semantic.
.ensure_safe_initialization_when_final_fields_are_present

For testing purposes, quite slow.
.new

Has to be called by children.
.safe_initialization!, .define_initialize_atomic_fields

Synchronization::AbstractObject - Inherited

.attr_volatile, .new

Instance Method Summary

BlockedTaskPromise - Inherited

#executor

BlockedPromise - Inherited

#blocked_by

for inspection only.
#delayed_because, #on_blocker_resolution, #touch, #clear_and_propagate_touch, #on_resolvable, #process_on_blocker_resolution, #resolvable?

AbstractPromise - Inherited

#default_executor, #delayed_because,
#event

Alias for AbstractPromise#future.
#future,
#inspect

Alias for AbstractPromise#to_s.
#state, #to_s, #touch, #evaluate_to, #resolve_with

Synchronization::Object - Inherited

#__initialize_atomic_fields__

Synchronization::Volatile - Included

#full_memory_barrier

Synchronization::AbstractObject - Inherited

#full_memory_barrier

Constructor Details

This class inherits a constructor from Concurrent::Promises::BlockedTaskPromise

Instance Method Details

#on_resolvable(resolved_future, index) (private)

[ GitHub ] 

  


# File 'lib/concurrent-ruby/concurrent/promises.rb', line 1769



def on_resolvable(resolved_future, index)
  if Future === resolved_future
    Concurrent.executor(@Executor).post(resolved_future, @Args, @Task) do |future, args, task|
      evaluate_to(*future.result, *args, task)
    end
  else
    Concurrent.executor(@Executor).post(@Args, @Task) do |args, task|
      evaluate_to(*args, task)
    end
  end
end