dev_test_state HVS_B0307::Test(void)
{
dev_test_state dt = dev_test_to_intermediate( Base::Test() );
int rc=AF(afClearLAM);
if (dt!=DEV_TEST_OK) return dt;
if (rc&CAMAC_CC_ERRORS) return dfcamac_rc2test(rc);
if( (dt=dfcamac_rc2test(SetVoltage(0)|AF(afOff)))!=DEV_TEST_OK ) return dt;
bool on;
if( (dt=dfcamac_rc2test(AF(afOn)|ReadState(&on)))!=DEV_TEST_OK ) return dt;
if ( !on )
{
printf("%s: Test error: Channel 0 unable to turn on \n", Type);
return DEV_TEST_BROKEN;
}
if( (dt=dfcamac_rc2test(AF(afOff)|ReadState(&on)))!=DEV_TEST_OK ) return dt;
if ( on )
{
printf("%s: Test error: Channel 0 unable to turn off \n", Type);
return DEV_TEST_BROKEN;
}
for(__u8 shift=0; shift<nVoltageBits; shift++)
{
__u16 w, r;
w = 1<<shift;
if( (dt=dfcamac_rc2test(AF(afWrite,&w)))!=DEV_TEST_OK ) return dt;
if( (dt=dfcamac_rc2test(ReadVoltage(&r)))!=DEV_TEST_OK) return dt;
if (w!=r)
{
printf("%s: Test error: Channel 0 W=%2d R=%2d\n", Type, w, r);
return DEV_TEST_BROKEN;
}
}
if( (dt=dfcamac_rc2test(SetVoltage(0)|AF(afOn)))!=DEV_TEST_OK ) return dt;
rc = AF(afCheckLAM);
if ( rc & (CAMAC_CC_ERRORS & ~CAMAC_CC_NOT_Q) )
return dfcamac_rc2test(rc & ~CAMAC_CC_NOT_Q);
if ( !(rc & CAMAC_CC_NOT_Q) )
return DEV_TEST_BROKEN;
return DEV_TEST_OK;
}
void AbstractCardiacCell::ComputeExceptVoltage(double tStart, double tEnd)
{
double saved_voltage = GetVoltage();
SetVoltageDerivativeToZero(true);
mpOdeSolver->SolveAndUpdateStateVariable(this, tStart, tEnd, mDt);
SetVoltageDerivativeToZero(false);
SetVoltage(saved_voltage); // In case of naughty models
#ifndef NDEBUG
// Note that tests which rely on this throwing (e.g. such-and-such a variable is out of range)
// ought to be annotated with the NDEBUG macro
VerifyStateVariables();
#endif // NDEBUG
}
static int dvbfe_set_voltage(struct dvb_frontend *fe, fe_sec_voltage_t arg)
{
DECLARE_DEV;
DBG_fCDVBFE("calling \n");
return SetVoltage(p->context, arg);
}
TVoltageOutputModule::TVoltageOutputModule( TBoard *b ) :
TOutputModule( b )
{
SetVoltage( 0 );
}
