public ExceptHandler(Exp type, Identifier name, SuiteStatement body, string filename, int start, int end)
: base(filename, start, end)
{
this.type = type;
this.name = name;
this.body = body;
}
public override IEnumerable <string> GetCompatibleMethods(EventDescription eventDescription)
{
var classDef = GetClassForEvents();
SuiteStatement suite = classDef.Body as SuiteStatement;
if (suite != null)
{
int requiredParamCount = eventDescription.Parameters.Count() + 1;
foreach (var methodCandidate in suite.Statements)
{
FunctionDefinition funcDef = methodCandidate as FunctionDefinition;
if (funcDef != null)
{
// Given that event handlers can be given any arbitrary
// name, it is important to not rely on the default naming
// to detect compatible methods. Instead we look at the
// event parameters. We don't have param types in Python,
// so really the only thing that can be done is look at
// the method parameter count, which should be one more than
// the event parameter count (to account for the self param).
if (funcDef.Parameters.Count == requiredParamCount)
{
yield return(funcDef.Name);
}
}
}
}
}
public void Xlat(SuiteStatement suite)
{
var comments = StatementTranslator.ConvertFirstStringToComments(suite.stmts);
stmtXlat.Xlat(suite);
gen.CurrentMemberComments.AddRange(comments);
}
private void XlatConstructor(SuiteStatement stmt)
{
if (stmt == null)
{
return;
}
var comments = StatementTranslator.ConvertFirstStringToComments(stmt.stmts);
stmt.Accept(this.stmtXlat);
if (gen.Scope.Count == 0)
{
return;
}
gen.Scope[0].ToString();
if (!(gen.Scope[0] is CodeExpressionStatement expStm))
{
return;
}
if (!(expStm.Expression is CodeApplicationExpression appl))
{
return;
}
if (!(appl.Method is CodeFieldReferenceExpression method) || method.FieldName != "__init__")
{
return;
}
var ctor = (CodeConstructor)gen.CurrentMember !;
ctor.Comments.AddRange(comments);
ctor.BaseConstructorArgs.AddRange(appl.Arguments.Skip(1));
gen.Scope.RemoveAt(0);
}
public override bool ShowMethod(EventDescription eventDescription, string methodName)
{
var classDef = GetClassForEvents();
var view = _pythonFileNode.GetTextView();
SuiteStatement suite = classDef.Body as SuiteStatement;
if (suite != null)
{
foreach (var methodCandidate in suite.Statements)
{
FunctionDefinition funcDef = methodCandidate as FunctionDefinition;
if (funcDef != null)
{
if (funcDef.Name == methodName)
{
view.Caret.MoveTo(new VisualStudio.Text.SnapshotPoint(view.TextSnapshot, funcDef.StartIndex));
view.Caret.EnsureVisible();
return(true);
}
}
}
}
return(false);
}
private static string GetDoc(SuiteStatement node)
{
var docExpr = node?.Statements?.FirstOrDefault() as ExpressionStatement;
var ce = docExpr?.Expression as ConstantExpression;
return(ce?.Value as string);
}
static Statement GetFirstStatement(string code)
{
PythonParser parser = new PythonParser();
PythonAst ast = parser.CreateAst(@"snippet.py", code);
SuiteStatement suiteStatement = (SuiteStatement)ast.Body;
return(suiteStatement.Statements[0]);
}
ClassDefinition GetClassDefinition(string code)
{
PythonParser parser = new PythonParser();
PythonAst ast = parser.CreateAst(@"test.py", new StringTextBuffer(code));
SuiteStatement suite = ast.Body as SuiteStatement;
return(suite.Statements[0] as ClassDefinition);
}
public override void PostWalk(SuiteStatement node)
{
while (_scope is StatementScope)
{
_scope = _scope.OuterScope;
}
base.PostWalk(node);
}
public SuiteTarget(Dictionary <ScopeStatement, int> insertLocations, ScopeStatement[] parents, SuiteStatement suite, SuiteStatement[] followingSuites, Span selectedSpan, int startIndex, int endIndex)
: base(insertLocations, parents)
{
_suite = suite;
_start = startIndex;
_end = endIndex;
_followingSuites = followingSuites;
_selectedSpan = selectedSpan;
}
private static PythonNode Wrap(SuiteStatement stmt, PythonNode parent)
{
var result = new SuiteStatementNode(stmt)
{
Parent = parent
};
foreach (var statement in stmt.Statements)
{
result.AddChild(Wrap(statement, result));
}
return(result);
}
public void VisitSuite(SuiteStatement s)
{
if (s.stmts.Count == 1)
{
s.stmts[0].Accept(this);
}
else
{
foreach (var stmt in s.stmts)
{
stmt.Accept(this);
}
}
}
private void PostWalkWorker(SuiteStatement node)
{
if (_targetNode == null && node.StartIndex <= _start && node.EndIndex >= _end)
{
// figure out the range of statements we cover...
int startIndex = 0, endIndex = node.Statements.Count - 1;
for (int i = 0; i < node.Statements.Count; i++)
{
if (node.Statements[i].EndIndex >= _start)
{
startIndex = i;
break;
}
}
for (int i = node.Statements.Count - 1; i >= 0; i--)
{
if (node.Statements[i].StartIndex < _end)
{
endIndex = i;
break;
}
}
List <SuiteStatement> followingSuites = new List <SuiteStatement>();
for (int i = _suites.Count - 1; i >= 0; i--)
{
if (_suites[i] == null)
{
// we hit our marker, this is a function/class boundary
// We don't care about any suites which come before the marker
// because they live in a different scope. We insert the marker in
// ShouldWalkWorker(Node node) when we have a ScopeStatement.
break;
}
followingSuites.Add(_suites[i]);
}
_targetNode = new SuiteTarget(
_insertLocations,
_parents.ToArray(),
node,
followingSuites.ToArray(),
_end,
startIndex,
endIndex
);
_insertLocations[_parents[_parents.Count - 1]] = node.Statements.Count == 0 ?
node.GetStartIncludingIndentation(_root) :
node.Statements[startIndex].GetStartIncludingIndentation(_root);
}
}
public SuiteTarget(
Dictionary <ScopeStatement, SourceLocation> insertLocations,
ScopeStatement[] parents,
SuiteStatement suite,
SuiteStatement[] followingSuites,
int selectionEnd,
int startIndex,
int endIndex
)
: base(insertLocations, parents, parents[0] as PythonAst)
{
_suite = suite;
_start = startIndex;
_end = endIndex;
_followingSuites = followingSuites;
_selectionEnd = selectionEnd;
}
public override bool Walk(SuiteStatement node)
{
var prevSuite = _curSuite;
_curSuite = node;
// recursively walk the statements in the suite
if (node.Statements != null)
{
foreach (var innerNode in node.Statements)
{
innerNode.Walk(this);
}
}
_curSuite = prevSuite;
// then check if we encountered an assert which added an isinstance scope.
IsInstanceScope isInstanceScope = _scope as IsInstanceScope;
if (isInstanceScope != null && isInstanceScope._effectiveSuite == node)
{
// pop the isinstance scope
_scope = _scope.OuterScope;
// transform back into a line number and start the new statement scope on the line
// after the suite statement.
var lineNo = _tree.IndexToLocation(node.EndIndex).Line;
int offset;
if (_tree.NewLineLocations.Length == 0)
{
// single line input
offset = 0;
}
else
{
offset = lineNo < _tree.NewLineLocations.Length
? _tree.NewLineLocations[lineNo].EndIndex
: _tree.NewLineLocations[_tree.NewLineLocations.Length - 1].EndIndex;
}
var closingScope = new StatementScope(offset, _scope);
_scope.Children.Add(closingScope);
_scope = closingScope;
}
return(false);
}
public override bool Walk(SuiteStatement node)
{
foreach (var statement in node.Statements)
{
switch (statement)
{
case ClassDefinition cd:
HandleScope(cd);
break;
case FunctionDefinition fd:
HandleScope(fd);
break;
case GlobalStatement gs:
HandleGlobal(gs);
break;
case NonlocalStatement nls:
HandleNonLocal(nls);
break;
case AugmentedAssignStatement augs:
_suppressDiagnostics = true;
augs.Left?.Walk(new ExpressionWalker(this));
_suppressDiagnostics = false;
augs.Right?.Walk(new ExpressionWalker(this));
break;
case AssignmentStatement asst:
_suppressDiagnostics = true;
foreach (var lhs in asst.Left ?? Enumerable.Empty <Expression>())
{
lhs?.Walk(new ExpressionWalker(this));
}
_suppressDiagnostics = false;
asst.Right?.Walk(new ExpressionWalker(this));
break;
default:
statement.Walk(new ExpressionWalker(this));
break;
}
}
return(false);
}
public override bool Walk(SuiteStatement node)
{
var prevSuite = _curSuite;
var prevScope = Scope;
_curSuite = node;
if (node.Statements != null)
{
foreach (var statement in node.Statements)
{
statement.Walk(this);
}
}
Scope = prevScope;
_curSuite = prevSuite;
return(false);
}
/// <summary>
/// Helper function for calculating all of the drop down entries that are available
/// in the given suite statement. Called to calculate both the members of top-level
/// code and class bodies.
/// </summary>
private static ReadOnlyCollection <DropDownEntryInfo> CalculateEntries(SuiteStatement suite)
{
List <DropDownEntryInfo> newEntries = new List <DropDownEntryInfo>();
if (suite != null)
{
foreach (Statement stmt in suite.Statements)
{
if (stmt is ClassDefinition || stmt is FunctionDefinition)
{
newEntries.Add(new DropDownEntryInfo(stmt));
}
}
}
newEntries.Sort(ComparisonFunction);
return(new ReadOnlyCollection <DropDownEntryInfo>(newEntries));
}
public override bool Walk(SuiteStatement node)
{
foreach (var statement in node.Statements)
{
if (statement is BreakStatement || statement is ContinueStatement)
{
// code after here is unreachable
break;
}
Returns = false;
statement.Walk(this);
if (Returns)
{
// rest of the code is unreachable...
break;
}
}
return(false);
}
public override IEnumerable <string> GetCompatibleMethods(EventDescription eventDescription)
{
var classDef = GetClassForEvents();
SuiteStatement suite = classDef.Body as SuiteStatement;
if (suite != null)
{
foreach (var methodCandidate in suite.Statements)
{
FunctionDefinition funcDef = methodCandidate as FunctionDefinition;
if (funcDef != null)
{
if (funcDef.Name.EndsWith("_" + eventDescription.Name))
{
yield return(funcDef.Name);
}
}
}
}
}
private bool ShouldWalkWorker(SuiteStatement node)
{
if (ShouldWalkWorker((Node)node))
{
_suites.Add(node);
foreach (var stmt in node.Statements)
{
stmt.Walk(this);
if (_targetNode != null)
{
// we have found our extracted code below this,
// we should insert before this statement.
_insertLocations[_parents[_parents.Count - 1]] = stmt.GetStartIncludingIndentation(_root);
break;
}
}
_suites.Pop();
}
return(false);
}
private static string FindNodeInTree(PythonAst tree, SuiteStatement statement, int line)
{
if (statement != null)
{
foreach (var node in statement.Statements)
{
FunctionDefinition funcDef = node as FunctionDefinition;
if (funcDef != null)
{
var span = funcDef.GetSpan(tree);
if (span.Start.Line <= line && line <= span.End.Line)
{
var res = FindNodeInTree(tree, funcDef.Body as SuiteStatement, line);
if (res != null)
{
return(funcDef.Name + "." + res);
}
return(funcDef.Name);
}
continue;
}
ClassDefinition classDef = node as ClassDefinition;
if (classDef != null)
{
var span = classDef.GetSpan(tree);
if (span.Start.Line <= line && line <= span.End.Line)
{
var res = FindNodeInTree(tree, classDef.Body as SuiteStatement, line);
if (res != null)
{
return(classDef.Name + "." + res);
}
return(classDef.Name);
}
}
}
}
return(null);
}
internal static IEnumerable <IScopeNode> EnumerateBody(PythonAst ast, Statement body, bool includeAssignments = true)
{
SuiteStatement suite = body as SuiteStatement;
if (suite != null)
{
foreach (Statement stmt in suite.Statements)
{
ClassDefinition klass = stmt as ClassDefinition;
if (klass != null)
{
yield return(new ClassScopeNode(klass));
continue;
}
FunctionDefinition func = stmt as FunctionDefinition;
if (func != null)
{
yield return(new FunctionScopeNode(func));
continue;
}
AssignmentStatement assign;
if (includeAssignments && (assign = stmt as AssignmentStatement) != null)
{
foreach (var target in assign.Left)
{
NameExpression name = target as NameExpression;
if (name != null)
{
yield return(new AssignmentScopeNode(ast, assign, name));
}
}
}
}
}
}
private FunctionDefinition FindMethod(string methodName)
{
var classDef = GetClassForEvents();
SuiteStatement suite = classDef.Body as SuiteStatement;
if (suite != null)
{
foreach (var methodCandidate in suite.Statements)
{
FunctionDefinition funcDef = methodCandidate as FunctionDefinition;
if (funcDef != null)
{
if (funcDef.Name == methodName)
{
return(funcDef);
}
}
}
}
return(null);
}
internal static IEnumerable <IScopeNode> EnumerateBody(Statement body)
{
SuiteStatement suite = body as SuiteStatement;
if (suite != null)
{
foreach (Statement stmt in suite.Statements)
{
ClassDefinition klass = stmt as ClassDefinition;
if (klass != null)
{
yield return(new ClassScopeNode(klass));
}
FunctionDefinition func = stmt as FunctionDefinition;
if (func != null)
{
yield return(new FunctionScopeNode(func));
}
}
}
}
public DataType VisitSuite(SuiteStatement b)
{
// first pass: mark global names
var globalNames = b.stmts
.OfType <GlobalStatement>()
.SelectMany(g => g.names)
.Concat(b.stmts
.OfType <NonlocalStatement>()
.SelectMany(g => g.names));
foreach (var id in globalNames)
{
scope.AddGlobalName(id.Name);
ISet <Binding> nb = scope.Lookup(id.Name);
if (nb != null)
{
analyzer.putRef(id, nb);
}
}
bool returned = false;
DataType retType = DataType.Unknown;
foreach (var n in b.stmts)
{
DataType t = n.Accept(this);
if (!returned)
{
retType = UnionType.Union(retType, t);
if (!UnionType.Contains(t, DataType.Cont))
{
returned = true;
retType = UnionType.remove(retType, DataType.Cont);
}
}
}
return(retType);
}
public override bool IsExistingMethodName(EventDescription eventDescription, string methodName)
{
var classDef = GetClassForEvents();
var view = _pythonFileNode.GetTextView();
SuiteStatement suite = classDef.Body as SuiteStatement;
if (suite != null)
{
foreach (var methodCandidate in suite.Statements)
{
FunctionDefinition funcDef = methodCandidate as FunctionDefinition;
if (funcDef != null)
{
if (funcDef.Name == methodName)
{
return(true);
}
}
}
}
return(false);
}
private void XlatConstructor(SuiteStatement stmt)
{
if (stmt == null)
return;
var comments = StatementTranslator.ConvertFirstStringToComments(stmt.stmts);
stmt.Accept(this.stmtXlat);
if (gen.Scope.Count == 0)
return;
gen.Scope[0].ToString();
var expStm = gen.Scope[0] as CodeExpressionStatement;
if (expStm == null)
return;
var appl = expStm.Expression as CodeApplicationExpression;
if (appl == null)
return;
var method = appl.Method as CodeFieldReferenceExpression;
if (method == null || method.FieldName != "__init__")
return;
var ctor = (CodeConstructor) gen.CurrentMethod;
ctor.Comments.AddRange(comments);
ctor.BaseConstructorArgs.AddRange(appl.Arguments.Skip(1));
gen.Scope.RemoveAt(0);
}
// SuiteStatement
public override bool Walk(SuiteStatement node) { return false; }
public virtual void PostWalk(SuiteStatement node) { }
// SuiteStatement
public virtual bool Walk(SuiteStatement node) { return true; }
public void VisitSuite(SuiteStatement s)
{
foreach (var stm in s.stmts)
{
stm.Accept(this);
if (!(stm is SuiteStatement))
{
w.WriteLine();
}
}
}
// SuiteStatement
public virtual bool Walk(SuiteStatement node)
{
return(true);
}
//if_stmt: 'if' test ':' suite ('elif' test ':' suite)* ['else' ':' suite]
public IfStatement if_stmt()
{
var posStart = Expect(TokenType.If).Start;
var t = test();
Expect(TokenType.COLON);
var ts = suite();
var stack = new Stack<Tuple<int, Exp, SuiteStatement>>();
stack.Push(Tuple.Create(posStart, t, ts));
Token token;
while (PeekAndDiscard(TokenType.Elif, out token))
{
t = test();
Expect(TokenType.COLON);
ts = suite();
stack.Push(Tuple.Create(token.Start, t, ts));
}
if (PeekAndDiscard(TokenType.Else, out token))
{
Expect(TokenType.COLON);
ts = suite();
stack.Push(new Tuple<int, Exp, SuiteStatement>(token.Start, null, ts));
}
SuiteStatement es = null;
if (stack.Peek().Item2 == null)
{
es = stack.Pop().Item3;
}
IfStatement ifStmt;
do
{
var item = stack.Pop();
ifStmt = new IfStatement(
item.Item2,
item.Item3,
es,
filename, item.Item1, item.Item3.End);
es = new SuiteStatement(new List<Statement> { ifStmt }, filename, ifStmt.Start, ifStmt.End);
} while (stack.Count > 0);
return ifStmt;
}
public void VisitSuite(SuiteStatement s)
{
if (s.stmts.Count == 1)
{
s.stmts[0].Accept(this);
}
else
{
foreach (var stmt in s.stmts)
{
stmt.Accept(this);
}
}
}
// SuiteStatement
public override bool Walk(SuiteStatement node) { return Location >= node.StartIndex && Location <= node.EndIndex; }
public Module(string moduleName, SuiteStatement body, string filename, int begin, int end)
: base(filename, begin, end)
{
this.Name = moduleName;
this.body = body;
}
public override void PostWalk(SuiteStatement node) { }
public virtual void PostWalk(SuiteStatement node)
{
}
// SuiteStatement
public override bool Walk(SuiteStatement node)
{
return(Location >= node.StartIndex && Location <= node.EndIndex);
}
private IfStatement GetElif(SuiteStatement s)
{
if (s.stmts.Count != 1)
return null;
return s.stmts[0] as IfStatement;
}
public ExtractMethodResult GetExtractionResult()
{
bool isStaticMethod = false, isClassMethod = false;
var parameters = new List <Parameter>();
string selfParam = null;
if (_targetScope is ClassDefinition)
{
var fromScope = _scopes[_scopes.Length - 1] as FunctionDefinition;
Debug.Assert(fromScope != null); // we don't allow extracting from classes, so we have to be coming from a function
if (fromScope != null)
{
if (fromScope.Decorators != null)
{
foreach (var decorator in fromScope.Decorators.Decorators)
{
NameExpression name = decorator as NameExpression;
if (name != null)
{
if (name.Name == "staticmethod")
{
isStaticMethod = true;
}
else if (name.Name == "classmethod")
{
isClassMethod = true;
}
}
}
}
if (!isStaticMethod)
{
if (fromScope.Parameters.Count > 0)
{
selfParam = fromScope.Parameters[0].Name;
parameters.Add(new Parameter(selfParam, ParameterKind.Normal));
}
}
}
}
foreach (var param in _parameters)
{
var newParam = new Parameter(param, ParameterKind.Normal);
if (parameters.Count > 0)
{
newParam.AddPreceedingWhiteSpace(_ast, " ");
}
parameters.Add(newParam);
}
// include any non-closed over parameters as well...
foreach (var input in _inputVars)
{
var variableScope = input.Scope;
var parentScope = _targetScope;
// are these variables a child of the target scope so we can close over them?
while (parentScope != null && parentScope != variableScope)
{
parentScope = parentScope.Parent;
}
if (parentScope == null && input.Name != selfParam)
{
// we can either close over or pass these in as parameters, add them to the list
var newParam = new Parameter(input.Name, ParameterKind.Normal);
if (parameters.Count > 0)
{
newParam.AddPreceedingWhiteSpace(_ast, " ");
}
parameters.Add(newParam);
}
}
var body = _target.GetBody(_ast);
var isCoroutine = IsCoroutine(body);
// reset leading indentation to single newline + indentation, this
// strips out any proceeding comments which we don't extract
var leading = _newline + body.GetIndentationLevel(_ast);
body.SetLeadingWhiteSpace(_ast, leading);
if (_outputVars.Count > 0)
{
// need to add a return statement
Expression retValue;
Expression[] names = new Expression[_outputVars.Count];
int outputIndex = 0;
foreach (var name in _outputVars)
{
var nameExpr = new NameExpression(name.Name);
nameExpr.AddPreceedingWhiteSpace(_ast, " ");
names[outputIndex++] = nameExpr;
}
var tuple = new TupleExpression(false, names);
tuple.RoundTripHasNoParenthesis(_ast);
retValue = tuple;
var retStmt = new ReturnStatement(retValue);
retStmt.SetLeadingWhiteSpace(_ast, leading);
body = new SuiteStatement(
new Statement[] {
body,
retStmt
}
);
}
else
{
// we need a SuiteStatement to give us our colon
body = new SuiteStatement(new Statement[] { body });
}
DecoratorStatement decorators = null;
if (isStaticMethod)
{
decorators = new DecoratorStatement(new[] { new NameExpression("staticmethod") });
}
else if (isClassMethod)
{
decorators = new DecoratorStatement(new[] { new NameExpression("classmethod") });
}
var res = new FunctionDefinition(new NameExpression(_name), parameters.ToArray(), body, decorators);
res.IsCoroutine = isCoroutine;
StringBuilder newCall = new StringBuilder();
newCall.Append(_target.IndentationLevel);
var method = res.ToCodeString(_ast);
// fix up indentation...
for (int curScope = 0; curScope < _scopes.Length; curScope++)
{
if (_scopes[curScope] == _targetScope)
{
// this is our target indentation level.
var indentationLevel = _scopes[curScope].Body.GetIndentationLevel(_ast);
var lines = method.Split(new[] { "\r\n", "\r", "\n" }, StringSplitOptions.None);
int minWhiteSpace = Int32.MaxValue;
for (int curLine = decorators == null ? 1 : 2; curLine < lines.Length; curLine++)
{
var line = lines[curLine];
for (int i = 0; i < line.Length; i++)
{
if (!Char.IsWhiteSpace(line[i]))
{
minWhiteSpace = Math.Min(minWhiteSpace, i);
break;
}
}
}
StringBuilder newLines = new StringBuilder();
newLines.Append(indentationLevel);
newLines.Append(lines[0]);
if (decorators != null)
{
newLines.Append(_newline);
newLines.Append(indentationLevel);
newLines.Append(lines[1]);
}
// don't include a bunch of blank lines...
int endLine = lines.Length - 1;
for (; endLine >= 0 && String.IsNullOrWhiteSpace(lines[endLine]); endLine--)
{
}
newLines.Append(_newline);
for (int curLine = decorators == null ? 1 : 2; curLine <= endLine; curLine++)
{
var line = lines[curLine];
newLines.Append(indentationLevel);
if (_insertTabs)
{
newLines.Append('\t');
}
else
{
newLines.Append(' ', _indentSize);
}
if (line.Length > minWhiteSpace)
{
newLines.Append(line, minWhiteSpace, line.Length - minWhiteSpace);
}
newLines.Append(_newline);
}
newLines.Append(_newline);
method = newLines.ToString();
break;
}
}
string comma;
if (_outputVars.Count > 0)
{
comma = "";
foreach (var outputVar in _outputVars)
{
newCall.Append(comma);
newCall.Append(outputVar.Name);
comma = ", ";
}
newCall.Append(" = ");
}
else if (_target.ContainsReturn)
{
newCall.Append("return ");
}
if (isCoroutine)
{
newCall.Append("await ");
}
if (_targetScope is ClassDefinition)
{
var fromScope = _scopes[_scopes.Length - 1] as FunctionDefinition;
Debug.Assert(fromScope != null); // we don't allow extracting from classes, so we have to be coming from a function
if (isStaticMethod)
{
newCall.Append(_targetScope.Name);
newCall.Append('.');
}
else if (fromScope != null && fromScope.Parameters.Count > 0)
{
newCall.Append(fromScope.Parameters[0].Name);
newCall.Append('.');
}
}
newCall.Append(_name);
newCall.Append('(');
comma = "";
foreach (var param in parameters)
{
if (param.Name != selfParam)
{
newCall.Append(comma);
newCall.Append(param.Name);
comma = ", ";
}
}
newCall.Append(')');
return(new ExtractMethodResult(
method,
newCall.ToString()
));
}
protected void Xlat(SuiteStatement suite)
{
var comments = StatementTranslator.ConvertFirstStringToComments(suite.stmts);
stmtXlat.Xlat(suite);
gen.CurrentMethod.Comments.AddRange(comments);
}
