public JsonResult GetVcselScreenHistory()
{
var wf = Request.Form["wf"];
var x = Request.Form["x"];
var y = Request.Form["y"];
if (x.Length > 0)
{
x = UT.O2I(x).ToString();
}
if (y.Length > 0)
{
y = UT.O2I(y).ToString();
}
var hisdata = ProbeTestData.GetQueryHistory(wf, x, y);
var ret = new JsonResult();
ret.MaxJsonLength = Int32.MaxValue;
ret.Data = new
{
hisdata = hisdata
};
return(ret);
}
public JsonResult PrepareApertureSizeData()
{
var marks = Request.Form["marks"];
List <string> wflist = (List <string>)Newtonsoft.Json.JsonConvert.DeserializeObject(marks, (new List <string>()).GetType());
var aplist = new List <object>();
foreach (var wf in wflist)
{
var stat = ProbeTestData.PrepareWaferAPSizeData(wf);
aplist.Add(new
{
wf = wf,
stat = stat
});
}
var ret = new JsonResult();
ret.MaxJsonLength = Int32.MaxValue;
ret.Data = new
{
aplist = aplist
};
return(ret);
}
public JsonResult VcselScreenWafer()
{
var wflist = ProbeTestData.WaferList();
var ret = new JsonResult();
ret.MaxJsonLength = Int32.MaxValue;
ret.Data = new
{
wflist = wflist
};
return(ret);
}
public JsonResult VcselScreenData()
{
string IP = Request.UserHostName;
string compName = DetermineCompName(IP);
var wf = Request.Form["wf"].Trim();
var x = UT.O2I(Request.Form["x"]).ToString();
var y = UT.O2I(Request.Form["y"]).ToString();
var rest = "";
if (wf.Length != 9 || !wf.Contains("-"))
{
rest = "<span style='color:red'>WAFER NUMBER WRONG</span>";
var ret1 = new JsonResult();
ret1.MaxJsonLength = Int32.MaxValue;
ret1.Data = new
{
wf = wf,
x = "X: " + x,
y = "Y: " + y,
ar = "Array: ",
ap = "AP: ",
rest = rest
};
return(ret1);
}
var xlist = new List <int>();
var probe = ProbeTestData.GetApSizeByWafer(wf, x, y);
if (string.IsNullOrEmpty(probe.ApSize))
{
if (ProbeTestData.HasData(wf))
{
rest = "<span style='color:red'>NO DATA</span>";
}
else
{
rest = "<span style='color:red'>" + ProbeTestData.PrepareWaferAPSizeData(wf) + "</span>";
}
}
else
{
var aps = UT.O2D(probe.ApSize);
if (aps > 6.5)
{
var array = UT.O2I(probe.APVal1);
if (array > 1)
{
var idx = (UT.O2I(x) - 1) / array;
var firstx = idx * array + 1;
xlist.Add(firstx);
for (var i = 1; i < array; i++)
{
xlist.Add(firstx + i);
}
var matchfail = false;
foreach (var tempx in xlist)
{
probe = ProbeTestData.GetApSizeByWafer(wf, tempx.ToString(), y);
if (!string.IsNullOrEmpty(probe.ApSize) && UT.O2D(probe.ApSize) <= 6.5)
{
matchfail = true;
break;
}
}
if (matchfail)
{
rest = "<span style='color:red'>FAIL</span>";
}
else
{
rest = "<span style='color:green'>PASS</span>";
}
}
else
{
rest = "<span style='color:green'>PASS</span>";
}
}
else
{
rest = "<span style='color:red'>FAIL</span>";
}
}
ProbeTestData.UpdateQueryHistory(wf, x, y, compName, rest);
foreach (var tmpx in xlist)
{
ProbeTestData.UpdateQueryHistory(wf, tmpx.ToString(), y, compName, rest);
}
var ret = new JsonResult();
ret.MaxJsonLength = Int32.MaxValue;
ret.Data = new
{
wf = wf,
x = "X: " + x,
y = "Y: " + y,
ar = "Array: 1x" + probe.APVal1,
ap = "AP: " + probe.ApSize,
rest = rest
};
return(ret);
}
