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When new bitmaps are added and the underlying Common::Array needs
to move to expand, this invalidates all pointers to bitmaps, which
makes it basically impossible to use the bitmap segment since you
never know if a reference is going to be invalidated due to an
array move.
To solve this, BitmapTable is changed to hold pointers to
SciBitmaps that are allocated separately on the heap instead, so
when those bitmaps are looked up, the resulting pointers are valid
for the lifetime of the bitmap, instead of the lifetime of the
Common::Array used internally by BitmapTable.
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This is used by Torin in room 50900.
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This commit implements all of the known plane transitions from
SCI2 through SCI2.1mid games. Because kSetShowStyle is always
called indirectly via the Styler game script, it is difficult to
find all the places where transitions are used. As such,
transitions that appeared to never be used have been added as
stubs which will trigger a game crash with a message to report
what was being done, so any missed transition types can be
identified quickly and then implemented.
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Bitmaps in ScrollWindow and Robot code are managed by the kernel
and not by game scripts, although they must be able to be
referenced through a reg_t. To prevent incorrect GC of bitmaps
that are in use but not referenced by any game script, explicit
memory management of hunk entries can be enabled.
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Torin has two sets of saves: autosave.### and torinsg.###, both with
their own slots and .cat file. The autosave system uses autosave.000
and autosave.001. It also checks the presence of autosave.cat to
determine if it should show the chapter selection menu on startup.
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This will all be overhauled in the future but for now it is best
not to crash when playing AVI/SEQ files.
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Add detection to the Hoyle 5 family of games
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Added games are:
Hoyle Classic Games
Hoyle Bridge
Hoyle Children's Collection
Hoyle Solitaire (CD and Hard Drive versions)
Additionaly, kGetConfig was modified to support two settings used by
these games: "laptop" and "jumpto".
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LSL6hires calls 0x23 (Graph/Robot) from game scripts, but it is a
null function in the game's interpreter.
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Subtitle box should now always use color 255, which should be
white all the time. Normally it uses color 7, which is white
most of the time, but for example pink/purple at the start of
chapter 5.
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Volume was lowered, but not raised afterwards for certain cases
Original script patch was commited in
b676530528349842ad178d02a2cbe49a0facd68e
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Needs lots of testing of course
Applies to 1.51 and 2.00
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SCI32: Improve FileIO read-write support
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At least Phantasmagoria and PQ:SWAT require this.
This adds a ReadStream/WriteStream to support this. It replaces
the previous VirtualIndexFile which required reimplementation of
most read/write functions.
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Wasn't bug #6571, but bug #6751
Thanks to omer_mor for spotting it
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Fixes bug #6571
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The ExecStack constructor set argp[0] to argc before. This is now moved
to the caller, to make this action more explicit.
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Modifying a value above the stack pointer doesn't seem to make much
sense. This was added in FreeSCI back in 2002 in a pair of commits that
did not make clear what the purpose of this was. My guess is that it
attempted to adjust argc, but failed. This wouldn't have been noticed
since argc was always set correctly by make_exec_stack_entry (which is
now the ExecStack constructor).
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ExecStack now stores the kernel call number as well as the subfunction.
This allows kStub and backtraces to log the actual subfunction called.
The kernel call number in ExecStack used to be stored in the
debugSelector field. It now has its own field, to avoid confusion.
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SCI: Script patch for QfG3 giant tree bounds
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SCI: Fixed KGetTime with SYSDATE subop in SCI0-LATE.
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Command input stays disabled, when oiling the arm of the armor.
We fix this.
This script bug also happens, when using the original interpreter.
Fixes bug #7154
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SSCI implementation of the SYSDATE subop of the GetTime kernel function was
changed between SCI0-LATE and SCI01: The base year used was changed from 1920 to
1980.
This subop is used in "Codename: Iceman" (Say "ask for date" to a passing girl
on the beach).
The Atari ST version of "Codename: Iceman" use the 1980 base year.
The Amiga version of "Codename: Iceman" appears to return the time instead of
date, with 0 for the YEAR part.
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These games all share the same bad system script that always sends
NULL as a second argument to kDoSound(play).
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Remap would crash SCI2.1early games with 19 remap slots, and
did not actually work in most cases in SCI2.1mid+ games.
The SCI16 implementation was moved to its own separate file but
was otherwise touched as little as possible, so may still have
similar problems to the SCI32 code.
1. Split SCI16 and SCI32 code into separate files
2. Use -32 prefixes for SCI32 code and no prefix for SCI16 code,
where possible, to match other existing code
3. Avoid accidental corruption of values from the VM that may be
valid when signed or larger than 8 bits
4. Added documentation
5. Add missing remap CelObj calls
6. Inline where possible in performance-critical code paths
7. Fix bad `matchColor` function, and move it from GfxPalette to
GfxRemap32 since it is only used by GfxRemap32
8. Fix bad capitalisation in getCycleMap
9. Remove unnecessary initialisation of SingleRemaps
10. Update architecture to more closely mirror how SSCI worked
11. Clarify the purpose of each type of remap type (and
associated variable names)
12. Split large `apply` function into smaller units
13. Fix buffer overrun when loading a SCI2.1early game with remap
14. Remove use of `#define` constants
15. Warn instead of crashing with an error on invalid input (to
match SSCI more closely)
16. Change the collision avoidance mechanism between the RemapType
enum and remap kernel functions
17. Add save/load function
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Script patch to change the fixed slot 999 to fixed slot 99 in the
game scripts and additional code for kSaveGame, that checks for
Cascade Quest + slot 99 and will then use ScummVM slot 0, which
is our auto-save slot.
Fixes bug #7007
Also added the game name to the other fan-made script patch.
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This patch is about an issue, when interacting with the
armor in room 37 (main house, downstairs).
This bug also happened, when using the original interpreter
and effectively froze the game depending on the coordinate
of Laura Bow, when the command was entered.
Fixes bug #7119
Versions affected: English PC/Atari ST/Amiga Floppy
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Script patch used "lsg" for one instruction, which should have
been "lag" instead.
Caused issues with the spider droid.
Added more details about this script patch in comments.
Also specified the method for a qfg3 script patch in comments.
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Most of the time, we get a bitmap to draw on it. Exposing a buffer
avoids consumers having to create their own all the time, and
encourages use of common drawing code exposed by the buffer.
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This kernel call seems only to be used by KQ7 1.51 (which was
Windows-only) to send warnings to the user.
It was easy enough to do a basic implementation in the ScummVM
GUI rather than just make it an empty call, so now it is a thing.
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These should be all the actually used subfunctions.
Co-authored-by: Colin Snover <github.com@zetafleet.com>
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This line drawing code lives in a remodelled GfxPaint32 class
that is totally separate from GfxPaint16.
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Replaces unused kernel calls to use kEmpty, and set correct
signatures for SCI32 kernel calls.
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This provides a complete implementation of kDoAudio through
SCI2.1mid, plus partial implementation of SCI3 features.
Digital audio calls shunted through kDoSound have also been
updated to go through the SCI32 audio mixer, though these shunts
are a bit hacky because the ScummVM implementation of kDoSound
does not currently match how SSCI kDoSound is designed.
It is probably possible in the future to just replace the SCI1.1
audio code (audio.cpp) with the new SCI32 code, since the major
differences seem to be that (1) SCI1.1 only supported one digital
audio playback channel (this is configurable already), (2) it
had extra commands for CD audio playback and queued sample
playback.
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SCI32 has its own audio handling code, but audio sync code is the
same as SCI16.
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Most SCI32 games draw a "fred" object to the screen when the game
first starts to benchmark video performance. When framerate
throttling is enabled (which fixes many/most timing-related bugs
and reduces system load caused by unnecessary graphics updates),
the game's performance check will think that video card is slow,
causing some "high-performance" game features to be disabled.
To avoid this, we simply disable throttling during benchmarking by
detecting the "fred" object.
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