* Add get_architecture(), get_primary_architecture(),
get_secondary_architectures(), guess_architecture_for_path() to get
the caller's architecture, the primary architecture, all secondary
architectures, or the architecture associated with a specified path
respectively.
* Rename the find_path*() functions to find_path*_etc() and add an
optional architecture parameter. Add simplified find_path*()
functions.
* BPathFinder: Add FindPath[s]() versions with an architecture
parameter.
Implement BNetworkRoster::GetRoutes() and BNetworkInterface::GetRoutes().
Also implement BNetworkInterface::GetDefaultGateway().
There is code duplication at the moment, and the api only supports IPV4.
By passing the window pointer to ScreenSaverRunner contructor and using that
to lock the window when drawing instead of getting the window from the
Window() method of the view. This is safer.
* Remove useless dummy protocol loop in UrlRequest
* Stop HTTP requests before deleting the socket and other things the
loop may still be using
* Deletion of items from the authentication map wasn't working
* Remove some debug traces
Start the screensaver in the window thread instead of the runner
thread so that there is no lock contention for the window lock in
the runner thread when the saver starts.
The view that gets drawn into is assumed to have been prepared before
being passed to the runner thread, and this assumption has been made
true for the screensaver preview and screen_blanker apps.
Eliminate fHasStarted and the corresponding HasStarted() method in
ScreenSaverRunner as they are no longer needed.
Drawing still happens in the runner thread, and still needs to lock
the window thread potentially causing contention, yet, there
is a timeout here so the contention won't freeze the screensaver window,
only delay drawing the screensaver.
Drawing could be moved to the window thread via message passing to avoid
lock contention with the window but this would defeat a big part of the
purpose of having a separate rendering thread.
This fixes#10125 and #4260
* perl and python now support vendor-folders for modules and use correct
(i.e. writable) site-folders
* git, mercurial and scons have been adjusted to put their perl/python
modules into respective vendor-modules folders
* 'jam build-remote-test-repository' can now be used to create a
remote repository which will then be used by the build system,
such that the resulting package set can be tested.
* Instead of copying over the repository info from the source
repository, we need to read the repository info from a repository
info file corresponding to the target repository. Among other
problems, copying over the repository info from the source repo
put the wrong repository URL into the new repository, which in
turn caused the package resolution done by Haiku's build system to
fail (it tried to download packages from the wrong URL).
Additionally, I have updated the incorrect repository on the server, so
building Haiku-x86 should work again.
* acpi_button and acpi_lid support select/deselect hooks.
* power_daemon now uses a thread waiting for lid or power button events.
* a power button event is still hardcoded to a shutdown.
* a lid event only displays a message.
In case something went wrong, call unlock_memory_etc() with the rounded
base address instead of with the original address. If the original
address wasn't page aligned, unlock_memory_etc() would otherwise try to
unlock an additional page.
- Also reset package state in the BFatalErrorException case.
- Show actual alerts for fatal install/uninstall errors rather than simply
printing them to the console.
* Inode:
- Rename {Enable,Disable}FileCache() to {Create,Delete}FileCache()
and IsFileCacheDisabled() to HasFileCache(), since that is what they
actually do. DeleteFileCache() now also sets the attributes to NULL,
which makes fCached superfluous.
- Introduce {Enable,Disable}FileCache(), which actually enable/disable
the file cache. Use those methods for handling O_NOCACHE.
* ext2_free_cookie(): Reenable the file cache in case of O_NOCACHE.
Fixes crash when O_NOCACHE was used, since the file cache was deleted
without clearing the attribute and Inode::ReadAt() would use the deleted
object afterward.
* The binary search was somewhat broken.
* Restructure a bit so that only the binary/linear search itself is
handled separately. The handling afterwards is common again.
* Fix sparse block handling:
- There can be sparse blocks before the first extend.
- Set the return parameter _count in this case as well.
- Set the return parameter block to 0 instead of 0xffffffff. That's
what ext2_get_file_map() expects.
Fixes an infinite loop in ext2_get_file_map() when sparse blocks are
involved, due to previously returning a wrong block and a 0 count.
Ticket #9274 may be related.
* Check whether the vectors we get are sparse file vectors and satisfy
them immediately instead of creating a subrequest. Untested, since the
API isn't used by ext2 as it should be.
* Add error == B_OK to the condition of the outer loop.
Besides that it failed to actually iterate through the vectors, it
shouldn't try to clear physical memory in the first place. The iovecs
refer to virtual address ranges. Rename it to zero_iovecs() to avoid
confusion.
