void InitData()
{
CReactiveFactory faReactive = new CReactiveFactory();
cbFormula.Properties.DataSource = faReactive.GetAll();
cbFormula.Properties.DisplayMember = "Chemical_formula";
cbFormula.Properties.ValueMember = "Idreactive";
}
void InitData()
{
CReactiveFactory faReactive = new CReactiveFactory();
List <CReactive> lstReactive = faReactive.GetAll();
lstReactive.Add(new CReactive()
{
Idreactive = 0, Reactive_name = "---", Chemical_formula = "---"
});
cbMedium.Properties.DataSource = lstReactive;
cbMedium.Properties.ValueMember = "Idreactive";
cbMedium.Properties.DisplayMember = "Reactive_name";
cbModif.Properties.DataSource = lstReactive;
cbModif.Properties.ValueMember = "Idreactive";
cbModif.Properties.DisplayMember = "Reactive_name";
CTemplate_method_aa oTemplate_method_aa = new CTemplate_method_aa();
CTemplate_method_aaFactory faTemplate_method_aa = new CTemplate_method_aaFactory();
oTemplate_method_aa =
faTemplate_method_aa.GetByPrimaryKey(new CTemplate_method_aaKeys(idtemplate_method));
idreactive_medium = oTemplate_method_aa.Medium;
idreactive_modif = oTemplate_method_aa.Modif;
LstAllCalibs = oModCalibStd.GetCustomCalibStd(idelement, idmr_detail, idreactive_medium, idreactive_modif);
gcCalibStd.DataSource = LstAllCalibs;
gvCalibStd.ExpandAllGroups();
//oGroup_solution = oModCalibStd.GetMethodCalib(idelement, idmr_detail, idreactive_medium, idreactive_modif);
CElement oElement = new CElementFactory()
.GetByPrimaryKey(new CElementKeys(Convert.ToInt16(idelement)));
ucTraceUser1.UserSign = Comun.GetUser();
ucTraceUser1.DateSign = Comun.GetDate();
}
public void Init(int idsolution_interm, CTemplate_method_aa template_method_aa)
{
Idtemplate_method = template_method_aa.Idtemplate_method;
rgSelectGraphic.SelectedIndex = 1;
CReactiveFactory faReactive = new CReactiveFactory();
List <CReactive> lstReactive = faReactive.GetAll();
lstReactive.Add(new CReactive()
{
Idreactive = 0, Reactive_name = "---", Chemical_formula = "---"
});
cbMedium.Properties.DataSource = lstReactive;
cbMedium.Properties.ValueMember = "Idreactive";
cbMedium.Properties.DisplayMember = "Reactive_name";
cbModif.Properties.DataSource = lstReactive;
cbModif.Properties.ValueMember = "Idreactive";
cbModif.Properties.DisplayMember = "Reactive_name";
LstAllCalibs = new BindingList <CCustomCalibStd>(oModCalibStd.GetCustomCalibStd(idsolution_interm, template_method_aa));
CSet_calibs oSet_calibs = new CSet_calibsFactory()
.GetAll()
.Where(x => x.Idsolution_interm == idsolution_interm &&
x.Idtemplate_method == template_method_aa.Idtemplate_method &&
x.Last_calib == true)
.FirstOrDefault();
if (oSet_calibs != null)
{
ucTraceUser1.UserSign = oSet_calibs.Usersign;
ucTraceUser1.DateSign = Convert.ToDateTime(oSet_calibs.Datesign);
}
gcCalibStd.DataSource = LstAllCalibs;
PlotChart();
}
public void Init(int idsolution_interm, CTemplate_method_aa template_method_aa)
{
Idtemplate_method = template_method_aa.Idtemplate_method;
rgSelectGraphic.SelectedIndex = 1;
CReactiveFactory faReactive = new CReactiveFactory();
List<CReactive> lstReactive = faReactive.GetAll();
lstReactive.Add(new CReactive() { Idreactive = 0, Reactive_name = "---", Chemical_formula = "---" });
cbMedium.Properties.DataSource = lstReactive;
cbMedium.Properties.ValueMember = "Idreactive";
cbMedium.Properties.DisplayMember = "Reactive_name";
cbModif.Properties.DataSource = lstReactive;
cbModif.Properties.ValueMember = "Idreactive";
cbModif.Properties.DisplayMember = "Reactive_name";
LstAllCalibs = new BindingList<CCustomCalibStd>(oModCalibStd.GetCustomCalibStd(idsolution_interm, template_method_aa));
CSet_calibs oSet_calibs = new CSet_calibsFactory()
.GetAll()
.Where(x => x.Idsolution_interm == idsolution_interm
&& x.Idtemplate_method == template_method_aa.Idtemplate_method
&& x.Last_calib == true)
.FirstOrDefault();
if (oSet_calibs != null)
{
ucTraceUser1.UserSign = oSet_calibs.Usersign;
ucTraceUser1.DateSign = Convert.ToDateTime(oSet_calibs.Datesign);
}
gcCalibStd.DataSource = LstAllCalibs;
PlotChart();
}
public void Init(CGroup_solution p_group_solution)
{
#region inicializar metodos
group_solution = p_group_solution;
// --- si existe el agrupador, hacer no editable la selección de métodos
if (group_solution.Idgroup_solution == 0)
{
// --- no existe agrupador
group_solution.Flag_selected_methods = false;
gvMethods.OptionsBehavior.Editable = true;
btConfirmSelMethods.Enabled = true;
}
else
{
// --- existe agrupador
group_solution.Flag_selected_methods = true;
gvMethods.OptionsBehavior.Editable = false;
btConfirmSelMethods.Enabled = false;
}
// --- show grids
ShowGrids();
#endregion
#region inicializar combos
// --- Inititalize list statusMr
CReactiveFactory faReactive = new CReactiveFactory();
List<CReactive> lstReactive = faReactive.GetAll();
lstReactive.Add(new CReactive() { Idreactive = 0, Reactive_name = "---", Chemical_formula = "---" });
cbMediumHead.Properties.DataSource = lstReactive;
cbMediumHead.Properties.ValueMember = "Idreactive";
cbMediumHead.Properties.DisplayMember = "Reactive_name";
cbModifHead.Properties.DataSource = lstReactive;
cbModifHead.Properties.ValueMember = "Idreactive";
cbModifHead.Properties.DisplayMember = "Reactive_name";
#endregion
#region inicializar datos según el filtro seleccionado
// Estandares de calibración.
if (group_solution.Type_solution == 1)
{
// --- recuperar cajas de textos no editables
cbTypePattern.EditValue = group_solution.Type_pattern;
cbMrcOrPatternHeader.EditValue = group_solution.Idmr_detail;
cbMediumHead.EditValue = group_solution.Idreactive_medium;
cbModifHead.EditValue = group_solution.Idreactive_modif;
// --- elemento, mr pattern, medio y modif
//TODO
//lstTemplate = modSolution.GetMethodsByMrcPattern(group_solution);
gcMethods.DataSource = lstTemplate;
}
// Soluciones intermedias 1 y 2 y estandares de verificación.
//else if (group_solution.Type_solution == 2
// || group_solution.Type_solution == 3)
//{
// // recuperar cajas de textos no editables
// cbTypePattern.EditValue = group_solution.Type_pattern;
// cbMrcOrPatternHeader.EditValue = group_solution.Idmr_detail;
// // elemento, mr pattern, sol intermedia (1 ó 2 implicito)
// // getLstMethods(group_solution, type_solution_intermedia)
// lstTemplate = modSolution.GetMethodsBySolInterm(group_solution, );
// gcMethods.DataSource = lstTemplate;
//}
#endregion
}
public void InitData()
{
#region init combos
try
{
// --- init: type of sample
CType_sampleFactory faType_Sample = new CType_sampleFactory();
cbTypeSample.Properties.DataSource = faType_Sample.GetAll();
cbTypeSample.Properties.ValueMember = "Cod_type_sample";
cbTypeSample.Properties.DisplayMember = "Name_type_sample";
repTypeSample.DataSource = faType_Sample.GetAll();
repTypeSample.ValueMember = "Cod_type_sample";
repTypeSample.DisplayMember = "Name_type_sample";
// --- init: type of analysis
cbTypeAnalysis.Properties.DataSource = Comun.ListTypeAnalysis;
cbTypeAnalysis.Properties.ValueMember = "Type_analisys";
cbTypeAnalysis.Properties.DisplayMember = "Den_Type_Analysis";
repTypeAnalysis.DataSource = Comun.ListTypeAnalysis;
repTypeAnalysis.ValueMember = "Type_analisys";
repTypeAnalysis.DisplayMember = "Den_Type_Analysis";
// --- init: digestation
CDigestion_methodFactory faDigestation_Method = new CDigestion_methodFactory();
cbDigestion.Properties.DataSource = faDigestation_Method.GetAll();
cbDigestion.Properties.ValueMember = "Cod_digestion_method";
cbDigestion.Properties.DisplayMember = "Name_digestion_method";
// --- init: element
CElementFactory faElement = new CElementFactory();
cbElement.Properties.DataSource = faElement.GetAll();
cbElement.Properties.ValueMember = "Idelement";
cbElement.Properties.DisplayMember = "Cod_element";
repElement.DataSource = faElement.GetAll();
repElement.ValueMember = "Idelement";
repElement.DisplayMember = "Cod_element";
// --- init: measurement unit number 1
cbRepetition.Properties.DataSource = Comun.ListTypeRepetition;
cbRepetition.Properties.DisplayMember = "Name_repetition";
cbRepetition.Properties.ValueMember = "Cod_repetition";
Methods oMethods = new Methods();
gluCod_method.Properties.DataSource = oMethods.GetAllLastVersionMethods();
gluCod_method.Properties.DisplayMember = "Cod_template_method";
gluCod_method.Properties.ValueMember = "Cod_template_method";
CReactiveFactory faReactive = new CReactiveFactory();
List <CReactive> lstReactive = faReactive.GetAll();
lstReactive.Add(new CReactive()
{
Idreactive = 0, Reactive_name = "---", Chemical_formula = "---"
});
gluCod_method.Properties.View.BestFitColumns();
}
catch (Exception ex)
{
ComunForm.Send_message(this.Text, TypeMsg.error, ex.Message);
}
#endregion
}
public void Init(CGroup_solution p_group_solution)
{
#region inicializar metodos
group_solution = p_group_solution;
// --- si existe el agrupador, hacer no editable la selección de métodos
if (group_solution.Idgroup_solution == 0)
{
// --- no existe agrupador
group_solution.Flag_selected_methods = false;
gvMethods.OptionsBehavior.Editable = true;
btConfirmSelMethods.Enabled = true;
}
else
{
// --- existe agrupador
group_solution.Flag_selected_methods = true;
gvMethods.OptionsBehavior.Editable = false;
btConfirmSelMethods.Enabled = false;
}
// --- show grids
ShowGrids();
#endregion
#region inicializar combos
// --- Inititalize list statusMr
CReactiveFactory faReactive = new CReactiveFactory();
List <CReactive> lstReactive = faReactive.GetAll();
lstReactive.Add(new CReactive()
{
Idreactive = 0, Reactive_name = "---", Chemical_formula = "---"
});
cbMediumHead.Properties.DataSource = lstReactive;
cbMediumHead.Properties.ValueMember = "Idreactive";
cbMediumHead.Properties.DisplayMember = "Reactive_name";
cbModifHead.Properties.DataSource = lstReactive;
cbModifHead.Properties.ValueMember = "Idreactive";
cbModifHead.Properties.DisplayMember = "Reactive_name";
#endregion
#region inicializar datos según el filtro seleccionado
// Estandares de calibración.
if (group_solution.Type_solution == 1)
{
// --- recuperar cajas de textos no editables
cbTypePattern.EditValue = group_solution.Type_pattern;
cbMrcOrPatternHeader.EditValue = group_solution.Idmr_detail;
cbMediumHead.EditValue = group_solution.Idreactive_medium;
cbModifHead.EditValue = group_solution.Idreactive_modif;
// --- elemento, mr pattern, medio y modif
//TODO
//lstTemplate = modSolution.GetMethodsByMrcPattern(group_solution);
gcMethods.DataSource = lstTemplate;
}
// Soluciones intermedias 1 y 2 y estandares de verificación.
//else if (group_solution.Type_solution == 2
// || group_solution.Type_solution == 3)
//{
// // recuperar cajas de textos no editables
// cbTypePattern.EditValue = group_solution.Type_pattern;
// cbMrcOrPatternHeader.EditValue = group_solution.Idmr_detail;
// // elemento, mr pattern, sol intermedia (1 ó 2 implicito)
// // getLstMethods(group_solution, type_solution_intermedia)
// lstTemplate = modSolution.GetMethodsBySolInterm(group_solution, );
// gcMethods.DataSource = lstTemplate;
//}
#endregion
}
void InitData()
{
CReactiveFactory faReactive = new CReactiveFactory();
List<CReactive> lstReactive = faReactive.GetAll();
lstReactive.Add(new CReactive() { Idreactive = 0, Reactive_name = "---", Chemical_formula = "---" });
cbMedium.Properties.DataSource = lstReactive;
cbMedium.Properties.ValueMember = "Idreactive";
cbMedium.Properties.DisplayMember = "Reactive_name";
cbModif.Properties.DataSource = lstReactive;
cbModif.Properties.ValueMember = "Idreactive";
cbModif.Properties.DisplayMember = "Reactive_name";
CTemplate_method_aa oTemplate_method_aa = new CTemplate_method_aa();
CTemplate_method_aaFactory faTemplate_method_aa = new CTemplate_method_aaFactory();
oTemplate_method_aa =
faTemplate_method_aa.GetByPrimaryKey(new CTemplate_method_aaKeys(idtemplate_method));
idreactive_medium = oTemplate_method_aa.Medium;
idreactive_modif = oTemplate_method_aa.Modif;
LstAllCalibs = oModCalibStd.GetCustomCalibStd(idelement, idmr_detail, idreactive_medium, idreactive_modif);
gcCalibStd.DataSource = LstAllCalibs;
gvCalibStd.ExpandAllGroups();
//oGroup_solution = oModCalibStd.GetMethodCalib(idelement, idmr_detail, idreactive_medium, idreactive_modif);
CElement oElement = new CElementFactory()
.GetByPrimaryKey(new CElementKeys(Convert.ToInt16(idelement)));
ucTraceUser1.UserSign = Comun.GetUser();
ucTraceUser1.DateSign = Comun.GetDate();
}
void InitData()
{
CReactiveFactory faReactive = new CReactiveFactory();
cbFormula.Properties.DataSource = faReactive.GetAll();
cbFormula.Properties.DisplayMember = "Chemical_formula";
cbFormula.Properties.ValueMember = "Idreactive";
}