In the bind system call function.
在bind系统调用函数中。
Listing 1. The madvise system call.
清单1.madvise系统调用。
Listing 3. The sendfile system call.
清单3. sendfile系统调用。
Hence, the system call is named fork .
因此，系统调用被命名为fork 。
System call functional verification tests.
系统调用功能的验证测试。
System Call Entry/Exit probes (or syscall)
系统调用入口/出口探针（或syscall）
This system call returns a file descriptor.
这个系统调用返回一个文件描述符。
Using the setpgid() and setuid() system call
使用setpgid()和setuid()系统调用
The fork(2) system call creates a new process.
fork(2)系统调用创建一个新进程。
retval is the return value of the system call.
retval是系统调用的返回值。
This is step 3, updating the system call table.
这就是第3个步骤，更新系统调用表。
For that purpose it USES the system call fork .
为此它使用了系统调用fork 。
The sigaction system call takes three parameters
sigaction系统调用需要使用 3 个参数
Update the system call table for the new function.
针对这个新函数更新系统调用表。
to execute a probe upon exit of the system call
对函数调用的退出执行探测
This article discusses only the sendmsg system call.
本文仅讨论sendmsg系统调用。
Read event occurrence data through a read() system call.
通过read()系统调用读取事件发生数据。
Example: Probe at exit of read system call all processes.
示例：读取系统调用所有进程的出口的探针。
The pagesize is available by the system call getpagesize.
页面大小可以使用系统调用getpagesize获得。
You must also consider the overhead of system call tracing.
您还需要考虑系统调用跟踪本身的开销。
A shows the argument strings passed in each exec system call.
a显示每个exec系统调用中传递的参数字符串。
At the core of the SCI is the system call demultiplexing table.
SCI的核心是系统调用多路分解表。
The system call interface can be described from two perspectives.
系统调用接口可以从两个角度进行描述。
Any TCP system call that is made is received by the socket layer.
套接字层接收进行的任何TCP系统调用。
The send system call returns, creating the fourth context switch.
send系统调用返回，结果导致了第四次的上下文切换。
The clone system call has been extended to optimize thread creation.
系统调用clone被扩展，以优化线程的创建。
This system call sends control code and other data to a specified device.
这个系统调用向指定设备发送控制代码和其他数据。
Each system call is multiplexed into the kernel through a single entry point.
每个系统调用都是通过一个单一的入口点多路传入内核。
Each system call is multiplexed into the kernel through a single entry point.
每个系统调用都是通过一个单一的入口点多路传入内核。
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