This adds a *very* simplified version of the UNICODE BIDIRECTIONAL
ALGORITHM (https://www.unicode.org/reports/tr9/), that can render most
bidirectional text but also produces awkward results in a large amount
of edge cases, and as such, this should probably be replaced with a
fully spec compliant implementation at some point.
Clang's default constexpr-steps limit is 1048576, which is not enough
for LibGfx's generation of the unicode bidirectional class lookup table
while GCC doesn't have any limit at all, so this patch increases the
limit to an arbitrarily larger value.
Previously the toolchain's binutils would not have been able to
build binaries on 32-bit host systems (not that this would be
much of an issue nowadays) because one of the #ifdefs was in
the wrong place.
I moved the #ifdef in the port's patch and this now updates
the toolchain's patch file to match the port's patch.
This updates the way we verify signatures for the gcc
port because we were previously downloading the keychain
from the mirror which defeats the point of doing signature
checks.
This commit will add MSG_PEEK support, which allows a package to be
seen without taking it from the buffer, so that a subsequent recv()
without the MSG_PEEK flag can pick it up.
While symbolicating a crash dump for UserspaceEmulator I came across
another data form we didn't support.
ImplicitConst encodes a LEB128 value in the abbreviation record
rather than - like all other values - in the .debug_info section.
When a Button has a menu, the AbstractButton behaviour will now not
be used in the mousemove_event. This was already the case for
mousedown_event.
Why only sometimes?
Normally the presence of the menu prevents mousemove_events from being
delivered to the button. But the menu doesn't spawn immediately. So
sometimes mousemove events got through to the AbstractButton after the
menu was told to spawn but before it appeared. This caused the
m_being_pressed field of AbstractButton to be set to true. But there
was never a mouseup_event because the menu got those instead.
We had some inconsistencies before:
- Sometimes "The", sometimes "the"
- Sometimes trailing ".", sometimes no trailing "."
I picked the most common one (lowecase "the", trailing ".") and applied
it to all copyright headers.
By using the exact same string everywhere we can ensure nothing gets
missed during a global search (and replace), and that these
inconsistencies are not spread any further (as copyright headers are
commonly copied to new files).
The current implementation would only check the first name.length()
characters match, which means any kernel symbol that the provided name
is a prefix of would match, instead of the actual matching symbol.
This commit fixes that by using StringView::operator==() for the
comparison, which already checks the equality correctly.
When the two chosen pivots happen to be the smallest and largest
elements of the array, three partitions will be created, two of
size 0 and one of size n-2. If this happens on each recursive call
to dual_pivot_quick_sort, the stack depth will reach approximately n/2.
To avoid the stack from deepening, iteration can be used for the
largest of the three partitions. This ensures the stack depth
will only increase for partitions of size n/2 or smaller, which
results in a maximum stack depth of log(n).
Picking the first and last elements as pivots makes it so that
a sorted array is the worst-case input for the algorithm.
This change instead picks pivots at approximately 1/3 and 2/3 in
the array. This results in desired performance for sorted arrays.
Of course this only changes which inputs result in worst-case
performance, but hopefully those inputs occur less frequently than
already sorted arrays.
Changes since rc4:
0cef06d187: Update version for v6.0.0-rc5 release
5351fb7cb2: hw/block/nvme: fix invalid msix exclusive uninit
ffa090bc56: target/s390x: fix s390_probe_access to check PAGE_WRITE_ORG
bc38e31b4e: net: check the existence of peer before trying to pad
You can now right click in HackStudio's editor while debugging and
have the option to instantly move the current execution position to
the current line.
