Topic Index
Click on one of the letters below to jump immediately to that section of the index.
A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | Y
A
abort()RWTIOUResult [in 5.5.4.2 Aborting a Request]
aborted()
RWTIOUEscrow [in 5.5.3.3 Example]
RWTIOUResult [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()
RWCondition [in 4.5.8 The RWCondition Class]
RWMutexLock [in 4.5.1 The RWMutexLock Class]
RWSemaphore [in 4.5.7 The RWSemaphore Class]
RWTLockGuard [in 4.6 The Guard Classes]
RWTRecursiveLock [in 4.5.4 The RWTRecursiveLock Class]
acquire
definition [in 4.1 Introducing the Synchronization Package]
acquireRead()
RWReadersWriterLock [in 4.5.5 The RWReadersWriterLock Class]
acquireWrite()
RWReadersWriterLock [in 4.5.5 The RWReadersWriterLock Class]
acquisition ordering [in 4.5.7 The RWSemaphore Class]
[in 4.5.2 The RWFIFOMutexLock Class]
[in 4.5.1.4 Acquiring Mutex Ownership]
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()
RWRunnableHandle [in 3.5.15.5 Registering the Callback]
addReference()
for RWTCountedPointer parameter class [in 7.5.2 Using RWTCountedPointer]
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 3.9.7 Restoring Default Attribute Values]
[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]
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]
B
barrierdefinition [in 3.5.9.6 Rendezvous Synchronization]
[in 4.1 Introducing the Synchronization Package]
RWBarrier [in 4.5.9 The RWBarrier Class]
bibliography [in B.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]
body()
for derived handle class [in 7.3.2.1 Defining Handle Classes that Automatically Create Bodies]
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]
C
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() [in 3.9.3.2 "Get" Test Functions]
RWThreadAttribute [in 3.9.9.4 Concurrency Policy]
canGetContentionScope() [in 3.9.3.2 "Get" Test Functions]
RWThreadAttribute [in 3.9.9.2 Scheduling Contention Scope]
canGetInheritancePolicy() [in 3.9.3.2 "Get" Test Functions]
RWThreadAttribute [in 3.9.9.3 Scheduling Inheritance Policy]
canGetPriority() [in 3.9.3.2 "Get" Test Functions]
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.2 "Get" Test Functions]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.2 "Get" Test Functions]
canGetProcessScopePriority() [in 3.9.3.2 "Get" Test Functions]
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.2 "Get" Test Functions]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.2 "Get" Test Functions]
canGetSchedulingPolicy() [in 3.9.3.2 "Get" Test Functions]
RWThread [in 3.9.3.2 "Get" Test Functions]
[in 3.9.9.5 Scheduling Policy]
RWThreadAttribute [in 3.9.9.5 Scheduling Policy]
RWThreadSelf [in 3.9.3.2 "Get" Test Functions]
[in 3.9.9.5 Scheduling Policy]
canGetStackCommitSize() [in 3.9.3.2 "Get" Test Functions]
RWThreadAttribute [in 3.9.10.2 System-Managed Stack Attributes]
canGetStackReserveSize() [in 3.9.3.2 "Get" Test Functions]
RWThreadAttribute [in 3.9.10.2 System-Managed Stack Attributes]
canGetStartPolicy() [in 3.9.3.2 "Get" Test Functions]
RWThreadAttribute [in 3.9.9.1 Start Policy]
canGetSystemScopePriority() [in 3.9.3.2 "Get" Test Functions]
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.2 "Get" Test Functions]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.2 "Get" Test Functions]
canGetTimeSliceQuantum() [in 3.9.3.2 "Get" Test Functions]
RWThread [in 3.9.3.2 "Get" Test Functions]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
RWThreadAttribute [in 3.9.9.7 Scheduling Time-Slice Quantum]
RWThreadSelf [in 3.9.3.2 "Get" Test Functions]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
canGetUserStack() [in 3.9.3.2 "Get" Test Functions]
RWThreadAttribute [in 3.9.10.3 User-Managed Stack Attributes]
canSetConcurrencyPolicy() [in 3.9.3.3 "Set" Test Functions]
RWThreadAttribute [in 3.9.9.4 Concurrency Policy]
canSetContentionScope() [in 3.9.3.3 "Set" Test Functions]
RWThreadAttribute [in 3.9.9.2 Scheduling Contention Scope]
canSetInheritancePolicy() [in 3.9.3.3 "Set" Test Functions]
RWThreadAttribute [in 3.9.9.3 Scheduling Inheritance Policy]
canSetPriority() [in 3.9.3.3 "Set" Test Functions]
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.3 "Set" Test Functions]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.3 "Set" Test Functions]
canSetProcessScopePriority() [in 3.9.3.3 "Set" Test Functions]
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.3 "Set" Test Functions]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.3 "Set" Test Functions]
canSetSchedulingPolicy() [in 3.9.3.3 "Set" Test Functions]
RWThread [in 3.9.3.3 "Set" Test Functions]
[in 3.9.9.5 Scheduling Policy]
RWThreadAttribute [in 3.9.9.5 Scheduling Policy]
RWThreadSelf [in 3.9.3.3 "Set" Test Functions]
[in 3.9.9.5 Scheduling Policy]
canSetStackCommitSize() [in 3.9.3.3 "Set" Test Functions]
RWThreadAttribute [in 3.9.10.2 System-Managed Stack Attributes]
canSetStackReserveSize() [in 3.9.3.3 "Set" Test Functions]
RWThreadAttribute [in 3.9.10.2 System-Managed Stack Attributes]
canSetStartPolicy() [in 3.9.3.3 "Set" Test Functions]
RWThreadAttribute [in 3.9.9.1 Start Policy]
canSetSystemScopePriority() [in 3.9.3.3 "Set" Test Functions]
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.3 "Set" Test Functions]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.3 "Set" Test Functions]
canSetTimeSliceQuantum() [in 3.9.3.3 "Set" Test Functions]
RWThread [in 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.3.3 "Set" Test Functions]
RWThreadAttribute [in 3.9.9.7 Scheduling Time-Slice Quantum]
RWThreadSelf [in 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.3.3 "Set" Test Functions]
canSetUserStack() [in 3.9.3.3 "Set" Test Functions]
RWThreadAttribute [in 3.9.10.3 User-Managed Stack Attributes]
canSuspendResume()
RWThread [in 3.5.13 Suspending and Resuming Execution]
RWThreadSelf [in 3.5.13 Suspending and Resuming Execution]
catching exceptions [in 3.5.8 Catching and Rethrowing Exceptions]
change log [in C.1 Purpose]
changes from version1.4 to 2.0 [in C.2.4 Other Documentation Changes]
changes
class name [in C.3.2 Class Name Changes]
exception class name [in C.3.3 Exception Name Changes]
global function name [in C.3.4 Global Function and Macro Name Changes]
global macro name [in C.3.4 Global Function and Macro Name Changes]
class name changes [in C.3.2 Class Name Changes]
class naming conventions
functors [in 8.2.1 Class Naming Conventions]
client data
definition [in 8.1.5.2 When Function Arguments Won't Change Across Invocations]
clone()
RWTHRxmsg [in 9.4 Using the Thread-compatible Exception Classes]
close()
RWTIOUEscrow [in 5.5.3.1 The close() Function]
[in 5.5.3 Closing an IOU]
closeable()
RWTIOUEscrow [in 5.5.3.3 Example]
closed()
RWTIOUEscrow [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 3.5.5.1 Starting Synchronous Runnables]
[in 3.5.3 Runnable State]
[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 3.9.3.2 "Get" Test Functions]
[in 3.9.9.4 Concurrency Policy]
[in 3.9.1.1 Scheduling Attributes]
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]
RWTraceMultiClientFilter [in 6.8.2 Chaining Multiple Filters]
RWTraceOstreamClient [in 6.7.1 Using the Predefined Client]
connectToManager()
and attaching to the trace manager [in 6.7.2.3 Using Your Client]
RWTraceEventClient [in 6.7.2.3 Using Your Client]
RWTraceManager [in 6.7.1 Using the Predefined 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]
RWTFunctorMap [in 8.7.4.1 Checking for a Key]
contention scope attribute [in 3.9.9.2 Scheduling Contention Scope]
contention scope [in 3.9.9.6 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 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.3.2 "Get" Test Functions]
[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]
[in 3.9.9.5 Scheduling Policy]
[in 3.9.1.1 Scheduling Attributes]
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]
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]
D
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 object's task [in 3.5.1 Defining a Runnable's Task]
dependencies, scheduling attributes [in 3.9.9 Scheduling Attributes]
dependencies
Execution Tracing package [in 6.1.1 Interpackage Dependencies]
Functor package [in 8.1.2 Interpackage Dependencies]
Interthread Communication package [in 5.1.1 Interpackage Dependencies]
Pointer package [in 7.1.1 Interpackage Dependencies]
Synchronization package [in 4.1.1 Interpackage Dependencies]
Thread-compatible Exception package [in 9.1.1 Interpackage Dependencies]
Threading package [in 3.1.1 Interpackage Dependencies]
deprecated
class names [in C.2.4 Other Documentation Changes]
classes [in C.2.2 Deprecated Classes]
functions [in C.2.3 Deprecated Functions]
Dijkstra, E. W. [in 4.5.7 The RWSemaphore Class]
disconnectClient()
and stopping all tracing [in 6.6.2 Stopping Trace]
RWTraceManager [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]
doTrace()
and processing trace events [in 6.7.2.1 Including a Timestamp in Trace Output]
[in 6.7.2 Creating User-defined Clients]
[in 6.8.3.1 Creating the Filter's Body Class]
RWTraceEventClientImp [in 6.7.2.1 Including a Timestamp in Trace Output]
[in 6.7.2 Creating User-defined Clients]
[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]
E
empty handlesdefinition [in 3.3.1.1 Runnable Handle Classes]
enqueue()
RWRunnableServer [in 3.6.3 Enqueuing Runnables on a Server]
RWThreadPool [in 3.7.3 Enqueuing Work on a Thread Pool]
[in 3.7.3 Enqueuing Work on a Thread Pool]
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 6.4.3 Function Declaration Macros]
[in 6.4 Using Set Declaration Macros]
[in 6.4.3.6 Assigning functionTag Names]
[in 6.4.2.1 Implications for Template Classes]
[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]
example
Execution Tracing [in 6.3 Using Trace]
[in 6.5.4 Trace Macros Example]
[in 6.7.2.1 Including a Timestamp in Trace Output]
[in 6.7.2 Creating User-defined Clients]
[in 6.7.2.2 Including Thread IDs in Trace Output]
[in 6.8.3.1 Creating the Filter's Body Class]
[in 6.8.3.1 Creating the Filter's Body Class]
[in 6.8.1.2 Using RWTraceMultiClientFilter]
[in 6.8.1.1 Using RWTraceLevelFilter]
Functor [in 8.3 Using Functors]
[in 8.4.2.2 Constructing a Functor with a Global Template Function]
[in 8.4.3.2 Constructing a Functor with a Macro]
[in 8.5.1 Running Unknown Functions]
[in 8.5 Invoking Functors]
[in 8.6.3.3 Invoking Functor Lists]
[in 8.6.3.6 Using a Functor List as a Callback]
[in 8.6.3.2 Adding Functors to the List]
[in 8.6.3.1 Constructing Functor Lists]
[in 8.7.3.4 Defining a Default Functor for the Map]
[in 8.7.3.2 Adding Functors to the Map]
[in 8.7.3.1 Constructing Functor Maps]
[in 8.7.5 Functor Map Example]
Interthread Communication [in 5.4.1.2 Example]
[in 5.5.7.2 Using Timed Waits]
[in 5.5.5.1 Example]
[in 5.5.3.3 Example]
[in 5.5.7.4 Another Asynchronous Example]
multiple exception types [in 9.4.2 Creating Your Own Error Handler]
Smart Pointer [in 7.3.2.3 Handle-Body Example]
[in 7.4 Using the RWTSingleton Class]
[in 7.5.2 Using RWTCountedPointer]
[in 7.5.2.1 Deriving from RWTCountingBody for Reference Counting]
[in 7.5.1 Using RWTOnlyPointer]
[in 7.5.1 Using RWTOnlyPointer]
[in 7.5.3 Using RWTCountingPointer]
Synchronization [in 4.4.4 Building Monitors]
[in 4.4.2.2 Using a Try-Catch Block]
[in 4.4.2.1 Using a Basic Mutex Mechanism]
[in 4.4.5.2 Using the Condition Variable for Producer-Consumer Synchronization]
[in 4.4.4.3 The RWTMonitor<Lock> Class]
[in 4.5.8 The RWCondition Class]
[in 4.5.4.2 Using RWTRecursiveLock]
[in 4.5.9 The RWBarrier Class]
[in 4.5.1.4 Acquiring Mutex Ownership]
[in 4.5.1.5 Using a Guard Class]
[in 4.6.3 Using the Unlock Guard Class]
[in 4.6.1 Using a Lock Guard]
[in 4.6.2 Releasing and Reacquiring a Guarded Lock]
[in 4.6.4 Using the RWTTryLockGuard Template Class]
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 with Some Compilers]
[in 3.5.9.5 Shutting Down a Continuous Process]
[in 3.5.9.6 Rendezvous Synchronization]
[in 3.5.15.6 Changing the Execution State]
[in 3.5.15.3 Using Wait Functions]
[in 3.5.8.1 Testing After Successful Joins]
[in 3.5.10.7 Designing Your Code]
[in 3.5.10.7 Designing Your Code]
[in 3.5.5.4 Distinguishing Between Synchronous and Threaded Runnables]
[in 3.5.5.2 Checking the Completion State]
[in 3.5.6.1 Types of Join Functions]
[in 3.5.2.3 Static Make Functions]
[in 3.6.1 Constructing a Server]
[in 3.8.1.1 Example]
[in 3.8.2 Using Runnable Servers]
exception class name changes [in C.3.3 Exception Name Changes]
exceptions
default messages [in 9.3 Default Exception Messages]
specifications removed in 2.0 [in C.3.5 Other Changes]
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 3.5.15.5 Registering the Callback]
[in 3.5.15.3 Using Wait Functions]
execution state values
Threading package [in 3.5.3 Runnable State]
execution state [in 3.5.5.1 Starting Synchronous Runnables]
[in 3.5.3 Runnable State]
[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]
class name changes [in C.3.3 Exception Name Changes]
example [in 6.3 Using Trace]
[in 6.5.4 Trace Macros Example]
[in 6.7.2.1 Including a Timestamp in Trace Output]
[in 6.7.2 Creating User-defined Clients]
[in 6.7.2.2 Including Thread IDs in Trace Output]
[in 6.8.3.1 Creating the Filter's Body Class]
[in 6.8.3.1 Creating the Filter's Body Class]
[in 6.8.1.2 Using RWTraceMultiClientFilter]
[in 6.8.1.1 Using RWTraceLevelFilter]
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]
F
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]
RWTFunctorMap [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 8.4.3.1 Choosing a Macro]
[in 8.4.2.1 Choosing a Global Template Function]
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 8.6.3 Using Functor Lists]
[in 8.6.1 How Do They Work?]
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]
class name changes [in C.3.2 Class Name Changes]
example [in 8.3 Using Functors]
[in 8.4.2.2 Constructing a Functor with a Global Template Function]
[in 8.4.3.2 Constructing a Functor with a Macro]
[in 8.5.1 Running Unknown Functions]
[in 8.5 Invoking Functors]
[in 8.6.3.3 Invoking Functor Lists]
[in 8.6.3.6 Using a Functor List as a Callback]
[in 8.6.3.2 Adding Functors to the List]
[in 8.6.3.1 Constructing Functor Lists]
[in 8.7.3.4 Defining a Default Functor for the Map]
[in 8.7.3.2 Adding Functors to the Map]
[in 8.7.3.1 Constructing Functor Maps]
[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 8.4.3.2 Constructing a Functor with a Macro]
[in 8.4.3 Using Macros]
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]
G
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()
RWThread [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]
RWThreadSelf [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]
getActivePoolAttribute()
RWServerPool [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]
getAttribute()
RWThread [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]
RWThreadSelf [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]
getCompletionState()
RWRunnableHandle [in 3.5.7 Monitoring the Completion State of a Runnable]
getConcurrencyPolicy() [in 3.9.4 Querying Attribute Values]
RWThreadAttribute [in 3.9.9.4 Concurrency Policy]
getContentionScope() [in 3.9.4 Querying Attribute Values]
RWThreadAttribute [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]
RWTFunctorMap [in 8.7.3.4 Defining a Default Functor for the Map]
getExecutionState()
RWRunnableHandle [in 3.5.15.1 Getting the Instantaneous Execution State of a Runnable]
getInheritancePolicy() [in 3.9.4 Querying Attribute Values]
RWThreadAttribute [in 3.9.9.3 Scheduling Inheritance Policy]
getMaxPriority()
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMaxProcessScopePriority()
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMaxSystemScopePriority()
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.8 Determining the Legal Range For An Attribute]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
getMaxTimeSliceQuantum()
RWThread [in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
RWThreadAttribute [in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
RWThreadSelf [in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
getMinPriority()
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMinProcessScopePriority()
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMinStackSize()
RWThreadAttribute [in 3.9.10.2 System-Managed Stack Attributes]
[in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.10.3 User-Managed Stack Attributes]
getMinSystemScopePriority()
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.8 Determining the Legal Range For An Attribute]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
getMinTimeSliceQuantum()
RWThread [in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
RWThreadAttribute [in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
RWThreadSelf [in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
getNestedRunnable()
RWRunnable [in 3.5.16.1 Starting Synchronous Runnables]
RWRunnableSelf [in 3.5.16.1 Starting Synchronous Runnables]
getNext()
RWTIOUTrap [in 5.5.7.3 Improving the Asynchronous Example]
getPoolAttribute()
RWServerPool [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]
getPriority() [in 3.9.4 Querying Attribute Values]
[in 3.9.4 Querying Attribute Values]
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.4 Querying Attribute Values]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.4 Querying Attribute Values]
getProcessScopePriority() [in 3.9.4 Querying Attribute Values]
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.4 Querying Attribute Values]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.4 Querying Attribute Values]
getSchedulingPolicy() [in 3.9.4 Querying Attribute Values]
RWThread [in 3.9.4 Querying Attribute Values]
[in 3.9.9.5 Scheduling Policy]
RWThreadAttribute [in 3.9.9.5 Scheduling Policy]
RWThreadSelf [in 3.9.4 Querying Attribute Values]
[in 3.9.9.5 Scheduling Policy]
getStackCommitSize() [in 3.9.4 Querying Attribute Values]
RWThreadAttribute [in 3.9.10.2 System-Managed Stack Attributes]
getStackReserveSize() [in 3.9.4 Querying Attribute Values]
RWThreadAttribute [in 3.9.10.2 System-Managed Stack Attributes]
getStartPolicy() [in 3.9.4 Querying Attribute Values]
RWThreadAttribute [in 3.9.9.1 Start Policy]
getSuspendCount()
RWThread [in 3.5.13.1 Using the suspend() and resume() Functions]
[in 3.5.13 Suspending and Resuming Execution]
getSystemScopePriority() [in 3.9.4 Querying Attribute Values]
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.4 Querying Attribute Values]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.4 Querying Attribute Values]
getTimeSliceQuantum() [in 3.9.4 Querying Attribute Values]
RWThread [in 3.9.4 Querying Attribute Values]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
RWThreadAttribute [in 3.9.9.7 Scheduling Time-Slice Quantum]
RWThreadSelf [in 3.9.4 Querying Attribute Values]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
getUserStack()
RWThreadAttribute [in 3.9.10.3 User-Managed Stack Attributes]
getUserStackAddress() [in 3.9.4 Querying Attribute Values]
RWThreadAttribute [in 3.9.10.3 User-Managed Stack Attributes]
getUserStackSize() [in 3.9.4 Querying Attribute Values]
global function name changes [in C.3.4 Global Function and Macro Name Changes]
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]
H
handle classescreating 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]
Interthread 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]
I
identifying threads [in 4.5.4.1 Identifying Threads]inactive runnables [in 3.5.3 Runnable State]
inError()
RWTIOUEscrow [in 5.5.3.3 Example]
RWTIOUResult [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 3.9.9.6 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]
[in 3.9.9.5 Scheduling Policy]
[in 3.9.9.5 Scheduling Policy]
[in 3.9.1.1 Scheduling Attributes]
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]
instance()
RWTSingleton [in 7.4 Using the RWTSingleton Class]
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 3.9.9.1 Start Policy]
[in 3.9.1.1 Scheduling Attributes]
interrupt()
RWRunnableSelf [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]
Interthread Communication package
class name changes [in C.3.2 Class Name Changes]
example [in 5.4.1.2 Example]
[in 5.5.7.2 Using Timed Waits]
[in 5.5.5.1 Example]
[in 5.5.3.3 Example]
[in 5.5.7.4 Another Asynchronous Example]
invariant [in 2.1 Background]
IOUs
aborting [in 5.5.4.2 Aborting a Request]
closing [in 5.5.5.2 Closing and Redeeming an IOU]
[in 5.5.3 Closing 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 5.5.5.2 Closing and Redeeming an IOU]
[in 5.5.4 Redeeming an IOU]
[in 5.5.4 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]
isAcquired()
RWTTryLockGuard [in 4.6.4 Using the RWTTryLockGuard Template Class]
isConcurrencyPolicySet() [in 3.9.3.4 "Is Set" Test Functions]
RWThreadAttribute [in 3.9.9.4 Concurrency Policy]
isContentionScopeSet() [in 3.9.3.4 "Is Set" Test Functions]
RWThreadAttribute [in 3.9.9.2 Scheduling Contention Scope]
isInheritancePolicySet() [in 3.9.3.4 "Is Set" Test Functions]
RWThreadAttribute [in 3.9.9.3 Scheduling Inheritance Policy]
isPrioritySet() [in 3.9.3.4 "Is Set" Test Functions]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
isProcessScopePrioritySet() [in 3.9.3.4 "Is Set" Test Functions]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
isSchedulingPolicySet() [in 3.9.3.4 "Is Set" Test Functions]
RWThreadAttribute [in 3.9.9.5 Scheduling Policy]
isStackCommitSizeSet() [in 3.9.3.4 "Is Set" Test Functions]
RWThreadAttribute [in 3.9.10.2 System-Managed Stack Attributes]
isStackReserveSizeSet() [in 3.9.3.4 "Is Set" Test Functions]
RWThreadAttribute [in 3.9.10.2 System-Managed Stack Attributes]
isStartPolicySet() [in 3.9.3.4 "Is Set" Test Functions]
RWThreadAttribute [in 3.9.9.1 Start Policy]
isSystemScopePrioritySet() [in 3.9.3.4 "Is Set" Test Functions]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
isTimeSliceQuantumSet() [in 3.9.3.4 "Is Set" Test Functions]
RWThreadAttribute [in 3.9.9.7 Scheduling Time-Slice Quantum]
isUserStackSet() [in 3.9.3.4 "Is Set" Test Functions]
RWThreadAttribute [in 3.9.10.3 User-Managed Stack Attributes]
isValid()
runnable handle classes [in 3.3.1.1 Runnable Handle Classes]
RWFunctor0 [in 3.7.3 Enqueuing Work on a Thread Pool]
RWHandleBase [in 7.6 Smart Pointer Class Architecture]
[in 7.6 Smart Pointer Class Architecture]
J
join [in 3.9.9.5 Scheduling Policy]join()
RWRunnable [in 3.5.6 Joining a Runnable]
joining a runnable [in 3.5.6 Joining a Runnable]
K
kernel threads [in 3.9.9.4 Concurrency Policy][in 3.9.9.2 Scheduling Contention Scope]
L
librariesThreads Module [in 1.2 Packages and Libraries]
local variables
definition [in 3.2.2 Threads and Memory]
lock guards [in 4.6.1 Using a Lock Guard]
M
macrosand 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()
constructing a functor with [in 8.4.3.3 Macro Expansion at Compile Time]
constructing runnable body instances with [in 3.3.1.1 Runnable Handle Classes]
constructing runnable objects with [in 3.5.2.3 Static Make Functions]
for derived body class [in 7.3.2.2 Defining Handle Classes that Don't Create Bodies]
for derived client class [in 6.7.2 Creating User-defined Clients]
[in 6.7.2.3 Using Your Client]
for derived filter class [in 6.8.3.1 Creating the Filter's Body Class]
[in 6.8.3.3 Instantiating Your Derived Filter]
RWRunnableServer [in 3.6.1 Constructing a Server]
[in 3.9.11.2 Supplying RWThreadAttribute Instances At Construction]
RWServerPool [in 3.6.1 Constructing a Server]
[in 3.9.11.2 Supplying RWThreadAttribute Instances At Construction]
RWThreadFunction [in 3.4.3 Runnable Make Functions]
[in 3.9.11.2 Supplying RWThreadAttribute Instances At Construction]
RWThreadPool [in 3.7.1 Constructing a Thread Pool]
[in 3.7.1 Constructing a Thread Pool]
RWTThreadEscrowImp [in 5.5.2 Constructing an IOU]
RWTThreadIOUFunction [in 3.9.11.2 Supplying RWThreadAttribute Instances At Construction]
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]
[in 4.4.4.3 The RWTMonitor<Lock> Class]
[in 4.5.10 The RWTMonitor Class]
monitor
definition [in 4.4.4 Building Monitors]
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]
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]
N
nestdefinition [in 3.5.16 Execution Nesting]
normal completion state [in 3.5.3 Runnable State]
O
opaque pointerdefinition [in 7.6 Smart Pointer Class Architecture]
operator Redeemable()
RWTIOUResult [in 5.5.4 Redeeming an IOU]
operator()()
RWTIOUEscrow [in 5.5.3.1 The close() Function]
RWTIOUResult [in 5.5.4 Redeeming an IOU]
operator()
functor classes [in 8.1.5 How Do They Work?]
operator=()
RWTIOUEscrow [in 5.5.3.1 The close() Function]
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]
P
packagesThreads Module [in 1.2 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]
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
=> 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 3.9.9.6 Scheduling Priority]
[in 3.9.9.6 Scheduling Priority]
[in 3.9.9.5 Scheduling Policy]
[in 3.9.1.1 Scheduling Attributes]
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 3.9.9.4 Concurrency Policy]
[in 3.9.9.2 Scheduling Contention Scope]
process
definition [in 3.2.1 Threads and Concurrency]
processing cost [in 3.9.9.2 Scheduling Contention Scope]
producer-consumer synchronization
and the Interthread 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]
Q
querying status of IOUs [in 5.5.4.3 Querying the Status of an IOU Object]R
raise()RWRunnable [in 3.5.7 Monitoring the Completion State of a Runnable]
RWTHRxmsg [in 9.4 Using the Thread-compatible Exception Classes]
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]
redeem()
RWTIOUResult [in 5.5.4 Redeeming an IOU]
redeemable()
RWTIOUResult [in 5.5.4.3 Querying the Status of an IOU Object]
redeemed()
RWTIOUEscrow [in 5.5.3.3 Example]
RWTIOUResult [in 5.5.4.3 Querying the Status of an IOU Object]
redeeming IOUs [in 5.5.5.2 Closing and Redeeming an IOU]
[in 5.5.4 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()
RWCondition [in 4.5.8 The RWCondition Class]
RWMutexLock [in 4.5.1 The RWMutexLock Class]
RWReadersWriterLock [in 4.5.5 The RWReadersWriterLock Class]
RWSemaphore [in 4.5.7 The RWSemaphore Class]
RWTLockGuard [in 4.6 The Guard Classes]
RWTRecursiveLock [in 4.5.4 The RWTRecursiveLock Class]
release
definition [in 4.1 Introducing the Synchronization Package]
released runnables [in 3.5.3 Runnable State]
releaseInterrupt()
RWRunnable [in 3.5.9.5 Shutting Down a Continuous Process]
[in 3.5.9.3 Completing the Interrupt Request]
[in 3.7.1 Constructing a Thread Pool]
[in 3.9.9.1 Start Policy]
remove()
and removing functors from the map [in 8.7.3.5 Removing Functors from the Map]
RWFunctorMap [in 8.7.3.5 Removing Functors from the Map]
RWTFunctorList [in 8.6.3.4 Removing Functors from the List]
removeCallback()
RWRunnableHandle [in 3.5.15.9 Removing a Callback]
removeReference()
for RWTCountedPointer parameter class [in 7.5.2 Using RWTCountedPointer]
rendezvous
definition [in 3.5.9.6 Rendezvous Synchronization]
RWBarrier [in 4.5.9 The RWBarrier Class]
requestCancellation()
RWRunnable [in 3.5.10.4 Types of requestCancellation Functions]
[in 3.5.10.1 Canceling a Runnable from Another Thread]
requestInterrupt()
RWRunnable [in 3.5.9.5 Shutting Down a Continuous Process]
[in 3.5.9.2 Interrupting a Runnable from Another Thread]
[in 3.5.9.4 Types of requestInterrupt() Functions]
reserve size [in 3.9.1.2 Stack Management Attributes]
[in 3.9.10.2 System-Managed Stack Attributes]
resetConcurrencyPolicy() [in 3.9.7 Restoring Default Attribute Values]
RWThreadAttribute [in 3.9.9.4 Concurrency Policy]
resetContentionScope() [in 3.9.7 Restoring Default Attribute Values]
RWThreadAttribute [in 3.9.9.2 Scheduling Contention Scope]
resetInheritancePolicy() [in 3.9.7 Restoring Default Attribute Values]
RWThreadAttribute [in 3.9.9.3 Scheduling Inheritance Policy]
resetPriority() [in 3.9.7 Restoring Default Attribute Values]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
resetProcessScopePriority() [in 3.9.7 Restoring Default Attribute Values]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
resetSchedulingPolicy() [in 3.9.7 Restoring Default Attribute Values]
RWThreadAttribute [in 3.9.9.5 Scheduling Policy]
resetStackCommitSize() [in 3.9.7 Restoring Default Attribute Values]
RWThreadAttribute [in 3.9.10.2 System-Managed Stack Attributes]
resetStackReserveSize() [in 3.9.7 Restoring Default Attribute Values]
RWThreadAttribute [in 3.9.10.2 System-Managed Stack Attributes]
resetStartPolicy() [in 3.9.7 Restoring Default Attribute Values]
RWThreadAttribute [in 3.9.9.1 Start Policy]
resetSystemScopePriority() [in 3.9.7 Restoring Default Attribute Values]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
resetTimeSliceQuantum() [in 3.9.7 Restoring Default Attribute Values]
RWThreadAttribute [in 3.9.9.7 Scheduling Time-Slice Quantum]
resetUserStack() [in 3.9.7 Restoring Default Attribute Values]
RWThreadAttribute [in 3.9.10.3 User-Managed Stack Attributes]
resize()
RWServerPool [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()
RWThread [in 3.5.13.1 Using the suspend() and resume() Functions]
[in 3.5.13 Suspending and Resuming Execution]
[in 3.5.13 Suspending and Resuming Execution]
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()
RWRunnable [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 C.3.5 Other Changes]
RWCompletionState
and state values [in 3.5.3 Runnable State]
RWConcurrencyPolicy
and defining concurrency policies [in 3.9.9.4 Concurrency Policy]
RWCondition
acquire() [in 4.5.8 The RWCondition Class]
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]
release() [in 4.5.8 The RWCondition Class]
RWContentionScope
and defining contention scope policies [in 3.9.9.2 Scheduling Contention Scope]
RWCriticalSection
and synchronization [in 4.5.6 The RWCriticalSection Class]
RWDEBUG
used without RW_THR_DEBUG in 2.0 [in C.3.5 Other Changes]
RWExecutionState
and state values [in 3.5.3 Runnable State]
RWFIFOMutexLock
and synchronization [in 4.5.2 The RWFIFOMutexLock Class]
[in 4.5.1.4 Acquiring Mutex Ownership]
RWFunctor0
isValid() [in 3.7.3 Enqueuing Work on a Thread Pool]
RWFunctor
introduction [in 8.2.1 Class Naming Conventions]
RWThreadPool [in 3.7 The Thread Pool Class]
RWFunctorMap
remove() [in 8.7.3.5 Removing Functors from the Map]
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]
[in 7.6 Smart Pointer Class Architecture]
RWInheritancePolicy
and defining inheritance policies [in 3.9.9.3 Scheduling Inheritance Policy]
rwMakeFunctor0()
Functor package [in 3.4.4.1 Functor Make Functions]
rwMakeRunnableCallback => See rwtMakeRunnableCallback
RWMutexLock
acquire() [in 4.5.1 The RWMutexLock Class]
and synchronization [in 4.5.1 The RWMutexLock Class]
interaction diagram [in 4.5.1.1 Avoiding a Block]
release() [in 4.5.1 The RWMutexLock Class]
setCancellation() [in 3.5.10.7 Designing Your Code]
static constructor [in 4.5.1.6 Initializing a Mutex]
tryAcquire() [in 4.5.1.1 Avoiding a Block]
RWNullMutexLock
and synchronization [in 4.5.3 The RWNullMutexLock Class]
RWReadersWriterLock
acquireRead() [in 4.5.5 The RWReadersWriterLock Class]
acquireWrite() [in 4.5.5 The RWReadersWriterLock Class]
release() [in 4.5.5 The RWReadersWriterLock Class]
Synchronization package [in 4.6.5 Using Classes with Read-Write Synchronization Resources]
tryAcquireRead() [in 4.5.5 The RWReadersWriterLock Class]
tryAcquireWrite() [in 4.5.5 The RWReadersWriterLock Class]
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]
getNestedRunnable() [in 3.5.16.1 Starting Synchronous Runnables]
join() [in 3.5.6 Joining a Runnable]
raise() [in 3.5.7 Monitoring the Completion State of a Runnable]
releaseInterrupt() [in 3.5.9.5 Shutting Down a Continuous Process]
[in 3.5.9.3 Completing the Interrupt Request]
[in 3.7.1 Constructing a Thread Pool]
[in 3.9.9.1 Start Policy]
requestCancellation() [in 3.5.10.4 Types of requestCancellation Functions]
[in 3.5.10.1 Canceling a Runnable from Another Thread]
requestInterrupt() [in 3.5.9.5 Shutting Down a Continuous Process]
[in 3.5.9.2 Interrupting a Runnable from Another Thread]
[in 3.5.9.4 Types of requestInterrupt() Functions]
run() [in 3.4.2 Introducing the Runnable]
wait() [in 3.5.15.3 Using Wait Functions]
RWRunnableFunction
and functor-based runnables [in 3.5.1.1 Functor-Based Runnables]
RWRunnableHandle
addCallback() [in 3.5.15.5 Registering the Callback]
getCompletionState() [in 3.5.7 Monitoring the Completion State of a Runnable]
getExecutionState() [in 3.5.15.1 Getting the Instantaneous Execution State of a Runnable]
removeCallback() [in 3.5.15.9 Removing a Callback]
threadId() [in 3.5.15.6 Changing the Execution State]
[in 3.5.17 Thread Identification]
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]
getNestedRunnable() [in 3.5.16.1 Starting Synchronous Runnables]
serviceCancellation() [in 3.5.10.2 Completing a Cancellation Request]
serviceInterrupt() [in 3.5.9.5 Shutting Down a Continuous Process]
[in 3.5.9.3 Completing the Interrupt Request]
sleep() [in 3.5.11 Sleeping]
[in 3.5.12.2 Yielding to Lower Priority Threads]
yield() [in 3.5.12 Yielding Execution]
RWRunnableServer
and servicing interrupt requests [in 3.6.5 Interrupting a Server]
enqueue() [in 3.6.3 Enqueuing Runnables on a Server]
make() [in 3.9.11.2 Supplying RWThreadAttribute Instances At Construction]
setCapacity() [in 3.6.3 Enqueuing Runnables on 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]
getActivePoolAttribute() [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]
getPoolAttribute() [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]
make() [in 3.9.11.2 Supplying RWThreadAttribute Instances At Construction]
resize() [in 3.6.8 Resizing a Server Pool]
setPoolAttribute() [in 3.9.11.3 Supplying RWThreadAttribute Instances After Construction]
[in 3.9.11.3 Supplying RWThreadAttribute Instances After Construction]
rwServiceCancellation()
Threading package [in 3.5.10.7 Designing Your Code]
[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 C.3.5 Other Changes]
setCancellation() [in 3.5.10.6 Using Synchronization Classes to Service Cancellation Requests]
[in 3.5.10.6 Using Synchronization Classes to Service Cancellation Requests]
[in 4.5.1.7 Servicing Cancellation Requests]
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 7.5.3.1 Providing RWTCountingPointer with a Counter]
[in 7.5.2.1 Deriving from RWTCountingBody for Reference Counting]
pointer helper class [in 7.5.2.1 Deriving from RWTCountingBody for Reference Counting]
RWTCountingPointer [in 7.4 Using the RWTSingleton Class]
[in 7.5.3.1 Providing RWTCountingPointer with a Counter]
[in 7.5 Using the Smart Pointer Classes]
[in 7.5.3 Using RWTCountingPointer]
[in 7.5.3 Using RWTCountingPointer]
and reference-counting [in 7.5.3 Using RWTCountingPointer]
RWTFunctor
introduction [in 8.2.1 Class Naming Conventions]
RWTFunctorList
remove() [in 8.6.3.4 Removing Functors from the List]
update() [in 8.6.3.5 Updating Functor Lists]
RWTFunctorMap
contains() [in 8.7.4.1 Checking for a Key]
find() [in 8.7.4.2 Checking for a Key and its Functor]
getDefault() [in 8.7.3.4 Defining a Default Functor for the Map]
RWTHRBoundsError [in 9.3 Default Exception Messages]
rwThread()
Threading package [in 3.5.16 Execution Nesting]
RWThread
canGetPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.2 "Get" Test Functions]
canGetProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.2 "Get" Test Functions]
canGetSchedulingPolicy() [in 3.9.3.2 "Get" Test Functions]
[in 3.9.9.5 Scheduling Policy]
canGetSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.2 "Get" Test Functions]
canGetTimeSliceQuantum() [in 3.9.3.2 "Get" Test Functions]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
canSetPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.3 "Set" Test Functions]
canSetProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.3 "Set" Test Functions]
canSetSchedulingPolicy() [in 3.9.3.3 "Set" Test Functions]
[in 3.9.9.5 Scheduling Policy]
canSetSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.3 "Set" Test Functions]
canSetTimeSliceQuantum() [in 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.3.3 "Set" Test Functions]
canSuspendResume() [in 3.5.13 Suspending and Resuming Execution]
getActiveAttribute() [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]
getAttribute() [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]
getMaxPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMaxProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMaxSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMaxTimeSliceQuantum() [in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
getMinPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMinProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMinSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMinTimeSliceQuantum() [in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
getPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.4 Querying Attribute Values]
getProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.4 Querying Attribute Values]
getSchedulingPolicy() [in 3.9.4 Querying Attribute Values]
[in 3.9.9.5 Scheduling Policy]
getSuspendCount() [in 3.5.13.1 Using the suspend() and resume() Functions]
[in 3.5.13 Suspending and Resuming Execution]
getSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.4 Querying Attribute Values]
getTimeSliceQuantum() [in 3.9.4 Querying Attribute Values]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
resume() [in 3.5.13.1 Using the suspend() and resume() Functions]
[in 3.5.13 Suspending and Resuming Execution]
[in 3.5.13 Suspending and Resuming Execution]
RWThreadPool [in 3.7 The Thread Pool Class]
setAttribute() [in 3.9.11.3 Supplying RWThreadAttribute Instances After Construction]
setPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.5 Setting Attribute Values]
setProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.5 Setting Attribute Values]
setSchedulingPolicy() [in 3.9.9.5 Scheduling Policy]
[in 3.9.5 Setting Attribute Values]
setSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.5 Setting Attribute Values]
setTimeSliceQuantum() [in 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.5 Setting Attribute Values]
suspend() [in 3.5.13.1 Using the suspend() and resume() Functions]
[in 3.5.13 Suspending and Resuming Execution]
[in 3.5.13 Suspending and Resuming Execution]
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]
canGetConcurrencyPolicy() [in 3.9.9.4 Concurrency Policy]
canGetContentionScope() [in 3.9.9.2 Scheduling Contention Scope]
canGetInheritancePolicy() [in 3.9.9.3 Scheduling Inheritance Policy]
canGetPriority() [in 3.9.9.6 Scheduling Priority]
canGetProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
canGetSchedulingPolicy() [in 3.9.9.5 Scheduling Policy]
canGetStackCommitSize() [in 3.9.10.2 System-Managed Stack Attributes]
canGetStackReserveSize() [in 3.9.10.2 System-Managed Stack Attributes]
canGetStartPolicy() [in 3.9.9.1 Start Policy]
canGetSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
canGetTimeSliceQuantum() [in 3.9.9.7 Scheduling Time-Slice Quantum]
canGetUserStack() [in 3.9.10.3 User-Managed Stack Attributes]
canSetConcurrencyPolicy() [in 3.9.9.4 Concurrency Policy]
[in 3.9.9.2 Scheduling Contention Scope]
canSetInheritancePolicy() [in 3.9.9.3 Scheduling Inheritance Policy]
canSetPriority() [in 3.9.9.6 Scheduling Priority]
canSetProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
canSetSchedulingPolicy() [in 3.9.9.5 Scheduling Policy]
canSetStackCommitSize() [in 3.9.10.2 System-Managed Stack Attributes]
canSetStackReserveSize() [in 3.9.10.2 System-Managed Stack Attributes]
canSetStartPolicy() [in 3.9.9.1 Start Policy]
canSetSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
canSetTimeSliceQuantum() [in 3.9.9.7 Scheduling Time-Slice Quantum]
canSetUserStack() [in 3.9.10.3 User-Managed Stack Attributes]
getConcurrencyPolicy() [in 3.9.9.4 Concurrency Policy]
getContentionScope() [in 3.9.9.2 Scheduling Contention Scope]
getInheritancePolicy() [in 3.9.9.3 Scheduling Inheritance Policy]
getMaxPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMaxProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMaxSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMaxTimeSliceQuantum() [in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
getMinPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMinProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMinStackSize() [in 3.9.10.2 System-Managed Stack Attributes]
[in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.10.3 User-Managed Stack Attributes]
getMinSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMinTimeSliceQuantum() [in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
getPriority() [in 3.9.9.6 Scheduling Priority]
getProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
getSchedulingPolicy() [in 3.9.9.5 Scheduling Policy]
getStackCommitSize() [in 3.9.10.2 System-Managed Stack Attributes]
getStackReserveSize() [in 3.9.10.2 System-Managed Stack Attributes]
getStartPolicy() [in 3.9.9.1 Start Policy]
getSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
getTimeSliceQuantum() [in 3.9.9.7 Scheduling Time-Slice Quantum]
getUserStack() [in 3.9.10.3 User-Managed Stack Attributes]
getUserStackAddress() [in 3.9.10.3 User-Managed Stack Attributes]
isConcurrencyPolicySet() [in 3.9.9.4 Concurrency Policy]
isContentionScopeSet() [in 3.9.9.2 Scheduling Contention Scope]
isInheritancePolicySet() [in 3.9.9.3 Scheduling Inheritance Policy]
isPrioritySet() [in 3.9.9.6 Scheduling Priority]
isProcessScopePrioritySet() [in 3.9.9.6 Scheduling Priority]
isSchedulingPolicySet() [in 3.9.9.5 Scheduling Policy]
isStackCommitSizeSet() [in 3.9.10.2 System-Managed Stack Attributes]
isStackReserveSizeSet() [in 3.9.10.2 System-Managed Stack Attributes]
isStartPolicySet() [in 3.9.9.1 Start Policy]
isSystemScopePrioritySet() [in 3.9.9.6 Scheduling Priority]
isTimeSliceQuantumSet() [in 3.9.9.7 Scheduling Time-Slice Quantum]
isUserStackSet() [in 3.9.10.3 User-Managed Stack Attributes]
resetConcurrencyPolicy() [in 3.9.9.4 Concurrency Policy]
resetContentionScope() [in 3.9.9.2 Scheduling Contention Scope]
resetInheritancePolicy() [in 3.9.9.3 Scheduling Inheritance Policy]
resetPriority() [in 3.9.9.6 Scheduling Priority]
resetProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
resetSchedulingPolicy() [in 3.9.9.5 Scheduling Policy]
resetStackCommitSize() [in 3.9.10.2 System-Managed Stack Attributes]
resetStackReserveSize() [in 3.9.10.2 System-Managed Stack Attributes]
resetStartPolicy() [in 3.9.9.1 Start Policy]
resetSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
resetTimeSliceQuantum() [in 3.9.9.7 Scheduling Time-Slice Quantum]
resetUserStack() [in 3.9.10.3 User-Managed Stack Attributes]
setConcurrencyPolicy() [in 3.9.9.4 Concurrency Policy]
setContentionScope() [in 3.9.9.2 Scheduling Contention Scope]
setInheritancePolicy() [in 3.9.9.3 Scheduling Inheritance Policy]
setPriority() [in 3.9.9.6 Scheduling Priority]
setProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
setSchedulingPolicy() [in 3.9.9.5 Scheduling Policy]
setStackCommitSize() [in 3.9.10.2 System-Managed Stack Attributes]
setStackReserveSize() [in 3.9.10.2 System-Managed Stack Attributes]
setStartPolicy() [in 3.9.9.1 Start Policy]
setSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
setTimeSliceQuantum() [in 3.9.9.7 Scheduling Time-Slice Quantum]
setUserStack() [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]
make() [in 3.9.11.2 Supplying RWThreadAttribute Instances At Construction]
rwThreadId()
Threading package [in 3.5.15.6 Changing the Execution State]
RWThreadId
and synchronization [in 4.5.4.1 Identifying Threads]
RWThreadPool
enqueue() [in 3.7.3 Enqueuing Work on a Thread Pool]
[in 3.7.3 Enqueuing Work on a Thread Pool]
make() [in 3.7.1 Constructing a Thread Pool]
[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]
[in 3.7.3 Enqueuing Work on a Thread Pool]
RWThreadSelf [in 3.9.3.2 "Get" Test Functions]
canGetPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.2 "Get" Test Functions]
canGetProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
canGetSchedulingPolicy() [in 3.9.3.2 "Get" Test Functions]
[in 3.9.9.5 Scheduling Policy]
canGetSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.2 "Get" Test Functions]
canGetTimeSliceQuantum() [in 3.9.3.2 "Get" Test Functions]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
canSetPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.3 "Set" Test Functions]
canSetProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.3 "Set" Test Functions]
canSetSchedulingPolicy() [in 3.9.3.3 "Set" Test Functions]
[in 3.9.9.5 Scheduling Policy]
canSetSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.3.3 "Set" Test Functions]
canSetTimeSliceQuantum() [in 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.3.3 "Set" Test Functions]
canSuspendResume() [in 3.5.13 Suspending and Resuming Execution]
getActiveAttribute() [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]
getAttribute() [in 3.9.12 Querying Threaded Runnables For Thread Creation Attributes]
getMaxPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMaxProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMaxSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
getMaxTimeSliceQuantum() [in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
getMinPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMinProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.8 Determining the Legal Range For An Attribute]
getMinSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
getMinTimeSliceQuantum() [in 3.9.8 Determining the Legal Range For An Attribute]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
getPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.4 Querying Attribute Values]
getProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.4 Querying Attribute Values]
getSchedulingPolicy() [in 3.9.4 Querying Attribute Values]
[in 3.9.9.5 Scheduling Policy]
getSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.4 Querying Attribute Values]
getTimeSliceQuantum() [in 3.9.4 Querying Attribute Values]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
setAttribute() [in 3.9.11.3 Supplying RWThreadAttribute Instances After Construction]
setPriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.5 Setting Attribute Values]
setProcessScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.5 Setting Attribute Values]
setSchedulingPolicy() [in 3.9.9.5 Scheduling Policy]
[in 3.9.5 Setting Attribute Values]
setSystemScopePriority() [in 3.9.9.6 Scheduling Priority]
[in 3.9.5 Setting Attribute Values]
setTimeSliceQuantum() [in 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.5 Setting Attribute Values]
suspend() [in 3.5.13 Suspending and Resuming Execution]
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]
clone() [in 9.4 Using the Thread-compatible Exception Classes]
raise() [in 9.4 Using the Thread-compatible Exception Classes]
RWTIOUEscrow
aborted() [in 5.5.3.3 Example]
and closing an IOU [in 5.5.3 Closing an IOU]
close() [in 5.5.3.1 The close() Function]
[in 5.5.3 Closing an IOU]
closeable() [in 5.5.3.3 Example]
closed() [in 5.5.3.3 Example]
inError() [in 5.5.3.3 Example]
operator()() [in 5.5.3.1 The close() Function]
operator=() [in 5.5.3.1 The close() Function]
redeemed() [in 5.5.3.3 Example]
setException() [in 5.5.3.2 The setException() Function]
[in 5.5.3 Closing an IOU]
RWTIOUResult
abort() [in 5.5.4.2 Aborting a Request]
aborted() [in 5.5.4.3 Querying the Status of an IOU Object]
and redeeming an IOU [in 5.5.4 Redeeming an IOU]
inError() [in 5.5.4.3 Querying the Status of an IOU Object]
operator Redeemable() [in 5.5.4 Redeeming an IOU]
operator()() [in 5.5.4 Redeeming an IOU]
redeem() [in 5.5.4 Redeeming an IOU]
redeemable() [in 5.5.4.3 Querying the Status of an IOU Object]
redeemed() [in 5.5.4.3 Querying the Status of an IOU Object]
RWTIOUTrap
and trapping IOUs [in 5.5.7 Trapping IOUs with RWTIOUTrap]
getNext() [in 5.5.7.3 Improving the Asynchronous Example]
setTrap() [in 5.5.7.3 Improving the Asynchronous Example]
RWTLockGuard
acquire() [in 4.6 The Guard Classes]
and synchronization [in 4.6 The Guard Classes]
release() [in 4.6 The Guard Classes]
rwtMakeFunctor0()
Functor package [in 8.3 Using Functors]
[in 8.4.2.1 Choosing a Global Template Function]
rwtMakeFunctor1()
Functor package [in 8.4.2.1 Choosing a Global Template Function]
rwtMakeFunctor2()
Functor package [in 8.4.2.1 Choosing a Global Template Function]
rwtMakeFunctorR0()
Functor package [in 8.4.2.1 Choosing a Global Template Function]
rwtMakeFunctorR1()
Functor package [in 8.4.2.1 Choosing a Global Template Function]
rwtMakeFunctorR2()
Functor package [in 8.4.2.1 Choosing a Global Template Function]
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]
monitor() [in 4.4.4.3 The RWTMonitor<Lock> Class]
[in 4.4.4.3 The RWTMonitor<Lock> Class]
[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]
RWTPCPtrQueue [in 5.6.1 Value and Pointer Classes]
RWTPCPtrStack [in 5.6.1 Value and Pointer Classes]
RWTPCValQueue [in 5.4.1.2 Example]
[in 5.6.1 Value and Pointer Classes]
Interthread Communication package [in 5.4.1.1 The RWTPCValQueue Family of Classes]
RWTPCValQueueGuarded [in 5.6.2 Guarded and Prioritized Classes]
RWTPCValQueueGuardedPrioritized [in 5.6.2 Guarded and Prioritized Classes]
RWTPCValQueuePrioritized [in 5.6.2 Guarded and Prioritized Classes]
RWTPCValStack [in 5.6.1 Value and Pointer Classes]
RWTPCValStackGuarded [in 5.6.2 Guarded and Prioritized Classes]
RWTPCValStackGuardedPrioritized [in 5.6.2 Guarded and Prioritized Classes]
RWTPCValStackPrioritized [in 5.6.2 Guarded and Prioritized Classes]
RWTPointer
and smart pointers [in 7.6 Smart Pointer Class Architecture]
RWTraceEventClient
connectToManager() [in 6.7.2.3 Using Your Client]
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]
doTrace() [in 6.7.2.1 Including a Timestamp in Trace Output]
[in 6.7.2 Creating User-defined Clients]
[in 6.8.3.1 Creating the Filter's Body Class]
trace() [in 6.8.3.1 Creating the Filter's Body Class]
RWTraceLevelFilter
and resetting severity level [in 6.8.1.1 Using RWTraceLevelFilter]
setLevel() [in 6.8.1.1 Using RWTraceLevelFilter]
RWTraceManager
connectToManager() [in 6.7.1 Using the Predefined Client]
disconnectClient() [in 6.6.2 Stopping Trace]
RWTraceMultiClientFilter [in 6.8.1.2 Using RWTraceMultiClientFilter]
connect() [in 6.8.2 Chaining Multiple Filters]
RWTraceMultiClientFilterImp
and creating a trace filter [in 6.8.3.1 Creating the Filter's Body Class]
RWTraceOstreamClient
connect() [in 6.7.1 Using the Predefined Client]
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
acquire() [in 4.5.4 The RWTRecursiveLock Class]
and synchronization [in 4.5.4 The RWTRecursiveLock Class]
release() [in 4.5.4 The RWTRecursiveLock Class]
RWTRunnableIOUFunction
and functor-based runnables [in 3.5.1.1 Functor-Based Runnables]
RWTSingleton
and global access to classes [in 7.4 Using the RWTSingleton Class]
instance() [in 7.4 Using the RWTSingleton Class]
RWTThreadEscrowImp
make() [in 5.5.2 Constructing an IOU]
RWTThreadIOUFunction
and functor-based runnables [in 3.5.1.1 Functor-Based Runnables]
make() [in 3.9.11.2 Supplying RWThreadAttribute Instances At Construction]
RWTTryLockGuard
and synchronization [in 4.6.4 Using the RWTTryLockGuard Template Class]
isAcquired() [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]
RWUnsafeCounter
pointer helper class [in 7.5.3 Using RWTCountingPointer]
RWXmsg [in 9.4.2 Creating Your Own Error Handler]
replaced by thread-compatible exceptions in some 2.0 functions [in C.3.5 Other Changes]
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 C.3.5 Other Changes]
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]
S
scheduling attributesdefinitions [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 3.9.9.6 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 3.9.8 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 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.9.5 Scheduling Policy]
[in 3.9.1.1 Scheduling Attributes]
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()
RWRunnableSelf [in 3.5.10.2 Completing a Cancellation Request]
serviceInterrupt()
RWRunnableSelf [in 3.5.9.5 Shutting Down a Continuous Process]
[in 3.5.9.3 Completing the Interrupt Request]
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]
setAttribute()
RWThread [in 3.9.11.3 Supplying RWThreadAttribute Instances After Construction]
RWThreadSelf [in 3.9.11.3 Supplying RWThreadAttribute Instances After Construction]
setCancellation()
avoid in nested lockguards [in 3.5.10.7 Designing Your Code]
[in 3.5.10.6 Using Synchronization Classes to Service Cancellation Requests]
RWMutexLock [in 3.5.10.7 Designing Your Code]
RWSynchObject [in 3.5.10.6 Using Synchronization Classes to Service Cancellation Requests]
[in 3.5.10.6 Using Synchronization Classes to Service Cancellation Requests]
[in 4.5.1.7 Servicing Cancellation Requests]
setCapacity()
RWRunnableServer [in 3.6.3 Enqueuing Runnables on a Server]
setConcurrencyPolicy() [in 3.9.5 Setting Attribute Values]
RWThreadAttribute [in 3.9.9.4 Concurrency Policy]
setContentionScope() [in 3.9.5 Setting Attribute Values]
RWThreadAttribute [in 3.9.9.2 Scheduling Contention Scope]
setException()
RWTIOUEscrow [in 5.5.3.2 The setException() Function]
[in 5.5.3 Closing an IOU]
setInheritancePolicy() [in 3.9.5 Setting Attribute Values]
RWThreadAttribute [in 3.9.9.3 Scheduling Inheritance Policy]
setLevel()
and resetting trace levels [in 6.8.1.1 Using RWTraceLevelFilter]
RWTraceLevelFilter [in 6.8.1.1 Using RWTraceLevelFilter]
setPoolAttribute()
RWServerPool [in 3.9.11.3 Supplying RWThreadAttribute Instances After Construction]
[in 3.9.11.3 Supplying RWThreadAttribute Instances After Construction]
setPriority() [in 3.9.5 Setting Attribute Values]
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.5 Setting Attribute Values]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.5 Setting Attribute Values]
setProcessScopePriority() [in 3.9.5 Setting Attribute Values]
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.5 Setting Attribute Values]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.5 Setting Attribute Values]
setSchedulingPolicy() [in 3.9.5 Setting Attribute Values]
RWThread [in 3.9.9.5 Scheduling Policy]
[in 3.9.5 Setting Attribute Values]
RWThreadAttribute [in 3.9.9.5 Scheduling Policy]
RWThreadSelf [in 3.9.9.5 Scheduling Policy]
[in 3.9.5 Setting Attribute Values]
setStackCommitSize() [in 3.9.5 Setting Attribute Values]
RWThreadAttribute [in 3.9.10.2 System-Managed Stack Attributes]
setStackReserveSize() [in 3.9.5 Setting Attribute Values]
RWThreadAttribute [in 3.9.10.2 System-Managed Stack Attributes]
setStartPolicy() [in 3.9.5 Setting Attribute Values]
RWThreadAttribute [in 3.9.9.1 Start Policy]
setSystemScopePriority() [in 3.9.5 Setting Attribute Values]
RWThread [in 3.9.9.6 Scheduling Priority]
[in 3.9.5 Setting Attribute Values]
RWThreadAttribute [in 3.9.9.6 Scheduling Priority]
RWThreadSelf [in 3.9.9.6 Scheduling Priority]
[in 3.9.5 Setting Attribute Values]
setTimeSliceQuantum() [in 3.9.5 Setting Attribute Values]
RWThread [in 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.5 Setting Attribute Values]
RWThreadAttribute [in 3.9.9.7 Scheduling Time-Slice Quantum]
RWThreadSelf [in 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.5 Setting Attribute Values]
setting sequence for scheduling attributes [in 3.9.9 Scheduling Attributes]
setTrap()
RWTIOUTrap [in 5.5.7.3 Improving the Asynchronous Example]
setUserStack() [in 3.9.5 Setting Attribute Values]
RWThreadAttribute [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()
RWRunnableSelf [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]
class name changes [in C.3.2 Class Name Changes]
example [in 7.3.2.3 Handle-Body Example]
[in 7.4 Using the RWTSingleton Class]
[in 7.5.2 Using RWTCountedPointer]
[in 7.5.2.1 Deriving from RWTCountingBody for Reference Counting]
[in 7.5.1 Using RWTOnlyPointer]
[in 7.5.1 Using RWTOnlyPointer]
[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, required [in 2.3 Using the Packages Together]
SourcePro Core [in 1.1 Welcome]
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]
[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()
RWThread [in 3.5.13.1 Using the suspend() and resume() Functions]
[in 3.5.13 Suspending and Resuming Execution]
[in 3.5.13 Suspending and Resuming Execution]
RWThreadSelf [in 3.5.13 Suspending and Resuming Execution]
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
class name changes [in C.3.2 Class Name Changes]
example [in 4.4.4 Building Monitors]
[in 4.4.2.2 Using a Try-Catch Block]
[in 4.4.2.1 Using a Basic Mutex Mechanism]
[in 4.4.5.2 Using the Condition Variable for Producer-Consumer Synchronization]
[in 4.4.4.3 The RWTMonitor<Lock> Class]
[in 4.5.8 The RWCondition Class]
[in 4.5.4.2 Using RWTRecursiveLock]
[in 4.5.9 The RWBarrier Class]
[in 4.5.1.4 Acquiring Mutex Ownership]
[in 4.5.1.5 Using a Guard Class]
[in 4.6.3 Using the Unlock Guard Class]
[in 4.6.1 Using a Lock Guard]
[in 4.6.2 Releasing and Reacquiring a Guarded Lock]
[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 3.9.9.6 Scheduling Priority]
[in 3.9.9.2 Scheduling Contention Scope]
T
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]
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 3.9.3.2 "Get" Test Functions]
[in 3.9.9.4 Concurrency Policy]
[in 3.9.1.1 Scheduling Attributes]
contention scope [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 3.9.3.2 "Get" Test Functions]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.9.5 Scheduling Policy]
[in 3.9.9.2 Scheduling Contention Scope]
[in 3.9.1.1 Scheduling Attributes]
inheritance 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 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.9.5 Scheduling Policy]
[in 3.9.9.5 Scheduling Policy]
[in 3.9.1.1 Scheduling Attributes]
priority [in 3.9.9.6 Scheduling Priority]
[in 3.9.9.6 Scheduling Priority]
[in 3.9.9.5 Scheduling Policy]
[in 3.9.1.1 Scheduling 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]
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 3.9.9.5 Scheduling Policy]
[in 3.9.9.5 Scheduling Policy]
[in 3.9.1.1 Scheduling Attributes]
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 3.9.9.7 Scheduling Time-Slice Quantum]
[in 3.9.1.1 Scheduling Attributes]
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]
class name changes [in C.3.2 Class Name Changes]
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 3.9.11.1 Supplying RWThreadAttribute Instances To Threaded Runnables]
[in 3.9 Thread Attributes]
definition [in 3.1 Introducing the Threading Package]
threadId()
RWRunnableHandle [in 3.5.15.6 Changing the Execution State]
[in 3.5.17 Thread Identification]
Threading package
class name changes [in C.3.2 Class Name Changes]
example [in 3.4.1 Creating Threads]
[in 3.4.4 Explicitly Constructing Functors and Runnables]
[in 3.4.4.2 Using Macros with Some Compilers]
[in 3.5.9.5 Shutting Down a Continuous Process]
[in 3.5.9.6 Rendezvous Synchronization]
[in 3.5.15.6 Changing the Execution State]
[in 3.5.15.3 Using Wait Functions]
[in 3.5.8.1 Testing After Successful Joins]
[in 3.5.10.7 Designing Your Code]
[in 3.5.10.7 Designing Your Code]
[in 3.5.5.4 Distinguishing Between Synchronous and Threaded Runnables]
[in 3.5.5.2 Checking the Completion State]
[in 3.5.6.1 Types of Join Functions]
[in 3.5.2.3 Static Make Functions]
[in 3.6.1 Constructing a Server]
[in 3.8.1.1 Example]
[in 3.8.2 Using Runnable Servers]
Threads Module
description [in 2.2 The Threads Module Packages]
libraries [in 1.2 Packages and Libraries]
packages and libraries [in 1.2 Packages and Libraries]
packages [in 1.2 Packages and Libraries]
SourcePro Core [in 1.1 Welcome]
summary of packages and libraries [in 1.2 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 class hierarchy [in 6.3 Using Trace]
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 6.8.3.1 Creating the Filter's Body Class]
[in 6.8.3 Creating User-defined Filters]
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()
RWTraceEventClientImp [in 6.8.3.1 Creating the Filter's Body Class]
Trace
package-level tracing [in 6.9 Using Package-level Tracing]
setting trace level [in 6.10 Controlling Trace Output]
severity levels [in 6.1.3 Trace Severity Levels]
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()
RWMutexLock [in 4.5.1.1 Avoiding a Block]
tryAcquireRead()
RWReadersWriterLock [in 4.5.5 The RWReadersWriterLock Class]
tryAcquireWrite()
RWReadersWriterLock [in 4.5.5 The RWReadersWriterLock Class]
type promotion
definition [in 8.1.5.4 When the Types Don't Quite Match]
U
unblockedSynchronization package [in 4.2 Definitions]
unsupported attributes [in 3.9.2 Thread Attribute Portability]
update()
RWTFunctorList [in 8.6.3.5 Updating Functor Lists]
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]
V
virtual address space [in 3.9.10.2 System-Managed Stack Attributes]W
wait()RWRunnable [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]
Y
yield [in 3.9.9.5 Scheduling Policy]yield()
RWRunnableSelf [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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