Hello! > To have O(1) you've to have the number of hash entries > number of files and a > really good hasing function. No, if you enlarge the hash table twice (and re-hash everything) every time the table fills up, the load factor of the table keeps small and everything is O(1) amortized, of course if you have a good hashing function. If you are really smart and re-hash incrementally, you can get O(1) worst case complexity, but the multiplicative constant is large. > To be sincere, here is pretty daylight :) :) Martin - To unsubscribe from this list: send the line "unsubscribe linux-kernel" in the body of a message to [EMAIL PROTECTED] More majordomo info at http://vger.kernel.org/majordomo-info.html Please read the FAQ at http://www.tux.org/lkml/
- Re: [rfc] Near-constant time dir... H. Peter Anvin
- Re: [rfc] Near-constant time dir... Ed Tomlinson
- Re: [rfc] Near-constant time directory index ... Andreas Dilger
- Re: [rfc] Near-constant time directory index ... Daniel Phillips
- Re: [rfc] Near-constant time directory in... Linus Torvalds
- Re: [rfc] Near-constant time directo... Chris Mason
- Re: [rfc] Near-constant time directo... Daniel Phillips
- RE: [rfc] Near-constant time directory index for Ext2 Davide Libenzi
- Re: [rfc] Near-constant time directory index for Ext2 Martin Mares
- Re: [rfc] Near-constant time directory index for ... Davide Libenzi
- Re: [rfc] Near-constant time directory index ... Martin Mares
- Re: [rfc] Near-constant time directory in... Davide Libenzi
- Re: [rfc] Near-constant time directo... Martin Mares
- Re: [rfc] Near-constant time dir... Davide Libenzi
- Re: [rfc] Near-constant time directory in... H. Peter Anvin
- Re: [rfc] Near-constant time directo... Martin Mares
- Re: [rfc] Near-constant time dir... H. Peter Anvin
- Re: [rfc] Near-constant time dir... Martin Mares
- Re: [rfc] Near-constant time dir... H. Peter Anvin
- Re: [rfc] Near-constant time dir... Martin Mares
- Re: [rfc] Near-constant time dir... H. Peter Anvin