The Unix filesystem is a versatile
and sufficient database for personal mail and
many other things. If you need more than that then you really should re examine you resource and protocol usage.
One of the main barriers to inovation in many industries is the proprietary nature of techinical/engineering information, which is locked up in the corporate property system. If such information were to be liberated and
become the property of its developers they would no doubt imitate the OSFS movement. Once the freedom to use and modify engineering design is established, a revolution in innovation would occur. Imagine "open sourcing" the engineering data for automobiles, and all manufactured goods!
Ultimately a "real" standard is the result of a broad opinion that the standard is technically efficient both wrt. machine and human interaction. The standard gains weight if that opinion is repeatedly validated over time.
Examples of such standards include
i) The C programming language
ii) The tempered scale in music
iii) The thread geometry for fasteners
iv) Currency systems
Standards are never permanent and all will eventually become the victims of technical obsolesence.
Or Stairway?
The Unix filesystem is a versatile and sufficient database for personal mail and many other things. If you need more than that then you really should re examine you resource and protocol usage.
One of the main barriers to inovation
in many industries is the proprietary nature
of techinical/engineering information, which
is locked up in the corporate property system.
If such information were to be liberated and
become the property of its developers they would
no doubt imitate the OSFS movement. Once the
freedom to use and modify engineering design is
established, a revolution in innovation would
occur. Imagine "open sourcing" the engineering
data for automobiles, and all manufactured goods!
Ultimately a "real" standard is the
result of a broad opinion that the standard
is technically efficient both wrt. machine
and human interaction. The standard gains
weight if that opinion is repeatedly validated
over time.
Examples of such standards include
i) The C programming language
ii) The tempered scale in music
iii) The thread geometry for fasteners
iv) Currency systems
Standards are never permanent and
all will eventually become the victims of
technical obsolesence.