/* -*- tab-width: 4 -*- * * Electric(tm) VLSI Design System * * File: Command.java * Asynchronous Logic Simulator command handler * Original C Code written by Brent Serbin and Peter J. Gallant * Translated to Java by Steven M. Rubin, Sun Microsystems. * * Copyright (c) 2005 Sun Microsystems and Static Free Software * * Electric(tm) is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 3 of the License, or * (at your option) any later version. * * Electric(tm) is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Electric(tm); see the file COPYING. If not, write to * the Free Software Foundation, Inc., 59 Temple Place, Suite 330, * Boston, Mass 02111-1307, USA. */ package com.sun.electric.tool.simulation.als; import com.sun.electric.tool.simulation.Stimuli; import com.sun.electric.tool.simulation.als.ALS.Model; import java.util.Iterator; /** * Class to handle commands to the ALS Simulator. */ public class Command { private ALS als; static String [] tNames = {"01", "10", "0Z", "Z1", "1Z", "Z0", "0X", "X1", "1X", "X0", "XZ", "ZX"}; Command(ALS als) { this.als = als; } /****************************** PRINT ******************************/ /** * Method to print out the display screen status and information */ void printCommand(String [] par) { if (par.length < 1) { System.out.println("telltool simulation als print OPTION"); return; } if (par[0].equals("vector")) { ALS.Link linkHead = als.setRoot; System.out.println("** VECTOR LINKLIST **"); while (linkHead != null) { switch (linkHead.type) { case 'N': ALS.Node nodeHead = (ALS.Node)linkHead.ptr; String s1 = Stimuli.describeLevel(((Integer)linkHead.state).intValue()); System.out.println("***** vector: $N" + nodeHead.getIndex() + ", state = " + s1 + ", strength = " + Stimuli.describeStrength(linkHead.strength) + ", time = " + linkHead.time + ", priority = " + linkHead.priority); break; case 'F': ALS.Stat statHead = (ALS.Stat)linkHead.ptr; nodeHead = statHead.nodePtr; s1 = Stimuli.describeLevel(((Integer)linkHead.state).intValue()); System.out.println("***** function: $N" + nodeHead.getIndex() + ", state = " + s1 + ", strength = " + Stimuli.describeStrength(linkHead.strength) + ", time = " + linkHead.time + ", priority = " + linkHead.priority); break; case 'R': System.out.println("***** rowptr = " + linkHead.ptr + ", time = " + linkHead.time + ", priority = " + linkHead.priority); break; case 'C': System.out.println("***** clokptr = " + linkHead.ptr + ", time = " + linkHead.time + ", priority = " + linkHead.priority); } linkHead = linkHead.right; } return; } if (par[0].equals("netlist")) { System.out.println("** NETWORK DESCRIPTION **"); for(Model primHead : als.primList) { switch (primHead.type) { case 'F': StringBuffer infstr = new StringBuffer(); infstr.append("FUNCTION: " + primHead.name + " (instance " + (primHead.level == null ? "null" : primHead.level) + ") ["); boolean first = true; for(ALS.ALSExport exHead : primHead.exList) { if (first) first = false; else infstr.append(", "); infstr.append("N" + exHead.nodePtr.getIndex()); } infstr.append("]"); System.out.println(infstr.toString()); infstr = new StringBuffer(); infstr.append(" Event Driving Inputs:"); ALS.Func funcHead = (ALS.Func)primHead.ptr; for(ALS.ALSExport exHead : funcHead.inList) { infstr.append(" N" + exHead.nodePtr.getIndex()); } System.out.println(infstr.toString()); infstr = new StringBuffer(); infstr.append(" Output Ports:"); for(ALS.ALSExport exHead : primHead.exList) { if (exHead.nodeName != null) infstr.append(" N" + ((ALS.Stat)exHead.nodeName).nodePtr.getIndex()); } System.out.println(infstr.toString()); System.out.println(" Timing: D=" + funcHead.delta + ", L=" + funcHead.linear + ", E=" + funcHead.exp + ", R=" + funcHead.random + ", A=" + funcHead.abs); System.out.println(" Firing Priority = " + primHead.priority); break; case 'G': System.out.println("GATE: " + primHead.name + " (instance " + (primHead.level == null ? "null" : primHead.level) + ")"); for (ALS.Row rowHead = (ALS.Row)primHead.ptr; rowHead != null; rowHead=rowHead.next) { System.out.println(" Timing: D=" + rowHead.delta + ", L=" + rowHead.linear + ", E=" + rowHead.exp + ", R=" + rowHead.random + ", A=" + rowHead.abs); System.out.println(" Delay type: " + (rowHead.delay == null ? "null" : rowHead.delay)); printInEntry(rowHead); printOutEntry(rowHead); } System.out.println(" Firing Priority = " + primHead.priority); break; default: System.out.println("Illegal primitive type '" + primHead.type + "', database is bad"); break; } } return; } System.out.println("telltool simulation als print"); } /** * Method to examine an input entry and prints out the condition * that it represents. It is possible for an input entry operand to represent * a logic value, integer value, or another node address. * * Calling Arguments: * rowHead = pointer to the row being printed */ private void printInEntry(ALS.Row rowHead) { boolean flag = false; StringBuffer infstr = new StringBuffer(); infstr.append(" Input: "); for(Object obj : rowHead.inList) { ALS.IO ioHead = (ALS.IO)obj; if (flag) infstr.append("& "); flag = true; ALS.Node nodeHead = (ALS.Node)ioHead.nodePtr; infstr.append("N" + nodeHead.getIndex()); if (ioHead.operatr > 127) { int operatr = ioHead.operatr - 128; nodeHead = (ALS.Node)ioHead.operand; infstr.append(operatr + "N" + nodeHead.getIndex()); continue; } infstr.append(ioHead.operatr); Integer num = (Integer)ioHead.operand; String s2 = Stimuli.describeLevel(num.intValue()); infstr.append(s2 + " "); } System.out.println(infstr.toString()); } /** * Method to examine an output entry and prints out the condition * that it represents. It is possible for an output entry operand to represent * a logic value, integer value, or another node address. * * Calling Arguments: * rowHead = pointer to the row being printed */ private void printOutEntry(ALS.Row rowHead) { boolean flag = false; StringBuffer infstr = new StringBuffer(); infstr.append(" Output: "); for(Object obj : rowHead.outList) { ALS.IO ioHead = (ALS.IO)obj; if (flag) infstr.append("& "); flag = true; ALS.Stat statHead = (ALS.Stat)ioHead.nodePtr; ALS.Node nodeHead = statHead.nodePtr; infstr.append("N" + nodeHead.getIndex()); if (ioHead.operatr > 127) { int operatr = ioHead.operatr - 128; nodeHead = (ALS.Node) ioHead.operand; infstr.append(operatr + "N" + nodeHead.getIndex() + "@" + ((ioHead.strength+1)/2) + " "); continue; } infstr.append(ioHead.operatr); Integer num = (Integer)ioHead.operand; String s2 = Stimuli.describeLevel(num.intValue()); infstr.append(s2 + "@" + ((ioHead.strength+1)/2) + " "); } System.out.println(infstr.toString()); } }
