public static string BuildTestName(string insname, ClassOfMorbidityTestEnum classOfTest)
{
string tname = "";
switch (classOfTest)
{
case ClassOfMorbidityTestEnum.CD4:
tname = String.Format("CD4 Tests-{0}", insname);
break;
case ClassOfMorbidityTestEnum.Chemistry:
tname = String.Format("Total patient samples run on {0}", insname);
break;
case ClassOfMorbidityTestEnum.Hematology:
tname = String.Format("Hematology Tests-{0}", insname);
break;
case ClassOfMorbidityTestEnum.OtherTest:
tname = String.Format("Total {0}", insname);
break;
case ClassOfMorbidityTestEnum.ViralLoad:
tname = String.Format("Viral Load Tests-{0}", insname);
break;
}
return(tname);
}
public virtual int TestRefferedSiteId(ClassOfMorbidityTestEnum ctest)
{
int result = 0;
switch (ctest)
{
case ClassOfMorbidityTestEnum.CD4:
result = Site.CD4RefSite;
break;
case ClassOfMorbidityTestEnum.Chemistry:
result = Site.ChemistryRefSite;
break;
case ClassOfMorbidityTestEnum.Hematology:
result = Site.HematologyRefSite;
break;
case ClassOfMorbidityTestEnum.OtherTest:
result = Site.OtherRefSite;
break;
case ClassOfMorbidityTestEnum.ViralLoad:
result = Site.ViralLoadRefSite;
break;
}
return(result);
}
private int InstrumentUsage(ForlabSite s, ClassOfMorbidityTestEnum platform)
{
decimal sum = 0;
// bool error = false;
int removedInst = 0;
IList <SiteInstrument> sinst = new List <SiteInstrument>();
if (s.GetInstrumentByPlatform(platform).Count > 0)//instrument percentage
{
sinst = s.GetInstrumentByPlatform(platform);
foreach (SiteInstrument si in sinst)
{
sum = sum + si.TestRunPercentage;
}
if (sum != 100)
{
// error = true;
foreach (SiteInstrument si in sinst)
{
foreach (SiteInstrumentImportData rd in _siteinstrumentdata)
{
if (rd.InstrumentName == si.Instrument.InstrumentName && rd.SiteName == s.SiteName && !rd.IsExist && !rd.HasError)
{
s.SiteInstruments.Remove(si);
sum = sum + si.TestRunPercentage;
removedInst++;
}
}
}
}
}
return(removedInst);
}
public virtual bool TestWasReffered(ClassOfMorbidityTestEnum ctest)
{
bool result = false;
switch (ctest)
{
case ClassOfMorbidityTestEnum.CD4:
result = Site.CD4RefSite > 0;
break;
case ClassOfMorbidityTestEnum.Chemistry:
result = Site.ChemistryRefSite > 0;
break;
//case ClassOfMorbidityTestEnum.Consumable:
// result = Site.consRefSite > 0;
// break;
case ClassOfMorbidityTestEnum.Hematology:
result = Site.HematologyRefSite > 0;
break;
case ClassOfMorbidityTestEnum.OtherTest:
result = Site.OtherRefSite > 0;
break;
//case ClassOfMorbidityTestEnum.RapidTest:
// result = Site.RefSite > 0;
// break;
case ClassOfMorbidityTestEnum.ViralLoad:
result = Site.ViralLoadRefSite > 0;
break;
}
return(result);
}
public CategorizedSitePlatform(string calssOftest, int insId, string insName, int qty, double percent)
{
ClassOfTest = (ClassOfMorbidityTestEnum)Enum.Parse(typeof(ClassOfMorbidityTestEnum), calssOftest);
InstrumentId = insId;
InstrumentName = insName;
Quantity = qty;
Percent = percent;
}
public CategorizedSitePlatform(string calssOftest, int insId, string insName, int qty, double percent)
{
ClassOfTest = (ClassOfMorbidityTestEnum)Enum.Parse(typeof(ClassOfMorbidityTestEnum), calssOftest);
InstrumentId = insId;
InstrumentName = insName;
Quantity = qty;
Percent = percent;
}
public ListMorbidityTestPane(ClassOfMorbidityTestEnum filiterby)
{
this._filiterBy = filiterby;
this._products = DataRepository.GetAllProductByClassOfTest(filiterby.ToString());
this._qMenus = DataRepository.GetGeneralQuantifyMenuByClass(filiterby.ToString());
InitializeComponent();
LoadGeneralQMView();
PopTests();
PopGeneralQM();
}
public TestProtocols(MorbidityForecast forecast, ClassOfMorbidityTestEnum classOfTest, Form mdiparent)
{
this._forecast = forecast;
this._protocol = DataRepository.GetProtocolByPlatform((int)classOfTest);
this._mdiparent = mdiparent;
this._classOfTest = classOfTest;
CreatNewProtocol();
InitializeComponent();
BindProtocol();
SelectActiveTab();
}
public ListMorbidityTestPane(ClassOfMorbidityTestEnum filiterby)
{
this._filiterBy = filiterby;
this._products = DataRepository.GetAllProductByClassOfTest(filiterby.ToString());
this._qMenus = DataRepository.GetGeneralQuantifyMenuByClass(filiterby.ToString());
InitializeComponent();
LoadGeneralQMView();
PopTests();
PopGeneralQM();
}
public int NoOfPlatform(ClassOfMorbidityTestEnum ctest)
{
return(_site.Site.GetInstrumentByPlatform(ctest).Count);
//int no = 0;
//switch (ctest)
//{
// case ClassOfMorbidityTestEnum.CD4:
// no = CD4Paltfroms.Count;
// break;
//}
//return no;
}
public virtual IList <SiteInstrument> GetInstrumentByPlatform(ClassOfMorbidityTestEnum p)
{
IList <SiteInstrument> i = new List <SiteInstrument>();
foreach (SiteInstrument si in this.SiteInstruments)
{
if (si.Instrument.TestingArea.Category == p.ToString())
{
i.Add(si);
}
}
return(i);
}
public int NoOfPlatform(ClassOfMorbidityTestEnum ctest)
{
return _site.Site.GetInstrumentByPlatform(ctest).Count;
//int no = 0;
//switch (ctest)
//{
// case ClassOfMorbidityTestEnum.CD4:
// no = CD4Paltfroms.Count;
// break;
//}
//return no;
}
public ListSupplyListPane(ClassOfMorbidityTestEnum filiterby)
{
_filiterBy = filiterby;
this._products = DataRepository.GetAllProductByClassOfTest(filiterby.ToString());
if (filiterby != ClassOfMorbidityTestEnum.Consumable)
this._qMenus = DataRepository.GetAllQuantifyMenuByClass(_filiterBy.ToString());
else
this._qMenus = DataRepository.GetAllGeneralQuantifyMenus();
InitializeComponent();
LoadSiteListView();
PopTests();
}
public ListSupplyListPane(ClassOfMorbidityTestEnum filiterby)
{
_filiterBy = filiterby;
this._products = DataRepository.GetAllProductByClassOfTest(filiterby.ToString());
//if (filiterby != ClassOfMorbidityTestEnum.Consumable)
// this._qMenus = DataRepository.GetAllQuantifyMenuByClass(_filiterBy.ToString());
//else
this._qMenus = DataRepository.GetAllGeneralQuantifyMenus();
InitializeComponent();
LoadSiteListView();
PopTests();
}
public FrmProtocol(ClassOfMorbidityTestEnum classOfTest, Form mdiparent)
{
this._protocol = DataRepository.GetProtocolByPlatform((int)classOfTest);
this._mdiparent = mdiparent;
this._classOfTest = classOfTest;
if (_protocol == null)
{
CreatNewProtocol();
}
InitializeComponent();
lqtToolStrip1.SaveAndCloseClick += new EventHandler(lqtToolStrip1_SaveAndCloseClick);
lqtToolStrip1.DisableSaveAndNewButton();
BindProtocol();
SelectActiveTab();
}
public FrmProtocol(ClassOfMorbidityTestEnum classOfTest, Form mdiparent)
{
this._protocol = DataRepository.GetProtocolByPlatform((int)classOfTest);
this._mdiparent = mdiparent;
this._classOfTest = classOfTest;
//if (_protocol == null)
//{
CreatNewProtocol();
//}
InitializeComponent();
lqtToolStrip1.SaveAndCloseClick += new EventHandler(lqtToolStrip1_SaveAndCloseClick);
lqtToolStrip1.DisableSaveAndNewButton();
BindProtocol();
SelectActiveTab();
}
private IList GetTestSummarys(int forecastid, ClassOfMorbidityTestEnum platform)
{
string sql = "SELECT TestName, sum(TestBasedOnProtocols) as TBP, sum(SymptomDirectedTests) as SD, sum(RepeatedDuetoClinicalReq)as RDC,";
sql += " sum(InvalidTestandWastage)as ITW, sum(BufferStock) as BS, sum(ReagentstoRunControls)as RRC";
sql += String.Format(" FROM ChemandOtherNumberofTest where ForecastId = {0} and Platform = {1} group by TestName order by TestName", forecastid, (int)platform);
ISession session = NHibernateHelper.OpenSession();
return(session.CreateSQLQuery(sql)
.AddScalar("TestName", NHibernateUtil.String)
.AddScalar("TBP", NHibernateUtil.Double)
.AddScalar("SD", NHibernateUtil.Double)
.AddScalar("RDC", NHibernateUtil.Double)
.AddScalar("ITW", NHibernateUtil.Double)
.AddScalar("BS", NHibernateUtil.Double)
.AddScalar("RRC", NHibernateUtil.Double)
.List());
}
private string IsValidRow(ARTSite site, ClassOfMorbidityTestEnum ctest)
{
if (ctest == ClassOfMorbidityTestEnum.RapidTest || ctest == ClassOfMorbidityTestEnum.Consumable)
{
return(null);
}
if (site.TestWasSelected(ctest) && !site.TestWasReffered(ctest))
{
if (site.NoOfPlatform(ctest) == 0)
{
return("Site has not instrument listed under this test category.");
}
return(null);
}
if (site.TestWasSelected(ctest) && site.TestWasReffered(ctest))
{
if (site.NoOfPlatform(ctest) > 0)
{
return("Site has instrument listed under this test category but it refer it's samples to other.");
}
int refId = site.TestRefferedSiteId(ctest);
foreach (ARTSite s in _artSites)
{
if (refId == s.Site.Id)
{
if (s.TestWasSelected(ctest))
{
return(null);
}
return("Site listed to refer it's samples was not selected to do this test category.");
}
}
return("Site listed to refer it's samples was not included in this forecast.");
}
return(null);
}
private double[] GetCalculatedReferred(IList <int> siteIds, ClassOfMorbidityTestEnum test)
{
double[] result = new double[] { 0d, 0d, 0d, 0d, 0d, 0d, 0d, 0d, 0d, 0d, 0d, 0d, 0d };
foreach (int id in siteIds)
{
MorbidityCalcContainer m = _listOfMorbidityCalcContainers[id];
switch (test)
{
case ClassOfMorbidityTestEnum.CD4:
for (int i = 1; i <= 12; i++)
{
result[i - 1] += m.CD4Calculation.GetCD4TestOutputs[i].TotalCD4TestsReferred();
}
result[12] += m.CD4Calculation.SubtotalBufferTestBeyondForecast();
break;
case ClassOfMorbidityTestEnum.Hematology:
for (int i = 1; i <= 12; i++)
{
result[i - 1] += m.HematologyCalculation.GetHematologyTestOutputs[i].TotalHematologyTestsReferred();
}
result[12] += m.HematologyCalculation.SubtotalBufferTestBeyondForecast();
break;
case ClassOfMorbidityTestEnum.ViralLoad:
for (int i = 1; i <= 12; i++)
{
result[i - 1] += m.ViralLoadCalculation.GetViralTestOutputs[i].TotalVLTestsReferred();
}
result[12] += m.ViralLoadCalculation.SubtotalBufferTestBeyondForecast();
break;
}
}
return(result);
}
private string MorbidityTestEnumToString(int mtype)
{
ClassOfMorbidityTestEnum mt = (ClassOfMorbidityTestEnum)Enum.ToObject(typeof(ClassOfMorbidityTestEnum), mtype);
string result = "";
switch (mt)
{
case ClassOfMorbidityTestEnum.CD4:
result = "CD4";
break;
case ClassOfMorbidityTestEnum.Chemistry:
result = "Chemistry";
break;
case ClassOfMorbidityTestEnum.Hematology:
result = "Hematology";
break;
case ClassOfMorbidityTestEnum.ViralLoad:
result = "Viral Load";
break;
case ClassOfMorbidityTestEnum.OtherTest:
result = "Other Test";
break;
case ClassOfMorbidityTestEnum.RapidTest:
result = "HIV Testing";
break;
case ClassOfMorbidityTestEnum.Consumable:
result = "Consumable";
break;
}
return(result);
}
public static string BuildTestName(string insname, ClassOfMorbidityTestEnum classOfTest)
{
string tname = "";
switch (classOfTest)
{
case ClassOfMorbidityTestEnum.CD4:
tname = String.Format("CD4 Tests-{0}", insname);
break;
case ClassOfMorbidityTestEnum.Chemistry:
tname = String.Format("Total patient samples run on {0}", insname);
break;
case ClassOfMorbidityTestEnum.Hematology:
tname = String.Format("Hematology Tests-{0}", insname);
break;
case ClassOfMorbidityTestEnum.OtherTest:
tname = String.Format("Total {0}", insname);
break;
case ClassOfMorbidityTestEnum.ViralLoad:
tname = String.Format("Viral Load Tests-{0}", insname);
break;
}
return tname;
}
public virtual bool TestWasSelected(ClassOfMorbidityTestEnum ctest)
{
bool result = false;
switch (ctest)
{
case ClassOfMorbidityTestEnum.CD4:
result = ForecastCD4;
break;
case ClassOfMorbidityTestEnum.Chemistry:
result = ForecastChemistry;
break;
case ClassOfMorbidityTestEnum.Consumable:
result = ForecastConsumable;
break;
case ClassOfMorbidityTestEnum.Hematology:
result = ForecastHematology;
break;
case ClassOfMorbidityTestEnum.OtherTest:
result = ForecastOtherTest;
break;
case ClassOfMorbidityTestEnum.RapidTest:
result = ForecastVCT;
break;
case ClassOfMorbidityTestEnum.ViralLoad:
result = ForecastViralLoad;
break;
}
return(result);
}
private static string GetTestShortName(ClassOfMorbidityTestEnum ttype)
{
string result = "";
switch (ttype)
{
case ClassOfMorbidityTestEnum.CD4:
result = "CD4";
break;
case ClassOfMorbidityTestEnum.Chemistry:
result = "Chem";
break;
case ClassOfMorbidityTestEnum.Hematology:
result = "Hem";
break;
case ClassOfMorbidityTestEnum.ViralLoad:
result = "VL";
break;
}
return(result);
}
private double[] GetCalculatedReferred(IList<int> siteIds, ClassOfMorbidityTestEnum test)
{
double[] result = new double[] { 0d, 0d, 0d, 0d, 0d, 0d, 0d, 0d, 0d, 0d, 0d, 0d, 0d };
foreach (int id in siteIds)
{
MorbidityCalcContainer m = _listOfMorbidityCalcContainers[id];
switch (test)
{
case ClassOfMorbidityTestEnum.CD4:
for (int i = 1; i <= 12; i++)
{
result[i - 1] += m.CD4Calculation.GetCD4TestOutputs[i].TotalCD4TestsReferred();
}
result[12] += m.CD4Calculation.SubtotalBufferTestBeyondForecast();
break;
case ClassOfMorbidityTestEnum.Hematology:
for (int i = 1; i <= 12; i++)
{
result[i - 1] += m.HematologyCalculation.GetHematologyTestOutputs[i].TotalHematologyTestsReferred();
}
result[12] += m.HematologyCalculation.SubtotalBufferTestBeyondForecast();
break;
case ClassOfMorbidityTestEnum.ViralLoad:
for (int i = 1; i <= 12; i++)
{
result[i - 1] += m.ViralLoadCalculation.GetViralTestOutputs[i].TotalVLTestsReferred();
}
result[12] += m.ViralLoadCalculation.SubtotalBufferTestBeyondForecast();
break;
}
}
return result;
}
public virtual IList<SiteInstrument> GetInstrumentByPlatform(ClassOfMorbidityTestEnum p)
{
IList<SiteInstrument> i = new List<SiteInstrument>();
foreach (SiteInstrument si in this.SiteInstruments)
{
if (si.Instrument.TestingArea.Category == p.ToString())
i.Add(si);
}
return i;
}
public virtual bool HasPlatform(ClassOfMorbidityTestEnum ctest)
{
return NoOfPlatform(ctest) > 0;
}
public ListOfPrimeryQR(ClassOfMorbidityTestEnum platform)
{
_platform = (int)platform;
_listofPQR = new List<PrimeryQuantifyedReagent>();
_listofSupplies = new Dictionary<int, QuantifyedReagent>();
}
public virtual bool HasPlatform(ClassOfMorbidityTestEnum ctest)
{
return(NoOfPlatform(ctest) > 0);
}
public virtual int NoOfPlatform(ClassOfMorbidityTestEnum ctest)
{
return Site.GetInstrumentByPlatform(ctest).Count;
}
public static TestingArea GetTestingAreaByClassOfMorbidity(ClassOfMorbidityTestEnum category)
{
return(DaoFactory.GetDaoFactory().CreateTestingAreaDao().GetTestingAreaByClassOfMorbidity(category.ToString()));
}
private void BuildTestMenu(TreeNode parentNode)
{
IList <TestingArea> list = DataRepository.GetAllTestingArea();
//added just for this build will be optimized later on
IList <TestingGroup> listtg = DataRepository.GetAllTestingGroup();
IList <Test> listtc = DataRepository.GetAllTests();
TreeNode rootNode = new TreeNode("Test Profile");
rootNode.Tag = MainMenuTag.TEST.ToString();
rootNode.ImageIndex = 2;
rootNode.SelectedImageIndex = 2;
TreeNode tareaNode = new TreeNode("Testing Areas [" + list.Count + "]");
tareaNode.Tag = MainMenuTag.TEST.ToString() + "|" + -1;
tareaNode.ImageIndex = 3;
tareaNode.SelectedImageIndex = 3;
rootNode.Nodes.Add(tareaNode);
TreeNode tgroupNode = new TreeNode("Testing Groups [" + listtg.Count + "]");
tgroupNode.Tag = MainMenuTag.TEST.ToString() + "|" + -2;
tgroupNode.ImageIndex = 4;
tgroupNode.SelectedImageIndex = 4;
rootNode.Nodes.Add(tgroupNode);
TreeNode testNode = new TreeNode("Tests [" + listtc.Count + "]");
testNode.Tag = MainMenuTag.TEST.ToString() + "|" + -3;
testNode.ImageIndex = 5;
testNode.SelectedImageIndex = 5;
foreach (TestingArea ta in list)
{
if (!ta.UseInDemography)
{
TreeNode node = new TreeNode(ta.AreaName);
node.Tag = MainMenuTag.TEST.ToString() + "|-4|" + ta.Id;
node.ImageIndex = 3;
node.SelectedImageIndex = 3;
AddTestingGroupToMenu(node, ta.TestingGroups);
testNode.Nodes.Add(node);
}
}
rootNode.Nodes.Add(testNode);
ClassOfMorbidityTestEnum[] mtestEnums = LqtUtil.EnumToArray <ClassOfMorbidityTestEnum>();
TreeNode artNode = new TreeNode("ART Tests");
artNode.Tag = MainMenuTag.TEST.ToString() + "|" + -6;
artNode.ImageIndex = 5;
artNode.SelectedImageIndex = 5;
for (int i = 0; i < mtestEnums.Length; i++)
{
ClassOfMorbidityTestEnum cm = mtestEnums[i];
TreeNode node = new TreeNode(cm.ToString());
node.Tag = MainMenuTag.TEST.ToString() + "|-6|" + (int)cm;
node.ImageIndex = 4;
node.SelectedImageIndex = 4;
//AddTestingGroupToMenu(node, ta.TestingGroups);
artNode.Nodes.Add(node);
}
rootNode.Nodes.Add(artNode);
//rootNode.Expand();
parentNode.Nodes.Add(rootNode);
//treeViewNav.Nodes.Add(rootNode);
}
private int InstrumentUsage(ForlabSite s, ClassOfMorbidityTestEnum platform)
{
decimal sum = 0;
// bool error = false;
int removedInst = 0;
IList<SiteInstrument> sinst = new List<SiteInstrument>();
if (s.GetInstrumentByPlatform(platform).Count > 0)//instrument percentage
{
sinst = s.GetInstrumentByPlatform(platform);
foreach (SiteInstrument si in sinst)
{
sum = sum + si.TestRunPercentage;
}
if (sum != 100)
{
// error = true;
foreach (SiteInstrument si in sinst)
{
foreach (SiteInstrumentImportData rd in _siteinstrumentdata)
{
if (rd.InstrumentName == si.Instrument.InstrumentName && rd.SiteName == s.SiteName && !rd.IsExist && !rd.HasError)
{
s.SiteInstruments.Remove(si);
sum = sum + si.TestRunPercentage;
removedInst++;
}
}
}
}
}
return removedInst;
}
public bool HasPlatform(ClassOfMorbidityTestEnum ctest)
{
return(NoOfPlatform(ctest) > 0);
//_site.ForecastCD4
}
public virtual int TestRefferedSiteId(ClassOfMorbidityTestEnum ctest)
{
int result = 0;
switch (ctest)
{
case ClassOfMorbidityTestEnum.CD4:
result = Site.CD4RefSite;
break;
case ClassOfMorbidityTestEnum.Chemistry:
result = Site.ChemistryRefSite;
break;
case ClassOfMorbidityTestEnum.Hematology:
result = Site.HematologyRefSite;
break;
case ClassOfMorbidityTestEnum.OtherTest:
result = Site.OtherRefSite;
break;
case ClassOfMorbidityTestEnum.ViralLoad:
result = Site.ViralLoadRefSite;
break;
}
return result;
}
private string IsValidRow(ARTSite site, ClassOfMorbidityTestEnum ctest)
{
if (ctest == ClassOfMorbidityTestEnum.RapidTest || ctest == ClassOfMorbidityTestEnum.Consumable)
return null;
if (site.TestWasSelected(ctest) && !site.TestWasReffered(ctest))
{
if (site.NoOfPlatform(ctest) == 0)
return "Site has not instrument listed under this test category.";
return null;
}
if (site.TestWasSelected(ctest) && site.TestWasReffered(ctest))
{
if (site.NoOfPlatform(ctest) > 0)
return "Site has instrument listed under this test category but it refer it's samples to other.";
int refId = site.TestRefferedSiteId(ctest);
foreach (ARTSite s in _artSites)
{
if (refId == s.Site.Id)
{
if (s.TestWasSelected(ctest))
return null;
return "Site listed to refer it's samples was not selected to do this test category.";
}
}
return "Site listed to refer it's samples was not included in this forecast.";
}
return null;
}
public ListOfPrimeryQR(ClassOfMorbidityTestEnum platform)
{
_platform = (int)platform;
_listofPQR = new List <PrimeryQuantifyedReagent>();
_listofSupplies = new Dictionary <int, QuantifyedReagent>();
}
public virtual int NoOfPlatform(ClassOfMorbidityTestEnum ctest)
{
return(Site.GetInstrumentByPlatform(ctest).Count);
}
public virtual bool TestWasSelected(ClassOfMorbidityTestEnum ctest)
{
bool result = false;
switch (ctest)
{
case ClassOfMorbidityTestEnum.CD4:
result = ForecastCD4;
break;
case ClassOfMorbidityTestEnum.Chemistry:
result = ForecastChemistry;
break;
case ClassOfMorbidityTestEnum.Consumable:
result = ForecastConsumable;
break;
case ClassOfMorbidityTestEnum.Hematology:
result = ForecastHematology;
break;
case ClassOfMorbidityTestEnum.OtherTest:
result = ForecastOtherTest;
break;
case ClassOfMorbidityTestEnum.RapidTest:
result = ForecastVCT;
break;
case ClassOfMorbidityTestEnum.ViralLoad:
result = ForecastViralLoad;
break;
}
return result;
}
public virtual bool TestWasReffered(ClassOfMorbidityTestEnum ctest)
{
bool result = false;
switch (ctest)
{
case ClassOfMorbidityTestEnum.CD4:
result = Site.CD4RefSite > 0;
break;
case ClassOfMorbidityTestEnum.Chemistry:
result = Site.ChemistryRefSite > 0;
break;
//case ClassOfMorbidityTestEnum.Consumable:
// result = Site.consRefSite > 0;
// break;
case ClassOfMorbidityTestEnum.Hematology:
result = Site.HematologyRefSite > 0;
break;
case ClassOfMorbidityTestEnum.OtherTest:
result = Site.OtherRefSite > 0;
break;
//case ClassOfMorbidityTestEnum.RapidTest:
// result = Site.RefSite > 0;
// break;
case ClassOfMorbidityTestEnum.ViralLoad:
result = Site.ViralLoadRefSite > 0;
break;
}
return result;
}
private void treeViewNav_AfterSelect(object sender, TreeViewEventArgs e)
{
string[] tag = e.Node.Tag.ToString().Split(new char[] { '|' });
MainMenuTag mtag = (MainMenuTag)Enum.Parse(typeof(MainMenuTag), tag[0]);
e.Node.Expand();
int mid;
switch (mtag)
{
case MainMenuTag.LOCATION:
if (tag.Length > 1)
{
mid = int.Parse(tag[1]);
if (mid == -1)
{
this._currentUserCtr = new ListRegionPane();
LoadCurrentUserCtr();
}
else if (mid == -2)
{
this._currentUserCtr = new ListSitePane(0);
LoadCurrentUserCtr();
}
else if (mid == -3)
{
this._currentUserCtr = new ListSitePane(int.Parse(tag[2]));
LoadCurrentUserCtr();
}
else if (mid == -4)
{
this._currentUserCtr = new ListSiteCatPane();
LoadCurrentUserCtr();
}
}
else
{
this._currentUserCtr = new ChartSiteperRegion();
LoadCurrentUserCtr();
}
break;
case MainMenuTag.SETTINGS:
break;
case MainMenuTag.TEST:
if (tag.Length > 1)
{
mid = int.Parse(tag[1]);
if (mid == -1)
{
this._currentUserCtr = new ListTestingAreaPane();
LoadCurrentUserCtr();
}
else if (mid == -2)
{
this._currentUserCtr = new ListTestingGroupPane();
LoadCurrentUserCtr();
}
else if (mid == -3)
{
this._currentUserCtr = new ListTestPane(FiliterTestByEnum.All, 0);
LoadCurrentUserCtr();
}
else if (mid == -4)
{
this._currentUserCtr = new ListTestPane(FiliterTestByEnum.TestArea, int.Parse(tag[2]));
LoadCurrentUserCtr();
}
else if (mid == -5)
{
this._currentUserCtr = new ListTestPane(FiliterTestByEnum.TestGroup, int.Parse(tag[2]));
LoadCurrentUserCtr();
}
else if (mid == -6)
{
if (tag.Length > 2)
{
ClassOfMorbidityTestEnum mtest = (ClassOfMorbidityTestEnum)Enum.ToObject(typeof(ClassOfMorbidityTestEnum), int.Parse(tag[2]));
if (int.Parse(tag[2]) <= 4)
{
this._currentUserCtr = new ListMorbidityTestPane(mtest);
}
else
{
this._currentUserCtr = new ListSupplyListPane(mtest);
}
LoadCurrentUserCtr();
}
}
}
else
{
this._currentUserCtr = new ChartTestperArea();
LoadCurrentUserCtr();
}
break;
case MainMenuTag.PRODUCT:
if (tag.Length > 1)
{
mid = int.Parse(tag[1]);
if (mid == -1)
{
this._currentUserCtr = new ListProductTypePane();
LoadCurrentUserCtr();
}
else if (mid == -2)
{
this._currentUserCtr = new ListProductPane(0);
LoadCurrentUserCtr();
}
else if (mid == -3)
{
this._currentUserCtr = new ListProductPane(int.Parse(tag[2]));
LoadCurrentUserCtr();
}
}
else
{
this._currentUserCtr = new ProductNoperCat();
LoadCurrentUserCtr();
}
break;
case MainMenuTag.INSTRUMENT:
this._currentUserCtr = new ListInstrumentPane();
LoadCurrentUserCtr();
break;
case MainMenuTag.METHODOLOGY:
if (tag.Length > 1)
{
mid = int.Parse(tag[1]);
if (mid == -1)
{
this._currentUserCtr = new ListConsumptionPane(MethodologyEnum.CONSUMPTION);
LoadCurrentUserCtr();
}
else if (mid == -2)
{
this._currentUserCtr = new ListConsumptionPane(MethodologyEnum.SERVICE_STATISTIC);
LoadCurrentUserCtr();
}
else if (mid == -3)
{
this._currentUserCtr = new ListMorbidityPane();
LoadCurrentUserCtr();
}
}
break;
case MainMenuTag.DASHBOARD:
this._currentUserCtr = new DashBoard();
LoadCurrentUserCtr();
break;
case MainMenuTag.PROTOCOLS:
this._currentUserCtr = new ListProtocolPane();
LoadCurrentUserCtr();
break;
case MainMenuTag.RAPIDTEST:
//this._currentUserCtr = new ListProtocolPane();
//LoadCurrentUserCtr();
RapidTestForm frm = new RapidTestForm();
frm.ShowDialog();
break;
}
}
public bool HasPlatform(ClassOfMorbidityTestEnum ctest)
{
return NoOfPlatform(ctest) > 0;
//_site.ForecastCD4
}
private static string GetTestShortName(ClassOfMorbidityTestEnum ttype)
{
string result = "";
switch (ttype)
{
case ClassOfMorbidityTestEnum.CD4:
result = "CD4";
break;
case ClassOfMorbidityTestEnum.Chemistry:
result = "Chem";
break;
case ClassOfMorbidityTestEnum.Hematology:
result = "Hem";
break;
case ClassOfMorbidityTestEnum.ViralLoad:
result = "VL";
break;
}
return result;
}
