进程可将多个模块加载到内存中。
转储模块加载。
然后我们的DLL模块加载到调用进程的地址空间。
Then we load our DLL module into the address space of the calling process.
“模块”窗口中，可以看到哪些模块加载了调试符号。
Modules window, you can see which modules have debugging symbols loaded.
与模块加载类似的应用程序是设备热插拔(在运行时添加或删除设备)。
A similar application to module loading is device hot-plugging (to add or remove devices at run time).
动态模块加载在内核通过usermode - helper进程进行。
Dynamic module loading occurs from the kernel through the usermode-helper process.
gcov模块加载以后，所有运行于系统压力测试组合中的测试都必须执行。
After the gcov module is loaded, all tests run in the system stress test combination must be executed.
可以在运行时将各个模块加载到主程序中(如果安装了相应模块)。
You can run each module will be loaded into the main program (if you install the appropriate module).
当代码运行时，运行时将模块加载到内存并向元数据咨询该类的信息。
When the code runs, the runtime loads the module into memory and consults the metadata for this class.
我们尝试着在Anvil中提供工具来处理模块加载和管理，来遵从所有这些最佳实践。
We have tried to capture these best practices in Anvil by providing utilities to handle module loading and management.
采用这个标准的应用程序需要一个模块加载器来按需加载模块，并解析模块间的依赖关系。
An application that adheres to this standard requires a module loader to load modules on request, and resolve inter-module dependencies.
示例脚本将使用Perl读取该信息，并使用XML::DOM模块加载已有的 XML 。
The sample script uses Perl to read the information, and the XML::DOM module to load the existing XML.
内核模块加载器也在2.5中完全被重新实现，这意味着模块编译机制相对于2.4有了很大不同。
The kernel module loader has also been completely reimplemented in 2.5, which means that the module-building mechanism is much different compared to 2.4.
这意味着BIOS不仅要花从加电到最后一个内核模块加载时间的一半在这上面；有时还可能会花费更多时间。
And that means that the BIOS isn't just taking up half the time from power-on to the last kernel driver loaded; it's probably taking up a lot more.
该系统监控所有可能的内核模块加载接口，根据设定的保护域和用户验证对内核模块加载进行控制。
This system watches on every possible interface were used for loading, and the loading according to the protected-region and user qualification were controlled.
Angular不附带模块加载器，也不偏爱任何第三方库(虽然大多数例子使用SystemJS)。
Angular does not ship with a module loader and does not have a preference for any particular 3rd party library (although most examples use SystemJS).
然后，调用 load_module函数，这个函数负责将模块加载到内核并执行必要的调试（后面还会讨论这点）。
Then, the load_module function is called, which takes care of the mechanical work to bring the module into the kernel and perform the necessary plumbing (I review this shortly).
这个模块加载到系统内具有双重链接的所有模块的列表上，并且通过notifier列表通知正在等待模块状态改变的线程。
This module is loaded onto a doubly linked list of all modules in the system, and any threads currently waiting for module state change are notified through the notifier list.
usermode - helperAPI是内核中重要的部分，这是由于其广泛多样的用途(从内核模块加载、设备热插拔到udev事件发布)。
The usermode-helper API is an important aspect to the kernel, given its wide and varying use (from kernel module loading, device hot-plugging, and event distribution for udev).
如果两者都有，我们就可以快速回退，只要指向JCL中旧的加载模块即可。
If we have both, for quick fallback, we could just point to the old load module in our JCL.
它提供了一个加载模块的基础结构，并允许模块执行启动操作。
It provides a module loading infrastructure and allows modules to perform startup operations.
这是加载模块的主要函数，它利用许多其他函数完成困难的工作。
This is the main function for module loading, making use of numerous other functions to do the difficult work.
然后在内核启动之后，可以动态加载这些模块。
Then they can be loaded dynamically, after the kernel gets started.
现在，我们看看加载模块时的内部函数(参见图4)。
Let's now look at the internal functions for module loading (see Figure 4).
构造消息适配器，需要编译WBCSCUSD程序并且链接到可执行的加载模块。
To build the message adapter, you need to compile the WBCSCUSD program and link it into an executable load module.
由此产生的加载模块（及其 “纹身”）会放入LOAD库中等待执行。
The resulting load module (with its “tattoo”) is put into a LOAD library where it waits to be executed.
如果TE未找到这两者，则会提醒用户，并且不会加载模块。
If the TE does not find both of these, the TE alerts the user, and the module does not load.
加载模块之后，您会看到页面垂直分为两个面板。
Once the module is loaded, you see that the page is split vertically into two panels.
加载模块之后，您会看到页面垂直分为两个面板。
Once the module is loaded, you see that the page is split vertically into two panels.
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