Use the EMF plug-ins to detect resource leaks.
使用EMF插件检测资源漏泄。
You can? T just remove a portlet from the page because this causes resource leaks.
不能仅从页面删除portlet，因为这会引起资源泄漏。
Previous versions had resource leaks around the handling of custom ICONS. Dashboard improvements.
之前的版本未能处理自定义图标。
By analyzing the trace files, you can detect abnormal application behavior, such as database resource leaks.
通过分析跟踪文件，您可以检测异常的应用程序行为，比如数据库资源漏泄。
In order to prevent resource leaks, you should unsubscribe from events before you dispose of a subscriber object.
为了避免发生资源流失的情形，请务必在处置订阅者物件之前先取消订阅事件。
Resource leaks can result in the DB2 server being overload, abnormal behavior within the application, or even in a crash of the DB2 server.
资源泄漏会造成DB2服务器负载过大，应用程序出现异常行为，或者甚至造成 DB2 服务器崩溃。
For this scenario, you are most concerned with the trace file elements that are used in your EMF model for detecting database resource leaks.
在此场景中，您最关心的是EMF模型中用于检测数据库资源泄漏的跟踪文件元素。
To avoid resource leaks, it is therefore critical to identify when the resource is no longer needed and remove it from this global collection.
要避免资源泄漏，因此非常重要的是，要识别出资源何时不再需要了并可以从这个全局集合中删除了。
With Ajax, you can have a single-page application stay in the browser for days, magnifying any problems with memory or other resource leaks that may occur.
使用Ajax可以在浏览器中保持一个单页面应用程序长达数天，这使内存或其它资源泄漏更加严重。
Static analysis tools also can help to find resource leaks, such as failures to deallocate memory or release resources, by identifying potential source code.
通过识别潜在的源代码，静态分析工具还能帮助发现资源泄漏，比如无法释放内存或资源。
The method can be used to detect safety holes, such as illegal pointer references, memory leaks, and other resource leaks, at a low cost and with high flexibility.
该方法具有代价小，灵活性强的特点，可用来检查程序中指针非法引用、内存泄漏及其他资源泄漏等安全漏洞。
A number of conditions can cause leaks, including ever-expanding hash tables, large resource objects being held indefinitely, and global JNI references not being cleaned up.
导致泄漏的原因很多，包括越来越多的散列表、不确定保存的大型资源对象和未清理的全局JNI引用。
A number of conditions can cause leaks, including ever-expanding hash tables, large resource objects being held indefinitely, and global JNI references not being cleaned up.
导致泄漏的原因很多，包括越来越多的散列表、不确定保存的大型资源对象和未清理的全局JNI引用。
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