I\'m trying to find out how to remap memory-mapped files on a Mac (when I want to expand the available space).
I\'m trying to implement a file storage mechanism which holds a number of variably-sized records in a sin开发者_运维问答gle file with the guarantee that the set of records will always be recoverable i
Does this function affect Memory-mapped file performance? Here\'s the problem I need to solve: I have two applications competing for disk access: \"reader\" and \"updater\". Whole system runs on Win
I am mapping a file(\"sample.txt\") to memory using FileChannel.map() and then closing the channel using fc.close(). After this when I write to the file using FileOutputStream, I am getting the follow
Greeting All, I want to achieve transparent persistence of Java objects through memory-mapped files (utilize the OS paging/swapping mechanism).
Scenario I have the following methods: public void AddItemSecurity(int itemId, int[] userIds) public int[] GetValidItemIds(int userId)
A client has asked for a page loader, something \"attractive\" to let the visitor know that the content is on its way. This is for standard html content - text, images, etc.
I want to pose a seemingly simple question that i can\'t find the answer nowhere. Is there a FAST modern algorithm for file input and/or output that can be compiled with all standard compliant C++ com
I have been looking into using Boost.Interprocess to create a disk-backed data structure. The examples on Boost Documentation (http://www.boost.org/doc/libs/1_41_0/doc/html/interprocess.html) are all
I have a very large array of doubles that I am using a disk-based file and a paging List of MappedByteBuffers to handle, see this question for more background.I am running on Windows XP using Java 1.5
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