public void SerializeCalcChainDocumentTest()
{
var calcChain = new CT_CalcChain();
{
var cell1 = new CT_CalcCell();
cell1.r = "E1";
cell1.i = 1;
calcChain.AddC(cell1);
}
{
var cell1 = new CT_CalcCell();
cell1.r = "D1";
calcChain.AddC(cell1);
}
{
var cell1 = new CT_CalcCell();
cell1.r = "C1";
calcChain.AddC(cell1);
}
using (StringWriter stream = new StringWriter())
{
CT_CalcChain_Accessor.serializer.Serialize(stream, calcChain, CT_CalcChain_Accessor.namespaces);
string expected = @"<?xml version=""1.0"" encoding=""utf-16""?>
<calcChain xmlns=""http://schemas.openxmlformats.org/spreadsheetml/2006/main"">
<c r=""E1"" i=""1"" />
<c r=""D1"" />
<c r=""C1"" />
</calcChain>";
Assert.AreEqual(expected, stream.ToString());
}
}
public void SetCalcChain(CT_CalcChain calcchain)
{
this.calcChain = calcchain;
}
internal CalcChainDocument(CT_CalcChain calcChain)
{
this.calcChain = calcChain;
}
public CalcChainDocument()
{
this.calcChain = new CT_CalcChain();
}
public void ReadFrom(XmlDocument xml)
{
CalcChainDocument doc = CalcChainDocument.Parse(xml, NamespaceManager);
chain = doc.GetCalcChain();
}
public CalculationChain()
: base()
{
chain = new CT_CalcChain();
}
public void ReadFrom(Stream is1)
{
CalcChainDocument doc = CalcChainDocument.Parse(is1);
chain = doc.GetCalcChain();
}
public void SetCalcChain(CT_CalcChain calcchain)
{
this.calcChain = calcchain;
}
internal CalcChainDocument(CT_CalcChain calcChain)
{
this.calcChain = calcChain;
}
public CalcChainDocument()
{
this.calcChain = new CT_CalcChain();
}
public static CalcChainDocument Parse(Stream stream)
{
CT_CalcChain obj = (CT_CalcChain)serializerObj.Deserialize(stream);
return(new CalcChainDocument(obj));
}
