Книга: Programming with POSIX® Threads
1.9.2 Types and interfaces
1.9.2 Types and interfaces
This section briefly outlines the Pthreads data types, and some of the rules for interpreting them. For a full description of the "object" represented by each type and how to create and use those objects in a program, see the appropriate sections later in this book, as shown in Table 1.2.
| Type | Section | Description |
| pthread_t | 2 | thread identifier |
| pthread_mutex_t | 3.2 | mutex |
| pthread_cond_t | 3.3 | condition variable |
| pthread_key_t | 5.4 | "access key" for thread-specific data |
| pthread_attr_t | 5.2.3 | thread attributes object |
| pthread_mutexattr_t | 5.2.1 | mutex attributes object |
| pthread_condattr_t | 5.2.2 | condition variable attributes object |
| pthread_once_t | "one time initialization" control context |
TABLE 1.2 POSIX threads types
AII Pthreads types are "opaque." Portable code cannot make assumptions regarding the representation of these types.
All of the "pthread" types listed in Table 1.2 are considered opaque. There is no public definition of these types' representation, and programmers should never assume anything about the representation. You should use them only in the manner specifically described by the standard. A thread identifier, for example, may be an integer, or a pointer, or a structure, and any code that uses a thread identifier in a way that is not compatible with all of those definitions is incorrect.
Оглавление книги
- Creating and Deleting Device Objects
- The ipx_configure Command
- The is and as Operators
- Chapter 5 Device Interfaces
- Device Objects and Device Extensions
- Device Interfaces
- Разработка приложений баз данных InterBase на Borland Delphi
- Open Source Insight and Discussion
- Introduction to Microprocessors and Microcontrollers
- Chapter 6. Traversing of tables and chains
- Chapter 8. Saving and restoring large rule-sets
- Chapter 11. Iptables targets and jumps