The UUDeview application was designed to be a program that helps you transmit and receive binary files over the Internet, using electronic mail or newsgroups.
The UUDeview package includes both an encoder and a decoder. The decoder automatically detects the type of encoding used, offering MIME’s Base64 and BinHex as well as the popular uuencoding and the less frequently used xxencoding methods.
Recently, support for the popular yEnc encoding was also added. The encoder runs the other way around and encodes a binary file for sending it by mail or news.
UUDeview is a particularly powerful decoder. It was designed to fit the needs of news readers. To be precise, it is a smart multi-part multi-file decoder. You simply save a bunch of articles from your email software or your newsreader into a single or into multiple files, and then fire up UUDeview. Normally, it can take the job from there and decode all files within these messages and/or articles.
The UUDeview package also includes UUEnview, a similarly powerful tool for encoding.
Both are built on top of the UUDeview library. If you are developing mail or news software, you can integrate it into your own software to add encoding and decoding facilities.
Here are some key features of “UUDeview”:
· yEnc support
Upon popular request, I have added some support for the yEnc encoding. Note that the yEnc encoding is incompatible with MIME. Personally, I discourage using yEnc and suggest to use Base64/MIME instead. Thanks to Matthew Mueller for his contribution of code to do CRC checking.
· Autoclear
This is one of the most requested features that I never wanted to add. The ‘-c’ option on UUDeview causes all files to be deleted if anything was decoded from them, leaving only files with no encoded (or broken) data. Be careful with this option, as UUDeview does not discriminate whether these files did have any other undecodable data within them. If any output data was written as a result of reading an input file, it goes.
· Autorename
With autorename (-a) on, UUDeview will rename output files if they already exist (so foo.gif would become foo.gif.1). Alternatively, ‘+a’ inserts a unique sequential number before the last dot in the filename, keeping the extension intact (i.e. foo.gif would become foo.1.gif).
· More strict MIME compatibility
With the “more mime” option (-z), UUDeview will not try as desperately as before to find encoded data in MIME messages (which caused some false readings before).
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The UUDeview package is the decoder part of UUEncoding.
The package itself is used by uudecode and uunecode.
Both can be used to encode or decode uuencoded data.
The function of the package is to determine the content of the file from the data given to it and to provide an output file containing the decoded data.
So, for example, uudecode can determine the content of this file and thus find out that it is uuencoded:
UUDeview: “”
UUDeview can then decode it and print out the relevant data:
UUDeview -d
Decoding from ASCII in a file to the initial bytes
===
> DiG 9.2.1-P1 > -d
UUDeview version 1.4.0
UPLOADED FILE:
Saving…
cat.dat
…written
UUDeview 1.4.0
Please append a.0,.1,.2 etc. to the end of the file name, then specify the
.0 by using -c.
UUDeview: “”
UUDeview -d
UUDeview version 1.3.0
Saving…
cat.dat
…written
UUDeview 1.3.0
Please append a.0,.1,.2 etc. to the end of the file name, then specify the
.0 by using -c.
UUDeview: “”
UUDeview -d
UUDeview version 1.2.0
Saving…
cat.dat
…written
UUDeview 1.2.0
Please append a.0,.1,.2 etc. to the end of the file name, then specify the
.0 by using -c.
UUDeview: “
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BinHex is a multibyte text file format that is somewhat more practical in some ways than binary format. It is especially useful in text files, as a way to store text that is larger than can be held in a machine’s “word” register (or any 8-bit or 16-bit register).
The BinHex format appears to be a way to package text data into a binary format in which all the data are stored in a 32-bit word.
There are two different types of BinHex:
1. A free format which will be understood by UUDeview.
2. A standard that has been adopted by some email groups (e.g. the Internet-Draft #6 by CCITT). These standards provide mechanisms for a high degree of compatibility with MIME. These specifications (and the implementation of UUDeview) will be referred to as the “standard” BinHex.
Both types of BinHex are extremely similar to MIME. This is because BinHex is another form of the Mail Transfer Protocol – a mailing protocol similar to MIME.
You can receive BinHex in either binary or text format by asking UUDeview to decode a file. Since the BinHex formats are simply re-packaging of text data, the exact format of the text can vary quite a bit. This is particularly important if you are receiving BinHex files from different senders or sources that use different encodings. For BinHex that is standard-compliant, the following rules must be followed:
1. All files must have a first line exactly like this:
2. The remainder of the file is binary data (i.e. any character except [space][CR][LF][“>”][“?
5. File size can vary. The standard allows for a file to have a size from exactly 1024 bytes to 1024^18 (up to ~1.67E+17) bytes. There is no “invalid” size except the one which includes the zero byte (0
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Multiplier is an experimental applet that allows you to easily change the bit rate of an audio file.
Multiplier can be used from within any supported player or application that plays audio files.
How to use Multplier:
1. Install the Java Runtime Environment
2. Install Multiplier
3. Plug in your MP3 player with an output Jack
4. Open Multiplier, do the following:
a) Select the MP3 you want to play
b) Press the Button labeled ‘Change bits’
5. There are two buttons that allow you to increase or decrease the number of bits your MP3 file has. Every time the bit rate changes, Multiplier restarts and updates. So there is no need to open Multiplier every time you want to change a bit rate. It is not a realtime applet, and you may experience a momentary pause when changing bit rates. That is normal.
6. Closing Multiplier will stop the bit rate changing and the applet will remain closed.
You will also notice that the currently selected bit rate is stored in Multplier.ini. You can use this storage, or you can specify the current bit rate with a command line argument to the Multiplier applet.
This is a quick applet that will allow you to change the bits of an audio file based on the current audio system you are using.
For example, if you use the built in volume slider on your computer, then the volume is a digital value that changes the total number of bits used in the file.
If you have a stereo pair of speakers, then they are a digital audio stream that can be divided into two channels or streams. (You will need to change the number of bits for both channels if you use this approach.)
If you have a higher quality version of the audio file you want to change, then that will be a higher digital value and it will take more bits.
You could use this applet to adjust the volume by changing the number of bits of a song, for example, or the quality of a song, or to convert a few bit sized files into a different quality file.
This is not a program or an audio editor, so you must use your own judgment to determine the best option.
Programmatic Access:
You can also access this applet through the default Java properties to control the
What’s New in the?
===========
UUDeview is a tool that helps you send and receive binary files over the Internet. Normally, a binary file is preceded by three headers: the first, second and third headers are separated by newlines. These headers are MIME headers.
The headers of MIME are long header fields that introduce a message. The format of these long header fields is given in RFC 2045.
UUDeview will decode MIME headers, which normally contain data, into the equivalent binary headers. These binary headers will be decoded into some other format, normally base64 or binhex, depending on the encoding used.
UUDeview can be used to write files using:
– uuencoding, a simple ASCII encoding
– uuencoding-mime, MIME-encoded uuencoding
– xxencoding, which is little-endian, 2 byte short messages
– xxencoding-mime, MIME-encoded xxencoding
– yEnc, little-endian, 5 byte short messages
– yEnc-mime, MIME-encoded yEnc
– Base64, full ASCII encoding
– Base64-mime, MIME-encoded Base64
– BinHex, native format, byte-for-byte identical to the one which is read
– BinHex-mime, MIME-encoded BinHex
All three different encodings can be used to encapsulate messages. MIME does allow a message to be encapsulated in multiple parts or with multiple MIME headers.
UUDeview can be used to read files using:
– uuencoding
– uuencoding-mime
– xxencoding
– xxencoding-mime
– yEnc
– yEnc-mime
The native format of most modern mail readers is binary. Although non-Unix mail programs do have their own encodings, the most widespread are uuencoding and uuencoding-mime. UUencoding is simple and easy to implement. uuencoding-mime is more flexible, as it can handle different parts of the MIME headers for a message.
UUDeview lets you remove these three headers if they are present. If one of them is missing, it is likely that the headers are already gone. UUencoding does not count.
UUDeview supports multiple (MUST be specified) and
System Requirements For UUDeview:
Windows XP / Vista
RAM: 512 MB
Processor: Intel Core Duo 2.0GHz / AMD Athlon X2 2.7GHz
Graphics: DirectX9-compatible
DirectX: Version 9.0c
Mac OS X
Intel Macs:
10.4 Tiger
10.5 Leopard
Intel iMacs:
10.6 Snow Leopard
Memory: 256 MB
Graphics: PowerVR Series 5
Linux