public static Pir GetMatchingPir(this Prr prr)
{
return(prr.Before()
.OfExactType <Pir>()
.Where(r => r.HeadNumber == prr.HeadNumber && r.SiteNumber == prr.SiteNumber)
.LastOrDefault());
}
public void TestPrr()
{
var prr = new Prr
{
HeadNumber = 1,
SiteNumber = 1,
};
TestRoundTripEquality(prr);
prr.PartFix = new byte[] { 1, 2, 3 };
TestRoundTripEquality(prr);
}
public IEnumerable <StdfRecord> GetChildRecords(Prr prr)
{
prr.StdfFile.GetRecordsEnumerable().Any();
var partExtents = _PartsMap.GetExtents(prr);
return(GetRecordsInExtents(partExtents)
.SkipWhile(r => r.GetType() == typeof(Pir))
.OfType <IHeadSiteIndexable>()
.Where(r => r.HeadNumber == prr.HeadNumber && r.SiteNumber == prr.SiteNumber)
.TakeWhile(r => r.GetType() != typeof(Prr))
.Cast <StdfRecord>());
}
public Pir GetMatchingPir(Prr prr)
{
prr.StdfFile.GetRecordsEnumerable().Any();
var partExtents = _PartsMap.GetExtents(prr);
if (partExtents == null)
{
return(null);
}
return((from p in GetRecordsInExtents(partExtents)
.Select(p => p as Pir)
.TakeWhile(p => p != null)
where p.HeadNumber == prr.HeadNumber &&
p.SiteNumber == prr.SiteNumber
select p).FirstOrDefault());
}
private void WritePrr(PartResult partResult)
{
Prr prr = new Prr();
prr.HEAD_NUM = 1;
prr.RecordHeader.REC_LEN += 1;
prr.SITE_NUM = partResult.SiteNumber;
prr.RecordHeader.REC_LEN += 1;
prr.PART_FLG = partResult.isSuccess ? (byte)0x00 : (byte)0x80;//0x00:pass; 0x80:fail
prr.RecordHeader.REC_LEN += 1;
prr.NUM_TEST = partResult.NumberOfTests;
prr.RecordHeader.REC_LEN += 2;
prr.HARD_BIN = partResult.HardBin.BinNum;
prr.RecordHeader.REC_LEN += 2;
prr.SOFT_BIN = partResult.SoftBin.BinNum;
prr.TEST_T = (uint)partResult.Duration;
prr.PART_ID = partResult.PartID.ToString();
prr.RecordHeader.REC_LEN += (ushort)(prr.PART_ID.Length);
prr.RecordHeader.REC_LEN += (prr.PART_FIX == null) ? (ushort)1 : (ushort)prr.PART_FIX.Length;
sfw.WriteRecord(prr);
}
public ChipInfo(Prr prr, int idAll)
{
this.Site = prr.SiteNumber;
this.TestTime = prr.TestTime;
this.HardBin = prr.HardBin;
this.SoftBin = prr.SoftBin;
this.PartId = prr.PartId;
this.WaferCord = new CordType(prr.XCoordinate, prr.YCoordinate);
if (prr.SupersedesPartId)
{
this.ChipType = DeviceType.RT_ID;
}
else if (prr.SupersedesCoords)
{
this.ChipType = DeviceType.RT_Cord;
}
else
{
this.ChipType = DeviceType.Fresh;
}
if (prr.AbnormalTest)
{
this.Result = ResultType.Abort;
}
else
{
if (prr.Failed.HasValue)
{
this.Result = (bool)prr.Failed ? ResultType.Fail : ResultType.Pass;
}
else
{
this.Result = ResultType.Null;
}
}
this.InternalId = idAll;
}
/// <summary>
/// Gets the records associated with this prr
/// </summary>
/// <param name="prr">The <see cref="Prr"/> representing the part</param>
/// <returns>The records associated with the part (between the <see cref="Pir"/>
/// and <see cref="Prr"/> and sharing the same head/site information.</returns>
public static IEnumerable <StdfRecord> GetChildRecords(this Prr prr)
{
return(prr.GetMatchingPir().GetChildRecords());
}