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This is a legally copyrighted work,
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AxleBase Copyright 2003 - 2022 John E. Ragan.
__________________________________________________ AxleBase is a computer system that stores and manages data ; a database manager. He was the world’s first manager of very large stores, and can store and query greater quantities than any other system in the world. He is a world-wide technology leader. ( Some of AxleBase's advanced technologies are omitted from this document for brevity. More are on the "Technical Description" page. )
_____________________ Objective: Biggest.
A single table
Limit per table is twenty quintillion bytes, twenty exabytes, 2x(10^19), or 20,000,000,000,000,000,000 bytes. ( Relax, it is not possible for a human to grasp that number. ) And each AxleBase database can hold many of those tables. AxleBase capacity exceeds that of internet search engines and data warehouses. But unlike those, he is a full-featured relational database manager able to apply relational power to those large data stores. AxleBase capacity is considered further in the theoretical science document. At this point, it appears that a single AxleBase table is comparable to the entire universe; i.e., an AxleBase table can hold a record of every star in the visible universe. See "Magnitude For Computer Scientists" on this web site. ( Theoretically, the AxleBase architecture will allow a large increase of the data limit, so if more is needed, see the "Conjecture" section of the Theory document.)
_____________________ Very fast. The Google corporation was understandably proud of the speed of their Dremel database manager. But a comparison revealed that AxleBase was over four thousand times faster than the Google system.
_____________________ Relational That massive data is highly organized and controlled. His giant tables can be indexed, queried, and joined like ordinary tables. ( Tests of that ability and other tests are shown on the test page .)
_____________________ Objective: Lowest. AxleBase can run on standard desktop computers. One of his test machines was built in the last century and runs Windows 98. Of course, he also runs on million-dollar servers.
_____________________ Objective: Biggest on the cheapest. AxleBase can manage networked computers as a single computer to store a large data table. He can even do that with ordinary desktop computers. Although internally complex, his distributed operation requires little or no human supervision. Distribution can be local or continental. He is self-sufficient and needs no external middleware, foreign servers, or help from the operating system.
_____________________ Objective: Super-computer power. When extraordinary power is needed, AxleBase can be configured as an axsys super-system that drives many computers simultaneously to deliver super-computer power from cheap desktop computers.
_____________________ Objective: Extreme. His security sub-system has selectable ranges from
_____________________ Objective: Extreme durability. Designed to recover from errors in communication links, internal sub-systems, supporting software, hardware, and even some operating system errors. He offers no excuses.
_____________________ Not needed ! AxleBase uses the industry-standard ANSI-92 SQL query language that is used by Oracle, MS SQL Server, etc. Even when the data is a giant table and he is configured into a super-system, he translates standard queries into his needs. Standard SQL also allows programmers to build GUI front ends for ordinary users.
_____________________ Not needed ! He handles all of his special needs internally.
_____________________ Not needed ! He handles everything. He does not even use the operating system's VPN support or open source protocols. ( The reduction of cost and administrative complexity by internalizing technology complexity was a design objective. )
_____________________ Not needed ! Not intended to compete with VPN specialists. But if the cost or complexity of a standard VPN is too much for you, AxleBase can create his own secure VPN server and tunnels.
_____________________ Not needed ! He uses standard networks; local ethernet, internet, wireless, etc.
_____________________ A design objective. He behaves like a standard database manager until the user wants more. But even his advanced features are as simple as possible. For example, to distribute a large table, just give him a permission list of computers and storage locations and he will handle the rest.
_____________________ A design objective. Built to be embedded, so any software can house the world’s most powerful database manager. He has an extensive and well-documented A.P.I. (application programming interface).
_____________________ The standard Backup and Restore commands and extensive advanced data protection features. Automatic data monitors and automatic recovery can be turned on. Entire disks and entire computers can be restored instantly.
_____________________ Yes A hundred thousand words cover commands, operations, and techniques for executives, DBAs, database programmers, etc. See the "Operation Manual" document.
( Additionally, there are a quarter of a million words of programmer guidance inside the code, for a total of 427,129 words as of 20230503. Nearly a half million words. )
_____________________ Three : AxHandle, Axon, and AxServer. AxHandle :
Axon :
AxServer :
_____________________ System :
Data :
__________________________________________________ * Project Status * 2003 : Begun.
The entire system is contained in a single DLL file. AxleBase file Size: 835,584 bytes in 2021.
Code Comments: The Seeper translator showed a quarter of a million comment words in the AxleBase code on 5 May 2014. The testers and demonstrators :
* Personal Notes * Research, concept, design, and coding are entirely mine. Books and internet were not consulted even for public knowledge such as indexing and encryption. Research in very large database management was conceived and undertaken entirely by myself years before the "big data" craze.
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