// Forces accepting an IR program.
public DefaultProtoCompiler(IRProgram program)
{
_program = program;
DumpMode = false;
PackageStructured = true;
_fileOptions = new Dictionary <string, OptionValueString>();
}
public DependancyAnalyzer(IRProgram program) : base(program)
{
_DryRun = false;
Runs = 0;
_TypeNSMapper = new Dictionary <IRTypeNode, IRNamespace>();
_NSDependancies = new Dictionary <IRNamespace, HashSet <IRNamespace> >();
_TypeDependancies = new Dictionary <IRTypeNode, HashSet <IRTypeNode> >();
}
public static List <IRNamespace> FindNSParents(IRProgram program, IRNamespace subject)
{
// Return all namespaces whos fullname are found at the beginnen of the subject
// namespace.
var subjName = subject.FullName;
var parents = program.Namespaces.Where(p => subjName.StartsWith(p.FullName)).ToList();
// Remove subject, because fullname matches always with itself.
parents.Remove(subject);
return(parents);
}
public Proto2Compiler(IRProgram program) : base(program)
{
}
// Converts data from internal caches into the IR Program structure.
public override IRProgram GetRoot()
{
// Create a list of all types to process.
List <TypeDefinition> classesToProcess = new List <TypeDefinition>(_classCache.Keys);
List <TypeDefinition> enumsToProcess = new List <TypeDefinition>(_enumCache.Keys);
// Holds a set of all known namespaces.
Dictionary <string, IRNamespace> nsSet = new Dictionary <string, IRNamespace>();
// Until all types are processed, we repeat the same operation.
while (classesToProcess.Count() > 0)
{
// Take the first item from the list.
var currentType = classesToProcess.ElementAt(0);
classesToProcess.RemoveAt(0);
// Find namespace list.
var nsName = GetNamespaceName(currentType);
IRNamespace ns;
nsSet.TryGetValue(nsName, out ns);
if (ns == null)
{
// Construct a shortname of the last namespace part of the full name.
var lastDotIdx = nsName.LastIndexOf('.');
var nsShortname = (lastDotIdx != -1) ? nsName.Substring(lastDotIdx + 1) : nsName;
ns = new IRNamespace(nsName, nsShortname)
{
Classes = new List <IRClass>(),
Enums = new List <IREnum>(),
};
nsSet[nsName] = ns;
}
// Get the matching IR object.
var irClass = _classCache[currentType];
if (irClass.IsPrivate != true && irClass.Parent == null)
{
irClass.Parent = ns;
}
// Save it into the namespace.
ns.Classes.Add(irClass);
}
// Do basically the same for enums.
while (enumsToProcess.Count() > 0)
{
// Take the first item from the list.
var currentType = enumsToProcess.ElementAt(0);
enumsToProcess.RemoveAt(0);
// Find namespace list.
var nsName = GetNamespaceName(currentType);
IRNamespace ns;
nsSet.TryGetValue(nsName, out ns);
if (ns == null)
{
// Construct a shortname of the last namespace part of the full name.
var lastDotIdx = nsName.LastIndexOf('.');
var nsShortname = (lastDotIdx != -1) ? nsName.Substring(lastDotIdx + 1) : nsName;
ns = new IRNamespace(nsName, nsShortname)
{
Classes = new List <IRClass>(),
Enums = new List <IREnum>(),
};
nsSet[nsName] = ns;
}
// Get the matching IR object.
var irEnum = _enumCache[currentType];
if (irEnum.IsPrivate != true && irEnum.Parent == null)
{
irEnum.Parent = ns;
}
// Save it into the namespace.
ns.Enums.Add(irEnum);
}
// Generate IR root of all namespaces.
_root = new IRProgram()
{
Namespaces = nsSet.Values.ToList(),
};
// Return the program root.
return(_root);
}
public AutoPackager(IRProgram program) : base(program)
{
_packagedNSNames = new Dictionary <IRNamespace, string>();
}
public ManualPackager(IRProgram program, string typesFile) : base(program)
{
_typesFile = typesFile;
}
public NameCollisionAnalyzer(IRProgram program) : base(program)
{
_md5Hash = MD5.Create();
}
