* Known build data moved to settings/windows_builds.py
* OS version statically set in windows_builds.py
* Added Insider Previews to recognized builds
* Shown in red due to their very short support windows
* Windows 8 and Windows 8.1 are now separate versions
* Added codenames to Vista and 7 (for fun!)
* Unrecognized builds have the CurrentBuild number in the DisplayName
* All tests: runs if SMART=CS/OVERRIDE & BADBLOCKS=CS
* All drive tests: runs if SMART=CS/OVERRIDE & BADBLOCKS=CS
* I/O tests are readonly, blocksize=4M, and limited to 16 Gb
* Fix issue #23
* Fixes recursion bug when Windows.old folders are present
* Combined logic for file/folder sources and WIM sources
* Code uses proper folder separators for the running OS
* (e.g. '\' for Windows and '/' for the rest)
* Renamed run_smart to run_nvme_smart to match rest of the code
* Mark NVMe/SMART status as NS earlier in a couple more cases
* Prevent crash when all tests are run and then aborted during Prime95
* The script waits for the self-test for polling-time+5min
* Unless it detects completion after 60 seconds
* Fixed missing linebreaks in progress panes
* BREAKING: TESTS data structure reworked to support per-dev status
* Renamed 'Health OK' to 'Quick Health OK'
* Better implies that we're not done testing
* Renamed SMART sections to NVMe/SMART
* Dropping SMART short-tests for NVMe drives
* Replaced smartmontools with smartmontool-svn
* Adds JSON exporting which makes parsing the data easier
* Using nvme-cli for NVMe drives instead of smartctl
* NVMe support in smartctl is still experimental and inconsistent
* New "Health OK" detection
* This is used to determine if a disk is okay to be tested
* e.g. an IDE disk w/out any SMART data now requires explicit overriding
* NVMe disks are set using the "critical_warning" attribute
* SMART disks are set using the "overall-health" attribute
