public async Task AddBackingFieldWhenNameCollision() { var testCode = @" namespace RoslynSandbox { public class Foo { private int value; public int Value { get; set; } } }"; var sln = CodeFactory.CreateSolution(testCode); var editor = await DocumentEditor.CreateAsync(sln.Projects.First().Documents.First()).ConfigureAwait(false); var property = editor.OriginalRoot.SyntaxTree.FindPropertyDeclaration("Value"); var field = editor.AddBackingField(property, usesUnderscoreNames: false, cancellationToken: CancellationToken.None); Assert.AreEqual("privateint value_;", field.ToFullString()); var expected = @" namespace RoslynSandbox { public class Foo { private int value; private int value_; public int Value { get; set; } } }"; CodeAssert.AreEqual(expected, editor.GetChangedDocument()); }
public SiteMapNode(System.Web.SiteMapProvider provider, CodeFactory.Web.Core.IPublishable<Guid> node) : base(provider, node.ID.ToString(), node.RelativeLink, node.Title, node.Description) { _node = node; this.Roles = !_node.ID.Equals(Guid.Empty) && _node.Roles.Count > 0 ? _node.Roles : new List<string>(new string[] { "*" }); }
public void CreateSolutionFromClassLibrary1() { Assert.AreEqual(true, ProjectFile.TryFind("ClassLibrary1.csproj", out var projectFile)); var solution = CodeFactory.CreateSolution( projectFile, new[] { new FieldNameMustNotBeginWithUnderscore(), }, CreateMetadataReferences(typeof(object))); Assert.AreEqual("ClassLibrary1", solution.Projects.Single().Name); var expected = new[] { "AllowCompilationErrors.cs", "AssemblyInfo.cs", "ClassLibrary1Class1.cs", }; var actual = solution.Projects .SelectMany(p => p.Documents) .Select(d => d.Name) .OrderBy(x => x) .ToArray(); //// ReSharper disable UnusedVariable for debug. var expectedString = string.Join(Environment.NewLine, expected); var actualString = string.Join(Environment.NewLine, actual); //// ReSharper restore UnusedVariable CollectionAssert.AreEqual(expected, actual); }
public void SingleClassNoErrorAnalyzer() { var code = @" namespace RoslynSandbox { class Foo { } }"; var analyzer = new NoErrorAnalyzer(); AnalyzerAssert.Valid <NoErrorAnalyzer>(code); AnalyzerAssert.Valid(typeof(NoErrorAnalyzer), code); AnalyzerAssert.Valid(analyzer, code); AnalyzerAssert.Valid(analyzer, code, CodeFactory.DefaultCompilationOptions(analyzer, AnalyzerAssert.SuppressedDiagnostics), AnalyzerAssert.MetadataReferences); AnalyzerAssert.Valid(analyzer, new[] { code }, CodeFactory.DefaultCompilationOptions(analyzer, AnalyzerAssert.SuppressedDiagnostics), AnalyzerAssert.MetadataReferences); var descriptor = NoErrorAnalyzer.Descriptor; AnalyzerAssert.Valid <NoErrorAnalyzer>(descriptor, code); AnalyzerAssert.Valid(typeof(NoErrorAnalyzer), descriptor, code); AnalyzerAssert.Valid(analyzer, descriptor, code); AnalyzerAssert.Valid <NoErrorAnalyzer>(new[] { descriptor }, code); AnalyzerAssert.Valid(typeof(NoErrorAnalyzer), new[] { descriptor }, code); AnalyzerAssert.Valid(analyzer, new[] { descriptor }, code); }
public static async Task AddEventFieldDeclarationSyntax() { var code = @" namespace N { public abstract class C { public int Filed1 = 1; private int filed1; public C() { } private C(int i) { } public int P1 { get; set; } public void M1() { } } }"; var sln = CodeFactory.CreateSolution(code); var editor = await DocumentEditor.CreateAsync(sln.Projects.First().Documents.First()).ConfigureAwait(false); var eventDeclaration = (EventFieldDeclarationSyntax)editor.Generator.EventDeclaration("SomeEvent", SyntaxFactory.ParseTypeName("System.EventHandler"), Accessibility.Public); var containingType = editor.OriginalRoot.SyntaxTree.FindClassDeclaration("C"); _ = editor.AddEvent(containingType, eventDeclaration); var expected = @" namespace N { public abstract class C { public int Filed1 = 1; private int filed1; public C() { } private C(int i) { } public event System.EventHandler SomeEvent; public int P1 { get; set; } public void M1() { } } }"; CodeAssert.AreEqual(expected, editor.GetChangedDocument()); }
public void CreateSolutionFromProjectFile() { Assert.AreEqual(true, ProjectFile.TryFind(ExecutingAssemblyDll, out var projectFile)); var solution = CodeFactory.CreateSolution( projectFile, new[] { new FieldNameMustNotBeginWithUnderscore(), }, CreateMetadataReferences(typeof(object))); Assert.AreEqual(Path.GetFileNameWithoutExtension(ExecutingAssemblyDll.FullName), solution.Projects.Single().Name); var expected = projectFile.Directory .EnumerateFiles("*.cs", SearchOption.AllDirectories) .Where(f => !f.DirectoryName.Contains("bin")) .Where(f => !f.DirectoryName.Contains("obj")) .Select(f => f.Name) .OrderBy(x => x) .ToArray(); var actual = solution.Projects .SelectMany(p => p.Documents) .Select(d => d.Name) .OrderBy(x => x) .ToArray(); //// ReSharper disable UnusedVariable for debug. var expectedString = string.Join(Environment.NewLine, expected); var actualString = string.Join(Environment.NewLine, actual); //// ReSharper restore UnusedVariable CollectionAssert.AreEqual(expected, actual); }
public void CreateSolutionFromWpfApp1() { Assert.AreEqual(true, ProjectFile.TryFind("WpfApp1.csproj", out var projectFile)); var solution = CodeFactory.CreateSolution( projectFile, new[] { new FieldNameMustNotBeginWithUnderscore(), }, CreateMetadataReferences(typeof(object))); Assert.AreEqual("WpfApp1", solution.Projects.Single().Name); var expected = new[] { "App.xaml.cs", "AssemblyInfo.cs", "Class1.cs", "MainWindow.xaml.cs", "Resources.Designer.cs", "Settings.Designer.cs", "UserControl1.xaml.cs", }; var actual = solution.Projects .SelectMany(p => p.Documents) .Select(d => d.Name) .OrderBy(x => x) .ToArray(); //// ReSharper disable UnusedVariable for debug. var expectedString = string.Join(Environment.NewLine, expected); var actualString = string.Join(Environment.NewLine, actual); //// ReSharper restore UnusedVariable CollectionAssert.AreEqual(expected, actual); }
public void BinarySolution() { var binaryReferencedCode = @" namespace BinaryReferencedAssembly { public class Base { private int _fieldName; } }"; var code = @" namespace RoslynSandbox { using System.Reflection; public class C : BinaryReferencedAssembly.Base { private int f; } }"; var analyzer = new FieldNameMustNotBeginWithUnderscore(); var solution = CodeFactory.CreateSolution( code, CodeFactory.DefaultCompilationOptions(new[] { analyzer }), AnalyzerAssert.MetadataReferences.Append(Asserts.MetadataReferences.CreateBinary(binaryReferencedCode))); AnalyzerAssert.Valid(analyzer, solution); }
private async void ExportFont(object sender, RoutedEventArgs e) { FileSavePicker picker = new FileSavePicker() { SuggestedStartLocation = PickerLocationId.DocumentsLibrary, SuggestedFileName = this.FontName, DefaultFileExtension = ".h" }; picker.FileTypeChoices.Add("H", new List <string>() { ".h" }); StorageFile file = await picker.PickSaveFileAsync(); if (file != null) { this.CurrentFile.Items = this.Items.ToArray(); CodeFactory codeFactory = new CodeFactory(this.CurrentFile); string code = await codeFactory.CreateSourceCode(this.FontName); await FileIO.WriteTextAsync(file, code); } }
public void ProhibitsRetrievalOfArrayWithinMemberChain() { var source = @" class Test { private static readonly C c = new C(); public void Run() { var v = Test.c.Value.Value.Values; } } class A { public readonly int[] Values; } class B { public readonly A Value; } class C { public readonly B Value; }"; var semanticModel = DocumentFactory.Create().CreateSemanticModel(source); var method = semanticModel.SyntaxTree.GetRoot().DescendantNodes() .OfType <MethodDeclarationSyntax>() .Single(); CodeFactory.Create(method.Body, semanticModel); }
public static async Task WithProtectedMember(string before, string after) { var code = @" namespace N { class C { protected int f; } }".AssertReplace("protected int f;", before); var sln = CodeFactory.CreateSolution(code); var editor = await DocumentEditor.CreateAsync(sln.Projects.First().Documents.First()).ConfigureAwait(false); var expected = @" namespace N { sealed class C { private int f; } }".AssertReplace("private int f;", after); _ = editor.Seal(editor.OriginalRoot.Find <ClassDeclarationSyntax>("class C")); CodeAssert.AreEqual(expected, editor.GetChangedDocument()); }
public void TryFindSolutionFileInParentDirectory() { var directory = ExecutingAssemblyDll.Directory; Assert.AreEqual(true, CodeFactory.TryFindFileInParentDirectory(directory, "Gu.Roslyn.Asserts.sln", out var projectFile)); Assert.AreEqual("Gu.Roslyn.Asserts.sln", projectFile.Name); }
public static async Task TypeInSameNamespaceWhenEmptyNamespace() { var classCode = @" namespace N { class C1 { } } "; var code = @" namespace N { }"; var sln = CodeFactory.CreateSolution(new[] { classCode, code }); var document = sln.Projects.First().Documents.Last(); var editor = await DocumentEditor.CreateAsync(document).ConfigureAwait(false); var expected = @" namespace N { }"; var type = editor.SemanticModel.Compilation.GetTypeByMetadataName("N.C1"); _ = editor.AddUsing(type); CodeAssert.AreEqual(expected, editor.GetChangedDocument()); }
public static async Task SystemWhenEmptyOutside() { var code = @" namespace N { }"; var otherCode = @" using System; namespace N { }"; var sln = CodeFactory.CreateSolution(new[] { code, otherCode }); var editor = await DocumentEditor.CreateAsync(sln.Projects.First().Documents.First()).ConfigureAwait(false); var expected = @"using System; namespace N { }"; var usingDirective = SyntaxFactory.UsingDirective(SyntaxFactory.ParseName("System")); _ = editor.AddUsing(usingDirective); CodeAssert.AreEqual(expected, editor.GetChangedDocument()); }
public static async Task TypeInNestedDeepNamespace() { var classCode = @" namespace A.B.C.Extensions { class C { } } "; var code = @" namespace A.B.C { }"; var sln = CodeFactory.CreateSolution(new[] { classCode, code }); var document = sln.Projects.First().Documents.First(); var editor = await DocumentEditor.CreateAsync(document).ConfigureAwait(false); var expected = @" namespace A.B.C { using A.B.C.Extensions; }"; var type = editor.SemanticModel.Compilation.GetTypeByMetadataName("A.B.C.Extensions.C"); _ = editor.AddUsing(type); CodeAssert.AreEqual(expected, editor.GetChangedDocument()); }
public static void ProjectFromDisk() { var after = @"// ReSharper disable All namespace ClassLibrary1 { public class ClassLibrary1Class1 { private int value; public ClassLibrary1Class1(int value) { this.value = value; } } } "; var csproj = ProjectFile.Find("ClassLibrary1.csproj"); var analyzer = new FieldNameMustNotBeginWithUnderscore(); var expectedDiagnostic = ExpectedDiagnostic.Create( FieldNameMustNotBeginWithUnderscore.DiagnosticId, "Field '_value' must not begin with an underscore", Path.Combine(csproj.DirectoryName, "ClassLibrary1Class1.cs"), 5, 20); var solution = CodeFactory.CreateSolution( csproj, analyzer, expectedDiagnostic, metadataReferences: new[] { MetadataReference.CreateFromFile(typeof(int).Assembly.Location) }); RoslynAssert.CodeFix(analyzer, new DoNotUseUnderscoreFix(), expectedDiagnostic, solution, after); }
public static async Task AfterPropertyWhenLastMember() { var code = @" namespace N { public class C { public int P { get; } } }"; var sln = CodeFactory.CreateSolution(code); var editor = await DocumentEditor.CreateAsync(sln.Projects.First().Documents.First()).ConfigureAwait(false); var containingType = editor.OriginalRoot.SyntaxTree.FindClassDeclaration("C"); var property = (PropertyDeclarationSyntax)SyntaxFactory.ParseMemberDeclaration("public int NewProperty => 1;"); var expected = @" namespace N { public class C { public int P { get; } public int NewProperty => 1; } }"; _ = editor.AddProperty(containingType, property); CodeAssert.AreEqual(expected, editor.GetChangedDocument()); }
public void CreateSolutionWithDependenciesFromQualified() { var code1 = @" namespace Project1 { public class Foo1 { private readonly int _value; } }"; var code2 = @" namespace Project2 { public class Foo2 { private readonly Project1.Foo1 _value; } }"; var sln = CodeFactory.CreateSolution(new[] { code1, code2 }, new[] { new FieldNameMustNotBeginWithUnderscore() }); CollectionAssert.AreEqual(new[] { "Project1", "Project2" }, sln.Projects.Select(x => x.Name)); CollectionAssert.AreEqual(new[] { "Foo1.cs", "Foo2.cs" }, sln.Projects.Select(x => x.Documents.Single().Name)); var project1 = sln.Projects.Single(x => x.Name == "Project1"); CollectionAssert.IsEmpty(project1.AllProjectReferences); var project2 = sln.Projects.Single(x => x.Name == "Project2"); CollectionAssert.AreEqual(new[] { project1.Id }, project2.AllProjectReferences.Select(x => x.ProjectId)); }
public void CreateSolutionWithOneProject() { var code1 = @" namespace RoslynSandbox.Core { public class Foo1 { private readonly int _value; } }"; var code2 = @" namespace RoslynSandbox.Bar { public class Foo2 : RoslynSandbox.Core.Foo1 { } }"; foreach (var sources in new[] { new[] { code1, code2 }, new[] { code2, code1 } }) { var sln = CodeFactory.CreateSolutionWithOneProject(sources, new[] { new FieldNameMustNotBeginWithUnderscore() }); var project = sln.Projects.Single(); Assert.AreEqual("RoslynSandbox", project.AssemblyName); CollectionAssert.AreEquivalent(new[] { "Foo1.cs", "Foo2.cs" }, project.Documents.Select(x => x.Name)); } }
public void CreateSolutionWhenNestedNamespaces() { var resourcesCode = @" namespace RoslynSandbox.Properties { public class Resources { } }"; var testCode = @" namespace RoslynSandbox { using RoslynSandbox.Properties; public class Foo { } }"; foreach (var sources in new[] { new[] { resourcesCode, testCode }, new[] { resourcesCode, testCode } }) { var sln = CodeFactory.CreateSolution(sources); var project = sln.Projects.Single(); Assert.AreEqual("RoslynSandbox", project.AssemblyName); CollectionAssert.AreEquivalent(new[] { "Resources.cs", "Foo.cs" }, project.Documents.Select(x => x.Name)); } }
public void AnalyzeWhenAllInformationIsProvidedByAttributeWhenDataClassIsInSeparateAssembly() { var testCode = TestUtility.WrapClassInNamespaceAndAddUsing(@" public class Tests { [Test] [TestCaseSource(typeof(TestData), nameof(TestData.TestCaseDataProvider))] public void Test1(int a, int b, int c) { Assert.That(a + b, Is.EqualTo(c)); } }"); var testDataCode = TestUtility.WrapClassInNamespaceAndAddUsing(@" public static class TestData { public static IEnumerable TestCaseDataProvider() { yield return new object[] { 1, 2, 3 }; yield return new object[] { 2, 3, 5 }; } }", "using System.Collections;"); var solution = CodeFactory.CreateSolution(new[] { testCode, testDataCode }); RoslynAssert.Valid(analyzer, solution); }
public void CreateSolutionWithInheritQualified() { var code1 = @" namespace RoslynSandbox.Core { public class Foo1 { private readonly int _value; } }"; var code2 = @" namespace RoslynSandbox.Client { public class Foo2 : RoslynSandbox.Core.Foo1 { } }"; foreach (var sources in new[] { new[] { code1, code2 }, new[] { code2, code1 } }) { var sln = CodeFactory.CreateSolution(sources, new[] { new FieldNameMustNotBeginWithUnderscore() }); CollectionAssert.AreEquivalent(new[] { "RoslynSandbox.Core", "RoslynSandbox.Client" }, sln.Projects.Select(x => x.Name)); CollectionAssert.AreEquivalent(new[] { "Foo1.cs", "Foo2.cs" }, sln.Projects.Select(x => x.Documents.Single().Name)); var project1 = sln.Projects.Single(x => x.Name == "RoslynSandbox.Core"); CollectionAssert.IsEmpty(project1.AllProjectReferences); var project2 = sln.Projects.Single(x => x.Name == "RoslynSandbox.Client"); CollectionAssert.AreEqual(new[] { project1.Id }, project2.AllProjectReferences.Select(x => x.ProjectId)); } }
/// <summary> /// Gets generated data object code for the selected server object. /// </summary> /// <returns>A code string.</returns> public string GetCurrentServerObjectDataObject(string languageOption) { var codeFactory = new CodeFactory(languageOption); var tableView = GetCurrentTableView(); return(codeFactory.GetDataObjectCode(tableView)); }
public static void ConstructorCycle(DiagnosticAnalyzer analyzer) { var code = @" namespace N { using System; public sealed class C : IDisposable { private IDisposable disposable; public C(int i, IDisposable disposable) : this(disposable, i) { this.disposable = disposable; } public C(IDisposable disposable, int i) : this(i, disposable) { this.disposable = disposable; } public void Dispose() { } } }"; var solution = CodeFactory.CreateSolution(code, CodeFactory.DefaultCompilationOptions(analyzer), MetadataReferences.FromAttributes()); RoslynAssert.NoDiagnostics(Analyze.GetDiagnostics(analyzer, solution)); }
public void SevenPointThreeFeature() { var code = @" namespace RoslynSandbox { class Foo<T> where T : struct, System.Enum { } }"; var analyzer = new NoErrorAnalyzer(); AnalyzerAssert.Valid <NoErrorAnalyzer>(code); AnalyzerAssert.Valid(typeof(NoErrorAnalyzer), code); AnalyzerAssert.Valid(analyzer, code); AnalyzerAssert.Valid(analyzer, code, CodeFactory.DefaultCompilationOptions(analyzer, AnalyzerAssert.SuppressedDiagnostics), AnalyzerAssert.MetadataReferences); AnalyzerAssert.Valid(analyzer, new[] { code }, CodeFactory.DefaultCompilationOptions(analyzer, AnalyzerAssert.SuppressedDiagnostics), AnalyzerAssert.MetadataReferences); var descriptor = NoErrorAnalyzer.Descriptor; AnalyzerAssert.Valid <NoErrorAnalyzer>(descriptor, code); AnalyzerAssert.Valid(typeof(NoErrorAnalyzer), descriptor, code); AnalyzerAssert.Valid(analyzer, descriptor, code); AnalyzerAssert.Valid <NoErrorAnalyzer>(new[] { descriptor }, code); AnalyzerAssert.Valid(typeof(NoErrorAnalyzer), new[] { descriptor }, code); AnalyzerAssert.Valid(analyzer, new[] { descriptor }, code); }
public void AllowsLongChainOfReadOnlyFields() { var source = @" class Test { private static readonly C c = new C(); public void Run() { var v = Test.c.Value.Value.Value; } } class A { public readonly int Value; } class B { public readonly A Value; } class C { public readonly B Value; }"; var semanticModel = DocumentFactory.Create().CreateSemanticModel(source); var method = semanticModel.SyntaxTree.GetRoot().DescendantNodes() .OfType <MethodDeclarationSyntax>() .Single(); var code = CodeFactory.Create(method.Body, semanticModel); var expected = @" DECL v v = \literal"; Assert.AreEqual(expected.Trim(), CodeStringifier.Generate(code)); }
public static async Task AddEventWhenUsing() { var code = @" namespace N { using System; class C { } }"; var sln = CodeFactory.CreateSolution(code); var editor = await DocumentEditor.CreateAsync(sln.Projects.First().Documents.First()).ConfigureAwait(false); var eventDeclaration = (EventFieldDeclarationSyntax)editor.Generator.EventDeclaration("E", SyntaxFactory.ParseTypeName("System.EventHandler"), Accessibility.Public) .WithSimplifiedNames(); var containingType = editor.OriginalRoot.SyntaxTree.FindClassDeclaration("C"); _ = editor.AddEvent(containingType, eventDeclaration); var expected = @" namespace N { using System; class C { public event EventHandler E; } }"; CodeAssert.AreEqual(expected, editor.GetChangedDocument()); }
public static async Task TypicalClass() { var code = @" namespace N { public abstract class C { public int F1 = 1; private int f2; public C() { } private C(int i) { } public int P1 { get; set; } public void M1() { } } }"; var sln = CodeFactory.CreateSolution(code); var editor = await DocumentEditor.CreateAsync(sln.Projects.First().Documents.First()).ConfigureAwait(false); var declaration = (PropertyDeclarationSyntax)SyntaxFactory.ParseMemberDeclaration("public int NewProperty { get; set; }"); var containingType = editor.OriginalRoot.SyntaxTree.FindClassDeclaration("C"); _ = editor.AddProperty(containingType, declaration); var expected = @" namespace N { public abstract class C { public int F1 = 1; private int f2; public C() { } private C(int i) { } public int P1 { get; set; } public int NewProperty { get; set; } public void M1() { } } }"; CodeAssert.AreEqual(expected, editor.GetChangedDocument()); }
public static async Task FiguresOutFromOtherClass(string expression, CodeStyleResult expected) { var sln = CodeFactory.CreateSolution(new[] { @" namespace N { class C1 { private int f; C1() { this.f = 1; } } }".AssertReplace("this.f = 1", expression), @" namespace N { class C2 { } }", }); foreach (var document in sln.Projects.Single().Documents) { Assert.AreEqual(expected, await document.QualifyFieldAccessAsync(CancellationToken.None).ConfigureAwait(false)); } }
public void CreateSolutionFromSources() { var code1 = @" namespace Project1 { class Foo1 { private readonly int _value; } }"; var code2 = @" namespace Project2 { class Foo2 { private readonly int _value; } }"; var sln = CodeFactory.CreateSolution(new[] { code1, code2 }); CollectionAssert.AreEqual(new[] { "Project1", "Project2" }, sln.Projects.Select(x => x.Name)); Assert.AreEqual(new[] { "Foo1.cs", "Foo2.cs" }, sln.Projects.Select(x => x.Documents.Single().Name)); sln = CodeFactory.CreateSolution(new[] { code2, code1 }); CollectionAssert.AreEqual(new[] { "Project1", "Project2" }, sln.Projects.Select(x => x.Name)); Assert.AreEqual(new[] { "Foo1.cs", "Foo2.cs" }, sln.Projects.Select(x => x.Documents.Single().Name)); }
public void CreateSolutionWithTwoAnalyzersReportingSameDiagnostic() { Assert.AreEqual(true, CodeFactory.TryFindProjectFile("ClassLibrary1.csproj", out var projectFile)); var solution = CodeFactory.CreateSolution( projectFile, new[] { new DummyAnalyzer(ID1234.Descriptor), new DummyAnalyzer(ID1234.Descriptor) }, CreateMetadataReferences(typeof(object))); Assert.AreEqual("ClassLibrary1", solution.Projects.Single().Name); var expected = new[] { "AllowCompilationErrors.cs", "AssemblyInfo.cs", "ClassLibrary1Class1.cs", }; var actual = solution.Projects .SelectMany(p => p.Documents) .Select(d => d.Name) .OrderBy(x => x) .ToArray(); //// ReSharper disable UnusedVariable for debug. var expectedString = string.Join(Environment.NewLine, expected); var actualString = string.Join(Environment.NewLine, actual); //// ReSharper restore UnusedVariable CollectionAssert.AreEqual(expected, actual); }
public EntityCatalog(CodeFactory.Config config, CodeFactory.Entity entity) { this.config = config; this.entity = entity; }
public KeysPatch(CodeFactory.Config config) { this.config = config; }
public DataLoad(CodeFactory.Config config) { this.config = config; }
public DatabaseAdmin(CodeFactory.Config config) { this.config = config; }
public Main(CodeFactory.Config config) { this.config = config; }
public SQLiteDatabase(CodeFactory.Config config) { this.config = config; }
public CreateDatabaseAzure(CodeFactory.Config config) { this.config = config; }
public DropDatabase(CodeFactory.Config config) { this.config = config; }
public Client(CodeFactory.Config config) { this.config = config; }
protected override void Act() { Sut = new CodeFactory(SpaceRemover); }
public SyncConfig(CodeFactory.Config config, String connectionString) { this.config = config; this.connection = new System.Data.SqlClient.SqlConnectionStringBuilder(); this.connection.ConnectionString = connectionString; }
public Filters(CodeFactory.Config config) { this.config = config; }
public NonAzureKeysPatch(CodeFactory.Config config) { this.config = config; }
public DefaultCSS(CodeFactory.Config config) { this.config = config; }
public SyncPatch2(CodeFactory.Config config) { this.config = config; }
private void UpdatePage(CodeFactory.ContentManager.Page page) { if (page == null) return; if (page.IsNew) page.Author = User.Identity.Name; page.Title = TitleTextBox.Text; page.Slug = Utils.RemoveIllegalCharacters(SlugTextBox.Text); page.Description = DescriptionTextBox.Text; // page.IsDefault page.IsVisible = IsVisibleCheckBox.Checked; page.Keywords = KeywordsTextBox.Text; page.Layout = LayoutList.SelectedValue; // page.Roles // page.Section // Al final, para evitar que se guarde sin cambios. if (!page.IsNew && page.IsChanged) page.LastUpdatedBy = User.Identity.Name; }
public ClientConstants(CodeFactory.Config config) { this.config = config; }
private void BindPage(CodeFactory.ContentManager.Page page) { if (page == null) return; TitleTextBox.Text = page.Title; SlugTextBox.Text = page.Slug; DescriptionTextBox.Text = page.Description; KeywordsTextBox.Text = page.Keywords; IsVisibleCheckBox.Checked = page.IsVisible; int layoutIndex = LayoutList.Items.IndexOf(LayoutList.Items.FindByValue(page.Layout)); if (layoutIndex >= 0) LayoutList.SelectedIndex = layoutIndex; }
void IWiki.RemoveFile(CodeFactory.Web.Storage.UploadedFile item) { throw new NotImplementedException(); }
public ClientMetadata(CodeFactory.Config config) { this.config = config; }