public override CodeBuilderResult Build()
{
var writer = new CSharpCodeWriter();
if (!Host.DesignTimeMode && !string.IsNullOrEmpty(Context.Checksum))
{
writer.Write("#pragma checksum \"")
.Write(Context.SourceFile)
.Write("\" \"")
.Write(Sha1AlgorithmId)
.Write("\" \"")
.Write(Context.Checksum)
.WriteLine("\"");
}
using (writer.BuildNamespace(Context.RootNamespace))
{
// Write out using directives
AddImports(Tree, writer, Host.NamespaceImports);
// Separate the usings and the class
writer.WriteLine();
new CSharpClassAttributeVisitor(writer, Context).Accept(Tree.Chunks);
using (BuildClassDeclaration(writer))
{
if (Host.DesignTimeMode)
{
writer.WriteLine("private static object @__o;");
}
var csharpCodeVisitor = CreateCSharpCodeVisitor(writer, Context);
new CSharpHelperVisitor(csharpCodeVisitor, writer, Context).Accept(Tree.Chunks);
new CSharpTypeMemberVisitor(csharpCodeVisitor, writer, Context).Accept(Tree.Chunks);
new CSharpDesignTimeHelpersVisitor(csharpCodeVisitor, writer, Context).AcceptTree(Tree);
new CSharpTagHelperFieldDeclarationVisitor(writer, Context).Accept(Tree.Chunks);
BuildConstructor(writer);
// Add space inbetween constructor and method body
writer.WriteLine();
using (writer.BuildDisableWarningScope(DisableAsyncWarning))
{
using (writer.BuildMethodDeclaration("public override async", "Task", Host.GeneratedClassContext.ExecuteMethodName))
{
csharpCodeVisitor.Accept(Tree.Chunks);
}
}
}
}
return(new CodeBuilderResult(writer.GenerateCode(), writer.LineMappingManager.Mappings));
}
public CSharpLineMappingWriter(CSharpCodeWriter writer, SourceLocation documentLocation, int contentLength, string sourceFilename)
: this(writer, documentLocation, contentLength)
{
_writePragmas = true;
// TODO: Should this just be '\n'?
if (!_writer.LastWrite.EndsWith("\n"))
{
_writer.WriteLine();
}
_writer.WriteLineNumberDirective(documentLocation.LineIndex + 1, sourceFilename);
_generatedLocation = _writer.GetCurrentSourceLocation();
}
protected override CSharpCodeWritingScope BuildClassDeclaration(CSharpCodeWriter writer)
{
// Grab the last model chunk so it gets intellisense.
var modelChunk = ChunkHelper.GetModelChunk(Context.CodeTreeBuilder.CodeTree);
Model = modelChunk != null ? modelChunk.ModelType : _defaultModel;
// If there were any model chunks then we need to modify the class declaration signature.
if (modelChunk != null)
{
writer.Write(string.Format(CultureInfo.InvariantCulture, "public class {0} : ", Context.ClassName));
var modelVisitor = new ModelChunkVisitor(writer, Context);
// This generates the base class signature
modelVisitor.Accept(modelChunk);
writer.WriteLine();
return new CSharpCodeWritingScope(writer);
}
else
{
return base.BuildClassDeclaration(writer);
}
}
protected override CSharpCodeWritingScope BuildClassDeclaration(CSharpCodeWriter writer)
{
// Grab the last model chunk so it gets intellisense.
// NOTE: If there's more than 1 model chunk there will be a Razor error BUT we want intellisense to
// show up on the current model chunk that the user is typing.
var modelChunk = Context.CodeTreeBuilder.CodeTree.Chunks.OfType<ModelChunk>()
.LastOrDefault();
Model = modelChunk != null ? modelChunk.ModelType : _hostOptions.DefaultModel;
// If there were any model chunks then we need to modify the class declaration signature.
if (modelChunk != null)
{
writer.Write(string.Format(CultureInfo.InvariantCulture, "public class {0} : ", Context.ClassName));
var modelVisitor = new ModelChunkVisitor(writer, Context);
// This generates the base class signature
modelVisitor.Accept(modelChunk);
writer.WriteLine();
return new CSharpCodeWritingScope(writer);
}
else
{
return base.BuildClassDeclaration(writer);
}
}
public void Dispose()
{
if (_addLineMapping)
{
// Verify that the generated length has not already been calculated
if (_generatedContentLength == 0)
{
_generatedContentLength = _writer.GenerateCode().Length - _generatedLocation.AbsoluteIndex;
}
var generatedLocation = new MappingLocation(_generatedLocation, _generatedContentLength);
if (_documentMapping.ContentLength == -1)
{
_documentMapping.ContentLength = generatedLocation.ContentLength;
}
_writer.LineMappingManager.AddMapping(
documentLocation: _documentMapping,
generatedLocation: new MappingLocation(_generatedLocation, _generatedContentLength));
}
if (_writePragmas)
{
// Need to add an additional line at the end IF there wasn't one already written.
// This is needed to work with the C# editor's handling of #line ...
var endsWithNewline = _writer.GenerateCode().EndsWith("\n");
// Always write at least 1 empty line to potentially separate code from pragmas.
_writer.WriteLine();
// Check if the previous empty line wasn't enough to separate code from pragmas.
if (!endsWithNewline)
{
_writer.WriteLine();
}
_writer.WriteLineDefaultDirective()
.WriteLineHiddenDirective();
}
// Reset indent back to when it was started
_writer.SetIndent(_startIndent);
}
public override CodeBuilderResult Build()
{
var writer = new CSharpCodeWriter();
using (writer.BuildNamespace(Context.RootNamespace))
{
// Write out using directives
AddImports(Tree, writer, Host.NamespaceImports);
// Separate the usings and the class
writer.WriteLine();
new CSharpClassAttributeVisitor(writer, Context).Accept(Tree.Chunks);
using (BuildClassDeclaration(writer))
{
if (Host.DesignTimeMode)
{
writer.WriteLine("private static object @__o;");
}
new CSharpHelperVisitor(writer, Context).Accept(Tree.Chunks);
new CSharpTypeMemberVisitor(writer, Context).Accept(Tree.Chunks);
new CSharpDesignTimeHelpersVisitor(writer, Context).AcceptTree(Tree);
BuildConstructor(writer);
// Add space inbetween constructor and method body
writer.WriteLine();
using (writer.BuildDisableWarningScope(DisableAsyncWarning))
{
using (writer.BuildMethodDeclaration("public override async", "Task", Host.GeneratedClassContext.ExecuteMethodName))
{
new CSharpCodeVisitor(writer, Context).Accept(Tree.Chunks);
}
}
}
}
return(new CodeBuilderResult(writer.GenerateCode(), writer.LineMappingManager.Mappings));
}
public override CodeBuilderResult Build()
{
var writer = new CSharpCodeWriter();
using (writer.BuildNamespace(Context.RootNamespace))
{
// Write out using directives
AddImports(Tree, writer, Host.NamespaceImports);
// Separate the usings and the class
writer.WriteLine();
new CSharpClassAttributeVisitor(writer, Context).Accept(Tree.Chunks);
using (BuildClassDeclaration(writer))
{
if (Host.DesignTimeMode)
{
writer.WriteLine("private static object @__o;");
}
new CSharpHelperVisitor(writer, Context).Accept(Tree.Chunks);
new CSharpTypeMemberVisitor(writer, Context).Accept(Tree.Chunks);
new CSharpDesignTimeHelpersVisitor(writer, Context).AcceptTree(Tree);
BuildConstructor(writer);
// Add space inbetween constructor and method body
writer.WriteLine();
using (writer.BuildDisableWarningScope(DisableAsyncWarning))
{
using (writer.BuildMethodDeclaration("public override async", "Task", Host.GeneratedClassContext.ExecuteMethodName))
{
new CSharpCodeVisitor(writer, Context).Accept(Tree.Chunks);
}
}
}
}
return new CodeBuilderResult(writer.GenerateCode(), writer.LineMappingManager.Mappings);
}
