* Each class has a Socket() method to retrieve the underlaying file descriptor
to be able to do the more advanced stuff, if necessary.
* A server socket is yet missing, but the rest is pretty much covered.
BMessageValueNode and BMessageFieldNode weren't correctly setting
the children created flag. This would result in duplicates of
some of the nodes showing up, especially in the case of nested messages.
- Simplified things so each window simply records all its settings into
a BMessage, which is what ultimately goes into the actual UI settings.
- Added settings storage/retrieval to the various sub views of the
team window. This means that the column widths/positioning on all
views hosting a column list view are now also preserved and restored.
Reuse code from tarfs to decompress zlib compressed inline extents.
No idea yet on how to decompress regular extents which are currently
served by the file cache.
Validate the candidate child device a bit more by checking the device ID
and the base and subclass of the device. We don't even know if the child
is still on the PCI bus and some firmware may mark disabled devices by
simply invalidating one of these values. Possibly fixes#8111.
Added TODO concerning that we might not want to fail at all since we
ensure that we matched all devices after routing preparation at which
state we would notice any missing child devices anyway.
While the log of hrev35726 says that unusable page ranges are supposed
to be marked with PAGE_STATE_UNUSED and allocated ones with
PAGE_STATE_WIRED, both actually marked with PAGE_STATE_UNUSED.
When limiting the available memory by reducing the page count it may not
be enough to just limit sNumPages. Depending on the physical memory map
non existing pages between ranges (sNonExistingPages) would still be
added up and later subtracted from the sNumPages, resulting in a wrong
max page count. Also due to the fixed removal of non existing page
ranges the actually available memory would usually not be the amount
set via LIMIT_AVAILABLE_MEMORY.
Instead we now calculate the available memory when going through the
physical memory ranges and limit/exit as soon as we've reached the
desired amount of available memory (also ignoring further non-existing
pages).
When a breakpoint is asked to archive itself to a message, ensure that
the message is empty before writing. Fixes breakpoints past the first one
being broken on restore due to each breakpoint archive containing
the combined settings of all previous breakpoints.
* Having defines in a header that are used only a single time is not helpful.
* B_TRANSLATE in a macro is only expanded when the macro is used, so it escaped collectcatkeys eyes.
