public int Control(int iPort, ushort wCommand, ref sr_h.sr_mult_rdout2 pvArg)
{
return(0);
}
//* <f> */
//*============================================================================
//*
//* function name: sr_get_data()
//*
//* purpose: check for shift register stopped, and if so read the data and
//* put it in the database run record.
//*
//* return value: SR_SUCCESS/SR_NOT_FINISHED/ZERO_COUNT_TIME/SR_TRY_AGAIN/FAIL
//*
//* special notes: if there is a failure, the shift register port is closed.
//*
//* revision history:
//*
//* date author revision
//* ---- ------ --------
//* 11/30/93 Bill Harker created
//*
//*============================================================================*/
public unsafe int sr_get_data(ref run_rec_ext run_ptr)
{
sr_h.sr_rdout rdout = new sr_h.sr_rdout(); /* sr scaler data */
sr_h.sr_mult_rdout mult_rdout; /* sr multiplicity data */
sr_h.sr_mult_rdout2 mult_rdout2; /* sr multiplicity data */
int bincount = sr_h.SR_MAX_MULT;
byte sr_status;
int status, mult_status;
ushort num_trys;
ushort i, j;
/* check for shift register stopped */
sr_status = 0;
status = SRLib.Control(dsid.SerialPort, sr_h.SR_GET_STATUS, ref sr_status);
if (status != sr_h.SR_SUCCESS)
{
status = sr_restart();
if (status == SUCCESS)
return (SR_TRY_AGAIN);
else
return (FAIL);
}
if ((sr_status & sr_h.SR_S_FAULT) != 0)
{
status = sr_restart();
if (status == SUCCESS)
return (SR_TRY_AGAIN);
else
return (FAIL);
}
if (((sr_status & sr_h.SR_S_TIMEOUT) == 0) && ((sr_status & sr_h.SR_S_STOPPED) == 0))
return (SR_NOT_FINISHED);
log.TraceEvent(LogLevels.Info, 0x4f32E, "Getting data from the shift register");
/* get a set of scaler data from the shift register */
num_trys = 0;
do
{
status = SRLib.Control(dsid.SerialPort, sr_h.SR_GET_RDOUT, ref rdout);
num_trys++;
} while ((status == sr_h.SR_TIMEOUT) && (num_trys <= SR_NUM_TRYS));
/* get a set of multiplicity data from the shift register */
if ((dsid.SRType == InstrType.MSR4A) ||
(dsid.SRType == InstrType.PSR) || AMSRFerSher)
{
mult_rdout = new sr_h.sr_mult_rdout(); /* sr multiplicity data */
num_trys = 0;
do
{
Thread.Sleep(100); /* allow windows system to execute */
mult_status = SRLib.Control(dsid.SerialPort, sr_h.SR_GET_MULT_RDOUT, ref mult_rdout);
num_trys++;
} while ((mult_status == sr_h.SR_TIMEOUT) && (num_trys <= SR_NUM_TRYS));
}
else if (JSR15orUNAPMasqueradingAsAMSR || dsid.SRType == InstrType.JSR15 || dsid.SRType == InstrType.UNAP)
{
bincount = sr_h.SR_MAX_MULT2;
mult_rdout2 = new sr_h.sr_mult_rdout2(); /* 512 sr multiplicity data */
num_trys = 0;
do
{
Thread.Sleep(100); /* allow windows system to execute */
mult_status = SRLib.Control(dsid.SerialPort, sr_h.SR_GET_MULT_RDOUT2, ref mult_rdout2);
num_trys++;
} while ((mult_status == sr_h.SR_TIMEOUT) && (num_trys <= SR_NUM_TRYS));
}
else
{
mult_rdout = new sr_h.sr_mult_rdout();
mult_status = sr_h.SR_SUCCESS;
mult_rdout.n = bincount;
for (j = 0; j < bincount; j++)
{
mult_rdout.rpa[j] = 0;
mult_rdout.a[j] = 0;
}
}
if ((status != sr_h.SR_SUCCESS) || (mult_status != sr_h.SR_SUCCESS))
{
status = sr_restart();
if (status == SUCCESS)
return (SR_TRY_AGAIN);
else
return (FAIL);
}
else if (rdout.time <= 0)
{
return (ZERO_COUNT_TIME);
}
/* read high voltage */
if (dsid.SRType == InstrType.JSR12)
{
SRLib.Ioctl(dsid.SerialPort, sr_h.SR_JSR12_GET_HV,
ref run_ptr.run_high_voltage);
}
else if ((dsid.SRType == InstrType.PSR) ||
(dsid.SRType == InstrType.AMSR) || (dsid.SRType == InstrType.UNAP))
{
SRLib.Ioctl(dsid.SerialPort, sr_h.SR_PSR_GET_HV,
ref run_ptr.run_high_voltage);
}
else if (dsid.SRType == InstrType.JSR15) // HHMR
{
SRLib.Ioctl(dsid.SerialPort, sr_h.SR_HHMR_GET_HV,
ref run_ptr.run_high_voltage);
}
else if (dsid.SRType == InstrType.DGSR)
{
SRLib.Ioctl(dsid.SerialPort, sr_h.SR_DGSR_GET_HV,
ref run_ptr.run_high_voltage);
}
else
{
run_ptr.run_high_voltage = 0.0;
}
/* put shift register data in run record */
/* use current date and time */
string dt = String.Empty;
int x = NCCTransfer.INCC.Gen32.gen_date_time(NCCTransfer.INCC.Gen32.GEN_DTF_IAEA, ref dt);
//gen_date_time (GEN_DTF_IAEA, &string_addr);
//strcpy (run_date_time_string, string_addr);
Byte[] dtba = Encoding.ASCII.GetBytes(dt);
fixed (byte* rd = run_ptr.run_date,
rt = run_ptr.run_time,
tst = run_ptr.run_tests)
{
TransferUtils.Copy(dtba, 0, rd, 0, INCC.DATE_TIME_LENGTH);
TransferUtils.Copy(dtba, 9, rt, 0, INCC.DATE_TIME_LENGTH); // ? index?
TransferUtils.PassPack(tst);
run_ptr.run_count_time = rdout.time;
run_ptr.run_singles = rdout.totals;
run_ptr.run_scaler1 = rdout.totals2;
run_ptr.run_scaler2 = rdout.totals3;
run_ptr.run_reals_plus_acc = rdout.rpa;
if (dsid.SRType == InstrType.DGSR) // todo: gate_length2, but no-one will ever need it
{
run_ptr.run_acc = rdout.a * (sr_parms.gateLengthMS / sr_parms.gateLengthMS);
// sr_parms.gate_length2);
}
else
{
run_ptr.run_acc = rdout.a;
}
fixed (double* RA = run_ptr.run_mult_reals_plus_acc, A = run_ptr.run_mult_acc)
{
for (i = 0; i < bincount; i++)
{
if (bincount == sr_h.SR_MAX_MULT)
{
RA[i] = mult_rdout.rpa[i];
A[i] = mult_rdout.a[i];
}
else if (bincount == sr_h.SR_MAX_MULT2)
{
RA[i] = mult_rdout2.rpa[i];
A[i] = mult_rdout2.a[i];
}
}
}
}
return (sr_h.SR_SUCCESS);
}
//* <f> */
//*============================================================================
//*
//* function name: sr_get_data()
//*
//* purpose: check for shift register stopped, and if so read the data and
//* put it in the database run record.
//*
//* return value: SR_SUCCESS/SR_NOT_FINISHED/ZERO_COUNT_TIME/SR_TRY_AGAIN/FAIL
//*
//* special notes: if there is a failure, the shift register port is closed.
//*
//* revision history:
//*
//* date author revision
//* ---- ------ --------
//* 11/30/93 Bill Harker created
//*
//*============================================================================*/
public unsafe int sr_get_data(ref run_rec_ext run_ptr)
{
sr_h.sr_rdout rdout = new sr_h.sr_rdout(); /* sr scaler data */
sr_h.sr_mult_rdout mult_rdout; /* sr multiplicity data */
sr_h.sr_mult_rdout2 mult_rdout2; /* sr multiplicity data */
int bincount = sr_h.SR_MAX_MULT;
byte sr_status;
int status, mult_status;
ushort num_trys;
ushort i, j;
/* check for shift register stopped */
sr_status = 0;
status = SRLib.Control(dsid.SerialPort, sr_h.SR_GET_STATUS, ref sr_status);
if (status != sr_h.SR_SUCCESS)
{
status = sr_restart();
if (status == SUCCESS)
{
return(SR_TRY_AGAIN);
}
else
{
return(FAIL);
}
}
if ((sr_status & sr_h.SR_S_FAULT) != 0)
{
status = sr_restart();
if (status == SUCCESS)
{
return(SR_TRY_AGAIN);
}
else
{
return(FAIL);
}
}
if (((sr_status & sr_h.SR_S_TIMEOUT) == 0) && ((sr_status & sr_h.SR_S_STOPPED) == 0))
{
return(SR_NOT_FINISHED);
}
log.TraceEvent(LogLevels.Info, 0x4f32E, "Getting data from the shift register");
/* get a set of scaler data from the shift register */
num_trys = 0;
do
{
status = SRLib.Control(dsid.SerialPort, sr_h.SR_GET_RDOUT, ref rdout);
num_trys++;
} while ((status == sr_h.SR_TIMEOUT) && (num_trys <= SR_NUM_TRYS));
/* get a set of multiplicity data from the shift register */
if ((dsid.SRType == InstrType.MSR4A) ||
(dsid.SRType == InstrType.PSR) || AMSRFerSher)
{
mult_rdout = new sr_h.sr_mult_rdout(); /* sr multiplicity data */
num_trys = 0;
do
{
Thread.Sleep(100); /* allow windows system to execute */
mult_status = SRLib.Control(dsid.SerialPort, sr_h.SR_GET_MULT_RDOUT, ref mult_rdout);
num_trys++;
} while ((mult_status == sr_h.SR_TIMEOUT) && (num_trys <= SR_NUM_TRYS));
}
else if (JSR15orUNAPMasqueradingAsAMSR || dsid.SRType == InstrType.JSR15 || dsid.SRType == InstrType.UNAP)
{
bincount = sr_h.SR_MAX_MULT2;
mult_rdout2 = new sr_h.sr_mult_rdout2(); /* 512 sr multiplicity data */
num_trys = 0;
do
{
Thread.Sleep(100); /* allow windows system to execute */
mult_status = SRLib.Control(dsid.SerialPort, sr_h.SR_GET_MULT_RDOUT2, ref mult_rdout2);
num_trys++;
} while ((mult_status == sr_h.SR_TIMEOUT) && (num_trys <= SR_NUM_TRYS));
}
else
{
mult_rdout = new sr_h.sr_mult_rdout();
mult_status = sr_h.SR_SUCCESS;
mult_rdout.n = bincount;
for (j = 0; j < bincount; j++)
{
mult_rdout.rpa[j] = 0;
mult_rdout.a[j] = 0;
}
}
if ((status != sr_h.SR_SUCCESS) || (mult_status != sr_h.SR_SUCCESS))
{
status = sr_restart();
if (status == SUCCESS)
{
return(SR_TRY_AGAIN);
}
else
{
return(FAIL);
}
}
else if (rdout.time <= 0)
{
return(ZERO_COUNT_TIME);
}
/* read high voltage */
if (dsid.SRType == InstrType.JSR12)
{
SRLib.Ioctl(dsid.SerialPort, sr_h.SR_JSR12_GET_HV,
ref run_ptr.run_high_voltage);
}
else if ((dsid.SRType == InstrType.PSR) ||
(dsid.SRType == InstrType.AMSR) || (dsid.SRType == InstrType.UNAP))
{
SRLib.Ioctl(dsid.SerialPort, sr_h.SR_PSR_GET_HV,
ref run_ptr.run_high_voltage);
}
else if (dsid.SRType == InstrType.JSR15) // HHMR
{
SRLib.Ioctl(dsid.SerialPort, sr_h.SR_HHMR_GET_HV,
ref run_ptr.run_high_voltage);
}
else if (dsid.SRType == InstrType.DGSR)
{
SRLib.Ioctl(dsid.SerialPort, sr_h.SR_DGSR_GET_HV,
ref run_ptr.run_high_voltage);
}
else
{
run_ptr.run_high_voltage = 0.0;
}
/* put shift register data in run record */
/* use current date and time */
string dt = String.Empty;
int x = NCCTransfer.INCC.Gen32.gen_date_time(NCCTransfer.INCC.Gen32.GEN_DTF_IAEA, ref dt);
//gen_date_time (GEN_DTF_IAEA, &string_addr);
//strcpy (run_date_time_string, string_addr);
Byte[] dtba = Encoding.ASCII.GetBytes(dt);
fixed(byte *rd = run_ptr.run_date,
rt = run_ptr.run_time,
tst = run_ptr.run_tests)
{
TransferUtils.Copy(dtba, 0, rd, 0, INCC.DATE_TIME_LENGTH);
TransferUtils.Copy(dtba, 9, rt, 0, INCC.DATE_TIME_LENGTH); // ? index?
TransferUtils.PassPack(tst);
run_ptr.run_count_time = rdout.time;
run_ptr.run_singles = rdout.totals;
run_ptr.run_scaler1 = rdout.totals2;
run_ptr.run_scaler2 = rdout.totals3;
run_ptr.run_reals_plus_acc = rdout.rpa;
if (dsid.SRType == InstrType.DGSR) // todo: gate_length2, but no-one will ever need it
{
run_ptr.run_acc = rdout.a * (sr_parms.gateLengthMS / sr_parms.gateLengthMS);
// sr_parms.gate_length2);
}
else
{
run_ptr.run_acc = rdout.a;
}
fixed(double *RA = run_ptr.run_mult_reals_plus_acc, A = run_ptr.run_mult_acc)
{
for (i = 0; i < bincount; i++)
{
if (bincount == sr_h.SR_MAX_MULT)
{
RA[i] = mult_rdout.rpa[i];
A[i] = mult_rdout.a[i];
}
else if (bincount == sr_h.SR_MAX_MULT2)
{
RA[i] = mult_rdout2.rpa[i];
A[i] = mult_rdout2.a[i];
}
}
}
}
return(sr_h.SR_SUCCESS);
}