- Berkeley DB Reference Guide:
- Programmer Notes
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It is possible to configure Berkeley DB at run-time so applications can redirect all Berkeley DB calls to underlying library or system call functionality. For example, an application might want Berkeley DB to call debugging memory allocation routines rather than the standard C library interfaces. The following interfaces support this functionality:
(버클리 디비를 런타임에 컨피그하여 모든 버클리 디비콜을 하부 라이브러리나 시스템콜로 리다이렉트하는것이 가능한다.예를 들어 애플리케이션이 표준 C라이브러리 인터페이스보다 디버그 메모리 할당 루틴을 콜하고 싶을 수 있다.다음의 인터페이스는 이런 런탕미 컨피그를 지원한다.)
db_env_set_func_close db_env_set_func_dirfree db_env_set_func_dirlist db_env_set_func_exists db_env_set_func_free db_env_set_func_fsync db_env_set_func_ioinfo db_env_set_func_malloc db_env_set_func_map db_env_set_func_open db_env_set_func_read db_env_set_func_realloc db_env_set_func_rename db_env_set_func_seek db_env_set_func_sleep db_env_set_func_unlink db_env_set_func_unmap db_env_set_func_write db_env_set_func_yield
These interfaces are available only from the Berkeley DB C language API, and are not available from all of the operating systems Berkeley DB supports.
(이 인터페이스는 모든 OS에서 사용가능하지 않다.)
A not-uncommon problem for applications is the new API in Solaris 2.6 for manipulating large files. Because this API was not part of Solaris 2.5, it is difficult to create a single binary that takes advantage of the large file functionality in Solaris 2.6, but still runs on Solaris 2.5. Example code that supports this is included in the Berkeley DB distribution, however, the example code was written using previous versions of the Berkeley DB APIs, and is only useful as an example.
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