public void TreeViewMapping()
{
List <Category> list = new List <Category> {
Init.CreateCategory1(), Init.CreateCategory2()
};
TreeViewMapping tvm = new TreeViewMapping(list);
string fileName = SerializeObject(tvm, "TreeViewMapping");
TreeViewMapping desTvm = DeserializeObject <TreeViewMapping>(fileName);
Assert.IsTrue(tvm == desTvm);
}
public void SetUpTree(TreeViewMapping tvm)
{
if (TreeViewAccounting.InvokeRequired)
{
DelegateTreeWithInput d = new DelegateTreeWithInput(SetUpTree);
this.Invoke(d, new object[] { tvm });
}
else
{
TreeViewAccounting.SetUpTree(tvm);
}
}
public void SetUpTree(TreeViewMapping tvm)
{
Reset();
foreach (TreeViewMappingElement itemC in tvm)
{
string path_C = itemC.Name;
TreeNode treeNodeC = new TreeNode(itemC.Name)
{
Tag = new NodeAddress(NodeType.Category, path_C)
};
path_C += NodeAddress.Separator;
foreach (var itemI in itemC)
{
string path_I = path_C + itemI.Name;
TreeNode treeNodeI = new TreeNode(itemI.Name)
{
Tag = new NodeAddress(NodeType.Institution, path_I)
};
path_I += NodeAddress.Separator;
foreach (var itemA in itemI)
{
string path_A = path_I + itemA.Name;
TreeNode treeNodeA = new TreeNode(itemA.Name)
{
Tag = new NodeAddress(NodeType.Account, path_A)
};
treeNodeI.Nodes.Add(treeNodeA);
}
if (itemI.Expand)
{
treeNodeI.Expand();
}
treeNodeC.Nodes.Add(treeNodeI);
}
if (itemC.Expand)
{
treeNodeC.Expand();
}
Nodes.Add(treeNodeC);
}
}
