public static TreeWorker <TKey, TNode, TLeaf> CreateBuilder(BaseNode <TKey> root, List <TNode> nodeList, List <TLeaf> leafList = null)
{
TreeWorker <TKey, TNode, TLeaf> worker = new TreeWorker <TKey, TNode, TLeaf>((TNode)root, nodeList, leafList);
worker.Build();
return(worker);
}
/// <summary>
/// ceshi
/// 使用方法和测试移动到 Business 项目中 在 Department更好中
/// </summary>
/// <returns></returns>
public string test()
{
// 构成节点树 的 列表形态
List <N> NL = new List <N>();
N root = new N {
ID = "1", PID = "0", Name = "root"
};
N r1 = new N {
ID = "2", PID = "1", Name = "r1-N"
};
N r2 = new N {
ID = "3", PID = "1", Name = "r2-N"
};
N r11 = new N {
ID = "4", PID = "2", Name = "r11-N"
};
N r12 = new N {
ID = "5", PID = "2", Name = "r12-N"
};
N r21 = new N {
ID = "6", PID = "3", Name = "r21-N"
};
N r61 = new N {
ID = "7", PID = "6", Name = "r61-N"
};
NL.Add(root);
NL.Add(r1);
NL.Add(r2);
NL.Add(r11);
NL.Add(r12);
NL.Add(r21);
NL.Add(r61);
// 构建叶子数据，列表形态
List <L> LL = new List <L>();
L rl = new L {
ID = "7", PID = "1", Name = "RL-L"
};
L rl1 = new L {
ID = "8", PID = "2", Name = "R1L-L"
};
L rl11 = new L {
ID = "9", PID = "4", Name = "R11L1-L"
};
L rl12 = new L {
ID = "10", PID = "4", Name = "R11L2-L"
};
L rl21 = new L {
ID = "11", PID = "6", Name = "R21L1-L"
};
LL.Add(rl);
LL.Add(rl1);
LL.Add(rl11);
LL.Add(rl12);
LL.Add(rl21);
//LL.Clear();
#region --TreeWorker 测试段--
Console.WriteLine("== TreeWorker 测试段 ==");
TreeWorker <string, N, L> w = TreeWorker <string, N, L> .CreateBuilder(root, NL, LL);
var f1 = w.FindNode(r2, (n) => n.ID == "6");
f1.Display();
var fs = w.Fathers(rl);
var fa01 = w.FindAll(new L()
{
Name = "r21-N"
}, (x, y) => x.Name == y.Name);
var fa02 = w.FindAllNode(new N()
{
Name = "r21-N"
}, (x, y) => x.Name == y.Name);
var fa03 = w.FindAllLeaf(new L()
{
Name = "R11L2-L"
}, (x, y) => x.Name == y.Name);
var fa011 = w.FindAll((x) => x.Name.Contains("11"));
var fa021 = w.FindAllNode((x) => x.Name.StartsWith("r"));
var fa031 = w.FindAllLeaf((x) => x.Name.StartsWith("R"));
#endregion
#region --TreeBuilder 和 TreePrinter 测试--
Console.WriteLine("== TreeBuilder 和 TreePrinter 测试 ==");
// 用列表 且指定 根节点，创建 树构成器
TreeBuilder <string, N, L> b = new TreeBuilder <string, N, L> {
SourceLeafList = LL, SourceNodeList = NL, TreeRoot = root
};
// 指定构成过滤器
b.BuildFilter = new testbFilter();
// 构成
b.Build();
// 测试查找
var findnode = b.FindNode(new N()
{
Name = "r61-N"
}, (x, y) => x.Name == y.Name);
findnode.Display();
//
var parents = b.FindParents(new L()
{
Name = "R21L1-L"
}, (x, y) => x.Name == y.Name);
foreach (var parent in parents)
{
parent.Display();
}
// 打印器，
TreePrinter <string, N, L> p = new TreePrinter <string, N, L> {
TreeRoot = root, PreString = DeepString
};
#endregion
// 返回打印
return(p.Print());
}
