Where is shareaza incomplete folder

Any Shareaza addons may modify behaviour. There may be differences in P2P network support i. Gnutella, Edonkey, Bittorrent, and perhaps one or two more — is time stamp treatment independent of protocol used, or not? And perhaps also more special things like if the partials are stored on the same volume as the finals or not? Does it matter if sharing downloads is enabled or not?

Is client status relevant? I hope it's clear that I'm not basing this on any deep knowledge of Shareaza in particular, just on things I've seen other file-transferring software do or allow.

Best thing is probably to test Shareaza yourself, and model the testbed on the situation you are looking at release, configuration, addons, ….

Forum rules Home Wiki Rules. Shareaza would still run, but had forgotten all about the long list of incomplete downloads that has been acumulating over the years. So I installed Shareaza in Windows 7. Moving around the incomplete downloads to places where Shareaza might notice them proved futile.

I don't have a downloads folder to put back, but I placed all the files with gibberish names back in an Incomplete downloads folder in the Shareaza folder, but Shareaza still doesn't know about any incomplete downloads. There are several ways to remove old and unused Incomplete files.

You can either identify all currently active downloads by checking their advanced properties and identifying the currently active incomplete files by their name which contains one of the hashes displayed in the download properties , or you can use the following steps:. Note: It is extremely important that you follow these steps exactly as they are described and that you make a backup copy of your Incomplete folder in order to avoid losing your active Downloads in case of an eventual problem.

The protocol itself uses HTML to transfer files, and can be detected listening on a number of ports. The custom HTTP headers added by the protocol generally begin with X-Kazaa-, making this a good search string for drive searches to detect the presence of these clients, even after removal. Of key importance to investigators is the ContentHash. This is an MD5-based hash of the file's content, and it is how FastTrack uniquely identifies files on its network, even those with different names.

By searching for that hash function in another FastTrack client, the true content of a deleted file can be obtained from elsewhere the forensic examiner's dream: an endless supply of offsite backup copies that are readily accessible and provable to be the same as the shared file. DAT files. These files represent actual content in the process of being downloaded. In the case of partial downloads, file repair techniques can be used to view the current portion of the content that has been downloaded.

Since FastTrack clients rely on a pull model, these files have been actively selected and downloaded by the user of the machine or an application running locally.

Searching for strings within the file will yield the file name and some basic file details. A full analysis can be performed using a tool called KaZALyser. DBB files. These files contain the metadata regarding files that are currently or have previously been shared by the local machine. The content in DBB files is broken up based on record length:.

Each record can be viewed with a hex editor, but KaZALyser, noted previously, is highly recommended. Individual file names, last shared times, and other specifics on files made available on the client machine can be obtained from these files. To view them in hex, each record will be the size dictated by the preceding file for example, a record in data The layout of the initial fields in each records of interest to the forensic examiner is shown in Table Overnet and eDonkey are a pair of clients that are part of a competitive network to the FastTrack and Gnutella protocols listed previously.

The primary difference between the clients is that the eDonkey client utilizes a server-based infrastructure to connect and perform file searches, while the Overnet client is fully distributed. Both contain the same file structures noted. Overnet uses individual configuration files for each piece of information stored.

This is the main preferences file. Running strings on the file and searching for temp and incoming will return the temporary download directory and the directory in which files are saved, respectively.

The -A1 option returns the next row, which contains the actual directory names. The commands to obtain this information are as follows:. Lists the directories and files being shared. The list of directories and files shared can be found by running strings on the file:. Stores hashes of all known, shared files.

Files that were previously available may be present in this file or its backup. To find names of files that are or were shared, strings can be used:. Contains the user names and IDs of individuals placed on the suspect's Friends list.

These individuals are likely to be frequent download and chat sources with the suspect. To find the names of individuals, strings can again be used:. Contains a list of individuals who have recently been queued to upload files from the user.

Potentially the most useful to investigators, log. Additionally, start and stop times are noted:. By default, files are downloaded to the Incomplete directory noted previously. Logs of the download are added to the logs.

Within this subdirectory are a meta file and its backup for example, 1. Overnet, unlike most of the other peer-to-peer programs, allows for content to be downloaded out-of-order.