Class and Description |
---|
TaskFactory
A TaskFactory provides Task
objects for each type of Op
|
Class and Description |
---|
DefaultTaskExecutor
Default TaskExecutor based on a
(a) ForkJoinPool (for CPU tasks that are ForkJoin RecursiveTask/RecursiveAction, for example)
(b) ThreadPoolExecutor (for all other tasks)
number of threads set to the number of processor (cores) by default, as per the
|
Task
A Task implements/defines the method of execution of an Op
An Op defines what is to be done
A Task defines how that op is executed (for example, it might be split up and parallelized)
A task also has methods for blockind and non-blocking (asynchronous) execution.
|
TaskExecutor |
TaskFactory
A TaskFactory provides Task
objects for each type of Op
|
Class and Description |
---|
Task
A Task implements/defines the method of execution of an Op
An Op defines what is to be done
A Task defines how that op is executed (for example, it might be split up and parallelized)
A task also has methods for blockind and non-blocking (asynchronous) execution.
|
TaskFactory
A TaskFactory provides Task
objects for each type of Op
|
Class and Description |
---|
Task
A Task implements/defines the method of execution of an Op
An Op defines what is to be done
A Task defines how that op is executed (for example, it might be split up and parallelized)
A task also has methods for blockind and non-blocking (asynchronous) execution.
|
Class and Description |
---|
Task
A Task implements/defines the method of execution of an Op
An Op defines what is to be done
A Task defines how that op is executed (for example, it might be split up and parallelized)
A task also has methods for blockind and non-blocking (asynchronous) execution.
|
Class and Description |
---|
Task
A Task implements/defines the method of execution of an Op
An Op defines what is to be done
A Task defines how that op is executed (for example, it might be split up and parallelized)
A task also has methods for blockind and non-blocking (asynchronous) execution.
|
Class and Description |
---|
Task
A Task implements/defines the method of execution of an Op
An Op defines what is to be done
A Task defines how that op is executed (for example, it might be split up and parallelized)
A task also has methods for blockind and non-blocking (asynchronous) execution.
|
Class and Description |
---|
Task
A Task implements/defines the method of execution of an Op
An Op defines what is to be done
A Task defines how that op is executed (for example, it might be split up and parallelized)
A task also has methods for blockind and non-blocking (asynchronous) execution.
|
Class and Description |
---|
Task
A Task implements/defines the method of execution of an Op
An Op defines what is to be done
A Task defines how that op is executed (for example, it might be split up and parallelized)
A task also has methods for blockind and non-blocking (asynchronous) execution.
|
Class and Description |
---|
TaskFactory
A TaskFactory provides Task
objects for each type of Op
|
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