protected override void OnTransform()
{
m.MetaDomainModel metaModel = Model as m.MetaDomainModel;
if (metaModel == null) throw new InvalidOperationException("model must be of type : " + typeof(m.MetaDomainModel).FullName);
Bax.MetaDomainModel.Factory.Templates.NVelocityTemplate
template = new Bax.MetaDomainModel.Factory.Templates.NVelocityTemplate(_templateName);
string artifact = template.Merge(metaModel, ProductionContext.ParametersHashtable);
GeneratedArtifact ga = new GeneratedArtifact(this.TransformationInfo);
ga.TargetLanguage = this.TargetLanguage;
ga.CreateArtifactDataItem(null, null, artifact);
TransformationResult.GeneratedArtifacts.Add(ga);
}
protected override void OnTransform()
{
m.DataLayer dataLayer = Model as m.DataLayer;
if (dataLayer == null) throw new InvalidOperationException("model must be of type : " + typeof(m.DataLayer).FullName);
Bax.DataLayer.Factory.Templates.NVelocityTemplate
template = new Bax.DataLayer.Factory.Templates.NVelocityTemplate("DataModelLibrary");
string artifact = template.Merge(dataLayer, ProductionContext.ParametersHashtable);
GeneratedArtifact generatedArtifact = new GeneratedArtifact(this.TransformationInfo);
generatedArtifact.TargetLanguage = this.TargetLanguage;
generatedArtifact.CreateArtifactDataItem(null, null, artifact);
TransformationResult.GeneratedArtifacts.Add(generatedArtifact);
}
/// <summary>
/// Add a <see cref="GeneratedArtifact"/> instance to the
/// <see cref="TransformationResult"/> of the transformation which is executing.
/// </summary>
/// <param name="generatedArtifact"></param>
public void AddGeneratedArtifactToTransformationResult(GeneratedArtifact generatedArtifact)
{
CurrentTransformationResult.GeneratedArtifacts.Add(generatedArtifact);
}
/// <summary>
/// The main method to persist a <see cref="GeneratedArtifact"/>
/// </summary>
/// <param name="artifact">A <see cref="GeneratedArtifact"/> instance</param>
/// <param name="productionContext">A <see cref="ProductionContext"/> instance</param>
/// <param name="productionPersistence">A <see cref="ProductionPersistence"/> instance</param>
public void Persist(GeneratedArtifact artifact,
ProductionContext productionContext,
ProductionPersistence productionPersistence)
{
_productionPersistence = productionPersistence;
if (!string.IsNullOrEmpty(artifact.ItemFilePathTemplate))
PersistMultiFile(artifact, productionContext);
else
PersistSingleFile(artifact, productionContext);
}
/// <summary>
/// Persists the artifact in a single file
/// </summary>
/// <param name="artifact"></param>
/// <param name="productionContext"></param>
private void PersistSingleFile(GeneratedArtifact artifact, ProductionContext productionContext)
{
string filePath = resolveTemplate(artifact.GroupFilePathTemplate, productionContext);
Writer = Services.IOService.OpenIndentedTextWrite(filePath);
// write begin file
ArtifactBegin();
// write autogenerated infos
AutogeneratedInfoBegin();
artifact.WriteAutogeneratedInfosTo(Writer);
AutogeneratedInfoEnd();
// write artifact imports
List<string> writtenImports = new List<string>();
artifact.WriteImportsTo(Writer, writtenImports);
foreach (ArtifactDataItem artifactDataItem in artifact.ArtifactDataItems)
{
artifactDataItem.WriteImportsTo(Writer, writtenImports);
}
string ns = null;
int baseIndent = 0;
// namespace can be null if not required by target technology
if (!string.IsNullOrEmpty(artifact.NamespaceTemplate))
{
// open namespace
ns = resolveTemplate(artifact.NamespaceTemplate, productionContext);
baseIndent = OpenNamespace(ns);
}
// write artifact code lines
foreach (ArtifactDataItem artifactDataItem in artifact.ArtifactDataItems)
{
artifactDataItem.WriteCodeLinesTo(Writer, baseIndent);
}
Writer.Indent = Math.Max(0, Writer.Indent - baseIndent);
if (ns != null)
{
// close namespace
CloseNamespace(ns);
}
// write end file
ArtifactEnd();
Writer.Close();
}
/// <summary>
/// Persist each <see cref="ArtifactDataItem"/> in its own file.
/// </summary>
/// <param name="artifact"></param>
/// <param name="productionContext"></param>
private void PersistMultiFile(GeneratedArtifact artifact, ProductionContext productionContext)
{
foreach (ArtifactDataItem artifactDataItem in artifact.ArtifactDataItems)
{
// create writer
string filePath = resolveTemplate(artifact.ItemFilePathTemplate, productionContext);
Writer = Services.IOService.OpenIndentedTextWrite(filePath);
// write begin file
ArtifactBegin();
// write autogenerated infos
AutogeneratedInfoBegin();
artifact.WriteAutogeneratedInfosTo(Writer);
AutogeneratedInfoEnd();
// write artifact imports
List<string> writtenImports = new List<string>();
artifact.WriteImportsTo(Writer, writtenImports);
// write artifact item imports
artifactDataItem.WriteImportsTo(Writer, writtenImports);
// resolve and open namespace
string ns = resolveTemplate(artifact.NamespaceTemplate, productionContext);
int baseIndent = OpenNamespace(ns);
// write artifact item code lines
artifactDataItem.WriteCodeLinesTo(Writer, baseIndent);
// close namespace
CloseNamespace(ns);
// write end file
ArtifactEnd();
Writer.Close();
}
}
/// <summary>
/// Add a <see cref="GeneratedArtifact"/> to this ProductionResult.
/// </summary>
/// <param name="artifact"></param>
public void AddGeneratedArtifact(GeneratedArtifact artifact)
{
GeneratedArtifacts.Add(artifact);
}
/// <summary>
/// Returns a <see cref="GeneratedArtifact"/> newly created and added to the
/// <see cref="GeneratedArtifact"/>s collection.
/// </summary>
/// <param name="transformationInfo"></param>
/// <returns></returns>
public GeneratedArtifact CreateGeneratedArtifact(TransformationInfo transformationInfo)
{
GeneratedArtifact retval = new GeneratedArtifact(transformationInfo);
GeneratedArtifacts.Add(retval);
return retval;
}
