Examples of using System calls in English and their translations into Korean
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Programming
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Computer
Some system calls exist purely for transferring information between the user program and the operating system. .
Many system calls exist simply for the purpose of transferring information between the user program and the operating system. .
At the lowest level, system calls allow a running program to make requests from the operating system directly.
and ftruncate() system calls were not designed to handle large file offsets.
Under unreliable signal semantics, system calls are not restarted automatically when interrupted by a signal.
Some system calls are very powerful and can exert great influence on the system. .
and ftruncate() system calls were not designed to handle large file offsets.
A kernel's services are requested by other parts of the OS or by application through a specified set of program interfaces sometimes known as system calls.
Remember, low-level file I/O system calls work with file descriptors!
Also, certain system calls can be restarted,
Should it attempt any other system calls, the kernel will terminate the process with SIGKILL or SIGSYS.
All components that run in the same process are instantiated in the UI thread, and system calls to each component are dispatched from that thread.
handling large numbers, data structures, and making POSIX system calls.
and ftruncate64() system calls that handle large files.
For example, a count of the x86-64 architecture's system calls comes in at around 300, compared with the suspected thousands of system calls on Microsoft Windows.
Because this signal may interrupt in-progress system calls, programs using this timer must be prepared to restart interrupted system calls.
In the majority of systems, system calls can just be made from userspace procedures, while in some systems, OS/360 and followers for instance, fortunate system code likewise releases system calls.
For instance, some system calls enable you to shut down the Linux system or to allocate system resources and prevent other users from accessing them.
which is designed to secure from viruses and Trojans, block unauthorized system calls to an operating system and resist to malwares.
Not all drivers implement all system calls, for example, calling mmap(2)