Before this change, we would generate the static C library by running
the command `ar -qcs` to collect the various `*.o` files into a single
archive.
The `q` option stands for "quick append", which simply appends new files
to the archive, without replacing any pre-existing entries for the same
file. The problem with this is obvious: each LibC rebuild would add
approximately 1 MB (the size of a cleanly built libc.a) to the size of
the file. It got so bad on my machine that the total file size ended up
being 3 gigabytes.
Note that this did not affect the GNU toolchain, because, as the `ar(1)`
manpage says:
> Note - GNU ar treats the command qs as a synonym for r - replacing
> already existing files in the archive and appending new ones at the
> end.
We move the input string into this field to avoid a string copy, so we
must do this step last to avoid using any views into it (note that
match.view here is a view into this string).
This also allows us to get rid of the ShareableBitmap(Bitmap)
constructor which was easy to misuse. Everyone now uses Bitmap's
to_shareable_bitmap() helper instead.
Before this, we only had ClientConnection::did_misbehave() to report an
error and shut the connection down. But it's not fair to say that *all*
errors are the client misbehaving! A typical non-misbehavior is resource
allocation failure on the server side.
Userland/Libraries/LibJS/Runtime/Temporal/PlainTime.cpp:283:24:
note: deduced conflicting types for parameter 'T' ('long long int'
and 'long int')
283 | nanosecond = modulo(nanosecond, 1000l);
| ~~~~~~^~~~~~~~~~~~~~~~~~~
Worked fine on x86_84 :yakshrug:
Two issues:
- The format string said "{:9}", which left-pads with spaces and not
zeros as required
- Even when correcting that, we were not accounting for step 11 b:
"Set fraction to the longest possible substring of fraction starting
at position 0 and not ending with the code unit 0x0030 (DIGIT ZERO)."
We can safely use trim() for that as the formatted string is known to
not contain only zeros (which would leave the left-most in place).
Also adds tests for "UTC" and various numeric offsets.
We're supposed to get the substring from `fraction`, which is guaranteed
to have the required length. `fraction_part` is the user-supplied value
and trying to get a substring view from 0-9 might crash.
