selection sort&bubble sort are performed on a list that is already sorted.Does b.sort do fewer swap thn s.sort
919233
Yes, when a list is already sorted, bubblesort will pass through the list once, and find that it does not need to swap any elements. \n\nIt will also use considerably less time if the elements in the list are not too far from their sorted places.
429207
You can press SHIFT+DEL on selected list
779574
Sorting. \n- It's a problem that everybody understands.\n- There are quite a few different algorithms from intuitive, but slow to very fast.\n\nhttp://en.wikipedia.org/wiki/Sorting_algorithm
197553
I looked through it pretty carefully, and I believe\nit is correct.  I would, however, like to make a\ncouple of comments.\n\nFirst, this code makes no attempt at balancing the\ntrees, so you can easily end up with a linked list\nrather than a binary tree.  Consider if you created\nthe tree by passing in a set of sorted values.\n\nSecond, from the perspective of understanding the\nflow, it's a little harder when a routine has so\nmany distinct return points.  I'm not sure if it is\nbetter, but at least consider the following code\nwhich is semantically identical:\n\nTreeNode* InsertTree( TreeNode* tnPtr, const TreeItemType& item)\n{\n    // Inserting an item\n    if(tnPtr == NULL)\n        tnPtr = new TreeNode(item);\n\n    if(item < tnPtr->item_)\n        tnPtr->left_ = InsertTree(tnPtr->left_, item);\n    else if(item > tnPtr->item_)\n        tnPtr->right_ = InsertTree(tnPtr->right_, item);\n\n    return tnPtr;\n}
487307
Is that Yahoo?  There is a O-Rank and Rank.  Make sure you click the right one.  It would sort correctly after you click it.  I don't see anyone has similar problem before.
12389
It's all about the references.\n\ns1 = "java"- the constant string between "" is stored in one address in memory and s1 and s2 will referance that memory - so when comparing s1==s2 you're not comparing the strings but the pointers in memory.\ns3 = new String("java") obviously creates new object in memory and s3 points to a different address that's why it says not equal with s1\n\nyou need to use s1.CompareTo(s3) for comparing the string instead of address
662885
No difference ,they are all used for dynamic allocation.only syntax difference i guess.
448292
If you do not populate the list with DOM and have all elements be static (generated by a server side program, perhaps), the rendering time should be slowest.\n\nIE is not very good at rendering complex or big things.
1107184
It doesn't matter what order you mix your colors (paints?). \n\nYou know, like how it doesn't matter if your food touches the other food on your plate because it all ends up in your tummy.
475021
Ok, basically your command is displaying a list of all files in the current directory based modification time that have a file name pattern of fork*.c where the * is any combination of characters followed by a period and then a c.    Next that listing is passed to the cut program which does something about further slimming down the results.  finally all the information is passed to sort which will return results removing any duplicates.    \n\nalright.. well with that said, hopefully that makes sense... now how you could simplify that into 2 commands is a bit beyond my know how but.. but i imagine you could probably use ls and grep only.  grep is a very powerful application and you can do many things with it.. i'd do some research on it and see what you can figure out.
427298
And what is this question about?\n\nFor example, external sorting algorythms was described quite thoroughly in vol.3 of "The Art of Computing Programming" written by Donald Knuth.\n\nIs that enough?
368625
You have to be selected. The page on mine keeps switching back and forth between the new and old one. They choose randomly.
1147478
Memory Handling.\nWhatever memory space you occupy by instantiating the objects should be released after your use.\nType Casting should also be taken care.
419823
You may have to be more specific.\n\nalgorithm.h is not a standard library, as such it will be impossible to know what kind of code is in it.\n\nThere are numerous sorting algorithms, some more efficient than others.  There's bubble-sort, insertion-sort, heap-sort, quick-sort, etc.  If you're interested in searching and sorting, try doing a google search.\n\nThere is a sort() tool for UNIX systems, but that uses data streams and pipes at the console level, not intended for use inside a program.\n\nIf you want, you can open up algorithm.h and take a look inside.  You won't be able to see what the function definitions are, but at least you can see what parameters it takes.  Also, if you're really lucky ;-) there will be comments in the file describing what kind of sort it uses.  Just do a little detective work, and you can get all the info you need.
676635
the logic is u should check one data entry frm each array and the one which is greater is to be put at the place of third array
875755
Try tracing a very small example on paper to gain some insight into this.  Perhaps just two or three elements with at least two equal keys.  Then reverse the order of the two equal keys in the input set, and see if you still get the same result.  Tracing the algorithm like this will get you the answer in a manner that should give you some confidence.
746424
A Skip List is essentially a list for storing items in sorted order, of their keys. Each item is stored as a node in the list.