electra.zip (1.8 KB)
v1.1.2
I’ll make an automatic script: script run electra clone plus the option to continue from the last id and enter the EM id…just cosmetic at the moment.
electra.zip (1.8 KB)
v1.1.2
I’ll make an automatic script: script run electra clone plus the option to continue from the last id and enter the EM id…just cosmetic at the moment.
v.1.1.9 Description fix
[electra.zip|atta
electra.zip (2.4 KB)
Only one command: script run electra -e (Fixed option -e)
v.1.1.10
I added cloning of the regular EM410x in the options plus graphical changes.
electra.zip (2.6 KB)
You know what would be cool… a script for cloning multiple EM IDs into “slots” based on carved up memory;
This is a cool hack but doing it is a pain. Would be awesome if you could make a script where you define memory block targets based on “slots” for 40 but IDs to clone into… so slot 1 would be the first ID, slot 2 the second etc.
Explain it to me based on: lf t 55 dump. Do you want to save the EM4102 ID in individual blocks from 1 to 7?
Something like this
[+] Page 0
[+] blk | hex data | binary | ascii
[+] ----±---------±---------------------------------±------
[+] 00 | 00148040 | 00000000000101001000000001000000 | …@
[+] 01 | FFA98F8C | 11111111101010011000111110001100 | …
[+] 02 | A2F6293A | 10100010111101100010100100111010 | …):
[+] 03 | FFA98F8C | 11111111101010011000111110001100 | …
[+] 04 | A2F6293A | 10100010111101100010100100111010 | …):
[+] 05 | FFA98F8C | 11111111101010011000111110001100 | …
[+] 06 | A2F6293A | 10100010111101100010100100111010 | …):
[+] 07 | 00000000 | 00000000000000000000000000000000 | …
block0---- em4102
1-2 ID
3-4 ID
5-6 ID
???
Cool stuff @Jeybee btw if you like, you can open a PR to iceman repo and add the script there. Therefore the whole community can benefit from your time investment.
I can do it, but I do not want to take credit for your work. If you like I can show you how this is done(the whole versioning control mumbo jumbo). it’s not a quantum mechanics at all. I will pm you later in the day when I am done with my work related stuff.
p.s. I am not a native english speaker
Okay so you cannot do a PR directly. You need to fork GitHub - RfidResearchGroup/proxmark3: Iceman Fork - Proxmark3
Then make the commit in master branch and commit in your fork. Then you can do a PR from your fork to the master branch of iceman. I found your issue which got closed
addressing New ELECTRA fob - em410x- original fob · Issue #2037 · RfidResearchGroup/proxmark3 · GitHub
I also did a repo to store the script and added you as contributor( feel free to use it)
GitHub - vasilpetrov/lf_electra: ELECTRA or EM410x fob cloning SCRIPT for Proxmark
I forked the iceman repo and I was about to do the PR myself but then I decided to see how this script actually work before I push anything. I found a bug there btw. I am on mac os and this string creates trouble
it’s part of the timer function here
local function timer(n)
while n > 0 do
io.write(">>>>> "..ac.yellow.. tonumber(n)..ac.reset.." seconds...\r")
--print("Sleeping for ".. tonumber(n) .." seconds...")
os.execute("ping -n 2 localhost > nul")
io.flush()
n = n-1
end
end
when I exec it vomits bunch of crap that mac os syntax is wrong
[usb] pm3 --> script run lf_electra
[+] executing lua lf_electra.lua
[+] args ''
------------------------------------------------------------------------------
------------------------------------------------------------------------------
-------------------------------------------------------------------------
ELECTRA or EM410x fob cloning SCRIPT
v1.1.14 01/08/2023 made by jareckib
Cloning new ELECTRA tags or EM410x to T5577 tag. This script changes
block 0. Additional data is written to block 3 and 4. The last
ELECTRA ID can be accessed through the option ---> "-c". For copy
directly from the original ELECTRA tag, ---> option "-e". For copy
from input, EM410X ID ---> option "-s". Next option for cloning simple
EM4102 ---> option "-m". If press <enter> it, which writes an ID.
If press <n> ---> exit the script.
------------------------------------------------------------------------
Usage
script run lf_electra.lua [-e] [-h] [-c] [-m] [-s <EM410x ID HEX number>]
Arguments
-h : this help
-c : continue cloning from last ID used
-s : ELECTRA - EM410x ID HEX number
-e : Read original ELECTRA from Proxmark3 device
-m : EM410x cloning
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
usage: ping [-AaDdfnoQqRrv] [-c count] [-G sweepmaxsize]
[-g sweepminsize] [-h sweepincrsize] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern]
[-S src_addr] [-s packetsize] [-t timeout][-W waittime]
[-z tos] host
ping [-AaDdfLnoQqRrv] [-c count] [-I iface] [-i wait]
[-l preload] [-M mask | time] [-m ttl] [-p pattern] [-S src_addr]
[-s packetsize] [-T ttl] [-t timeout] [-W waittime]
[-z tos] mcast-group
Apple specific options (to be specified before mcast-group or host like all options)
-b boundif # bind the socket to the interface
-k traffic_class # set traffic class socket option
-K net_service_type # set traffic class socket options
--apple-connect # call connect(2) in the socket
--apple-time # display current time
>>>>> 1 seconds...
Example usage
-------------------------------------------------------------------------------
--------------- cloning ELECTRA tag from input ID to T5577 tag ----------------
script run lf_electra -s 11AA22BB55
----------------- continue cloning from last cloned ELECTRA -------------------
script run lf_electra -c
---------------------- ELECTRA cloning from the original TAG -----------------
script run lf_electra -e
----------------------------- simple EM410x cloning ---------------------------
script run lf_electra -m
-------------------------------------------------------------------------------
[+] finished lf_electra
[usb] pm3 -->
my suggestion would be to use something like sleep instad of this ping
Here is a hint for you( thanks to openAI) which allows sleep implement in lua without a usage of external libs
function sleep2(seconds)
local start = os.time()
repeat until os.time() > start + seconds
end
it works just fine OR you can use your own sleep func which is
function sleep(n)
os.execute("sleep " .. tonumber(n))
end
tested both and both works just fine in the timer, like so
local function timer(n)
while n > 0 do
io.write(">>>>> "..ac.yellow.. tonumber(n)..ac.reset.." seconds...\r")
--print("Sleeping for ".. tonumber(n) .." seconds...")
sleep(2)
io.flush()
n = n-1
end
end
BUT since this will be run to all kind of os`es I would suggest using the lua internal mech instead of os.execute function.
Cheers
In case you want to ditch os.
you can do the following
-- Make sure you have the 'luasocket' library installed
-- You can install it using LuaRocks: `luarocks install luasocket`
local socket = require("socket")
function sleep(seconds)
socket.sleep(seconds)
end
-- Usage example:
print("Start")
sleep(2)
print("End")
but you wound need the luasocket library added in proxmark3/client/lualibs ( take it with a grain of salt, I did not tested it)
p.s. I’ve renamed your script to lf_electra.lua in order to comply with the naming convention of the rest of the scripts in client
how does the native command msleep work?
Having an implant in your body and trying to use the Proxmark3 can be a tricky balancing act of trying to hold the Proxmark3 antenna just so over your implant and then trying to hit Enter to initiate the command. But, there is a way to solve this by...
Reading time: 1 mins 🕑 Likes: 18 ❤
Funny because I used the same solution. But thanks for your help
--------------------------------------------sleep
local function sleep(n)
os.execute(“sleep " …tonumber(n))
end
----------------------------------------------time wait
local function timer(n)
while n > 0 do
io.write(”>>>>> “…ac.yellow… tonumber(n)…ac.reset…” seconds…\r")
sleep(1)
io.flush()
n = n-1
end
end
how does the native command msleep work?
I wanted to display the seconds.
corrected script LUA for not windows system…thanks a lot
Password in T5577 - a friend has a problem. Some passwords are dates - the question is whether they start with a year or a day. I could make a script - I’ll think about it.
Cool stuff, I see your commits incoming. Btw just a humble request, when you commit stuff could you please drop some more specific commit messages? Thanks
For the passwords, I think the flipper has such option, drop t5577 password, but I have no idea if this is a feature of proxmark. If not I would suggest to take a look at flipper zero 125kHz App code and then you can try to write the same in lua. Good luck!
Here it is:
Flipper Zero Unleashed Firmware. Contribute to DarkFlippers/unleashed-firmware development by creating an account on GitHub.
this should be the one you’re looking for
unleashed-firmware/applications/main/lfrfid/scenes/lfrfid_scene_clear_t5577.c
Ha, wtf, I never red this file before, now under some more closer inspection it looks that they try to brutefore the pass. Seems like I was hoping for some Magic…
This is what you need to do.
Okay so you cannot do a PR directly. You need to fork GitHub - RfidResearchGroup/proxmark3: Iceman Fork - Proxmark3
Then make the commit in master branch and commit in your fork. Then you can do a PR from your fork to the master branch of iceman. I found your issue which got closed
I suggest also to read more about how versioning control works in general. Such knowledge will help you a lot in a long run. Also it might help you people rejecting your requests because of various resons.
To become a contributor(being allowed to commit directly) I guess you should know iceman and prove your coding skills via various improvements to the project.