Topic Index

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abort()

Inter-thread Communication package [in 5.5.4.2 Aborting a Request]

aborted()

Inter-thread Communication package [in 5.5.3.3 Example]

[in 5.5.4.3 Querying the Status of an IOU Object]

aborting a cancellation

[in 3.5.10.3 Aborting a Cancellation]

[in 3.5.3 Runnable State]

aborting IOU requests [in 5.5.4.2 Aborting a Request]
accessing the same resource [in 4.4.1 Creating Two or More Threads that Access the Same Resources]
acquire()

Synchronization package [in 4.5.1 The RWMutexLock Class]

[in 4.5.4 The RWTRecursiveLock Class]

acquire

definition [in 4.1 Introducing the Synchronization Package]

acquireRead()

Synchronization package [in 4.5.5 The RWReadersWriterLock Class]

acquireWrite()

Synchronization package [in 4.5.5 The RWReadersWriterLock Class]

acquisition ordering

[in 4.5.1.4 Acquiring Mutex Ownership]

[in 4.5.2 The RWFIFOMutexLock Class]

[in 4.5.7 The RWSemaphore Class]

active objects

and thread server classes [in 3.1 Introducing the Threading Package]

building [in 3.8 Using Threads To Build Active Objects]

using [in 5.5.5.3 Using Active Objects]

active runnables [in 3.5.3 Runnable State]
active state [in 3.9.9.5 Scheduling Policy]
addCallback()

Threading package [in 3.5.15.5 Registering the Callback]

address-space [in 3.2.2 Threads and Memory]
aggregation [in 7.5.3 Using RWTCountingPointer]
alignment [in 4.4.4.2 Read Synchronization]
assertions [in 4.5.1.3 Attempting Recursive Acquisition]
asynchronous dispatching

definition [in 3.4.2 Introducing the Runnable]

asynchronous functions [in 5.1 Introducing the Interthread Communication Package]
asynchronous runnable [in 3.5.5 Starting a Runnable]
asynchronous

definition [in 5.1 Introducing the Interthread Communication Package]

atomic actions

Synchronization package [in 4.2 Definitions]

attribute value functions

Threading package [in 3.9.4 Querying Attribute Values]

[in 3.9.4 Querying Attribute Values]

[in 3.9.5 Setting Attribute Values]

[in 3.9.5 Setting Attribute Values]

[in 3.9.7 Restoring Default Attribute Values]

attributes

current limits for (Threading package) [in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.8 Determining the Legal Range For An Attribute]

thread [in 3.9 Thread Attributes]

avoiding a block [in 4.5.1.1 Avoiding a Block]
awakened

Synchronization package [in 4.2 Definitions]

backward compatibility [in A.1 Overview]
barrier

definition [in 3.5.9.6 Rendezvous Synchronization]

[in 4.1 Introducing the Synchronization Package]

RWBarrier [in 4.5.9 The RWBarrier Class]

bibliography [in C.1 Introduction]
binding handle and body instances [in 7.3.1.4 Handle-body Mechanics]
blocked

state [in 3.9.9.5 Scheduling Policy]

thread [in 3.9.9.5 Scheduling Policy]

[in 4.2 Definitions]

blocking

definition [in 5.2.2 Producers, Consumers, and Blocking]

blocks

avoiding [in 4.5.1.1 Avoiding a Block]

body instance

definition [in 3.3.1.1 Runnable Handle Classes]

broadcast

definition [in 4.4.5 Using Condition Variables]

building active objects using threads [in 3.8 Using Threads To Build Active Objects]
building monitors [in 4.4.4 Building Monitors]

callbacks

[in 3.5.15.2 Monitoring Changes in Execution State ]

execution state change [in 3.5.15.4 Using Callbacks]

callee data

definition [in 8.1.5.2 When Function Arguments Won't Change Across Invocations]

callee

definition [in 8.1.5 How Do They Work?]

caller data

definition [in 8.1.5.1 When the Function Signature Matches the Functor Invocation]

caller

definition [in 8.1.5 How Do They Work?]

canceled completion state [in 3.5.3 Runnable State]
canceling a runnable

implementation [in 3.5.10 Canceling a Runnable]

with lockguards [in 3.5.10.7 Designing Your Code]

canceling a server [in 3.6.6 Canceling a Server]
cancellation requests

servicing [in 4.5.1.7 Servicing Cancellation Requests]

cancellation

[in 3.5.10 Canceling a Runnable]

[in 3.5.3 Runnable State]

canGetConcurrencyPolicy()

Threading package [in 3.9.9.4 Concurrency Policy]

canGetContentionScope()

Threading package [in 3.9.9.2 Scheduling Contention Scope]

canGetInheritancePolicy()

Threading package [in 3.9.9.3 Scheduling Inheritance Policy]

canGetPriority()

Threading package [in 3.9.9.6 Scheduling Priority]

canGetSchedulingPolicy()

Threading package [in 3.9.9.5 Scheduling Policy]

canGetStackCommitSize()

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

canGetStackReserveSize()

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

canGetStartPolicy()

Threading package [in 3.9.9.1 Start Policy]

canGetTimeSliceQuantum()

Threading package [in 3.9.9.7 Scheduling Time-Slice Quantum]

canGetUserStack()

Threading package [in 3.9.10.3 User-Managed Stack Attributes]

canSetConcurrencyPolicy()

Threading package [in 3.9.9.4 Concurrency Policy]

canSetContentionScope()

Threading package [in 3.9.9.2 Scheduling Contention Scope]

canSetInheritancePolicy()

Threading package [in 3.9.9.3 Scheduling Inheritance Policy]

canSetPriority()

Threading package [in 3.9.9.6 Scheduling Priority]

canSetSchedulingPolicy()

Threading package [in 3.9.9.5 Scheduling Policy]

canSetStackCommitSize()

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

canSetStackReserveSize()

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

canSetStartPolicy()

Threading package [in 3.9.9.1 Start Policy]

canSetTimeSliceQuantum()

Threading package [in 3.9.9.7 Scheduling Time-Slice Quantum]

canSetUserStack()

Threading package [in 3.9.10.3 User-Managed Stack Attributes]

catching exceptions [in 3.5.8 Catching and Rethrowing Exceptions]
changes from version1.4 to 2.0 [in D.2 Changes from 1.4 to 2.0]
class hierarchy notation [in 1.5.3 Terminology and Notation]
class naming conventions

functors [in 8.2.1 Class Naming Conventions]

class relationship notations [in 1.5.3 Terminology and Notation]
client data

definition [in 8.1.5.2 When Function Arguments Won't Change Across Invocations]

close()

Inter-thread Communication package [in 5.5.3.1 The close() Function]

closeable()

Inter-thread Communication package [in 5.5.3.3 Example]

closed()

Inter-thread Communication package [in 5.5.3.3 Example]

closing IOUs

and redeeming [in 5.5.5.2 Closing and Redeeming an IOU]

definition [in 5.5.3 Closing an IOU]

implementation [in 5.5.3 Closing an IOU]

command object

definition [in 8.1 Introducing the Functor Package]

commit size

[in 3.9.1.2 Stack Management Attributes]

[in 3.9.10.2 System-Managed Stack Attributes]

completion state values [in 3.5.3 Runnable State]
completion state

and runnable objects [in 3.5.3 Runnable State]

[in 3.5.5.1 Starting Synchronous Runnables]

[in 3.5.5.3 Starting Threaded Runnables]

canceled [in 3.5.3 Runnable State]

failed [in 3.5.3 Runnable State]

monitoring [in 3.5.7 Monitoring the Completion State of a Runnable]

normal [in 3.5.3 Runnable State]

pending [in 3.5.3 Runnable State]

terminated [in 3.5.3 Runnable State]

composition

definition [in 7.5.3 Using RWTCountingPointer]

concurrency policy

[in 3.9.1.1 Scheduling Attributes]

[in 3.9.3.2 "Get" Test Functions]

[in 3.9.9.4 Concurrency Policy]

concurrency

[in 2.1 Background]

definition [in 3.2.1 Threads and Concurrency]

condition synchronization

definition [in 4.2 Definitions]

[in 4.4.5 Using Condition Variables]

RWCondition [in 4.5.8 The RWCondition Class]

condition variables

combining with mutual exclusion [in 4.4.5.1 Combining the Condition Variable with Mutual Exclusion]

definition [in 4.1 Introducing the Synchronization Package]

[in 4.4.5 Using Condition Variables]

RWCondition [in 4.5.8 The RWCondition Class]

using for producer-consumer synchronization [in 4.4.5.2 Using the Condition Variable for Producer-Consumer Synchronization]

using [in 4.4.5 Using Condition Variables]

connect()

and attaching trace client to filter [in 6.7.1 Using the Predefined Client]

and chaining trace filters [in 6.8.2 Chaining Multiple Filters]

connectToManager()

and attaching to the trace manager [in 6.7.2.3 Using Your Client]

constructing a server [in 3.6.1 Constructing a Server]
constructing functors and runnables [in 3.4.4 Explicitly Constructing Functors and Runnables]
constructing IOUs [in 5.5.2 Constructing an IOU]
consumer-producer synchronization

[in 5.2.2 Producers, Consumers, and Blocking]

definition [in 4.4.5.2 Using the Condition Variable for Producer-Consumer Synchronization]

contains()

and checking for a key [in 8.7.4.1 Checking for a Key]

contention scope attribute [in 3.9.9.2 Scheduling Contention Scope]
contention scope

[in 3.9.1.1 Scheduling Attributes]

[in 3.9.3.2 "Get" Test Functions]

[in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.9.5 Scheduling Policy]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

continue [in 3.9.9.5 Scheduling Policy]
controlling threads

[in 3.4.2 Introducing the Runnable]

[in 3.5 The Runnable Object Classes]

convenience functions [in 3.5.2.1 Global Template Functions]
conventions, documentation [in 1.6.2 Type Conventions]
conventions

class relationship notation [in 1.5.3 Terminology and Notation]

documentation [in 1.6 Documentation Conventions]

naming [in 1.6.2 Type Conventions]

path name variables [in 1.6 Documentation Conventions]

type [in 1.6.1 Path Name Variables]

count variable

definition [in 4.4.4.1 Count Synchronization]

creating functor-based runnables [in 3.5.2 Creating Functor-based Runnables]
creating runnables [in 3.5.2 Creating Functor-based Runnables]
creating threads that access the same resource [in 4.4.1 Creating Two or More Threads that Access the Same Resources]
creating threads

[in 3.4.1 Creating Threads]

[in 3.4.2 Introducing the Runnable]

[in 3.5 The Runnable Object Classes]

critical section

definition [in 4.4.2 Using Mutexes]

[in 4.5.1 The RWMutexLock Class]

data alignment [in 4.4.4.2 Read Synchronization]
deadlock [in 3.9.9.6 Scheduling Priority]
debug version [in 4.5.1.3 Attempting Recursive Acquisition]
default attribute values [in 3.9.6 Default Attribute Values]
default exception messages [in 9.3 Default Exception Messages]
default

inheritance policy [in 3.9.9.3 Scheduling Inheritance Policy]

start policy [in 3.9.9.1 Start Policy]

defining a runnable objectxd5 s task [in 3.5.1 Defining a Runnable's Task]
dependencies, scheduling attributes [in 3.9.9 Scheduling Attributes]
dependencies

Functor package [in 8.1.1 Functor Subpackages]

Inter-thread Communication package [in 5.1 Introducing the Interthread Communication Package]

Pointer package [in 7.1 Introducing the Smart Pointer Package]

Synchronization package [in 4.1 Introducing the Synchronization Package]

Thread-compatible Exception package [in 9.1 Introducing the Thread-compatible Exception Package]

Dijkstra, E. W. [in 4.5.7 The RWSemaphore Class]
disconnectClient()

and stopping all tracing [in 6.6.2 Stopping Trace]

dispatch [in 3.9.9.5 Scheduling Policy]
distinguishing runnables [in 3.5.5.4 Distinguishing Between Synchronous and Threaded Runnables]
documentation conventions [in 1.6 Documentation Conventions]
documentation locations (SPM installations) [in 1.4 Documentation]
documentation, SPM and VSE installations [in 1.4 Documentation]
doTrace()

and processing trace events [in 6.7.2 Creating User-defined Clients]

[in 6.7.2.1 Including a Timestamp in Trace Output]

[in 6.8.3.1 Creating the Filter's Body Class]

dual priority functions

Threading package [in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

dual priority

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

dynamic linker-loader [in 3.9.10.1 Allocating and Managing a Thread Stack]

empty handles

definition [in 3.3.1.1 Runnable Handle Classes]

enableCancellation()

avoid in nested lockguards [in 3.5.10.6 Using Synchronization Classes to Service Cancellation Requests]

Synchronization package [in 4.5.1.7 Servicing Cancellation Requests]

Threading package [in 3.5.10.7 Designing Your Code]

enqueue()

RWThreadPool [in 3.7.3 Enqueuing Work on a Thread Pool]

Threading package [in 3.6.3 Enqueuing Runnables on a Server]

enqueuing runnables on a server [in 3.6.3 Enqueuing Runnables on a Server]
entries()

and checking for the number of entries in the map [in 8.7.4.3 Checking for the Number of Entries]

environment variables

Execution Tracing package [in 6.1 Introducing the Execution Tracing Package]

[in 6.10.2 The RW_TRACE_LEVEL Environment Variable]

[in 6.4 Using Set Declaration Macros]

[in 6.4.2.1 Implications for Template Classes]

[in 6.4.3 Function Declaration Macros]

[in 6.4.3.6 Assigning functionTag Names]

[in 6.4.4 Setting Environment Variables for Event Sets]

[in 6.6.1 The Trace Manager Buffer]

[in 6.6.3 Trace Manager Environment Variables]

escrow object

definition [in 5.2.1 Futures, IOUs, and Escrows]

European phone numbers [in 1.7.2 How to Contact Technical Support]
example

Execution Tracing [in 6.3 Using Trace]

[in 6.5.4 Trace Macros Example]

[in 6.7.2 Creating User-defined Clients]

[in 6.7.2.1 Including a Timestamp in Trace Output]

[in 6.7.2.2 Including Thread IDs in Trace Output]

[in 6.8.1.1 Using RWTraceLevelFilter]

[in 6.8.1.2 Using RWTraceMultiClientFilter]

[in 6.8.3.1 Creating the Filter's Body Class]

[in 6.8.3.1 Creating the Filter's Body Class]

Functor [in 8.3 Using Functors]

[in 8.4.2.1 Choosing a Global Template Function]

[in 8.4.3.1 Choosing a Macro]

[in 8.5 Invoking Functors]

[in 8.5.1 Running Unknown Functions]

[in 8.6.3.1 Constructing Functor Lists]

[in 8.6.3.2 Adding Functors to the List]

[in 8.6.3.3 Invoking Functor Lists]

[in 8.6.3.6 Using a Functor List as a Callback]

[in 8.7.3.1 Constructing Functor Maps]

[in 8.7.3.2 Adding Functors to the Map]

[in 8.7.3.4 Defining a Default Functor for the Map ]

[in 8.7.5 Functor Map Example]

Inter-thread Communication [in 5.4.1.2 Example]

[in 5.5.3.3 Example]

[in 5.5.5.1 Example]

[in 5.5.7.2 Using Timed Waits]

[in 5.5.7.4 Another Asynchronous Example]

Smart Pointer [in 7.3.2.3 Handle-Body Example]

[in 7.4 Using the RWTSingleton Class]

[in 7.5.1 Using RWTOnlyPointer]

[in 7.5.1 Using RWTOnlyPointer]

[in 7.5.2 Using RWTCountedPointer]

[in 7.5.2.1 Deriving from RWTCountingBody for Reference Counting]

[in 7.5.3 Using RWTCountingPointer]

source file location [in 1.5.4 Examples]

Synchronization [in 4.4.2.1 Using a Basic Mutex Mechanism]

[in 4.4.2.2 Using a Try-Catch Block]

[in 4.4.4 Building Monitors]

[in 4.4.4.3 The RWTMonitor<Lock> Class]

[in 4.4.5.2 Using the Condition Variable for Producer-Consumer Synchronization]

[in 4.5.1.4 Acquiring Mutex Ownership]

[in 4.5.1.5 Using a Guard Class]

[in 4.5.4.2 Using RWTRecursiveLock]

[in 4.5.8 The RWCondition Class]

[in 4.5.9 The RWBarrier Class]

[in 4.6.1 Using a Lock Guard]

[in 4.6.2 Releasing and Reacquiring a Guarded Lock]

[in 4.6.3 Using the Unlock Guard Class]

[in 4.6.4 Using the RWTTryLockGuard Template Class]

Example

Thread-compatible Exception [in 9.4.2 Creating Your Own Error Handler]

example

Thread-compatible Exception [in 9.4.2 Creating Your Own Error Handler]

Threading [in 3.4.1 Creating Threads]

[in 3.4.4 Explicitly Constructing Functors and Runnables]

[in 3.4.4.2 Using Macros]

[in 3.5.9.5 Shutting Down a Continuous Process]

[in 3.5.9.6 Rendezvous Synchronization]

[in 3.5.10.7 Designing Your Code]

[in 3.5.10.7 Designing Your Code]

[in 3.5.15.3 Using Wait Functions]

[in 3.5.15.6 Changing the Execution State]

[in 3.5.2.3 Static Make Functions]

[in 3.5.5.2 Checking the Completion State]

[in 3.5.5.4 Distinguishing Between Synchronous and Threaded Runnables]

[in 3.5.6.1 Types of Join Functions]

[in 3.5.8.1 Testing After Successful Joins]

[in 3.6.1 Constructing a Server]

[in 3.8.1.1 Example]

[in 3.8.2 Using Runnable Servers]

exceptions

default messages [in 9.3 Default Exception Messages]

specifications removed in 2.0 [in D.2 Changes from 1.4 to 2.0]

thread-compatible [in 9.1 Introducing the Thread-compatible Exception Package]

execution context [in 3.2.1 Threads and Concurrency]
execution nesting

[in 3.5.16 Execution Nesting]

definition [in 3.5.16 Execution Nesting]

execution state callbacks

[in 3.5.15.2 Monitoring Changes in Execution State ]

[in 3.5.15.4 Using Callbacks]

execution state mask

[in 3.5.15.3 Using Wait Functions]

[in 3.5.15.5 Registering the Callback]

execution state values

Threading package [in 3.5.3 Runnable State]

execution state

[in 3.5.3 Runnable State]

[in 3.5.5.1 Starting Synchronous Runnables]

[in 3.5.5.3 Starting Threaded Runnables]

[in 3.9.9.5 Scheduling Policy]

Execution Tracing macros [in 6.4 Using Set Declaration Macros]
Execution Tracing package

[in 6.1 Introducing the Execution Tracing Package]

example [in 6.3 Using Trace]

[in 6.5.4 Trace Macros Example]

[in 6.7.2 Creating User-defined Clients]

[in 6.7.2.1 Including a Timestamp in Trace Output]

[in 6.7.2.2 Including Thread IDs in Trace Output]

[in 6.8.1.1 Using RWTraceLevelFilter]

[in 6.8.1.2 Using RWTraceMultiClientFilter]

[in 6.8.3.1 Creating the Filter's Body Class]

[in 6.8.3.1 Creating the Filter's Body Class]

exit [in 3.9.9.5 Scheduling Policy]
exited state [in 3.9.9.5 Scheduling Policy]
external handle instance

definition [in 3.3.1.1 Runnable Handle Classes]

failed completion state [in 3.5.3 Runnable State]
feature test macros

[in 3.9.2 Thread Attribute Portability]

[in 3.9.3.1 Using Feature Test Macros]

FIFO acquisition [in 4.5.2 The RWFIFOMutexLock Class]
FIFO mutex [in 4.1 Introducing the Synchronization Package]
filter

definition [in 6.2 Execution Tracing Package Architecture]

find()

and checking for a key and functor [in 8.7.4.2 Checking for a Key and its Functor]

function objects

definition [in 8.1 Introducing the Functor Package]

function signature

[in 3.4.3 Runnable Make Functions]

[in 3.5.2.1 Global Template Functions]

[in 8.4 Constructing Functors]

functor handle classes

[in 8.4.2.1 Choosing a Global Template Function]

[in 8.4.3.1 Choosing a Macro]

functor lists

adding to [in 8.6.3.2 Adding Functors to the List]

constructing [in 8.6.3.1 Constructing Functor Lists]

invoking [in 8.6.3.3 Invoking Functor Lists]

removing functors [in 8.6.3.4 Removing Functors from the List]

updating [in 8.6.3.5 Updating Functor Lists]

using as a callback [in 8.6.3.6 Using a Functor List as a Callback]

using [in 8.6.1 How Do They Work?]

[in 8.6.3 Using Functor Lists]

functor maps

adding to [in 8.7.3.2 Adding Functors to the Map]

checking for a key [in 8.7.4.1 Checking for a Key]

constructing [in 8.7.3.1 Constructing Functor Maps]

defining a default functor [in 8.7.3.4 Defining a Default Functor for the Map ]

invoking [in 8.7.3.3 Invoking Functor Maps]

querying [in 8.7.4 Querying the Map]

removing functors [in 8.7.3.5 Removing Functors from the Map]

understanding [in 8.7.1 How Do They Work?]

using [in 8.7 The Functor Map Subpackage]

Functor package

architecture [in 8.1.1 Functor Subpackages]

example [in 8.3 Using Functors]

[in 8.4.2.1 Choosing a Global Template Function]

[in 8.4.3.1 Choosing a Macro]

[in 8.5 Invoking Functors]

[in 8.5.1 Running Unknown Functions]

[in 8.6.3.1 Constructing Functor Lists]

[in 8.6.3.2 Adding Functors to the List]

[in 8.6.3.3 Invoking Functor Lists]

[in 8.6.3.6 Using a Functor List as a Callback]

[in 8.7.3.1 Constructing Functor Maps]

[in 8.7.3.2 Adding Functors to the Map]

[in 8.7.3.4 Defining a Default Functor for the Map ]

[in 8.7.5 Functor Map Example]

functor-based runnables

definition [in 3.1 Introducing the Threading Package]

functor

definition [in 8.1 Introducing the Functor Package]

functors

analyzing requirements [in 8.4.1 Analyzing Functor Requirements]

assigning [in 8.4.4 Copying and Assigning Functors]

choosing global template functions [in 8.4.2.1 Choosing a Global Template Function]

class naming conventions [in 8.2.1 Class Naming Conventions]

constructing with macros [in 8.4.3 Using Macros ]

[in 8.4.3.2 Constructing a Functor with a Macro]

constructing [in 8.4 Constructing Functors]

copying [in 8.4.4 Copying and Assigning Functors]

invoking [in 8.5 Invoking Functors]

list subpackage [in 8.6 The Functor List Subpackage]

running unknown functions [in 8.5.1 Running Unknown Functions]

using global template functions [in 8.4.2 Using Global Template Functions]

using reference types with templates [in 8.4.5 Using Reference Types]

using [in 8.1.4 What Are They For?]

[in 8.3 Using Functors]

future

[in 5.5 The IOU Classes]

definition [in 5.2.1 Futures, IOUs, and Escrows]

garbage collection

[in 7.1 Introducing the Smart Pointer Package]

[in 7.5 Using the Smart Pointer Classes]

[in 7.5.3 Using RWTCountingPointer]

get test run-time functions

Threading package [in 3.9.3.2 "Get" Test Functions]

[in 3.9.3.2 "Get" Test Functions]

getActiveAttribute()

Threading package [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]

getActivePoolAttribute()

Threading package [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]

getAttribute()

Threading package [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]

getCompletionState()

Threading package [in 3.5.7 Monitoring the Completion State of a Runnable]

getConcurrencyPolicy()

Threading package [in 3.9.9.4 Concurrency Policy]

getContentionScope()

Threading package [in 3.9.9.2 Scheduling Contention Scope]

getDefault()

and checking the default functor [in 8.7.3.4 Defining a Default Functor for the Map ]

getExecutionState()

Threading package [in 3.5.15.1 Getting the Instantaneous Execution State of a Runnable]

getInheritancePolicy()

Threading package [in 3.9.9.3 Scheduling Inheritance Policy]

getMaxPriority()

Threading package [in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.9.6 Scheduling Priority]

getMaxProcessScopePriority()

Threading package [in 3.9.8 Determining the Legal Range For An Attribute]

getMaxSystemScopePriority()

Threading package [in 3.9.8 Determining the Legal Range For An Attribute]

getMaxTimeSliceQuantum()

Threading package [in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

getMinPriority()

Threading package [in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.9.6 Scheduling Priority]

getMinProcessScopePriority()

Threading package [in 3.9.8 Determining the Legal Range For An Attribute]

getMinStackSize()

Threading package [in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.10.2 System-Managed Stack Attributes]

[in 3.9.10.3 User-Managed Stack Attributes]

getMinSystemScopePriority()

Threading package [in 3.9.8 Determining the Legal Range For An Attribute]

getMinTimeSliceQuantum()

Threading package [in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

getNestedRunnable()

Threading package [in 3.5.16.1 Starting Synchronous Runnables]

getNext()

Inter-thread Communication package [in 5.5.7.3 Improving the Asynchronous Example]

getPoolAttribute()

Threading package [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]

getPriority()

Threading package [in 3.9.4 Querying Attribute Values]

[in 3.9.9.6 Scheduling Priority]

getSchedulingPolicy()

Threading package [in 3.9.9.5 Scheduling Policy]

getStackCommitSize()

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

getStackReserveSize()

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

getStartPolicy()

Threading package [in 3.9.9.1 Start Policy]

getSuspendCount()

Threading package [in 3.5.13.1 Using the suspend() and resume() Functions]

getTimeSliceQuantum()

Threading package [in 3.9.9.7 Scheduling Time-Slice Quantum]

getUserStack()

Threading package [in 3.9.10.3 User-Managed Stack Attributes]

getUserStackAddress()

Threading package [in 3.9.10.3 User-Managed Stack Attributes]

global static mutex [in 4.5.1.6 Initializing a Mutex]
global template functions

and functor handle classes [in 8.4.2.1 Choosing a Global Template Function]

guard classes

definition [in 4.1 Introducing the Synchronization Package]

guard functor

[in 3.5.1.3 Guard Functors]

[in 3.6.3 Enqueuing Runnables on a Server]

guarded classes

definition [in 5.6.2 Guarded and Prioritized Classes]

guarded locks [in 4.6.2 Releasing and Reacquiring a Guarded Lock]
guards [in 4.4.3 Using Guards]

handle classes

creating bodies automatically [in 7.3.2.1 Defining Handle Classes that Automatically Create Bodies]

handle instances

binding to body instances [in 7.3.1.4 Handle-body Mechanics]

handle-body classes

binding [in 7.3.1.4 Handle-body Mechanics]

implementing [in 7.3.2 Implementing Your Own Handles and Bodies]

Pointer package [in 7.2.2 Handle-Body Classes in Class Hierarchies]

Smart Pointer package [in 7.1 Introducing the Smart Pointer Package]

using [in 7.3 Using the Handle-Body Classes]

handle-body idiom

definition [in 3.3.1 The Runnable Class Hierarchy]

Functor package [in 8.2 Functor Class Hierarchy]

Threading package [in 3.1 Introducing the Threading Package]

header files

Execution Tracing package [in 6.1.2 Including the Trace Header Files]

Functor package [in 8.1.3 Including the Functor Header Files]

Inter-thread Communication package [in 5.1.2 Including the Header Files]

Smart Pointer package [in 7.1.2 Including the Smart Pointer Header Files]

Synchronization package [in 4.1.2 Including the Header Files]

Thread-compatible Exception package [in 9.1.2 Including the Exception Header Files]

Threading package [in 3.1.2 Including the Header Files]

heap [in 3.2.2 Threads and Memory]

identifying threads [in 4.5.4.1 Identifying Threads]
inactive runnables [in 3.5.3 Runnable State]
inError()

Inter-thread Communication package [in 5.5.3.3 Example]

[in 5.5.4.3 Querying the Status of an IOU Object]

inheritance policy attribute [in 3.9.9.3 Scheduling Inheritance Policy]
inheritance policy default [in 3.9.9.3 Scheduling Inheritance Policy]
inheritance policy

[in 3.9.1.1 Scheduling Attributes]

[in 3.9.9.5 Scheduling Policy]

[in 3.9.9.5 Scheduling Policy]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

inheritance

priority [in 3.9.9.6 Scheduling Priority]

scheduling policy [in 3.9.9.5 Scheduling Policy]

time-slice quantum [in 3.9.9.7 Scheduling Time-Slice Quantum]

initial

completion state [in 3.5.5.1 Starting Synchronous Runnables]

[in 3.5.5.3 Starting Threaded Runnables]

execution state [in 3.5.5.1 Starting Synchronous Runnables]

[in 3.5.5.3 Starting Threaded Runnables]

initializing a mutex [in 4.5.1.6 Initializing a Mutex]
inside threads

definition [in 3.3.1.1 Runnable Handle Classes]

Inter-thread Communication package

example [in 5.4.1.2 Example]

[in 5.5.3.3 Example]

[in 5.5.5.1 Example]

[in 5.5.7.2 Using Timed Waits]

[in 5.5.7.4 Another Asynchronous Example]

interaction diagram

RWCondition [in 4.5.8 The RWCondition Class]

RWMutexLock [in 4.5.1.1 Avoiding a Block]

interference

definition [in 4.2 Definitions]

internal handle instance

definition [in 3.3.1.1 Runnable Handle Classes]

interrupt

[in 3.9.1.1 Scheduling Attributes]

[in 3.9.9.1 Start Policy]

interrupt()

Threading package [in 3.5.9.6 Rendezvous Synchronization]

interrupted runnables [in 3.5.3 Runnable State]
interrupting a runnable

[in 3.5.9 Interrupting a Runnable]

[in 3.5.9.1 Avoiding Deadlock]

interrupting a server [in 3.6.5 Interrupting a Server]
invariant [in 2.1 Background]
IOUs

aborting [in 5.5.4.2 Aborting a Request]

closing [in 5.5.3 Closing an IOU]

[in 5.5.5.2 Closing and Redeeming an IOU]

constructing [in 5.5.2 Constructing an IOU]

definition [in 5.1 Introducing the Interthread Communication Package]

[in 5.2.1 Futures, IOUs, and Escrows]

querying status [in 5.5.4.3 Querying the Status of an IOU Object]

redeeming [in 5.5.4 Redeeming an IOU]

[in 5.5.5.2 Closing and Redeeming an IOU]

testing for empty handles [in 5.5.1 Testing for Empty IOU Handles]

trapping [in 5.5.7 Trapping IOUs with RWTIOUTrap]

using [in 5.5.5 Using IOUs]

waiting for trapped [in 5.5.7.1 Waiting for Trapped IOUs]

waiting for [in 5.5.6 Waiting for IOUs]

is-set test run-time functions

Threading package [in 3.9.3.4 "Is Set" Test Functions]

isConcurrencyPolicySet()

Threading package [in 3.9.9.4 Concurrency Policy]

isContentionScopeSet()

Threading package [in 3.9.9.2 Scheduling Contention Scope]

isInheritancePolicySet()

Threading package [in 3.9.9.3 Scheduling Inheritance Policy]

isPrioritySet()

Threading package [in 3.9.9.6 Scheduling Priority]

isSchedulingPolicySet()

Threading package [in 3.9.9.5 Scheduling Policy]

isStackCommitSizeSet()

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

isStackReserveSizeSet()

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

isStartPolicySet()

Threading package [in 3.9.9.1 Start Policy]

isTimeSliceQuantumSet()

Threading package [in 3.9.9.7 Scheduling Time-Slice Quantum]

isUserStackSet()

Threading package [in 3.9.10.3 User-Managed Stack Attributes]

isValid()

[in 3.7.3 Enqueuing Work on a Thread Pool]

[in 7.6 Smart Pointer Class Architecture]

Threading package [in 3.3.1.1 Runnable Handle Classes]

join [in 3.9.9.5 Scheduling Policy]
join()

Threading package [in 3.5.6 Joining a Runnable ]

joining a runnable [in 3.5.6 Joining a Runnable ]

kernel threads

[in 3.9.9.2 Scheduling Contention Scope]

[in 3.9.9.4 Concurrency Policy]

libraries

Threads.h++ [in 1.2 Product Packages and Libraries]

local variables

definition [in 3.2.2 Threads and Memory]

lock guards [in 4.6.1 Using a Lock Guard]

macros

and functor handle classes [in 8.4.3.1 Choosing a Macro]

Execution Tracing [in 6.4 Using Set Declaration Macros]

[in 6.5.4 Trace Macros Example]

make() functions

Threading package [in 3.9.11.2 Supplying RWThreadAttribute Instances At Construction]

make()

RWThreadPool [in 3.7.1 Constructing a Thread Pool]

making runnables [in 3.5.2 Creating Functor-based Runnables]
memory leaks [in 7.5.1 Using RWTOnlyPointer]
method object

definition [in 8.1 Introducing the Functor Package]

monitor()

RWTMonitor [in 4.4.4.3 The RWTMonitor<Lock> Class]

Synchronization package [in 4.4.4.3 The RWTMonitor<Lock> Class]

monitor

definition [in 4.4.4 Building Monitors]

RWTMonitor [in 4.5.10 The RWTMonitor Class]

monitoring execution state [in 3.5.15 Monitoring the Execution State of a Runnable]
monitoring the completion state of a runnable [in 3.5.7 Monitoring the Completion State of a Runnable]
monitoring threads

[in 3.4.2 Introducing the Runnable]

[in 3.5 The Runnable Object Classes]

monitors

building [in 4.4.4 Building Monitors]

MT-hot

definition [in 3.2.1 Threads and Concurrency]

MT-safe level 1

definition [in 3.2.3 Thread Safety]

MT-safe level 2

definition [in 3.2.3 Thread Safety]

MT-safe

definition [in 3.2.3 Thread Safety]

multithread-hot

definition [in 3.2.1 Threads and Concurrency]

multithread

definition [in 3.2.1 Threads and Concurrency]

mutex ownership

acquiring [in 4.5.1.4 Acquiring Mutex Ownership]

mutexes

definition [in 4.4.1 Creating Two or More Threads that Access the Same Resources]

FIFO [in 4.1 Introducing the Synchronization Package]

initializing [in 4.5.1.6 Initializing a Mutex]

recursive [in 4.1 Introducing the Synchronization Package]

simple [in 4.1 Introducing the Synchronization Package]

mutual exclusion

definition [in 4.2 Definitions]

[in 4.4.2 Using Mutexes]

[in 4.5.1 The RWMutexLock Class]

naming convention [in 1.6.2 Type Conventions]
nest

definition [in 3.5.16 Execution Nesting]

normal completion state [in 3.5.3 Runnable State]
notation [in 1.5.2 Organization]

opaque pointer

definition [in 7.6 Smart Pointer Class Architecture]

ostream

and execution tracing [in 6.7.1 Using the Predefined Client]

outside threads

definition [in 3.3.1.1 Runnable Handle Classes]

ownership

definition [in 4.4.2 Using Mutexes]

packages

Threads.h++ [in 1.2 Product Packages and Libraries]

tracing [in 6.9 Using Package-level Tracing]

pagefile

[in 3.9.1.2 Stack Management Attributes]

[in 3.9.10.2 System-Managed Stack Attributes]

parallel [in 3.2.1 Threads and Concurrency]
path name variables (SPM installations) [in 1.6.1 Path Name Variables]
path name variables

SPM and VSE installations [in 1.6 Documentation Conventions]

pending completion state [in 3.5.3 Runnable State]
physical memory

[in 3.9.1.2 Stack Management Attributes]

[in 3.9.10.2 System-Managed Stack Attributes]

pointer classes

using [in 7.5 Using the Smart Pointer Classes]

Pointer package. See Smart Pointer package

pointer wrapper

Smart Pointer package [in 7.1 Introducing the Smart Pointer Package]

pointers

opaque [in 7.6 Smart Pointer Class Architecture]

Smart Pointer package [in 7.1 Introducing the Smart Pointer Package]

smart [in 7.6 Smart Pointer Class Architecture]

polling [in 4.2 Definitions]
pool [in 3.1 Introducing the Threading Package]
portability

[in 3.4.4.1 Functor Make Functions]

[in 3.9.2 Thread Attribute Portability]

[in 8.4.2 Using Global Template Functions]

Threading package [in 3.5.2.1 Global Template Functions]

preempt [in 3.9.9.5 Scheduling Policy]
preemptive [in 3.5.12.1 Executing Under a Preemptive Scheduling Policy]
prioritized classes

definition [in 5.6.2 Guarded and Prioritized Classes]

priority inversion [in 3.9.9.6 Scheduling Priority]
priority queue [in 3.5.12.1 Executing Under a Preemptive Scheduling Policy]
priority value functions

Threading package [in 3.9.9.6 Scheduling Priority]

priority value inheritance [in 3.9.9.6 Scheduling Priority]
priority

[in 3.6.3 Enqueuing Runnables on a Server]

[in 3.9.1.1 Scheduling Attributes]

[in 3.9.9.5 Scheduling Policy]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

privileges [in 3.9.3.2 "Get" Test Functions]
process address space

[in 3.9.1.2 Stack Management Attributes]

[in 3.9.10.2 System-Managed Stack Attributes]

process-scope

priority [in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

thread [in 3.9.9.2 Scheduling Contention Scope]

[in 3.9.9.4 Concurrency Policy]

process

definition [in 3.2.1 Threads and Concurrency]

processing cost [in 3.9.9.2 Scheduling Contention Scope]
producer-consumer synchronization

and the Inter-thread Communication package [in 5.1 Introducing the Interthread Communication Package]

definition [in 4.4.5.2 Using the Condition Variable for Producer-Consumer Synchronization]

[in 5.2.2 Producers, Consumers, and Blocking]

producer-consumer

queues [in 5.4.1 Using Producer-Consumer Queues]

querying status of IOUs [in 5.5.4.3 Querying the Status of an IOU Object]

raise()

Threading package [in 3.5.7 Monitoring the Completion State of a Runnable]

read-write synchronization classes [in 4.6.5 Using Classes with Read-Write Synchronization Resources]
readers-writer lock [in 4.1 Introducing the Synchronization Package]
recursive acquisition [in 4.5.1.3 Attempting Recursive Acquisition]
recursive mutex [in 4.1 Introducing the Synchronization Package]
redeemable()

Inter-thread Communication package [in 5.5.4.3 Querying the Status of an IOU Object]

redeemed()

Inter-thread Communication package [in 5.5.3.3 Example]

[in 5.5.4.3 Querying the Status of an IOU Object]

redeeming IOUs

[in 5.5.4 Redeeming an IOU]

[in 5.5.5.2 Closing and Redeeming an IOU]

reference-counted pointers

Smart Pointer package [in 7.1 Introducing the Smart Pointer Package]

reference-counting

[in 3.1 Introducing the Threading Package]

[in 3.3.1 The Runnable Class Hierarchy]

[in 7.6 Smart Pointer Class Architecture]

release()

Synchronization package [in 4.5.1 The RWMutexLock Class]

release

definition [in 4.1 Introducing the Synchronization Package]

released runnables [in 3.5.3 Runnable State]
releaseInterrupt()

Threading package [in 3.5.9.3 Completing the Interrupt Request]

[in 3.5.9.5 Shutting Down a Continuous Process]

[in 3.9.9.1 Start Policy]

remove()

and removing functors from the map [in 8.7.3.5 Removing Functors from the Map]

removeCallback()

Threading package [in 3.5.15.9 Removing a Callback]

rendezvous

definition [in 3.5.9.6 Rendezvous Synchronization]

RWBarrier [in 4.5.9 The RWBarrier Class]

requestCancellation()

Threading package [in 3.5.10.1 Canceling a Runnable from Another Thread]

[in 3.5.10.4 Types of requestCancellation Functions]

requestInterrupt()

Threading package [in 3.5.9.2 Interrupting a Runnable from Another Thread]

[in 3.5.9.4 Types of requestInterrupt() Functions]

[in 3.5.9.5 Shutting Down a Continuous Process]

reserve size

[in 3.9.1.2 Stack Management Attributes]

[in 3.9.10.2 System-Managed Stack Attributes]

resetConcurrencyPolicy()

Threading package [in 3.9.9.4 Concurrency Policy]

resetContentionScope()

Threading package [in 3.9.9.2 Scheduling Contention Scope]

resetInheritancePolicy()

Threading package [in 3.9.9.3 Scheduling Inheritance Policy]

resetPriority()

Threading package [in 3.9.9.6 Scheduling Priority]

resetSchedulingPolicy()

Threading package [in 3.9.9.5 Scheduling Policy]

resetStackCommitSize()

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

resetStackReserveSize()

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

resetStartPolicy()

Threading package [in 3.9.9.1 Start Policy]

resetTimeSliceQuantum()

Threading package [in 3.9.9.7 Scheduling Time-Slice Quantum]

resetUserStack()

Threading package [in 3.9.10.3 User-Managed Stack Attributes]

resize()

Threading package [in 3.6.8 Resizing a Server Pool]

resizing a server pool [in 3.6.8 Resizing a Server Pool]
resource acquisition is initialization idiom

[in 4.4.3 Using Guards]

[in 4.6 The Guard Classes]

resume

[in 3.5.9.1 Avoiding Deadlock]

[in 3.9.9.5 Scheduling Policy]

resume()

Threading package [in 3.5.13 Suspending and Resuming Execution]

[in 3.5.13.1 Using the suspend() and resume() Functions]

resumed runnables [in 3.5.3 Runnable State]
resuming a thread [in 3.5.13 Suspending and Resuming Execution]
resuming execution [in 3.5.13 Suspending and Resuming Execution]
rethrowing exceptions [in 3.5.8 Catching and Rethrowing Exceptions]
run()

Threading package [in 3.4.2 Introducing the Runnable]

runnable guard

[in 3.5.1.3 Guard Functors]

[in 3.6.3 Enqueuing Runnables on a Server]

runnable object classes [in 3.5 The Runnable Object Classes]
runnable objects

defining their tasks [in 3.5.1 Defining a Runnable's Task]

runnable server pool

definition [in 3.1 Introducing the Threading Package]

runnable servers

constructing [in 3.6.1 Constructing a Server]

definition [in 3.1 Introducing the Threading Package]

using [in 3.8.2 Using Runnable Servers]

runnable state [in 3.9.9.5 Scheduling Policy]
runnables

aborting a cancellation [in 3.5.3 Runnable State]

aborting cancellation [in 3.5.10.3 Aborting a Cancellation]

active [in 3.5.3 Runnable State]

canceling [in 3.5.10 Canceling a Runnable]

cancellation [in 3.5.3 Runnable State]

catching exceptions [in 3.5.8 Catching and Rethrowing Exceptions]

completion state [in 3.5.3 Runnable State]

completion state:canceled [in 3.5.3 Runnable State]

completion state:failed [in 3.5.3 Runnable State]

completion state:normal [in 3.5.3 Runnable State]

completion state:pending [in 3.5.3 Runnable State]

completion state:terminated [in 3.5.3 Runnable State]

creating functor-based [in 3.5.2 Creating Functor-based Runnables]

definition [in 3.1 Introducing the Threading Package]

[in 3.4.2 Introducing the Runnable]

exception [in 3.5.3 Runnable State]

execution nesting [in 3.5.16 Execution Nesting]

execution state callbacks [in 3.5.15.4 Using Callbacks]

execution state [in 3.5.3 Runnable State]

inactive [in 3.5.3 Runnable State]

interrupted [in 3.5.3 Runnable State]

interrupting [in 3.5.9 Interrupting a Runnable]

[in 3.5.9.1 Avoiding Deadlock]

joining [in 3.5.6 Joining a Runnable ]

monitoring execution state [in 3.5.15 Monitoring the Execution State of a Runnable]

monitoring the completion state [in 3.5.7 Monitoring the Completion State of a Runnable]

resuming execution [in 3.5.13 Suspending and Resuming Execution]

rethrowing exceptions [in 3.5.8 Catching and Rethrowing Exceptions]

sleeping [in 3.5.11 Sleeping]

starting [in 3.5.5 Starting a Runnable]

suspending execution [in 3.5.13 Suspending and Resuming Execution]

synchronous [in 3.1 Introducing the Threading Package]

terminating execution [in 3.5.14 Terminating Execution]

threaded [in 3.1 Introducing the Threading Package]

yielding execution [in 3.5.12 Yielding Execution]

RWBarrier

and synchronization [in 4.5.9 The RWBarrier Class]

RWBodyBase

[in 7.3.2.2 Defining Handle Classes that Don't Create Bodies]

and implementing bodies [in 7.3.2.1 Defining Handle Classes that Automatically Create Bodies]

and reference-counting [in 7.6 Smart Pointer Class Architecture]

RWCancellationState

and synchronization [in 4.5.1.7 Servicing Cancellation Requests]

change in version 2.0 [in D.2 Changes from 1.4 to 2.0]

RWCompletionState

and state values [in 3.5.3 Runnable State]

RWConcurrencyPolicy

and defining concurrency policies [in 3.9.9.4 Concurrency Policy]

RWCondition

and synchronization [in 4.4.5.1 Combining the Condition Variable with Mutual Exclusion]

[in 4.5.8 The RWCondition Class]

interaction diagram [in 4.5.8 The RWCondition Class]

RWContentionScope

and defining contention scope policies [in 3.9.9.2 Scheduling Contention Scope]

RWCountedPointer. See RWTCountedPointer
RWCountingBody. See RWTCountingBody
RWCriticalSection

and synchronization [in 4.5.6 The RWCriticalSection Class]

RWDEBUG

used without RW_THR_DEBUG in 2.0 [in D.2 Changes from 1.4 to 2.0]

RWExecutionState

and state values [in 3.5.3 Runnable State]

RWFIFOMutexLock

and synchronization [in 4.5.1.4 Acquiring Mutex Ownership]

[in 4.5.2 The RWFIFOMutexLock Class]

RWFunctor

introduction [in 8.2.1 Class Naming Conventions]

RWThreadPool [in 3.7 The Thread Pool Class]

RWHandleBase

[in 7.3.2.2 Defining Handle Classes that Don't Create Bodies]

and implementing handles [in 7.3.2.1 Defining Handle Classes that Automatically Create Bodies]

and reference-counting [in 7.6 Smart Pointer Class Architecture]

isValid() [in 7.6 Smart Pointer Class Architecture]

RWInheritancePolicy

and defining inheritance policies [in 3.9.9.3 Scheduling Inheritance Policy]

RWIOUEscrow. See RWTIOUEscrow
RWIOUResult. See RWTIOUResult
RWIOUTrap. See RWTIOUTrap
RWLockGuard. See RWTLockGuard
rwMakeFunctor0()

Threading package [in 3.4.4.1 Functor Make Functions]

rwMakeRunnableFunctionG. See rwtMakeRunnableFunctionG
rwMakeThreadFunctionMA1. See rwtMakeThreadFunctionMA1
RWMonitor. See RWTMonitor
RWMutexLock

and synchronization [in 4.5.1 The RWMutexLock Class]

interaction diagram [in 4.5.1.1 Avoiding a Block]

static constructor [in 4.5.1.6 Initializing a Mutex]

RWNullMutexLock

and synchronization [in 4.5.3 The RWNullMutexLock Class]

RWOnlyPointer. See RWTOnlyPointer
RWPCValQueue. See RWTPCValQueue
RWPointer. See RWTPointer
RWReadersWriterLock

Synchronization package [in 4.6.5 Using Classes with Read-Write Synchronization Resources]

RWReadLockGuard. See RWTReadLockGuard
RWReadUnlockGuard. See RWTReadUnlockGuard
RWRecursiveLock. See RWTRecursiveLock
rwRunnable()

Threading package [in 3.5.10.7 Designing Your Code]

[in 3.5.16.2 Using the Nested Runnable Information]

RWRunnable

and canceling runnables [in 3.5.10.1 Canceling a Runnable from Another Thread]

and interrupts [in 3.5.9.2 Interrupting a Runnable from Another Thread]

releaseInterrupt() [in 3.7.1 Constructing a Thread Pool]

RWRunnableFunction

and functor-based runnables [in 3.5.1.1 Functor-Based Runnables]

RWRunnableIOUFunction. See RWTRunnableIOUFunction
RWRunnableSelf

and completing cancellations [in 3.5.10.2 Completing a Cancellation Request]

and servicing interrupts [in 3.5.9.3 Completing the Interrupt Request]

RWRunnableServer

and servicing interrupt requests [in 3.6.5 Interrupting a Server]

RWSafeCounter

pointer helper class [in 7.5.3 Using RWTCountingPointer]

RWSchedulingPolicy

and scheduling policy values [in 3.9.9.5 Scheduling Policy]

RWSemaphore

and synchronization [in 4.5.7 The RWSemaphore Class]

RWServerPool

[in 3.7 The Thread Pool Class]

and servicing interrupt requests [in 3.6.5 Interrupting a Server]

rwServiceCancellation()

Threading package [in 3.5.10.7 Designing Your Code]

rwSleep()

Threading package [in 3.5.11 Sleeping]

[in 3.5.12.2 Yielding to Lower Priority Threads]

RWStartPolicy

and defining start policies [in 3.9.9.1 Start Policy]

RWSynchObject

enableCancellation() replaced by setCancellation() [in D.2 Changes from 1.4 to 2.0]

RWTCompatibleException

and converting exception classes [in 3.5.8.2 Types of Rethrown Exceptions]

RWTCountedPointer

[in 7.5 Using the Smart Pointer Classes]

and reference-counting [in 7.5.2 Using RWTCountedPointer]

RWTCounter [in 7.5.3.1 Providing RWTCountingPointer with a Counter]
RWTCountingBody

[in 7.5.2.1 Deriving from RWTCountingBody for Reference Counting]

[in 7.5.3.1 Providing RWTCountingPointer with a Counter]

pointer helper class [in 7.5.2.1 Deriving from RWTCountingBody for Reference Counting]

RWTCountingPointer

[in 7.4 Using the RWTSingleton Class]

[in 7.5 Using the Smart Pointer Classes]

[in 7.5.3 Using RWTCountingPointer]

[in 7.5.3 Using RWTCountingPointer]

[in 7.5.3.1 Providing RWTCountingPointer with a Counter]

and reference-counting [in 7.5.3 Using RWTCountingPointer]

RWTFunctor

introduction [in 8.2.1 Class Naming Conventions]

RWTHRBoundsError [in 9.3 Default Exception Messages]
rwThread()

Threading package [in 3.5.16 Execution Nesting]

RWThread

RWThreadPool [in 3.7 The Thread Pool Class]

Threading package [in 3.9.3.2 "Get" Test Functions]

RWThreadAttribute

[in 3.7.1 Constructing a Thread Pool]

and interrupts at startup [in 3.5.9.7 Interrupting Threads at Startup]

and manipulating concurrency policy attributes [in 3.9.9.4 Concurrency Policy]

and manipulating contention scope attributes [in 3.9.9.2 Scheduling Contention Scope]

and manipulating inheritance policy attributes [in 3.9.9.3 Scheduling Inheritance Policy]

and manipulating scheduling policy attributes [in 3.9.9.5 Scheduling Policy]

and manipulating scheduling priority attributes [in 3.9.9.6 Scheduling Priority]

and manipulating start policy [in 3.9.9.1 Start Policy]

and manipulating the scheduling time-slice quantum [in 3.9.9.7 Scheduling Time-Slice Quantum]

and manipulating the stack commit size [in 3.9.10.2 System-Managed Stack Attributes]

and manipulating the stack reserve size [in 3.9.10.2 System-Managed Stack Attributes]

and manipulating user stack attributes [in 3.9.10.3 User-Managed Stack Attributes]

RWThreadFunction

and functor-based runnables [in 3.5.1.1 Functor-Based Runnables]

and runnable classes [in 3.4.2 Introducing the Runnable]

rwThreadId()

Threading package [in 3.5.15.6 Changing the Execution State]

RWThreadId

and synchronization [in 4.5.4.1 Identifying Threads]

RWThreadIOUFunction. See RWTThreadIOUFunction
RWThreadPool

enqueue() [in 3.7.3 Enqueuing Work on a Thread Pool]

make() [in 3.7.1 Constructing a Thread Pool]

RWFunctor0 [in 3.7 The Thread Pool Class]

RWThread [in 3.7 The Thread Pool Class]

stop() [in 3.7.3 Enqueuing Work on a Thread Pool]

RWTHRExternalError [in 9.3 Default Exception Messages]
RWTHRIllegalAcces [in 9.3 Default Exception Messages]
RWTHRIllegalUsage [in 9.3 Default Exception Messages]
RWTHRInternalError [in 9.3 Default Exception Messages]
RWTHRInvalidPointer

[in 7.3.2.3 Handle-Body Example]

[in 7.5.1 Using RWTOnlyPointer]

[in 9.3 Default Exception Messages]

RWTHROperationAborted [in 9.3 Default Exception Messages]
RWTHROperationCanceled [in 9.3 Default Exception Messages]
RWTHROperationNotAvailable [in 9.3 Default Exception Messages]
RWTHROperationNotImplemented [in 9.3 Default Exception Messages]
RWTHROperationNotSupported [in 9.3 Default Exception Messages]
RWTHROperationTerminated [in 9.3 Default Exception Messages]
RWTHRPermissionError [in 9.3 Default Exception Messages]
RWTHRResourceLimit [in 9.3 Default Exception Messages]
RWTHRThreadActive [in 9.3 Default Exception Messages]
RWTHRThreadNotActive [in 9.3 Default Exception Messages]
RWTHRxmsg

and exceptions [in 3.5.8.2 Types of Rethrown Exceptions]

RWTIOUEscrow

and closing an IOU [in 5.5.3 Closing an IOU]

RWTIOUResult

and redeeming an IOU [in 5.5.4 Redeeming an IOU]

RWTIOUTrap

and trapping IOUs [in 5.5.7 Trapping IOUs with RWTIOUTrap]

RWTLockGuard

and synchronization [in 4.6 The Guard Classes]

rwtMakeRunnableCallback()

Threading package [in 3.5.15.7 Using Template Functions and Macros]

rwtMakeRunnableFunctionG()

Threading package [in 3.5.2.2 Make Macros]

rwtMakeThreadFunction()

Threading package [in 3.4.3 Runnable Make Functions]

rwtMakeThreadFunctionMA1()

Threading package [in 3.5.2.2 Make Macros]

RWTMonitor

and synchronization [in 4.5.10 The RWTMonitor Class]

RWTOnlyPointer

[in 7.5 Using the Smart Pointer Classes]

and garbage collecting [in 7.5.1 Using RWTOnlyPointer]

and strict ownership [in 7.5.1 Using RWTOnlyPointer]

RWTPCValQueue

Inter-thread Communication package [in 5.4.1.1 The RWTPCValQueue Family of Classes]

RWTPointer

and smart pointers [in 7.6 Smart Pointer Class Architecture]

RWTraceEventClientImp

and creating a trace client [in 6.7.2 Creating User-defined Clients]

and creating a trace filter [in 6.8.3.1 Creating the Filter's Body Class]

RWTraceLevelFilter

and resetting severity level [in 6.8.1.1 Using RWTraceLevelFilter]

RWTraceMultiClientFilter [in 6.8.1.2 Using RWTraceMultiClientFilter]
RWTraceMultiClientFilterImp

and creating a trace filter [in 6.8.3.1 Creating the Filter's Body Class]

RWTraceOstreamClient

predefined trace client [in 6.7.1 Using the Predefined Client]

RWTraceOstreamClientImp

and processing trace messages [in 6.7.2.1 Including a Timestamp in Trace Output]

RWTraceSingleClientFilterImp

and creating a trace filter [in 6.8.3.1 Creating the Filter's Body Class]

RWTReadLockGuard

Synchronization package [in 4.6.5 Using Classes with Read-Write Synchronization Resources]

RWTReadUnlockGuard

Synchronization package [in 4.6.5 Using Classes with Read-Write Synchronization Resources]

RWTRecursiveLock

and synchronization [in 4.5.4 The RWTRecursiveLock Class]

RWTRunnableIOUFunction

and functor-based runnables [in 3.5.1.1 Functor-Based Runnables]

RWTryLockGuard. See RWTTryLockGuard
RWTryReadLockGuard. See RWTTryReadLockGuard
RWTryWriteLockGuard. See RWTTryWriteLockGuard
RWTSingleton

and global access to classes [in 7.4 Using the RWTSingleton Class]

RWTThreadIOUFunction

and functor-based runnables [in 3.5.1.1 Functor-Based Runnables]

RWTTryLockGuard

and synchronization [in 4.6.4 Using the RWTTryLockGuard Template Class]

RWTTryReadLockGuard

Synchronization package [in 4.6.5 Using Classes with Read-Write Synchronization Resources]

RWTTryWriteLockGuard

Synchronization package [in 4.6.5 Using Classes with Read-Write Synchronization Resources]

RWTUnlockGuard

and synchronization [in 4.6.3 Using the Unlock Guard Class]

RWTWriteLockGuard

Synchronization package [in 4.6.5 Using Classes with Read-Write Synchronization Resources]

RWTWriteUnlockGuard

Synchronization package [in 4.6.5 Using Classes with Read-Write Synchronization Resources]

RWUnlockGuard. See RWTUnlockGuard
RWUnsafeCounter

pointer helper class [in 7.5.3 Using RWTCountingPointer]

RWWriteLockGuard. See RWTWriteLockGuard
RWWriteUnlockGuard. See RWTWriteUnlockGuard
RWXmsg

replaced by thread-compatible exceptions in some 2.0 functions [in D.2 Changes from 1.4 to 2.0]

rwYield()

Threading package [in 3.5.12 Yielding Execution]

RW_DECLARE_TRACEABLE_PACKAGE

Execution Tracing package [in 6.9 Using Package-level Tracing]

RW_THR_CAN_SUSPEND_RESUME

Threading package [in 3.5.13.2 Deciding Whether Suspension Is Available]

RW_THR_DEBUG

not used in 2.0 [in D.2 Changes from 1.4 to 2.0]

RW_THR_HAS_CONTENTION_SCOPE

Threading package [in 3.9.9.2 Scheduling Contention Scope]

RW_THR_HAS_DUAL_PRIORITY

Threading package [in 3.9.9.6 Scheduling Priority]

RW_THR_HAS_PRIORITY

Threading package [in 3.9.9.6 Scheduling Priority]

RW_THR_HAS_SCHEDULING_POLICY

Threading package [in 3.9.9.5 Scheduling Policy]

RW_THR_HAS_STACK_COMMIT_SIZE

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

RW_THR_HAS_STACK_RESERVE_SIZE

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

RW_THR_HAS_TIMED_MUTEX_ACQUIRE

Synchronization package [in 4.5.1.2 Using Timed Waits]

RW_THR_HAS_TIME_SLICE_QUANTUM

Threading package [in 3.9.9.7 Scheduling Time-Slice Quantum]

RW_THR_HAS_USER_STACK

Threading package [in 3.9.10.3 User-Managed Stack Attributes]

RW_THR_START_INTERRUPTED [in 3.7.1 Constructing a Thread Pool]
RW_TRACE_DECLARE_TRACEABLE_PACKAGE

Execution Tracing package [in 6.4.1 Package Declaration Macros]

RW_TRACE_DEFINE_TRACEABLE_PACKAGE

Execution Tracing package [in 6.4.1 Package Declaration Macros]

RW_TRACE_LEVEL environment variable [in 6.10.2 The RW_TRACE_LEVEL Environment Variable]
RW_USER_DECLARE_TRACEABLE_CLASS

Execution Tracing package [in 6.4.2 Class Declaration Macros]

RW_USER_DECLARE_TRACEABLE_TEMPLATE_CLASS

Execution Tracing package [in 6.4.2 Class Declaration Macros]

RW_USER_DEFINE_TRACEABLE_CLASS

Execution Tracing package [in 6.4.2 Class Declaration Macros]

RW_USER_DEFINE_TRACEABLE_TEMPLATE_CLASS

Execution Tracing package [in 6.4.2 Class Declaration Macros]

RW_USER_TRACEABLE_FRIEND

Execution Tracing package [in 6.4.3.4 Macros for Friend Functions]

RW_USER_TRACEABLE_FUNCTION

Execution Tracing package [in 6.4.3.1 Macros for Global Functions]

RW_USER_TRACEABLE_INLINE_FRIEND

Execution Tracing package [in 6.4.3.4 Macros for Friend Functions]

RW_USER_TRACEABLE_INLINE_FUNCTION

Execution Tracing package [in 6.4.3.1 Macros for Global Functions]

RW_USER_TRACEABLE_INLINE_MEMBER

Execution Tracing package [in 6.4.3.2 Macros for Member Functions]

RW_USER_TRACEABLE_INLINE_STATIC_MEMBER

Execution Tracing package [in 6.4.3.3 Macros for Static Member Functions]

RW_USER_TRACEABLE_INLINE_TEMPLATE_FRIEND

Execution Tracing package [in 6.4.3.4 Macros for Friend Functions]

RW_USER_TRACEABLE_INLINE_TEMPLATE_FUNCTION

Execution Tracing package [in 6.4.3.1 Macros for Global Functions]

RW_USER_TRACEABLE_INLINE_TEMPLATE_MEMBER

Execution Tracing package [in 6.4.3.2 Macros for Member Functions]

RW_USER_TRACEABLE_INLINE_TEMPLATE_STATIC_MEMBER

Execution Tracing package [in 6.4.3.3 Macros for Static Member Functions]

RW_USER_TRACEABLE_MEMBER

Execution Tracing package [in 6.4.3.2 Macros for Member Functions]

RW_USER_TRACEABLE_STATIC_MEMBER

Execution Tracing package [in 6.4.3.3 Macros for Static Member Functions]

RW_USER_TRACEABLE_TEMPLATE_FRIEND

Execution Tracing package [in 6.4.3.4 Macros for Friend Functions]

RW_USER_TRACEABLE_TEMPLATE_FUNCTION

Execution Tracing package [in 6.4.3.1 Macros for Global Functions]

RW_USER_TRACEABLE_TEMPLATE_MEMBER

Execution Tracing package [in 6.4.3.2 Macros for Member Functions]

RW_USER_TRACEABLE_TEMPLATE_STATIC_MEMBER

Execution Tracing package [in 6.4.3.3 Macros for Static Member Functions]

RW_USER_TRACE_ERROR

Execution Tracing package [in 6.5.1 Macros for Global Functions]

RW_USER_TRACE_FATAL

Execution Tracing package [in 6.5.1 Macros for Global Functions]

[in 6.5.1 Macros for Global Functions]

RW_USER_TRACE_INFO

Execution Tracing package [in 6.5.1 Macros for Global Functions]

RW_USER_TRACE_LEVEL

[in 6.1.3 Trace Severity Levels]

Execution Tracing package [in 6.10.1 The RW_USER_TRACE_LEVEL Macro]

RW_USER_TRACE_OBJECT_DEBUG

Execution Tracing package [in 6.5.2 Macros for Member Functions]

RW_USER_TRACE_OBJECT_ERROR

Execution Tracing package [in 6.5.2 Macros for Member Functions]

RW_USER_TRACE_OBJECT_FATAL

Execution Tracing package [in 6.5.2 Macros for Member Functions]

RW_USER_TRACE_OBJECT_INFO

Execution Tracing package [in 6.5.2 Macros for Member Functions]

RW_USER_TRACE_OBJECT_TEST

Execution Tracing package [in 6.5.2 Macros for Member Functions]

RW_USER_TRACE_OBJECT_WARNING

Execution Tracing package [in 6.5.2 Macros for Member Functions]

RW_USER_TRACE_TEST

Execution Tracing package [in 6.5.1 Macros for Global Functions]

RW_USER_TRACE_WARNING

Execution Tracing package [in 6.5.1 Macros for Global Functions]

safe

definition [in 3.2.3 Thread Safety]

scheduling attributes

definitions [in 3.9.1.1 Scheduling Attributes]

dependencies [in 3.9.9 Scheduling Attributes]

setting sequence [in 3.9.9 Scheduling Attributes]

scheduling inheritance policy [in 3.9.1.1 Scheduling Attributes]
scheduling policy attribute [in 3.9.9.5 Scheduling Policy]
scheduling policy functions

Threading package [in 3.9.9.5 Scheduling Policy]

scheduling policy inheritance [in 3.9.9.5 Scheduling Policy]
scheduling policy

[in 3.9.1.1 Scheduling Attributes]

[in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.8 Determining the Legal Range For An Attribute]

[in 3.9.9.5 Scheduling Policy]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

scheduling preference [in 3.9.9.6 Scheduling Priority]
scheduling states [in 3.9.9.5 Scheduling Policy]
security authorizations [in 3.9.3.2 "Get" Test Functions]
semaphore

[in 4.1 Introducing the Synchronization Package]

RWSemaphore [in 4.5.7 The RWSemaphore Class]

[in 4.5.7 The RWSemaphore Class]

serialize

definition [in 4.4.4 Building Monitors]

server pools

resizing [in 3.6.8 Resizing a Server Pool]

thread attributes [in 3.6.7 Using Server Pool Thread Attributes]

server

canceling [in 3.6.6 Canceling a Server]

enqueuing runnables [in 3.6.3 Enqueuing Runnables on a Server]

interrupting [in 3.6.5 Interrupting a Server]

starting [in 3.6.2 Starting a Server]

stopping [in 3.6.4 Stopping a Server]

serviceCancellation()

Threading package [in 3.5.10.2 Completing a Cancellation Request]

serviceInterrupt()

Threading package [in 3.5.9.3 Completing the Interrupt Request]

[in 3.5.9.5 Shutting Down a Continuous Process]

servicing cancellation requests [in 4.5.1.7 Servicing Cancellation Requests]
set test run-time functions

Threading package [in 3.9.3.3 "Set" Test Functions]

[in 3.9.3.3 "Set" Test Functions]

setCancellation()

Synchronization package [in 4.5.1.7 Servicing Cancellation Requests]

Threading package [in 3.5.10.6 Using Synchronization Classes to Service Cancellation Requests]

setCapacity()

Threading package [in 3.6.3 Enqueuing Runnables on a Server]

setConcurrencyPolicy()

Threading package [in 3.9.9.4 Concurrency Policy]

setContentionScope()

Threading package [in 3.9.9.2 Scheduling Contention Scope]

setException()

Inter-thread Communication package [in 5.5.3.2 The setException() Function]

setInheritancePolicy()

Threading package [in 3.9.9.3 Scheduling Inheritance Policy]

setLevel()

and resetting trace levels [in 6.8.1.1 Using RWTraceLevelFilter]

setPoolAttribute() [in 3.9.11.3 Supplying RWThreadAttribute Instances After Construction]
setPriority()

Threading package [in 3.9.9.6 Scheduling Priority]

setSchedulingPolicy()

Threading package [in 3.9.9.5 Scheduling Policy]

setStackCommitSize()

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

setStackReserveSize()

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

setStartPolicy()

Threading package [in 3.9.9.1 Start Policy]

setTimeSliceQuantum()

Threading package [in 3.9.9.7 Scheduling Time-Slice Quantum]

setting sequence for scheduling attributes [in 3.9.9 Scheduling Attributes]
setTrap()

Inter-thread Communication package [in 5.5.7.3 Improving the Asynchronous Example]

setUserStack()

Threading package [in 3.9.10.3 User-Managed Stack Attributes]

shared variables

definition [in 3.2.2 Threads and Memory]

sharing resources [in 4.4.1 Creating Two or More Threads that Access the Same Resources]
sharing thread attributes [in 3.9.11.1 Supplying RWThreadAttribute Instances To Threaded Runnables]
signal-all

definition [in 4.4.5 Using Condition Variables]

signal

definition [in 4.4.5 Using Condition Variables]

signaled

Synchronization package [in 4.2 Definitions]

signature

[in 3.4.3 Runnable Make Functions]

[in 3.5.2.1 Global Template Functions]

[in 8.4 Constructing Functors]

simple mutex [in 4.1 Introducing the Synchronization Package]
singletons

Smart Pointer package [in 7.1 Introducing the Smart Pointer Package]

trace manager [in 6.6 Using the Trace Manager]

using [in 7.4 Using the RWTSingleton Class]

sleep [in 3.9.9.5 Scheduling Policy]
sleep()

Threading package [in 3.5.11 Sleeping]

[in 3.5.12.2 Yielding to Lower Priority Threads]

sleeping

[in 3.5.11 Sleeping]

[in 3.5.3 Runnable State]

smart pointer classes

garbage collection [in 7.1 Introducing the Smart Pointer Package]

[in 7.5 Using the Smart Pointer Classes]

[in 7.5.3 Using RWTCountingPointer]

using [in 7.5 Using the Smart Pointer Classes]

smart pointer handle-body classes

implementing [in 7.3.2 Implementing Your Own Handles and Bodies]

Smart Pointer package

[in 7.1 Introducing the Smart Pointer Package]

architecture [in 7.6 Smart Pointer Class Architecture]

example [in 7.3.2.3 Handle-Body Example]

[in 7.4 Using the RWTSingleton Class]

[in 7.5.1 Using RWTOnlyPointer]

[in 7.5.1 Using RWTOnlyPointer]

[in 7.5.2 Using RWTCountedPointer]

[in 7.5.2.1 Deriving from RWTCountingBody for Reference Counting]

[in 7.5.3 Using RWTCountingPointer]

handle-body classes [in 7.1 Introducing the Smart Pointer Package]

pointer wrapper [in 7.1 Introducing the Smart Pointer Package]

reference-counted pointers [in 7.1 Introducing the Smart Pointer Package]

singletons [in 7.1 Introducing the Smart Pointer Package]

smart pointer [in 3.1 Introducing the Threading Package]
Software Parts Manager (SPM) installations

path name variables [in 1.6.1 Path Name Variables]

software, required [in 2.3 Using the Packages Together]
spin-locks

Synchronization package [in 4.2 Definitions]

stack allocation attributes [in 3.9.1.2 Stack Management Attributes]
stack allocation policy [in 3.9.10.1 Allocating and Managing a Thread Stack]
stack overrun [in 3.9.10.1 Allocating and Managing a Thread Stack]
stack reserve size functions

Threading package [in 3.9.10.2 System-Managed Stack Attributes]

stack space [in 3.9.10.1 Allocating and Managing a Thread Stack]
stack

[in 3.2.2 Threads and Memory]

address [in 3.9.1.2 Stack Management Attributes]

[in 3.9.10.3 User-Managed Stack Attributes]

commit size [in 3.9.1.2 Stack Management Attributes]

[in 3.9.10.2 System-Managed Stack Attributes]

reserve size [in 3.9.1.2 Stack Management Attributes]

[in 3.9.10.2 System-Managed Stack Attributes]

size [in 3.9.1.2 Stack Management Attributes]

[in 3.9.10.3 User-Managed Stack Attributes]

start policy attribute [in 3.9.9.1 Start Policy]
start policy

[in 3.5.9.7 Interrupting Threads at Startup]

[in 3.5.5.3 Starting Threaded Runnables]

[in 3.9.1.1 Scheduling Attributes]

default [in 3.9.9.1 Start Policy]

start()

Threading package [in 3.4.2 Introducing the Runnable]

starting a server [in 3.6.2 Starting a Server]
starting runnables [in 3.5.5 Starting a Runnable]
states [in 3.9.9.5 Scheduling Policy]
static constructor

RWMutexLock [in 4.5.1.6 Initializing a Mutex]

stop()

RWThreadPool [in 3.7.3 Enqueuing Work on a Thread Pool]

Threading package [in 3.6.4 Stopping a Server]

stopped state

[in 3.9.9.5 Scheduling Policy]

[in 3.9.9.5 Scheduling Policy]

stopping a server [in 3.6.4 Stopping a Server]
store-and-forward

definition [in 3.1 Introducing the Threading Package]

exceptions [in 3.5.8.2 Types of Rethrown Exceptions]

suspend

[in 3.5.9.1 Avoiding Deadlock]

[in 3.9.9.5 Scheduling Policy]

suspend()

Threading package [in 3.5.13 Suspending and Resuming Execution]

[in 3.5.13.1 Using the suspend() and resume() Functions]

suspended runnables [in 3.5.3 Runnable State]
suspending a thread [in 3.5.13 Suspending and Resuming Execution]
suspending execution [in 3.5.13 Suspending and Resuming Execution]
Synchronization package

read-write classes [in 4.6.5 Using Classes with Read-Write Synchronization Resources]

Synchronization package

example [in 4.4.2.1 Using a Basic Mutex Mechanism]

[in 4.4.2.2 Using a Try-Catch Block]

[in 4.4.4 Building Monitors]

[in 4.4.4.3 The RWTMonitor<Lock> Class]

[in 4.4.5.2 Using the Condition Variable for Producer-Consumer Synchronization]

[in 4.5.1.4 Acquiring Mutex Ownership]

[in 4.5.1.5 Using a Guard Class]

[in 4.5.4.2 Using RWTRecursiveLock]

[in 4.5.8 The RWCondition Class]

[in 4.5.9 The RWBarrier Class]

[in 4.6.1 Using a Lock Guard]

[in 4.6.2 Releasing and Reacquiring a Guarded Lock]

[in 4.6.3 Using the Unlock Guard Class]

[in 4.6.4 Using the RWTTryLockGuard Template Class]

synchronization

[in 2.1 Background]

[in 4.2 Definitions]

synchronous dispatching

definition [in 3.4.2 Introducing the Runnable]

synchronous runnable

[in 3.5.5 Starting a Runnable]

definition [in 3.1 Introducing the Threading Package]

system contention scope [in 3.9.9.6 Scheduling Priority]
system-scope

priority [in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

thread [in 3.9.9.2 Scheduling Contention Scope]

[in 3.9.9.6 Scheduling Priority]

technical support [in 1.7 Technical Support]
template functions [in 3.4.3 Runnable Make Functions]
templatized make functions

Threading package [in 3.5.2.1 Global Template Functions]

terminated completion state [in 3.5.3 Runnable State]
terminated [in 3.5.3 Runnable State]
terminating execution [in 3.5.14 Terminating Execution]
terminology [in 1.5.2 Organization]
testing for empty IOU handles [in 5.5.1 Testing for Empty IOU Handles]
thread API [in 3.9 Thread Attributes]
thread attribute instance [in 3.9.11.1 Supplying RWThreadAttribute Instances To Threaded Runnables]
thread attributes

[in 3.7.5.1 Pool Thread Attributes]

[in 3.9 Thread Attributes]

inheritance policy [in 3.9.9.3 Scheduling Inheritance Policy]

start policy [in 3.9.9.1 Start Policy]

concurrency policy [in 3.9.1.1 Scheduling Attributes]

[in 3.9.3.2 "Get" Test Functions]

[in 3.9.9.4 Concurrency Policy]

contention scope [in 3.9.1.1 Scheduling Attributes]

[in 3.9.3.2 "Get" Test Functions]

[in 3.9.9.2 Scheduling Contention Scope]

[in 3.9.9.5 Scheduling Policy]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

inheritance policy [in 3.9.1.1 Scheduling Attributes]

[in 3.9.9.5 Scheduling Policy]

[in 3.9.9.5 Scheduling Policy]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

priority [in 3.9.1.1 Scheduling Attributes]

[in 3.9.9.5 Scheduling Policy]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

process-scope priority [in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

scheduling policy [in 3.9.1.1 Scheduling Attributes]

[in 3.9.9.5 Scheduling Policy]

[in 3.9.9.5 Scheduling Policy]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

sharing [in 3.9.11.1 Supplying RWThreadAttribute Instances To Threaded Runnables]

stack commit size [in 3.9.1.2 Stack Management Attributes]

stack reserve size [in 3.9.1.2 Stack Management Attributes]

stack:commit size [in 3.9.10.2 System-Managed Stack Attributes]

stack:reserve size [in 3.9.10.2 System-Managed Stack Attributes]

start policy [in 3.5.9.7 Interrupting Threads at Startup]

[in 3.5.5.3 Starting Threaded Runnables]

[in 3.9.1.1 Scheduling Attributes]

system-scope priority [in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

[in 3.9.9.6 Scheduling Priority]

time slice quantum [in 3.9.9.5 Scheduling Policy]

time-slice quantum [in 3.9.1.1 Scheduling Attributes]

[in 3.9.9.7 Scheduling Time-Slice Quantum]

unsupported [in 3.9.2 Thread Attribute Portability]

user stack address [in 3.9.1.2 Stack Management Attributes]

user stack size [in 3.9.1.2 Stack Management Attributes]

user stack:address [in 3.9.10.3 User-Managed Stack Attributes]

user stack:size [in 3.9.10.3 User-Managed Stack Attributes]

thread identification

[in 3.5.17 Thread Identification]

[in 4.5.4.1 Identifying Threads]

thread pool

[in 3.1 Introducing the Threading Package]

[in 3.7 The Thread Pool Class]

Thread-compatible Exception package [in 9.1 Introducing the Thread-compatible Exception Package]
thread-hot [in 3.1 Introducing the Threading Package]
thread-local storage

definition [in 3.2.2 Threads and Memory]

thread-of-control

definition [in 3.2.1 Threads and Concurrency]

thread-specific storage

definition [in 3.2.2 Threads and Memory]

thread

access restrictions [in 3.3.1.1 Runnable Handle Classes]

creation [in 3.9 Thread Attributes]

definition [in 3.2.1 Threads and Concurrency]

resuming [in 3.5.13 Suspending and Resuming Execution]

suspending [in 3.5.13 Suspending and Resuming Execution]

threaded runnable classes

definition [in 3.4.2 Introducing the Runnable]

threaded runnables

and attributes [in 3.9 Thread Attributes]

[in 3.9.11.1 Supplying RWThreadAttribute Instances To Threaded Runnables]

definition [in 3.1 Introducing the Threading Package]

threadId()

Threading package [in 3.5.15.6 Changing the Execution State]

[in 3.5.17 Thread Identification]

Threading package

example [in 3.4.1 Creating Threads]

[in 3.4.4 Explicitly Constructing Functors and Runnables]

[in 3.4.4.2 Using Macros]

[in 3.5.9.5 Shutting Down a Continuous Process]

[in 3.5.9.6 Rendezvous Synchronization]

[in 3.5.10.7 Designing Your Code]

[in 3.5.10.7 Designing Your Code]

[in 3.5.15.3 Using Wait Functions]

[in 3.5.15.6 Changing the Execution State]

[in 3.5.2.3 Static Make Functions]

[in 3.5.5.2 Checking the Completion State]

[in 3.5.5.4 Distinguishing Between Synchronous and Threaded Runnables]

[in 3.5.6.1 Types of Join Functions]

[in 3.5.8.1 Testing After Successful Joins]

[in 3.6.1 Constructing a Server]

[in 3.8.1.1 Example]

[in 3.8.2 Using Runnable Servers]

Threads.h++

and Tools.h++ [in 1.3 Software Requirements]

compatibility with [in A.1 Overview]

description [in 2.2 The Threads.h++ Packages]

libraries [in 1.2 Product Packages and Libraries]

packages and libraries [in 1.2 Product Packages and Libraries]

packages [in 1.2 Product Packages and Libraries]

product relationships [in 1.3 Software Requirements]

summary of modules and libraries [in 1.2 Product Packages and Libraries]

threads

creating [in 3.4.1 Creating Threads]

identifying [in 4.5.4.1 Identifying Threads]

sleeping [in 3.5.3 Runnable State]

suspended [in 3.5.3 Runnable State]

tracing [in 6.7.2.2 Including Thread IDs in Trace Output]

yielding [in 3.5.3 Runnable State]

time-slice quantum

and scheduling policy [in 3.9.9.5 Scheduling Policy]

definition [in 3.9.1.1 Scheduling Attributes]

functions [in 3.9.9.7 Scheduling Time-Slice Quantum]

inheritance [in 3.9.9.7 Scheduling Time-Slice Quantum]

scheduling [in 3.9.9.7 Scheduling Time-Slice Quantum]

timed acquisition [in 4.5.1.2 Using Timed Waits]
timed waits

[in 4.5.1.2 Using Timed Waits]

[in 5.5.7.2 Using Timed Waits]

trace clients

creating your own [in 6.7.2 Creating User-defined Clients]

definition [in 6.2 Execution Tracing Package Architecture]

including a timestamp in output [in 6.7.2.1 Including a Timestamp in Trace Output]

including thread ID in output [in 6.7.2.2 Including Thread IDs in Trace Output]

using [in 6.7 Using Trace Clients]

trace events

marking [in 6.5 Using Event Generation Macros]

trace filters

chaining multiple [in 6.8.2 Chaining Multiple Filters]

creating your own [in 6.8.3 Creating User-defined Filters]

[in 6.8.3.1 Creating the Filter's Body Class]

using [in 6.8.1 Using the Predefined Filters]

trace level

setting [in 6.10 Controlling Trace Output]

trace macros

adding to functions [in 6.5 Using Event Generation Macros]

trace manager

definition [in 6.2 Execution Tracing Package Architecture]

stopping execution tracing [in 6.6.2 Stopping Trace]

using [in 6.6 Using the Trace Manager]

Trace package. See Execution Tracing package
Trace

package-level tracing [in 6.9 Using Package-level Tracing]

setting trace level [in 6.10 Controlling Trace Output]

severity levels [in 6.1.2 Including the Trace Header Files]

statements:Debug [in 6.1.3 Trace Severity Levels]

statements:Entry/Exit [in 6.1.3 Trace Severity Levels]

statements:Error [in 6.1.3 Trace Severity Levels]

statements:Fatal [in 6.1.3 Trace Severity Levels]

statements:info [in 6.1.3 Trace Severity Levels]

statements:Info [in 6.1.3 Trace Severity Levels]

statements:Test [in 6.1.3 Trace Severity Levels]

trapping IOUs [in 5.5.7 Trapping IOUs with RWTIOUTrap]
try-catch blocks

[in 4.4.2.2 Using a Try-Catch Block]

[in 4.5.1.5 Using a Guard Class]

tryAcquire()

Synchronization package [in 4.5.1.1 Avoiding a Block]

tryAcquireRead()

Synchronization package [in 4.5.5 The RWReadersWriterLock Class]

tryAcquireWrite()

Synchronization package [in 4.5.5 The RWReadersWriterLock Class]

type conventions [in 1.6.1 Path Name Variables]
type promotion

definition [in 8.1.5.4 When the Types Don't Quite Match]

typographic conventions [in 1.6.2 Type Conventions]

UML diagram [in 1.5.3 Terminology and Notation]
unblocked

Synchronization package [in 4.2 Definitions]

Unified Modeling Language [in 1.5.3 Terminology and Notation]
unsafe

definition [in 3.2.3 Thread Safety]

unsupported attributes [in 3.9.2 Thread Attribute Portability]
user stack

[in 3.9.1.2 Stack Management Attributes]

[in 3.9.10.3 User-Managed Stack Attributes]

address [in 3.9.10.3 User-Managed Stack Attributes]

size [in 3.9.10.3 User-Managed Stack Attributes]

virtual address space [in 3.9.10.2 System-Managed Stack Attributes]

wait()

Threading package [in 3.5.15.3 Using Wait Functions]

wait

definition [in 4.4.5 Using Condition Variables]

waiting for IOUs [in 5.5.6 Waiting for IOUs]
waiting for trapped IOUs [in 5.5.7.1 Waiting for Trapped IOUs]
waiting for

completion [in 3.5.6 Joining a Runnable ]

thread exit [in 3.5.6 Joining a Runnable ]

wakeup [in 3.9.9.5 Scheduling Policy]
word boundaries [in 4.4.4.2 Read Synchronization]

yield [in 3.9.9.5 Scheduling Policy]
yield()

Threading package [in 3.5.12 Yielding Execution]

yielding execution [in 3.5.12 Yielding Execution]
yielding [in 3.5.3 Runnable State]

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