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Google is launching Chrome OS. Google is saying that the modern computer user spends so much time working with Web-based resources that the main control system for the computer should be the browser, not the operating system. Furthermore, Google declared that the Chrome OS experience will bear little resemblance to existing way that users interact with their computer’s main control program. It is expected that in Chrome OS world there would be no Win/Web every thing looks to be managed using the web browser.
Security of computer system could be an issue as everything would be maintained using web browsers.
Another important noticeable thing is Google can give Google Docs to users to store their important documents in their computer harddrive than storing on Google Docs online. Google allows to store meta information with the document which actually makes the searching very fast with in the system.
Microsoft uses indexing service to automatically index all the documents & folders created within the computer system. would that be gone in Google Chrome?
Google may also take a cue from its own e-mail application, GMail, which blends the traditional idea of having folders for e-mail with the concept of “labels.” In GMail, you can drag messages into folders to file them, or you can drag folders (or labels) over messages to categorize them. It’s the same thing, but the hierarchy people are used to in operating systems, where a file is in one folder at a time, and the folder may be nested in another folder, is simply not there. Folders and labels are interchangable and far more fluid.
It is also expected that the Chrome OS will be using the interface of Chrome browser–like a tabbed view for switching between “apps,” and the mind-reading command line (address bar in the browser). It may also evidence Google’s traditional obsession with clean (if not necessarily attractive) design and speed. The Chrome OS should be fast.
Link List:
Link List is a collection of Nodes. Each node consists of a Data field and Address of Next field in the linked list.
Linked is used in case of dynamic memory allocation which avoids the concept of allocating memory to variables at compile time. In this case we can creae nodes at run time, so the memory allocattion will be done at run time.
Linked list can be developed using the user defined data types. i.e Structure
struct list {
int data;
struct list * next;
};
Here in above example list is the name of structure which contains two field data and next. data will contain the data to be entered by user and next field will contain the address of next node in the linked list. Here next is pointer to structure which will be pointing to object of same type.
The various operations that we can perform on Linked List are:
1. Create Linked List
2. Insert a new node into Linked List at any desired position
3. Delete a node from any desired location in a linked list
4. Calculating length of a linked list
5. Copy Linked List to another Linked List
6. Reverse of a linked List
7. Concatenation of two Linked Lists
8. Searching an element in a linked list
9. Sorting of a Linked List
All these programs are going to be published on this website soon, Linked List users stay tuned with this website, the programs will be written in C-Language.