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 ·

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 algorithm

· 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 algorithms ·

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 algorithms ·

scheduling algorithm

· The kernel as arbiter ·

scheduling algorithms

· Scheduling algorithms ·

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()

· 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 ·

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