public void AddDocument(Document document)
{
// Check each of the protocols:
foreach (Protocol protocol in document.Protocols)
{
if (_namespaces.ContainsKey(protocol.Name))
{
throw new SemanticException("The protocol name \"{0}\" has been used more than once.");
}
CheckProtocolVersions(protocol);
CheckNames(protocol);
CheckStructures(protocol);
}
// Add each protocol and declaration to the symbol tables:
foreach (Protocol protocol in document.Protocols)
{
_namespaces.Add(protocol.Name, protocol);
foreach (Declaration declaration in protocol.Declarations)
{
_declarations.Add(protocol.GetFullNameOfDeclaration(declaration), declaration);
}
}
_documents.Add(document);
}
protected Generator(Language language, Document document, string documentPath, string destinationPath, DateTime mostRecentSourceFile)
{
_language = language;
_document = document;
_documentPath = documentPath;
_destinationPath = destinationPath;
_mostRecentSourceFile = mostRecentSourceFile;
}
public virtual void CreateDomImplementationHelpers(Document document, PropertyDictionary documentOptions)
{
foreach (Protocol protocol in document.Protocols)
{
PropertyDictionary protocolOptions =
documentOptions.DictionaryFor(protocol.Name.ToString()) ?? PropertyDictionary.EmptyDictionary();
PropertyDictionary declarationDictionary =
protocolOptions.DictionaryFor("declarations") ?? PropertyDictionary.EmptyDictionary();
protocol.Implementation = CreateProtocolImplementationHelper(protocol, protocolOptions);
foreach (Declaration declaration in protocol.Declarations)
{
PropertyDictionary declarationOptions =
declarationDictionary.DictionaryFor(declaration.QualifiedName.UnqualifiedName) ?? PropertyDictionary.EmptyDictionary();
if (declaration is Enumeration)
{
Enumeration enumeration = (Enumeration)declaration;
enumeration.Implementation = CreateEnumerationImplementationHelper(enumeration, declarationOptions);
foreach (EnumerationMember member in enumeration.MemberBases)
{
member.Implementation = CreateEnumerationMemberImplementationHelper(member);
}
}
else if (declaration is Structure)
{
// The implementations of structures are created first, before any members:
Structure structure = (Structure)declaration;
structure.Implementation = CreateStructureImplementationHelper(structure, declarationOptions);
}
}
// Now the members of each structure are created:
foreach (Declaration declaration in protocol.Declarations)
{
if (declaration is Structure)
{
Structure structure = (Structure)declaration;
foreach (StructureMember member in structure.Members)
{
member.Implementation = CreateStructureMemberImplementationHelper(member);
}
}
}
}
}
public abstract void GenerateFiles(Generator generator, Document document);
public override void GenerateFiles(Generator generator, Document document)
{
generator.GenerateFile(
Path.Combine(generator.DestinationPath, generator.BaseName + ".cs"), Templates.CsTemplate, "file", "Document", document);
}
public override void GenerateFiles(Generator generator, Document document)
{
foreach (Protocol protocol in document.Protocols)
{
foreach (Declaration declaration in protocol.Declarations)
{
JavaStructure implementation = declaration.Implementation as JavaStructure;
string fileSuffix = implementation != null && implementation.IsSurrogate ? "Surrogate.java" : ".java";
generator.GenerateFile(
Path.Combine(generator.DestinationPath, declaration.Identifier + fileSuffix),
Templates.JavaTemplate, "file", "Declaration", declaration);
}
}
}
public override void GenerateFiles(Generator generator, Document document)
{
foreach (Protocol protocol in document.Protocols)
{
PythonProtocol pythonProtocol = protocol.Implementation as PythonProtocol;
generator.GenerateFile(
Path.Combine(generator.DestinationPath, pythonProtocol.ModuleName + ".py"),
Templates.PythonTemplate, "file", "Protocol", protocol);
}
}
