|
public GetActualType ( Mono.Cecil.TypeSystem typeSystem ) : |
||
| typeSystem | Mono.Cecil.TypeSystem | |
| return | ||
protected void EliminateVariable (JSNode context, JSVariable variable, JSExpression replaceWith, QualifiedMemberIdentifier method) {
{
var replacer = new VariableEliminator(
variable,
JSChangeTypeExpression.New(replaceWith, variable.GetActualType(TypeSystem), TypeSystem)
);
replacer.Visit(context);
}
{
var replacer = new VariableEliminator(variable, replaceWith);
var assignments = (from a in FirstPass.Assignments where
variable.Equals(a.NewValue) ||
a.NewValue.SelfAndChildrenRecursive.Any(variable.Equals)
select a).ToArray();
foreach (var a in assignments) {
if (!variable.Equals(a.NewValue))
replacer.Visit(a.NewValue);
}
}
Variables.Remove(variable.Identifier);
FunctionSource.InvalidateFirstPass(method);
}
public override TypeReference GetActualType(TypeSystem typeSystem)
{
return(new ByReferenceType(Referent.GetActualType(typeSystem)));
}
public override TypeReference GetActualType(TypeSystem typeSystem)
{
return(DeReferenceType(Referent.GetActualType(typeSystem), true));
}
protected void EliminateVariable(JSNode context, JSVariable variable, JSExpression replaceWith, QualifiedMemberIdentifier method)
{
{
var replacer = new VariableEliminator(
variable,
JSChangeTypeExpression.New(replaceWith, TypeSystem, variable.GetActualType(TypeSystem))
);
replacer.Visit(context);
}
{
var replacer = new VariableEliminator(variable, replaceWith);
var assignments = (from a in FirstPass.Assignments where
variable.Equals(a.NewValue) ||
a.NewValue.SelfAndChildrenRecursive.Any((_n) => variable.Equals(_n))
select a).ToArray();
foreach (var a in assignments) {
if (variable.Equals(a.NewValue)) {
FirstPass.Assignments.Remove(a);
FirstPass.Assignments.Add(
new FunctionAnalysis1stPass.Assignment(
a.StatementIndex, a.NodeIndex,
a.Target, replaceWith, a.Operator,
a.TargetType, a.SourceType
)
);
} else {
replacer.Visit(a.NewValue);
}
}
}
Variables.Remove(variable.Identifier);
FunctionSource.InvalidateFirstPass(method);
}