"SIMtrace 2 compatible device" is pretty generic. Let's have the
actual board name inside the string descriptors, giving a more
user friendly experience in case users are issuing 'lsusb' and the
like.
Change-Id: Ibcc338b504bd2a1605e31d7f5eadb7161f547c6a
This string dates back to some very early naming; let's reflect how
we have been calling this in reality for quite some time now.
Change-Id: I5a7497188385706a1e924784073c619fa9bfdd60
There have been tons of format-string related bugs in our code which
we never discovered due to disabling -Wformat. Let's fix that.
Change-Id: I5ec466361bcc526fac1f4897673264ee5af3458b
The red and green LEDs are now used as follows:
- red on = power (firmware is running)
- red blink = error detected (e.g. during ISO-7816 parsing)
- green on = running (sniffer mode is running)
- green blink = activity (e.g. USB message sent)
Change-Id: Ib1b6ff87fb92d6ed3ecae4bc89386206aaab508e
Use USART 0 connected to the SIM card side to sniff the communication.
The card side can also measure ETU times.
Do proper pin initialization.
This code can already capture the ATR communication between phone and card.
Change-Id: I0597ec723cb2225540c89c3821b91d8a45adfcd6
because the applications share the board capabilities defined in
libboard/*/include/board.h and USB configurations are enabled according
to the previously defined capabilities in libcommon/source.usb.c, all
applications actually offer the same functions.
thus creating the trace application is only mainly a cosmetic change, as the
sniffer function will also be present and enabled in the cardem application.
Change-Id: I24b3500a0905cbd622507722280b3c7e7f188bde
