public void Analyze()
{
List <Inventory> inventories = Inventory.GetInventoriesNewestFirst(_Store.Directory, _Configuration).Reverse().ToList();
Dictionary <Inventory, List <string> > hashes = new Dictionary <Inventory, List <string> >();
foreach (Inventory inv in inventories)
{
var list = inv.Folder.AllFiles.Select(x => x.Sha256).ToList();
hashes.Add(inv, list);
}
// look at single inventories
foreach (Inventory inventory in inventories)
{
HashSet <string> uniqueHashes = GetUniqueHashes(new Inventory[] { inventory }, inventories);
var ms = _Store.GetManifestObjects(uniqueHashes).ToArray();
double sizeSourceMB = ms.Sum(x => x.SizeSource) / (1024.0 * 1024.0);
double sizeTargetMB = ms.Sum(x => x.SizeTarget) / (1024.0 * 1024.0);
Program.log.InfoFormat("removal of inventory '{0}' would safe {1:0.00} MB, uncompressed {2:0.00} MB", inventory.Name, sizeTargetMB, sizeSourceMB);
}
// look at inceremental inventories
for (int i = 1; i < inventories.Count - 1; i++)
{
IEnumerable <Inventory> nInventories = inventories.Take(i + 1);
HashSet <string> uniqueHashes = GetUniqueHashes(nInventories, inventories);
var ms = _Store.GetManifestObjects(uniqueHashes).ToArray();
double sizeSourceMB = ms.Sum(x => x.SizeSource) / (1024.0 * 1024.0);
double sizeTargetMB = ms.Sum(x => x.SizeTarget) / (1024.0 * 1024.0);
Program.log.Info("removal of inventories");
foreach (var inv in nInventories)
{
Program.log.Info(" " + inv.Name);
}
Program.log.InfoFormat("would safe {0:0.00} MB, uncompressed {1:0.00} MB", sizeTargetMB, sizeSourceMB);
}
}
