public override object ReadJson(JsonReader reader, Type objectType, object existingValue, JsonSerializer serializer) { if (reader.TokenType == JsonToken.Null) return null; var filter = new SourceFilter(); switch (reader.TokenType) { case JsonToken.Boolean: filter.Exclude = new[] { "*" }; break; case JsonToken.String: filter.Include = new [] { (string)reader.Value }; break; case JsonToken.StartArray: var include = new List<string>(); while (reader.Read() && reader.TokenType != JsonToken.EndArray) include.Add((string)reader.Value); filter.Include = include.ToArray(); break; default: serializer.Populate(reader, filter); break; } return filter; }
/// <summary>檢查此訊息是否需要寫入記錄檔,依照 <see cref="TraceListener.Filter"/> 設定為準</summary> /// <param name="source"><see cref="SourceFilter.Source"/></param> /// <param name="eventType"><see cref="EventTypeFilter.EventType"/></param> /// <returns>(True)需要寫入記錄檔 (False)不須寫入</returns> private bool IsNecessary(string source, TraceEventType eventType) { bool necessary = false; /* 判斷 Filter 是否為 EventTypeFilter */ EventTypeFilter evnFilter = Filter as EventTypeFilter; if (evnFilter != null) { /* 因 SourceLevels 與 TraceEventType 兩個 Enum 數值不同,故用單一比較 */ SourceLevels srcLv = evnFilter.EventType; necessary = srcLv.HasFlag(SourceLevels.All) || (srcLv.HasFlag(SourceLevels.Error) && eventType.HasFlag(TraceEventType.Error)) || (srcLv.HasFlag(SourceLevels.Information) && eventType.HasFlag(TraceEventType.Information)) || (srcLv.HasFlag(SourceLevels.Warning) && eventType.HasFlag(TraceEventType.Warning)) || (srcLv.HasFlag(SourceLevels.Critical) && eventType.HasFlag(TraceEventType.Critical)) || (srcLv.HasFlag(SourceLevels.Verbose) && eventType.HasFlag(TraceEventType.Verbose)); } else { /* 檢查是否為 SourceFilter */ SourceFilter srcFilter = Filter as SourceFilter; if (srcFilter != null) { necessary = srcFilter.Source == source; } } return(necessary); }
protected CaptureGraph(FilterInfo fiSource) { try { // Fgm initialization fgm = new FilgraphManagerClass(); iFG = (IFilterGraph)fgm; iGB = (IGraphBuilder)fgm; rotID = FilterGraph.AddToRot(iGB); // Create source filter and initialize it source = (SourceFilter)Filter.CreateFilter(fiSource); iGB.AddFilter(source.BaseFilter, source.FriendlyName); source.AddedToGraph(fgm); // Pass flags to the RtpRenderer filter from the config file. this.rtpRendererFlags = 0; string setting = ConfigurationManager.AppSettings[AppConfig.MDS_RtpRendererFlags]; if (!String.IsNullOrEmpty(setting)) { if (!byte.TryParse(setting, out rtpRendererFlags)) { rtpRendererFlags = 0; } } } catch (Exception) { Cleanup(); throw; } }
protected SourceFilterViewModel Find(IReadOnlyList <string> loggerNames, SourceFilterViewModel parent, int index) { if (loggerNames.Count <= index) { return(null); } var name = loggerNames[index]; var sourceFilterViewModel = parent.Children.FirstOrDefault(s => s.Name == name); if (sourceFilterViewModel == null) { var newSourceFilter = new SourceFilter(parent.sourceFilter) { Name = name }; parent.sourceFilter.Children.Add(newSourceFilter); sourceFilterViewModel = new SourceFilterViewModel(newSourceFilter, logPaneServices); parent.Children.Add(sourceFilterViewModel); } var source = Find(loggerNames, sourceFilterViewModel, index + 1); return(source ?? sourceFilterViewModel); }
/// <summary>寫入追蹤資訊、訊息、相關活動身分識別與事件資訊</summary> /// <param name="eventCache"><see cref="TraceEventCache"/> 物件,包含目前處理程序識別碼、執行緒識別碼與堆疊追蹤資訊</param> /// <param name="source">用來識別輸出的名稱,通常是產生追蹤事件的應用程式名稱</param> /// <param name="id">事件的數值識別項</param> /// <param name="message">要寫入的訊息</param> /// <param name="relatedActivityId"><see cref="Guid"/> 物件,辨識相關活動</param> public override void TraceTransfer(TraceEventCache eventCache, string source, int id, string message, Guid relatedActivityId) { SourceFilter srcFilter = Filter as SourceFilter; if (srcFilter != null && !srcFilter.Source.Equals(source)) { return; } var traceElmt = new XElement("Transfer"); traceElmt.Add(new XElement("GUID", relatedActivityId.ToString())); traceElmt.Add(new XElement("Id", id)); traceElmt.Add(new XElement("Data", message)); var caches = GetEventCache(eventCache); if (caches.Count > 0) { traceElmt.Add(new XElement("EventCache", caches)); } if (this.TraceOutputOptions.HasFlag(TraceOptions.DateTime)) { traceElmt.Add(new XAttribute("Time", eventCache.DateTime.ToLocalTime().ToString("HH:mm:ss.fff"))); } AddXElement(traceElmt); }
public List <CuocThi> GetAll(List <string> ids_ignore, string[] view_fields, string nguoi_tao, bool is_admin = false) { List <QueryContainer> must_not = new List <QueryContainer>(); List <QueryContainer> must = new List <QueryContainer>(); if (ids_ignore.Count > 0) { must_not.Add(new IdsQuery() { Values = ids_ignore.Select(x => (Id)x) });; } if (!is_admin) { if (!string.IsNullOrEmpty(nguoi_tao)) { must.Add(new TermQuery() { Field = "nguoi_tao.keyword", Value = nguoi_tao }); } } var query = new QueryContainer(new BoolQuery() { Must = must, MustNot = must_not }); var source = new SourceFilter() { Includes = view_fields }; var all = GetObjectScroll <CuocThi>(_default_index, query, source); return(all.Select(HitToDocument).ToList()); }
public override int GetHashCode() { int hashCode = -566134060; if (StateFilter != null) { hashCode += StateFilter.GetHashCode(); } if (DateTimeFilter != null) { hashCode += DateTimeFilter.GetHashCode(); } if (FulfillmentFilter != null) { hashCode += FulfillmentFilter.GetHashCode(); } if (SourceFilter != null) { hashCode += SourceFilter.GetHashCode(); } if (CustomerFilter != null) { hashCode += CustomerFilter.GetHashCode(); } return(hashCode); }
protected ConcurrentDictionary <string, T> GetDicObjectScroll <T>(string _DefaultIndex, QueryContainer query, SourceFilter so) where T : class { try { ConcurrentDictionary <string, T> bag = new ConcurrentDictionary <string, T>(); string scroll_timeout = "5m"; int scroll_pageize = 2000; if (query == null) { query = new MatchAllQuery(); } if (so == null) { so = new SourceFilter() { } } ; try { var searchResponse = client.Search <T>(sd => sd.Source(s => so).Index(_DefaultIndex).From(0).Take(scroll_pageize).Query(q => query).Scroll(scroll_timeout)); while (true) { if (!searchResponse.IsValid || string.IsNullOrEmpty(searchResponse.ScrollId)) { break; } if (!searchResponse.Documents.Any()) { break; } var tmp = searchResponse.Hits; foreach (var item in tmp) { bag.TryAdd(item.Id, item.Source); } searchResponse = client.Scroll <T>(scroll_timeout, searchResponse.ScrollId); } client.ClearScroll(new ClearScrollRequest(searchResponse.ScrollId)); } catch (Exception) { } finally { } return(bag); } catch (Exception ex) { } return(null); }
private void DisposeSource() { if (source != null) { source.Dispose(); source = null; } }
public void SourceTest() { var filter = new SourceFilter("TestSource"); Assert.Equal("TestSource", filter.Source); filter.Source = "Default"; Assert.Equal("Default", filter.Source); Assert.Throws<ArgumentNullException>(() => filter.Source = null); }
protected void ToString(List <string> toStringOutput) { toStringOutput.Add($"StateFilter = {(StateFilter == null ? "null" : StateFilter.ToString())}"); toStringOutput.Add($"DateTimeFilter = {(DateTimeFilter == null ? "null" : DateTimeFilter.ToString())}"); toStringOutput.Add($"FulfillmentFilter = {(FulfillmentFilter == null ? "null" : FulfillmentFilter.ToString())}"); toStringOutput.Add($"SourceFilter = {(SourceFilter == null ? "null" : SourceFilter.ToString())}"); toStringOutput.Add($"CustomerFilter = {(CustomerFilter == null ? "null" : CustomerFilter.ToString())}"); }
public void SourceTest() { var filter = new SourceFilter("TestSource"); Assert.Equal("TestSource", filter.Source); filter.Source = "Default"; Assert.Equal("Default", filter.Source); Assert.Throws <ArgumentNullException>(() => filter.Source = null); }
public void ShouldTraceTest() { var sourceName = "TestSource"; var cache = new TraceEventCache(); var filter = new SourceFilter(sourceName); Assert.True(filter.ShouldTrace(cache, sourceName, TraceEventType.Critical, 0, null, null, null, null)); Assert.False(filter.ShouldTrace(cache, "Default", TraceEventType.Warning, 0, null, null, null, null)); Assert.Throws<ArgumentNullException>(() => filter.ShouldTrace(cache, null, TraceEventType.Warning, 0, null, null, null, null)); }
public void ShouldTraceTest() { var sourceName = "TestSource"; var cache = new TraceEventCache(); var filter = new SourceFilter(sourceName); Assert.True(filter.ShouldTrace(cache, sourceName, TraceEventType.Critical, 0, null, null, null, null)); Assert.False(filter.ShouldTrace(cache, "Default", TraceEventType.Warning, 0, null, null, null, null)); Assert.Throws <ArgumentNullException>(() => filter.ShouldTrace(cache, null, TraceEventType.Warning, 0, null, null, null, null)); }
private void AddChild(SourceFilter child) { var childViewModel = new SourceFilterViewModel(child, logPaneServices); Children.Add(childViewModel); foreach (var subChild in child.Children) { childViewModel.AddChild(subChild); } }
public List <CuocThi> SearchByPeriod(long ngay_bd, long ngay_kt, bool is_admin = false) { List <QueryContainer> must = new List <QueryContainer>(); if (ngay_bd > 0) { var dt_ngay_thi = XMedia.XUtil.EpochToTime(ngay_bd).Date; must.Add(new LongRangeQuery() { Field = "ngay_bat_dau", GreaterThanOrEqualTo = XMedia.XUtil.TimeInEpoch(dt_ngay_thi) }); if (ngay_kt == 0) { var date = DateTimeOffset.MaxValue.Date; must.Add(new LongRangeQuery() { Field = "ngay_ket_thuc", LessThanOrEqualTo = XMedia.XUtil.TimeInEpoch(date) }); } } if (ngay_kt > 0) { var dt_ngay_thi = XMedia.XUtil.EpochToTime(ngay_kt).Date.AddSeconds(86400 - 1); must.Add(new LongRangeQuery() { Field = "ngay_ket_thuc", LessThanOrEqualTo = XMedia.XUtil.TimeInEpoch(dt_ngay_thi) }); if (ngay_bd == 0) { var date = DateTimeOffset.MinValue.Date; must.Add(new LongRangeQuery() { Field = "ngay_ket_thuc", GreaterThanOrEqualTo = XMedia.XUtil.TimeInEpoch(date) }); } } var query = new QueryContainer(new BoolQuery() { Must = must }); var source = new SourceFilter() { Includes = null }; var all = GetObjectScroll <CuocThi>(_default_index, query, source); return(all.Select(HitToDocument).ToList()); }
public bool StopRemoteControlSupport() { foreach (FireDTVSourceFilterInfo SourceFilter in _sourceFilterCollection) { if (SourceFilter.RemoteRunning) { SourceFilter.StopFireDTVRemoteControlSupport(); return(SourceFilter.RemoteRunning); } } return(false); }
/// <summary> /// 结构化查询 /// </summary> /// <typeparam name="T">查询模型类型</typeparam> /// <typeparam name="TR">查询结果模型类型</typeparam> /// <param name="searchCondition">查询条件</param> /// <returns></returns> public IEnumerable <TR> ExactValueSearch <T, TR>(IExactValueSearchCondition <T, TR> searchCondition) where T : SearchEntityBase where TR : class { var indexMappingName = IndexNameHelper.GetIndexMappingName(SetupConfig.SetupConfig.ServiceSign, searchCondition.Index); var status = this.CacheClient.GetCache <IndexOperateStatus>(indexMappingName); this.IndexOperate.CkeckIndexStatus <T>(status, indexMappingName); if (searchCondition.Selector == null) { throw new ElasticsearchException("index查询异常:未设置查询结果类型转换表达式"); } var queryContainer = searchCondition.QueryPredicate == null ? new MatchAllQuery() : searchCondition.QueryPredicate.GetQuery(); var properties = LoadFieldHelper.GetProperty(searchCondition.Selector); var sourefilter = new SourceFilter() { Includes = properties }; var searchRequest = new SearchRequest <T>(indexMappingName); searchRequest.Query = new ConstantScoreQuery() { Filter = queryContainer }; searchRequest.Source = new Union <bool, ISourceFilter>(sourefilter); if (searchCondition.Sort != null && searchCondition.Sort.Count() > 0) { searchRequest.Sort = searchCondition.Sort.Select(x => (ISort) new SortField { Field = x.Field, Order = x.isAsc ? SortOrder.Ascending : SortOrder.Descending }).ToList(); } searchRequest.Size = searchCondition.SizeNumber; searchRequest.From = searchCondition.SkipNumber; var response = this.Client.Search <T>(searchRequest); if (!response.IsValid) { throw new ElasticsearchException("index查询异常:" + response.OriginalException.Message); } return(response.Hits.Select(x => x.Source).Select(searchCondition.Selector.Compile())); }
public async Task <ConcurrentBag <IHit <T> > > BackupAndScroll <T>(string _default_index, QueryContainer query, SourceFilter so, string scroll_timeout = "5m", int scroll_pageize = 2000) where T : class { if (query == null) { query = new MatchAllQuery(); } if (so == null) { so = new SourceFilter() { } } ; ConcurrentBag <IHit <T> > bag = new ConcurrentBag <IHit <T> >(); try { var searchResponse = await client.SearchAsync <T>(sd => sd.Source(s => so).Index(_default_index).From(0).Take(scroll_pageize).Query(q => query).Scroll(scroll_timeout)); List <Task> lst_task = new List <Task>(); while (true) { if (!searchResponse.IsValid || string.IsNullOrEmpty(searchResponse.ScrollId)) { break; } if (!searchResponse.Documents.Any()) { break; } var tmp = searchResponse.Hits; foreach (var item in tmp) { bag.Add(item); } searchResponse = await client.ScrollAsync <T>(scroll_timeout, searchResponse.ScrollId); } await client.ClearScrollAsync(new ClearScrollRequest(searchResponse.ScrollId)); await Task.WhenAll(lst_task); } catch (Exception) { } finally { } return(bag); }
public async Task ReadDocumentsAsync(SourceFilter filter, ChannelWriter <List <ReplaceOneModel <BsonDocument> > > batchWriter, int batchSize, string[] keyFields, bool upsert, IDestinationDocumentFinder?documentFinder, CancellationToken token) { _logger.Debug("Creating a cursor to the source with batch size {Batch}", batchSize); using var cursor = await _collection.FindAsync( filter.ToBsonDocument(), new FindOptions <BsonDocument> { BatchSize = batchSize }, token); _logger.Debug("Started reading documents from source"); try { while (await cursor.MoveNextAsync(token)) { if (cursor.Current == null || !cursor.Current.Any()) { continue; } var currentBatch = cursor.Current.ToList(); var destinationDocuments = new Dictionary <BsonValue, BsonDocument>(); if (documentFinder != null) { var dest = await documentFinder.GetFieldsAsync(currentBatch, keyFields, token); foreach (var doc in dest) { destinationDocuments[doc["_id"]] = doc; } } var replaceModels = currentBatch.Select(srcDoc => CreateReplaceModel( destinationDocuments.TryGetValue(srcDoc["_id"], out var destDoc) ? destDoc : srcDoc, srcDoc, keyFields, upsert)) .ToList(); await batchWriter.WriteAsync(replaceModels, token); } } finally { batchWriter.Complete(); } }
public IEnumerable <string> GetAllTrangThaiBat() { List <QueryContainer> must = new List <QueryContainer>(); var source = new SourceFilter() { Includes = new string[] { "id" } }; return(GetObjectScroll <ChienDich>(_DefaultIndex, new QueryContainer(new BoolQuery() { Must = must }), source).Select(x => x.id).ToList()); }
public void Rebuild(SourceFilter rootSourceFilter) { this.sourceFilter = rootSourceFilter; Children.Clear(); foreach (var child in sourceFilter.Children) { AddChild(child); } IsSelected = false; NotifyOfPropertyChange(nameof(IsChecked)); NotifyOfPropertyChange(nameof(Name)); }
public IEnumerable <ChienDich> Overview(List <string> nguoi_tao, string[] view_fields, Dictionary <string, bool> sort_fields, int top = 10) { List <QueryContainer> must = new List <QueryContainer>(); must.Add(new TermsQuery() { Field = "nguoi_tao", Terms = nguoi_tao }); var source = new SourceFilter() { Includes = view_fields }; QueryContainer queryFilterMultikey = new QueryContainer(new BoolQuery() { Must = must }); SourceFilter soF = new SourceFilter() { Includes = view_fields }; List <ISort> sort = new List <ISort>() { }; foreach (var item in sort_fields) { sort.Add(new FieldSort() { Field = item.Key, Order = item.Value ? SortOrder.Descending : SortOrder.Ascending }); } SearchRequest request = new SearchRequest(Indices.Index(_DefaultIndex)) { TrackTotalHits = true, Query = queryFilterMultikey, Source = soF, Sort = sort, Size = top }; var re = client.Search <ChienDich>(request); return(re.Hits.Select(x => HitToDocument <ChienDich>(x))); }
/** * ==== Implicit conversion * * The `Union<TFirst,TSecond>` has implicit operators to convert from an instance of `TFirst` or `TSecond` to an * instance of `Union<TFirst,TSecond>`. This is often the easiest way of construction an instance */ public void ImplicitConversion() { Union <bool, ISourceFilter> sourceFilterFalse = false; Union <bool, ISourceFilter> sourceFilterInterface = new SourceFilter { Includes = new [] { "foo.*" } }; // hide sourceFilterFalse.Match( b => b.Should().BeFalse(), s => s.Should().BeNull()); // hide sourceFilterInterface.Match( b => b.Should().BeFalse(), s => s.Should().NotBeNull()); }
public override bool Equals(object obj) { if (obj == null) { return(false); } if (obj == this) { return(true); } return(obj is SearchOrdersFilter other && ((StateFilter == null && other.StateFilter == null) || (StateFilter?.Equals(other.StateFilter) == true)) && ((DateTimeFilter == null && other.DateTimeFilter == null) || (DateTimeFilter?.Equals(other.DateTimeFilter) == true)) && ((FulfillmentFilter == null && other.FulfillmentFilter == null) || (FulfillmentFilter?.Equals(other.FulfillmentFilter) == true)) && ((SourceFilter == null && other.SourceFilter == null) || (SourceFilter?.Equals(other.SourceFilter) == true)) && ((CustomerFilter == null && other.CustomerFilter == null) || (CustomerFilter?.Equals(other.CustomerFilter) == true))); }
protected CaptureGraph(FilterInfo fiSource) { try { // Fgm initialization fgm = new FilgraphManagerClass(); iFG = (IFilterGraph)fgm; iGB = (IGraphBuilder)fgm; rotID = FilterGraph.AddToRot(iGB); // Create source filter and initialize it source = (SourceFilter)Filter.CreateFilter(fiSource); iGB.AddFilter(source.BaseFilter, source.FriendlyName); source.AddedToGraph(fgm); } catch(Exception) { Cleanup(); throw; } }
protected CaptureGraph(FilterInfo fiSource) { try { // Fgm initialization fgm = new FilgraphManagerClass(); iFG = (IFilterGraph)fgm; iGB = (IGraphBuilder)fgm; rotID = FilterGraph.AddToRot(iGB); // Create source filter and initialize it source = (SourceFilter)Filter.CreateFilter(fiSource); iGB.AddFilter(source.BaseFilter, source.FriendlyName); source.AddedToGraph(fgm); } catch (Exception) { Cleanup(); throw; } }
public IEnumerable <User> GetAll(List <string> nguoi_tao, string[] view_fields) { List <QueryContainer> must = new List <QueryContainer>(); must.Add(new TermsQuery() { Field = "nguoi_tao", Terms = nguoi_tao }); var source = new SourceFilter() { Includes = view_fields }; if (view_fields == null) { source = new SourceFilter(); } return(GetObjectScroll <User>(_DefaultIndex, new QueryContainer(new BoolQuery() { Must = must }), source)); }
public async Task <List <string> > GetListIdJobByUser(string app_id, IEnumerable <string> ids_user) { QueryContainer qc = new QueryContainer(new TermQuery() { Field = "app_id.keyword", Value = app_id } && new TermQuery() { Field = "trang_thai", Value = TrangThai.ACTIVE } && new TermsQuery() { Field = "id_user.keyword", Terms = ids_user } ); SourceFilter so = new SourceFilter(); so.Includes = new string[] { "id_job" }; var all = await BackupAndScroll <UserJob>(_default_index, qc, so); return(all.Select(x => x.Source.id_job).Distinct().ToList()); }
public IEnumerable <TuKhoa> GetByIdChienDich(string id, string[] view_fields) { List <QueryContainer> must = new List <QueryContainer>(); must.Add(new TermQuery() { Field = "id_chien_dich.keyword", Value = id }); var source = new SourceFilter { Includes = view_fields }; if (view_fields == null) { source = new SourceFilter(); } return(GetObjectScroll <TuKhoa>(_DefaultIndex, new QueryContainer(new BoolQuery() { Must = must }), source)); }
public async Task ReadDocumentsAsync_ShouldWriteAllDocumentsIntoChannel_FilterByDate() { // Arrange var channel = Channel.CreateUnbounded <List <ReplaceOneModel <BsonDocument> > >(); var currentDate = Fixture.CreateMongoDbDate(); await _sourceCollection.InsertManyAsync(Enumerable.Range(0, 100).Select(idx => new BsonDocument { ["Modified"] = new BsonDateTime(currentDate.AddMinutes(idx)) })); var filerByDate = new SourceFilter("Modified", currentDate.AddMinutes(50)); // Act await _sut.ReadDocumentsAsync(filerByDate, channel, 10, Array.Empty <string>(), false, null, CancellationToken.None); // Assert var actual = await ReadDocumentsFromChannelAsync(channel); var existing = _sourceCollection.Find(filerByDate.ToBsonDocument()).ToList(); actual.Should().BeEquivalentTo(existing); }
public List <ChungChi> GetAll(List <string> ids_ignore, string[] view_fields) { List <QueryContainer> must_not = new List <QueryContainer>(); if (ids_ignore.Count > 0) { must_not.Add(new IdsQuery() { Values = ids_ignore.Select(x => (Id)x) });; } var query = new QueryContainer(new BoolQuery() { MustNot = must_not }); var source = new SourceFilter() { Includes = view_fields }; var all = GetObjectScroll <ChungChi>(_default_index, query, source); return(all.Select(HitToDocument).ToList()); }
public async Task <List <string> > GetListIdCongTyByIdJob(string app_id, IEnumerable <string> ids_job) { QueryContainer qc = new QueryContainer(new TermQuery() { Field = "app_id.keyword", Value = app_id } && new TermQuery() { Field = "trang_thai", Value = TrangThai.ACTIVE } && new IdsQuery() { Values = ids_job.Select(x => (Id)x) } ); SourceFilter so = new SourceFilter(); so.Includes = new string[] { "cong_ty.id_cong_ty" }; var all = await BackupAndScroll <Job>(_default_index, qc, so); return(all.Where(o => !string.IsNullOrEmpty(o.Source.cong_ty.id_cong_ty)).Select(x => x.Source.cong_ty.id_cong_ty).Distinct().ToList()); }
public List <TuKhoa> GetTuKhoaTheoChienDich(IEnumerable <string> ids_chien_dich) { List <TuKhoa> lst_tu_khoa = new List <TuKhoa>(); List <QueryContainer> must = new List <QueryContainer>(); must.Add(new TermsQuery() { Field = "id_chien_dich.keyword", Terms = ids_chien_dich }); must.Add(new TermQuery() { Field = "trang_thai", Value = TrangThaiTuKhoa.BAT }); must.Add(new TermQuery() { Field = "trang_thai_quang_cao", Value = TrangThaiQuangCao.BAT }); must.Add(new TermQuery() { Field = "trang_thai_chien_dich", Value = TrangThaiChienDich.BAT }); var source = new SourceFilter() { Includes = new string[] { "tu_khoa", "kieu_doi_sanh", "id_chien_dich" } }; lst_tu_khoa = GetObjectScroll <TuKhoa>(_DefaultIndex, new QueryContainer(new BoolQuery() { Must = must }), source).ToList(); return(lst_tu_khoa); }
protected CaptureGraph(FilterInfo fiSource) { try { // Fgm initialization fgm = new FilgraphManagerClass(); iFG = (IFilterGraph)fgm; iGB = (IGraphBuilder)fgm; rotID = FilterGraph.AddToRot(iGB); // Create source filter and initialize it source = (SourceFilter)Filter.CreateFilter(fiSource); iGB.AddFilter(source.BaseFilter, source.FriendlyName); source.AddedToGraph(fgm); // Pass flags to the RtpRenderer filter from the config file. this.rtpRendererFlags = 0; string setting = ConfigurationManager.AppSettings[AppConfig.MDS_RtpRendererFlags]; if (!String.IsNullOrEmpty(setting)) { if (!byte.TryParse(setting,out rtpRendererFlags)) { rtpRendererFlags = 0; } } } catch(Exception) { Cleanup(); throw; } }
private void DisposeSource() { if(source != null) { source.Dispose(); source = null; } }
public void Update() { m_SourceFilter = new SourceFilter(); var rgbInput = m_SourceFilter.Transform(x => new RgbFilter(x)); m_Filter = Chain .CreateSafeFilter(rgbInput) .SetSize(Renderer.TargetSize) .Compile(); m_Filter.Initialize(); }
public void ConstructorTest() { var filter = new SourceFilter("TestSource"); Assert.Equal("TestSource", filter.Source); }