GRUB2的模块化性质意味着您可以显式加载模块支持各种特性。
GRUB 2's modular nature means that you can explicitly load modules to support various features.
在显式链接下，应用程序必须进行函数调用以在运行时显式加载DLL。
With explicit linking, applications must make a function call to explicitly load the DLL at run time.
在显式链接下，使用DLL的可执行文件必须进行函数调用以显式加载和卸载该DLL，并访问该DLL的导出函数。
With explicit linking, the executable using the DLL must make function calls to explicitly load and unload the DLL and to access the DLL's exported functions.
Entity框架在默认情况下提供了一个显式的加载模型。
The entity framework offers an explicit loading model by default.
最后，您将看到，在解析xml定义和数据之前，上文中的所有清单都可以显式地加载类定义文件。
Finally, you'll see that all the previous listings explicitly load the class definition files, before parsing the XML definitions and data.
请注意，我们推荐用运行时dll的绝对路径显式地加载该文件。
Note that explicit loading of the runtime DLL with its absolute path is recommended.
在Windows系统中，可以由Windows程序显式地加载一个.dll文件，这是很常见的情况。
In Windows systems, it is quite common to for a.dll file to be explicitly loaded by a Windows program.
main方法现在显式地加载printhello . dll文件，并调用相同的print方法，如所示清单7中所示。
The main method now explicitly loads the printHello.dll file and invokes the print method for the same, as shown in Listing 7.
你的应用程序必须显式地加载库。例如，为了在应用程序启动时加载它，简单地添加以下内容到它的源代码中。
Your application must explicitly load the library. For example, to load it at application startup, simply add the following to its source code.
显式链接有时称为动态加载或运行时动态链接。
Explicit linking is sometimes referred to as dynamic load or run-time dynamic linking.
借助于显式和延迟加载，您可以推迟对于相关对象数据的请求，直到实际需要数据。
Explicit and lazy loading enables you to postpone the request for related object data until that data is actually needed.
每次加载程序集时，都会隐式或显式地调用此方法。
This method is called whenever an assembly is loaded, either implicitly or explicitly.
为提高启动性能，应用程序可隐式链接到那些加载后立即需要的DLL，并等到在需要时显式链接到其他DLL。
To improve startup performance, an application can implicitly link to those DLLs needed immediately after loading and wait to explicitly link to the other DLLs when they are needed.
考虑主应力轴偏转角循环加载的饱和软黏土显式模型可更为有效地预测路基长期沉降。
The explicit model is validated based on undrained cyclic test data. It will be more effective to calculate the long-term settlement of subgrade under traffic loading with the proposed explicit model.
考虑主应力轴偏转角循环加载的饱和软黏土显式模型可更为有效地预测路基长期沉降。
The explicit model is validated based on undrained cyclic test data. It will be more effective to calculate the long-term settlement of subgrade under traffic loading with the proposed explicit model.
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