protected virtual XmlElement serialize(Node_Module node)
{
XmlElement elem = _doc.CreateElement(node.typeName, desible1NS);
append<Node_Integer>(elem, node.@niviokMajorVersionNumber, "niviok major version number");
append<Node_Integer>(elem, node.@niviokMinorVersionNumber, "niviok minor version number");
append<Node_Import>(elem, node.@imports, null);
append<Node_Sieve>(elem, node.@sieve, null);
return elem;
}
//module
//identikeys that must be exposed by import and/or expose nodes
public static HashSet<Identifier> depends(Node_Module node)
{
return depends(node.sieve);
}
static void buildStandardLibrary(Node_Module node)
{
IScope scope = new Scope(null, new ScopeAllowance(false,false));
ScopeQueue sq = new ScopeQueue();
Sieve sieve = Executor.executeGetSieve(node.sieve, sq, scope);
_stdSieve = sieve;
GE.declareAssign(
new Identifier("Interface"),
ScidentreCategory.CONSTANT,
new NType(),
stdn_Interface.worker,
sieve.visible );
GE.declareAssign(
new Identifier("Object"),
ScidentreCategory.CONSTANT,
new NType(),
stdn_Object.worker,
sieve.visible );
GE.declareAssign(
new Identifier("any"),
ScidentreCategory.CONSTANT,
new NType(),
stdn_Object.worker, //xxx temporary - won't work when type checking is enabled
sieve.visible );
sq.executeAll();
GE.declareAssign(
new Identifier("true"),
ScidentreCategory.CONSTANT,
new NType(stdn_Bool),
Client_Boolean.wrap(true),
sieve.visible );
GE.declareAssign(
new Identifier("false"),
ScidentreCategory.CONSTANT,
new NType(stdn_Bool),
Client_Boolean.wrap(false),
sieve.visible );
_std = LibraryWrapper.wrap(_stdSieve);
}
void printTree(Node_Module root)
{
printNode(0, root);
}