net.mograsim.logic.model.am2900/src/net/mograsim/logic/model/modeladapter/componentadapters/Am2910InstrPLAAdapter.java

   1 package net.mograsim.logic.model.modeladapter.componentadapters;
   2
   3 import static net.mograsim.logic.core.types.Bit.ONE;
   4 import static net.mograsim.logic.core.types.Bit.U;
   5 import static net.mograsim.logic.core.types.Bit.X;
   6 import static net.mograsim.logic.core.types.Bit.ZERO;
   7
   8 import java.util.Map;
   9
  10 import net.mograsim.logic.core.LogicObserver;
  11 import net.mograsim.logic.core.timeline.Timeline;
  12 import net.mograsim.logic.core.types.Bit;
  13 import net.mograsim.logic.core.wires.Wire;
  14 import net.mograsim.logic.core.wires.Wire.ReadEnd;
  15 import net.mograsim.logic.core.wires.Wire.ReadWriteEnd;
  16 import net.mograsim.logic.model.am2900.components.am2910.GUIAm2910InstrPLA;
  17 import net.mograsim.logic.model.model.wires.Pin;
  18 import net.mograsim.logic.model.modeladapter.LogicModelParameters;
  19
  20 public class Am2910InstrPLAAdapter implements ComponentAdapter<GUIAm2910InstrPLA>
  21 {
  22         @Override
  23         public Class<GUIAm2910InstrPLA> getSupportedClass()
  24         {
  25                 return GUIAm2910InstrPLA.class;
  26         }
  27
  28         @Override
  29         public void createAndLinkComponent(Timeline timeline, LogicModelParameters params, GUIAm2910InstrPLA guiComponent,
  30                         Map<Pin, Wire> logicWiresPerPin)
  31         {
  32                 ReadEnd PASS = logicWiresPerPin.get(guiComponent.getPin("PASS")).createReadOnlyEnd();
  33                 ReadEnd I3 = logicWiresPerPin.get(guiComponent.getPin("I3")).createReadOnlyEnd();
  34                 ReadEnd I2 = logicWiresPerPin.get(guiComponent.getPin("I2")).createReadOnlyEnd();
  35                 ReadEnd I1 = logicWiresPerPin.get(guiComponent.getPin("I1")).createReadOnlyEnd();
  36                 ReadEnd I0 = logicWiresPerPin.get(guiComponent.getPin("I0")).createReadOnlyEnd();
  37                 ReadEnd Req0 = logicWiresPerPin.get(guiComponent.getPin("R=0")).createReadOnlyEnd();
  38                 ReadWriteEnd _PL = logicWiresPerPin.get(guiComponent.getPin("_PL")).createReadWriteEnd();
  39                 ReadWriteEnd _MAP = logicWiresPerPin.get(guiComponent.getPin("_MAP")).createReadWriteEnd();
  40                 ReadWriteEnd _VECT = logicWiresPerPin.get(guiComponent.getPin("_VECT")).createReadWriteEnd();
  41                 ReadWriteEnd RWE = logicWiresPerPin.get(guiComponent.getPin("RWE")).createReadWriteEnd();
  42                 ReadWriteEnd RDEC = logicWiresPerPin.get(guiComponent.getPin("RDEC")).createReadWriteEnd();
  43                 ReadWriteEnd YD = logicWiresPerPin.get(guiComponent.getPin("YD")).createReadWriteEnd();
  44                 ReadWriteEnd YR = logicWiresPerPin.get(guiComponent.getPin("YR")).createReadWriteEnd();
  45                 ReadWriteEnd YF = logicWiresPerPin.get(guiComponent.getPin("YF")).createReadWriteEnd();
  46                 ReadWriteEnd YmuPC = logicWiresPerPin.get(guiComponent.getPin("YmuPC")).createReadWriteEnd();
  47                 ReadWriteEnd STKI0 = logicWiresPerPin.get(guiComponent.getPin("STKI0")).createReadWriteEnd();
  48                 ReadWriteEnd STKI1 = logicWiresPerPin.get(guiComponent.getPin("STKI1")).createReadWriteEnd();
  49
  50                 LogicObserver updateOutputs = o ->
  51                 {
  52                         Bit PASSVal = PASS.getValue();
  53                         Bit I3Val = I3.getValue();
  54                         Bit I2Val = I2.getValue();
  55                         Bit I1Val = I1.getValue();
  56                         Bit I0Val = I0.getValue();
  57                         Bit Req0Val = Req0.getValue();
  58
  59                         if (!I3Val.isBinary() || !I2Val.isBinary() || !I1Val.isBinary() || !I0Val.isBinary())
  60                                 if ((I3Val == U || I3Val.isBinary()) || (I2Val == U || I2Val.isBinary()) || (I1Val == U || I1Val.isBinary())
  61                                                 || (I0Val == U || I0Val.isBinary()))
  62                                 {
  63                                         _PL.feedSignals(U);
  64                                         _MAP.feedSignals(U);
  65                                         _VECT.feedSignals(U);
  66                                         RWE.feedSignals(U);
  67                                         RDEC.feedSignals(U);
  68                                         YD.feedSignals(U);
  69                                         YR.feedSignals(U);
  70                                         YF.feedSignals(U);
  71                                         YmuPC.feedSignals(U);
  72                                         STKI0.feedSignals(U);
  73                                         STKI1.feedSignals(U);
  74                                 } else
  75                                 {
  76                                         _PL.feedSignals(X);
  77                                         _MAP.feedSignals(X);
  78                                         _VECT.feedSignals(X);
  79                                         RWE.feedSignals(X);
  80                                         RDEC.feedSignals(X);
  81                                         YD.feedSignals(X);
  82                                         YR.feedSignals(X);
  83                                         YF.feedSignals(X);
  84                                         YmuPC.feedSignals(X);
  85                                         STKI0.feedSignals(X);
  86                                         STKI1.feedSignals(X);
  87                                 }
  88                         else
  89                         {
  90                                 int I = (I3Val == ONE ? 8 : 0) + (I2Val == ONE ? 4 : 0) + (I1Val == ONE ? 2 : 0) + (I0Val == ONE ? 1 : 0);
  91                                 Bit _PLVal = ONE;
  92                                 Bit _MAPVal = ONE;
  93                                 Bit _VECTVal = ONE;
  94                                 if (I == 2)
  95                                         _MAPVal = ZERO;
  96                                 else if (I == 6)
  97                                         _VECTVal = ZERO;
  98                                 else
  99                                         _PLVal = ZERO;
 100                                 _PL.feedSignals(_PLVal);
 101                                 _MAP.feedSignals(_MAPVal);
 102                                 _VECT.feedSignals(_VECTVal);
 103                                 if (I == 8 || I == 9 || I == 15)
 104                                 {
 105                                         RWE.feedSignals(Req0Val);
 106                                         RDEC.feedSignals(Req0Val);// "forward" X/U/Z
 107                                 } else if (I == 4)
 108                                 {
 109                                         RWE.feedSignals(PASSVal);
 110                                         RDEC.feedSignals(PASSVal == ONE ? ZERO : PASSVal);// "forward" X/U/Z
 111                                 } else
 112                                 {
 113                                         RWE.feedSignals(ZERO);
 114                                         RDEC.feedSignals(ZERO);
 115                                 }
 116                                 if (!PASSVal.isBinary())
 117                                 {
 118                                         YD.feedSignals(PASSVal);// "forward" X/U/Z
 119                                         YR.feedSignals(PASSVal);// "forward" X/U/Z
 120                                         YF.feedSignals(PASSVal);// "forward" X/U/Z
 121                                         YmuPC.feedSignals(PASSVal);// "forward" X/U/Z
 122                                 } else
 123                                 {
 124                                         Bit YDVal = ZERO;
 125                                         Bit YRVal = ZERO;
 126                                         Bit YFVal = ZERO;
 127                                         Bit YmuPCVal = ZERO;
 128                                         switch (I + (PASSVal == ONE ? 16 : 0))
 129                                         {
 130                                         case 0:
 131                                         case 0 + 16:
 132                                                 break;
 133                                         case 2:
 134                                         case 1 + 16:
 135                                         case 2 + 16:
 136                                         case 3 + 16:
 137                                         case 5 + 16:
 138                                         case 6 + 16:
 139                                         case 7 + 16:
 140                                         case 11 + 16:
 141                                                 YDVal = ONE;
 142                                                 break;
 143                                         case 5:
 144                                         case 7:
 145                                                 YRVal = ONE;
 146                                                 break;
 147                                         case 13:
 148                                         case 10 + 16:
 149                                                 YFVal = ONE;
 150                                                 break;
 151                                         case 1:
 152                                         case 3:
 153                                         case 4:
 154                                         case 6:
 155                                         case 10:
 156                                         case 11:
 157                                         case 12:
 158                                         case 14:
 159                                         case 4 + 16:
 160                                         case 12 + 16:
 161                                         case 13 + 16:
 162                                         case 14 + 16:
 163                                         case 15 + 16:
 164                                                 YmuPCVal = ONE;
 165                                                 break;
 166                                         case 8:
 167                                         case 8 + 16:
 168                                                 YFVal = Req0Val.not();// "forward" X/U/Z
 169                                                 YmuPCVal = Req0Val;// "forward" X/U/Z
 170                                                 break;
 171                                         case 9:
 172                                         case 9 + 16:
 173                                                 YDVal = Req0Val.not();// "forward" X/U/Z
 174                                                 YmuPCVal = Req0Val;// "forward" X/U/Z
 175                                                 break;
 176                                         case 15:
 177                                                 YFVal = Req0Val.not();// "forward" X/U/Z
 178                                                 YDVal = Req0Val;// "forward" X/U/Z
 179                                                 break;
 180                                         default:
 181                                                 throw new IllegalStateException("shouldn't happen");
 182                                         }
 183                                         YD.feedSignals(YDVal);
 184                                         YR.feedSignals(YRVal);
 185                                         YF.feedSignals(YFVal);
 186                                         YmuPC.feedSignals(YmuPCVal);
 187                                         Bit STKI0Val;
 188                                         Bit STKI1Val;
 189                                         switch (I + (PASSVal == ONE ? 16 : 0))
 190                                         {
 191                                         case 1:
 192                                         case 2:
 193                                         case 3:
 194                                         case 6:
 195                                         case 7:
 196                                         case 9:
 197                                         case 10:
 198                                         case 11:
 199                                         case 12:
 200                                         case 13:
 201                                         case 14:
 202                                         case 2 + 16:
 203                                         case 3 + 16:
 204                                         case 6 + 16:
 205                                         case 7 + 16:
 206                                         case 9 + 16:
 207                                         case 12 + 16:
 208                                         case 14 + 16:
 209                                                 STKI1Val = ZERO;
 210                                                 STKI0Val = ZERO;
 211                                                 break;
 212                                         case 4:
 213                                         case 5:
 214                                         case 1 + 16:
 215                                         case 4 + 16:
 216                                         case 5 + 16:
 217                                                 STKI1Val = ZERO;
 218                                                 STKI0Val = ONE;
 219                                                 break;
 220                                         case 0:
 221                                         case 0 + 16:
 222                                                 STKI1Val = ONE;
 223                                                 STKI0Val = ZERO;
 224                                                 break;
 225                                         case 10 + 16:
 226                                         case 11 + 16:
 227                                         case 13 + 16:
 228                                         case 15 + 16:
 229                                                 STKI1Val = ONE;
 230                                                 STKI0Val = ONE;
 231                                                 break;
 232                                         case 8:
 233                                         case 15:
 234                                         case 8 + 16:
 235                                                 STKI1Val = Req0Val;// "forward" X/U/Z
 236                                                 STKI0Val = Req0Val;// "forward" X/U/Z
 237                                                 break;
 238                                         default:
 239                                                 throw new IllegalStateException("shouldn't happen");
 240                                         }
 241                                         STKI0.feedSignals(STKI0Val);
 242                                         STKI1.feedSignals(STKI1Val);
 243                                 }
 244                         }
 245                 };
 246
 247                 PASS.registerObserver(updateOutputs);
 248                 I3.registerObserver(updateOutputs);
 249                 I2.registerObserver(updateOutputs);
 250                 I1.registerObserver(updateOutputs);
 251                 I0.registerObserver(updateOutputs);
 252                 Req0.registerObserver(updateOutputs);
 253         }
 254 }