Free 1.7.0 software for linux

Yadex project is a Doom/Doom II/Heretic level (wad) editor for X.
Yadex is a Doom level (wad) editor for Unix systems running X, including Linux. It supports Doom alpha, Doom beta, Doom, Ultimate Doom, Final Doom, Doom II, Heretic and also, in a more or less limited way, Hexen and Strife. It is available under the terms of the GPL.
Yadex is descended from DEU 5.21. Therefore, as you might expect, its a rather low-level editor that requires you to take care of a lot of detail but on the flip side allows you to control very precisely what you are doing. In addition, it has many advanced functions that DEU didnt have, to make certain tedious tasks easy.
Enhancements:
- Build: The configure script autodetects the C and C++ compiler (cc, c89 or gcc and c++, cxx or g++). To skip the detection and force a particular value, use the --cc and --cxx options.
- Code: Minor warningectomy. Fixed potential uses of uninitialised pointers if wad I/O errors occurred while reading the texture list.
- Editing: Improved the handling of superimposed objects.
- The linedef object info box now lists any superimposed linedefs (up to seven). No such feature for vertices, sectors and things, mainly because it doesnt seem to be as big an issue and Im lazy.
- When the pointer is over more than one object, its now the highest-numbered one thats highlighted and not the lowest-numbered as it used to be. Thus the highlight and the info box match the display (that shows the highest-numbered object and always has), which should be less confusing. Highlighting the highest-numbered object seems to be the right thing too, since the object you created last is the one youre most likely to want to edit or delete. This change only affects vertices, linedefs and things. For sectors, the code hasnt changed.

This program reads symbolic 65816 or 65c816 machine code and compiles (assembles) it into a relocatable object file.
The produced object file is binary-compatible with those made with XA65.
This program was born when Bisqwit needed a relocatable object -producing snes assembler and XA65 had too many bugs in it.
He was unable to fix the XA65 source so he started his own project, aiming for enough compatibility to be able to use the assembly files already written in the XAxa65 syntax.
Since that, this program has been growing to meet the needs in SNES game and patch development.
The following mnemonics are supported:
adc, and, asl, bcc, bcs, beq, bit, bmi, bne, bpl, bra, brk, brl, bvc, bvs, clc, cld, cli, clv, cmp, cop, cpx, cpy, db , dec, dex, dey, eor, inc, inx, iny, jml, jmp, jsl, jsr, lda, ldx, ldy, lsr, mvn, mvp, nop, ora, pea, pei, per, pha, phb, phd, phk, php, phx, phy, pla, plb, pld, plp, plx, ply, rep, rol, ror, rti, rtl, rts, sbc, sec, sed, sei, sep, sta, stp, stx, sty, stz, tax, tay, tcd, tcs, tdc, trb, tsb, tsc, tsx, txa, txs, txy, tya, tyx, wai, xba, xce
All the standard addressing modes of the 65816 cpu are supported.
Syntax:
- Implied: nop; clc
- Immediate: lda #value; rep #value etc (size may depend on an operand size setting)
- Short relative: bra end
- Long relative: brl end; per end+2
- Direct: lda $12
- Direct indexed: lda $12,x; lda $12,y
- Direct indirect: lda ($12); pei ($12)
- Direct indexed indirect: lda ($12,x)
- Direct indirect indexed: lda ($12),y
- Direct indirect long: lda [$12]
- Direct indirect indexed long: lda [$12],y
- Absolute: lda $1234
- Absolute indexed: lda $1234,x; lda $1234,y
- Absolute long: lda $123456
- Absolute indexed long: lda $123456,x
- Stack-relative: lda $12,s
- Stack-relative indirect indexed: lda ($12,s),y
- Absolute indirect: lda ($1234)
- Absolute indirect long: lda [$1234]
- Absolute indexed indirect: lda ($1234,x)
- MVN/MVP: mvn $7E,$7F
For reference, in Intel syntax it would be something like this (not supported by snescom):
- Implied: nop; clc
- Immediate: lda value; rep value etc (size may depend on an operand size setting)
- Short relative: bra end
- Long relative: brl end; per end+2
- Direct: lda [$00:d+$12]
- Direct indexed: lda [$00:d+$12+x]; lda [$00:d+$12+y]
- Direct indirect: lda [db:[$00:d+$12]]; pei [db:[$00:d+$12]]
- Direct indexed indirect: lda [db:[$00:d+$12+x]]
- Direct indirect indexed: lda [db:[$00:d+$12]+y]
- Direct indirect long: lda [long[$00:d+$12]]
- Direct indirect indexed long: lda [long[$00:d+$12]+y]
- Absolute: lda [db:$1234]
- Absolute indexed: lda [db:$1234+x]; lda [db:$1234+y]
- Absolute long: lda [$12:$3456]
- Absolute indexed long: lda [$12:$3456+x]
- Stack-relative: lda [$00:$12+s]
- Stack-relative indirect indexed: lda [db:[$00:$12+s]+y]
- Absolute indirect: lda [db:[$1234]]
- Absolute indirect long: lda [long[db:$1234]]
- Absolute indexed indirect: lda [db:[db:$1234+x]]
- MVN/MVP: mvn $7E,$7F
Enhancements:
- This release updates the linker program, adding a feature to output raw files, or even ROM files directly in the SMC format, with proper checksums.
- The error handling of the assembler was improved somewhat.

listener is a typical security-related program like the motion package (which detects motion on a Webcam): it listens for sound.

If listener detects any sounds, it starts recording until the sound stops (or a bit later, which is configurable). It stores the audio in .WAV files.

I would like to add a low-, high- and bandfilter to listener (plugins). Ive googled but could not find a simple example on how to implement this. So if anyone can help me?

UNH-iSCSI provides a Linux-loadable initiator and target modules for the new IETF iSCSI protocol.
The UNH-iSCSI project consists of vendor-independent reference implementations of both a software initiator and a software target emulator for the latest draft (20) of the new IETF protocol for Storage Area Networks (SANs) called iSCSI.
The initiator and target are implemented as independently loadable modules for the Linux kernel, versions 2.4.18 or later.
The software performs extensive checking for conformance to the standard during operation. It supports almost all components of the iSCSI standard, and development is underway to provide support for the remaining components.
Although these modules have been developed and tested together, they operate independently of one another, and do not have to be used together.
That is, the unh-iscsi initiator is capable of connecting with a target from any vendor, and the unh-iscsi target is capable of accepting connections from any vendors initiator.
Install this package
1. mkdir ; tar -zxf
2. cd /unh_iscsi/src/
3. ./Configure
4. make rpm
5. rpm -ivh /usr/src/redhat/RPMS/i386/unh_iscsi-1.7-0X.i386.rpm
Enhancements:
- Tagged top of tree 1.7.0. Updated README to reflect the default build is 2.6.x kernels instead of 2.4.
- Build and posted new tarball for 1.7.0.
- modify the files command files cmd/ini-manage, cmd/ini-conn-up, cmd/ini-lun-up, and cmd/ini-lun-down so that they will adjust automaticallyto the host number assigned by the scsi subsystem to the initiator module when t is loaded.

Apache Ant is a Java based build tool, similar to make, but with better support for the cross platform issues involved with developing Java applications.
Apache Ant is the build tool of choice for all Java projects at Apache and many other Open Source Java projects.
Enhancements:
- A resource framework was introduced.
- Some of the core ant tasks such as copy are now able to process not only file system resources but also zip entries, tar entries, and paths.
- Resource collections group resources, and can be further combined with operators such as union and intersection.
- This version starts outsourcing of optional tasks to Antlibs.
- The .NET antlib replaces the .NET optional tasks.
- Support for the version control system Subversion is also provided as an antlib.
- A large number of bugs were fixed.
- Some initial support for Java6 features was added.

Botan is a C++ library implementing a variety of cryptographic algorithms and formats. At this time, it is quite stable, and is suitable for use in a wide variety of programs. Botans license makes it free for use as part of any commercial or free software without restriction.
It runs on most Unix/POSIX systems and Win32, and on many hardware platforms, including x86, x86-64, IA-64, PowerPC, SPARC, Alpha, MIPS, and ARM. See here for more information about portability.
The library proper is written in ISO C++, but there are optional modules which can be compiled into the library, providing features like zlib compression, high-resolution timers, and automatic entropy gathering.
Botan also has support for the crypto accellerators made by AEP Systems, and can easily be extended to support other hardware accellerators in the future.
It was originally written and is currently maintained by Jack Lloyd, though several others have contributed bug fixes, modules, and other help. Read doc/thanks.txt, included in the distribution, for a list of their names.
Whats New in 1.7.0 Development Release:
- DSA parameter generation has been changed to match the new system in FIPS 186-3.
- OIDs for the Rabin-Williams and Nyberg-Rueppel public key signature schemes have been added, so those keys can now be imported and exported using the same system used for RSA and DSA keys.
- In addition, those keys can be used in X.509 certificates.
- Portions of the API documentation have been reorganized and rewritten to help cover the most common tasks first.
Whats New in 1.6.3 Stable Release:
- A problem with building in debug mode on Visual Studio has been resolved.
- A race condition in the algorithm lookup cache that could cause memory corruption in multi-threaded application code has been fixed.
- All users of Botan in multi-threaded systems should upgrade to this release.