M

Index

[A] [B] [C] [D] [E] [F] [G] [H] [I] [J] [K] [L] [M] [N] [O] [P] [Q] [R] [S] [T] [U] [V] [W] [X] [Z]

m_dummylock field
m_owner field
*m_spinlock fields
Macros
     CL_TICK(t)
     CONN_DEF_REF
     CONN_INC_REF
     GET_TTE
     ISSIG_PENDING
     PAGE_HASH_FUNC
     PAGE_HASH_SEARCH
     THREAD_SET_STATE
     TRANS_BEGIN_ASYNC
     TRANS_BEGIN_CSYNC
     TRANS_BEGIN_SYNC
     TRANS_TRY_BEGIN_ASYNC
     TRANS_TRY_BEGIN_CSYNC
     TS_NEWUMDPRI
madv.so.1 routine
MADV_ACCESS_LWP hint
madvice(3C) routine
Magazine sizes
main() function
Major page faults
Management
     address space, VM
     breakpoints
     buses
     core file
     debugging, modules
     devices 2nd
     heaps
     interrupts 2nd
     interrupts, processors
     I/O
     ipc_service structures
     memory 2nd 3rd
     memory, kernels
     memory, pages
    MMU [See MMU (Memory Management Unit).]
     modules, debugging
     path-name
     paths, file system names
     physical memory
     process rights
     queues
     queues, dispatchers
     RCM
     resources 2nd 3rd 4th 5th
     resources, core process components
     resources, observability
     resources, processors
     resources, Solaris
     resources, zones 2nd 3rd
     rights 2nd [See also Privileges.]
     RM
     SMF
     Solaris Fault Manager
     SVM
     synchronization
     watchpoints
MAPBLOCKSIZE
mapelfexec() function
mapentry structure
Mapping
     address space
     debugging
     files, to disk blocks
     heaps
     HME 2nd
     hme_blk structures
     kernel virtual addresses
     libraries
     memory, files
     memory, I/O
     memory, pmap(1) command
     pages
     pages, physical
     pages, seg_kpm driver
     physical pages, caches
     processes, pmap command
     stacks
     text
     VM
Masks, signals 2nd
Massively parallel processor (MPP)
matamap structure
max_nprocs value
max_percent_cpu parameter
maxusers variable
MC_HAT_ADVISE control operation
mdb(1) kernel debugging facility 2nd 3rd
     caches, viewing
     components
     components, implementation in kmdb
     dispatchers
     vfs interface information
     vnode information
Measurement
     applications, performance
     hardware events
     microstate accounting
     performance, NUMA
mem_total field
memcntl() function
meminfo(2) command
meminfo(2) routine
Memory
     adding
     allocation
     allocation, file systems
     allocation, global
     allocation, kernels
     allocation, NUMA
     allocation, procfs
     allocation, TSB
     barriers
     caches
     demand-page virtual memory systems
     DISM 2nd 3rd 4th
     hierarchies
     ISM 2nd 3rd
     kernels
     kernels, allocator logging facility
     kernels, analyzing
     kernels, debugging
     kernels, detecting corruption
     kernels, logging
     kernels, segment drivers
     kernels, slab allocators
     kernels, tracing allocators
     kernels, troubleshooting buffers
     kernels, vmem allocators
     kernels, VM layouts
     leaks
     levels of
     management 2nd 3rd
     management, kernels
     management, pages
     mapping, files 2nd
     mapping, I/O
    MMU [See MMU (Memory Management Unit).]
     models
     MPSS
     NUMA 2nd 3rd [See also NUMA (nonuniform memory access).]
     pageable, swapping
     pages, physical memory
     physical [See also Physical memory.]
     physical, life cycles
     pmap(1) command
     protection
     RAM
     shared, ISM
     shared, POSIX
     shared, System V 2nd
     sharing
     UMA
    VM [See VM (virtual memory).]
Memory in use column
Memory Management Unit [See MMU (Memory Management Unit).]
Memory Placement Optimization [See MPO (Memory Placement Optimization).]
memseg lists
Messages
     controls, procfs
     panic, associating
     POSIX, queues
     queues, System V
     System V queues
Metadata
     blocks, buffering
     logging 2nd
mi_timer_fire function
Microbenchmark performance
Microprocessors, CPU specific large page support
Microstate accounting
     process models
Migration, physical memory
min_percent_cpu parameter
Minor page faults 2nd
Misses, TLB
ml_odunit_t structure
mlock() function
mmap() function, shared mapped file flags
MMU (Memory Management Unit) 2nd
     configuration
     file system I/O
     SRMMU
     virtual-to-physical translation
mntopts_t structure
mo_cancel field
MO_DEFAULT option
MO_HASVALUE option
MO_IGNORE option
MO_NODISPLAY option
Models
     drain
     interrupts
     latency
     memory
     privileges 2nd
     privileges, superusers
    process [See Process models.]
     processing
     protection, VM
     queues
     sequential consistency
     state, zones
     STREAMS
     tasks, pools
     threads
Modern memory allocators
Modes
     plumbing
     polling
Modifying
     ACLs
     pas
     privileges, state
     processors, state
modinfo command
Modular debuggers
Modular device I/O systems
Modular implementation
Modules
     debugging, management
     file systems
     GLDv2
     initialization
     interfaces
     IPC, creating
     loadable
     loadable, file systems
     management, debugging
     shared memory kernel
     STREAMS
     UDP
Monitoring
     interrupts
     prstat(1M) command
     queues
     RM
     threads, priorities
     zones
mount method
Mount options, interfaces for
MPO (Memory Placement Optimization) 2nd 3rd 4th
     APIs
     parameters
     statistics
MPP (massively parallel processor)
MPSS (Multiple Page Size Support) 2nd 3rd
mq_open() function
Multicasting
Multipathing, IP network
Multiplatform support
Multiple CPUs, latency models
Multiple file system support
Multiple linked lists
Multiple Page Size Support (MPSS) 2nd 3rd
Multiple pages
     enabling
     size, configuration
Multiple scheduler support
Multiple TSB probes
Multithreading [See also CMT (chip multithreading).]
Mutex locks 2nd
     adaptive implementation
     dispatchers
mutex_enter() function
mutex_exit() function
mutex_init() function