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Siste endring 9. januar 2022 16:25
Siste forfatter Allan Sun

Strengstatistikk

Strings percent Vertslagrede strenger Words percent Vertslagrede ord Tegnprosent Vertslagrede tegn
Total 396 12 240 77 383
Oversatt 1% 7 1% 9 1% 65
Trenger redigering 0% 0 0% 0 0% 0
Skrivebeskyttet 0% 0 0% 0 0% 0
Feilende kontroller 0% 0 0% 0 0% 0
Strenger med forslag 0% 0 0% 0 0% 0
Uoversatte strenger 98% 389 99% 12 231 99% 77 318
Siste 12 måneder Previous

Aktivitet siste 12 måneder

0 endringer 0 endringer 0 endringer 8 endringer 0 endringer 0 endringer 0 endringer 0 endringer 2 endringer 0 endringer 0 endringer 0 endringer 0 endringer 0 endringer 0 endringer 0 endringer 0 endringer 0 endringer 0 endringer 3 endringer 0 endringer 0 endringer 0 endringer 0 endringer
Apr Mai Jun Jul Aug Sep Okt Nov Des Jan Feb Mar

Hurtignumre

12 240
Vertslagrede ord
396
Vertslagrede strenger
1%
Oversatt
0
Bidragsytere
and previous 30 days

Trends of last 30 days

—
Vertslagrede ord
+100%
—
Vertslagrede strenger
+100%
—
Oversatt
+1%
—
Bidragsytere
—
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Ny streng å oversette

Documentation / articles/linux-emulation/_index — Kinesisk (Tradisjonell) (zh_TW)

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Streng oppdatert i kodelageret

Documentation / articles/linux-emulation/_index — Kinesisk (Tradisjonell) (zh_TW)

Common UNIX(R) API defines a syscall as a way to issue commands from a user space process to the kernel. The most common implementation is either by using an interrupt or specialized instruction (think of `SYSENTER`/`SYSCALL` instructions for ia32). Syscalls are defined by a number. For example in FreeBSD, the syscall number 85 is the man:swapon[2] syscall and the syscall number 132 is man:mkfifo[2]. Some syscalls need parameters, which are passed from the user-space to the kernel-space in various ways (implementation dependent). Syscalls are synchronous.
 
3 måneder siden
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Nye strenger å oversette

Documentation / articles/linux-emulation/_index — Kinesisk (Tradisjonell) (zh_TW)

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Ressursoppdatering

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Streng oppdatert i kodelageret

Documentation / articles/linux-emulation/_index — Kinesisk (Tradisjonell) (zh_TW)

Many UNIX(R) derivates implement the man:ptrace[2] syscall to allow various tracking and debugging features. This facility enables the tracing process to obtain various information about the traced process, like register dumps, any memory from the process address space, etc. and also to trace the process like in stepping an instruction or between system entries (syscalls and traps). man:ptrace[2] also lets you set various information in the traced process (registers etc.). man:ptrace[2] is a UNIX(R)-wide standard implemented in most UNIX(R)es around the world.
 
11 måneder siden
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Streng oppdatert i kodelageret

Documentation / articles/linux-emulation/_index — Kinesisk (Tradisjonell) (zh_TW)

The Linux(R) emulation layer is not complete, as some syscalls are not implemented properly and some are not implemented at all. The emulation layer employs a facility to mark unimplemented syscalls with the `DUMMY` macro. These dummy definitions reside in [.filename]#linux_dummy.c# in a form of `DUMMY(syscall);`, which is then translated to various syscall auxiliary files and the implementation consists of printing a message saying that this syscall is not implemented. The `UNIMPL` prototype is not used because we want to be able to identify the name of the syscall that was called to know what syscalls are more important to implement.
 
11 måneder siden
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Streng oppdatert i kodelageret

Documentation / articles/linux-emulation/_index — Kinesisk (Tradisjonell) (zh_TW)

`sched_bind` is an API used to bind a thread to a particular CPU for all the time it executes the code, until a `sched_unbind` function call does not unbind it. This feature has a key role in situations where you cannot trust the current state of CPUs (for example, at very early stages of boot), as you want to avoid your thread to migrate on inactive CPUs. Since `sched_bind` and `sched_unbind` manipulate internal scheduler structures, they need to be enclosed in `sched_lock` acquisition/releasing when used.
 
11 måneder siden
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Streng oppdatert i kodelageret

Documentation / articles/linux-emulation/_index — Kinesisk (Tradisjonell) (zh_TW)

The FreeBSD kernel has been made preemptive basically to deal with interrupt threads. In fact, to avoid high interrupt latency, time-sharing priority threads can be preempted by interrupt threads (in this way, they do not need to wait to be scheduled as the normal path previews). Preemption, however, introduces new racing points that need to be handled, as well. Often, to deal with preemption, the simplest thing to do is to completely disable it. A critical section defines a piece of code (borderlined by the pair of functions man:critical_enter[9] and man:critical_exit[9], where preemption is guaranteed to not happen (until the protected code is fully executed). This can often replace a lock effectively but should be used carefully to not lose the whole advantage that preemption brings.
 
11 måneder siden
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Documentation / articles/linux-emulation/_index — Kinesisk (Tradisjonell) (zh_TW)

Scheduling barriers are intended to be used to drive scheduling of threading. They consist mainly of three different stubs:
 
11 måneder siden
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