private void InitTechnologyCountAnalysisResult()
{
technologyCountAnalysisResult = new TechnologyCountAnalysisResult {
Date = DateTime.Now,
TagGroups = TagGroups.GetAllTaggGroups()
};
}
private static TagGroups ReadTagGroups(string pathToTagGroups)
{
var path = Path.Combine(Directory.GetCurrentDirectory(), pathToTagGroups);
var tagGroups = new TagGroups();
var groups = new StreamReader(path)
.ReadToEnd()
.Split(';')
.Where(line => !string.IsNullOrEmpty(line));
foreach (var group in groups)
{
var items = group.Split(' ');
var name = items[0];
var freq = items[1]
.Replace('.', ',')
.Split('-')
.Select(double.Parse)
.ToArray();
var size = items[2]
.Split('x')
.Select(int.Parse)
.ToArray();
tagGroups.AddSizeGroup(name, new FrequencyGroup(freq[0], freq[1]), new Size(size[0], size[1]));
}
return(tagGroups);
}
public void Should_normalize_tags()
{
A.CallTo(() => tagService.GetTagIdsAsync(appId.Id, TagGroups.Schemas(schemaId.Id), A <HashSet <string> > .That.Contains("name1")))
.Returns(new Dictionary <string, string> {
["name1"] = "id1"
});
var source = FilterBuilder.Eq("data.tags2.iv", "name1");
var result = FilterTagTransformer.Transform(source, appId.Id, schema, tagService);
Assert.Equal("data.tags2.iv == 'id1'", result.ToString());
}
/// <summary>
/// The main operation filter that will map every <see cref="ApiDefinitionAttribute"/>.
/// </summary>
/// <param name="context">The processor context, this is given by the AddOperationFilter method.</param>
/// <returns>This always return <c>true</c> since it should not remove operations.</returns>
public static bool OperationFilter(OperationProcessorContext context)
{
ApiDefinitionAttribute def = context.ControllerType.GetCustomAttribute <ApiDefinitionAttribute>();
string name = def?.Name ?? context.ControllerType.Name;
ApiDefinitionAttribute methodOverride = context.MethodInfo.GetCustomAttribute <ApiDefinitionAttribute>();
if (methodOverride != null)
{
name = methodOverride.Name;
}
context.OperationDescription.Operation.Tags.Add(name);
if (context.Document.Tags.All(x => x.Name != name))
{
context.Document.Tags.Add(new OpenApiTag
{
Name = name,
Description = context.ControllerType.GetXmlDocsSummary()
});
}
if (def?.Group == null)
{
return(true);
}
context.Document.ExtensionData ??= new Dictionary <string, object>();
context.Document.ExtensionData.TryAdd("x-tagGroups", new List <TagGroups>());
List <TagGroups> obj = (List <TagGroups>)context.Document.ExtensionData["x-tagGroups"];
TagGroups existing = obj.FirstOrDefault(x => x.Name == def.Group);
if (existing != null)
{
if (!existing.Tags.Contains(def.Name))
{
existing.Tags.Add(def.Name);
}
}
else
{
obj.Add(new TagGroups
{
Name = def.Group,
Tags = new List <string> {
def.Name
}
});
}
return(true);
}
/// <summary>
/// Initializes a new instance of the <see cref="GroupDialog"/> class.
/// </summary>
public GroupDialog()
{
InitializeComponent();
//Add
foreach (string tagGroup in TagGroups.GetTagGroups())
{
tagGroupComboBox.Items.Add(tagGroup);
}
//Select
tagGroupComboBox.SelectedIndex = 0;
}
public void Refresh()
{
TagGroups.Clear();
LocalDatabase.AutoTags.Load();
LocalDatabase.UserTags.Load();
LocalDatabase.Aliases.Load();
LocalDatabase.FavoriteTags.Load();
LocalDatabase.PageTags.Load();
TagGroups.Add(GetNode("Auto Tags", LocalDatabase.AutoTags.Local.GroupBy(i => i.Tag, StringComparer.OrdinalIgnoreCase)));
TagGroups.Add(GetNode("User Tags", LocalDatabase.UserTags.Local.GroupBy(i => i.Tag, StringComparer.OrdinalIgnoreCase)));
TagGroups.Add(GetNode("Aliases", LocalDatabase.Aliases.Local.GroupBy(i => i.Name, StringComparer.OrdinalIgnoreCase)));
TagGroups.Add(GetNodeForFavoriteTags());
}
public override FilterNode <ClrValue>?Visit(CompareFilter <ClrValue> nodeIn)
{
if (nodeIn.Value.Value is string stringValue && IsDataPath(nodeIn.Path) && IsTagField(nodeIn.Path))
{
var tagNames = Task.Run(() => tagService.GetTagIdsAsync(appId, TagGroups.Schemas(schema.Id), HashSet.Of(stringValue))).Result;
if (tagNames.TryGetValue(stringValue, out var normalized))
{
return(new CompareFilter <ClrValue>(nodeIn.Path, nodeIn.Operator, normalized));
}
}
return(nodeIn);
}
public override FilterNode Visit(FilterComparison nodeIn)
{
if (nodeIn.Rhs.Value is string stringValue && IsDataPath(nodeIn.Lhs) && IsTagField(nodeIn.Lhs))
{
var tagNames = Task.Run(() => tagService.GetTagIdsAsync(appId, TagGroups.Schemas(schema.Id), HashSet.Of(stringValue))).Result;
if (tagNames.TryGetValue(stringValue, out var normalized))
{
return(new FilterComparison(nodeIn.Lhs, nodeIn.Operator, new FilterValue(normalized)));
}
}
return(nodeIn);
}
static void Main(string[] args)
{
if (!IsInputCorrect(args))
{
return;
}
var pathToWords = args[0];
var pathToPicture = args[1];
var tagGroups = new TagGroups();
if (args.Length > 2)
{
tagGroups = ReadTagGroups(args[2]);
}
else
{
tagGroups.AddSizeGroup("Big", new FrequencyGroup(0.9, 1), new Size(80, 150));
tagGroups.AddSizeGroup("Average", new FrequencyGroup(0.6, 0.9), new Size(60, 100));
tagGroups.AddSizeGroup("Small", new FrequencyGroup(0, 0.6), new Size(30, 50));
}
var settings = DrawSettings.WordsInRectangles;
if (args.Length > 3)
{
settings = (DrawSettings)(int.Parse(args[3]) % 4);
}
var spiral = new Spiral();
var cloud = new CircularCloudLayouter(spiral);
var visualizer = new CloudVisualizer.CloudVisualizer
{
Settings = settings
};
var cloudItems = new TagReader(tagGroups)
.GetTags(pathToWords)
.Select(tag => new CloudItem(tag.Word, cloud.PutNextRectangle(tag.Size)))
.ToArray();
var picture = visualizer.CreatePictureWithItems(cloudItems);
picture.Save(Path.Combine(Directory.GetCurrentDirectory(), $"{pathToPicture}.png"));
}
/// <summary>
/// Adds the tag group and calculates the tag indexes.
/// </summary>
public void AddGroup(TagGroup tagGroup)
{
int tagIndex = deviceTags.Count;
TagGroups.Add(tagGroup);
foreach (DeviceTag deviceTag in tagGroup.DeviceTags)
{
deviceTag.Index = tagIndex++;
deviceTags.Add(deviceTag);
if (!string.IsNullOrEmpty(deviceTag.Code) && !tagByCode.ContainsKey(deviceTag.Code))
{
tagByCode.Add(deviceTag.Code, deviceTag);
}
}
}
public async Task Should_normalize_tags_with_old_data()
{
var newData = GenerateData("n_raw");
var oldData = GenerateData("o_raw");
A.CallTo(() => tagService.NormalizeTagsAsync(appId, TagGroups.Schemas(schemaId),
A <HashSet <string> > .That.Is("n_raw2_1", "n_raw2_2", "n_raw4"),
A <HashSet <string> > .That.Is("o_raw2_1", "o_raw2_2", "o_raw4")))
.Returns(new Dictionary <string, string>
{
["n_raw2_2"] = "id2_2",
["n_raw2_1"] = "id2_1",
["n_raw4"] = "id4"
});
await tagService.NormalizeAsync(appId, schemaId, schema, newData, oldData);
Assert.Equal(JsonValue.Array("id2_1", "id2_2"), newData["tags2"] !["iv"]);
public async Task Should_denormalize_tags()
{
var newData = GenerateData("id");
A.CallTo(() => tagService.NormalizeTagsAsync(appId, TagGroups.Schemas(schemaId),
A <HashSet <string> > .That.IsSameSequenceAs("id2_1", "id2_2", "id4"),
A <HashSet <string> > .That.IsEmpty()))
.Returns(new Dictionary <string, string>
{
["id2_2"] = "name2_2",
["id2_1"] = "name2_1",
["id4"] = "name4"
});
await tagService.NormalizeAsync(appId, schemaId, schema, newData, null);
Assert.Equal(new JArray("name2_1", "name2_2"), newData["tags2"]["iv"], JTokenEqualityComparer);
Assert.Equal(new JArray("name4"), newData["array"]["iv"][0]["nestedTags2"], JTokenEqualityComparer);
}
public async Task Should_normalize_tags_without_old_data()
{
var newData = GenerateData("name");
A.CallTo(() => tagService.NormalizeTagsAsync(appId, TagGroups.Schemas(schemaId),
A <HashSet <string> > .That.IsSameSequenceAs("name2_1", "name2_2", "name4"),
A <HashSet <string> > .That.IsEmpty()))
.Returns(new Dictionary <string, string>
{
["name2_2"] = "id2_2",
["name2_1"] = "id2_1",
["name4"] = "id4"
});
await tagService.NormalizeAsync(appId, schemaId, schema, newData, null);
Assert.Equal(JsonValue.Array("id2_1", "id2_2"), newData["tags2"]["iv"]);
Assert.Equal(JsonValue.Array("id4"), GetNestedTags(newData));
}