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Description: 好像是关于内存池的一个例子，具体就忘了，下完看一下吧！-A example about memory pool,use VC language.
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Size: 441412 |
Author: 李爹啊 |
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Description: 本程序主要实现内存管理的演示说明功能，利用MFC将七个部分综合在一起来说明内存管理的相关知识，包含1：内存空间分配，2：分配失败，3：堆区学习，4：虚拟内存，5：内存泄漏，6：内存池，7：智能指针等七部分，现已实现分配失败，堆区学习，内存泄漏等三部分，其他的演示对话框已经完成，但是功能还未实现-this procedure main memory management functions of the presentations, MFC will use some combination of seven to illustrate the memory management of the relevant knowledge, including one : memory space allocation, 2 : allocation failures, 3 : Reactor Region on the Study, 4 : virtual memory, 5 : Memory Leak, 6 : memory pool, 7 : smart pointer in seven parts, is the failure to achieve distribution stacked Region on the Study, three memory leak, Other presentations dialog has been completed, but have not yet been realized function
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Size: 223671 |
Author: 罗恺 |
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Description: 好像是关于内存池的一个例子，具体就忘了，下完看一下吧！-A example about memory pool,use VC language.
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Size: 441344 |
Author: 李爹啊 |
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Description: MemoryMonitor demonstrates the use of the java.lang.management API
in observing the memory usage of all memory pools consumed by
the application.
This simple demo program queries the memory usage of each memory pool
and plots the memory usage history graph.
To run the MemoryMonitor demo
java -jar <JDK_HOME>/demo/management/MemoryMonitor.jar
These instructions assume that this installation s version of the java
command is in your path. If it isn t, then you should either
specify the complete path to the java command or update your
PATH environment variable as described in the installation
instructions for the Java 2 SDK.-MemoryMonitor demonstrates the use of the java.lang.management API in observing the mem ory usage of all memory pools consumed by the apppublication. This simple queries the demo program memory usage of each memory pool and plots the memory usage history graph. To run the MemoryMonitor demo java-jar
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Size: 14336 |
Author: fgdfgdfg |
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Description: 内存池模型，实现一次分配多次使用。提高内存分配效率-memory pool model, the distribution of a multiple. Improving the efficiency of memory allocation
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Size: 10240 |
Author: yuxilv |
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Description: 一个内存池应用的小例子，对内存池的使用可以作为参考-a memory pool small example of the application of the memory pool can be used as a reference
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Size: 3072 |
Author: |
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Description: C++内存池的使用例子，频繁的New和Delete操作会造成内存碎片，通过使用内存池，有效地解决了这个问题-C memory pool examples of the use and frequent New and Delete operations will cause memory debris, through the use of memory pool, effective solution to this problem
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Size: 17408 |
Author: 唐晓飞 |
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Description: 本程序主要实现内存管理的演示说明功能，利用MFC将七个部分综合在一起来说明内存管理的相关知识，包含1：内存空间分配，2：分配失败，3：堆区学习，4：虚拟内存，5：内存泄漏，6：内存池，7：智能指针等七部分，现已实现分配失败，堆区学习，内存泄漏等三部分，其他的演示对话框已经完成，但是功能还未实现-this procedure main memory management functions of the presentations, MFC will use some combination of seven to illustrate the memory management of the relevant knowledge, including one : memory space allocation, 2 : allocation failures, 3 : Reactor Region on the Study, 4 : virtual memory, 5 : Memory Leak, 6 : memory pool, 7 : smart pointer in seven parts, is the failure to achieve distribution stacked Region on the Study, three memory leak, Other presentations dialog has been completed, but have not yet been realized function
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Size: 5204992 |
Author: 罗恺 |
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Description: boost中的内存池缘代码，对于大量小对象的申请和释放是很好的选择-boost the memory pool edge code, a large number of small objects for the application and release is a good choice
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Size: 24576 |
Author: 簌簌 |
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Description: 一个线程池的实现，池大小可以动态增加。并避免了内存碎片的问题。经测试，性能与windows原生线程池的性能相当。-The realization of a thread pool, pool size can be dynamically increased. And to avoid the memory fragmentation problem. After testing, performance and windows native thread pool performance fairly.
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Size: 4096 |
Author: 陈生 |
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Description: 内存池实现
BACKGROUND:
This is a memory pool library which was written to allow a program to
have heaps that it could destroy without fragmenting memory. You can
have multiple heaps and reset them easily completely reclaiming the
memory (as opposed to standard heaps).
With it you can mpool_open() a new heap, then mpool_alloc(),
mpool_calloc(), mpool_realloc(), mpool_free() to your heart s content.
Once you are done with the memory-pool you can run mpool_clear() or
mpool_close() and completely remove the memory associated with the
pools. This is very handy if you are working with some large blocks
of memory and want to reset back to a clean state.
Check out the mpool.h file for more information. Sorry for minimal
docs.
-Memory pool realize BACKGROUND: This is a memory pool library which was written to allow a program tohave heaps that it could destroy without fragmenting memory. You canhave multiple heaps and reset them easily completely reclaiming thememory (as opposed to standard heaps). With it you can mpool_open () a new heap, then mpool_alloc (), mpool_calloc (), mpool_realloc (), mpool_free () to your heart s content.Once you are done with the memory-pool you can run mpool_clear () ormpool_close () and completely remove the memory associated with thepools. This is very handy if you are working with some large blocksof memory and want to reset back to a clean state.Check out the mpool.h file for more information. Sorry for minimaldocs.
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Size: 22528 |
Author: Eagle518 |
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Description: Memory Pool 的設計哲學和無痛運用-Memory Pool design philosophy and painless to use
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Size: 441344 |
Author: t8086 |
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Description: vxworks 内存管理 静态内存池分配，释放等-VxWorks memory management static memory pool allocation, release, etc.
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Size: 2048 |
Author: jugovic |
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Description: memory pool, you can test it, it work we-memory pool
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Size: 10240 |
Author: kaka |
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Description: fast buddy memory pool
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Size: 1024 |
Author: dongju |
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Description: 关于内存池的设计方面的书籍，可以参考，希望对你实现内存池有帮助-memory pool
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Size: 441344 |
Author: 小牛 |
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Description: 介绍内存管理，帮助程序员更好的理解内存。开发出高质量的程序-a book introducing the memory management
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Size: 441344 |
Author: 陈珍珍 |
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Description: 只要把四个文件放入到你的项目工程当中去，编译完成之后内存池就会完全接管你申请内存时的ＮＥＷ，ＤＥＬＥＴＥ操作。-As long as the four files into your project of the project, and after the compilation memory pool will be completely take over your memory of the application for NEW, DELETE operation.
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Size: 7168 |
Author: duane |
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Description: 只要把四个文件放入到你的项目工程当中去，编译完成之后内存池就会完全接管你申请内存时的ＮＥＷ，ＤＥＬＥＴＥ操作。-As long as the four files into your project of the project, and after the compilation memory pool will be completely take over your memory of the application for NEW, DELETE operation.
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Size: 8192 |
Author: qqu9u094zhungke |
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Description: 只要把四个文件放入到你的项目工程当中去，编译完成之后内存池就会完全接管你申请内存时的ＮＥＷ，ＤＥＬＥＴＥ操作。-As long as the four files into your project of the project, and after the compilation memory pool will be completely take over your memory of the application for NEW, DELETE operation.
Platform: |
Size: 7168 |
Author: pa243uanlaol7 |
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