Lines Matching full:mapping

156 Displays swap reservation information per mapping. See USAGE for more
166 Displays additional information per mapping. See USAGE for more information.
187 order they are mapped into the process. The mapping size, flags, and mapped
230 \fBProcess anon/locked mapping details\fR
242 The \fB-x\fR option displays additional information per mapping. The size of
243 each mapping, the amount of resident physical memory (RSS), the amount of
264 The \fB-S\fR option displays swap reservation information per mapping.
275 One line of output is printed for each mapping within the process, unless the
277 printed for a contiguous mapping of each hardware translation page size.
278 With the \fB-L\fR option one line is printed for a contiguous mapping
281 contiguous mapping of each hardware translation page size belonging to the same
291 mapping. Virtual addresses are displayed in ascending order.
297 \fBVirtual Mapping Size (\fBKbytes\fR)\fR
301 The virtual size in kilobytes of each mapping.
311 The amount of physical memory in kilobytes that is resident for each mapping,
323 associated with the specified mapping. Anonymous memory shared with other
337 The number of pages locked within the mapping. Typical examples are memory
349 The virtual memory permissions are shown for each mapping. Valid permissions
357 The mapping can be read by the process.
366 The mapping can be written by the process.
375 Instructions that reside within the mapping can be executed by the process.
378 Flags showing additional information for each mapping can be displayed:
385 The mapping is shared such that changes made in the observed address space are
387 the mapping.
396 Swap space is not reserved for this mapping. Mappings created with
407 The data for the mapping is not present in the core file (only applicable when
421 The lgroup containing the physical memory that backs the specified mapping.
427 \fBMapping Name (\fBMapped File\fR)\fR
431 A descriptive name for each mapping. The following major types of names are
438 command attempts to resolve the file name for each mapping. If the file name
459 The mapping is the process heap.
468 The mapping is the main stack.
477 The mapping is the stack for thread \fIn\fR.
486 The mapping is used as the alternate signal stack for thread \fIn\fR.
491 If the common name for the mapping is unknown, \fBpmap\fR displays \fB[ anon
492 ]\fR as the mapping name.
508 The mapping is a System V shared memory mapping. The shared memory identifier
509 that the mapping was created with is reported.
518 The mapping is an "Intimate Shared Memory" variant of System V shared memory.
529 The mapping is a pageable variant of \fBISM\fR. Pageable \fBISM\fR is created
542 buffers. No mapping name is shown for other mapped objects.
554 this mapping. See \fBmemcntl\fR(2) for further information.
564 The amount of swap space in kilobytes that is reserved for this mapping. That
574 By default, \fBpmap\fR prints one line for each mapping within the address
611 \fBExample 2 \fRDisplaying Memory Allocation and Mapping Types
615 allocation and mapping types per mapping. The amount of resident, non-shared
616 anonymous, and locked memory is shown for each mapping:
649 mapping.
664 different mapping types. In this example, the mappings are as follows:
681 0600000: Anonymous memory, created by mapping /dev/zero
683 0700000: Anonymous memory, created by mapping /dev/zero
686 0800000: A DISM shared memory mapping, created with SHM_PAGEABLE
689 0900000: A DISM shared memory mapping, created with SHM_PAGEABLE,
692 0A00000: A DISM shared memory mapping, created with SHM_PAGEABLE,
695 0B00000: An ISM shared memory mapping, created with SHM_SHARE_MMU
799 process. The amount of swap space reserved is displayed for each mapping within
887 The following example displays lgroup memory allocation by mapping: