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wireless_resources/yardstick_one_rfcat.md
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@ -8,18 +8,18 @@ As we covered in the Wireless Hacking video course, the Yardstick One is a very
## RFcat ## RFcat
* RFcat website: https://bitbucket.org/atlas0fd00m/rfcat * RFcat website: https://bitbucket.org/atlas0fd00m/rfcat
The following are several useful RFcat commands:
* d._debug = 1 – dumps debug messages to the screen The following are several useful RFcat commands:
* d.debug() - prints state information every second * `d._debug = 1` – dumps debug messages to the screen
* d.discover() - listens for specific SYNCWORDS * `d.debug()` - prints state information every second
* d.lowball() - disables most “filters” to see more packets * `d.discover()` - listens for specific SYNCWORDS
* d.lowballRestore() - restores the configuration before calling lowball() * `d.lowball()` - disables most “filters” to see more packets
* d.RFlisten() - listens for signals and dumps data to the screen * `d.lowballRestore()` - restores the configuration before calling lowball()
* d.RFcapture() - dumps data to screen, returns list of packets * `d.RFlisten()` - listens for signals and dumps data to the screen
* d.scan() - scan a configurable frequency range for “stuff” * `d.RFcapture()` - dumps data to screen, returns list of packets
* d.setChannel() - sets the channel to be used * `d.scan()` - scans a configurable frequency range
* d.setFHSSstate() - sets the FHSS state to be used * `d.setChannel()` - sets the channel to be used
* d.setFreq() - sets the frequency to be used * `d.setFHSSstate()` - sets the FHSS state to be used
* d.specan() - a spectrum analyzer * `d.setFreq()` - sets the frequency to be used
* print d.reprRadioConfig() - print pretty config infoz * `d.specan()` - a spectrum analyzer
* `print d.reprRadioConfig()` - prints the radio configuration details