Table of contents

General

• Introduction.
• MWPrintf

Classes

• MWDriver This class is responsible for managing an application in an opportunistic environment
• MWStatistics This class serves as a holder for worker classes before they go to die
• MWTask This the class that represents a unit of work
• MWWorker This is the worker class that performs the tasks in the opportunistic condor environment
• MWWorkerID This class keeps an identification of the worker application useful for the driver class

Functions, Macros

• benchmark_result This is the function allowing the workers to be sorted by benchmarkresult
• kflops This is the function allowing the workers to be sorted by KFlops
• MWprintf A regular printf, with debugging level
• set_MWprintf_level Set the debug level for the MWprintf function

Variables

• bool If defined ( DUMB_COMPILER ), we typedef bool to int.
• MW_MAX_WORKERS An upper limit on the number of workers -- so we can allocated arrays to keep statistics
• MWTask A forward reference; needed to define the MWWorkerID class.
• MWworker_statenames This static array is used to hold strings that represent the MWworker_states

Macros

• FALSE FALSE is defined as 0
• MWKey This is the "key" by which the task list can be managed.
• TRUE TRUE is defined as 1
• UNDEFINED UNDEFINED is defined as -1

Enums, Unions, Structs

• MWMachineOrderingPolicy Tasks are always assigned to he first "IDLE" machine
• MWmessages A list of the message tags that the Master-Worker application will send and receive
• MWReturn Possible return values from many virtual functions
• MWSuspensionPolicy The suspension policy to use - What do we do when it happens?
• MWTaskAdditionMode The ways in which tasks may be added to the list
• MWTaskRetrievalMode The ways in which tasks may be removed from the list
• MWworker_states This is a list of the states in which a worker can be

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