Subject: See what she gave at vow-renewal

From: Dr. Oz Skin Tip <[email-masked]>
Date: Tue, 02 Sep 2014 07:31:14 -0700

Check out what Celeb host Ellen gave guests at her Vow Renewal

It helped her look 20 years younger in just ONE month.

Soo... She decided to share her happiness with those around her.

View the Gift Here

Not just Ellen, Dr. Oz has been talking about this incredible trick that erases

20 years of fine lines and wrinkles.

And we know Doc Oz doesnt stand behind something, unless it really works.

http://www.DocOz/Episode/Skin/Ellen/video/

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two problems resolved). JasonD Nov 19 '11 at 6:34

It worked for me, but i first had to create a dummy file there before i could delete if using svn. So you have to do touch nameOfMissingFile and then svn delete nameOfMissingFile --force Maciej Swic Mar 4 '12 at 14:59

I additionally had to quit and for the problem to go away

Quitting and restarting Xcode solved this problem for me. My underlying SVN repository was all fine, but the tracking of my Repositories had got in a bad state after doing some additions and deletes. Dan J Apr 21 Linked list add is not always O(1) [or this should say addLast() is O(1)]. This is only true if done from within a ListIterator. The add methods in Java's LinkList implementation must search through the list if additions are not on the head or tail. So worst case this is O(n/2) (which really is O(n); but I wrote it this way as it searches forward or backward depending on the given index so is only over at most half the list). Kevin Brock Brock That's add(int,E) vs add(E). Tom Hawtin - tackline Dec 12 '10 at 21:20

why LinkedList get is O(n), if you know the position it's O(1), isn't it? dhblaNo, for a LinkedList, get is still O(n) even if you know the position, because in order to get to that position, the underlying implementation has to walk the linked list's "next" pointers to get to that position's value. There is no such thing as random access. For position 2, walking the pointers might be cheap, but for position 1 million, not so cheap. The point is, it's proportional to the position, which means it's O(