* vii.cpp: tvgogo, return value written on a port so that it boots (nw)
also for spg2xx_io, add machine().describe_context() to more of the logging calls to make it more informative for debugging.
* workaround so poker boots without debugger trick (nw)
* uart read notes (nw)
* not ideal, but force poker UART reads for now (nw)
* improve input (nw)
* clickable artwork fixes (nw)
* comment (nw)
* srcclean (nw)
* tidy (nw)
- fixed a code in the netlist creation which caused multiple proxies
to be created for output->terminal connections. A nice side effect of
this fix is a performance increase ~9% for kidniki and ~4% for pong.
Speaking about pong ... maximum is 490%. Dice is running at
280 FPS/60 FPS = 466%, however without any analog emulation.
- Replaced NL_NOEXCEPT with noexcept. assert is now exception-free.
- cppcheck and lint fixes.
- move memory pool to netlist_state_t removing one static allocation.
- add memory allocation stats to verbose output
- nl_assert no longer throws, first step to remove NL_EXCEPT macro.
* cointinued elan refactoring (nw)
* fake a timer interrupt to force Air Blaster Joystick 3D stages forward (nw)
* notes on bugs present on Air Blaster original hw (nw)
* lower frequency (nw)
* improve split scroll mode for air blaster joystick 3d stage bosses (nw)
* change wording (nw)
* also changed generic machine descriptions to include CPU speed rather than video card
* CPU speed is a property of a system's machine configuration in MAME
* on the other hand, the default video card is just chosen to be representative and can be changed via slot options
* also added thousands separators to clock frequencies to make it easy to see order of magnitude
cleaned up some other style things while I was at it (nw)
* elan code refactoring (nw)
* save the obvious (nw)
* continued refactoring (nw)
* elan refactoring (nw)
* continued refactor (nw)
* continued elan refactoring (nw)
* senario texas poker notes (nw)
* more notes (nw)
* definitly uses the uart (nw)
* LCD data is definitely sent via the UART, we can identify specific things from it (nw)
* documenting UART writes (nw)
* UART writes are single byte commands (nw)
* begin layout to show card values (nw)
* progress (nw)
* map more outputs (nw)
* tweak (nw)
* more layout stuff (nw)
