static void CollectSwitchSectionStatements(AstNodeCollection <Statement> result, RefactoringContext context,
Statement statement)
{
BlockStatement blockStatement;
if (statement is BlockStatement)
{
blockStatement = (BlockStatement)statement.Clone();
}
else
{
blockStatement = new BlockStatement {
statement.Clone()
}
};
var breackStatement = new BreakStatement();
blockStatement.Add(breackStatement);
// check if break is needed
var reachabilityAnalysis = context.CreateReachabilityAnalysis(blockStatement);
if (!reachabilityAnalysis.IsReachable(breackStatement))
{
blockStatement.Statements.Remove(breackStatement);
}
var statements = blockStatement.Statements.ToArray();
blockStatement.Statements.Clear();
result.AddRange(statements);
}
}
static void SortNodeCollection <T> (AstNodeCollection <T> collection) where T : AstNode
{
var sortedMembers = collection
.OrderBy(GetNodeSortGroup)
.ThenBy(GetNodeSortName)
.ThenBy(GetNodeSortSignature)
.ToList();
collection.Clear();
collection.AddRange(sortedMembers);
}
static void CollectSwitchSectionStatements(AstNodeCollection <Statement> result, BaseRefactoringContext context,
Statement statement)
{
BlockStatement blockStatement = statement as BlockStatement;
if (blockStatement != null)
{
result.AddRange(blockStatement.Statements.Select(s => s.Clone()));
}
else
{
result.Add(statement.Clone());
}
// add 'break;' at end if necessary
var reachabilityAnalysis = context.CreateReachabilityAnalysis(statement);
if (reachabilityAnalysis.IsEndpointReachable(statement))
{
result.Add(new BreakStatement());
}
}