public void SerializeMap_UpdateAfterSaving_WithLargeObject()
{
const string fileName = "MapZapTest3.mm";
var sut = new MapZipSerializer();
var tree = new PersistenceManager().NewTree();
var root = new MapNode(tree, "Center");
new MapNode(root, "c1");
new MapNode(root, "c2");
new MapNode(root, "c3");
tree.SetLargeObject("1", new BytesLob(new byte[100]));
sut.SerializeMap(tree, fileName, false);
new MapNode(root, "c4");
new MapNode(root, "c5");
tree.SetLargeObject("2", new BytesLob(new byte[200]));
sut.SerializeMap(tree, fileName, false);
var tree2 = new MapTree();
sut.DeserializeMap(tree2, fileName);
Assert.AreEqual(5, tree2.RootNode.ChildNodes.Count());
Assert.AreEqual(100, sut.DeserializeLargeObject <BytesLob>(fileName, "1").Bytes.Length);
Assert.AreEqual(200, sut.DeserializeLargeObject <BytesLob>(fileName, "2").Bytes.Length);
}
public void DeserializeMap_LargeObject()
{
var sut = new MapZipSerializer();
var data = sut.DeserializeLargeObject <BytesLob>(@"Resources\New Format with Images.mm", "33046437-1659-4d39-91dd-5a420e7c4852.png");
Assert.IsTrue(data.Bytes.Length > 1000);
}
public void SerializeMap_UpdateAfterSaving_WithLargeObject()
{
var lobs = new List <KeyValuePair <string, ILargeObject> >();
var sut = new MapZipSerializer();
var tree = new PersistenceManager().NewTree();
var root = new MapNode(tree, "Center");
new MapNode(root, "c1");
new MapNode(root, "c2");
new MapNode(root, "c3");
tree.SetLargeObject("1", new BytesLob(new byte[100]));
sut.SerializeMap(tree, "MapZapTest2.mm", false);
new MapNode(root, "c4");
new MapNode(root, "c5");
tree.SetLargeObject("2", new BytesLob(new byte[200]));
sut.SerializeMap(tree, "MapZapTest2.mm", false);
var tree2 = new MapTree();
sut.DeserializeMap(tree2, "MapZapTest2.mm");
Assert.AreEqual(5, tree2.RootNode.ChildNodes.Count());
Assert.AreEqual(100, sut.DeserializeLargeObject <BytesLob>("MapZapTest2.mm", "1").Bytes.Length);
Assert.AreEqual(200, sut.DeserializeLargeObject <BytesLob>("MapZapTest2.mm", "2").Bytes.Length);
}
public void SerializeMap()
{
var sut = new MapZipSerializer();
var tree = new PersistenceManager().NewTree();
var root = new MapNode(tree, "Center");
new MapNode(root, "c1");
new MapNode(root, "c2");
new MapNode(root, "c3");
sut.SerializeMap(tree, "MapZapTest1.mm", false);
var tree2 = new MapTree();
sut.DeserializeMap(tree2, "MapZapTest1.mm");
Assert.AreEqual(3, tree2.RootNode.ChildNodes.Count());
}
public void SerializeMap_UpdateAfterSaving()
{
var sut = new MapZipSerializer();
var tree = new MapTree();
var root = new MapNode(tree, "Center");
new MapNode(root, "c1");
new MapNode(root, "c2");
new MapNode(root, "c3");
sut.SerializeMap(tree, null, "MapZapTest2.mm", false);
new MapNode(root, "c4");
new MapNode(root, "c5");
sut.SerializeMap(tree, null, "MapZapTest2.mm", false);
var tree2 = new MapTree();
sut.DeserializeMap(tree2, "MapZapTest2.mm");
Assert.AreEqual(5, tree2.RootNode.ChildNodes.Count());
}
public void DeserializeMap_ZipFileWithImages()
{
var sut = new MapZipSerializer();
sut.DeserializeMap(new MapTree(), @"Resources\New Format with Images.mm");
}
public void DeserializeMap_ZipMapFile()
{
var sut = new MapZipSerializer();
sut.DeserializeMap(new MapTree(), @"Resources\New Format.mm");
}
public void DeserializeMap_XmlMapFile()
{
var sut = new MapZipSerializer();
sut.DeserializeMap(new MapTree(), @"Resources\Sample Map.mm");
}
