Interpreting IBM Verbose Class Loading output.
解释IBM详细类装入的输出。
Resolving problems using IBM Verbose Class loading.
用IBM详细类装入解决问题。
Reduce class loading during plug-in initialization.
减少插件初始化时加载的类的数量。
We use dynamic class loading to load user libraries.
我们使用动态类加载来加载用户的库。
For additional class loading information, you can use verbose class output.
要想得到额外的类装入信息，可以用详细类输出。
Due to some peculiarities of class loading, the requirement is even stronger.
由于类加载的一些独特特性，因此这个需求变得更加强烈。
One example is class loading that invalidates monomorphic call transformations.
一个例子是使单态调用转换失效的类装载。
Classes are often loaded through a combination of explicit and implicit class loading.
类的装入通常组合了显式和隐式类装入。
You can use dynamic class loading techniques to ensure the correct set of beans is loaded.
可以使用动态类加载技术确保加载正确的bean集合。
This exception is thrown during the verification stage of the linking phase of class loading.
这个异常是在类装入的链接阶段的校验过程中抛出。
Explicit class loading occurs when a class is loaded using one of the following method calls.
显式类装入发生在使用以下方法调用装入的类的时候。
Hint: Specify the package prefixes for quicker class loading (see elements in the plugin.xml above).
提示：为更快速的类装载指定包前缀(参见以上plugin .xml中部分)。
Many developers find constraint violations to be a difficult type of class loading problem to resolve.
许多开发人员发现约束违反是一种很难解决的类装入问题。
If you want to avoid such problems, you need to understand the fundamental mechanics of class loading.
如果想避免这类问题，需要理解类装入的基本机制。
In this article, you learned about some of the more intricate problems that can occur in class loading.
在这篇文章中，学习了一些在类装入中可能发生的更复杂的问题。
Peer class loading does not follow the traditional hierarchical delegation structure for class loaders.
对等类装入不遵循传统的类装入器层次委托结构。
A good example of this class loading structure is an OSGi framework, such as the one Eclipse is built on.
这种类装入结构的示例就是OSGi框架，例如eclipse构建于其上的框架。
It is part of the JarIndex implementation and used by class loaders to speed up the class loading process.
它是JarIndex实现的一部分，并由类装载器用于加速类装载过程。
This section describes the core concepts of class loading to provide a knowledge base for the rest of this series.
这一节描述类装入的核心概念，为系列剩下的部分提供知识基础。
This method will now work fine; however, it now follows the standard class loading delegation (cache, parent, disk).
这个方法现在工作得很好；但是，它现在遵循的是标准类装入委托(缓存、双亲、磁盘)。
How exactly you place classes to ensure their visibility will vary depending on the class loading model you're using.
为了确保类的可视性而如何确切安放类，取决于使用的不同的类装入模型。
We mentioned earlier that usually this is caused by incompatible Jar files or other library and class loading issues.
之前我们就提到，这通常是由不兼容的Jar文件或其他库以及类加载问题所引起的。
Most, if not all, problems relating to class loading can be tracked down to a problem occurring in one of these phases.
虽然不是所有的问题，但至少大多数与类装入有关的问题都可以追溯到在这三个阶段中发生的某个问题。
The IBM Verbose class Loading option is a great way to check what the classpaths for all class loaders have been set to.
IBM详细类装入选项是检查所有类装入器设置的类路径的好方法。
OSGi provides among other things the component model, a deployment mechanism for modules and a clean class loading system.
OSGi提供了组件模型，一个模块部署系统，以及一个cleanclass加载系统。
In this article, you learned the fundamentals of class loading in JVMs and the debugging features available in the IBM JVM.
在这篇文章中，学习了JVM中类装入的基础知识和IBM JVM中可以使用的调试特性。
In this article, you learned about the various class loading exceptions, from the most basic errors to some more cryptic ones.
在这篇文章中，学习了不同的类装入异常，从最基本的错误到一些更神秘的错误。
No matter what kind of class loader you're using, however, there are many problems that can occur in the class loading process.
但是，不论使用哪种类装入器，在类装入过程中都可能发生许多问题。
Dynamic class loading, which is a challenge for the dynamic JIT compiler, is an even more significant issue for AOT compilation.
动态类加载是动态jit编译器面临的一个挑战，也是AOT编译的一个更重要的问题。
See the sidebar Parent configuration and class loading for information on the need for a geronimo-application.xml deployment plan.
请参阅侧栏父配置和类装载，以了解geronimo - application . xml部署计划所需的信息。
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