COMP 3000 Essay 1 2010 Question 12: Difference between revisions
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The history of WinFS is relatively long, as we can find trace of the project back in mid-90's with Storage +. Microsoft had the idea to remove NTFS file system and instead use a relational object-oriented file storage which was based on SQL server 8.0. It was supposed to be implemented in windows 2003 Server. But then, in 2000 Windows announced that Storage + was to be forgotten and Relational File System (RFS) was his successor. RFS was supposed to be included in SQL server 2000, but never made the cut. A factor that we can't forget, in 2000 Oracle announced a new file system which was a relational file system, Independent Internet File System. Microsoft had to rethink RFS to be ahead of the competition and that added additional delay. | The history of WinFS is relatively long, as we can find trace of the project back in mid-90's with Storage +. Microsoft had the idea to remove NTFS file system and instead use a relational object-oriented file storage which was based on SQL server 8.0. It was supposed to be implemented in windows 2003 Server. But then, in 2000 Windows announced that Storage + was to be forgotten and Relational File System (RFS) was his successor. RFS was supposed to be included in SQL server 2000, but never made the cut. A factor that we can't forget, in 2000 Oracle announced a new file system which was a relational file system, Independent Internet File System. Microsoft had to rethink RFS to be ahead of the competition and that added additional delay. | ||
We heard in 2002 about a new file system that would be present in Longhorn, renamed Vista. The system would be once again based on its predecessor, in this case RFS, but it would have as requirement to run on top of a NTFS file system. WinFS was included in a few public build for Vista, but in 2004 it was removed from the beta builds. It was said it would be downloadable later, but was definitely cut for good in 2006 from Vista. | We heard in 2002 about a new file system that would be present in Longhorn, renamed Vista. The system would be once again based on its predecessor, in this case RFS, but it would have as requirement to run on top of a NTFS file system. WinFS was included in a few public build for Vista, but in 2004 it was removed from the beta builds. It was said it would be downloadable later, but was definitely cut for good in 2006 from Vista. | ||
==Brief concept of WinFS == | |||
With today’s data, we are facing a crisis of finding what we want when we want at a reasonable speed on our own computer. The amount of file extension we can find is astonishing. We can’t name half of them nor know what they do. We store data in many different ways simple file with different extension, in different kinds of database which make finding, relating and acting quite difficult to achieve. | |||
Microsoft had an idea to solve this problem, by using a relational database as file System, where data would be simply data. To understand how WinFS file system works, we must have a general idea of the relational database. The data in this kind of database is spread into specific tables, like in normal database, but there are multiple relations between tables. This gives the programmer the power to search, find and present the result in an efficient way. In the case of WinFS, the main goal was to " Enable people to Find, Relate, and Act on their information." | |||
As already pointed out, data files are so broad nowadays, with that many file formats using complicated data storage methods our " current file system does not know how to collect and find information within these new types of data." But with data treated as data inside a database, we could find what we are looking for quite easily. | |||
Another important point of WinFS is the notion of how data relate to each other. In our current file system we can't, unless doing it manually, add a picture of our good friend Bob, and in the same time find all the picture related to Bob. On top of that, we can't find the picture of Bob, all the received emails, documents, movies and whatever else we would want find in the same request. We have to search for them one by one. If we treat data as data, once again, we can simple search in the tables of the database the pictures, received emails, videos, documents for the name Bob, and present them to the user. As we can see, data can be related to each other with key word, in our example it was the name Bob, but it can be anything. | |||
What if data could do action that follow specific rules? This is exactly what WinFS wanted to implement. " WinFS Rules are a built-in component of the system that allows you to tell the system how to work with, sort, and deliver your data". Also, it could make use of other applications on the system. So if we received a picture from our friend Bob, we could automatically transfer it elsewhere. | |||
The last point that WinFs was aiming for, was to run WinFS on top of NTFS. Basically, WinFS would scan all the data in NTFS file system, and put it into its database. Thus it would work as a file system, but it would be totally dependent of NTFS. | |||
Revision as of 00:33, 11 October 2010
Question
There have been multiple attempts to have operating systems use databases or database-like stores. What have been some of the major past attempts at this? What was their fate? Why? Key examples (not exhaustive): WinFS, ReiserFS, PalmOS, Newton OS, BeOS
Answer
WinFS
History Pre-WinFS:
The history of WinFS is relatively long, as we can find trace of the project back in mid-90's with Storage +. Microsoft had the idea to remove NTFS file system and instead use a relational object-oriented file storage which was based on SQL server 8.0. It was supposed to be implemented in windows 2003 Server. But then, in 2000 Windows announced that Storage + was to be forgotten and Relational File System (RFS) was his successor. RFS was supposed to be included in SQL server 2000, but never made the cut. A factor that we can't forget, in 2000 Oracle announced a new file system which was a relational file system, Independent Internet File System. Microsoft had to rethink RFS to be ahead of the competition and that added additional delay. We heard in 2002 about a new file system that would be present in Longhorn, renamed Vista. The system would be once again based on its predecessor, in this case RFS, but it would have as requirement to run on top of a NTFS file system. WinFS was included in a few public build for Vista, but in 2004 it was removed from the beta builds. It was said it would be downloadable later, but was definitely cut for good in 2006 from Vista.
Brief concept of WinFS
With today’s data, we are facing a crisis of finding what we want when we want at a reasonable speed on our own computer. The amount of file extension we can find is astonishing. We can’t name half of them nor know what they do. We store data in many different ways simple file with different extension, in different kinds of database which make finding, relating and acting quite difficult to achieve. Microsoft had an idea to solve this problem, by using a relational database as file System, where data would be simply data. To understand how WinFS file system works, we must have a general idea of the relational database. The data in this kind of database is spread into specific tables, like in normal database, but there are multiple relations between tables. This gives the programmer the power to search, find and present the result in an efficient way. In the case of WinFS, the main goal was to " Enable people to Find, Relate, and Act on their information." As already pointed out, data files are so broad nowadays, with that many file formats using complicated data storage methods our " current file system does not know how to collect and find information within these new types of data." But with data treated as data inside a database, we could find what we are looking for quite easily. Another important point of WinFS is the notion of how data relate to each other. In our current file system we can't, unless doing it manually, add a picture of our good friend Bob, and in the same time find all the picture related to Bob. On top of that, we can't find the picture of Bob, all the received emails, documents, movies and whatever else we would want find in the same request. We have to search for them one by one. If we treat data as data, once again, we can simple search in the tables of the database the pictures, received emails, videos, documents for the name Bob, and present them to the user. As we can see, data can be related to each other with key word, in our example it was the name Bob, but it can be anything. What if data could do action that follow specific rules? This is exactly what WinFS wanted to implement. " WinFS Rules are a built-in component of the system that allows you to tell the system how to work with, sort, and deliver your data". Also, it could make use of other applications on the system. So if we received a picture from our friend Bob, we could automatically transfer it elsewhere. The last point that WinFs was aiming for, was to run WinFS on top of NTFS. Basically, WinFS would scan all the data in NTFS file system, and put it into its database. Thus it would work as a file system, but it would be totally dependent of NTFS.