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MZL & Novatech TrafficStatistic Linux Server 1.2.0.0
The MZL & Novatech TrafficStatistic Linux Server collects IP usage statistics from the network interfaces. more>>
The MZL & Novatech TrafficStatistic Linux Server collects IP usage statistics from the network interfaces of the system on which it is installed. It will store the IP data records, and the Traffic Statistic Report Service will create HTML reports from these records.
The MZL & Novatech TrafficStatistic Linux Server program can be installed on a Linux machine to collect IP usage statistics from their interfaces. The Traffic Statistics Linux Server will store the IP data records on the Linux machine and the Traffic Statistic Report Service will form the HTML reports Traffic Statistics Linux Server starting from the records. For configuration it is needed to have the Windows GUI installed on another machine, that connects via HTTP to the Linux machine.
The intended usecase is the bandwidth usage monitoring of a Linux gateway to the internet or a VPN peer in an environment of Windows workstations. When installed once properly on the Linux gateway, the Traffic Statistics Linux Server can be configured with the Windows GUI from any client in the network and the statistics can also be viewed using the Windows GUI.
As Linux is a powerful and secure networking OS with features like traffic shaping and rule based packet mangling, there are many reasons to run a Linux gateway even when using otherwise Windows clients for other typical office or industrial applications. The Traffic Statistics server allows administrators or managers to get detailed IP network usage statistics on IP packet level broken down by day, host and service at their Windows workstations. The program is free of charge, free of adware and free of any time or functional limitation. Without having any plugin or upgrade installed it will help users to make wise decisions in the selecting of an appropriate volume tariff model, it allows to monitor volume consumption comfortably in tray in almost realtime so that users are always aware, how far they are from a volume tariffs limit and it shows, which hosts and servers consumed the most traffic in the current period.
We also provide powerful plugins for the Linux server, which make MZL & Novatech TrafficStatistic even more interesting and efficient for monitoring volume consumption on a company level.
<<lessThe MZL & Novatech TrafficStatistic Linux Server program can be installed on a Linux machine to collect IP usage statistics from their interfaces. The Traffic Statistics Linux Server will store the IP data records on the Linux machine and the Traffic Statistic Report Service will form the HTML reports Traffic Statistics Linux Server starting from the records. For configuration it is needed to have the Windows GUI installed on another machine, that connects via HTTP to the Linux machine.
The intended usecase is the bandwidth usage monitoring of a Linux gateway to the internet or a VPN peer in an environment of Windows workstations. When installed once properly on the Linux gateway, the Traffic Statistics Linux Server can be configured with the Windows GUI from any client in the network and the statistics can also be viewed using the Windows GUI.
As Linux is a powerful and secure networking OS with features like traffic shaping and rule based packet mangling, there are many reasons to run a Linux gateway even when using otherwise Windows clients for other typical office or industrial applications. The Traffic Statistics server allows administrators or managers to get detailed IP network usage statistics on IP packet level broken down by day, host and service at their Windows workstations. The program is free of charge, free of adware and free of any time or functional limitation. Without having any plugin or upgrade installed it will help users to make wise decisions in the selecting of an appropriate volume tariff model, it allows to monitor volume consumption comfortably in tray in almost realtime so that users are always aware, how far they are from a volume tariffs limit and it shows, which hosts and servers consumed the most traffic in the current period.
We also provide powerful plugins for the Linux server, which make MZL & Novatech TrafficStatistic even more interesting and efficient for monitoring volume consumption on a company level.
Download (2.3MB)
Added: 2006-06-29 License: GPL (GNU General Public License) Price:
1213 downloads
WebNMS Management Framework Trial Edition 5
WebNMS Management Framework is the industry-leading network management framework for building custom EMS and NMS applications. It offers a comprehensive set of FCAPS functions, provisioning, along with customizable interfaces for most popular network elements, OSS systems and other management applications. Networking equipment vendors and other management solution providers rely on WebNMS Management Framework for rapid management application development and deployment. more>>
WebNMS Management Framework Trial Edition - WebNMS Management Framework is the industry-leading network management framework for building custom Element Management System (EMS) and Network Management System (NMS) applications.
WebNMS Management Framework is a scalable, application-centric platform that makes extensive use of state-of-the-art graphical displays to provide an intuitive and powerful network management dashboard for operations staff. By automating a number of complex, tedious, and error-prone tasks, the management application raises productivity, improves accuracy, simplifies training, and reduces costs for operation centers.
It offers a comprehensive set of FCAPS functions, provisioning, along with bundled customizable interfaces to most popular network elements, OSS systems and other management applications. Networking equipment vendors and other management solution providers rely on WebNMS Management Framework for rapid management application development and deployment.
Enhancements:
Version 5
System Requirements:Pentium 4 - 2Ghz; 1GB RAM and above<<less
Download (83Mb)
Added: 2009-01-16 License: Free Price: Free
13 downloads
Mandriva Multi Network Firewall
Mandriva Multi Network Firewall 2 is the up-to-date Mandriva Linux security solution dedicated to the business world. more>>
Multi Network Firewall is the up-to-date Mandriva Linux security solution dedicated to the business world. Maximum innovation, performance and scalability is only a click away thanks to an easy-to-use web interface.
Combining firewall, Intrusion Detection System and VPN functionality, MNF 2 is the ultimate full-featured security solution meeting all your demands. Furthermore, to make your network even more secure, benefit from a year of free updates through Mandriva Online Pro!
Main features:
- a firewall, to protect your computer network from unauthorized access (filtering).
- Intrusion Detection System, to alert you to abnormal network activity.
- Virtual Private Network, to enable a secure private tunnel over public networks.
- Proxy server, to intercept all web traffic entering the network.
- DHCP server, to enable the automatic configuration of new machines connected to the LAN.
- Caching DNS, to provide a local DNS service for computers connected to the LAN.
New Featurs:
As well as the existing IPSec, MNF2 provides 2 other types of VPN:
PPTP: a desktop under Windows(R) can be automatically connected without installing any special software
OpenVPN: a lighter open source VPN; Compattible with Linux, Mac OS and Windows
Bonding: Channel combines several network interfaces into a single connection. Effectively, it means that data transfer speeds can be multiplied.
Bridging: this new function enables the administrator to build bridges between network interfaces.
Traffic shaping: You can regulate the flow of traffic on your network just by clicking on a wizard.
Network mapping: Makes it possible to connect networks which use the same private network addresses
Peer-to-Peer Filtering: MNF2 automatically blocks network traffic from "Fast Track" peer-to-peer clients.
Better software support
2.6 Linux Kernel
Better hardware support
Improved support for multiple network cards (up to 10)
Wi-Fi Support
Better ADSL support
Services included in the product
Mandriva Online Pro: benefit from updates for one year through Mandriva Online Pro
Support included/
<<lessCombining firewall, Intrusion Detection System and VPN functionality, MNF 2 is the ultimate full-featured security solution meeting all your demands. Furthermore, to make your network even more secure, benefit from a year of free updates through Mandriva Online Pro!
Main features:
- a firewall, to protect your computer network from unauthorized access (filtering).
- Intrusion Detection System, to alert you to abnormal network activity.
- Virtual Private Network, to enable a secure private tunnel over public networks.
- Proxy server, to intercept all web traffic entering the network.
- DHCP server, to enable the automatic configuration of new machines connected to the LAN.
- Caching DNS, to provide a local DNS service for computers connected to the LAN.
New Featurs:
As well as the existing IPSec, MNF2 provides 2 other types of VPN:
PPTP: a desktop under Windows(R) can be automatically connected without installing any special software
OpenVPN: a lighter open source VPN; Compattible with Linux, Mac OS and Windows
Bonding: Channel combines several network interfaces into a single connection. Effectively, it means that data transfer speeds can be multiplied.
Bridging: this new function enables the administrator to build bridges between network interfaces.
Traffic shaping: You can regulate the flow of traffic on your network just by clicking on a wizard.
Network mapping: Makes it possible to connect networks which use the same private network addresses
Peer-to-Peer Filtering: MNF2 automatically blocks network traffic from "Fast Track" peer-to-peer clients.
Better software support
2.6 Linux Kernel
Better hardware support
Improved support for multiple network cards (up to 10)
Wi-Fi Support
Better ADSL support
Services included in the product
Mandriva Online Pro: benefit from updates for one year through Mandriva Online Pro
Support included/
Download (250.5MB)
Added: 2005-10-10 License: GPL (GNU General Public License) Price:
858 downloads
gnetload network load meter 1.2
gnetload network load meter is a network and ISDN load meter that is similar to xisdnload. more>>
gnetload network load meter project is a network and ISDN load meter that is similar to xisdnload, but works in a distributed environment.
It includes an agent (devstata) that runs on machines with interfaces to be monitored and periodically sends status information over the network. A display program (gnetload) collects and displays the data.
Both can be run on the same machine, or be used to report on the state of a dedicated router on another machine. Using multicast or broadcast addresses, data can be fed to more than one instance of gnetload. A menu for taking network interfaces up and down is also provided.
Usage: ./gnetload [-I] [-t tickscale] [-g geometry] [-d] [ip]:port
Enhancements:
- The config script was updated to build with GTK2 and GCONF2 where available.
- There are no other code changes.
<<lessIt includes an agent (devstata) that runs on machines with interfaces to be monitored and periodically sends status information over the network. A display program (gnetload) collects and displays the data.
Both can be run on the same machine, or be used to report on the state of a dedicated router on another machine. Using multicast or broadcast addresses, data can be fed to more than one instance of gnetload. A menu for taking network interfaces up and down is also provided.
Usage: ./gnetload [-I] [-t tickscale] [-g geometry] [-d] [ip]:port
Enhancements:
- The config script was updated to build with GTK2 and GCONF2 where available.
- There are no other code changes.
Download (0.040MB)
Added: 2007-01-25 License: GPL (GNU General Public License) Price:
1004 downloads
NetDirector 3.1.2
NetDirector is an open and extensible management framework for managing configurations of common open source network services. more>>
NetDirector is an open and extensible management framework for managing configurations of common open source network services.
NetDirector offers both form driven and fine-grained control of server configuration files with many added benefits including rollback and policy-based access. It can manage both Linux and most any flavor of Unix. However, the preferred platform to host NetDirector Server Manager on is Linux.
What can you manage with NetDirector?
Today you can manage the following configurations through an easy-to-use form based web console. Or you can edit the entire configuration file in an editor manually but with the added advantage of automated version control.
- HTTP (Apache)
- DNS (BIND)
- DHCP
- File and Print Services (Samba, NFS)
- Email (Postfix, Sendmail)
- FTP (VSFTP)
- Users and Groups (mass add users to multiple servers at once.
- Network Interfaces
- Numerous System files
What else can NetDirector do beyond configuration management?
NetDirector is more than just a configuration tool, NetDirector has additional features including the following:
- Rollbacks (Revision Control) of each change made to a service accross any number of servers
- Troubleshooting/Logs
- Schedule Changes to occur anytime in the future
- Server configuration cloning.
- Intuitive integrated support for managing clustered servers and disaster recovery configurations.
- Track Past or Scheduled Changes to be done
- Track who made what changes and when
- Granular Role based user management
These capabilities can be applied to other server functions. For example, you could adapt NetDirector to schedule and run shell scripts on servers under management. Or, you could develop a module to provide system backups using Amanda as or simply use NetDirector as a way to front-end access to all servers, giving you the ability to tighten the points of authentication to servers and add an additional layer of security.
<<lessNetDirector offers both form driven and fine-grained control of server configuration files with many added benefits including rollback and policy-based access. It can manage both Linux and most any flavor of Unix. However, the preferred platform to host NetDirector Server Manager on is Linux.
What can you manage with NetDirector?
Today you can manage the following configurations through an easy-to-use form based web console. Or you can edit the entire configuration file in an editor manually but with the added advantage of automated version control.
- HTTP (Apache)
- DNS (BIND)
- DHCP
- File and Print Services (Samba, NFS)
- Email (Postfix, Sendmail)
- FTP (VSFTP)
- Users and Groups (mass add users to multiple servers at once.
- Network Interfaces
- Numerous System files
What else can NetDirector do beyond configuration management?
NetDirector is more than just a configuration tool, NetDirector has additional features including the following:
- Rollbacks (Revision Control) of each change made to a service accross any number of servers
- Troubleshooting/Logs
- Schedule Changes to occur anytime in the future
- Server configuration cloning.
- Intuitive integrated support for managing clustered servers and disaster recovery configurations.
- Track Past or Scheduled Changes to be done
- Track who made what changes and when
- Granular Role based user management
These capabilities can be applied to other server functions. For example, you could adapt NetDirector to schedule and run shell scripts on servers under management. Or, you could develop a module to provide system backups using Amanda as or simply use NetDirector as a way to front-end access to all servers, giving you the ability to tighten the points of authentication to servers and add an additional layer of security.
Download (72.4MB)
Added: 2007-03-01 License: MPL (Mozilla Public License) Price:
970 downloads
Other version of NetDirector
network services. NetDirector offers both form driven and fine-grained control of server ... FTP (VSFTP) - Users and Groups (mass add users to multiple servers at once. - Network InterfacesLicense:MPL (Mozilla Public License)
License:MPL (Mozilla Public License)
X Interface Monitor 1.8.4
X Interface Monitor monitors any network interface for traffic, load average, and various other statistics. more>>
X Interface Monitor (abbriviated xifmon) monitors any network interface (most suitable, the ppp# interface) for traffic, load average, and various other statistics using purly ioctl() directly to the Linux kernel.
It also has options to run `connect and `disconnect scripts, for dialup modem users who want easy connecting and disconnecting.
<<lessIt also has options to run `connect and `disconnect scripts, for dialup modem users who want easy connecting and disconnecting.
Download (0.49MB)
Added: 2005-10-13 License: GPL (GNU General Public License) Price:
1477 downloads
NetworkControl 0.1
NetworkControl is a utility to control and monitor network interfaces, including wireless ones. more>>
NetworkControl is a utility to control and monitor network interfaces, including wireless ones (for which you see a signal strength meter, as shown).
NetworkControl addresses a conspicuous lack in most Linux distributions most tend to be short on easy-to-use network utilities, even something as trivial as a robust, informative way to log on and off a dialup connection. NetworkControl also provides the connection IP, configuration and statistics (gleaned from "ifconfig" and updated each second), and provides graphic signal levels for wireless interfaces, handy for evaluating a system of wireless devices.
NetworkControl allows you to see network activity at a glance and lets you control your network interfaces in a fast, convenient way. It is designed to be easy to use and informative.
If you have downloaded the binary, just put it in /usr/local/bin, give it executable permissions and run it like this:
networkcontrol
You can make a desktop shortcut with this as its executable target.
If you have downloaded the source package:
Put it in any convenient location.
tar -xjf networkcontrol.tar.bz2
cd networkcontrol.dist
./auto_install.sh
If you dont want the automatic installation or you want to fine-tune the process, instead of running "auto_install.sh", after the unpacking step above, do this:
make -f Makefile.cvs dist
./configure
make
sudo make install
Obviously you may want to modify some of these steps to suit your platform.
<<lessNetworkControl addresses a conspicuous lack in most Linux distributions most tend to be short on easy-to-use network utilities, even something as trivial as a robust, informative way to log on and off a dialup connection. NetworkControl also provides the connection IP, configuration and statistics (gleaned from "ifconfig" and updated each second), and provides graphic signal levels for wireless interfaces, handy for evaluating a system of wireless devices.
NetworkControl allows you to see network activity at a glance and lets you control your network interfaces in a fast, convenient way. It is designed to be easy to use and informative.
If you have downloaded the binary, just put it in /usr/local/bin, give it executable permissions and run it like this:
networkcontrol
You can make a desktop shortcut with this as its executable target.
If you have downloaded the source package:
Put it in any convenient location.
tar -xjf networkcontrol.tar.bz2
cd networkcontrol.dist
./auto_install.sh
If you dont want the automatic installation or you want to fine-tune the process, instead of running "auto_install.sh", after the unpacking step above, do this:
make -f Makefile.cvs dist
./configure
make
sudo make install
Obviously you may want to modify some of these steps to suit your platform.
Download (0.36MB)
Added: 2006-06-29 License: GPL (GNU General Public License) Price:
1214 downloads
KNetworkManager 0.1
KNetworkManager is the KDE front end for NetworkManager. more>>
KNetworkManager is the KDE front end for NetworkManager. KNetworkManager project provides a sophisticated and intuitive user interface which enables users easily to switch their network environment.
The range of functions encompasses the features implemented by NetworkManager daemon. Up until now NetworkManager supports:
Wired Ethernet Devices (IEEE 802.3)
Wireless Ethernet Devices (IEEE 802.11): Unencrypted, WEP, WPA Personal, WPA Enterprise
Virtual Private Network (VPN): OpenVPN, VPNC
Dial-Up (PPP)
How does it work?
For both, Wireless LAN and Wired LAN, NetworkManager supports devices known to HAL. Unless working in offline mode, NetworkManager tries to keep the system connected at any time. For this, NetworkManager follows the following policy.
Once started, NetworkManager asks HAL about available network interfaces. If a wired network interface with a carrier is found, NetworkManager connects to this. Either by DHCP (default) or by setting up previously defined static configuration. Later on, when KNetworkManager starts up, NetworkManager will expose its information about network devices and wireless networks found by scanning to the applet.
At this point, if a user decides to unplug the wired connection, NetworkManager will not connect to an arbitrary wireless network. By default all available networks are untrusted. Only if a user decides to connect to a network manually once, this specific network n henceforth being marked as trusted.
n = { ESSID, Hardware address or addresses of the access point}
The trusted networks are stored individually for each user. KNetworkManager stores them and informs NetworkManager about the known, trusted networks. If a wired connection drops due to unplugging the cable NetworkManager will automatically connect to a trusted network. As this step was done without user interaction, NetworkManager will reconnect to the wired connection once it has a carrier.
If a user joins a wireless network by manual intervention (e.g. user clicks on a network listed in the context menu of KNetworkManager or connects to a hidden wireless network), NetworkManager will take down any previous connection. If one unplugs the wired connection after such a step, NetworkManager will not connect to the wired connection once it has a carrier.
<<lessThe range of functions encompasses the features implemented by NetworkManager daemon. Up until now NetworkManager supports:
Wired Ethernet Devices (IEEE 802.3)
Wireless Ethernet Devices (IEEE 802.11): Unencrypted, WEP, WPA Personal, WPA Enterprise
Virtual Private Network (VPN): OpenVPN, VPNC
Dial-Up (PPP)
How does it work?
For both, Wireless LAN and Wired LAN, NetworkManager supports devices known to HAL. Unless working in offline mode, NetworkManager tries to keep the system connected at any time. For this, NetworkManager follows the following policy.
Once started, NetworkManager asks HAL about available network interfaces. If a wired network interface with a carrier is found, NetworkManager connects to this. Either by DHCP (default) or by setting up previously defined static configuration. Later on, when KNetworkManager starts up, NetworkManager will expose its information about network devices and wireless networks found by scanning to the applet.
At this point, if a user decides to unplug the wired connection, NetworkManager will not connect to an arbitrary wireless network. By default all available networks are untrusted. Only if a user decides to connect to a network manually once, this specific network n henceforth being marked as trusted.
n = { ESSID, Hardware address or addresses of the access point}
The trusted networks are stored individually for each user. KNetworkManager stores them and informs NetworkManager about the known, trusted networks. If a wired connection drops due to unplugging the cable NetworkManager will automatically connect to a trusted network. As this step was done without user interaction, NetworkManager will reconnect to the wired connection once it has a carrier.
If a user joins a wireless network by manual intervention (e.g. user clicks on a network listed in the context menu of KNetworkManager or connects to a hidden wireless network), NetworkManager will take down any previous connection. If one unplugs the wired connection after such a step, NetworkManager will not connect to the wired connection once it has a carrier.
Download (0.55MB)
Added: 2006-09-29 License: GPL (GNU General Public License) Price:
1133 downloads
Net::Connection::Sniffer 0.13
Net::Connection::Sniffer can gather stats on network connections. more>>
Net::Connection::Sniffer can gather stats on network connections.
SYNOPSIS
use Net::Connection::Sniffer;
gather($config)
__top
Net::Connection::Sniffer is a perl module to gather connection statistics by listening to ethernet traffic. Traffic is filtered using standard BPF notation as described in the tcpdump documentation and implemented using the standard pcap library to sniff packets on host network interfaces.
<<lessSYNOPSIS
use Net::Connection::Sniffer;
gather($config)
__top
Net::Connection::Sniffer is a perl module to gather connection statistics by listening to ethernet traffic. Traffic is filtered using standard BPF notation as described in the tcpdump documentation and implemented using the standard pcap library to sniff packets on host network interfaces.
Download (0.042MB)
Added: 2006-07-27 License: Perl Artistic License Price:
1194 downloads
network-config 0.1
network-config is a simple network configuration tool. more>>
network-config is a simple network configuration tool.
Network-config is a simple and easy to use program that helps configuring the network interfaces for linux-based operating systems. It allows to have multiple configurations for the same computer and to easy configure NAT for internet sharing.
It can also be used to scan for wireless networks. It is written in perl and uses gtk2+, but also works as a command line program.
<<lessNetwork-config is a simple and easy to use program that helps configuring the network interfaces for linux-based operating systems. It allows to have multiple configurations for the same computer and to easy configure NAT for internet sharing.
It can also be used to scan for wireless networks. It is written in perl and uses gtk2+, but also works as a command line program.
Download (0.032MB)
Added: 2006-08-07 License: GPL (GNU General Public License) Price:
1186 downloads
Network Ustadi 0.3.1
Network Ustadi is a Web interface for managing network services. more>>
Network Ustadi is a Web interface for managing network services. It provides firewall management, routing table management, NAT configuration, DHCP server configuration, interface configuration, etc.
To ease the task of network administration, decrease the likelihood of erronous command execution and to maintain all network services from a central point, EnderUNIX SDT anounces the availability of its 9th open-source tool, netUstad.
The tool, designed and coded by one of our developers Ozkan KIRIK, has the capability to generate FreeBSD IPFW and Linux Iptables rulesets. It has been written in C language and includes its own HTTP server.
The newly anounced version provides a web interface for system administrators to add/delete/update IPFW and Iptables rulesets, manage routing table and network interfaces. You can manage your firewall via a TCP/IP connected remote PC, easily.
Enhancements:
- Problems that causes the process to terminate, solved.
- Virtual Server configuration problem fixed.
- Some fixes in nat management module.
<<lessTo ease the task of network administration, decrease the likelihood of erronous command execution and to maintain all network services from a central point, EnderUNIX SDT anounces the availability of its 9th open-source tool, netUstad.
The tool, designed and coded by one of our developers Ozkan KIRIK, has the capability to generate FreeBSD IPFW and Linux Iptables rulesets. It has been written in C language and includes its own HTTP server.
The newly anounced version provides a web interface for system administrators to add/delete/update IPFW and Iptables rulesets, manage routing table and network interfaces. You can manage your firewall via a TCP/IP connected remote PC, easily.
Enhancements:
- Problems that causes the process to terminate, solved.
- Virtual Server configuration problem fixed.
- Some fixes in nat management module.
Download (0.27MB)
Added: 2006-07-04 License: GPL (GNU General Public License) Price:
1210 downloads
Linux Inventory Aggregator 2.1
Linux Inventory Aggregator is designed to be a simple script for gathering hardware information. more>>
Linux Inventory Aggregator is designed to be a simple, self-contained (as much as possible) script for gathering hardware information.
Sample Output
In the first example, a stock Mandrake system is shown with a single processor, 386MB of memory, an attached SCSI disk array, and several internal IDE drives.
[rtwomey@gamma inventory]$ ./get_inventory.pl
Statistics of machine gamma
* 1 CPU: Pentium III (Coppermine) @ 863.955MHz
* Kernel: 2.6.11-6mdk #1 Tue Mar 22 16:04:32 CET 2005
* Memory total: 385668kB
* Hostname: gamma @ 192.168.1.3
* Network Interfaces:
lo: 127.0.0.1
eth0: 192.168.1.3
* Graphics card: nVidia Corporation NV15 [GeForce2 GTS/Pro] (rev a3)
* Network controller: 3Com Corporation 3c905C-TX/TX-M [Tornado] (rev 78)
* Network controller: Linksys NC100 Network Everywhere Fast Ethernet 10/100 (rev 11)
* Sound card: Creative Labs SB Live! EMU10k1 (rev 07)
* SCSI card: QLogic Corp. ISP12160 Dual Channel Ultra3 SCSI Processor (rev 06)
Attached IDE disks:
* Disk hdg: size: 81964302336 bytes (81GB), model: Maxtor 4R080L0
* Disk hdf: size: 30900215808 bytes (30GB), model: Maxtor 93073U4
* Disk hde: size: 164696555520 bytes (164GB), model: HDS722516VLAT80
* Disk hdc: size: 123522416640 bytes (123GB), model: IC35L120AVV207-0
* Disk hdb: size: 120034123776 bytes (120GB), model: WDC WD1200JB-75CRA0
* Disk hda: size: 45191946240 bytes (45GB), model: IBM-DTLA-307045
Attached SCSI disks:
* Disk sda: SEAGATE ST318452LC (Channel: 00 ID: 08 Lun: 00)
* Disk sdb: SEAGATE ST318453LC (Channel: 00 ID: 09 Lun: 00)
* Disk sdc: SEAGATE ST336607LC (Channel: 01 ID: 08 Lun: 00)
* Disk sdd: SEAGATE ST336607LC (Channel: 01 ID: 09 Lun: 00)
* Disk sde: SEAGATE ST336607LC (Channel: 01 ID: 11 Lun: 00)
* Disk sdf: SEAGATE ST336607LC (Channel: 01 ID: 12 Lun: 00)
* Disk sdg: SEAGATE ST318453LC (Channel: 01 ID: 13 Lun: 00)
* Disk sdh: SEAGATE ST318452LC (Channel: 01 ID: 14 Lun: 00)
The second example illustrates a dual-processor Xeon system (note that HyperThreading causes the 2 processors to appear as 4):
[rtwomey@babbage inventory]# ./get_inventory.pl
Statistics of machine babbage
* 4 CPUs: CPU1 = Intel(R) Xeon(TM) CPU 2.80GHz @ 2791.744MHz; CPU2 = Intel(R) Xeon(TM) CPU 2.80GHz @ 2791.744MHz; CPU3 = Intel(R) Xeon(TM) CPU 2.80GHz @ 2791.744MHz; CPU4 = Intel(R) Xeon(TM) CPU 2.80GHz @ 2791.744MHz
* Kernel: 2.6.9-11.ELsmp #1 SMP Fri May 20 18:26:27 EDT 2005
* Memory total: 514484kB
* Hostname: babbage @ XXX.XXX.XXX.XXX
* Network Interfaces:
lo: 127.0.0.1
eth0: XXX.XXX.XXX.XXX
* Network controller: Intel Corporation 82544GC Gigabit Ethernet Controller (LOM) (rev 02)
* SCSI card: LSI Logic / Symbios Logic 53c1030 PCI-X Fusion-MPT Dual Ultra320 SCSI (rev 07)
* SCSI card: LSI Logic / Symbios Logic 53c1030 PCI-X Fusion-MPT Dual Ultra320 SCSI (rev 07)
* Graphics card: ATI Technologies Inc Rage XL (rev 27)
Attached SCSI disks:
* Disk sda: SEAGATE ST373307LC (Channel: 00 ID: 00 Lun: 00)
* Disk sdb: SEAGATE ST39103LC (Channel: 00 ID: 01 Lun: 00)
* Disk sdc: SEAGATE ST39204LC (Channel: 00 ID: 03 Lun: 00)
* Disk sdd: SEAGATE ST39204LC (Channel: 00 ID: 04 Lun: 00)
The third example illustrates an IDE CD-RW, as well as a SATA disk that is handled via the Linux sg driver:
[rtwomey@younger inventory]# ./get_inventory.pl
Statistics of machine younger
* 2 CPUs: CPU1 = Intel(R) Pentium(R) 4 CPU 3.00GHz @ 2992.825MHz; CPU2 = Intel(R) Pentium(R) 4 CPU 3.00GHz @ 2992.825MHz
* Kernel: 2.6.9-16.ELsmp #1 SMP Mon Aug 15 20:06:02 EDT 2005
* Memory total: 1033192kB
* Hostname: younger @ XXX.XXX.XXX.XXX
* Network Interfaces:
lo: 127.0.0.1
eth0: XXX.XXX.XXX.XXX
* Sound card: Intel Corporation 82801FB/FBM/FR/FW/FRW (ICH6 Family) AC97 Audio Controller (rev 03)
* Graphics card: ATI Technologies Inc RV370 5B60 [Radeon X300 (PCIE)]
* Network controller: Broadcom Corporation NetXtreme BCM5751 Gigabit Ethernet PCI Express (rev 01)
Attached IDE disks:
* CD-RW drive: HL-DT-ST CD-RW/DVD-ROM GCC-4482B
Attached SCSI disks:
* ATA ST340014AS (Channel: 00 ID: 00 Lun: 00)
<<lessSample Output
In the first example, a stock Mandrake system is shown with a single processor, 386MB of memory, an attached SCSI disk array, and several internal IDE drives.
[rtwomey@gamma inventory]$ ./get_inventory.pl
Statistics of machine gamma
* 1 CPU: Pentium III (Coppermine) @ 863.955MHz
* Kernel: 2.6.11-6mdk #1 Tue Mar 22 16:04:32 CET 2005
* Memory total: 385668kB
* Hostname: gamma @ 192.168.1.3
* Network Interfaces:
lo: 127.0.0.1
eth0: 192.168.1.3
* Graphics card: nVidia Corporation NV15 [GeForce2 GTS/Pro] (rev a3)
* Network controller: 3Com Corporation 3c905C-TX/TX-M [Tornado] (rev 78)
* Network controller: Linksys NC100 Network Everywhere Fast Ethernet 10/100 (rev 11)
* Sound card: Creative Labs SB Live! EMU10k1 (rev 07)
* SCSI card: QLogic Corp. ISP12160 Dual Channel Ultra3 SCSI Processor (rev 06)
Attached IDE disks:
* Disk hdg: size: 81964302336 bytes (81GB), model: Maxtor 4R080L0
* Disk hdf: size: 30900215808 bytes (30GB), model: Maxtor 93073U4
* Disk hde: size: 164696555520 bytes (164GB), model: HDS722516VLAT80
* Disk hdc: size: 123522416640 bytes (123GB), model: IC35L120AVV207-0
* Disk hdb: size: 120034123776 bytes (120GB), model: WDC WD1200JB-75CRA0
* Disk hda: size: 45191946240 bytes (45GB), model: IBM-DTLA-307045
Attached SCSI disks:
* Disk sda: SEAGATE ST318452LC (Channel: 00 ID: 08 Lun: 00)
* Disk sdb: SEAGATE ST318453LC (Channel: 00 ID: 09 Lun: 00)
* Disk sdc: SEAGATE ST336607LC (Channel: 01 ID: 08 Lun: 00)
* Disk sdd: SEAGATE ST336607LC (Channel: 01 ID: 09 Lun: 00)
* Disk sde: SEAGATE ST336607LC (Channel: 01 ID: 11 Lun: 00)
* Disk sdf: SEAGATE ST336607LC (Channel: 01 ID: 12 Lun: 00)
* Disk sdg: SEAGATE ST318453LC (Channel: 01 ID: 13 Lun: 00)
* Disk sdh: SEAGATE ST318452LC (Channel: 01 ID: 14 Lun: 00)
The second example illustrates a dual-processor Xeon system (note that HyperThreading causes the 2 processors to appear as 4):
[rtwomey@babbage inventory]# ./get_inventory.pl
Statistics of machine babbage
* 4 CPUs: CPU1 = Intel(R) Xeon(TM) CPU 2.80GHz @ 2791.744MHz; CPU2 = Intel(R) Xeon(TM) CPU 2.80GHz @ 2791.744MHz; CPU3 = Intel(R) Xeon(TM) CPU 2.80GHz @ 2791.744MHz; CPU4 = Intel(R) Xeon(TM) CPU 2.80GHz @ 2791.744MHz
* Kernel: 2.6.9-11.ELsmp #1 SMP Fri May 20 18:26:27 EDT 2005
* Memory total: 514484kB
* Hostname: babbage @ XXX.XXX.XXX.XXX
* Network Interfaces:
lo: 127.0.0.1
eth0: XXX.XXX.XXX.XXX
* Network controller: Intel Corporation 82544GC Gigabit Ethernet Controller (LOM) (rev 02)
* SCSI card: LSI Logic / Symbios Logic 53c1030 PCI-X Fusion-MPT Dual Ultra320 SCSI (rev 07)
* SCSI card: LSI Logic / Symbios Logic 53c1030 PCI-X Fusion-MPT Dual Ultra320 SCSI (rev 07)
* Graphics card: ATI Technologies Inc Rage XL (rev 27)
Attached SCSI disks:
* Disk sda: SEAGATE ST373307LC (Channel: 00 ID: 00 Lun: 00)
* Disk sdb: SEAGATE ST39103LC (Channel: 00 ID: 01 Lun: 00)
* Disk sdc: SEAGATE ST39204LC (Channel: 00 ID: 03 Lun: 00)
* Disk sdd: SEAGATE ST39204LC (Channel: 00 ID: 04 Lun: 00)
The third example illustrates an IDE CD-RW, as well as a SATA disk that is handled via the Linux sg driver:
[rtwomey@younger inventory]# ./get_inventory.pl
Statistics of machine younger
* 2 CPUs: CPU1 = Intel(R) Pentium(R) 4 CPU 3.00GHz @ 2992.825MHz; CPU2 = Intel(R) Pentium(R) 4 CPU 3.00GHz @ 2992.825MHz
* Kernel: 2.6.9-16.ELsmp #1 SMP Mon Aug 15 20:06:02 EDT 2005
* Memory total: 1033192kB
* Hostname: younger @ XXX.XXX.XXX.XXX
* Network Interfaces:
lo: 127.0.0.1
eth0: XXX.XXX.XXX.XXX
* Sound card: Intel Corporation 82801FB/FBM/FR/FW/FRW (ICH6 Family) AC97 Audio Controller (rev 03)
* Graphics card: ATI Technologies Inc RV370 5B60 [Radeon X300 (PCIE)]
* Network controller: Broadcom Corporation NetXtreme BCM5751 Gigabit Ethernet PCI Express (rev 01)
Attached IDE disks:
* CD-RW drive: HL-DT-ST CD-RW/DVD-ROM GCC-4482B
Attached SCSI disks:
* ATA ST340014AS (Channel: 00 ID: 00 Lun: 00)
Download (0.020MB)
Added: 2006-12-15 License: The Apache License 2.0 Price:
1055 downloads
POEST::Server 0.20030407
POEST::Server - The Poest Master General. more>>
POEST::Server - The Poest Master General.
SYNOPSIS
my $server = POEST::Server->new(
Config => POEST::Config::Genearl,
ConfigFile => /etc/poest.conf,
);
$server->start;
ABSTRACT
This module controls the server itself.
All high-level server interaction happens here.
new()
Create a new server instance. This will not make the server run, but it will configure it, load the modules and configure them, and spawn the proper POE sessions. All the parameters passed to new will be passed directly to the configurator of your choice, as defined by the Config parameter (POEST::Config by default).
run()
Make the server run. This will block execution when called directly.
start()
Fork and start the server. This method will return the pid of the server. If the pidfile configuration parameter is found in the configuration class, an attempt is made to write that pid file. If that attempt fails, or if the pid file already exists, and exception is thrown and the attempt to start the server is stalled.
stop()
Stop the server. If a pidfile was specified, the pid will be read from it. Otherwise, an attempt to find a process name with the value of $0 is tried, by default that is set to poest.
NOTE: As of right this minute, the process table magic isnt written as Proc::ProcessTable isnt ported to Darwin.
Configuration
Thses are the configuration parameters that the server itself needs from the configuration mechanism.
hostname
The main host that this smtp server runs for.
port
The port this server will run on.
plugin
This is a multi-value parameter. Each value is the full name of the module that contains the plugin class.
<<lessSYNOPSIS
my $server = POEST::Server->new(
Config => POEST::Config::Genearl,
ConfigFile => /etc/poest.conf,
);
$server->start;
ABSTRACT
This module controls the server itself.
All high-level server interaction happens here.
new()
Create a new server instance. This will not make the server run, but it will configure it, load the modules and configure them, and spawn the proper POE sessions. All the parameters passed to new will be passed directly to the configurator of your choice, as defined by the Config parameter (POEST::Config by default).
run()
Make the server run. This will block execution when called directly.
start()
Fork and start the server. This method will return the pid of the server. If the pidfile configuration parameter is found in the configuration class, an attempt is made to write that pid file. If that attempt fails, or if the pid file already exists, and exception is thrown and the attempt to start the server is stalled.
stop()
Stop the server. If a pidfile was specified, the pid will be read from it. Otherwise, an attempt to find a process name with the value of $0 is tried, by default that is set to poest.
NOTE: As of right this minute, the process table magic isnt written as Proc::ProcessTable isnt ported to Darwin.
Configuration
Thses are the configuration parameters that the server itself needs from the configuration mechanism.
hostname
The main host that this smtp server runs for.
port
The port this server will run on.
plugin
This is a multi-value parameter. Each value is the full name of the module that contains the plugin class.
Download (0.024MB)
Added: 2007-04-10 License: GPL (GNU General Public License) Price:
929 downloads
trafshow+rvnamed 3.0
trafshow+rvnamed combines trafshow (which is a good traffic viewer for networks but is weak in DNS resolving), and iptraf. more>>
trafshow+rvnamed combines trafshow (which is a good traffic viewer for networks but is weak in DNS resolving), and iptraf.
This directory contains trafshow source code, a tool for real-time network traffic visualization. Trafshow continuously display the information regarding packet traffic on the configured network interface that match the boolean expression. It periodically sorts and updates this information.
This funny program may be useful for locating suspicious network traffic on
the net or to evaluate current utilization of the network interface. If trafshow has been compiled with modern curses libraries such as Slang or Ncurses it been able to show colored traffic according to your configuration on color-capable terminal.
Trafshow can use variouse ncurses interfaces, a terminal-independent set of screen functions with optimal cursor motion. Trafshow now use libpcap, a system-independent interface for user-level packet capture. Before building trafshow, you must first retrieve and build libpcap, also from LBL, in:
ftp://ftp.ee.lbl.gov/libpcap.tar.Z
Currently trafshow may be compiled with any curses library, but not all of them work with color functions properly. Slang or Ncurses is prefered because it right supports color. Note for termcap users, only the Slang curses is suitable for you. Before building trafshow, you must first retrieve and build one of the
following curses library:
ftp://space.mit.edu/pub/davis/slang/slang0.99-38.tar.gz
or
ftp://ftp.netcom.com/pub/zm/zmbenhal/ncurses/ncurses-1.9.9g.tar.gz
Once libpcap and libslang is built and installed, you can build trafshow
using the procedure in the INSTALL file. The original distribution is available via anonymous ftp to ftp.nsk.su,
in /pub/unix/trafshow.tar.gz.
Enhancements:
- compiled for i386-pc-bsdi2.0.1 with
- shlicc2 -O2 -DHAVE_CONFIG_H -I. -lpcap -lslang -ltermcap
- libpcap library version 0.4a2
- slang curses version 9938
- colors support
<<lessThis directory contains trafshow source code, a tool for real-time network traffic visualization. Trafshow continuously display the information regarding packet traffic on the configured network interface that match the boolean expression. It periodically sorts and updates this information.
This funny program may be useful for locating suspicious network traffic on
the net or to evaluate current utilization of the network interface. If trafshow has been compiled with modern curses libraries such as Slang or Ncurses it been able to show colored traffic according to your configuration on color-capable terminal.
Trafshow can use variouse ncurses interfaces, a terminal-independent set of screen functions with optimal cursor motion. Trafshow now use libpcap, a system-independent interface for user-level packet capture. Before building trafshow, you must first retrieve and build libpcap, also from LBL, in:
ftp://ftp.ee.lbl.gov/libpcap.tar.Z
Currently trafshow may be compiled with any curses library, but not all of them work with color functions properly. Slang or Ncurses is prefered because it right supports color. Note for termcap users, only the Slang curses is suitable for you. Before building trafshow, you must first retrieve and build one of the
following curses library:
ftp://space.mit.edu/pub/davis/slang/slang0.99-38.tar.gz
or
ftp://ftp.netcom.com/pub/zm/zmbenhal/ncurses/ncurses-1.9.9g.tar.gz
Once libpcap and libslang is built and installed, you can build trafshow
using the procedure in the INSTALL file. The original distribution is available via anonymous ftp to ftp.nsk.su,
in /pub/unix/trafshow.tar.gz.
Enhancements:
- compiled for i386-pc-bsdi2.0.1 with
- shlicc2 -O2 -DHAVE_CONFIG_H -I. -lpcap -lslang -ltermcap
- libpcap library version 0.4a2
- slang curses version 9938
- colors support
Download (0.089MB)
Added: 2006-06-28 License: GPL (GNU General Public License) Price:
1220 downloads
Net::Appliance::Phrasebook 0.08
Net::Appliance::Phrasebook is a Perl module for network appliance command-line phrasebook. more>>
Net::Appliance::Phrasebook is a Perl module for network appliance command-line phrasebook.
SYNOPSIS
use Net::Appliance::Phrasebook;
my $pb = Net::Appliance::Phrasebook->new(
platform => IOS,
source => /a/file/somewhere.yml, # optional
);
print $pb->fetch(a_command_alias), "n";
If you use Perl to manage interactive sessions with with the command-line interfaces of networked appliances, then you might find this module useful.
Net::Appliance::Phrasebook is a simple module that contains a number of dictionaries for the command-line interfaces of some popular network appliances.
It also supports the use of custom phrasebooks, and of hiearchies of dictionaries within phrasebooks.
<<lessSYNOPSIS
use Net::Appliance::Phrasebook;
my $pb = Net::Appliance::Phrasebook->new(
platform => IOS,
source => /a/file/somewhere.yml, # optional
);
print $pb->fetch(a_command_alias), "n";
If you use Perl to manage interactive sessions with with the command-line interfaces of networked appliances, then you might find this module useful.
Net::Appliance::Phrasebook is a simple module that contains a number of dictionaries for the command-line interfaces of some popular network appliances.
It also supports the use of custom phrasebooks, and of hiearchies of dictionaries within phrasebooks.
Download (0.007MB)
Added: 2007-02-23 License: Perl Artistic License Price:
973 downloads
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