Free hex a hop software for linux

hexdump produces a CP/M-like format by default, and can handle EBCDIC. It is internationalized, and has many formatting functions.
This hex dumper was born because
a) od octal format is appallingly ugly
b) od -x aint much better
c) I needed to dump EBCDIC files from SNA sessions
d) I needed to dump single blocks of files offset into the file.
If any of these describes your universe, youll like it too. The format resembles a CP/M or MS/DOS DEBUG dump screen. There is nothing UNIX-specific in the source, it should work OK under any C with a stdio.h library.
Enhancements:
- Source RPMs no longer depend on --define myversion

Hop is a new programming language designed for the Web 2.0. Hop is a higher-order language for programming interactive web applications such as web agendas, web galleries, music players, etc.
Hop can be viewed as a replacement for traditional graphical toolkits. HOP is implemented as a Web broker, i.e., a Web server that may act indifferently as a regular Web server or Web proxy.
Enhancements:
- The highlights of this version are support for history and bookmarking, and a (single-threaded) Mac OS X port.

ETrace is a configurable static port network tracing tool, similar to traceroute, but supporting ICMP, TCP, UDP and other IP protocols.

Usage:

etrace [ -BbCcnv ] [ -p profile ] [ -F config ] [ -i interface ] [ -I icmp-type ] [ -T port ] [ -U port ] [ -P protocol ] [ -r probe-count ] [ -t timeout ] [ -1 hop ] [ -h hop ] [ -m hop ] [ -A address ] [ -s port ] [ -f flags ] [ -d data ] [ -D data-file ] [ -R count ] [ -q seq] [ -w window ] target [...]

Options:

etrace has a wealth of options ranging in function from controlling output to the detailed construction of trace packets.

Profile Options:

A profile is a pre-configured list of options stored in a shared, or user specific configuration file. By defining profiles, complex etrace option sets can be easily accessed with a single command line option.

-p, --profile
Specify a profile.
-C, --clear
Clear the current list of probes. This option can be used to allow a profile to inherit options from another profile, but specify its own list of probes.
-F, --config
Specify an alternative profiles file.

Interface options

-i, --interface
Specify interface. If unspecified, etrace will examine the routing table and select the most appropriate interface for each target address.
-c, --promisc
Put in interface into promiscuous mode. As this option increases the load on the system in general, it should only be used if spoofing of source packets address is enabled with the "-A" option.
Trace Type Options
-I, --icmp
Specify an ICMP trace and the packet type to use. ICMP traces may use Echo (E or P), Timestamp (T or S), Netmask (N or M) or Info (I). The default trace probe is an ICMP Echo.
-h, --hop
Specify a specific hop to investigate.
-m, --maximum
Specify the maximum number of hops.
-r, --probes
Set the maximum number of probes to send per hop. The default is 3.
-t, --timeout
Set the maximum amount of time, in milli-seconds, to wait for a response to a probe. The default is 3000 (three seconds).

Packet Construction Options

-A, --address
Specify the source IP address of generated packets.
-s, --source
Set the source port of the generated probe packets. If unspecified, etrace uses a random high port.
-f, --flags
Specify TCP and/or IP flags. Takes a comma delimitered list of any of the following flags: RF, DF, MF, FIN, SYN, RST, PSH, ACK, URG, ECE, CWR (Default: SYN)
-d, --data
Specify the data content of generated probe packets. Standard meta-characters are recognised (e.g. "nt") as are binary values given in octal (e.g. " 00x00");
-D, --data-file
Load the data content of the generated probe packets from the specified file. Filenames beginning with @ a loaded from the etrace shared data directory (usually /usr/local/share/etrace). etrace currently ships with the following predfined packet data files: dns, ike.
-R, --random
Fill the data content of the generated probe packets with the specified number of random bytes.
-b, --badcksum
Generate and send probe packets with bad checksums.
-q, --seq
Specify the TCP sequence number.
-w, --window
Specify the TCP window size.

Output Options

-v, --verbose
Increase output verbosity.
-B, --debug
Enable debugging output.
-n, --numeric
Disable name resolution.

Examples:

etrace www.sample.com

Launches a trace ICMP Echo, the default, trace to www.sample.com. Specifiying the options "-I E" whould accomplish the same results.

etrace -T 80 www.sample.com

Similar to the previous example, except the trace is performed on TCP port 80.

etrace --udp 53 --data-file @dns ns.sample.com

Starts are trace to ns.sample.com on UDP port 53 with the trace packets containing data loaded from the file /usr/local/share/etrace/dns (a file supplied with etrace that contains a simple dns request to resolve 127.0.0.1).

etrace -p dns -p fast ns.sample.com

The default profiles shipped with etrace include "dns" (which equates to the options shown in the previous example) and "fast" (which decreases both timeouts and the number of probes sent for each hop, as well as disabling name resolution). Profiles are stackable, with latter options overriding those specified in earlier profiles.

check_apc_pdu application can check load and outlet status of a APC PDU by snmp.

Usage:

usage:
-H (--hostname) Hostname to query - (required)
-C (--community) SNMP read community (defaults to public,
used with SNMP v1 and v2c
-v (--snmp_version) 1 for SNMP v1 (default)
2 for SNMP v2c
SNMP v2c will use get_bulk for less overhead
3 for SNMPv3 (requires -U option)
-p (--port) SNMP port (default 161)
-o (--on) Outlets (name or number) must be on
-O (--off) Outlets (name or number) must be off
-L (--seclevel) choice of "noAuthNoPriv", "authNoPriv", or "authPriv"
-U (--secname) username for SNMPv3 context
-c (--context) SNMPv3 context name (default is empty string)
-A (--authpass) authentication password (cleartext ascii or localized key
in hex with 0x prefix generated by using "snmpkey" utility
auth password and authEngineID
-a (--authproto) Authentication protocol ( MD5 or SHA1)
-X (--privpass) privacy password (cleartext ascii or localized key
in hex with 0x prefix generated by using "snmpkey" utility
privacy password and authEngineID
-M (--maxmsgsize) Max message size - usefull only for v1 or v2c
-t (--timeout) seconds before the plugin times out (default=15)
-V (--version) Plugin version
-h (--help) usage help

Firewalk is an active reconnaissance network security tool that attempts to determine what layer 4 protocols a given IP forwarding device will pass. Firewalk project works by sending out UDP or TCP packets with a TTL one greater than the targeted gateway.

If the gateway allows the traffic, it will forward the packets to the next hop where they will expire and elicit an ICMP_TIME_EXCEEDED message. If the gateway hostdoes not allow the traffic, it will likely drop the packets on the floor and we will see no response.

To get the correct IP TTL that will result in expired packets one beyond the gateway we need to ramp up hop-counts. We do this in the same manner that traceroute works. Once we have the gateway hopcount (at that point the scan is said to be `bound`) we can begin our scan.

It is significant to note the fact that the ultimate destination host does not have to be reached. It just needs to be somewhere downstream, on the other side of the gateway, from the scanning host.

Whatmask provides a subnet info utility.
Whatmask is a small C program that helps with network settings. Notations supported are CIDR (e.g. /24), Netmask (e.g. 255.255.255.0), and Wilcard Bits (e.g. 0.0.0.255).
These notations are all identical. CIDR notation commonly has a "/" in front of the number (representing the number of bits). Whatmask can accept these notations with or without a slash.
It can take any IP in the subnet along with the netmask in any format, and it will echo back the netmask in three formats, the network address, the broadcast address, the number of useable IPs, and the range of IPs in the subnet.
Binaries for Linux, Win32, and MacOS 9/X are available.
Enhancements:
- Added support for hex netmasks
- Minor bugfixes / cleanup

Nietzsche provides an easy to learn language.

It is an interpreted language, written with an hexadecimal editor such as plexedit, hexedit and so on.

You just have to supply the filename and the number of empty characters
to be inserted.

The null character for Nietzsche is hex 00.

Using labels in this language is fundamental. SO its a good thing to take confidence with them and to use them at best.

Labels must begin and end with 5 (05) 5 (05).