2.2-beta (revision 4732)
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▼ otf2 | |
otf2.h | Main include file for applications using OTF2 |
OTF2_Archive.h | Writing interface for OTF2 archives |
OTF2_AttributeList.h | This layer enables dynamic appending of arbitrary attributes to any type of event record |
OTF2_AttributeValue.h | Declares the OTF2_AttributeValue and provides convenience functions to convert from and to OTF2 enum values |
OTF2_Callbacks.h | This header file provides all user callbacks |
OTF2_Definitions.h | Data types used in the definition records |
OTF2_DefReader.h | This is the local definition reader, which reads location dependent definitions, and can also be used to get the mapping information from the local definition file. Local definitions are always assigned to a location |
OTF2_DefReaderCallbacks.h | This defines the callbacks for the definition reader |
OTF2_DefWriter.h | This file provides all routines that write definition records of a single location |
OTF2_Events.h | Enums and types used in event records |
OTF2_EventSizeEstimator.h | Provides a interface to estimate the size of a resulting trace file |
OTF2_EvtReader.h | This is the local event reader, which reads events from one location |
OTF2_EvtReaderCallbacks.h | This defines the callbacks for the event reader |
OTF2_EvtWriter.h | This lowest user-visible layer provides write routines to write event data of a single location |
OTF2_GeneralDefinitions.h | This header file provides general definitions which should be accessible in all internal and external modules |
OTF2_GlobalDefReader.h | This is the definition reader |
OTF2_GlobalDefReaderCallbacks.h | This defines the callbacks for the global definition reader |
OTF2_GlobalDefWriter.h | This layer always writes globally defined OTF2 definition records and is used to write either the global definitions in addition to local definitions or write all definitions as globally valid in combination with OTF2_GlobalEventWriter. Global definitions are stored in one global definition file, which makes it nearly impossible to write them in a distributed manner. It is therefore only allowed to get such a writer from an OTF2_Archive which is the master in the collective context |
OTF2_GlobalEvtReader.h | This is the global event reader |
OTF2_GlobalEvtReaderCallbacks.h | This defines the callbacks for the global event reader |
OTF2_GlobalSnapReader.h | This is the global snapshot event reader |
OTF2_GlobalSnapReaderCallbacks.h | This defines the callbacks for the global snap reader |
OTF2_IdMap.h | Identifier mapping data structure, based on Scalasca's epk_idmap.h |
OTF2_Marker.h | This file provides types and enums for markers |
OTF2_MarkerReader.h | This file provides all routines that read marker records |
OTF2_MarkerReaderCallbacks.h | This defines the callbacks for the marker reader |
OTF2_MarkerWriter.h | This file provides all routines that write marker records |
OTF2_MPI_Collectives.h | MPI collectives for OTF2 |
OTF2_OpenMP_Locks.h | OpenMP locks for OTF2 |
OTF2_Pthread_Locks.h | Pthread locks for OTF2 |
OTF2_Reader.h | Reading interface for OTF2 archives |
OTF2_SnapReader.h | This is the local snap reader, which reads snapshot events from one location |
OTF2_SnapReaderCallbacks.h | This defines the callbacks for the snap reader |
OTF2_SnapWriter.h | This lowest user-visible layer provides write routines to write snapshot records for a single location |
OTF2_Thumbnail.h | This lowest user-visible layer provides write routines to read and write thumbnail data |
▼ otf2 | |
OTF2_ErrorCodes.h | Error codes and error handling |