osmo-ttcn3-hacks/ccid/CCID_Tests.ttcn

module CCID_Tests {

import from General_Types all;
import from Osmocom_Types all;
import from Misc_Helpers all;

import from USB_PortType all;

import from CCID_Types all;
import from CCID_Templates all;
import from CCID_Emulation all;

/* global test component; manages CCID device */
type component Test_CT {
	var CCID_Emulation_CT vc_CCID;
	port USB_PT USB;
	var Slot_CT vc_SLOT[NR_SLOTS];
};

/* per-slot test component; manages one slot */
type component Slot_CT {
	var uint8_t g_slot_nr;
	port CCID_SLOT_PT CCID;
	timer g_Tguard := 10.0;
};

private const integer NR_SLOTS := 4;

/***********************************************************************
 * helper infrastructure
 ***********************************************************************/

type function void_fn() runs on Slot_CT;

/* altstep running on the per-slot test component */
private altstep as_Tguard() runs on Slot_CT {
	[] g_Tguard.timeout {
		Misc_Helpers.f_shutdown(__BFILE__, __LINE__, fail, "Tguard timeout");
		}
}

/* first function inside Slot_CT; wait for CCID_EVENT_UP + call testcase-specific function */
private function f_handler_init(void_fn fn, integer slot_nr) runs on Slot_CT {
	g_slot_nr := slot_nr;
	CCID.receive(CCID_Emulation_Event:{up_down:=CCID_EVENT_UP});
	g_Tguard.start;
	activate(as_Tguard());

	fn.apply();
}

/* start a single slot handler */
private function f_start_handler(void_fn fn, integer slot_nr) runs on Test_CT
{
	var Slot_CT vc;

	vc_SLOT[slot_nr] := Slot_CT.create("Slot" & int2str(slot_nr));
	connect(vc_SLOT[slot_nr]:CCID, vc_CCID:SLOT[slot_nr]);
	vc_SLOT[slot_nr].start(f_handler_init(fn, slot_nr));
}

private function f_wait_handlers_complete() runs on Test_CT {
	var integer i;

	for (i := 0; i < NR_SLOTS; i := i+1) {
		if (vc_SLOT[i] != null) {
			vc_SLOT[i].done;
		}
	}
	setverdict(pass);
}

private function f_start_and_wait() runs on Test_CT {
	/* start CCID_Emulation last, it will trigger all the per-slot components */
        vc_CCID.start(CCID_Emulation.main());
	f_wait_handlers_complete();
}

private function f_init() runs on Test_CT {
	var integer i;
	vc_CCID := CCID_Emulation_CT.create("CCID");
	map(vc_CCID:USB, system:USB);
	for (i := 0; i < NR_SLOTS; i := i+1) {
		vc_SLOT[i] := null;
	}
}

private function f_power_on(CCID_PowerSelect psel := CCID_PWRSEL_AUTO) runs on Slot_CT {
	CCID.send(ts_CCID_IccPowerOn(g_slot_nr, psel));
	CCID.receive(tr_CCID_DataBlock(g_slot_nr));
}

private function f_xceive(octetstring tx, template octetstring rx) runs on Slot_CT return octetstring {
	var CCID_PDU pdu;

	CCID.send(ts_CCID_XfrBlock(g_slot_nr, tx, 0));
	alt {
	[] CCID.receive(tr_CCID_DataBlock(g_slot_nr, ?, rx)) -> value pdu {
		return pdu.u.DataBlock.abData;
		}
	[] CCID.receive(tr_CCID_DataBlock(g_slot_nr, ?, ?)) -> value pdu {
		setverdict(fail, "Received unexpected DataBlock ", pdu);
		self.stop;
		}
	[] CCID.receive(CCID_PDU:?) -> value pdu {
		setverdict(fail, "Received unexpected CCID ", pdu);
		self.stop;
		}
	}
	return ''O;
}


/***********************************************************************
 * actual test cases
 ***********************************************************************/


/* request 100 times the slot status */
private function f_TC_getstatus() runs on Slot_CT
{
	var integer i;
	for (i := 0; i < 100; i := i+1) {
		CCID.send(ts_CCID_GetSlotStatus(g_slot_nr));
		/* it would be fun to simply send more requests here, but the CCID
		 * spec doesn't permit more than one unresponded command [per slot] */
		alt {
		[] CCID.receive(tr_CCID_SlotStatus(g_slot_nr));
		[] CCID.receive {
			setverdict(fail, "Unexpected data from device");
			}
		}
	}
	setverdict(pass);
}
testcase TC_get_status() runs on Test_CT
{
	var integer i;

	f_init();

	for (i := 0; i < NR_SLOTS; i := i+1) {
		f_start_handler(refers(f_TC_getstatus), i);
	}

	f_start_and_wait();
}


private function f_TC_power_on() runs on Slot_CT
{
	f_power_on();
}
testcase TC_power_on() runs on Test_CT
{
	var integer i;

	f_init();

	for (i := 0; i < NR_SLOTS; i := i+1) {
		f_start_handler(refers(f_TC_power_on), i);
	}

	f_start_and_wait();
}

private function f_TC_select_mf() runs on Slot_CT
{
	var integer i;
	f_power_on();
	for (i := 0; i < 10000; i := i+1) {
		f_xceive('00a40004023f00'O, ?);
	}
}
testcase TC_select_mf() runs on Test_CT
{
	var integer i;

	f_init();

	for (i := 0; i < NR_SLOTS; i := i+1) {
		f_start_handler(refers(f_TC_select_mf), i);
	}

	f_start_and_wait();
}



control {
	execute( TC_get_status() );
	execute( TC_power_on() );
	execute( TC_select_mf() );
}




}