public void VisitBranch(Branch branch)
{
if (!m_hasBranch)
{
m_hasBranch = true;
Log.DebugLine(this, "branch at {0:X2}", branch.Untyped.Offset);
}
}
// might want a foreach test
// make sure it works within a method (maybe if and handler)
public void VisitBranch(Branch branch)
{
if (branch.Untyped.OpCode.Code != Code.Leave && branch.Untyped.OpCode.Code != Code.Leave_S)
{
if (branch.Target.Index > branch.Index)
DoAddBlock(branch.Index + 1, branch.Target.Index - branch.Index - 1);
else
DoAddBlock(branch.Target.Index, branch.Index - branch.Target.Index);
}
}
// What we want to do here is identify methods that are too complex to
// be readily understandable. So, we don't care about length since large
// straight-line methods are ugly but not hard to understand. Nor do we
// want to over-count switch statements because they are well structured
// and easy to understand.
public void VisitBranch(Branch branch)
{
++m_count;
Log.DebugLine(this, "found branch at {0:X2}", branch.Untyped.Offset);
}
