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Keywords - T

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tar
· Narrow it down ·
example
· Narrow it down ·
TDP (Transparent Distributed Processing)
· More about channels ·

See also Qnet

technical support
· Contact technical support · Seeking professional help · Technical support ·
beta versions
· If you're using a beta… ·
updates
· If you're using a beta… ·
contacting
· Contact technical support ·
describing the problem
· Describe the problem ·
be precise
· Precise information ·
narrow it down
· Narrow it down ·
reproduce the problem
· Reproduce the problem ·
RTFM
· RTFM ·
training
· Training ·
telnet
· Versions ·
termination synchronization
· Joining · Synchronizing to the termination of a thread ·
tfork()
· Thread support ·
thread
associating with interrupt handler
· The flags parameter ·
barriers
· Using a barrier ·
blocking states
· The kernel as arbiter ·
concurrent
· Multiple CPU (SMP) ·
context switch
· The kernel as arbiter ·
coupling
· Multiple processes with shared memory · Multiple threads ·
created by timer trigger
· Timers creating threads ·
creating
attribute structure initialization
· The thread attributes structure ·
detached
· The thread attributes structure ·
example
· Threads in mathematical operations ·
joinable
· The thread attributes structure ·
on timer expiry
· Notification schemes ·
registering exit function
· The thread attributes structure ·
scheduling parameters
· The thread attributes structure ·
specifying scheduling policy
· The “scheduling” thread attributes ·
specifying stack
· The thread attributes structure ·
creating on timer expiration
· Thread notification ·
creating via struct sigevent
· Thread notification ·
deadlock
defined
· Glossary ·
defined
· Glossary ·
design abstraction
· Multiple CPU (SMP) ·
example of creation
· A few examples ·
FIFO scheduling
· Scheduling policies ·
fork()
· So what should you use? ·
fundamentals
· Process and thread fundamentals ·
in mathematical operations
· Threads in mathematical operations ·
in process
· Threads and processes ·
interrupt interaction
· ISR functions ·
interrupt interactions
· Using InterruptAttach() ·
interrupts
· Telling a thread to do something ·
message passing
· More about channels · Multiple threads ·
multiple threads
· Multi threaded ·
mutex
· Mutual exclusion ·
operating periodically
· Clocks and timers ·
pidin
· A few examples ·
polling for completion
· Kernel timeouts with pthread_join() ·
pool
· Multiple threads · Pools of threads ·
analysis
· Controlling the number of threads ·
and SMP
· Multiple threads ·
example
· Controlling the number of threads ·
functions
· Pools of threads ·
message passing
· Multiple threads ·
POOL_FLAG_EXIT_SELF
· Controlling the number of threads ·
POOL_FLAG_USE_SELF
· Controlling the number of threads ·
POSIX
· Glossary ·
postmortem stack analysis
· The “stack” thread attributes ·
preemption
· Prioritization ·
priorities
· Priorities ·
Processes
· Process and thread fundamentals ·
processes
· Multiple processes with shared memory · Multiple threads ·
pthread_join()
· Kernel timeouts · Kernel timeouts with pthread_join() ·
readers/writer locks
· Readers/writer locks ·
readied by timer
· Summary ·
readying via message pass
· Message passing and client/server ·
resumption
· Prioritization ·
RR scheduling
· Scheduling policies ·
scheduling policies
· Scheduling policies ·
scheduling policy
· The kernel as arbiter ·
semaphore
· Semaphores ·
single threads
· Single threaded ·
SMP
· Threads in mathematical operations ·
and interrupts
· Things to watch out for when using SMP ·
concurrency
· Things to watch out for when using SMP ·
determining how many threads to create
· Threads in mathematical operations ·
timing diagram
· Multiple threads on a single CPU ·
soaker
· Multiple threads on a single CPU ·
stack
· The “stack” thread attributes ·
states
receive-blocked
· Message passing and client/server ·
receive-blocked diagram
· Message passing and client/server ·
reply-blocked
· Message passing and client/server ·
reply-blocked diagram
· Message passing and client/server ·
send-blocked
· Message passing and client/server ·
send-blocked diagram
· Message passing and client/server ·
STATE_READY
· Message passing and client/server ·
STATE_RECV
· Message passing and client/server ·
STATE_RECV diagram
· Message passing and client/server ·
STATE_REPLY
· Message passing and client/server ·
STATE_REPLY diagram
· Message passing and client/server ·
STATE_SEND
· Message passing and client/server ·
STATE_SEND diagram
· Message passing and client/server ·
synchronizing to termination of
· Joining · Synchronizing to the termination of a thread ·
utilizing SMP
· Multiple threads on a single CPU ·
where to use
· Threads in independent situations · Where a thread is a good idea ·
thread pool
message passing
· The MsgReceivePulse() function ·
thread_pool() family
· Multiple threads ·
thread_pool_attr_t
· Pools of threads ·
thread_pool_control()
· Pools of threads ·
thread_pool_create()
· Controlling the number of threads · Pools of threads ·
example
· Controlling the number of threads ·
thread_pool_destroy()
· Pools of threads ·
thread_pool_limits()
· Pools of threads ·
thread_pool_start()
· Controlling the number of threads · Pools of threads ·
example
· Controlling the number of threads ·
ThreadCtl()
· Now that you've attached an interrupt ·
ticksize
· Round Robin ·
time
adjusting forwards or backwards
· Getting and setting ·
adjusting gradually
· Getting and setting ·
discontinuities in flow
· Getting and setting ·
retarding flow of
· Getting and setting ·
synchronizing current time of day
· Getting and setting ·
time()
· What kind of timer? ·
timebase
· Adjusting the timebase ·
timeout
· Kernel timeouts ·
and kernel states
· Kernel timeouts ·
arming
· Kernel timeouts · Kernel timeouts with message passing ·
clearing
· Kernel timeouts ·
kernel timeouts
· Notes ·
pthread_join()
· Kernel timeouts with pthread_join() ·
server-driven
· Notes ·
server-maintained
· Server-maintained timeouts ·
example
· gotAMessage() · gotAPulse() · main() · Server-maintained timeouts · setupPulseAndTimer() ·
triggering
· Kernel timeouts ·
unblocking
client
· _NTO_CHF_UNBLOCK ·
with pthread_join()
· Kernel timeouts with pthread_join() ·
timeout notification
· Notification schemes ·
pulse
· Pulse notification ·
signal
· Signal notification ·
timer
10 millisecond
· Operating periodically ·
<time.h>
· What kind of timer? ·
absolute
· Summary · Types of timers · What kind of timer? ·
defined
· Glossary ·
example
· What kind of timer? ·
accuracy
· Base timing resolution · Clock interrupt sources · Timing jitter ·
adjusting base timing resolution
· Adjusting the timebase ·
asynchronous nature
· Timing jitter ·
behavior if expired
· Base timing resolution ·
changing resolution
· Getting more precision ·
CLOCK_MONOTONIC
· Creating a timer ·
CLOCK_REALTIME
· Creating a timer ·
CLOCK_SOFTTIME
· Creating a timer ·
ClockPeriod()
· Getting and setting ·
converting time formats
· What kind of timer? ·
creating
· Creating a timer ·
creating a thread
· How to fill in the struct sigevent · Thread notification ·
creating threads on expiry
· Notification schemes ·
creating threads on trigger
· Timers creating threads ·
delivering a pulse
· How to fill in the struct sigevent ·
delivering a signal
· How to fill in the struct sigevent ·
diagram showing big picture
· Clock interrupt sources ·
drift
· Clock interrupt sources ·
flags
· What kind of timer? ·
getting and setting the realtime clock
· Getting and setting the realtime clock and more ·
hardware divider
· Clock interrupt sources ·
hardware divisor
· Clock interrupt sources ·
implementation
· Operating periodically · Server-maintained timeouts · Summary · Types of timers ·
improving accuracy
· Adjusting the timebase ·
inactivity shutdown
· Periodic server maintenance cycles ·
jitter
· Timing jitter ·
diagram
· Timing jitter ·
kernel timeouts
· Summary ·
limits on base timing resolution
· Adjusting the timebase ·
one-shot
· Types of timers · What kind of timer? ·
example
· What kind of timer? ·
periodic
· Types of timers · What kind of timer? ·
and server maintenance
· Periodic server maintenance cycles ·
and servers
· A server with periodic pulses ·
example
· What kind of timer? ·
polling
· Periodic server maintenance cycles ·
preemption
· Timing jitter ·
pulse versus signal
· Signal notification ·
pulses
· gotAMessage() · gotAPulse() · main() · Notification schemes · Pulse notification · Server-maintained timeouts · setupPulseAndTimer() · The MsgReceivePulse() function ·
putting a thread on hold
· Operating periodically ·
readying a thread
· Summary · Timing jitter ·
relative
· Summary · Types of timers · What kind of timer? ·
defined
· Glossary ·
example
· gotAMessage() · gotAPulse() · main() · Server-maintained timeouts · setupPulseAndTimer() · What kind of timer? ·
repeating
defined
· Glossary ·
resolving
· Base timing resolution ·
scheduling an event in the future
· Types of timers ·
sending a signal
· Signal notification ·
specifying code number
· Signal notification ·
specifying signal number
· Signal notification ·
setting type
· What kind of timer? ·
SIGALRM
· Timers delivering signals ·
SIGEV_THREAD
· How to fill in the struct sigevent ·
signals
· Notification schemes · Timers delivering signals ·
specifying a signal
· Timers delivering signals ·
SIGUSR1
· Timers delivering signals ·
specifying sub-second values
· What kind of timer? ·
starting
· What kind of timer? ·
struct itimerspec
· What kind of timer? ·
struct sigevent
· How to fill in the struct sigevent ·
struct timespec
· What kind of timer? ·
timeout notification
· Notification schemes ·
by pulse
· Pulse notification ·
by signal
· Signal notification ·
TIMER_ABSTIME
· What kind of timer? ·
timer_create()
· Creating a timer ·
timer_settime()
· What kind of timer? ·
types
· Types of timers · What kind of timer? ·
usage examples
· A server with periodic pulses ·
using
· Using timers ·
using pulses with servers
· Pulse notification ·
warm-up timer
· Periodic server maintenance cycles ·
TIMER_ABSTIME
· What kind of timer? ·
timer_create()
· CLOCK_MONOTONIC · Creating a timer · setupPulseAndTimer() · Signal, pulse, or thread? · What kind of timer? ·
example
· setupPulseAndTimer() ·
flags argument
· What kind of timer? ·
signal example
· Timers delivering signals ·
timer_settime()
· setupPulseAndTimer() · What kind of timer? ·
and TIMER_ABSTIME
· What kind of timer? ·
example
· setupPulseAndTimer() ·
TimerTimeout()
· Kernel timeouts · Kernel timeouts with message passing · Kernel timeouts with pthread_join() · Message passing · _NTO_CHF_UNBLOCK · The receive ID (a.k.a. the client cookie) ·
and CLOCK_REALTIME
· Kernel timeouts ·
example
· Kernel timeouts with message passing · Kernel timeouts with pthread_join() ·
specifying multiple kernel states
· Kernel timeouts with message passing ·
timeslice
· Round Robin ·
timestamps
· An accurate timestamp ·
timing
busy wait
· Operating periodically ·
fine grained
· Operating periodically ·
high accuracy
· An accurate timestamp ·
hogging CPU
· Operating periodically ·
using ClockCycles()
· An accurate timestamp ·
tips
broadcast versus signal
· Signal versus broadcast ·
SMP gotchas
· Things to watch out for when using SMP ·
when to use condvar
· Sleepons versus condvars ·
when to use sleepon
· Sleepons versus condvars ·
where to use a thread
· Threads in independent situations · Where a thread is a good idea ·
Transparent Distributed Processing (TDP)
· More about channels ·

See also Qnet

Trigger() (QNX 4)
· Proxies ·
triggering timeouts
· Kernel timeouts ·
Trunley, Paul
· Preface to the First Edition by Rob Krten ·
typographical conventions
· Typographical conventions ·

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

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