public static IStatement SearchBlockStatement(StatementContainingStatement BlockStmt, CodeLocation Where)
{
// First check if one sub-statement is located at the code location
var ss = BlockStmt.SubStatements;
if (ss != null)
{
foreach (var s in ss)
{
if (Where >= s.Location && Where <= s.EndLocation)
{
return(s);
}
}
}
// If nothing was found, check if this statement fits to the coordinates
if (Where >= BlockStmt.Location && Where <= BlockStmt.EndLocation)
{
return(BlockStmt);
}
// If not, return null
return(null);
}
public override void VisitChildren(StatementContainingStatement stmt)
{
using (ctxt.Push(stmt.ParentNode, stmt))
base.VisitSubStatements(stmt);
}
void GenerateFoldsInternal(List<FoldingRegion> l, StatementContainingStatement statement)
{
// Only let block statements (like { SomeStatement(); SomeOtherStatement++; }) be foldable
if(statement is BlockStatement)
l.Add(new FoldingRegion(
new DomRegion(
statement.StartLocation.Line,
statement.StartLocation.Column,
statement.EndLocation.Line,
statement.EndLocation.Column),
FoldType.Undefined));
// Do a deep-scan
foreach (var s in statement.SubStatements)
if (s is StatementContainingStatement)
GenerateFoldsInternal(l, s as StatementContainingStatement);
}
public virtual void VisitSubStatements(StatementContainingStatement stmtContainer)
{
var ss = stmtContainer.SubStatements;
if (ss != null)
foreach (IStatement substatement in ss)
if(substatement != null)
substatement.Accept(this);
}
/// <summary>
/// Visit abstract stmt
/// </summary>
public virtual void VisitChildren(StatementContainingStatement stmtContainer)
{
VisitSubStatements(stmtContainer);
VisitAbstractStmt(stmtContainer);
}
public override void VisitSubStatements(StatementContainingStatement stmtContainer)
{
var ss = stmtContainer.SubStatements;
if (ss != null)
foreach (IStatement substatement in ss)
if (substatement != null)
{
substatement.Accept(this);
if (halt)
return;
}
}
public override void VisitChildren(StatementContainingStatement stmtContainer)
{
VisitSubStatements(stmtContainer);
if(!halt)
VisitAbstractStmt(stmtContainer);
}
public override void VisitChildren(StatementContainingStatement stmt)
{
var back = ctxt.ScopedStatement;
if (back != stmt) {
ctxt.PushNewScope (ctxt.ScopedBlock, stmt);
OnScopedStatementChanged (stmt);
}
base.VisitSubStatements (stmt);
if (back != stmt)
ctxt.Pop ();
}
static void AssignInStatementDeclarationsToNewParentNode(StatementContainingStatement ss, INode newParentNode)
{
IDeclarationContainingStatement dcs;
if (ss.SubStatements != null)
{
foreach (var s in ss.SubStatements)
{
dcs = s as IDeclarationContainingStatement;
if (dcs != null && dcs.Declarations != null)
foreach (var n in dcs.Declarations)
n.Parent = newParentNode;
if (s is StatementContainingStatement)
AssignInStatementDeclarationsToNewParentNode(s as StatementContainingStatement, newParentNode);
}
}
}
public override void VisitSubStatements(StatementContainingStatement stmtContainer)
{
if (halt)
return;
var ss = stmtContainer.SubStatements;
if (ss != null) {
shownKeywords.Push (BlockMemberFilter | MemberFilter.StatementBlockKeywords | ExprMemberFilter);
foreach (IStatement substatement in ss)
if (substatement != null) {
substatement.Accept (this);
if (halt)
return;
}
if (!halt && stmtContainer.EndLocation < ed.CaretLocation)
shownKeywords.Pop ();
}
}