T
- tape drive, streaming, Asynchronous I/O
- THR_BOUND, thr_create Syntax
- thr_continue, thr_create Syntax
- return values, thr_continue Return Values
- syntax, thr_continue Syntax
- thr_create, thr_min_stack Syntax
- return values, thr_create Return Values
- syntax, thr_create Syntax
- THR_DAEMON, thr_create Syntax
- THR_DETACHED, thr_create Syntax
- thr_exit, thr_create Syntax
- return values, thr_exit Return Values
- syntax, thr_exit Syntax
- thr_getprio
- return values, thr_getprio Return Values
- syntax, thr_getprio Syntax
- thr_getspecific
- return values, thr_getspecific Return Values
- syntax, thr_getspecific Syntax
- thr_join
- return values, thr_join Return Values
- syntax, Wait for Thread Termination
- thr_keycreate
- return values, thr_keycreate Return Values
- syntax, Creating a Thread-Specific Data Key
- thr_kill, Async-Signal-Safe Functions in Oracle Solaris Threads
- return values, thr_kill Return Values
- syntax, thr_kill Syntax
- thr_min_stack
- thr_create Syntax
- thr_min_stack Syntax
- thr_self, syntax, thr_self Syntax
- thr_setprio
- return values, thr_setprio Return Values
- syntax, thr_setprio Syntax
- thr_setspecific
- return values, thr_setspecific Return Values
- syntax, thr_setspecific Syntax
- thr_sigsetmask, Async-Signal-Safe Functions in Oracle Solaris Threads
- return values, thr_sigsetmask Return Values
- syntax, thr_sigsetmask Syntax
- thr_suspend
- return values, thr_suspend Return Values
- syntax, thr_suspend Syntax
- thr_yield, syntax, thr_yield Syntax
- Thread Analyzer, Detecting Data Races and Deadlocks Using Thread Analyzer
- thread create, exit status, pthread_create Syntax
- thread-directed signal, Thread-Directed Signals
- thread identifier, pthread_self Syntax
- thread lifecycle, Lifecycle of a Thread
- thread local storage, Creating a Key for Thread-Specific Data
- thread pool, defined, What is a Thread Pool?
- thread-private storage, User-Level Threads State
- thread-specific data, Creating a Key for Thread-Specific Data
- example, Global and Private Thread-Specific Data Example
- getting, Getting the Thread-Specific Data Value
- global into private, Global and Private Thread-Specific Data Example
- new storage class, Rethinking Global Variables
- setting, Setting the Thread-Specific Data Value
- thread-specific keys
- creating
- pthread_key_create Syntax
- Creating a Thread-Specific Data Key
- thread synchronization
- condition variables, Thread Synchronization
- mutex locks, Thread Synchronization
- mutual exclusion locks, Mutual Exclusion Lock Attributes
- read-write locks, Read-Write Lock Attributes
- read/write locks, Thread Synchronization
- semaphores
- Thread Synchronization
- Synchronization With Semaphores
- threads
- acquiring identifiers, Acquiring the Thread Identifier
- cancelling
- Cancel a Thread
- Cancelling a Thread
- creating
- Creating a Thread
- thr_create Return Values
- Creating and Using Threads
- daemon, thr_create Syntax
- detached
- pthread_attr_setdetachstate(3C) Syntax
- thr_create Syntax
- identifiers
- thr_create Syntax
- thr_create Syntax
- joining, Wait for Thread Termination
- key, Setting the Thread-Specific Data Value
- null
- Building Your Own Stack
- thr_min_stack Syntax
- thr_min_stack Syntax
- priority, thr_create Syntax
- safety
- Thread Safety
- Unsafe Libraries
- sending signal to, Send a Signal to a Thread
- signals, Interrupted Waits on Condition Variables
- stack, MT Interface Safety Levels
- suspended, Continuing a Suspended Thread
- suspending, thr_create Syntax
- synchronization models, Thread Synchronization
- synchronizing
- Programming with Synchronization Objects
- Comparing Primitives
- terminating
- Terminating a Thread
- Terminate a Thread
- thread-specific data, Rethinking Global Variables
- user-level
- Multithreading Terms
- User-Level Threads
- yielding execution, Yield Thread Execution
- threads defined, Multithreading Terms
- time-out, example, pthread_cond_timedwait Return Values
- timer, per LWP, Timers
- timeshare scheduling class, Timeshare Scheduling
- TLI, MT Safety Levels for Libraries
- tools
- dbx, Getting the Minimal Stack Size
- dbx(1), Using dbx
- Dtrace, Tracing and Debugging with DTrace
- mdb(1), Using mdb
- Performance Analyzer, Profiling with Performance Analyzer
- Thread Analyzer, Detecting Data Races and Deadlocks Using Thread Analyzer
- total store order, Peterson's Algorithm
- trap, Extending Traditional Signals
- default action, Synchronous Signals
- handled by thread, Synchronous Signals
- TS, See timeshare scheduling class