public StructureBuilder(NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attr)
: base(BundleManagerBase.DefaultStructureClass, ns, loc, attr)
{
BaseClass = new UserType (typeof (StructureTemplate));
ns.SetUserParams (this);
}
public BGProviderBuilder (string name, NamespaceBuilder ns) : base (ns)
{
if (Structure[name] != StructureParameterKind.Basis)
throw ExHelp.App ("No such basis parameter {0} for provider", name);
basisparam = name;
}
public NamespaceBuilder GetNamespace (string name)
{
if (!namespaces.ContainsKey (name))
namespaces[name] = new NamespaceBuilder (name, new TypeResolveContext (this));
return namespaces[name];
}
public StructureBuilder (NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attr)
: base (BundleManagerBase.DefaultStructureClass, ns, loc, attr)
{
BaseClass = new UserType (typeof (StructureTemplate));
ns.SetUserParams (this);
}
public TheResult (string name, NamespaceBuilder ns, string ename, CodeLinePragma loc, TypeAttributes attr)
: base (name, ns, loc, attr)
{
etype = new UserType (ename);
BaseClass = new UserType (typeof (EnumResult<>));
BaseClass.AddTypeArgument (etype);
}
void NewNamespace (string name)
{
// We cannot reuse because different namespace {} clauses
// of the same value may have different usings.
cur_ns = new NamespaceBuilder (name, new TypeResolveContext (driver));
namespaces.Add (cur_ns);
}
void NewNamespace(string name)
{
// We cannot reuse because different namespace {} clauses
// of the same value may have different usings.
cur_ns = new NamespaceBuilder(name, new TypeResolveContext(driver));
namespaces.Add(cur_ns);
}
public MetaRuleBuilder (string name, NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attr)
{
rb = new RuleBuilder (name, ns, loc, attr);
tmpl = new RuleTemplateBuilder (name + "RTemplate", rb, ns, loc, attr);
ns.AddMetaRule (this);
BaseClass = RuleType;
}
public MetaRuleBuilder(string name, NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attr)
{
rb = new RuleBuilder(name, ns, loc, attr);
tmpl = new RuleTemplateBuilder(name + "RTemplate", rb, ns, loc, attr);
ns.AddMetaRule(this);
BaseClass = RuleType;
}
public TheResult(string name, NamespaceBuilder ns, string ename, CodeLinePragma loc, TypeAttributes attr)
: base(name, ns, loc, attr)
{
etype = new UserType(ename);
BaseClass = new UserType(typeof(EnumResult <>));
BaseClass.AddTypeArgument(etype);
}
public EnumResultBuilder (string name, NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attr)
{
if (name == null)
throw new ArgumentNullException ();
enumer = new TheEnum (name, ns, loc, attr);
result = new TheResult (name + "Result", ns, name, loc, attr);
}
public NamespaceBuilder GetNamespace(string name)
{
if (!namespaces.ContainsKey(name))
{
namespaces[name] = new NamespaceBuilder(name, new TypeResolveContext(this));
}
return(namespaces[name]);
}
public BGProviderBuilder(string name, NamespaceBuilder ns) : base(ns)
{
if (Structure[name] != StructureParameterKind.Basis)
{
throw ExHelp.App("No such basis parameter {0} for provider", name);
}
basisparam = name;
}
public EnumResultBuilder(string name, NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attr)
{
if (name == null)
{
throw new ArgumentNullException();
}
enumer = new TheEnum(name, ns, loc, attr);
result = new TheResult(name + "Result", ns, name, loc, attr);
}
protected TypeExpressedItem (string namebase, NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attrs)
{
if (namebase == null)
throw new ArgumentNullException ();
this.namebase = namebase;
location = loc;
this.attrs = attrs;
this.ns = ns;
ns.AddItem (this);
}
public StructureElement (NamespaceBuilder ns)
{
if (!(ns.Params is StructureBuilder))
throw new Exception ("Trying to instantiate a structure element in a " +
"namespace that has already had its structure template " +
"defined.");
this.sb = (StructureBuilder) ns.Params;
this.ns = ns;
sb.AddElement (this);
}
void CloseNamespace()
{
if (cur_ns.Params == null)
{
// If we haven't declared any parameters for this space
// yet, and we don't reference a library that has,
// create our own parameterless structurebuilder.
new StructureBuilder(cur_ns, lexer.LinePragma, 0);
}
cur_ns = null;
}
protected TypeExpressedItem(string namebase, NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attrs)
{
if (namebase == null)
{
throw new ArgumentNullException();
}
this.namebase = namebase;
location = loc;
this.attrs = attrs;
this.ns = ns;
ns.AddItem(this);
}
public StructureElement(NamespaceBuilder ns)
{
if (!(ns.Params is StructureBuilder))
{
throw new Exception("Trying to instantiate a structure element in a " +
"namespace that has already had its structure template " +
"defined.");
}
this.sb = (StructureBuilder)ns.Params;
this.ns = ns;
sb.AddElement(this);
}
void AddNamespaceParam(string ns)
{
// FIXME: we can't distinguish references to A.Foo and B.Foo!
// Need a syntax for this.
UserType t = new UserType(NamespaceBuilder.MakeStructureName(ns));
string paramname = ns;
int i = ns.LastIndexOf('.');
if (i >= 0)
{
paramname = ns.Substring(i + 1);
}
cur_nsstruct.AddStructureParam(t, paramname, ns);
}
public TheEnum(string name, NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attr) :
base(name, ns, loc, attr)
{
BaseClass = new UserType(typeof(int));
}
public StructureBoundItem (string name, NamespaceBuilder ns, CodeLinePragma loc,
TypeAttributes attr) : base (name, ns, loc, attr)
{
this.ns = ns;
}
public RuleBuilder (string name, NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attr) :
base (name, ns, loc, attr)
{
BaseClass = RuleClass;
fp.Add (name);
}
public MatcherBuilder(NamespaceBuilder ns, CodeLinePragma loc) :
base("RegexMatcher", ns, loc, TypeAttributes.Public)
{
BaseClass = new UserType(typeof(RegexMatcher));
serial = matcher_serial++;
}
public RuleBuilder(string name, NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attr) :
base(name, ns, loc, attr)
{
BaseClass = RuleClass;
fp.Add(name);
}
public MatcherBuilder (NamespaceBuilder ns, CodeLinePragma loc) :
base ("RegexMatcher", ns, loc, TypeAttributes.Public)
{
BaseClass = new UserType (typeof (RegexMatcher));
serial = matcher_serial++;
}
public SourcefileRuleBuilder(string name, NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attr) :
base(name, ns, loc, attr)
{
BaseClass = new UserType(typeof(SourcefileRule));
fp.Add(name);
}
public RuleTemplateBuilder (string name, RuleBuilder rb, NamespaceBuilder ns, CodeLinePragma loc,
TypeAttributes attr) : base (name, ns, loc, attr)
{
this.rb = rb;
}
// A TemplateBuilder may never actually reference a structure.
// In that case, UseStructure () isn't called and UsesStructure
// is therefore false.
public TemplateBuilder (string name, NamespaceBuilder ns, CodeLinePragma loc,
TypeAttributes attr) : base (name, ns, loc, attr)
{
BaseClass = TTType;
}
void CloseNamespace ()
{
if (cur_ns.Params == null)
// If we haven't declared any parameters for this space
// yet, and we don't reference a library that has,
// create our own parameterless structurebuilder.
new StructureBuilder (cur_ns, lexer.LinePragma, 0);
cur_ns = null;
}
public SourcefileRuleBuilder (string name, NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attr) :
base (name, ns, loc, attr)
{
BaseClass = new UserType (typeof (SourcefileRule));
fp.Add (name);
}
// FIXME: Resurrect the 'implementation code' idea?
// It was kind of useful I think.
public ResultBuilder (string name, NamespaceBuilder ns, CodeLinePragma loc, TypeAttributes attr) :
base (name, ns, loc, attr)
{
BaseClass = new UserType (typeof (Result));
}
public StructureBoundItem(string name, NamespaceBuilder ns, CodeLinePragma loc,
TypeAttributes attr) : base(name, ns, loc, attr)
{
this.ns = ns;
}
// A TemplateBuilder may never actually reference a structure.
// In that case, UseStructure () isn't called and UsesStructure
// is therefore false.
public TemplateBuilder(string name, NamespaceBuilder ns, CodeLinePragma loc,
TypeAttributes attr) : base(name, ns, loc, attr)
{
BaseClass = TTType;
}
public RuleTemplateBuilder(string name, RuleBuilder rb, NamespaceBuilder ns, CodeLinePragma loc,
TypeAttributes attr) : base(name, ns, loc, attr)
{
this.rb = rb;
}
