MPI options. HP-MPI User's Guide > Chapter 3 Understanding HP-MPI The following sections provide definitions of mpirun options and runtime environment variables. This section describes the specific options included in for all of the preceding examples. They are listed by the categories: Explicit command line interconnect selection to use Quadrics Elan (available on Linux only). The lower case option is taken as advisory and indicates that the interconnect should be used if it is available. Explicit command line interconnect selection to use Myrinet GM (available on Linux only). Explicit command line interconnect selection to use the Windows IB Access Layer (available on Windows only).
Explicit command line interconnect selection to use OpenFabrics InfiniBand (available on Linux only). Explicit command line interconnect selection to use ITAPI (available on HP-UX only). Explicit command line interconnect selection to use Myrinet MX (available on Linux only). Dynamic linking is required with uDAPL. Shmop(2) System Calls and Libraries: Sections 2 and 3 (Ref Pages Vol 3) > s void *shmat(int shmid, void *shmaddr, int shmflg); shmat() attaches the shared memory segment associated with the shared memory identifier specified by shmid to the data segment of the calling process. The segment is attached for reading if ( shmflg & SHM_RDONLY ) is "true"; otherwise, it is attached for reading and writing.
It is not possible to attach a segment for write only. If the shared memory segment has never been attached to by any process prior to the current shmat() call, shmaddr must be specified as zero and the segment is attached at a location selected by the operating system. That location is identical in all processes accessing that shared memory object.
Once the operating system selects a location for a shared memory segment, the same location will be used across any subsequent shmat() and shmdt() calls on the segment until it is removed by the IPC_RMID operation of shmctl() . Failure. Shmop(2) Part II Section 1: Commands. User Commands and Glossary: Sections 1 and 9 (Ref Pages Vol 1) adb(1) - absolute debugger adjust(1) - simple text formatter admin(1) - create and administer SCCS files answer(1) - phone message transcription system ar(1) - create and maintain portable archives and libraries as(1) - assembler (Precision Architecture) asa(1) - interpret ASA carriage control characters at(1) - execute batched commands immediately or at a later time attributes(1) - describe an audio file awk(1) - pattern-directed scanning and processing language banner(1) - make posters in large letters basename(1) - extract portions of path names bc(1) - arbitrary-precision arithmetic language bdiff(1) - diff for large files bfs(1) - big file scanner bs(1) - a compiler/interpreter for modest-sized programs head(1) - give first few lines hostname(1) - set or display name of current host system hp(1) - handle special functions of HP2640 and HP2621-series terminals hyphen(1) - find hyphenated words.
Part II Section 1: Commands. Adb(1) - absolute debugger adjust(1) - simple text formatter admin(1) - create and administer SCCS files answer(1) - phone message transcription system ar(1) - create and maintain portable archives and libraries as(1) - assembler (Precision Architecture) asa(1) - interpret ASA carriage control characters at(1) - execute batched commands immediately or at a later time attributes(1) - describe an audio file awk(1) - pattern-directed scanning and processing language banner(1) - make posters in large letters basename(1) - extract portions of path names bc(1) - arbitrary-precision arithmetic language bdiff(1) - diff for large files bfs(1) - big file scanner bs(1) - a compiler/interpreter for modest-sized programs head(1) - give first few lines hostname(1) - set or display name of current host system hp(1) - handle special functions of HP2640 and HP2621-series terminals hyphen(1) - find hyphenated words.
B2355-90680. L-95-85. L-2000-114. L-2006-147. Acquiring and releasing large shared memory areas. Together, we can build more than apps. The explosive rise of applications presents both opportunities and challenges for your enterprise. Well-executed apps breed loyalty, innovation, and growth. Getting there requires meeting user demand for apps that are enjoyable, intuitive, feature new functionality, and are delivered quickly with high quality. New apps must seamlessly integrate information from cloud-based and traditional applications to multiple device types. And they must be deployed cost effectively to help manage your organization’s current applications. HP Application Transformation is designed to deliver on these requirements. It’s time to build a better enterprise. Intuitive Together, we can design application solutions that deliver engaging customer experiences and increase productivity.
Adaptive Deliver multi-channel, innovative application solutions seamlessly when you embrace HP hybrid-cloud technology. Simple What's new Applications that make a difference. WRL-96-2. Ovsc_twp_shared_memory. CRL-98-6. WRL-98-7. WRL-97-3. WRL-97-2. WRL-98-7. L-96-157. CRL-98-6. L-96-157. WRL-97-3.pdf (Objet application/pdf) WRL-97-2.pdf (Objet application/pdf)