Getting Real: The smarter, faster, easier way to build a successful web application | Basecamp.WinWorld: Microsoft Works

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

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A universally unique identifier UUID is a bit label used for information in computer systems. The term globally unique identifier GUID is also used. When generated according to the standard methods, UUIDs are, for practical purposes, unique. Their uniqueness does not depend on a central registration authority or coordination between the parties generating them, unlike most other numbering schemes.

While the probability that a UUID will be duplicated is not zero, it is close enough to zero to be negligible. Thus, anyone can create a UUID and use it to identify something with near certainty that the identifier does not duplicate one that has already been, or will be, created to identify something else. Information labeled with UUIDs by independent parties can therefore be later combined into a single database or transmitted on the same channel, with a negligible probability of duplication.

Adoption of UUIDs is widespread, with many computing platforms providing support for generating them and for parsing their textual representation. Later, [ when? In its canonical textual representation, the 16 octets of a UUID are represented as 32 hexadecimal base digits, displayed in five groups separated by hyphens, in the form for a total of 36 characters 32 hexadecimal characters and 4 hyphens.

For example:. See below. The canonical format string is based on the record layout for the 16 bytes of the UUID: [1]. RFC Section 3 requires that the characters be generated in lower case, while being case-insensitive on input.

This format should not be confused with ” Windows Registry format”, which refers to the format within the curly braces. The binary encoding of UUIDs varies between systems. Variant 1 UUIDs, nowadays the most common variant, are encoded in a big-endian format.

For example, aabbccddeeff is encoded as the bytes 00 11 22 33 44 55 66 77 88 99 aa bb cc dd ee ff. For example, caabbccddeeff is encoded as the bytes 33 22 11 00 55 44 77 66 c8 99 aa bb cc dd ee ff.

RFC defines four variants of lengths 1 to 3 bits:. Variants 1 and 2 are used by the current UUID specification. In their textual representations, variants 1 and 2 are the same, except for the variant bits.

In the binary representation, there is an endianness difference. The first three fields are unsigned and bit integers and are subject to swapping, while the last two fields consist of uninterpreted bytes, not subject to swapping.

This byte swapping applies even for versions 3, 4, and 5, where the canonical fields do not correspond to the content of the UUID. For both variants 1 and 2, five “versions” are defined in the standards, and each version may be more appropriate than the others in specific use cases. Version is indicated by the M in the string representation. Version 1 concatenates the bit MAC address of the “node” that is, the computer generating the UUID , with a bit timestamp, being the number of nanosecond intervals since midnight 15 October Coordinated Universal Time UTC , the date on which the Gregorian calendar was first adopted.

However some software, such as the libuuid library, treats the timestamp as unsigned, putting the rollover time in AD. A bit or bit “uniquifying” clock sequence extends the timestamp in order to handle cases where the processor clock does not advance fast enough, or where there are multiple processors and UUID generators per node.

When UUIDs are generated faster than the system clock could advance, the lower bits of the timestamp fields can be generated by incrementing it every time a UUID is being generated, to simulate a high-resolution timestamp. With each version 1 UUID corresponding to a single point in space the node and time intervals and clock sequence , the chance of two properly generated version-1 UUIDs being unintentionally the same is practically nil.

Since the time and clock sequence total 74 bits, 2 74 1. Documents can sometimes be traced to the computers where they were created or edited through UUIDs embedded into them by word processing software. This privacy hole was used when locating the creator of the Melissa virus. In that case, the RFC requires that the least significant bit of the first octet of the node ID should be set to 1.

For this reason, many UUID implementations omit version 2. Version-2 UUIDs are similar to version 1, except that the least significant 8 bits of the clock sequence are replaced by a “local domain” number, and the least significant 32 bits of the timestamp are replaced by an integer identifier meaningful within the specified local domain. On the other hand, with the clock value truncated to the 28 most significant bits, compared to 60 bits in version 1, the clock in a version 2 UUID will “tick” only once every Version-3 and version-5 UUIDs are generated by hashing a namespace identifier and name.

The namespace identifier is itself a UUID. To determine the version-3 UUID corresponding to a given namespace and name, the UUID of the namespace is transformed to a string of bytes, concatenated with the input name, then hashed with MD5, yielding bits.

Then 6 or 7 bits are replaced by fixed values, the 4-bit version e. Since 6 or 7 bits are thus predetermined, only or bits contribute to the uniqueness of the UUID. Since SHA-1 generates bit digests, the digest is truncated to bits before the version and variant bits are replaced. However, neither the namespace nor name can be determined from the UUID, even if one of them is specified, except by brute-force search.

A version 4 UUID is randomly generated. As in other UUIDs, 4 bits are used to indicate version 4, and 2 or 3 bits to indicate the variant 10 2 or 2 for variants 1 and 2 respectively. Thus, for variant 1 that is, most UUIDs a random version-4 UUID will have 6 predetermined variant and version bits, leaving bits for the randomly generated part, for a total of 2 , or 5. There are half as many possible version-4 variant-2 UUIDs legacy GUIDs because there is one fewer random bit available, 3 bits being consumed for the variant.

Collision occurs when the same UUID is generated more than once and assigned to different referents. In the case of standard version-1 and version-2 UUIDs using unique MAC addresses from network cards, collisions are unlikely to occur, with an increased possibility only when an implementation varies from the standards, either inadvertently or intentionally. In contrast to version-1 and version-2 UUIDs generated using MAC addresses, with version-1 and -2 UUIDs which use randomly generated node ids, hash-based version-3 and version-5 UUIDs, and random version-4 UUIDs, collisions can occur even without implementation problems, albeit with a probability so small that it can normally be ignored.

This probability can be computed precisely based on analysis of the birthday problem. This number is equivalent to generating 1 billion UUIDs per second for about 85 years. The smallest number of version-4 UUIDs which must be generated for the probability of finding a collision to be p is approximated by the formula. Thus, the probability to find a duplicate within trillion version-4 UUIDs is one in a billion.

One of the uses of UUIDs in Solaris using Open Software Foundation implementation is identification of a running operating system instance for the purpose of pairing crash dump data with Fault Management Event in the case of kernel panic. The “partition label” and the “partition UUID” are both stored in the superblock. They are both part of the file system rather than of the partition.

UUIDs are commonly used as a unique key in database tables. Instead, it returns a byte bit RAW value based on a host identifier and a process or thread identifier, somewhat similar to a GUID. The random nature of standard UUIDs of versions 3, 4, and 5, and the ordering of the fields within standard versions 1 and 2 may create problems with database locality or performance when UUIDs are used as primary keys.

For example, in Jimmy Nilsson reported a significant improvement in performance with Microsoft SQL Server when the version-4 UUIDs being used as keys were modified to include a non-random suffix based on system time. Some web frameworks, such as Laravel , have support for “timestamp first” UUIDs that may be efficiently stored in an indexed database column.

From Wikipedia, the free encyclopedia. Internet Engineering Task Force. RFC Retrieved 17 January Retrieved 21 March October Network Computing Architecture. Prentice Hall. ISBN The Open Group. Retrieved 20 December Microsoft Developer Network.

ToByteArray Method”. Retrieved 9 January Retrieved 19 December Retrieved 16 January Retrieved 23 January June SIAM Review. CiteSeerX ISSN JSTOR OCLC Windows Dev Center – Desktop app technologies. Retrieved 15 December You reference an interface at run time with a globally unique interface identifier IID. This IID , which is a specific instance of a globally unique identifier GUID supported by COM, allows a client to ask an object precisely whether it supports the semantics of the interface, without unnecessary overhead and without the confusion that could arise in a system from having multiple versions of the same interface with the same name.

A listing of the CATIDs and the human-readable names is stored in a well-known location in the registry. Retrieved 14 January PostgreSQL 9. PostgreSQL: Documentation: 9. MySQL 5. Oracle Corporation. Retrieved 20 June

 
 

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