KSYMS Meaning and
Definition
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KSYMS is an acronym that stands for "Kernel System Calls Symbols" in the field of computer programming and software development. The term primarily refers to a set of symbols or data structures that represent the various system calls available in the kernel of an operating system.
A kernel is the central component of an operating system that manages various hardware and software resources, acting as an interface between the hardware and other software components. System calls, on the other hand, are functions or routines offered by the kernel, enabling user-level applications to perform privileged operations or access resources that are otherwise restricted.
The KSYMS data structures or symbols act as a mapping or lookup mechanism between the names of system calls and their corresponding addresses or entry points in the kernel's code. They provide a way for user-level programs to transparently and efficiently invoke system calls without directly manipulating memory or assembly code.
The KSYMS symbol table is typically generated during the compilation process of the kernel and can be extracted or accessed from the resulting binary image. It allows software developers and system administrators to examine or utilize the available system calls and their related information, such as parameters and return types.
In conclusion, KSYMS represents the symbols or data structures associated with system calls in the kernel of an operating system. It facilitates the interaction between user-level applications and the kernel, enabling privileged operations and access to system resources.
Common Misspellings for KSYMS
- jsyms
- msyms
- lsyms
- osyms
- kayms
- kzyms
- kxyms
- kdyms
- kwyms
- kshms
- ksums
- ks7ms
- ks6ms
- ksyns
- ksyks
- ksyjs
- ksyma
- ksymz
- ksymx
- ksymd
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