FIX: 14b sim changes in iso14443b.c , *experimental* I took some timing loops from "14a sim" armsrc/iso14443a.c and merged it into the "14b sim". Now using two pm3's I can have one simulating and the other reading and it works. Ask @pwpiwi if you want to know more of what those timing loops does. Something about waiting for the fpga delay queue...
... caused crash in data psknexwatchdemod if no samples were in the
graphbuffer.
also fixed hf mfu wrbl and rdbl to allow printing of help without a tag
being present.
This function allows the user to specify APDUs which are sent to a card
supporting the PACE protocol. The response times are measured and
printed.
The code was pulled from the old Google Code repository (branch "epa")
and modified to fit into the new code base.
- fix: IQ demodulator (FPGA)
- fix: approximately align reader signal delay to tag response delay (FPGA)
- fix: remove deprecated RSSI calculation to improve decoder speed (iso14443b.c)
- fix: better approximation of signal amplitude to avoid false carrier detection (iso14443b.c)
- fix: remove initial power off in iso14443b raw command (iso14443b.c)
- add: enable tracing for iso14443b raw command (iso14443b.c)
- fix: client crashed when checking CRC for incomplete responses (iso14433b.c)
- speeding up snoop to avoid circular buffer overflow
- added some comments for better documentation
- rename functions (iso14443 -> iso14443b)
- remove unused code in hi_read_rx_xcorr.v
cmddata.c: In function ‘Cmdmandecoderaw’:
cmddata.c:420:2: warning: format ‘%i’ expects argument of type ‘int *’, but argument 4 has type ‘size_t *’ [-Wformat=]
sscanf(Cmd, "%i %i", &invert, &maxErr);
^
cmdlfem4x.c: In function ‘CmdEM410xRead’:
cmdlfem4x.c:58:2: warning: format ‘%llx’ expects argument of type ‘long long unsigned int’, but argument 3 has type ‘uint64_t’ [-Wformat=]
sprintf(id, "%010llx",lo);
^
ADD: lua script test for using the reveng inside lua. *prove of concept*
it implements -h help
-d data in a hexstring
-w width of the crc family. (ie 16 gives all CRC-16 calculations.
it iterates thru all found crc presets in a crc family based on the width of crc. It calcs crc and the reverse crc.
