This filesystem will store data in the space, allowing filesystems to be distributed (using a partitioned space), have backups in SQL databases (using PaaS feature) and so on. Time-machine feature is also planned. First iteration of project implementation proposed as functional POC, due to unknown performance and stability of FUSE and FUSE-J.
This filesystem will store data in the space, allowing filesystems to be distributed (using a partitioned space), have backups in SQL databases (using PaaS feature) and so on. Time-machine feature is also planned. First iteration of project implementation proposed as functional POC, due to unknown performance and stability of FUSE and FUSE-J.
Contest's Project Category:
Application
The Challenge:
It will allow easy integration of OpenSpaces in legacy systems which uses file systems as message buses. Also API will be provided to access files directly from the space for newly developed projects. So, legacy code can easy communicate with new one.
Technologies:
OpenSpaces,FUSE
Restricted Environments:
Linux
Applicable Scenario/s :
It can be used in computational grids which now uses NFS as output storage instead of SpaceFS :)