Examples of abstrasy.interpreter.InterpreterException

abstrasy.interpreter.InterpreterException
sor.eu/eupl Sauf obligation légale ou contractuelle écrite, le logiciel distribué sous la Licence est distribué "en l’état", SANS GARANTIES OU CONDITIONS QUELLES QU’ELLES SOIENT, expresses ou implicites. Consultez la Licence pour les autorisations et les restrictions linguistiques spécifiques relevant de la Licence. @author Luc Bruninx @version 1.0

    t.etype=this.etype;
    return t;
  }
  
  public void raise() throws Exception{
    throw new InterpreterException(this.err,this.etype,this.emsg);
  }

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        }
        else if (startAt.size() == 2) {
            objet = startAt.elementAt(1);
        }
        else {
            throw new InterpreterException(StdErrors.Argument_count_mismatch);
        }
        return null;
    }

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        else {
            if (startAt.size() == 2) {
                // contient un vecteur de références
                Node vector = startAt.getSubNode(1, Node.TYPE_CLIST);
                if (vector.indexOf(objet) >= 0)
                    throw new InterpreterException(StdErrors.Circulare_reference);
                if (!objet.isNodeType(Node.VTYPE_BY_VALUE))
                    vector.addElement(objet);
                res = AExtTools.createNewExpr(
                          Node.createSymbol("Object"),
                          Node.createLazy().append(AExtTools.createSExpression(":set!", new Node[] { objet.toSerialized(vector) }))

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                case Node.TYPE_EXTERNAL:
                    return ExternalTK.getExternalSlots(self);
                case Node.TYPE_FUNCTION:
                    return Function.TK.getSlots(self);
                default:
                    throw new InterpreterException(StdErrors.extend(StdErrors.Delegable_object_required, self.toString()));
            }
        }

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                        if (self.isNamespace()) {
                            ContextualCall ccall = ContextualCall.createContextualCall(self, symbol);
                            if (ccall != null)
                                return ccall.call(argv);
                            else
                                throw new InterpreterException(StdErrors.extend(StdErrors.Symbol_not_defined, symbol));


                        }
                        else
                            throw new InterpreterException(StdErrors.Internal_error);
                    }
                case Node.TYPE_EXTERNAL:
                    {
                        Node extargs = Node.createCList_().append_(Node.createQSymbol(symbol));
                        if (argv != null)
                            extargs.appendChildsOf(argv);
                        return ExternalTK.evalMethod(self, extargs);
                    }
                case Node.TYPE_FUNCTION:
                    {
                        Node expr = new Node().append(self).append_(Node.createQSymbol(PCoder.unselfing(symbol)));
                        if (argv != null)
                            expr.appendChildsOf(argv);
                        return expr.exec_q(false);
                    }
                default:
                    throw new InterpreterException(StdErrors.extend(StdErrors.Delegable_object_required, self.toString()));
            }
        }

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                            ContextualCall ccall = ContextualCall.createContextualCall(self, symbol);
                            if (ccall != null)
                                return ccall.call_unary(arg0);


                            else
                                throw new InterpreterException(StdErrors.extend(StdErrors.Symbol_not_defined, symbol));


                        }
                        else
                            throw new InterpreterException(StdErrors.Internal_error);
                    }
                case Node.TYPE_EXTERNAL:
                    {
                        Node extargs = Node.createCList_().append_(Node.createQSymbol(symbol));
                        if (arg0 != null)
                            extargs.addElement_(arg0);
                        return ExternalTK.evalMethod(self, extargs);
                    }
                case Node.TYPE_FUNCTION:
                    {
                        Node expr = new Node().append(self).append_(Node.createQSymbol(PCoder.unselfing(symbol)));
                        if (arg0 != null)
                            expr.append(arg0);
                        return expr.exec_q(false);
                    }
                default:
                    throw new InterpreterException(StdErrors.extend(StdErrors.Delegable_object_required, self.toString()));
            }
        }

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                        }
                        else
                            return null;
                    }
                default:
                    throw new InterpreterException(StdErrors.extend(StdErrors.Delegable_object_required, self.toString()));
            }
        }

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                        }
                        else
                            return null;
                    }
                default:
                    throw new InterpreterException(StdErrors.extend(StdErrors.Delegable_object_required, self.toString()));
            }
        }

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                        }
                        else
                            return null;
                    }
                default:
                    throw new InterpreterException(StdErrors.extend(StdErrors.Delegable_object_required, self.toString()));
            }
        }

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                            ContextualCall ccall = ContextualCall.createContextualCall(self, symbol);
                            if (ccall != null && argvx != null)
                                return ccall.call(argvx, index);


                            else
                                throw new InterpreterException(StdErrors.extend(StdErrors.Symbol_not_defined, symbol));


                        }
                        else
                            throw new InterpreterException(StdErrors.Internal_error);
                    }
                case Node.TYPE_EXTERNAL:
                    {
                        Node extargs = Node.createCList_().append_(Node.createQSymbol(symbol));
                        if (argvx != null)
                            extargs.appendChildsOf(argvx, index);
                        return ExternalTK.evalMethod(self, extargs);
                    }
                case Node.TYPE_FUNCTION:
                    {
                        Node expr = new Node().append(self).append_(Node.createQSymbol(PCoder.unselfing(symbol)));
                        if (argvx != null)
                            expr.appendChildsOf(argvx, index);
                        return expr.exec_q(false);
                    }
                default:
                    throw new InterpreterException(StdErrors.extend(StdErrors.Delegable_object_required, self.toString()));
            }
        }

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abstrasy.externals.External_Object

abstrasy.externals.OptAccessList

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