Free hacksaw blades software for linux

Osalp is a project designed to implement a world class set of classes in C++ that will handle all of the audio functions one would like. It is designed to be multi-platform with UNIX based platforms as the base.

This project is still in the beta code phase and a beta version that will illustrate the power and flexibility is now available. This version supports the Linux (OSS) audio device, Solaris Sparc audio device, FreeBSD (OSS) audio device, wav, au, aiff, aifc, mp3, and numerousother formats.

It is important to note that this is not an application but a C++ library that others can use to create an audio application or to easly add audio capabilities to an existing application. OSALP was originally designed and developed by Bruce Forsberg out of need to manage and edit large sound files in a simple manner. Currently the project is being maintained by Darrick Servis.

The library is built on a set of core classes that provide the basic functionality. New classes to operate on data are derived from these classes. These classes provide a powerful chaining process. This allows one to build an audio chain much like one would build with building blocks. Audio data is encapsulated into a single class. This allows one to handle data conversions in one place.

There is a file base class (aflibFile) that defines the API for any device or file classes that are to be developed. They are implemented as dynamically loaded shared objects so that new file types can be added without recompiling the base library or needing to link them to an application. This will allow third parties to support their proprietary formats as a binary "plugable modules".

Linux & FreeBSD Device (OSS) -- aflibDevFile
Solaris Sparc Device -- aflibSolarisSparcDevFile
WAV (linear, mu-law, a-law) -- aflibWavFile
AU (linear, mu-law, a-law) -- aflibAuFile
AIFC -- aflibAifcFile
AIFF -- aflibAiffFile
MP3 using Lame encoder -- aflibLameFile
MP3 using Blade encoder -- aflibBladeFile
MP3 reader using splay library -- aflibMpgFile
MP3 reader using mpg123 executable -- aflibMpg123File
Sox library interface (supports most formats supported by the sox sound tools library -- aflibSoxFile

Currently there are several worker classes. These are the classes that actually do the work. These classes are not tied to any GUI but are GUI neutral. This allows developers to write code using the GUI of their choice.

Audio Sample Rate Converter -- aflibAudioSampleRateCvt
Audio Pitch Change -- aflibAudioPitch
Audio Test Source -- aflibAudioConstantSrc
Audio Editing -- aflibAudioEdit
Audio Timer Recording -- aflibAudioRecorder
Audio VU Meter and Spectrum Display -- aflibAudioSpectrum
Audio Mixing -- aflibAudioMixer
Butterworth Filter -- aflibAudioBWFilter
Reading Audio Data from Memory -- aflibAudioMemoryInput
Reading and Writing Audio Data to Devices or Files -- aflibAudioFile

There are also utility classes. These are not part of the main audio chain but are probably needed by most audio applications or are used indirectly by the worker classes.

FFT -- aflibFFT
User Environment Storage and Retrieval -- aflibEnvFile
Audio sample data -- aflibSampleData
Sample rate conversion -- aflibConverter

Tales of Middle Earth (ToME) is a fantasy adventure game, based on the works of J.R.R. Tolkien. It is a game that emphasizes intricate, challenging, and varied gameplay over graphics.
Hundreds of different monsters in randomly-generated, unpredictable dungeons will strive to slay you by various means, and you counter - if you survive - by developing the skills of your choice and wielding mighty artifacts.
ToMEs races from Hobbit to Troll and classes from Swordmaster to Summoner allow for many different playing styles and a replay value that extends through years.
The only game so realistic that your scrolls and spell books will burn if you trudge in lava (unless you have gained immunity from some armour), you will dry up rivers to cast mighty spells, strike at orcs with blades attuned to slay them specifically, summon armies from a simple totem, and even forge your own artifacts.
There is an entire community to help you with the game, and it is far from static - ToME is a developing game, always improving. And best of all, its free.
Enhancements:
- Fix window position saving on Mac OS
- Remove buggy trap of Stair Movement
- Fix typo in one monsters flags
- Fix word wrapping in character sheet

SearchLog can be used as a searchable weblog. It is designed with usability in mind, and uses highlighting and easy linking between entries. At its simplest, it is a searchable weblog with a lot of features. But if youre only looking at SearchLog as a simple search weblog software, youre missing a lot.
SearchLog is a Swiss Army Lightsaber. Where a common Swiss Army Knife has useful tools that include scissors, blades, screwdrivers, and a can opener, SearchLog is a multipurpose tool for dealing with information and ideas.
Main features:
- Something that can be as public as a weblog or as private as a diary.
- A functional search engine over everything in the log.
- Personal information management:
- Address book information.
- A task manager.
- An interactive document repository.
- A search engine that will highlight what youre looking for.
- A place to keep track of ideas.
- A tool to search through ideas and see whats related to what.
- A flexible tool that lets you edit information while keeping an archive.
- Wiki-style groupware.
- A tool to help keep an office in touch.
- A portal that provides an excellent starting point for the Web.

OpenHPI is an open source project created with the intent of providing an implementation of the SA Forums Hardware Platform Interface (HPI). HPI provides an abstracted interface to managing computer hardware, typically for chassis and rack based servers.
OpenHPI project includes resource modeling; access to and control over sensor, control, watchdog, and inventory data associated with resources; abstracted System Event Log interfaces; hardware events and alerts; and a managed hotswap interface.
OpenHPI provides a modular mechanism for adding new hardware and device support easily. Many plugins exist in the OpenHPI source tree to provide access to various types of hardware. This includes, but is not limited to, IPMI based servers, Blade Center, and machines which export data via sysfs.
Enhancements:
- This release is the first to contain and use the new HPI B.02.01 header file.
- It contains the following new APIs: saHpiResourceLoadIdGet, saHpiResourceLoadIdSet, saHpiGetIdByEntityPath, saHpiGetChildEntityPath, saHpiResourceFailedRemove, saHpiEventLogCapabilitiesGet, saHpiIdrFieldAddById, and saHpiIdrAreaAddById.
- Users can now configure the default domain by using domain id 0 in the config file.
- The new APIs are still in beta and only available in non-daemon mode (--disable-daemon during configure).