protected void gvGradingFactors1_RowDataBound(object sender, GridViewRowEventArgs e)
{
GradingResultControlNew grc = ((GradingResultControlNew)e.Row.FindControl("ResultInputControl"));
Label type = ((Label)e.Row.FindControl("lblType"));
Label possibleValues = ((Label)e.Row.FindControl("lblPossibleValues"));
Label result = ((Label)e.Row.FindControl("lblResult"));
if (grc != null && type != null)
{
grc.setType(type.Text, possibleValues.Text, result.Text);
}
}
private GradingModel SetGrading()
{
Boolean Isnormaldeposit = true;
if (RdBtndeposit.Checked != true)
{
Isnormaldeposit = false;
}
int gradingResultStatus = ((Dictionary <string, int>)ViewState["FGs"])[drpCommodityFactorGroup.SelectedValue];
//eg. General Requirement Fail Sesame status = 3
GradingModel gm = new GradingModel();
gm.ID = new Guid(ViewState["GradingResultID"].ToString()); // new Guid(ViewState[GradingConstants.GradingID.ToString()].ToString());
Guid gFGID = new Guid(drpCommodityFactorGroup.SelectedValue);
gm.GradingResultStatusID = gradingResultStatus;
gm.GradingFactorGroupID = gFGID;
if ((int)GradingResultStatus.AcceptableResult == gradingResultStatus)//for moisture fail
{
gm.GradingFactorGroupID = gFGID;
gm.GradingResultStatusID = (int)GradingResultStatus.AcceptableResult;
gm.TotalValue = 0;
gm.GradeRecived = drpGrade.SelectedItem.Text;
gm.ProductionYear = int.Parse(drpProductionYear.Text);
gm.CommodityClassID = new Guid(drpCommodityClass.SelectedValue);
gm.Isnormaldeposit = Isnormaldeposit;
}
gm.NumberofSeparations = 1;/*By default the separation(segrigation) number is one*/
gm.GradeRecivedDateTime = DateTime.Parse(txtDateRecived.Text + " " + txtTimeRecived.Text);
gm.ResultCreatedBy = BLL.UserBLL.CurrentUser.UserId;
gm.LastModifiedBy = BLL.UserBLL.CurrentUser.UserId;
GradingDetail gd;
decimal gradingValue = 0;
//bool ValueForsemi_wased =false;
//bool ValueForUnderScreen =false;
int?classificationNo = 1;
ViewState["ClassificatonMsg"] = null;
foreach (GridViewRow gr in gvGradingFactors1.Rows)
{
GradingResultControlNew grc = ((GradingResultControlNew)gr.FindControl("ResultInputControl"));
if (!grc.validate())
{
Messages1.SetMessage("The grading factor '" + ((Label)gr.FindControl("lblGradingFactorName")).Text + "' has invalid Value! " +
grc.errorMessage,
Messages.MessageType.Error);
return(null);
}
gd = new GradingDetail(gm);
gd.ID = Guid.NewGuid();
gd.GradingsID = gm.ID;
gd.GradingFactorID = new Guid(((Label)gr.FindControl("lblId")).Text);
gd.ReceivedValue = grc.Value;
gd.Status = 1;
gm.addGradingDetail(gd);
TextBox isInTotal = ((TextBox)gr.FindControl("txtIsInTotalValue"));
gradingValue = 0;
bool canAddToTotal = false;
if (decimal.TryParse(grc.Value.ToString(), out gradingValue) &&/*we need the value after the loop even if not added to total value*/
bool.TryParse(isInTotal.Text, out canAddToTotal) && canAddToTotal)
{
gm.TotalValue += gradingValue;
}
if (!gd.IsValid())
{
Messages1.SetMessage("The grading factor" + ((Label)gr.FindControl("lblGradingFactorName")).Text + " " + gd.ErrorMessage,
Messages.MessageType.Error);
return(null);
}
/*Check for semi-washed, under screen and Moisture Content factor values*/
decimal limit = -1;
string value = ((Label)gr.FindControl("lblIsSemiWashedFactor")).Text;
if (bool.Parse(value) && grc.Value.ToString().ToLower() == "yes")//for semi-washed case
{
classificationNo *= 3;
if (ViewState["ClassificatonMsg"] != null)
{
ViewState.Add("ClassificatonMsg", ViewState["ClassificatonMsg"].ToString() + ", Semi-washed");
}
else
{
ViewState.Add("ClassificatonMsg", "Semi-washed");
}
}
value = ((Label)gr.FindControl("lblIsUnderScreenFactor")).Text;
if (bool.Parse(value) && decimal.TryParse(((Label)gr.FindControl("lblUnderScreenLimit")).Text, out limit) &&
limit > 0 && gradingValue < limit) //for under screen case
{
classificationNo *= 5;
if (ViewState["ClassificatonMsg"] != null)
{
ViewState.Add("ClassificatonMsg", ViewState["ClassificatonMsg"].ToString() + ", Under Screen");
}
else
{
ViewState.Add("ClassificatonMsg", "Under Screen");
}
}
value = ((Label)gr.FindControl("lblIsType")).Text;
if (bool.Parse(value) && decimal.TryParse(grc.Value, out limit))//for non coffee case
{
classificationNo *= int.Parse(grc.Value);
if (ViewState["ClassificatonMsg"] != null)
{
ViewState.Add("ClassificatonMsg", ViewState["ClassificatonMsg"].ToString() + ", " + grc.Text);
}
else
{
ViewState.Add("ClassificatonMsg", grc.Text);
}
}
//Moisture Content factor values
value = ((Label)gr.FindControl("lblIsMoistureContentFactor")).Text;
//string expvalue = "";
//expvalue = ((Label)gr.FindControl("MoistureContentLimitexp")).Text;
limit = -1;
if (bool.Parse(value) && decimal.TryParse(((Label)gr.FindControl("lblMoistureContentLimit")).Text, out limit) &&
limit > 0) //for moisture content case
{
string MFFactorGroup = ((Label)gr.FindControl("lblMoistureFailFactorGroup")).Text;
if (gradingValue > limit && !gm.GradingFactorGroupID.ToString().Equals(MFFactorGroup.Trim()))
{
Messages1.SetMessage("Value entered for moisture content is above range " + limit.ToString() +
"! The grading must be considered with factor group 'Moisture Fail'!",
Messages.MessageType.Error);
return(null);
}
else if (gradingValue <= limit && gm.GradingFactorGroupID.ToString().Equals(MFFactorGroup.Trim()))
{
Messages1.SetMessage("The grading factor moisture content is set with in the limit " + limit.ToString() +
"! The grading MUST NOT be considered with factor group 'Moisture Fail'!",
Messages.MessageType.Error);
return(null);
}
}
}
//gm.IsSemiWashed = ValueForsemi_wased;
//gm.IsUnderScreen = ValueForUnderScreen;
if (classificationNo > 1)
{
gm.ClassificationNo = classificationNo;
}
/*we expect only one factor for segrigation request
* i.e. number of segrigations the grading value will take this value from above*/
if ((int)GradingResultStatus.SegrigationRequested == gradingResultStatus)
{
gm.NumberofSeparations = Convert.ToInt32(gradingValue);
}
if (!gm.IsValidForGradingResult())
{
Messages1.SetMessage(gm.ErrorMessage, Messages.MessageType.Error);
return(null);
}
return(gm);
}
