在这些情况下，无论是SquirrelShell还是您都无法脱离平台，Squirrel Shell提供了一个方便的函数来探测操作系统，这样代码就可以适当的执行。
In those cases where neither Squirrel Shell nor you can abstract the platform away, Squirrel Shell provides a handy function to probe the operating system so code can follow an appropriate branch.
另外，在使用Solaris时，需要探测接口——其他UNIX操作系统不需要这么做。
Furthermore, with Solaris you need to plumb the interface — other UNIX operating systems do not require this.
这包括在代码中不同函数边界由操作系统实现的那些探测。
Those exposed by the operating system on the boundary of different functions within the code are covered.
探测器在操作系统内核级上监视所有数据库事务，包括特权用户的事务，而不依赖于数据库审计日志。
The probes monitor all database transactions, including those of privileged users, at the operating system kernel level without relying on database audit logs.
应用程序、库、编译器、固件和操作系统的任何部分都可能是问题的根源，而硬件诊断探测不出这些问题。
Applications, libraries, compilers, firmware, and any part of the operating system can be the source many problems undetected by hardware diagnostics.
探测器在MicrosoftWindows服务器上作为Windows服务，在UNIX服务器上作为守护进程，如果杀死此进程，操作系统会重新启动它。
The probes are installed on Microsoft Windows servers as a Windows service, and on UNIX servers as a daemon that, if killed, is restarted by the operating system.
为了满足这一需求，用系统账户(根)安装InfoSphereGuardium软件探测器，它作为单一进程在操作系统上运行。
To meet this requirement, InfoSphere Guardium software probes are installed as a system account (root) and run as a single process on the operating system.
这类恶意软件能够对计算机操作系统和嵌入式设备进行隐蔽探测，记录网络内部结构、口令密码等信息。
This kind of malicious software can hide the computer operating system and embedded devices, recording the internal structure of the network, password password and other information.
而用了分布式操作系统，该站点将不会被冲垮，因为该操作系统已探测到对资源需求的增加，并开始在其它的计算机上缓存数据。
With a distributed OS, the site won't get swamped because the OS has detected the increased demand on resources and started caching data onto other computers.
本文主要讨论如何通过网络伪装来防御操作系统的真正类型及其版本被探测，进而避免遭受针对具体操作系统类型漏洞的攻击。
How to defend detecting of the type and version number of operating system by network masquerade and avoid the attack of operating system hole is researched in this dissertation.
基于主动、被动探测攻击目标并分析其数据报的网络特征值，可以得出攻击目标的操作系统类型等重要信息，进而得出与之相关的系统漏洞，为入侵和攻击提供重要依据。
By analyzing the networking character values actively and passively, attacker can get a lot of information about target host, such as the type of operating system.
文中还给出了采用ARM嵌入式处理器结合嵌入式实时操作系统构建的激光探测信号采集系统。
A signal acquisition system for laser-based sonar detection system is constructed based on ARM embedded processor and real-time operating system.
文中还给出了采用ARM嵌入式处理器结合嵌入式实时操作系统构建的激光探测信号采集系统。
A signal acquisition system for laser-based sonar detection system is constructed based on ARM embedded processor and real-time operating system.
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