public void TestGetResult_2()
{
var list = new List <TreeDto> {
GetNode1(), GetNode2()
};
var result = new TreeResult(list).GetResult();
//根节点
Assert.Single(result.Nodes);
var root = result.Nodes.First();
Assert.Equal(Id, root.Key);
Assert.Equal(Title, root.Title);
Assert.True(root.Disabled);
Assert.True(root.Expanded);
Assert.True(root.Checked);
Assert.True(root.DisableCheckbox);
Assert.False(root.Selectable);
Assert.True(root.Selected);
Assert.False(root.IsLeaf);
//子节点
Assert.Single(root.Children);
var child = root.Children[0];
Assert.Equal(Id2, child.Key);
Assert.Equal(Title2, child.Title);
Assert.True(child.Disabled);
Assert.True(child.Expanded);
Assert.True(child.Checked);
Assert.True(child.DisableCheckbox);
Assert.False(child.Selectable);
Assert.True(child.Selected);
Assert.True(child.IsLeaf);
}
public void TestGetResult_4()
{
var list = new List <TreeDto> {
GetNode1(), GetNode2(), GetNode3(), GetNode4()
};
var result = new TreeResult(list).GetResult();
//根节点
Assert.Equal(2, result.Nodes.Count);
var root = result.Nodes.First();
Assert.Equal(Id, root.Key);
Assert.False(root.IsLeaf);
//根节点2
var root2 = result.Nodes[1];
Assert.Equal(Id3, root2.Key);
Assert.True(root2.IsLeaf);
//子节点
Assert.Equal(2, root.Children.Count);
var child = root.Children[0];
Assert.Equal(Id2, child.Key);
Assert.True(child.IsLeaf);
//子节点2
Assert.Equal(2, root.Children.Count);
var child2 = root.Children[1];
Assert.Equal(Id4, child2.Key);
Assert.True(child2.IsLeaf);
}
public async Task <ActionResult> GetAsync([FromRoute] string path)
{
var allParams = PartitionByKey(HttpContext.Request.Query.ToDictionary(x => x.Key, x => x.Value), x => x.StartsWith("$"));
var modifiers = allParams.Item1;
var isFlatten = modifiers.TryGetValue("$flatten").Select(x => bool.Parse(x.First())).IfNone(false);
var includeErrors = modifiers.TryGetValue("$includeErrors").Select(x => bool.Parse(x.First())).IfNone(false);
var ignoreKeyTypes = modifiers.TryGetValue("$ignoreKeyTypes").Select(x => bool.Parse(x.First())).IfNone(false);
var includePaths = modifiers.TryGetValue("$include").Select(x => x.ToArray()).IfNone(new string[] {});
var translateValue = ignoreKeyTypes ? (TranslateValue)TranslateValueToString : (x => x.Value);
IReadOnlyDictionary <string, JsonValue> contextParams = allParams.Item2.ToDictionary(x => x.Key,
x => x.Value.Count == 1 ? JsonValue.NewString(x.Value.ToString()) : JsonValue.NewArray(x.Value.Map(t => JsonValue.NewString(t)).ToArray()), StringComparer.OrdinalIgnoreCase);
var identities = new IdentityHashSet(contextParams.Where(x => !x.Key.Contains(".")).Select(x => new Identity(x.Key, x.Value.AsString())));
if (!_checkAccess(User, path, identities))
{
return(Forbid());
}
GetLoadedContextByIdentityType contextProps =
identityType => key => contextParams.TryGetValue($"{identityType}.{key}");
var root = ConfigurationPath.New(path);
var query = GetQuery(root, includePaths);
var values = await _tweek.GetContextAndCalculate(query, identities, _contextDriver, contextProps);
var errors = values.Where(x => x.Value.Exception != null).ToDictionary(x => x.Key, x => x.Value.Exception.Message);
Response.Headers.Add("X-Error-Count", errors.Count.ToString());
object result = null;
if (root.IsScan)
{
var relativeData = values.Where(x => x.Value.Exception == null).ToDictionary(x => x.Key.ToRelative(root), x => x.Value);
result = !isFlatten
? TreeResult.From(relativeData, translateValue)
: relativeData.ToDictionary(x => x.Key.ToString(), x => translateValue(x.Value));
}
else if (values.TryGetValue(root, out var value) && value.Exception == null)
{
result = ignoreKeyTypes ? TranslateValueToString(value) : value.Value;
}
if (!includeErrors)
{
return(Json(result));
}
return(Json(new Dictionary <string, object> {
{ "data", result }, { "errors", errors }
}));
}
public void Test_1Node()
{
var node = new TreeNode {
Id = "1", Text = "a", Attributes = new { url = "b" }
};
_result = new TreeResult(new[] { node });
Assert.AreEqual("[{\"id\":\"1\",\"text\":\"a\",\"attributes\":{\"url\":\"b\"}}]", _result.ToString());
}
public void Test_Async_State()
{
var node = new TreeNode {
Id = "1", Text = "a"
};
_result = new TreeResult(new[] { node }, true);
Assert.AreEqual("[{\"id\":\"1\",\"text\":\"a\",\"state\":\"closed\"}]", _result.ToString());
}
public IActionResult GetTreeNodes(QueryParameter parameter)
{
var list = new List <TreeDto> {
GetNode1(), GetNode2(), GetNode3(), GetNode4(), GetNode5()
};
var result = new TreeResult(list).GetResult();
return(Success(result));
}
public void Test_2Node()
{
var node = new TreeNode {
Id = "1", Text = "a"
};
var node2 = new TreeNode {
Id = "2", Text = "b"
};
_result = new TreeResult(new[] { node, node2 });
Assert.AreEqual("[{\"id\":\"1\",\"text\":\"a\"},{\"id\":\"2\",\"text\":\"b\"}]", _result.ToString());
}
public void TestSelectedKeys()
{
var node2 = GetNode2();
node2.Selected = false;
var list = new List <TreeDto> {
GetNode1(), node2, GetNode3(), GetNode4(), GetNode5()
};
var result = new TreeResult(list).GetResult();
Assert.Equal(Id, result.SelectedKeys[0]);
Assert.Equal(Id3, result.SelectedKeys[1]);
Assert.Equal(Id4, result.SelectedKeys[2]);
}
public AggregatePingTracker(PingConfiguration config, GameAddressDetector addressDetector, GameNetwork network) : base(config, addressDetector, PingTrackerKind.Aggregate)
{
// Define trackers
this.trackerInfos = new Dictionary <string, TrackerInfo>();
RegisterTracker(COMTrackerKey, new ComponentModelPingTracker(config, addressDetector)
{
Verbose = false
});
RegisterTracker(IpHlpApiTrackerKey, new IpHlpApiPingTracker(config, addressDetector)
{
Verbose = false
});
RegisterTracker(PacketTrackerKey, new PacketPingTracker(config, addressDetector, network)
{
Verbose = false
});
// Create decision tree to solve tracker selection problem
this.decisionTree = new DecisionTree <string>(
// If COM is errored
() => TrackerIsErrored(COMTrackerKey),
// Just use IpHlpApi
pass: new DecisionTree <string>(() => TreeResult.Resolve(IpHlpApiTrackerKey)),
fail: new DecisionTree <string>(
// If difference between pings is more than 30
() => Math.Abs((long)GetTrackerRTT(COMTrackerKey) - (long)GetTrackerRTT(IpHlpApiTrackerKey)) > 30,
pass: new DecisionTree <string>(
// Use greater ping value, something's probably subtly broken
() => GetTrackerRTT(COMTrackerKey) < GetTrackerRTT(IpHlpApiTrackerKey),
pass: new DecisionTree <string>(() => TreeResult.Resolve(IpHlpApiTrackerKey)),
fail: new DecisionTree <string>(() => TreeResult.Resolve(COMTrackerKey))
),
fail: new DecisionTree <string>(
// If both of these trackers report a ping of 0
() => GetTrackerRTT(COMTrackerKey) == 0 && GetTrackerRTT(IpHlpApiTrackerKey) == 0,
// Just use packets (inaccurate)
pass: new DecisionTree <string>(() => TreeResult.Resolve(PacketTrackerKey)),
fail: new DecisionTree <string>(
// Otherwise use the lower ping value, we'll assume it's more accurate
() => GetTrackerRTT(COMTrackerKey) < GetTrackerRTT(IpHlpApiTrackerKey),
pass: new DecisionTree <string>(() => TreeResult.Resolve(COMTrackerKey)),
fail: new DecisionTree <string>(() => TreeResult.Resolve(IpHlpApiTrackerKey))
)
)
)
);
}
public void Test_2Node_Children()
{
var node = new TreeNode {
Id = "1", Text = "a", Level = 1
};
var node2 = new TreeNode {
Id = "2", ParentId = "1", Text = "b", Level = 2
};
_result = new TreeResult(new[] { node, node2 });
var expected = new Str();
expected.Add("[{\"id\":\"1\",\"text\":\"a\",");
expected.Add("\"children\":[{\"id\":\"2\",\"ParentId\":\"1\",\"text\":\"b\"}]");
expected.Add("}]");
Assert.AreEqual(expected.ToString(), _result.ToString());
}
private static async Task <List <TreeResult> > RewriteSourcesAsync(IEnumerable <Document> documents)
{
var results = new List <TreeResult>();
foreach (var document in documents)
{
var semanticModel = await document.GetSemanticModelAsync();
var tree = await document.GetSyntaxTreeAsync();
var rw = new NUnitToMSTestRewriter(semanticModel);
var result = rw.Visit(tree.GetRoot());
var treeResult = new TreeResult(tree.FilePath, tree.Encoding, result, rw.Diagnostics, rw.Changed);
results.Add(treeResult);
}
return(results);
}
private static List <TreeResult> RewriteSources(Compilation compilation)
{
var resultsLock = new object();
var results = new List <TreeResult>();
var p = Parallel.ForEach(
compilation.SyntaxTrees,
() => new List <TreeResult>(),
(tree, state, local) =>
{
if (!state.ShouldExitCurrentIteration)
{
try
{
var semanticModel = compilation.GetSemanticModel(tree);
var rw = new NUnitToMSTestRewriter(semanticModel);
var result = rw.Visit(tree.GetRoot());
var treeResult = new TreeResult(tree.FilePath, tree.Encoding, result, rw.Diagnostics, rw.Changed);
local.Add(treeResult);
}
catch (Exception ex)
{
Error(ex.ToString());
state.Stop();
}
}
return(local);
},
local =>
{
lock (resultsLock)
{
results.AddRange(local);
}
});
if (DumpDiagnostics(results) || !p.IsCompleted)
{
return(null);
}
return(results);
}
public async Task <TreeResult> GetWholeTree(int termClassId, string term, string cc, string sr, int deepLevel)
{
var termTreeModel = await GetCcTermTree(termClassId, term, cc, sr, deepLevel);
var treeItems = termTreeModel.Select(t => new TreeItem
{
Id = t.TermClassId.ToString(),
Pid = t.PId.ToString(),
Term = t.Term,
PathTerm = t.PathTerm,
Source = t.Source,
OrderIndex = t.OrderIndex
}).ToList();
var results = new TreeResult {
TreeItems = treeItems
};
return(results);
}
public void TestGetResult_1()
{
var list = new List <TreeDto> {
GetNode1()
};
var result = new TreeResult(list).GetResult();
Assert.Single(result.Nodes);
var node = result.Nodes.First();
Assert.Equal(Id, node.Key);
Assert.Equal(Title, node.Title);
Assert.True(node.Disabled, "node.IsDisabled");
Assert.True(node.Expanded, "node.IsExpanded");
Assert.True(node.Checked, "node.IsChecked");
Assert.True(node.DisableCheckbox, "node.IsDisableCheckbox");
Assert.False(node.Selectable, "node.IsSelectable");
Assert.True(node.Selected, "node.IsSelected");
Assert.True(node.IsLeaf, "node.IsLeaf");
}
public void Test_3Node_Children()
{
var node = new TreeNode {
Id = "1"
};
var node2 = new TreeNode {
Id = "2", ParentId = "1"
};
var node3 = new TreeNode {
Id = "3", ParentId = "2"
};
_result = new TreeResult(new[] { node2, node3, node });
var expected = new Str();
expected.Add("[{\"id\":\"1\",\"children\":[");
expected.Add("{\"id\":\"2\",\"ParentId\":\"1\",\"children\":[");
expected.Add("{\"id\":\"3\",\"ParentId\":\"2\"}]");
expected.Add("}]}]");
Assert.AreEqual(expected.ToString(), _result.ToString());
}
public TreeResult <MenuView> GetMenuTreeGrid()
{
var menus = base.Set();
var queryable = menus.Where(o => o.ParentId > 0)
.Select(m => new MenuView
{
Id = m.Id,
Description = m.Description,
Name = m.Name,
Url = m.Url,
Sort = m.Sort,
State = m.State,
MenuLevel = m.MenuLevel,
ParentId = m.ParentId,
SourcePath = m.SourcePath,
_parentId = m.ParentId
}).Union(menus.Where(o => o.ParentId == 0)
.Select(m => new MenuView
{
Id = m.Id,
Description = m.Description,
Name = m.Name,
Url = m.Url,
Sort = m.Sort,
State = m.State,
MenuLevel = m.MenuLevel,
ParentId = m.ParentId,
SourcePath = m.SourcePath,
_parentId = null
}));
TreeResult <MenuView> treeResult = new TreeResult <MenuView>()
{
total = menus.Count(),
rows = queryable
};
return(treeResult);
}
public async Task <ActionResult> GetAsync([FromRoute] string path)
{
var allParams = PartitionByKey(HttpContext.Request.Query.ToDictionary(x => x.Key, x => x.Value), x => x.StartsWith("$"));
var modifiers = allParams.Item1;
var isFlatten = modifiers.TryGetValue("$flatten").Select(x => bool.Parse(x.First())).IfNone(false);
var ignoreKeyTypes = modifiers.TryGetValue("$ignoreKeyTypes").Select(x => bool.Parse(x.First())).IfNone(false);
var includePaths = modifiers.TryGetValue("$include").Select(x => x.ToArray()).IfNone(new string[] {});
var translateValue = ignoreKeyTypes ? (TranslateValue)TranslateValueToString : (x => x.Value);
IReadOnlyDictionary <string, JsonValue> contextParams = allParams.Item2.ToDictionary(x => x.Key,
x => JsonValue.NewString(x.Value.ToString()), StringComparer.OrdinalIgnoreCase);
var identities = new IdentityHashSet(contextParams.Where(x => !x.Key.Contains(".")).Select(x => new Identity(x.Key, x.Value.AsString())));
if (!_checkAccess(User, path, identities))
{
return(Forbid());
}
GetLoadedContextByIdentityType contextProps =
identityType => key => contextParams.TryGetValue($"{identityType}.{key}");
var root = ConfigurationPath.New(path);
var query = GetQuery(root, includePaths);
var data = await _tweek.GetContextAndCalculate(query, identities, _contextDriver, contextProps);
if (root.IsScan)
{
var relativeData = data.ToDictionary(x => x.Key.ToRelative(root), x => x.Value);
return(Json(!isFlatten ? (TreeResult.From(relativeData, translateValue)) : relativeData.ToDictionary(x => x.Key.ToString(), x => translateValue(x.Value))));
}
return(data.Select(x => ignoreKeyTypes ? (object)x.Value.Value.AsString() : x.Value.Value)
.FirstOrNone()
.Match(x => Json(x), () => Json(null)));
}
public void TestNull()
{
_result = new TreeResult(null);
Assert.AreEqual("[]", _result.ToString());
}
public static TreeResult <T> Resolve <T>(T result)
{
return(TreeResult <T> .Resolve(result));
}