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Optimized Preferences.ini Download

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Version 1.2C - Last updated 11/2/2007!

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To find additional resources, enter the search terms: "how to optimize emuleplus"
 

 

Details


The Optimized Preferences.ini Download contains only one file… Preferences.ini

The Preferences.ini file is used by eMulePlus to save and recall all necessary settings. These settings can be changed at any time by activating the Preferences icon from eMulePlus.

This particular Preferences.ini file has all of its available settings optimized for maximum performance. Although specifically used for Digital Subscriber Line (DSL) connections, dialup connections will be optimized as well.

Important: This file will automatically provide access to the GutterStar.net Community Network, where download speeds between members are increased even further!

The Preferences.ini file is located in the Config folder of the eMulePlus install directory. The default install directory path is usually as follows: C:\Program Files\eMule

When installing the optimized Preferences.ini file, the original will be backed up in a separate folder within the eMule installation directory. This new folder will be labeled: BKUP_PrefIni

If you would like to restore the original file, simply copy the Preferences.ini file in the BKUP_PrefIni folder, and paste it into the Config folder.

 

Instructions


Run the installer, and when prompted, specify the main installation directory of eMulePlus. This is usually as follows: C:\Program Files\eMule

That's all! Enjoy!
 
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  File sharing usually follows the peer-to-peer (P2P) model, where the files are stored on and served by personal computers of the users. Most people who engage in file sharing on the Internet both provide (upload) files and receive files (download). P2P file sharing is distinct from file trading in that downloading files from a P2P network does not require uploading, although some networks either provide incentives for uploading such as credits or forcing the sharing of files being currently downloaded. Napster started this whole wave and has since became a legal spot for downloads with a fee schedule. The first generation of peer-to-peer file sharing networks had a centralized file list. In the centralized peer-to-peer model, a user would send a search to the centralized server of what they were looking for. The server then sends back a list of peers that have the data and facilitates the connection and download. The first file-sharing programs marked themselves by inquiries to a server, either the data to the download held ready or in appropriate different Peers and so-called Nodes further-obtained, so that one could download there. Two examples were Napster (today using a pay system) and eDonkey2000 in the server version (today likewise with Overnet and KAD - network decentralized). Webhosting is also used for file sharing, since it makes it possible to exchange privately. In small communities popular files can be distributed very quickly and efficiently. Web hosters are independent of each other; therefore contents are not distributed further. Other terms for this are one-click hosting and web-based sharing. File Sharing On The Social Graph Recently, Facebook opened up its API to 3rd party developers that has allowed for a new type of file-sharing service to emerge. Box.net and FreeDrive.com [3] are two examples of companies that have specific Facebook Applications that allow file sharing to be easily accomplished between friends. Server-client-protocols • Audiogalaxy - Service ended in the middle of 2002. • Direct Connect • Napster - Closed in its original form in July 2001, since changed to a fee-based service. • Scour Exchange - The second exchange network after Napster. No longer exists. • Soulseek - Still popular today despite being relatively old, with more than 120,000 users online at any time. • TinyP2P - 15 lines Python - SOURCE code • WinMX - The original Frontcode servers were switched off in September 2005 , but alternate servers can be used by installing MXPie Patch. MXPie Patch and WinMX can be downloaded at MXPie.com. list end Second P2P-Generation: Decentralization After Napster encountered legal troubles, Justin Frankel of Nullsoft set out to create a network without a central index server, and Gnutella was the result. Unfortunately, the Gnutella model of all nodes being equal quickly died from bottlenecks as the network grew from incoming Napster refugees. FastTrack solved this problem by having some nodes be 'more equal than others'. By electing some higher-capacity nodes to be indexing nodes, with lower capacity nodes branching off from them, FastTrack allowed for a network that could scale to a much larger size. Gnutella quickly adopted this model, and most current peer-to-peer networks implement this design, as it allows for large and efficient networks without central servers. Also included in the second generation are distributed hash tables (DHTs), which help solve the scalability problem by electing various nodes to index certain hashes (which are used to identify files), allowing for fast and efficient searching for any instances of a file on the network. This is not without drawbacks; perhaps most significantly, DHTs do not directly support keyword searching (as opposed to exact-match searching). The best examples are Gnutella, Kazaa or eMule with Kademlia , whereby Kazaa has still a central server for logging in. eDonkey2000/ Overnet , Gnutella, FastTrack and Ares Galaxy have summed up approx. 10.3 million users (as of April 2006, according to slyck.com). This number does not necessarily correspond to the actual number of persons who use these networks; it must be assumed that some use multiple clients for different networks. Multi-Network-Clients See Multi-network applications Further networks or clients See other networks Third P2P-Generation: indirect and encrypted