Memory Error Cannot Increase Stream Buffer Size
Here's how to modify the Kodi cacheFix Kodi buffering problems! Here's how to modify the Kodi cache By Tim Wells 101 Comments The lights are down low. You've made some fresh popcorn. You've just sat down for your movie "date night" when…. Buffering….. Buffering….. Be honest: How many movie nights have ended because of that one little word? What about this one? "Cache Full: Cache filled before reaching required amount for continuous playback" Kodi has a lot of options available in the settings screen, but there's no way currently to change the cache size. So, are we just going to have to live with stuttering videos and buffering issues? Right? Nope. That would make for a pretty short article. 🙂 So, stick around and I'll tell you about the advancedsettings.xml file and how to modify the Kodi cache. BONUS: I've just posted my largest ever guide on How to set up Kodi 16: Jarvis the right way. Check it out here or using the image below! What is cache? Even if you've never heard the term "cache" before, that's OK. You're probably using it every day without even knowing it. Cache is any temporary data that is stored on a device so that it can get the data faster than you, the end user, can consume it. That way any interruptions in transmission quality or network speed won't bring your video to a screeching halt. Think of it like this. Have you ever been at a sports bar watching the same game on two TV's, but one of the TV's is slightly ahead of the other? Imagine one TV is "storing" a few extra seconds of the game, just in case there's a problem with the signal. Just for the record, that's not why the TV's are out of sync, but it makes it for a good analogy. Types of Kodi Cache There are several different types of cache memory that Kodi\XBMC uses during playback: Video Cache Video cache is exactly what it sounds like: cache used for playing back videos streaming from the Internet or somewhere else on your local network. Kodi will use system RAM in order to store a few seconds of the file. Since system RAM is the fastest type of storage available on just about any computer system, this is going to be your best performance option. Since Kodi is designed for systems with as little RAM as 1GB, it doesn't use much RAM for video cache by default - usually about 60MB. This cache is used, as needed, and then cleared after each use. This is the type of cache that I'll be showing you how to configure later in this article. If you have network speed issues, or a troublesome Wi-Fi connection, this will be your best bet for improving
here for a quick overview of the site Help Center Detailed answers to any questions you might have Meta Discuss the workings and policies of this site About Us Learn more about Stack Overflow the company Business Learn more about hiring developers or posting ads with us Stack Overflow Questions Jobs Documentation Tags Users Badges Ask Question x Dismiss Join the Stack Overflow Community Stack Overflow is a community of 6.2 million programmers, just like you, helping http://androidpcreview.com/fix-kodi-buffering-problems-heres-how-to-modify-the-kodi-cache/2611/ each other. Join them; it only takes a minute: Sign up OutOfMemoryException while populating MemoryStream: 256MB allocation on 16GB system up vote 14 down vote favorite I'm running the following method on my development IIS server (from VS2010 IDE) on a 64-bit Windows 7 machine with 16GB of installed RAM: public static MemoryStream copyStreamIntoMemoryStream(Stream stream) { long uiLen http://stackoverflow.com/questions/15595061/outofmemoryexception-while-populating-memorystream-256mb-allocation-on-16gb-sys = stream.Length; byte[] buff = new byte[0x8000]; int nSz; MemoryStream ms = new MemoryStream(); try { while ((nSz = stream.Read(buff, 0, buff.Length)) != 0) { ms.Write(buff, 0, nSz); } } finally { Debug.WriteLine("Alloc size=" + ms.Length); } return ms; } and I get the System.OutOfMemoryException on this line: ms.Write(buff, 0, nSz); That is thrown when 268435456 bytes are allocated: Alloc size=268435456 which is 0x10000000 or 256 MB. So I'm wondering if there's some global setting that I need to set to make it work? Here's a screenshot of the configuration setting for the project: c# asp.net memory out-of-memory share|improve this question edited Mar 24 '13 at 4:34 user166390 asked Mar 24 '13 at 4:07 c00000fd 5,185543119 Can you try setting a larger initial size in the MemoryStream constructor if you know approximately how big it will be? –Jonathon Reinhart Mar 24 '13 at 4:11 @JonathonReinhart: Just tried it. The stream.Length is set to 0. It's a ZIP archive stream, so I guess it's not provided up front.
two different manual memory management methods for the SGA, and two for the instance PGA. The two manual memory management methods for the SGA vary in the amount of effort and knowledge required by the DBA. With https://docs.oracle.com/cd/B28359_01/server.111/b28310/memory004.htm automatic shared memory management, you set target and maximum sizes for the SGA. The database then tunes the total size of the SGA to your designated target, and dynamically tunes the sizes of many SGA components. With manual shared memory management, you set the sizes of several individual SGA components, thereby determining the overall SGA size. You then manually tune these individual SGA components on an ongoing basis. For the instance memory error PGA, there is automatic PGA memory management, in which you set a target size for the instance PGA. The database then tunes the size of the instance PGA to your target, and dynamically tunes the sizes of individual PGAs. There is also manual PGA memory management, in which you set maximum work area size for each type of SQL operator (such as sort or hash-join). This memory management method, although supported, memory error cannot is not recommended. The following sections provide details on all of these manual memory management methods: Using Automatic Shared Memory Management Using Manual Shared Memory Management Using Automatic PGA Memory Management Using Manual PGA Memory Management See Also: Oracle Database Concepts for an overview of Oracle Database memory management methods. Using Automatic Shared Memory Management This section contains the following topics: About Automatic Shared Memory Management Components and Granules in the SGA Setting Maximum SGA Size Setting SGA Target Size Enabling Automatic Shared Memory Management Automatic Shared Memory Management Advanced Topics See Also: Oracle Database Performance Tuning Guide for information about tuning the components of the SGA About Automatic Shared Memory Management Automatic Shared Memory Management simplifies SGA memory management. You specify the total amount of SGA memory available to an instance using the SGA_TARGET initialization parameter and Oracle Database automatically distributes this memory among the various SGA components to ensure the most effective memory utilization. When automatic shared memory management is enabled, the sizes of the different SGA components are flexible and can adapt to the needs of a workload without requiring any additional configuration. The database automatically distributes the available memory among the various components as required, allowing the system to maximize the use of all available SGA me