These are time-type conversion functions (including leap years and
seconds) taken from musl-libc git rev
c82d3bada30cb27e14abda7859da5d2e784830ff with some adaptions. Musl is
licensed under permissive MIT license.
Issue #3450
A client may register a signal handler to be notified whenever the
RTC value was changed, i.e., a mis-configured clock was synchronized,
by calling 'set_sigh()'.
Issue #3450
The GEMDOS variant is supported by NetBSD's msdos file-system driver.
However, it must explicitly be enabled by a mount flag. This patch
adds the principle ability for passing mount flags to file system
drivers and enables the MSDOSFSMNT_GEMDOSFS flag based on the
config attribute 'gemdos="yes"'.
Issue #3471
This patch enhances part_block with support for parsing the AHDI
partition scheme, and the detection of the GEMDOS variant of FAT as used
by Atari TOS. As a side effect of the implementation, the patch improves
the MBR parsing code by avoiding pointers and using const qualifiers.
Fixes#3470
This patch handles the situation where the usb_block_drv exits for any
reason, in particular when the driver fails to initialize the device. In
such cases, the usb_block_drv used to stay stale in the system,
effectively preventing the device from being passed to a VM. With the
patch, the USB storage device gets flagged as failed, the usb_block_drv
is removed from the runtime, and the condition is reflected at the user
interface.
This situation occurred on the attempt to access an iomega zip drive
with a version of the usb_block_drv without support for the START-STOP
command, but it may potentially also occur in other circumstances.
Fixes#3468
On Fujitsu S936, evaluating the _BIF method on each battery-info update
successively increased the RAM usage, while _BST (dynamic battery
status) and _STA (generic status) did not show this behavior. Therefore
this commit retrieves only dynamic information periodically (resp. on
SCI IRQ). Now, acpica hast static RAM usage in idle state for 24+ hours.
The root cause for the increased RAM usage is still shady. While it
could just be normal that it grows until a certain yet unknown limit,
there may also be memory leak in contrib code or some strange AML on the
designated notebook.
Issue #3454
This mode is used on Linux (if acpi=strict is not set on boot cmdline)
and Windows. The mode ignores certain errors and/or bad AML constructs.
1) Allow "implicit return" of last value in a control method
2) Allow access beyond the end of an operation region
3) Allow access to uninitialized locals/args (auto-init to integer 0)
4) Allow ANY object type to be a source operand for the Store() operator
5) Allow unresolved references (invalid target name) in package objects
6) Enable warning messages for behavior that is not ACPI spec compliant
Whether an SoC has the multiprocessing extensions can be read out
from the identification registers, and does not need to be specified
in each board header.
Ref #3445
