Free ibm aix software for linux

Xmmix is a premium audio mixer utility for the X window system using the Motif graphical user interface. It operates the input and output mixer section of the sound hardware on many PCs and workstations.
Xmmix offers superior features and look-and-feel. It is designed to be attractive, feature-rich and intuitive to use. It adapts to your sound hardware configuration and displays the appropriate set of controls. It also allows control settings to be saved and retrieved.
Xmmix is supported on Linux as well as other UNIX platforms that runs X11/Motif and the Open Sound System (OSS) package from 4Front technologies. OSS supports many different platforms, including IBM AIX, BSDI BSD/OS, FreeBSD, NetBSD, Linux. Sun Solaris, SCO Open Server, SCO UnixWare and others. Also, OSS supports a very wide range of audio hardware. Visit the Open Sound System web site for details. Linux systems running the ALSA (Advanced Linux Sound Architecture) sound drivers are also supported.
Note: Open Sound System was formerly known as "Unix Sound System" and "VoxWare". OSS/Free, a free version of Open Sound System, is provided with Linux. OSS/Free is also known as a Linux Sound Driver.
Main features:
- Open Sound System API compliant
- Linux sound driver compliant
- Input Controls
- Synth
- PCM
- Alt PCM
- Line
- Mic
- CD
- Rec Mon
- Speaker
- Output Controls
- Master Volume
- Rec Level
- Miscellaneous Controls
- Bass
- Treble
- Input Gain
- Output Gain
- Enhance
- Loudness
- Mute
- Reset to startup-settings
- Selector for recording source
- All level controls can be locked for simultaneous control of left and right channels, or unlocked for individual adjustments.
- Bass and Treble "center" button to set to flat setting.
- Appropriate controls are displayed, based on sound hardware capability and configuration.
- Write mixer settings to file
- Read settings from file
- Auto-initialization upon startup
- Supports running multiple copies of xmmix
- Attractive, intuitive-to-use
- Motif user interface with 3D appearance

Zimpl is a little language to translate the mathematical model of a problem into a linear or (mixed-) integer mathematical program expressed in .lp or .mps file format which can be read and (hopefully) solved by an LP or MIP solver.
Zimpl is a command line program written in plain C and released under GNU GPL. Zimpl project has been tested to compile under Linux/Intel, Tru64, HPUX, IRIX, Solaris, AIX and MacOS-X.
Probably it will compile and run wherever GMP is available. Zimpl has even been successfully compiled for Windows using MinGW and the GCC as a cross compiler.
Enhancements:
- Some bugfixes.
- Data, e.g. a matrix, can now be read from a stream of numbers.
- argmin/argmax functions have been added.
- The length of identifiers in LP files can be set.
- There are several smaller improvements.

XAnim project is a program for playing a wide variety of animation, audio and video formats on unix X11 machines.
I attempt to reply to all the email messages I receive, however, I get quite a few with invalid return addresses. If you dont hear from me within a week, double check that your return address is correct.
XAnim X11 Support
XAnim supports the majority of the common X11 Visuals. It supports all depths that have a bpp of 1, 8, 16 and 32. Other bpps are non-standard(although they are legal). NOTE: that the depth indicates how many bits are used to specify the color of a pixel and the bpp indicates how many bits each pixel consumes in memory. For example, a depth 24 Visual usually has a 32 bpp uses 24 bits to specify the color and 8 bits of padding per pixel.
Since I optimize each video decompression routine(currently over sixty of them) for each bpp, its a lot of work when someone decides to use a "non-standard" bpp. Especially when the bpp doesnt have a correspondingly sized variable(like bytes for depth 8 or shorts for depth 16). This is why bpp 24 is not yet supported.
XAnim also supports X11 shared memory. This can greatly speed up the drawing of images on most X11 servers by eliminating the need for the X11 server to copy the image *before* writing the image to the display memory. NOTE: X11 shared memory isnt possible when you are using a remote display(ie: you are running on one machine and sending the display to another).
XAnim Audio Support
Unix doesnt have anything even remotely resembling an audio standard or API. This means separate and unique code must be written for each OS/machine combination that is to be supported.
Below is a list of the currently support platforms. If you have a platform that isnt currently supported and you would like to help write the code for it, let me know and I can provide you with some assistance, etc.
- Linux x86 platforms.
- NetBSD x86 platforms.
- BSDI x86 platforms.
- FreeBSD x86 platforms.
- SGI workstations(Indy, Indigo, etc).
- DEC workstations running MMS(Multimedia Services).
- Sun Solaris/SunOS Sparc/68K/x86 workstations.
- HP workstation running HPs Aserver.
- HP workstation direct audio device.
- Sony NEWS 5000 series workstations.
- QNX 4.2 x86 platforms.
- NEC EWS workstations.
- IBM AIX 4.1 workstations.
- Any machine running AudioFile(AF).
- Any machine running Net Audio Server(NAS).
Some time this year I plan on revamping the audio device section of XAnim to allow multiple audio devices to be compiled in at once. For example if you have a Solaris Sparc platform, you could then compile in support for the native audio device and NAS at the same time. That way you could use the same xanim executable depending on whether the machine youre on is running NAS or not.
The reason I bring this up is because I suspect I will probably break things left and right for a while and since I dont have access to the majority of these platforms, I wont be able to test them out before releasing. In any case, when the time comes, Ill give plenty of warning and will leave the old release around.

Ruby/Informix is a Ruby extension for connecting to IBM Informix Dynamic Server. It provides a convenient interface for querying an Informix database in Ruby programs.
Enhancements:
- This release fixes a bug in the code for interpreting DATETIME columns: time objects were being instantiated with incorrect values when the original ones had leading zeroes and the DATETIME column was defined with the HOUR TO SECOND qualifier.

skill sends signals to processes given any combination of user names, ttys, commands, and pids and snice changes the priority of processes (given the same).
They are similar to kill(1) and renice(8), but the commandline is order-independent. There are also verbose, search, and interactive modes of operation.
Both programs run under a variety of operating systems, including:
Apple Darwin 5.4
AT&T SysVR4, SysVR4.2, SysVR4.2MP
4.2BSD, 4.3BSD, 4.4BSD (and many PC variants)
Cygwin 1.5 (uses Linux)
Mach 2.6, 3.0
DEC Ultrix 2.2, 4.1-2
DEC AXP OSF/1
DEC/Compaq Tru64 Unix V3.2D-2, T3.2F-1, V4.0, V5.0-1B
Encore UMAX 4.2
FreeBSD 2.0-2, 3.1, 4.4-11, 5.0-3, 6.0-1
HP-UX 6.5, 7.0, 8.0, 9.0-5, 10.1-20, 11.0-23
IBM AIX 3.1-2, 4.1, 5.2
IBM AOS 4.3
Linux 1.0-2, 2.1, 2.2, 2.4
MIPS UMIPS 2.1
NeXT OS 1.0, 2.1
NetBSD 1.3-5
OpenBSD 2.6, 3.0
Pyramid OSx 4.0
SCO UnixWare 7.0.1
SGI Irix 3.3, 4.0, 5.2, 5.3, 6.2, 6.5
Sequent Dynix 3.0-1
SunOS 2, 3, 4.0-1, 5.1-10
Enhancements:
- skill and snice now act on each process only once (for systems like BSD that return the same Process ID multiple times, once for each instantiated thread).
- Support has also been added for FreeBSD 6.2 and HP-UX 11.31.

IBM::LoadLeveler is a Perl module that allows access to IBM LoadLeveler API.

SYNOPSIS

use IBM::LoadLeveler;

$version = ll_version();

# Workload Management API

$rc=ll_control($control_op,@host_list,@user_list,@job_list,@class_list,$priority);

$rc=llctl(LL_CONTROL_START|LL_CONTROL_STOP|LL_CONTROL_RECYCLE|
LL_CONTROL_RECONFIG|LL_CONTROL_DRAIN|LL_CONTROL_DRAIN_SCHEDD|
LL_CONTROL_DRAIN_STARTD|LL_CONTROL_FLUSH|LL_CONTROL_PURGE_SCHEDD|
LL_CONTROL_SUSPEND|LL_CONTROL_RESUME|LL_CONTROL_RESUME_STARTD|
LL_CONTROL_RESUME_SCHEDD,@host_list,@class_list);

$rc=llfavorjob(LL_CONTROL_FAVOR_JOB|LL_CONTROL_UNFAVOR_JOB,@job_list);

$rc=llfavoruser(LL_CONTROL_FAVOR_USER|LL_CONTROL_UNFAVOR_USER,@user_list);

$rc=llhold(LL_CONTROL_HOLD_USER|LL_CONTROL_HOLD_SYSTEM|LL_CONTROL_HOLD_RELEASE,@host_list,@user_list,@job_list);

$rc=llprio(LL_CONTROL_PRIO_ABS|LL_CONTROL_PRIO_ADJ,@job_list,$priority);

$rc=ll_start_job($cluster,$proc,$from_host,@node_list);
$rc=ll_terminate_job($cluster,$proc,$from_host,$msg);
($rc,$err_obj)=ll_preempt($job_step_id, PREEMPT_STEP|RESUME_STEP);

($rc,$err_obj)=ll_modify(EXECUTION_FACTOR|CONSUMABLE_CPUS|CONSUMABLE_MEMORY|WCLIMIT_ADD_MIN|JOB_CLASS|ACCOUNT_NO,$value,$job_step);

# Error API

ll_error($errObj,1 | 2 );

# Submit API function

($job_name,$owner,$groupname,$uid,$gid,$submit_host,$numsteps,$ref)=llsubmit($job_cmd_file,$monitor_program,$monitor_args);

# Data Access API functions

$query = ll_query( JOBS|MACHINES|CLUSTER|WLMSTAT|MATRIX|RESERVATIONS );

$return = ll_set_request( $query,QUERY_ALL|QUERY_JOBID|QUERY_STEPID|
QUERY_GROUP|QUERY_CLASS|QUERY_HOST|QUERY_STARTDATE|
QUERY_ENDDATE|QUERY_PROCID|QUERY_RESERVATION_ID,
@filter,ALL_DATA|Q_LINE|STATUS_LINE );

$object = ll_get_objs( $query, LL_STARTD|LL_SCHEDD|LL_CM|LL_MASTER|
LL_STARTER|LL_HISTORY_FILE, $hostname, $number_of_objs, $error_code);

$return = ll_reset_request( $object );

$next_object = ll_next_obj ( $object );

$return = ll_free_objs ( $object );

$return = ll_deallocate ( $object );

$result = ll_get_data( $object, $LLAPI_Specification );

# Reservation API

($result,$object) = ll_make_reservation($start_time,$duration,RESERVATION_BY_NODE|RESERVATION_BY_HOSTLIST|RESERVATION_BY_JOBSTEP|RESERVATION_BY_JCF,$data,$options,@users,@groups,$group);

($result,$error) = ll_change_reservation($ID,%param);

($result,$error) = ll_bind(@jobsteplist,$ID,$unbind)

($result,$error) = ll_remove_reservation(@IDs,@user_list,@host_list,@group_list)

# Query API functions ( deprecated )

my ($version_num,$numnodes,$noderef)=ll_get_nodes();

my ($version_num,$numjobs,$ref)=ll_get_jobs();