// Visit a namespace definition
public void visit_namespace(NamespaceStmt namespace_stmt)
{
WavyNamespace wnamespace = new WavyNamespace((string)namespace_stmt.name.value, new Scope(this.local_scope));
// Define the namespace in the local scope
this.local_scope.define(wnamespace.name, wnamespace);
// Execute the new namespace with the new scope
execute_block(namespace_stmt.body, wnamespace.scope);
}
// Visit a namespace definition
public void visit_namespace(NamespaceStmt namespace_stmt)
{
// Do we want namespace variables to be indipendent or have the previous scope? [new Scope(this.local_scope);]
if (this.namespaces.ContainsKey((string)namespace_stmt.name.value))
{
throw new RuntimeException("Namespace with name '" + (string)namespace_stmt.name.value + "' already exists");
}
// Create a new scope for the given namespace, and execute the namespace code
this.namespaces.Add((string)namespace_stmt.name.value, new Scope());
execute_block(namespace_stmt.body, this.namespaces[(string)namespace_stmt.name.value]);
}
// Visit a namespace definition
public void visit_namespace(NamespaceStmt namespace_stmt)
{
if (this.namespaces.ContainsKey((string)namespace_stmt.name.value))
{
throw new RuntimeException("Namespace with name '" + (string)namespace_stmt.name.value + "' already exists");
}
// Add a new namespace to the dicionary
// Do we want namespace variables to be indipendent or have the previous scope? [new Scope(this.scoped);]
this.namespaces.Add((string)namespace_stmt.name.value, new Stack <Dictionary <string, bool> >());
// Save the old scope and set the current to the new namespace scope
Stack <Dictionary <string, bool> > previous_scope = this.scopes;
this.scopes = this.namespaces[(string)namespace_stmt.name.value];
start_scope();
resolve(namespace_stmt.body);
// Restore the previous scope
this.scopes = previous_scope;
}
// Visit a namespace definition
public void visit_namespace(NamespaceStmt namespace_stmt)
{
declare(namespace_stmt.name);
define(namespace_stmt.name);
resolve(namespace_stmt.body);
}
