Assigns the given idletime

Assigns the given runtime

Assigns the given waittime

Assigns custom data to all tasks. transwarp will not directly use this. This is only useful if something else is using this custom data (e.g. a custom

Assigns an exception to this task. Scheduling will have no effect after an exception has been set. Calling reset() will remove the exception and re-en

Assigns an executor to this task which takes precedence over the executor provided in schedule() or schedule_all()

Assigns an executor to all tasks which takes precedence over the executor provided in schedule() or schedule_all()

Assigns the given level

Sets a priority to all tasks (defaults to 0). transwarp will not directly use this. This is only useful if something else is using the priority (e.g.

Assigns the given type

No-op as value tasks are always root tasks

Assigns a value to this task. Scheduling will have no effect after a value has been set. Calling reset() will remove the value and re-enable schedulin

Assigns a value to this task. Scheduling will have no effect after a value has been set. Calling reset() will remove the value and re-enable schedulin

Assigns a value to this task. Scheduling will have no effect after a call to this. Calling reset() will reset this and re-enable scheduling.

Returns the number of populated values of the buffer. Its maximum value equals the capacity of the buffer

Returns the current total size of the pool (sum of idle and busy tasks)

Constructs a task pool

If the associated task is canceled then this will throw transwarp::task_canceled which will stop the task while it's running (only to be called after

The task's type

Traverses through each task and marks them as not visited.

Visits each task in a depth-first traversal

Waits for the task to complete. Should only be called if was_scheduled() is true, throws transwarp::control_error otherwise

Returns whether the task was scheduled and not reset afterwards. This means that the underlying future is valid