/// <summary>
/// Generics sample
/// </summary>
private void workWithGenerics( )
{
GenericSample <int> intSample = new GenericSample <int>();
GenericSample <string> strSample = new GenericSample <string>();
int oneInt = 55;
string oneStr = "Hello";
intSample.Data = 55;
strSample.Data = "Potato";
tbTopLeft.Text = $"{oneInt} and {intSample.Data} are {intSample.IsSameTo(oneInt)}\n";
tbTopLeft.Text += $"{oneStr} and {strSample.Data} are {strSample.IsSameTo(oneStr)}\n";
int first = 6;
string second = "16";
byte third = 32;
short forth = 86;
long fifth = 985;
double sixth = 54.12;
tbTopRight.Text =
$"Square of {first,-8} is {SimpleMath.Square<int>(first):N0}\n" +
$"Square of {second,-8} is {SimpleMath.Square<string>(second):N0}\n" +
$"Square of {third,-8} is {SimpleMath.Square<byte>(third):N0}\n" +
$"Square of {forth,-8} is {SimpleMath.Square<short>(forth):N0}\n" +
$"Square of {fifth,-8} is {SimpleMath.Square<long>(fifth):N0}\n" +
$"Square of {sixth,-8} is {SimpleMath.Square<double>(sixth):N2}\n";
}
public void FailingTest()
{
GenericSample testGenericSample = new GenericSample();
Assert.Equal(5, testGenericSample.Add(2, 2));
}
//[Fact]
public static int Test1()
{
GenericSample myTestClass = new GenericSample();
int testInt = myTestClass.Add(4, 5);
return(testInt);
}
public void UpdateGenericSample(GenericSample theGenericSample)
{
try { m_GenericSamplesDictionary.Remove(theGenericSample.GenericSamples_ID); }
catch { }
theGenericSample.RequiresUpdate = true;
m_GenericSamplesDictionary.Add(theGenericSample.GenericSamples_ID, theGenericSample);
}
public void Test1()
{
List <int> list = new List <int>();
list.Add(5);
list.Add(10);
list.Add(20);
GenericSample genericSample = new GenericSample();
var result = genericSample.CopyAtMost(list, 2);
Debug.WriteLine(result.Count);
}
static void Main(string[] args)
{
// int는 사용가능
Sample.Print(1);
// double 형태시에 오류가 발생한다.
// double형을 사용하기 위해서는 Sample class에 overloading 해주어야한다.
Sample.Print(1.123);
// 하지만 Generic 타입으로 선언한 함수의 경우 데이터타입을 자유롭게 넣어줄수있다.
GenericSample.Print(1);
GenericSample.Print(1.123);
GenericSample.Print("test");
GenericSample.Print(1.2345f);
}
public string NewGenericSample(string StationID,
string Label, int PlotAtScale, double LocationConfidenceMeters,
string Notes, string DataSourceID, string RuleID, IPoint Shape)
{
GenericSample newGenericSample = new GenericSample();
sysInfo SysInfoTable = new sysInfo(m_theWorkspace);
newGenericSample.GenericSamples_ID = SysInfoTable.ProjAbbr + ".GenericSamples." + SysInfoTable.GetNextIdValue("GenericSamples");
newGenericSample.FieldID = StationID;
newGenericSample.Label = Label;
newGenericSample.PlotAtScale = PlotAtScale;
newGenericSample.LocationConfidenceMeters = LocationConfidenceMeters;
newGenericSample.Notes = Notes;
newGenericSample.RuleID = RuleID;
newGenericSample.DataSourceID = DataSourceID;
newGenericSample.Shape = Shape;
newGenericSample.RequiresUpdate = false;
m_GenericSamplesDictionary.Add(newGenericSample.GenericSamples_ID, newGenericSample);
return(newGenericSample.GenericSamples_ID);
}
public void AddGenericSamples(string SqlWhereClause)
{
int idFld = m_GenericSamplesFC.FindField("GenericSamples_ID");
int fieldFld = m_GenericSamplesFC.FindField("FieldID");
int staFld = m_GenericSamplesFC.FindField("StationID");
int lblFld = m_GenericSamplesFC.FindField("Label");
int plotFld = m_GenericSamplesFC.FindField("PlotAtScale");
int locConfFld = m_GenericSamplesFC.FindField("LocationConfidenceMeters");
int notesFld = m_GenericSamplesFC.FindField("Notes");
int symbFld = m_GenericSamplesFC.FindField("RuleID");
int dsFld = m_GenericSamplesFC.FindField("DataSourceID");
IQueryFilter QF = new QueryFilterClass();
QF.WhereClause = SqlWhereClause;
IFeatureCursor theCursor = m_GenericSamplesFC.Search(QF, false);
IFeature theFeature = theCursor.NextFeature();
while (theFeature != null)
{
GenericSample anGenericSample = new GenericSample();
anGenericSample.GenericSamples_ID = theFeature.get_Value(idFld).ToString();
anGenericSample.FieldID = theFeature.get_Value(fieldFld).ToString();
anGenericSample.StationID = theFeature.get_Value(staFld).ToString();
anGenericSample.Label = theFeature.get_Value(lblFld).ToString();
bool result = int.TryParse(theFeature.get_Value(plotFld).ToString(), out anGenericSample.PlotAtScale);
result = double.TryParse(theFeature.get_Value(locConfFld).ToString(), out anGenericSample.LocationConfidenceMeters);
anGenericSample.Notes = theFeature.get_Value(notesFld).ToString();
anGenericSample.RuleID = theFeature.get_Value(symbFld).ToString();
anGenericSample.DataSourceID = theFeature.get_Value(dsFld).ToString();
anGenericSample.Shape = (IPoint)theFeature.Shape;
anGenericSample.RequiresUpdate = true;
m_GenericSamplesDictionary.Add(anGenericSample.GenericSamples_ID, anGenericSample);
theFeature = theCursor.NextFeature();
}
}
private static void Main(string[] args)
{
ServiceCollection serviceCollection = new ServiceCollection();
serviceCollection.AddLogging(builder => builder.AddConsole());
ServiceProvider buildServiceProvider = serviceCollection.BuildServiceProvider();
BasicSample basicSample = new BasicSample(new MyMemoryCache(new MemoryCache(new MemoryCacheOptions()),
buildServiceProvider.GetRequiredService <ILogger <MyMemoryCache> >()));
basicSample.Add(1, 2);
basicSample.Add(1, 2);
basicSample.Add(3, 4);
GenericSample <int, object> genericSample = new GenericSample <int, object>(
new MyMemoryCache(new MemoryCache(new MemoryCacheOptions()),
buildServiceProvider.GetRequiredService <ILogger <MyMemoryCache> >()));
genericSample.Add <string, Attribute>(1, 2, 3, 4);
genericSample.Add <string, Attribute>(1, 2, 3, 4);
genericSample.Add <string, Attribute>(5, 6, 7, 8);
}
public void SaveGenericSamples()
{
int idFld = m_GenericSamplesFC.FindField("GenericSamples_ID");
int fieldFld = m_GenericSamplesFC.FindField("FieldID");
int staFld = m_GenericSamplesFC.FindField("StationID");
int lblFld = m_GenericSamplesFC.FindField("Label");
int plotFld = m_GenericSamplesFC.FindField("PlotAtScale");
int locConfFld = m_GenericSamplesFC.FindField("LocationConfidenceMeters");
int notesFld = m_GenericSamplesFC.FindField("Notes");
int symbFld = m_GenericSamplesFC.FindField("RuleID");
int dsFld = m_GenericSamplesFC.FindField("DataSourceID");
IEditor theEditor = ArcMap.Editor;
if (theEditor.EditState == esriEditState.esriStateNotEditing)
{
theEditor.StartEditing(m_theWorkspace);
}
theEditor.StartOperation();
try
{
string updateWhereClause = "GenericSamples_ID = '";
IFeatureCursor insertCursor = m_GenericSamplesFC.Insert(true);
foreach (KeyValuePair <string, GenericSample> aDictionaryEntry in m_GenericSamplesDictionary)
{
GenericSample thisGenericSample = (GenericSample)aDictionaryEntry.Value;
switch (thisGenericSample.RequiresUpdate)
{
case true:
updateWhereClause += thisGenericSample.GenericSamples_ID + "' OR GenericSamples_ID = '";
break;
case false:
IFeatureBuffer theFeatureBuffer = m_GenericSamplesFC.CreateFeatureBuffer();
theFeatureBuffer.set_Value(idFld, thisGenericSample.GenericSamples_ID);
theFeatureBuffer.set_Value(fieldFld, thisGenericSample.FieldID);
theFeatureBuffer.set_Value(staFld, thisGenericSample.StationID);
theFeatureBuffer.set_Value(lblFld, thisGenericSample.Label);
theFeatureBuffer.set_Value(plotFld, thisGenericSample.PlotAtScale);
theFeatureBuffer.set_Value(locConfFld, thisGenericSample.LocationConfidenceMeters);
theFeatureBuffer.set_Value(notesFld, thisGenericSample.Notes);
theFeatureBuffer.set_Value(symbFld, thisGenericSample.RuleID);
theFeatureBuffer.set_Value(dsFld, thisGenericSample.DataSourceID);
theFeatureBuffer.Shape = thisGenericSample.Shape;
insertCursor.InsertFeature(theFeatureBuffer);
break;
}
}
System.Runtime.InteropServices.Marshal.ReleaseComObject(insertCursor);
theEditor.StopOperation("Insert GenericSamples");
theEditor.StartOperation();
updateWhereClause = updateWhereClause.Remove(updateWhereClause.Length - 32);
IQueryFilter QF = new QueryFilterClass();
QF.WhereClause = updateWhereClause;
IFeatureCursor updateCursor = m_GenericSamplesFC.Update(QF, false);
IFeature theFeature = updateCursor.NextFeature();
while (theFeature != null)
{
string theID = theFeature.get_Value(idFld).ToString();
GenericSample thisGenericSample = m_GenericSamplesDictionary[theID];
theFeature.set_Value(fieldFld, thisGenericSample.FieldID);
theFeature.set_Value(staFld, thisGenericSample.StationID);
theFeature.set_Value(lblFld, thisGenericSample.Label);
theFeature.set_Value(plotFld, thisGenericSample.PlotAtScale);
theFeature.set_Value(locConfFld, thisGenericSample.LocationConfidenceMeters);
theFeature.set_Value(notesFld, thisGenericSample.Notes);
theFeature.set_Value(symbFld, thisGenericSample.RuleID);
theFeature.set_Value(dsFld, thisGenericSample.DataSourceID);
theFeature.Shape = thisGenericSample.Shape;
updateCursor.UpdateFeature(theFeature);
theFeature = updateCursor.NextFeature();
}
theEditor.StopOperation("Update GenericSamples");
}
catch { theEditor.StopOperation("GenericSamples Management Failure"); }
}
public void PassingTest()
{
GenericSample testGenericSample = new GenericSample();
Assert.Equal(5, testGenericSample.Add(2, 3));
}
public void TestAdd(int x, int y)
{
GenericSample testGenericSample = new GenericSample();
Assert.Equal(5, testGenericSample.Add(x, y));
}
