public void TestMethod2()
{
List <ColumnOfOneTable> columnPlot = new List <ColumnOfOneTable>();
OrderedDictionary od = new OrderedDictionary();
ColumnOfOneTable columnOfOneTable = new ColumnOfOneTable {
columnName = "B"
, isPkey = true
, dispNo = 1
};
columnPlot.Add(columnOfOneTable);
od.Add("B", columnPlot);
/*
* foreach (DictionaryEntry de in od)
* {
* Console.WriteLine(de.Key);
* Console.WriteLine(de.Value);
* }
*/
Console.WriteLine("using potision.");
Console.WriteLine(od[getPosition("B", od)]);
Console.WriteLine("using key.");
Console.WriteLine(od["B"]);
List <ColumnOfOneTable> hoge = (List <ColumnOfOneTable>)od["B"];
Console.WriteLine(hoge[0].dispNo);
ColumnOfOneTable columnOfOneTable2 = new ColumnOfOneTable
{
columnName = "B"
, isPkey = true
, dispNo = 2
};
hoge.Add(columnOfOneTable2);
List <ColumnOfOneTable> hoge2 = (List <ColumnOfOneTable>)od["B"];
Console.WriteLine(hoge2[1].dispNo);
}
public void TestMethod3()
{
OrderedDictionary od = new OrderedDictionary();
int capacity = 3;
ColumnOfOneTable columnOfOneTable01_B = new ColumnOfOneTable
{
columnName = "B",
isPkey = true,
dispNo = 1
};
List <ColumnOfOneTable> columnPlotB = new List <ColumnOfOneTable>(capacity);
for (int i = 0; i < capacity; i++)
{
columnPlotB.Add(new ColumnOfOneTable());
}
columnPlotB[0] = columnOfOneTable01_B;
od.Add("B", columnPlotB);
ColumnOfOneTable columnOfOneTable01_C = new ColumnOfOneTable
{
columnName = "C",
isPkey = false,
dispNo = 2
};
List <ColumnOfOneTable> columnPlotC = new List <ColumnOfOneTable>(capacity);
for (int i = 0; i < capacity; i++)
{
columnPlotC.Add(new ColumnOfOneTable());
}
columnPlotC[0] = columnOfOneTable01_C;
od.Add("C", columnPlotC);
ColumnOfOneTable columnOfOneTable01_E = new ColumnOfOneTable
{
columnName = "E",
isPkey = false,
dispNo = 3
};
List <ColumnOfOneTable> columnPlotE = new List <ColumnOfOneTable>(capacity);
for (int i = 0; i < capacity; i++)
{
columnPlotE.Add(new ColumnOfOneTable());
}
columnPlotE[0] = columnOfOneTable01_E;
od.Add("E", columnPlotE);
ColumnOfOneTable columnOfOneTable02_A = new ColumnOfOneTable
{
columnName = "A",
isPkey = true,
dispNo = 1
};
List <ColumnOfOneTable> columnPlotA = new List <ColumnOfOneTable>(capacity);
for (int i = 0; i < capacity; i++)
{
columnPlotA.Add(new ColumnOfOneTable());
}
columnPlotA[1] = columnOfOneTable02_A;
//TODO:ここでAddする時点でAをBの前にinsertする必要がある。
//od.Add("A", columnPlotA);
if (od.Contains("A") == false)
{
//columnOfOneTable02_A.dispNo とおなじdispNoをodがもっている
//List<ColumnOfOneTable>の第一要素から取得。
Console.WriteLine("AとおなじdispNoをもつカラム探すロジック start");
Console.WriteLine(getColumnName(od, 0, 1));
Console.WriteLine("AとおなじdispNoをもつカラム探すロジック end");
//取得したオブジェクトのcolumnNameが文字としてcolumnOfOneTable02_A.columnName
//の大小比較。
String tempColumnName = getColumnName(od, 0, 1);
if (String.Compare("A", tempColumnName, true) < 0)
{
//小さければ、od[取得したオブジェクトのcolumnName]のまえにinsert。
Console.WriteLine("並べ替え順序において A は " + tempColumnName + " の前になります。");
}
else
{
//大きければ、od[取得したオブジェクトのcolumnName]の後ろにinsert。
Console.WriteLine("並べ替え順序において A は " + tempColumnName + " のと同じか後ろになります。");
}
}
ColumnOfOneTable columnOfOneTable02_B = new ColumnOfOneTable
{
columnName = "B",
isPkey = true,
dispNo = 2
};
List <ColumnOfOneTable> tmpColumnPlotB = (List <ColumnOfOneTable>)od["B"];
tmpColumnPlotB[1] = columnOfOneTable02_B;
ColumnOfOneTable columnOfOneTable02_F = new ColumnOfOneTable
{
columnName = "F",
isPkey = false,
dispNo = 3
};
List <ColumnOfOneTable> columnPlotF = new List <ColumnOfOneTable>(capacity);
for (int i = 0; i < capacity; i++)
{
columnPlotF.Add(new ColumnOfOneTable());
}
columnPlotF[1] = columnOfOneTable02_F;
od.Add("F", columnPlotF);
}
