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- List of built-in command that can be activated with do:
-
- inject:
- Sends the packet in the file refered by the variable "infile". If
- "filleth" is defined then the ethernet from field is filled
- by the current ethernet from address. The same for "fillethto".
-
- injectip:
- Sends the packet in the file refered by the variable "infile". If
- "filleth" is defined then the ethernet from field is filled by the
- current ethernet from adress. The same for "fillethto". If the
- variable "fillipfrom" is defined then the value of "myip" is
- set instead of the "From IP" in the original packet. If the
- variable "fillipto" is defined then the value of the "toip" is
- set instead of the "To IP" in the original packet. If the
- variable "portto" is set then the destination port of the packet
- is changed to the value of "portto". If the variable "portfrom" is
- set then the source port of the packet is changed to the value of
- "portfrom". The port modifications applies only to TCPIP or UDPIP
- packets. Of course after all these changes all the checksums are
- recalculated where needed.
-
- rawlog:
- Starts raw logging to file raw.log until a key is pressed.
-
- getarp:
- Generates an ARP request for the IP adress defined by the variable
- "arpip" and stores the HW adress from the reply (of course if
- there has been a reply in a short time) into the current ethernet
- FROM adress. If the variable "myarpip" is defined then the arp
- requested will be made as from the IP defined by the "myarpip"
- value.
-
- getarpto:
- Generates an ARP request for the IP adress defined by the variable
- "arpip" and stores the HW adress from the reply (of course if
- there has been a reply in a short time) into the current ethernet
- TO adress. If the variable "myarpip" is defined then the arp
- requested will be made as from the IP defined by the "myarpip"
- value.
-
- flood:
- Sends the packet in the file refered by the variable "infile" for
- an amount of time that is defined in the variable "pktnumber".
-
- synflood:
- This is a more complex example of flooding. Infact this will try
- to flood the server specified by the variable "synip" (ex. set
- synip 192.166.123.2) sending TCP request to start a connection
- (SYNs) from host port specified by the variable "synportfrom" to
- the host port specified by the variable "synportto" (ex. if you
- set synportfrom to 5 and synportto to 15 it will send requests to
- start a TCP connections to all the ports from 5 to 15). The number
- of SYN packets that will be sent is defined by the variable
- "synpkt" (ex. set synpkt 20 will sent 20 packets to each port from
- the synportfrom to the synportto). This functionw will also
- provide to change randomly the source port and the source IP.
- Remember that TCP packets in an ethernet network MUST have the
- real destination hardware adress (or the gateway hardware adress
- if you would like to go from your local network).
-
-