与编写普通的基于堆的应用程序相比,使用非堆内存的NHRT编程使工作量大大提高。
NHRT programming with nonheap memory creates significantly more work compared with writing regular heap-based applications.
程序对堆、非堆、永久保存区(Permanent Generation),以及JVM包含的不同内存池(新生对象区、长期对象区、存活空间等)的内存使用情况
The Memory usage for the applications Heap, Non Heap, Permanent Generation and the different memory pools that the JVM has (new generation, tenured generation, survivor space, etc.)
程序对堆、非堆、永久保存区(Permanent Generation),以及JVM包含的不同内存池(新生对象区、长期对象区、存活空间等)的内存使用情况
The Memory usage for the applications Heap, Non Heap, Permanent Generation and the different memory pools that the JVM has (new generation, tenured generation, survivor space, etc.)
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