Free removal tool software for mac

iServices Trojan Removal Tool 1.1 allows you to remove the iWorkServices Trojan horse from infected Macintosh computers running Mac OS X. This tool is in response to a new spyware trojan horse (OSX.Trojan.iServices.A) in the wild that comes bundled with pirated copies of Apple's (AAPL) iWork 09. When infected copies of the iWork 09 installer are run, they install a hidden trojan program called iWorkServices with full access rights to the target computer. Once the trojan is installed, it will attempt to connect to a remote server and provide the server with the infected computer's network location. It then listens for further instructions from the remote server, which may include instructions to download additional components. iWorkServices Trojan removal tool will remove this malware.

As its name implies, Mac Remote Control is an application that allows you to control a Mac remotely.
Mac Remote Control shows you a list of the applications currently running on the remote Mac.
You can quit any or all of the applications currently running, and launch other ones. You can also restart, shut down or put to sleep the machine. New in version 1.1 is the ability to wake up a sleeping Mac. Finally there is a convenience built in to toggle the active state of OSXvnc.
If the Mac can be accessed over TCP/IP on your local area network (LAN) or over the Internet, and its configured correctly, Mac Remote Control can control it.
Main features:
- Quit and launch applications remotely.
- Restart, shut down, put to sleep and wake up the Mac remotely.
- Toggle OSXvnc on and off.
- Localized in english and french.
Enhancements:
- Added the Wake Up button.
- Minor rework of the user interface.
- Removal of the beta expiration date.

Catman Tool is an AppleScript utility that formats (prebuilds) your man pages from their source directories. If manual pages are regenerated, Catman Tool also regenerates the whatis database.

This allows for faster displays of your man pages, and also faster searches of your man page systems using apropos or "man -k".

Requirements:

• Mac OS X 10.5
• Apple Mac Mail
• SpamCop Reporting E-mail Address

Delocalizer has been updated to be compatible with Mac OS 10.2.
DeLocalizer will remove all non-American English localization resource files that you request. This application is geared towards American English users, as it will not remove localization resources for American English. Users that use other languages may still use DeLocalizer to remove languages that they do not use (except, of course, American English).
Localization files provide the language support for an application. All strings of text that an application uses are defined in a localization file. Mac OS X also includes non-English localization files for people who speak other languages. While this is a wonderful technique for easily bringing applications to other languages, it can use up more space than you may be willing if you plan on using no more than one language. While Mac OS 10.1 allows the option to not install localization files, some inevitably exist on your drive.
Using DeLocalizer
DeLocalizer requires Mac OS 10.1.2 or later with the BSD subsystem installed. You may choose to remove resources from your startup disk only or all volumes currently mounted on your system (probably wont work for network volumes). If you would like to examine the Unix command that is to be executed, you may paste it into a text editor when you are prompted for your administrator password (that is when DeLocalizer copies it to the clipboard). The removal process takes about 15 minutes for the startup disk alone, so please be patient. Force-quitting the application will not kill the process that is removing the files (the name of that process is "find"). When the process is complete, a dialog box will tell you how much space you saved (reports on the startup disk only, sorry).
Delocalizer has not been tested on Mac OS 10.3. At this time I do not have plans to continue development on DeLocalizer.
Enhancements:
- Updated for Jaguar compatibility.

MODELLER is used for homology or comparative modeling of protein three-dimensional structures. The user provides an alignment of a sequence to be modeled with known related structures and MODELLER automatically calculates a model containing all non-hydrogen atoms.
MODELLER implements comparative protein structure modeling by satisfaction of spatial restraints, and can perform many additional tasks, including de novo modeling of loops in protein structures, optimization of various models of protein structure with respect to a flexibly defined objective function, multiple alignment of protein sequences and/or structures, clustering, searching of sequence databases, comparison of protein structures, etc.
Note: In order to use the program you need to register first.
Enhancements:
- Removal of limits on the number of pseudo atoms, segments, the length of file names and most other strings, and the number of parameters in parameter files.
- Removal of the read_restyp() command. To read a user-defined residue type file, set restyp_lib_file when creating an environ object.
- Bug fix: the correct VDW radii (as selected by topology.submodel) are now used for PSA calculations (previously the all-hydrogen radii were used in all cases).
- Improved error handling: almost all errors should be recoverable now (using the standard Python exception handling mechanism) and incorrect input should trigger an error rather than causing Modeller to crash (please report any crashes as bugs to the developers).
- SALIGN bug fixes, improved binning of access classes.
- Modeller scripts are now more like real Python scripts; the PYTHONPATH environment variable is honored, and additional command line arguments can be given to your scripts (accessible as sys.argv).
- Bug fix for alignment.segment_matching(): correct alignment scores are now written.
- Support for AMD64 and EM64T (Opteron/Xeon64) Linux machines.
- DOPE model assessment now returns only the DOPE energy itself by default, ignoring other energy terms.
- Bug fix for model.restraints.pick() when used with absolute position restraints; always allow 1-atom restraints to pass the residue_span_range check.

MO3 decodes MO3 files back to their original format. It can be used together with BASSMOD to play MO3 files in Linux. MO3 is a file format, encapsulating the features of several "MOD" formats (IT/XM/S3M/MTM/MOD), but with one big difference - MP3 and OGG compressed samples. A lossless sample codec is also incorporated, and the whole file structure is compressed too.
MO3 has the following other editions available: MO3 for Windows and MO3 for Linux.
Main features:
- MP3/OGG compression
- Any command-line MP3 or OGG encoder can be used with the MO3 encoder
- Lossless compression
- Samples that dont compress well with MP3/OGG encoding can still be reduced in size with the lossless codec
- Structure compression
- All the non-sample data is also compressed
- Sample specific tuning
- The encoding sample/bit rates are individually adjustable for each sample, with visual comparison of original/encoded samples
- Text removal
- Message/instrument/sample texts can optionally be removed for a further size reduction
- Decompressable
- MO3 files can be decoded back to their original formats using UNMO3 (included)
- Playable
- MO3 files can be played by XMPlay and any software that uses the BASS library, also by other software in conjunction with UNMO3.
Enhancements:
- 16000/22050/32000hz sample rates added for OGG encoding
- Further slight size reductions for all formats
- UNMO3: Support for MIDI macros in XM files
- GUI: File opening via dragndrop and the command-line.