private static void ReflectionEnumerate(IEnumerable <Assembly> assemblies)
{
var tree = new RNamespaceTree();
foreach (var assembly in assemblies)
{
foreach (var module in assembly.GetModules(false))
{
EnumerateExtensionMethods(module);
tree.Add(module);
ModuleEnumerated(null);
}
}
Counter_Types +=
(from ns in tree.GetAllNamespaces()
from t in ns.GetTypeDefs()
select 1).Count();
}
private static void Statistics(RNamespaceTree tree, bool dump)
{
var x =
from ns in tree.GetAllNamespaces()
let count = ns.GetTypeDefs().Count()
group ns by count into g
let gCount = g.Count()
orderby g.Key descending
select new { Size = g.Key, Count = gCount };
foreach (var p in x)
{
if (dump)
{
_output.WriteLine("{0}\t{1}", p.Size, p.Count);
}
}
Counter_Types = x.Sum((a) => a.Size);
if (dump)
{
_output.WriteLine("Namespace size: total {0}, avg {1}", Counter_Types, x.Average((a) => a.Size));
}
}
private static void Statistics(RNamespaceTree tree, bool dump)
{
var x =
from ns in tree.GetAllNamespaces()
let count = ns.GetTypeDefs().Count()
group ns by count into g
let gCount = g.Count()
orderby g.Key descending
select new { Size = g.Key, Count = gCount };
foreach (var p in x) {
if (dump) {
_output.WriteLine("{0}\t{1}", p.Size, p.Count);
}
}
Counter_Types = x.Sum((a) => a.Size);
if (dump) {
_output.WriteLine("Namespace size: total {0}, avg {1}", Counter_Types, x.Average((a) => a.Size));
}
}
private static void ReflectionEnumerate(IEnumerable<Assembly> assemblies)
{
var tree = new RNamespaceTree();
foreach (var assembly in assemblies) {
foreach (var module in assembly.GetModules(false)) {
EnumerateExtensionMethods(module);
tree.Add(module);
ModuleEnumerated(null);
}
}
Counter_Types +=
(from ns in tree.GetAllNamespaces()
from t in ns.GetTypeDefs()
select 1).Count();
}
