T

task managers, Integrating the CLR with Custom Schedulers and Thread Pools, Integrating the CLR with Custom Schedulers and Thread Pools, Integrating the CLR with Custom Schedulers and Thread Pools, The Task Abstraction, The Task Abstraction, Controlling the Execution of Tasks, Controlling the Execution of Tasks, Controlling the Execution of Tasks, Controlling the Execution of Tasks, Controlling the Execution of Tasks, Controlling the Execution of Tasks, Controlling the Execution of Tasks, Controlling the Execution of Tasks, Controlling the Execution of Tasks, Controlling the Execution of Tasks, Controlling the Execution of Tasks, The Life Cycle of a Task, The Life Cycle of a Task, The Life Cycle of a Task, The Life Cycle of a Task, The Life Cycle of a Task, The Life Cycle of a Task, The Life Cycle of a Task, The Life Cycle of a Task, The Life Cycle of a Task, The Life Cycle of a Task, The Life Cycle of a Task, The Life Cycle of a Task, The Life Cycle of a Task, The Life Cycle of a Task, The Life Cycle of a Task, Hooking Calls That Enter and Leave the CLR, Hooking Calls That Enter and Leave the CLR, Hooking Calls That Enter and Leave the CLR

aborts, The Life Cycle of a Task

abstraction, The Task Abstraction

CLR internal threads, The Life Cycle of a Task

cooperative scheduling, Integrating the CLR with Custom Schedulers and Thread Pools, The Life Cycle of a Task, Hooking Calls That Enter and Leave the CLR

CoopFiber sample, Integrating the CLR with Custom Schedulers and Thread Pools

creating new tasks, Controlling the Execution of Tasks, The Life Cycle of a Task

ending tasks, The Life Cycle of a Task

ETaskType enumeration, The Life Cycle of a Task

fiber mode, The Life Cycle of a Task

ICLRTask, Controlling the Execution of Tasks, Controlling the Execution of Tasks

ICLRTaskManager, Controlling the Execution of Tasks

IHostTask, Controlling the Execution of Tasks

IHostTaskManager, Controlling the Execution of Tasks, The Life Cycle of a Task, Hooking Calls That Enter and Leave the CLR

instancing ICLRTask, The Life Cycle of a Task

interfaces for, list of, Controlling the Execution of Tasks

life cycles of tasks, The Life Cycle of a Task

managed to unmanaged code transitions, Hooking Calls That Enter and Leave the CLR

methods for, tables of, Controlling the Execution of Tasks, Controlling the Execution of Tasks

purpose of, Integrating the CLR with Custom Schedulers and Thread Pools, The Task Abstraction

resetting tasks, Controlling the Execution of Tasks, The Life Cycle of a Task

scheduling tasks, The Life Cycle of a Task

starting tasks, The Life Cycle of a Task

thread affinity, The Life Cycle of a Task

unscheduled task state, The Life Cycle of a Task

yielding tasks, Controlling the Execution of Tasks

tasks, Memory and Garbage Collection, The Life Cycle of a Task

(see also )

thread pool managers, CLR Hosting Managers, Loading Code Domain Neutral, The Synchronization Manager

threading managers, CLR Hosting Managers, Memory and Garbage Collection

threads, CLR Hosting Managers, CLR Hosting Managers, Programming Model Enforcement, Memory and Garbage Collection, Loading Code Domain Neutral, Creating Application Domains, Creating Application Domains, Application Domains and Threads, Step 1: Aborting the Threads Running in the Domain, Step 1: Aborting the Threads Running in the Domain, Step 2: Raising an Unload Event, Synchronization, Synchronization, Self-Affecting Process Management, External Threading, Initiating Garbage Collections, Controlling the Execution of Tasks, The Synchronization Manager

abort delay method, Controlling the Execution of Tasks

aborting in application domains, Step 1: Aborting the Threads Running in the Domain

application domains, Creating Application Domains

blocking with host protection manager, Programming Model Enforcement

CLR thread pools, Application Domains and Threads

external, host protection of, External Threading

garbage collection management, Initiating Garbage Collections

host protection of, Synchronization

local storage for, Creating Application Domains

managers., CLR Hosting Managers, Memory and Garbage Collection

pool managers, CLR Hosting Managers, Loading Code Domain Neutral, The Synchronization Manager

self-effecting, host protection of, Self-Affecting Process Management

shared state host protection, Synchronization

ThreadAbortExceptions, Step 1: Aborting the Threads Running in the Domain, Step 2: Raising an Unload Event

timeouts, Failure Escalation, Setting Policy Using ICLRPolicyManager, Step 2: Set Actions to Take on Failures, Step 2: Set Actions to Take on Failures, Step 5: Specify Unhandled Exceptions Behavior

escalation policy for, Failure Escalation

methods for setting policy for, Setting Policy Using ICLRPolicyManager, Step 2: Set Actions to Take on Failures

notification of, Step 5: Specify Unhandled Exceptions Behavior

setting policy for, Step 2: Set Actions to Take on Failures

TLS (thread local storage), Creating Application Domains

types, The Role of Application Domains, Type Safety and Verification, System.Reflection.Assembly and CLR Remote Calls, Using Assembly.Load and Related Methods, LoadFrom’s Second Bind, Implications of Using Domain-Neutral Code, Implications of Using Domain-Neutral Code, Implications of Using Domain-Neutral Code, Permissions

casting issues, LoadFrom’s Second Bind

creation on loading methods, Using Assembly.Load and Related Methods

domain-neutral code, initialization speed in, Implications of Using Domain-Neutral Code

precise initializers, Implications of Using Domain-Neutral Code

relaxed initializers, Implications of Using Domain-Neutral Code

remote calls on, System.Reflection.Assembly and CLR Remote Calls

safety, The Role of Application Domains

verification, CAS, Permissions

visibility, Type Safety and Verification