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High Performance Linpack 1.0a
High Performance Linpack is a highly parallel, high performance benchmarking tool. more>>
HPL is a software package that solves a (random) dense linear system in double precision (64 bits) arithmetic on distributed-memory computers. It can thus be regarded as a portable as well as freely available implementation of the High Performance Computing Linpack Benchmark.
The algorithm used by HPL can be summarized by the following keywords: Two-dimensional block-cyclic data distribution - Right-looking variant of the LU factorization with row partial pivoting featuring multiple look-ahead depths - Recursive panel factorization with pivot search and column broadcast combined - Various virtual panel broadcast topologies - bandwidth reducing swap-broadcast algorithm - backward substitution with look-ahead of depth 1.
The HPL package provides a testing and timing program to quantify the accuracy of the obtained solution as well as the time it took to compute it. The best performance achievable by this software on your system depends on a large variety of factors.
Nonetheless, with some restrictive assumptions on the interconnection network, the algorithm described here and its attached implementation are scalable in the sense that their parallel efficiency is maintained constant with respect to the per processor memory usage.
The HPL software package requires the availibility on your system of an implementation of the Message Passing Interface MPI (1.1 compliant). An implementation of either the Basic Linear Algebra Subprograms BLAS or the Vector Signal Image Processing Library VSIPL is also needed. Machine-specific as well as generic implementations of MPI, the BLAS and VSIPL are available for a large variety of systems.
<<lessThe algorithm used by HPL can be summarized by the following keywords: Two-dimensional block-cyclic data distribution - Right-looking variant of the LU factorization with row partial pivoting featuring multiple look-ahead depths - Recursive panel factorization with pivot search and column broadcast combined - Various virtual panel broadcast topologies - bandwidth reducing swap-broadcast algorithm - backward substitution with look-ahead of depth 1.
The HPL package provides a testing and timing program to quantify the accuracy of the obtained solution as well as the time it took to compute it. The best performance achievable by this software on your system depends on a large variety of factors.
Nonetheless, with some restrictive assumptions on the interconnection network, the algorithm described here and its attached implementation are scalable in the sense that their parallel efficiency is maintained constant with respect to the per processor memory usage.
The HPL software package requires the availibility on your system of an implementation of the Message Passing Interface MPI (1.1 compliant). An implementation of either the Basic Linear Algebra Subprograms BLAS or the Vector Signal Image Processing Library VSIPL is also needed. Machine-specific as well as generic implementations of MPI, the BLAS and VSIPL are available for a large variety of systems.
Download (0.50MB)
Added: 2005-04-11 License: BSD License Price:
1682 downloads
cfgstoragemaker 1.1
cfgstoragemaker is an MRTG configuration file generator for storage monitoring via SNMP. more>>
cfgstoragemaker remotely generates an MRTG config file in order to graph all storage devices (disk, memory, and swap) of one or more specific host(s) via SNMP.
<<less Download (MB)
Added: 2005-04-07 License: GPL (GNU General Public License) Price:
1661 downloads
genproto 0.4.1
genproto a tool that generates prototypes from C/C++ code. more>>
genproto generates prototypes from C/C++ code. It does not touch the original files, and the output format can be changed via printf-style format strings.
Unlike cproto it does not rely on external programms, such as gcc or cpp.
Example
me@home:~/src/genproto-0.2> ./genproto main.c
/* generated by genproto */
void Usage(char *name);
char * CharCopy(char *buf, int len);
char * AddTokens(char **TokenList, int FirstToken, int LastToken);
void AddPrototype(char **TokenList, int ClassNamePos, int FunctionNamePos, int ParamPos);
void ScanOneFile(void);
void SortPrototypes(struct function **T, int Gauche, int Droite);
void Swap(struct function **T, int i, int j);
int CompareFunctions(struct function *pF1, struct function *pF2);
void CopyListToTable(void);
void PrintOnePrototype(struct function *pF);
void PrintPrototypes(void);
void DeletePrototypes(void);
void MyExit(void);
void * MyAlloc(size_t size);
int main(int argc, char **argv);
<<lessUnlike cproto it does not rely on external programms, such as gcc or cpp.
Example
me@home:~/src/genproto-0.2> ./genproto main.c
/* generated by genproto */
void Usage(char *name);
char * CharCopy(char *buf, int len);
char * AddTokens(char **TokenList, int FirstToken, int LastToken);
void AddPrototype(char **TokenList, int ClassNamePos, int FunctionNamePos, int ParamPos);
void ScanOneFile(void);
void SortPrototypes(struct function **T, int Gauche, int Droite);
void Swap(struct function **T, int i, int j);
int CompareFunctions(struct function *pF1, struct function *pF2);
void CopyListToTable(void);
void PrintOnePrototype(struct function *pF);
void PrintPrototypes(void);
void DeletePrototypes(void);
void MyExit(void);
void * MyAlloc(size_t size);
int main(int argc, char **argv);
Download (0.027MB)
Added: 2005-04-22 License: Freely Distributable Price:
1645 downloads
Pocket Linux 2.51
Pocket Linux is an almost minimal, one floppy linux system designed to quickly convert PC workstation into a secure linux. more>>
Pocket Linux is an almost minimal, one floppy linux system designed to quickly convert PC workstation into secure linux-based workstation using ssh to connect to remote host (other networking clients are also supported).
It supports bootp for determining host IP and other network parameters (theres also manual configuration possible, but bootp is recommended).
In addition to workstations equipped with a network card (ethernet or arcnet), you can also use Pocket Linux on a PC equipped with a modem. Modem is automatically detected and then PPP connection is made.
The idea came up some time in 1996 or so. The distribution then was not perfect, but still it shown it was a great idea. It wasnt maintained for about year or so, until I took it up again in the early January 1998. After a complete rebuild Pocket Linux 2.00 was released. It soon gained a huge number of happy users, whose ideas helped its development.
The aim is to provide a small and efficient workstation that autoconfigures as much as possible and lets securely use the network from almost everywhere.
Current version is a nice attempt and future ones will enhance the automation and support for various network equipment and protocols, becoming a total solution. Future plans also include side projects like one floppy router.
In order to understand some of the config options its useful to know something about operations that are done during bootup (in order to automatically configure the network). These are, in order (the later attempts are made if the earlier ones dont set-up the network):
- attempt to setup the network using BOOTP
- attempt to reuse previous manual configuration
- modem detection
- attempt to setup modem conection
Most of the config options switches these operations on and off.
Main menu
You can choose the following network configuration commands from the main menu (only the ones that make sense in the present context are displayed):
- Options - allows setting few binary parameters controlling automatic network configuration and modem handling.
- BOOTP query - attempts to configure network (ethernet or arcnet) using BOOTP. Normally its automatically done during bootup, but this can be switched off.
- Manual configuration - allows manual setting of network configuration parameters (ethernet or arcnet).
- Detect modem - detects serial port the modem is on and its parameters (transfer rate, initialization commands).
- Dial PPP using predefined configuration - creates modem connection (PPP) using one of (up to ten) remembered configurations. By default only TPSA (0202122) configuration is remembered.
- Dial PPP using new configuration - creates new PPP configuration and sets up a modem connection using the newly created config.
- Disconnect PPP - disconnects modem connection.
- Mount /usr via NFS - mounts remote /usr filesystem via NFS. It will be automatically mounted during each Pocket Linux bootup if its turned on in configuration options.
- Exit - Do not config the network - exits the program without configuring the network.
Configuration options
There are following options available:
- Probe network with BOOTP - switches automatic BOOTP probing during bootup on and off. On by default.
- Reuse manual network configs - if on, an attempt is made to restore network configuration during bootup. Netconf remembers 10 most recent manual configurations along with network cards MAC addresses. If cards MAC address matches one of the remembered ones, assigned configuration is used. On by default.
- Automatically setup PPP - switches automatic attempt to create modem connection during bootup on and off. Its made with the first config on PPP configs list. On by default.
- Reuse modem configuration - if on, modem detection is not performed during bootup - instead most recently used modem configuration is used. Off by default.
- Pulse dialing - switches dialing mode used for modem connections between tone dialing (DTMF) and pulse dialing. Default is off (that is tone dialing).
- Automount disk partitions - switches on and off automatical disk partitions mounting (ext2 and vfat filesystems) and swap partition activation during bootup. On by default.
- Add swap file if low memory - switches on and off automatical swap file creation during bootup. Swap file is created if, and only if, theres less than 16 MB memory available (including potentially activated swap partitions) and theres a disk partition on which it could be created available. On by default.
- Automount NFS /usr - switches on and off /usr filestem mounting via NFS during bootup. NFS path to the filestem must be set using "Mount /usr filesystem via NFS" command in main menu. Off by default.
Manual network card configuration
You can enter network configuration parameters in this window:
- This machines IP - enter IP number for this computer here
- Network mask - enter netmask here. If omitted, mask will be calculated based on IP (which will not necessarily be right).
- Broadcast address - enter network broadcast address here. If omitted broadcast address will be calculated based on IP (not mask! - which will not necessarily be right).
- Default gateway - enter IP address of default network gateway (router) here.
- Nameserver IP(s) - enter one or more (separated by spaces) name servers IP addresses here. Can be omitted, but then domain names couldnt be used.
- Default domain(s) - you can enter one or more (separated by spaces) domain names to search host if incomplete domain names will be used. Its optional.
PPP configuration
You can enter modem connection configuration parameters in this window:
- Config name - config name (used in existing configuration selection menu).
- Phone number - phone number to dial (eg. 0w202122 for TPSA access modems).
- Username - username to send to remote server
- Password - password to send to remote server
- Nameserver IP(s) - enter one or more (separated by spaces) name servers IP addresses here. Can be omitted, but then domain names couldnt be used.
- Default domain(s) - you can enter one or more (separated by spaces) domain names to search host if incomplete domain names will be used. Its optional.
Because of permanent configuration that is kept on the floppy you should remember to:
- dont write protect the floppy
- dont remove the floppy from the drive (at least during network configuration)
Enhancements:
- bugfixes in netconf reuse code
- disk partitions automounting, swap partitions autoactivating
- automatic swap file creation
- extended support for NFS mountable /usr
- PS/2 mouse support
- new startup logo
<<lessIt supports bootp for determining host IP and other network parameters (theres also manual configuration possible, but bootp is recommended).
In addition to workstations equipped with a network card (ethernet or arcnet), you can also use Pocket Linux on a PC equipped with a modem. Modem is automatically detected and then PPP connection is made.
The idea came up some time in 1996 or so. The distribution then was not perfect, but still it shown it was a great idea. It wasnt maintained for about year or so, until I took it up again in the early January 1998. After a complete rebuild Pocket Linux 2.00 was released. It soon gained a huge number of happy users, whose ideas helped its development.
The aim is to provide a small and efficient workstation that autoconfigures as much as possible and lets securely use the network from almost everywhere.
Current version is a nice attempt and future ones will enhance the automation and support for various network equipment and protocols, becoming a total solution. Future plans also include side projects like one floppy router.
In order to understand some of the config options its useful to know something about operations that are done during bootup (in order to automatically configure the network). These are, in order (the later attempts are made if the earlier ones dont set-up the network):
- attempt to setup the network using BOOTP
- attempt to reuse previous manual configuration
- modem detection
- attempt to setup modem conection
Most of the config options switches these operations on and off.
Main menu
You can choose the following network configuration commands from the main menu (only the ones that make sense in the present context are displayed):
- Options - allows setting few binary parameters controlling automatic network configuration and modem handling.
- BOOTP query - attempts to configure network (ethernet or arcnet) using BOOTP. Normally its automatically done during bootup, but this can be switched off.
- Manual configuration - allows manual setting of network configuration parameters (ethernet or arcnet).
- Detect modem - detects serial port the modem is on and its parameters (transfer rate, initialization commands).
- Dial PPP using predefined configuration - creates modem connection (PPP) using one of (up to ten) remembered configurations. By default only TPSA (0202122) configuration is remembered.
- Dial PPP using new configuration - creates new PPP configuration and sets up a modem connection using the newly created config.
- Disconnect PPP - disconnects modem connection.
- Mount /usr via NFS - mounts remote /usr filesystem via NFS. It will be automatically mounted during each Pocket Linux bootup if its turned on in configuration options.
- Exit - Do not config the network - exits the program without configuring the network.
Configuration options
There are following options available:
- Probe network with BOOTP - switches automatic BOOTP probing during bootup on and off. On by default.
- Reuse manual network configs - if on, an attempt is made to restore network configuration during bootup. Netconf remembers 10 most recent manual configurations along with network cards MAC addresses. If cards MAC address matches one of the remembered ones, assigned configuration is used. On by default.
- Automatically setup PPP - switches automatic attempt to create modem connection during bootup on and off. Its made with the first config on PPP configs list. On by default.
- Reuse modem configuration - if on, modem detection is not performed during bootup - instead most recently used modem configuration is used. Off by default.
- Pulse dialing - switches dialing mode used for modem connections between tone dialing (DTMF) and pulse dialing. Default is off (that is tone dialing).
- Automount disk partitions - switches on and off automatical disk partitions mounting (ext2 and vfat filesystems) and swap partition activation during bootup. On by default.
- Add swap file if low memory - switches on and off automatical swap file creation during bootup. Swap file is created if, and only if, theres less than 16 MB memory available (including potentially activated swap partitions) and theres a disk partition on which it could be created available. On by default.
- Automount NFS /usr - switches on and off /usr filestem mounting via NFS during bootup. NFS path to the filestem must be set using "Mount /usr filesystem via NFS" command in main menu. Off by default.
Manual network card configuration
You can enter network configuration parameters in this window:
- This machines IP - enter IP number for this computer here
- Network mask - enter netmask here. If omitted, mask will be calculated based on IP (which will not necessarily be right).
- Broadcast address - enter network broadcast address here. If omitted broadcast address will be calculated based on IP (not mask! - which will not necessarily be right).
- Default gateway - enter IP address of default network gateway (router) here.
- Nameserver IP(s) - enter one or more (separated by spaces) name servers IP addresses here. Can be omitted, but then domain names couldnt be used.
- Default domain(s) - you can enter one or more (separated by spaces) domain names to search host if incomplete domain names will be used. Its optional.
PPP configuration
You can enter modem connection configuration parameters in this window:
- Config name - config name (used in existing configuration selection menu).
- Phone number - phone number to dial (eg. 0w202122 for TPSA access modems).
- Username - username to send to remote server
- Password - password to send to remote server
- Nameserver IP(s) - enter one or more (separated by spaces) name servers IP addresses here. Can be omitted, but then domain names couldnt be used.
- Default domain(s) - you can enter one or more (separated by spaces) domain names to search host if incomplete domain names will be used. Its optional.
Because of permanent configuration that is kept on the floppy you should remember to:
- dont write protect the floppy
- dont remove the floppy from the drive (at least during network configuration)
Enhancements:
- bugfixes in netconf reuse code
- disk partitions automounting, swap partitions autoactivating
- automatic swap file creation
- extended support for NFS mountable /usr
- PS/2 mouse support
- new startup logo
Download (1.44MB)
Added: 2005-05-11 License: GPL (GNU General Public License) Price:
1640 downloads
EvilEntity Linux 0.2.5
EvilEntity paves the road for a new generation of Linuxes to follow. more>>
EvilEntity is different. Very different! Designed with idealistic integrity, EvilEntity paves the road for a new generation of Linuxes to follow. We provide features without bloat.
This means performance, serious performance like no other OS currently offers. EvilEntity Linux is the development branch of a desktop Linux distribution designed specifically for the multimedia poweruser, videogamers, audio/video professionals, and speed freaks.
EvilEntity is a complete replacement for your current inferior OS. With EvilEntity installed you can be up and running, online, ripping MP3s, burning CDs, watching DVDs and TV, editing video and audio, and creating 3D models in minutes.
Installation:
1. Insert the EvilEntity CDROM, Reboot, and Press "Enter" at introduction screen to begin.
2. Wait
3. You will now see the startup screen
4. Select yes to Partition Setup question if your harddrive is not setup for Linux.
5. Partition hard drive with cfdisk
6. Partition your dark drive option - press "Yes"
7. Select the hard drive to be partitioned- type,"/dev/your device {ex. hda} "
8. Setup up a swap partition (128Mb) hda1 Primary Linux swap 128
9. Setup up a root partition- hda2 Boot Primary Linux 20003.89
10. Write changes to disk - select,"write" then type "yes"
11. Quit cfdisk - select "quit"
12. Format Swap - select partition - select yes
13. Format Root - select root partition - select yes
14. Select additional mount points
15. Format Partitions
16. Install
17. Hit enter a few times
18. wait *(DR-0.2.5 takes 3 minutes 47 seconds to install [Athlon1800+, 7200rpm hd, 52xCD])
19. Reboot
20. Remove CD
21. press enter to reboot
22. login root
23. setup Video, network, users with econfigure
24. login as new user
<<lessThis means performance, serious performance like no other OS currently offers. EvilEntity Linux is the development branch of a desktop Linux distribution designed specifically for the multimedia poweruser, videogamers, audio/video professionals, and speed freaks.
EvilEntity is a complete replacement for your current inferior OS. With EvilEntity installed you can be up and running, online, ripping MP3s, burning CDs, watching DVDs and TV, editing video and audio, and creating 3D models in minutes.
Installation:
1. Insert the EvilEntity CDROM, Reboot, and Press "Enter" at introduction screen to begin.
2. Wait
3. You will now see the startup screen
4. Select yes to Partition Setup question if your harddrive is not setup for Linux.
5. Partition hard drive with cfdisk
6. Partition your dark drive option - press "Yes"
7. Select the hard drive to be partitioned- type,"/dev/your device {ex. hda} "
8. Setup up a swap partition (128Mb) hda1 Primary Linux swap 128
9. Setup up a root partition- hda2 Boot Primary Linux 20003.89
10. Write changes to disk - select,"write" then type "yes"
11. Quit cfdisk - select "quit"
12. Format Swap - select partition - select yes
13. Format Root - select root partition - select yes
14. Select additional mount points
15. Format Partitions
16. Install
17. Hit enter a few times
18. wait *(DR-0.2.5 takes 3 minutes 47 seconds to install [Athlon1800+, 7200rpm hd, 52xCD])
19. Reboot
20. Remove CD
21. press enter to reboot
22. login root
23. setup Video, network, users with econfigure
24. login as new user
Download (702MB)
Added: 2005-05-16 License: GPL (GNU General Public License) Price:
1625 downloads
Houdinix 0.1
Houdinix is a GNU/Linux live-cd made for young computer science students. more>>
Houdinix is a GNU/Linux live-cd made for young computer science students of our university, its a simple and user-friendly distribution, containing all tools needed by a beginner.
It contains more than 2 gigabytes of data (on a single 700Mb CD), and can be installed very easily on a local hard drive with our installer, Houdinstall.
Main features:
- Kernel 2.4.24houdinix.
- Compressed file system Squashfs: 2.4Gb of data.
- KDE 3.2 graphic environment.
- Compilers and interpreters for the followings languages : Basic, C, C++, Caml (ocaml), Cobol, Delphi, Fortran, Guile, Java (JDK1.4.2), Lisp (GNU clisp), Pascal, Perl (modules Gtk, Tk, Mail, ...), Prolog (gplc, gprolog), Python, Scheme (umb-scheme), Smalltalk, Tcl.
- Scientific tools : gnuplot, scilab, mupad.
- OpenOffice.org 1.1.3, Gimp 2
- Network support and tools : telnet, ssh, nmap, nslookup, etc...
- Internet tools : Firefox, Thunderbird, Kmail, Kopete, Konqueror, etc...
- File systems recognized on local disks: ext2, ext3, vfat, iso9660 (ro), squashfs (ro), jfs, minix, ufs, reiserfs, ntfs (ro).
- Installation on hard disk with Houdinstall.
- Swap detection with our software Houdiswap.
<<lessIt contains more than 2 gigabytes of data (on a single 700Mb CD), and can be installed very easily on a local hard drive with our installer, Houdinstall.
Main features:
- Kernel 2.4.24houdinix.
- Compressed file system Squashfs: 2.4Gb of data.
- KDE 3.2 graphic environment.
- Compilers and interpreters for the followings languages : Basic, C, C++, Caml (ocaml), Cobol, Delphi, Fortran, Guile, Java (JDK1.4.2), Lisp (GNU clisp), Pascal, Perl (modules Gtk, Tk, Mail, ...), Prolog (gplc, gprolog), Python, Scheme (umb-scheme), Smalltalk, Tcl.
- Scientific tools : gnuplot, scilab, mupad.
- OpenOffice.org 1.1.3, Gimp 2
- Network support and tools : telnet, ssh, nmap, nslookup, etc...
- Internet tools : Firefox, Thunderbird, Kmail, Kopete, Konqueror, etc...
- File systems recognized on local disks: ext2, ext3, vfat, iso9660 (ro), squashfs (ro), jfs, minix, ufs, reiserfs, ntfs (ro).
- Installation on hard disk with Houdinstall.
- Swap detection with our software Houdiswap.
Download (700MB)
Added: 2005-08-31 License: GPL (GNU General Public License) Price:
1515 downloads
WMMemFree 0.7
WMMemFree is a memory monitoring dockapp. more>>
WMMemFree shows system memory usage. It runs as a dockapp for WindowMaker or some other window manager which supports dockapps.
On the top side you have your physical memory usage and on the bottom theres
your swap space usage. The following options can be passed to WMMemFree on the command line:
-h, --help - display basic usage info
-v, --version - display version
-display - specify the X11 display to connect to
-b, --buffers - consider buffer memory
-nb, --no-buffers - ignore buffer memory
-c, --cache - consider cache memory
-nc, --no-cache - ignore cache memory
-w, --window - run in a window
-nw, --no-window - dont run in a window
-s, --shape - use the XShape extension
-ns, --no-shape - dont use XShape extension
Enhancements:
- Now windowed mode will have no decorations, the window can be moved with the mouse.
<<lessOn the top side you have your physical memory usage and on the bottom theres
your swap space usage. The following options can be passed to WMMemFree on the command line:
-h, --help - display basic usage info
-v, --version - display version
-display - specify the X11 display to connect to
-b, --buffers - consider buffer memory
-nb, --no-buffers - ignore buffer memory
-c, --cache - consider cache memory
-nc, --no-cache - ignore cache memory
-w, --window - run in a window
-nw, --no-window - dont run in a window
-s, --shape - use the XShape extension
-ns, --no-shape - dont use XShape extension
Enhancements:
- Now windowed mode will have no decorations, the window can be moved with the mouse.
Download (0.014MB)
Added: 2005-09-27 License: GPL (GNU General Public License) Price:
1488 downloads
swapd 1.0.1
swapd is a dynamic swap creation deamon. more>>
swapd is a dynamic swap creation deamon, it monitors the system memory and detect when swap creation will be required. the swap size is determined automatically with respect of sysadmin limits.
Installation:
- Make sure you are logged in as root.
- Run make install.
- Take a look at /usr/local/etc/swapd.conf and change what is necessary.
- Create the swap directory you chose in swapd.conf (it should be accessible only by root).
- Add the following line to /etc/rc.d/rc.local:
/usr/local/sbin/swapd
- If you recompiled the kernel, now would be the time to reboot. If you havent, just rehash and run swapd as root.
<<lessInstallation:
- Make sure you are logged in as root.
- Run make install.
- Take a look at /usr/local/etc/swapd.conf and change what is necessary.
- Create the swap directory you chose in swapd.conf (it should be accessible only by root).
- Add the following line to /etc/rc.d/rc.local:
/usr/local/sbin/swapd
- If you recompiled the kernel, now would be the time to reboot. If you havent, just rehash and run swapd as root.
Download (0.040MB)
Added: 2005-10-12 License: GPL (GNU General Public License) Price:
1472 downloads
SLmon 0.5.13
SLmon is a tool for monitoring systems performance. more>>
SLmon is a tool for monitoring systems performance. It displays results using nice and (hopefully) readable text-based UI. Currently monitored are:
- CPU load (SMP is supported)
- network interfaces
- memory (including swap)
- uptime, date and time
- number of logged in users
- mounted filesystems
- processes
<<less- CPU load (SMP is supported)
- network interfaces
- memory (including swap)
- uptime, date and time
- number of logged in users
- mounted filesystems
- processes
Download (0.10MB)
Added: 2005-10-17 License: GPL (GNU General Public License) Price:
1469 downloads
wmSMPmon 3.1
wmSMPmon is a Window Maker applet for monitoring the CPUs, memory, and swap of SMP systems. more>>
wmSMPmon is a Window Maker Dock Application that displays the following information about the system:
- Current CPU utilization of up to two CPUs
- On dual CPU systems, three different styles for the utilization graph are available.
- Up to two minutes history of CPU utilization
- Current memory usage
- Current swap usage
- Currently supports Linux kernel 2.2, 2.4 and 2.6
Enhancements:
- Fixed bug where wmSMPmon would crash if no swap is enabled/present on the system (thanks to John Schmerge for finding this!)
- Added INSTALL file (thanks to Paul Johnson for reminding me)
<<less- Current CPU utilization of up to two CPUs
- On dual CPU systems, three different styles for the utilization graph are available.
- Up to two minutes history of CPU utilization
- Current memory usage
- Current swap usage
- Currently supports Linux kernel 2.2, 2.4 and 2.6
Enhancements:
- Fixed bug where wmSMPmon would crash if no swap is enabled/present on the system (thanks to John Schmerge for finding this!)
- Added INSTALL file (thanks to Paul Johnson for reminding me)
Download (0.024MB)
Added: 2005-11-08 License: GPL (GNU General Public License) Price:
1447 downloads
Bubbling Load Monitor Applet 2.0.5
The Bubbling Load Monitor (or Bubblemon for short) is a system CPU and memory load monitor. more>>
The Bubbling Load Monitor (or "Bubblemon" for short) is a system CPU and memory load monitor.
It displays something that looks like a vial containing water. The water level indicates how much memory is in use. The color of the liquid indicates how much swap space is used (watery blue means none and angry red means all).
The system CPU load is indicated by bubbles floating up through the liquid; lots of bubbles means high CPU load. If you have unread mail, a message in a bottle falls into the water.
Enhancements:
- The word "bytes" may now be translated.
- The French translation was updated.
- The maintainers e-mail address was updated.
<<lessIt displays something that looks like a vial containing water. The water level indicates how much memory is in use. The color of the liquid indicates how much swap space is used (watery blue means none and angry red means all).
The system CPU load is indicated by bubbles floating up through the liquid; lots of bubbles means high CPU load. If you have unread mail, a message in a bottle falls into the water.
Enhancements:
- The word "bytes" may now be translated.
- The French translation was updated.
- The maintainers e-mail address was updated.
Download (0.30MB)
Added: 2005-11-08 License: GPL (GNU General Public License) Price:
1445 downloads
tooLAME 0.2i
tooLAME is an optimized Mpeg Audio 1/2 Layer 2 encoder. more>>
tooLAME is an optimized Mpeg Audio 1/2 Layer 2 encoder.
It is based heavily on:
- the ISO dist10 code
- improvement to algorithms as part of the LAME project
Installation:
1. edit Makefile
at least change the architecture type (ARCH) to suit your machine.
2. make
Usage:
./toolame [options] < input > < output >
Input File
tooLAME parses AIFF and WAV files for file info
raw PCM is assumed if no header is found
for stdin use a -
Output File
file is automatically renamed from *.* to *.mp2
for stdout use a -
Input Options
-s [int]
if inputting raw PCM sound, you must specify the sample rate
default sample rate is 44.1khz.
-a
downmix from stereo to mono
if the incoming file is stereo, combine the audio into
a single channel
-x
force byte-swapping of the input. (current endian detection is dodgy,
so if toolame produces only noise, use -x )
-g
swap the LR channels of a stereo file
Output Options
-m [char]
the encoding mode (default j)
s stereo
d dual channel
j joint stereo
m mono
-p [int]
which psy model to use (default 1)
Different models for the psychoacoustics
Models: -1 to 4
-b [int]
the total bitrate
For 48/44.1/32kHz default = 192
For 24/22.05/16kHz default = 96
-v [int]
Switch on VBR mode.
The higher the number the better the quality.
Useful range -10 to 10.
See README.VBR for details.
Operation
-f
fast mode turns off calculation of the psychoacoustic model.
Instead a set of default values are assumed
-q [int]
quick mode calculates the psy model every num frames.
Misc
-d emp
de-emphasis (default n)
-c
mark as copyright
-o
mark as original
-e
add error protection
-r
force padding bits off
-D
add DAB extensions
-t [int]
talkativity setting. 0 = no message. 3 = too much information
<<lessIt is based heavily on:
- the ISO dist10 code
- improvement to algorithms as part of the LAME project
Installation:
1. edit Makefile
at least change the architecture type (ARCH) to suit your machine.
2. make
Usage:
./toolame [options] < input > < output >
Input File
tooLAME parses AIFF and WAV files for file info
raw PCM is assumed if no header is found
for stdin use a -
Output File
file is automatically renamed from *.* to *.mp2
for stdout use a -
Input Options
-s [int]
if inputting raw PCM sound, you must specify the sample rate
default sample rate is 44.1khz.
-a
downmix from stereo to mono
if the incoming file is stereo, combine the audio into
a single channel
-x
force byte-swapping of the input. (current endian detection is dodgy,
so if toolame produces only noise, use -x )
-g
swap the LR channels of a stereo file
Output Options
-m [char]
the encoding mode (default j)
s stereo
d dual channel
j joint stereo
m mono
-p [int]
which psy model to use (default 1)
Different models for the psychoacoustics
Models: -1 to 4
-b [int]
the total bitrate
For 48/44.1/32kHz default = 192
For 24/22.05/16kHz default = 96
-v [int]
Switch on VBR mode.
The higher the number the better the quality.
Useful range -10 to 10.
See README.VBR for details.
Operation
-f
fast mode turns off calculation of the psychoacoustic model.
Instead a set of default values are assumed
-q [int]
quick mode calculates the psy model every num frames.
Misc
-d emp
de-emphasis (default n)
-c
mark as copyright
-o
mark as original
-e
add error protection
-r
force padding bits off
-D
add DAB extensions
-t [int]
talkativity setting. 0 = no message. 3 = too much information
Download (0.12MB)
Added: 2005-12-20 License: GPL (GNU General Public License) Price:
1403 downloads
Suspend2 2.2
Suspend2 allows you to hibernate your machine without needing APM, BIOS, or ACPI support. more>>
Suspend2 allows you to hibernate your machine without needing APM, BIOS, or ACPI support.
Suspend2 creates an image that is saved in your active swap partitions, swap files, ordinary files or (soon) across a network.
At the next system boot, the kernel detects the saved image, restores the memory from it and then it continues to run as if youd never powered down.
Enhancements:
- Since 2.2-rc12, there have been further bug fixes and a few enhancements.
- The software is now in feature freeze, getting prepared for seeking to merge into the vanilla kernel.
<<lessSuspend2 creates an image that is saved in your active swap partitions, swap files, ordinary files or (soon) across a network.
At the next system boot, the kernel detects the saved image, restores the memory from it and then it continues to run as if youd never powered down.
Enhancements:
- Since 2.2-rc12, there have been further bug fixes and a few enhancements.
- The software is now in feature freeze, getting prepared for seeking to merge into the vanilla kernel.
Download (0.11MB)
Added: 2006-01-24 License: GPL (GNU General Public License) Price:
1369 downloads
Planetoids 1.0
Planetoids is a game similar to bejeweled. more>>
Planetoids is a game similar to bejeweled. The player must swap jewels to create combinations, including power and hyper jewels.
It includes a top score board to keep track of high player scores. Planetoids game also includes a hint feature, various jewel types, custom board sizes, and more.
<<lessIt includes a top score board to keep track of high player scores. Planetoids game also includes a hint feature, various jewel types, custom board sizes, and more.
Download (0.22MB)
Added: 2006-02-08 License: Freeware Price:
1353 downloads
THC-SecureDelete 3.1
THC-SecureDelete is the best secure data deletion toolkit! more>>
THC-SecureDelete is the best secure data deletion toolkit! If you overwrite a file for 10+ times, it can still be recovered. Read why and use the programs included (w/src!).
These tools can wipe files, free disk space, swap and memory! Changes: Linux LKM for secure file deletion included, small bufixes.
COMMANDLINE OPTIONS
Here are the commandline options:
srm [-d] [-f] [-l] [-l] [-v] [-z] file [file] [another file] [etc.]
sfill [-i] [-I] [-f] [-l] [-l] [-v] [-z] target-directory
sswap [-f] [-l] [-l] [-v] [-z] /dev/of_swap_filesystem
smem [-f] [-l] [-l] [-v]
The -s options are depricated now, and will be ignored.
-d dont delete the dot special files "." and ".." on the
commandline (only srm)
-i wipe only free inode space, not free disk space on the filesystem
(only sfill)
-I wipe only free disk space, not free inode space on the filesystem
(only sfill)
-f fast writes without O_SYNC and sync() between writes. Much faster
but less secure.
-l lessens the security. Only one random plus one pass with 0xff are
written.
-l a seconds time as parameter switches into the insecurest mode,
it overwrites the file only once with 0xff.
-v turn verbose mode on.
-z last wipe mode writes zeros instead of random data
file file to delete. Wildcards are of course allowed.
For unix: you need write permissions. For msdos: It may be hidden,
system, readonly etc. we dont care.
target-directory target is a directory in the filesystem to write to.
swap_filesystem your swap filesystem. Unmount it first!!
only tested on linux
Options may be applied like "-lfv", "-l -f -v" or a mix.
Note: If you use a gnu-compactible linux, you can use the patch rm.diff included in the package to put the features from srm into your normal rm. Just enter your fileutils-3.16 directory, type "patch < rm.diff" and then "make". You need at least one -s switch to activate (1 overwrite). Note that -sss is needed for full security.
NOTE:
For the linux kernel module, you just have to do "insmod sdel-mod" to load the module. After that, all files, which are deleted by any program are then wiped once before the space is marked as free.
<<lessThese tools can wipe files, free disk space, swap and memory! Changes: Linux LKM for secure file deletion included, small bufixes.
COMMANDLINE OPTIONS
Here are the commandline options:
srm [-d] [-f] [-l] [-l] [-v] [-z] file [file] [another file] [etc.]
sfill [-i] [-I] [-f] [-l] [-l] [-v] [-z] target-directory
sswap [-f] [-l] [-l] [-v] [-z] /dev/of_swap_filesystem
smem [-f] [-l] [-l] [-v]
The -s options are depricated now, and will be ignored.
-d dont delete the dot special files "." and ".." on the
commandline (only srm)
-i wipe only free inode space, not free disk space on the filesystem
(only sfill)
-I wipe only free disk space, not free inode space on the filesystem
(only sfill)
-f fast writes without O_SYNC and sync() between writes. Much faster
but less secure.
-l lessens the security. Only one random plus one pass with 0xff are
written.
-l a seconds time as parameter switches into the insecurest mode,
it overwrites the file only once with 0xff.
-v turn verbose mode on.
-z last wipe mode writes zeros instead of random data
file file to delete. Wildcards are of course allowed.
For unix: you need write permissions. For msdos: It may be hidden,
system, readonly etc. we dont care.
target-directory target is a directory in the filesystem to write to.
swap_filesystem your swap filesystem. Unmount it first!!
only tested on linux
Options may be applied like "-lfv", "-l -f -v" or a mix.
Note: If you use a gnu-compactible linux, you can use the patch rm.diff included in the package to put the features from srm into your normal rm. Just enter your fileutils-3.16 directory, type "patch < rm.diff" and then "make". You need at least one -s switch to activate (1 overwrite). Note that -sss is needed for full security.
NOTE:
For the linux kernel module, you just have to do "insmod sdel-mod" to load the module. After that, all files, which are deleted by any program are then wiped once before the space is marked as free.
Download (0.060MB)
Added: 2006-03-08 License: GPL (GNU General Public License) Price:
1330 downloads
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