Package edu.mit.csail.sdg.alloy4

Examples of edu.mit.csail.sdg.alloy4.ErrorFatal

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    /*=========================*/

    /** {@inheritDoc} */
    @Override public Object visit(Field x) throws Err {
        Expression ans = a2k(x);
        if (ans==null) throw new ErrorFatal(x.pos, "Field \""+x+"\" is not bound to a legal value during translation.\n");
        return ans;
    }
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    /*=======================*/

    /** {@inheritDoc} */
    @Override public Object visit(Sig x) throws Err {
        Expression ans = a2k(x);
        if (ans==null) throw new ErrorFatal(x.pos, "Sig \""+x+"\" is not bound to a legal value during translation.\n");
        return ans;
    }
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                s=cset(a);
                s2=cset(b);
                for(int j=s.arity(); j>1; j--) s2=Expression.UNIV.product(s2);
                return s.intersection(s2);
        }
        throw new ErrorFatal(x.pos, "Unsupported operator ("+x.op+") encountered during ExprBinary.accept()");
    }
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        this.root = root;
        this.bitwidth = bitwidth;
        this.maxseq = maxseq;
        this.callbacks = new HashMap<Func,SimCallback>();
        if (bitwidth==32) { max=Integer.MAX_VALUE; min=Integer.MIN_VALUE; } else { max=(1<<(bitwidth-1))-1; min=(0-max)-1; }
        if (maxseq < 0)   throw new ErrorSyntax("The maximum sequence length cannot be negative.");
        if (maxseq > max) throw new ErrorSyntax("With integer bitwidth of "+bitwidth+", you cannot have sequence length longer than "+max);
        shiftmask = (1 << (32 - Integer.numberOfLeadingZeros(bitwidth-1))) - 1;
    }
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        final int n = f.count();
        final Object candidate = n==0 ? cacheForConstants.get(f) : null;
        if (candidate!=null) return candidate;
        final Expr body = f.getBody();
        if (body.type().arity()<0 || body.type().arity()!=f.returnDecl.type().arity()) throw new ErrorType(body.span(), "Function return value not fully resolved.");
        for(Func ff:current_function) if (ff==f) throw new ErrorSyntax(x.span(), ""+f+" cannot call itself recursively!");
        Env<ExprVar,Object> newenv = new Env<ExprVar,Object>();
        List<SimTupleset> list = new ArrayList<SimTupleset>(x.args.size());
        for(int i=0; i<n; i++) { SimTupleset ts = cset(x.args.get(i)); newenv.put(f.get(i), ts);  list.add(ts); }
        final SimCallback cb = callbacks.get(f);
        if (cb!=null) {
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        }
    }

    /** Construct a new simulation context with the given bitwidth and the given maximum sequence length. */
    public SimInstance(Module root, int bitwidth, int maxseq) throws Err {
        if (bitwidth<1 || bitwidth>32) throw new ErrorType("Bitwidth must be between 1 and 32.");
        this.root = root;
        this.bitwidth = bitwidth;
        this.maxseq = maxseq;
        this.callbacks = new HashMap<Func,SimCallback>();
        if (bitwidth==32) { max=Integer.MAX_VALUE; min=Integer.MIN_VALUE; } else { max=(1<<(bitwidth-1))-1; min=(0-max)-1; }
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    /** Initializes the given sig to be associated with the given unary value; should only be called at the beginning.
     * <p> The resulting instance may or may not satisfy all facts, and should be checked for consistency.
     */
    public void init(Sig sig, SimTupleset value) throws Err {
        if (value==null) { sfs.remove(sig); return; }
        if (value.arity()>1) throw new ErrorType("Evaluator encountered an error: sig "+sig.label+" arity must not be " + value.arity());
        if (sig.builtin) throw new ErrorAPI("Evaluator cannot prebind the builtin sig \"" + sig.label + "\"");
        sfs.put(sig, value);
        cacheUNIV = null;
        cacheSTRING = null;
        cacheForConstants.clear();
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    /** Initializes the given field to be associated with the given unary value; should only be called at the beginning.
     * <p> The resulting instance may or may not satisfy all facts, and should be checked for consistency.
     */
    public void init(Field field, SimTupleset value) throws Err {
        if (value==null) { sfs.remove(field); return; }
        if (!value.empty() && value.arity()!=field.type().arity()) throw new ErrorType("Evaluator encountered an error: field "+field.label+" arity must not be " + value.arity());
        if (field.defined) throw new ErrorAPI("Evaluator cannot prebind the value of a defined field.");
        sfs.put(field, value);
        cacheUNIV = null;
        cacheSTRING = null;
        cacheForConstants.clear();
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    /** Initializes the given var to be associated with the given unary value; should only be called at the beginning.
     * <p> The resulting instance may or may not satisfy all facts, and should be checked for consistency.
     */
    public void init(ExprVar var, SimTupleset value) throws Err {
        if (value==null) { sfs.remove(var); return; }
        if (!value.empty() && value.arity()!=var.type().arity()) throw new ErrorType("Evaluator encountered an error: skolem "+var.label+" arity must not be " + value.arity());
        sfs.put(var, value);
        cacheUNIV = null;
        cacheSTRING = null;
        cacheForConstants.clear();
    }
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        final Func f = x.fun;
        final int n = f.count();
        final Object candidate = n==0 ? cacheForConstants.get(f) : null;
        if (candidate!=null) return candidate;
        final Expr body = f.getBody();
        if (body.type().arity()<0 || body.type().arity()!=f.returnDecl.type().arity()) throw new ErrorType(body.span(), "Function return value not fully resolved.");
        for(Func ff:current_function) if (ff==f) throw new ErrorSyntax(x.span(), ""+f+" cannot call itself recursively!");
        Env<ExprVar,Object> newenv = new Env<ExprVar,Object>();
        List<SimTupleset> list = new ArrayList<SimTupleset>(x.args.size());
        for(int i=0; i<n; i++) { SimTupleset ts = cset(x.args.get(i)); newenv.put(f.get(i), ts);  list.add(ts); }
        final SimCallback cb = callbacks.get(f);
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Related Classes of edu.mit.csail.sdg.alloy4.ErrorFatal

  • edu.mit.csail.sdg.alloy4compiler.ast.Browsable
  • edu.mit.csail.sdg.alloy4compiler.ast.CommandScope
  • edu.mit.csail.sdg.alloy4compiler.ast.Decl
  • edu.mit.csail.sdg.alloy4compiler.ast.Expr
  • edu.mit.csail.sdg.alloy4compiler.ast.ExprBadCall
  • edu.mit.csail.sdg.alloy4compiler.ast.ExprBadJoin
  • edu.mit.csail.sdg.alloy4compiler.ast.ExprBinary
  • edu.mit.csail.sdg.alloy4compiler.ast.ExprCall
  • edu.mit.csail.sdg.alloy4compiler.ast.ExprCall$DeduceType
  • edu.mit.csail.sdg.alloy4compiler.ast.ExprChoice
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