Implements support for `glRasterPos` and updating the raster position's
window coordinates through `glBitmap`. The input for `glRasterPos` is
an object position that needs to go through the same vertex
transformations as our regular triangles.
Aplay's documentation is updated to reflect the new -s flag.
Additionally, "sound" has been replaced by "audio", reflecting the
application name. (It's also a more general term in my opinion, but
that's debatable.)
By default, aplay now prints the played time, the remaining time and the
total duration of the file in seconds and minutes. This is much more
intuitive. The old sample-based format is kept and hidden behind the -s
flag.
The format of these names is "Full Abbreviation (.fileformat)". For
example: "FLAC (.flac)", "RIFF WAVE (.wav)", "MPEG Layer III (.mp3)",
"Vorbis (.ogg)" The reasoning is that the container and therefore the
file ending may differ significantly from the actual format, and the
format should be given as unambiguously as possible and necessary.
The HashMap of InodeIndex->Inode in TmpFS only had one purpose: looking
up parent inodes by index.
Instead of using a map for this, we can simply give each inode a WeakPtr
to its parent inode. This saves us the trouble of dealing with the
fallibility of HashMap allocations, and it just generally simpler. :^)
length_in_code_units() returns a size_t, which is 64-bit unsigned
in i686 builds. `size + (i32)int_length` hence produced a 64-bit
unsigned result, so a negative value would wrap around and become
a very large number.
As fix, just omit the cast -- we assign the result of max() to
a double anyways.
With this, all test262 tests in annexB/built-ins/String/prototype pass.
This makes the following code behave as expected:
Variant<int, String> x { some_string() };
x.visit(
[](String const&) {}, // Expectation is for this to be called
[](auto&) {});
This is an abstract widget that is meant to handle all the panning /
zooming functionality so that all applications implementing it do
not have to try to do their own coordinate math.
Since we don't return normally from this function, let's make it a
little extra difficult to accidentally leak something by leaving it on
the stack in this function.
This ensures that everything allocated on the stack in Process::exec()
gets cleaned up. We had a few leaks related to the parsing of shebang
(#!) executables that get fixed by this.
