section 3 · Library functions 📚

M (continued)

• MPIX_Comm_shrink(3)Creates a new communitor from an existing communicator while excluding failed processes✨
• MPIX_Comm_shrink.openmpi(3)✨
• MPIX_Comm_test_threadcomm(3)Tests to see if a comm is a threadcomm✨
• MPIX_Delete_error_class(3)Delete an MPI error class from the known classes✨
• MPIX_Delete_error_code(3)Delete an MPI error code✨
• MPIX_Delete_error_string(3)Delete the error string associated with an MPI error code or class✨
• MPIX_Exscan_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_File_create_errhandler_x(3)Creates an MPI-style file errorhandler with an extra_state✨
• MPIX_Gather_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_Gatherv_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_GPU_query_support(3)Returns whether the specific type of GPU is supported✨
• MPIX_Grequest_class_allocate(3)Create and return a user-defined extended request based on a generalized request class✨
• MPIX_Grequest_class_create(3)[short description]✨
• MPIX_Grequest_start(3)Create and return a user-defined extended request✨
• MPIX_Info_set_hex(3)[short description]✨
• MPIX_Irecv_enqueue(3)Enqueue a nonblocking receive operation to a GPU stream that is associated with the local stream✨
• MPIX_Irecv_enqueue_c(3)Enqueue a nonblocking receive operation to a GPU stream that is associated with the local stream✨
• MPIX_Isend_enqueue(3)Enqueue a nonblocking send operation to a GPU stream that is associated with the local stream✨
• MPIX_Isend_enqueue_c(3)Enqueue a nonblocking send operation to a GPU stream that is associated with the local stream✨
• MPIX_Neighbor_allgather_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_Neighbor_allgatherv_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_Neighbor_alltoall_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_Neighbor_alltoallv_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_Neighbor_alltoallw_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_Op_create_x(3)Creates a user-defined reduction op with an extra_state✨
• MPIX_Query_cuda_support(3)✨
• MPIX_Query_cuda_support.openmpi(3)✨
• MPIX_Query_hip_support(3)Returns whether HIP (AMD GPU) is supported✨
• MPIX_Query_rocm_support(3)✨
• MPIX_Query_rocm_support.openmpi(3)✨
• MPIX_Query_ze_support(3)Returns whether ZE (Intel GPU) is supported✨
• MPIX_Recv_enqueue(3)Enqueue a receive operation to a GPU stream that is associated with the local stream✨
• MPIX_Recv_enqueue_c(3)Enqueue a receive operation to a GPU stream that is associated with the local stream✨
• MPIX_Reduce_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_Reduce_scatter_block_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_Reduce_scatter_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_Request_is_complete(3)[short description]✨
• MPIX_Scan_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_Scatter_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_Scatterv_init(3)Builds a handle for a collective communication or neighborhood collective communication✨
• MPIX_Send_enqueue(3)Enqueue a send operation to a GPU stream that is associated with the local stream✨
• MPIX_Send_enqueue_c(3)Enqueue a send operation to a GPU stream that is associated with the local stream✨
• MPIX_Session_create_errhandler_x(3)Creates an MPI-style session errorhandler with an extra_state✨
• MPIX_Start_progress_thread(3)Start a progress thread that will poll progress on the given stream✨
• MPIX_Stop_progress_thread(3)Stop the progress thread that polls progress on the given stream✨
• MPIX_Stream_comm_create(3)Create a new communicator with local stream attached✨
• MPIX_Stream_comm_create_multiplex(3)Create a new communicator with multiple local streams attached✨
• MPIX_Stream_create(3)Create a new stream object✨
• MPIX_Stream_free(3)Free a stream object✨
• MPIX_Stream_irecv(3)Start a nonblocking receive from a specific source stream to a specific local stream✨
• MPIX_Stream_irecv_c(3)Start a nonblocking receive from a specific source stream to a specific local stream✨
• MPIX_Stream_isend(3)Start a nonblocking send from a specific local stream to a specific remote stream✨
• MPIX_Stream_isend_c(3)Start a nonblocking send from a specific local stream to a specific remote stream✨
• MPIX_Stream_progress(3)Invoke progress on the given stream✨
• MPIX_Stream_recv(3)Receive a message from a specific source stream to a specific local stream✨
• MPIX_Stream_recv_c(3)Receive a message from a specific source stream to a specific local stream✨
• MPIX_Stream_send(3)Send message from a specific local stream to a specific destination stream✨
• MPIX_Stream_send_c(3)Send message from a specific local stream to a specific destination stream✨
• MPIX_Threadcomm_finish(3)finish/deactiviate a thread communicator (inside thread parallel regions)✨
• MPIX_Threadcomm_free(3)free a thread communicator (outside thread parallel regions)✨
• MPIX_Threadcomm_init(3)initialize a thread communicator (outside thread parallel regions)✨
• MPIX_Threadcomm_start(3)start/activiate a thread communicator (inside thread parallel regions)✨
• MPIX_Type_iov(3)Return contiguous segments starting from an iov offset✨
• MPIX_Type_iov_len(3)Return the number of contiguous segments within max_iov_bytes✨
• MPIX_Wait_enqueue(3)Enqueue a wait operation to a GPU stream that is associated with the local stream✨
• MPIX_Waitall_enqueue(3)Enqueue a waitall operation to a GPU stream that is associated with the local stream✨
• MPIX_Win_create_errhandler_x(3)Creates an MPI-style window errorhandler with an extra_state✨
• mpls(3)✨
• mpls_count(3)✨
• mpool(3)shared memory buffer pool✨
• MPQC_CartesianIterCCA(3)✨
• mprobe(3)heap consistency checking✨
• mq_close(3)close a message queue descriptor✨
• mq_getattr(3)get/set message queue attributes✨
• mq_getfd_np(3)get a file descriptor for an open message queue descriptor✨
• mq_mode(3)✨
• mq_notify(3)register for notification when a message is available✨
• mq_open(3)open a message queue✨
• mq_receive(3)receive a message from a message queue✨
• mq_send(3)send a message to a message queue✨
• mq_setattr(3)get/set message queue attributes✨
• mq_timedreceive(3)receive a message from a message queue✨
• mq_timedsend(3)send a message to a message queue✨
• mq_unlink(3)remove a message queue✨
• MQTTAsync.h(3)✨
• MQTTAsync_connectData(3)✨
• MQTTAsync_connectOptions(3)✨
• MQTTAsync_createOptions(3)✨
• MQTTAsync_disconnectOptions(3)✨
• MQTTAsync_failureData(3)✨
• MQTTAsync_failureData5(3)✨
• MQTTAsync_init_options(3)✨
• MQTTAsync_message(3)✨
• MQTTAsync_nameValue(3)✨
• MQTTAsync_responseOptions(3)✨
• MQTTAsync_SSLOptions(3)✨
• MQTTAsync_successData(3)✨
• MQTTAsync_successData5(3)✨
• MQTTAsync_willOptions(3)✨
• MQTTClient.h(3)✨
• MQTTClient_connectOptions(3)✨
• MQTTClient_createOptions(3)✨
• MQTTClient_init_options(3)✨
• MQTTClient_message(3)✨
• MQTTClient_nameValue(3)✨
• MQTTClient_persistence(3)A structure containing the function pointers to a persistence implementation and the context or state that will be shared across all the persistence functions.✨
• MQTTClient_SSLOptions(3)✨
• MQTTClient_willOptions(3)✨
• MQTTClientPersistence.h(3)This structure represents a persistent data store, used to store outbound and inbound messages, in order to achieve reliable messaging.✨
• MQTTLenString(3)✨
• MQTTProperties(3)✨
• MQTTProperties.h(3)✨
• MQTTProperty(3)✨
• MQTTReasonCodes.h(3)✨
• MQTTResponse(3)✨
• MQTTSubscribe_options(3)✨
• MQTTSubscribeOpts.h(3)✨
• mrand48(3)generate uniformly distributed pseudo-random numbers✨
• mrand48_r(3)generate uniformly distributed pseudo- random numbers reentrantly✨
• MrmCloseHierarchy(3)Closes a UID hierarchy✨
• MrmFetchBitmapLiteral(3)Fetches a bitmap literal from a hierarchy✨
• MrmFetchColorLiteral(3)Fetches a named color literal from a UID file✨
• MrmFetchIconLiteral(3)Fetches an icon literal from a hierarchy✨
• MrmFetchLiteral(3)Fetches a literal from a UID file✨
• MrmFetchSetValues(3)Fetches the values to be set from literals stored in UID files✨
• MrmFetchWidget(3)Fetches and creates an indexed (UIL named) application widget and its children✨
• MrmFetchWidgetOverride(3)Fetches any indexed (UIL named) application widget. It overrides the arguments specified for this application widget in UIL✨
• MrmInitialize(3)Prepares an application to use MRM widget-fetching facilities✨
• MrmOpenHierarchy(3)Allocates a hierarchy ID and opens all the UID files in the hierarchy✨
• MrmOpenHierarchyFromBuffer(3)Allocates a hierarchy ID and opens a buffer containing a memory image of a UID file✨
• MrmOpenHierarchyPerDisplay(3)Allocates a hierarchy ID and opens all the UID files in the hierarchy✨
• MrmRegisterClass(3)Saves the information needed for MRM to access the widget creation function for user-defined widgets✨
• MrmRegisterNames(3)Registers the values associated with the names referenced in UIL (for example, UIL callback function names or UIL identifier names)✨
• MrmRegisterNamesInHierarchy(3)Registers the values associated with the names referenced in UIL within a single hierarchy (for example, UIL callback function names or UIL identifier names)✨
• mRS001(3)Rotation Sensor✨
• mrtglib(3)Library for MRTG and support scripts✨
• ms_addselect(3)Routines to manage and use data selection lists.✨
• ms_addselect_comp(3)Routines to manage and use data selection lists.✨
• ms_bigendianhost(3)Determine host computer byte order✨
• ms_blktdesc(3)Look up libmseed and Mini-SEED related information✨
• ms_blktlen(3)Look up libmseed and Mini-SEED related information✨
• ms_btime2isotimestr(3)Time conversion and string generation✨
• ms_btime2mdtimestr(3)Time conversion and string generation✨
• ms_btime2seedtimestr(3)Time conversion and string generation✨
• ms_btime3hptime(3)Time conversion and string generation✨
• ms_detect(3)Detect and parse a SEED data record from a memory buffer✨
• ms_doy2md(3)Convert between day of year and month and day of month✨
• ms_encodingstr(3)Look up libmseed and Mini-SEED related information✨
• ms_errorstr(3)Look up libmseed and Mini-SEED related information✨
• ms_find_reclen(3)Determine SEED record data length✨
• ms_freeselections(3)Routines to manage and use data selection lists.✨
• ms_genfactmult(3)Generate SEED sample rate factor and multiplier✨
• ms_gswap(3)Generalized, in-place byte swapping routines✨
• ms_gswap2(3)Generalized, in-place byte swapping routines✨
• ms_gswap2a(3)Generalized, in-place byte swapping routines✨
• ms_gswap3(3)Generalized, in-place byte swapping routines✨
• ms_gswap4(3)Generalized, in-place byte swapping routines✨
• ms_gswap4a(3)Generalized, in-place byte swapping routines✨
• ms_gswap8(3)Generalized, in-place byte swapping routines✨
• ms_gswap8a(3)Generalized, in-place byte swapping routines✨
• ms_hptime2btime(3)Time conversion and string generation✨
• ms_hptime2isotimestr(3)Time conversion and string generation✨
• ms_hptime2mdtimestr(3)Time conversion and string generation✨
• ms_hptime2seedtimestr(3)Time conversion and string generation✨
• ms_intro(3)Introduction to libmseed✨
• ms_log(3)Central logging facility for libmseed✨
• ms_log_l(3)Central logging facility for libmseed✨
• ms_loginit(3)Central logging facility for libmseed✨
• ms_loginit_l(3)Central logging facility for libmseed✨
• ms_lookup(3)Look up libmseed and Mini-SEED related information✨
• ms_matchselect(3)Routines to manage and use data selection lists.✨
• ms_md2doy(3)Convert between day of year and month and day of month✨
• ms_parse_raw(3)Parse, validate and print details of a SEED data record✨
• ms_printselections(3)Routines to manage and use data selection lists.✨
• ms_ratapprox(3)Generate SEED sample rate factor and multiplier✨
• ms_readleapsecondfile(3)Read a leap second file into a global buffer✨
• ms_readleapseconds(3)Read a leap second file into a global buffer✨
• ms_readmsr(3)Read Mini-SEED data from files✨
• ms_readmsr_r(3)Read Mini-SEED data from files✨
• ms_readselectionsfile(3)Routines to manage and use data selection lists.✨
• ms_readtracelist(3)Read Mini-SEED data from files✨
• ms_readtracelist_selection(3)Read Mini-SEED data from files✨
• ms_readtracelist_timewin(3)Read Mini-SEED data from files✨
• ms_readtraces(3)Read Mini-SEED data from files✨
• ms_readtraces_selection(3)Read Mini-SEED data from files✨
• ms_readtraces_timewin(3)Read Mini-SEED data from files✨
• ms_recsrcname(3)Determine source names using the SEED naming nomenclature.✨
• ms_samplesize(3)Look up libmseed and Mini-SEED related information✨
• ms_seedtimestr2hptime(3)Time conversion and string generation✨
• ms_selection(3)Routines to manage and use data selection lists.✨
• ms_splitsrcname(3)Split source names into the SEED naming nomenclature.✨
• ms_srcname(3)Determine source names using the SEED naming nomenclature.✨
• ms_strncpclean(3)Non-standard string copying✨
• ms_strncpopen(3)Non-standard string copying✨
• ms_time(3)Time conversion and string generation✨
• ms_time2hptime(3)Time conversion and string generation✨
• ms_timestr2hptime(3)Time conversion and string generation✨
• ms_transform(3)A parse transformation that translates fun syntax into match specifications.✨
• ms_writemseed(3)Write Mini-SEED records to files.✨
• MSA(3)generate 'my secondary address' command byte✨