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SpECTRE
v2024.09.29
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The main function of a Charm++ executable. See the Parallelization documentation for an overview of Metavariables, Phases, and parallel components. More...
#include <Main.hpp>
Public Types | |
| using | component_list = typename Metavariables::component_list |
| using | const_global_cache_tags = get_const_global_cache_tags< Metavariables > |
| using | mutable_global_cache_tags = get_mutable_global_cache_tags< Metavariables > |
| using | phase_change_tags_and_combines_list = PhaseControl::get_phase_change_tags< Metavariables > |
Public Member Functions | |
| Main (CkArgMsg *msg) | |
| Main (CkMigrateMessage *msg) | |
| void | pup (PUP::er &p) override |
| void | allocate_remaining_components_and_execute_initialization_phase () |
| Allocate singleton components and the initial elements of array components, then execute the initialization phase on each component. | |
| void | execute_next_phase () |
| Determine the next phase of the simulation and execute it. | |
| void | start_load_balance () |
| Place the Charm++ call that starts load balancing. More... | |
| void | start_write_checkpoint () |
| Place the Charm++ call that starts writing a checkpoint Reset the checkpoint counter to zero if the checkpoints directory does not exist (this happens when the simulation continues in a new segment). More... | |
| template<typename InvokeCombine , typename... Tags> | |
| void | phase_change_reduction (ReductionData< ReductionDatum< tuples::TaggedTuple< Tags... >, InvokeCombine, funcl::Identity, std::index_sequence<> > > reduction_data) |
| Reduction target for data used in phase change decisions. More... | |
| void | add_exception_message (std::string exception_message) |
| Add an exception to the list of exceptions. Upon a phase change we print all the received exceptions and exit. More... | |
| void | did_all_elements_terminate (bool all_elements_terminated) |
| A reduction target used to determine if all the elements of the array, group, nodegroup, or singleton parallel components terminated successfully. More... | |
| void | post_deadlock_analysis_termination () |
| Prints exit info and stops the executable with failure if a deadlock was detected. | |
The main function of a Charm++ executable. See the Parallelization documentation for an overview of Metavariables, Phases, and parallel components.
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explicit |
| void Parallel::Main< Metavariables >::add_exception_message | ( | std::string | exception_message | ) |
Add an exception to the list of exceptions. Upon a phase change we print all the received exceptions and exit.
Upon receiving an exception all algorithms are terminated to guarantee quiescence occurs soon after the exception is reported.
| void Parallel::Main< Metavariables >::did_all_elements_terminate | ( | bool | all_elements_terminated | ) |
A reduction target used to determine if all the elements of the array, group, nodegroup, or singleton parallel components terminated successfully.
This allows detecting deadlocks in iterable actions, but not simple or reduction action.
| void Parallel::Main< Metavariables >::phase_change_reduction | ( | ReductionData< ReductionDatum< tuples::TaggedTuple< Tags... >, InvokeCombine, funcl::Identity, std::index_sequence<> > > | reduction_data | ) |
Reduction target for data used in phase change decisions.
It is required that the Parallel::ReductionData holds a single tuples::TaggedTuple.
| void Parallel::Main< Metavariables >::start_load_balance |
Place the Charm++ call that starts load balancing.
This call is wrapped within an entry method so that it may be used as the callback after a quiescence detection.
| void Parallel::Main< Metavariables >::start_write_checkpoint |
Place the Charm++ call that starts writing a checkpoint Reset the checkpoint counter to zero if the checkpoints directory does not exist (this happens when the simulation continues in a new segment).
This call is wrapped within an entry method so that it may be used as the callback after a quiescence detection.