public void StoreObject(object key, object obj)
{
object oid = m_xmlsc.GetOidForObject(obj);
XmlNode node = m_xmlsc.CreateEmptyNode(key.ToString(), m_type, oid);
m_xmlsc.CurrentNode.AppendChild(node);
m_xmlsc.PushNode(node);
DictionaryEntry de = (DictionaryEntry)obj;
m_xmlsc.StoreObject("key", de.Key);
m_xmlsc.StoreObject("Value", de.Value);
m_xmlsc.PopNode();
}
public void StoreObject(object key, object obj)
{
object oid = m_xmlsc.GetOidForObject(obj);
XmlNode node = m_xmlsc.CreateEmptyNode(key.ToString(), obj.GetType(), oid);
m_xmlsc.CurrentNode.AppendChild(node);
m_xmlsc.PushNode(node);
Delegate del = (Delegate)obj;
m_xmlsc.StoreObject("Target", del.Target);
m_xmlsc.StoreObject("Method", del.Method.Name);
m_xmlsc.PopNode();
}
public void SerializeTo(XmlSerializationContext xmlsc)
{
xmlsc.StoreObject("Child1", m_child1);
xmlsc.StoreObject("Child2", m_child2);
xmlsc.StoreObject("Name", m_name);
xmlsc.StoreObject("Age", m_age);
xmlsc.StoreObject("Married", m_married);
xmlsc.StoreObject("Birthday", m_birthday);
xmlsc.StoreObject("TimeSpan", m_ts);
xmlsc.StoreObject("Hashtable", m_ht);
xmlsc.StoreObject("ArrayList", m_al);
}
[TestMethod] public void TestPersistenceBasics()
{
XmlSerializationContext xsc = new XmlSerializationContext();
MyTestObject mto2 = new MyTestObject("Gary", 3.1, null);
MyTestObject mto = new MyTestObject("Bill", 6.2,
new MyTestObject("Bob", 12.4,
new MyTestObject("Steve", 24.8,
new MyTestObject("Dave", 48.1,
new MyTestObject("Sally", 96.2,
new MyTestObject("Rufus", 186.9,
null))))));
Debug.WriteLine("Setting " + mto.Child1.Child1.Name + "'s child2 to " + mto2.Name);
mto.Child1.Child1.Child2 = mto2;
Debug.WriteLine("Setting " + mto.Child1.Name + "'s child2 to " + mto2.Name);
mto.Child1.Child2 = mto2;
xsc.StoreObject("MTO", mto);
xsc.Save(Highpoint.Sage.Utility.DirectoryOperations.GetAppDataDir() + "foo.xml");
xsc.Reset();
xsc.Load(Highpoint.Sage.Utility.DirectoryOperations.GetAppDataDir() + "foo.xml");
MyTestObject mto3 = (MyTestObject)xsc.LoadObject("MTO");
xsc = new XmlSerializationContext();
xsc.StoreObject("MTO", mto3);
xsc.Save(Highpoint.Sage.Utility.DirectoryOperations.GetAppDataDir() + "foo2.xml");
}
public void StoreObject(object key, object obj) // TODO: Array of primitives - more compact format.
{
object oid = m_xmlsc.GetOidForObject(obj);
XmlNode node = m_xmlsc.CreateEmptyNode(key.ToString(), m_type, oid);
m_xmlsc.CurrentNode.AppendChild(node);
m_xmlsc.PushNode(node);
Array array = (Array)obj;
int rank = array.Rank;
int[] lengths = new int[rank];
for (int i = 0; i < rank; i++)
{
lengths[i] = array.GetLength(i);
}
m_xmlsc.StoreObject("ElementType", array.GetType());
if (rank > 1)
{
m_xmlsc.StoreObject("Lengths", lengths);
}
else
{
m_xmlsc.StoreObject("Length", lengths[0]);
}
int[] indices = new int[rank];
Array.Clear(indices, 0, rank);
int ndx = 0;
while (ndx < rank)
{
ndx = 0;
string ndxStr = GetNdxString(indices);
m_xmlsc.StoreObject(ndxStr, array.GetValue(indices));
while ((ndx < indices.Length) && (++indices[ndx]) == lengths[ndx])
{
indices[ndx] = 0;
ndx++;
}
}
m_xmlsc.PopNode();
}
public void StoreObject(object key, object obj)
{
object oid = m_xmlsc.GetOidForObject(obj);
XmlNode node = m_xmlsc.CreateEmptyNode(key.ToString(), m_type, oid);
m_xmlsc.CurrentNode.AppendChild(node);
m_xmlsc.PushNode(node);
ArrayList al = (ArrayList)obj;
m_xmlsc.StoreObject("NumEntries", al.Count);
int i = 0;
foreach (object entry in al)
{
m_xmlsc.StoreObject("Val_" + i, entry);
i++;
}
m_xmlsc.PopNode();
}
public void StoreObject(object key, object obj)
{
object oid = m_xmlsc.GetOidForObject(obj);
XmlNode node = m_xmlsc.CreateEmptyNode(key.ToString(), obj.GetType(), oid);
m_xmlsc.CurrentNode.AppendChild(node);
m_xmlsc.PushNode(node);
m_xmlsc.StoreObject(key, obj.ToString());
m_xmlsc.PopNode();
}
[TestMethod] public void TestPersistenceChemistryStorage()
{
BasicReactionSupporter brs = new BasicReactionSupporter();
Initialize(brs);
XmlSerializationContext xsc = new XmlSerializationContext();
xsc.StoreObject("Chemistry", brs);
xsc.Save(Highpoint.Sage.Utility.DirectoryOperations.GetAppDataDir() + "chemistry.xml");
}
public void StoreObject(object key, object obj)
{
object oid = m_xmlsc.GetOidForObject(obj);
XmlNode node = m_xmlsc.CreateEmptyNode(key.ToString(), m_type, oid);
m_xmlsc.CurrentNode.AppendChild(node);
m_xmlsc.PushNode(node);
Hashtable ht = (Hashtable)obj;
m_xmlsc.StoreObject("NumEntries", ht.Count);
int i = 0;
foreach (DictionaryEntry de in ht)
{
m_xmlsc.StoreObject("Key_" + i, de.Key);
m_xmlsc.StoreObject("Val_" + i, de.Value);
i++;
}
m_xmlsc.PopNode();
}
[TestMethod] public void TestPersistenceWaterStorage()
{
MaterialType mt = new MaterialType(null, "Water", Guid.NewGuid(), 1.234, 4.05, MaterialState.Liquid, 18.0, 1034);
BasicReactionSupporter brs = new BasicReactionSupporter();
brs.MyMaterialCatalog.Add(mt);
IMaterial water = mt.CreateMass(1500, 35);
XmlSerializationContext xsc = new XmlSerializationContext();
xsc.StoreObject("Water", water);
xsc.Save(Highpoint.Sage.Utility.DirectoryOperations.GetAppDataDir() + "water.xml");
xsc.Reset();
xsc.StoreObject("MC", brs.MyMaterialCatalog);
xsc.Save(Highpoint.Sage.Utility.DirectoryOperations.GetAppDataDir() + "mc.xml");
}
