_mainHandle is a pointer to the projector archive, and is set once at
the start of execution. DirectorEngine is a better place for it rather
than the first Window, as other Windows might try and access it.
Fixes crash when changing the cursor in Microphone Fiend.
zlib is used when available and falls back on gzio.
This allows performance improvements as our CRC32 and gzio
implementations are slower than base zlib.
As zlib is available when libpng is present, this is sensible to
benefit from it.
Previously, paths were verified by pathMakeRelative().
This method had several drawbacks; the code was increasingly ad-hoc
and recursive, and the function would return a Common::String that
was not guaranteed to be distinct. 90% of the time the path would need
to be converted to Common::Path so that file streams could use it.
This code has been replaced with findPath(), a function which takes a
path string as recieved from Director (e.g. a Lingo script, a filename
stored in a CastInfo record) and returns a Common::Path object for the
file on the local system. The inner workings have been split into subfunctions,
which should make it easier to add workarounds and fuzz at the correct
layer.
Make DirectorEngine::_allOpenResFiles the de-facto owner of Archive *
objects, move all of the various loadEXE/loadMac methods off Window and
onto DirectorEngine, and replace inline Archive loading with
openArchive().
Previously, the palette ID namespace was shared between cast ID, builtin
ID and resource fork ID. This was quite messy.
The new approach is to use CastMemberID; builtin palettes are libId -1,
cast palettes use their respective libId, and a null CastMemberID
indicates a blank entry.
This is in preparation for allowing for Lingo to get/set the picture
of BitmapCastMember.
In particular, storing a Picture lets us easily replace the existing
image (instead of having to rely on ImageDecoder as source).
Also, having Picture instances that are easy to copy will make lifetime
management easier if pictures are copied into longer-living things such
as globals.
MacFontManager didn't have a mechanism to report which fonts it loaded
from an external resource. It also requires that any fonts that aren't
built-in be explicitly registered by name by the client before they can
be used. This combination meant that a client couldn't load fonts from
an external file and use them by their properties (id / size / style).
SCI contains Mac fonts in its executable along with a table that maps
each SCI font id to a Mac font id and size. The font name isn't a part
of this since the Classic Mac Toolbox API took id / size / style as
input when drawing text.
Now MacFontManager exposes the font families it has loaded along with
their names. This allows a client to see which fonts were loaded,
register them by name, and proceed to use them with the existing API.
Matthew Jimenez
Scott Percival
Cameron Cawley
Le Philousophe
sluicebox
Eugene Sandulenko
Einar Johan Trøan Sømåen
Pragyansh Chaturvedi
djsrv