mame/regtests/jedutil/eqns/WinCUPL/gal16v8/gal16v8_complex_mode.pld
Kevin Eshbach 4a69cf6ba0
jedutil updates: [keshbach]
* Initial support for viewing the logic equations of the PLS100, 82S100, PLS101 and 82S101.
* Initial support for viewing the logic equations of the PLS100, 82S100,
PLS101 and 82S101.
* Added support to view the the logic equations of the PALCE22V10 device
* Improved the documentation on the Magix game and the undumped PAL's (security fuses blown)
* Added PAL22V10 as another device that is equivalent to ythe PALCE22V10 device.
* Added initial registration test for the PALCE22V10/PAL22V10 devices
* Adding PAL22V10 combinatorial regression test data.
* Updated jedutil with a new command that will take a jed file and list the devices that the jed file could represent
* Initial work on supporting the GAL20V8 device.
* Adding an initial regression test for the GAL20V8.
* Tweaked the function to print text to handle the end of line character.
* Fixed some mis-configurations of the GAL20V8 device.
* Added regression tests for the GAL20V8 device.
* Fixed the output of the GAL20V8 when viewing a jed in simple mode to properly display outputs as also being inputs for certain pins
* Fixed the output of a GAL16V8 device in Simple Mode to mark relevant output pins as providing feedback as documented in the datasheet.
* Corrected the output feedback state when in simple mode for the GAL16V8 and GAL20V8 devices.
2020-05-19 20:42:50 -04:00

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Name GAL16V8 Complex Mode Test ;
PartNo 00 ;
Date 4/27/2020 ;
Revision 01 ;
Designer MAME ;
Company MAME ;
Assembly None ;
Location ;
Device G16V8A ;
/* Complex Mode Test */
/* Input Pins */
PIN 1 = [I1] ;
PIN 2 = [I2] ;
PIN 3 = [I3] ;
PIN 4 = [I4] ;
PIN 5 = [I5] ;
PIN 6 = [I6] ;
PIN 7 = [I7] ;
PIN 8 = [I8] ;
PIN 9 = [I9] ;
PIN 11 = [I11] ;
PIN 13 = [I13] ;
PIN 14 = [I14] ;
PIN 17 = [I17] ;
PIN 18 = [I18] ;
/* Output Pins */
PINNODE 12 = [O12] ;
PINNODE 15 = [O15] ;
PINNODE 16 = [O16] ;
PINNODE 19 = [O19] ;
/* Logic Equations */
O12 = I1 & I3 & I5 & !O16 #
I7 & I9 & I11 #
I13 & O16 & I17 #
I8 & I14 & !I17 #
!I8 & !I14 #
!I1 & !I2 & !I3 & !I4 & !I5 & !I7 #
I2 & I4 & I6 & !O16 ;
O12.oe = !O15 & O16 ;
O15 = !I1 & !I3 & !I5 #
!I7 & !I9 & !I11 #
!I13 & !I17 #
!I2 & !I4 & I13 #
I4 & I18 #
!I2 & !I4 & !I6 #
!I8 & !I14 & I17 ;
!O16 = I17 & !I18 #
!I11 & !I13 & !I14 #
I6 & I7 & I8 & I9 #
!I1 & !I2 & !I3 & !I4 & !I5 #
I1 & I2 & I3 & I4 & I5 & I13 & !I17 #
I11 & I13 & I14 #
!I6 & !I7 & !I8 & !I9 ;
!O19 = !I1 & !I3 #
!I5 & !I7 #
!I9 & !I11 & O15 #
!I13 & !O15 #
!I14 & I17 #
I2 & I4 & I6 #
I8 & I9 & I14 ;
O19.oe = O15 & !O16 ;