private void GenerateArtifacts(IList <SyntaxTree> trees, Compilation c)
{
IArtifacts artifacts = ArtifactsFactory.Create(_options.ArtifactsType, _outputDir, _outputScript);
artifacts.WriteWaterMark = _options.WriteWaterMark;
artifacts.GenerateSourceMap = _options.GenerateSourceMap;
artifacts.WaterMark = string.Format("//+++ This file is compiled by {0} {1} from C#. +++", Constants.SharpJs, Constants.GetVersion());
foreach (SyntaxTree sourceTree in trees)
{
string relPath = sourceTree.FilePath.RemoveBegin(_startPath);
artifacts.SwitchSource(relPath);
SemanticModel model = c.GetSemanticModel(sourceTree);
Rewriter w = new Rewriter(model, _template, artifacts.Output, _aggregator);
SyntaxNode newSource = w.Visit(sourceTree.GetRoot());
}
artifacts.Dispose();
}
/// <summary>
/// Create secret.key.json in web root path unless it exists. Then get signing credentials and bearer options into the output parameter.
/// </summary>
public static string InitializeKeyArtifacts(string WebRootPath, /*out:*/ IArtifacts output)
{
var secretFileName = WebRootPath + "\\" + output.getSecretKeyFile();
if (!File.Exists(secretFileName))
{
RSAKeyUtils.GenerateKeyAndSave(secretFileName);
}
var param = RSAKeyUtils.GetKeyParameters(secretFileName);
var key = new RsaSecurityKey(param);
output.setKey(key);
var signingCredentials = _CreateSigningCredentials(key);
output.setSigningCredentials(signingCredentials);
var jwtBearerOptions = _CreateJwtBearerOption(key, output.getTokenIssuer(), output.getTokenAudience());
output.setJwtBearerOptions(jwtBearerOptions);
return(secretFileName);
}