Examples of VoltTypeException

org.voltdb.VoltTypeException
A volt-specific exception to be thrown when some flavor of unresolvable type issue occurs (mismatched type, bad cast, cast leading to over/underflow, etc.). We'll probably eventually want things more specialized than this to signal various SQL-mandated error conditions(?) but this hopefully is at least incrementally better than throwing generic java exceptions in such cases.

Examples of org.voltdb.VoltTypeException

    public static VoltType determineImplicitCasting(VoltType left, VoltType right) {
        //
        // Make sure both are valid
        //
        if (left == VoltType.INVALID || right == VoltType.INVALID) {
            throw new VoltTypeException("ERROR: Unable to determine cast type for '" + left + "' and '" + right + "' types");
        }
        // Check for NULL first, if either type is NULL the output is always NULL
        // XXX do we need to actually check for all NULL_foo types here?
        else if (left == VoltType.NULL || right == VoltType.NULL)
        {
            return VoltType.NULL;
        }
        //
        // No mixing of strings and numbers
        //
        else if ((left == VoltType.STRING && right != VoltType.STRING) ||
                (left != VoltType.STRING && right == VoltType.STRING))
        {
            throw new VoltTypeException("ERROR: Unable to determine cast type for '" +
                                        left + "' and '" + right + "' types");
        }


        // Allow promoting INTEGER types to DECIMAL.
        else if ((left == VoltType.DECIMAL || right == VoltType.DECIMAL) &&
                !(left.isExactNumeric() && right.isExactNumeric()))
        {
            throw new VoltTypeException("ERROR: Unable to determine cast type for '" +
                                        left + "' and '" + right + "' types");
        }
        //
        // The following list contains the rules that use for casting:
        //
        //    (1) If both types are a STRING, the output is always a STRING
        //        Note that up above we made sure that they do not mix strings and numbers
        //            Example: STRING + STRING -> STRING
        //    (2) If one type is a DECIMAL, the output is always a DECIMAL
        //        Note that above we made sure that DECIMAL only mixes with
        //        allowed types
        //    (3) Floating-point types take precedence over integers
        //            Example: FLOAT + INTEGER -> FLOAT
        //    (4) Specific types for floating-point and integer types take precedence
        //        over the more general types
        //            Example: MONEY + FLOAT -> MONEY
        //            Example: TIMESTAMP + INTEGER -> TIMESTAMP
        VoltType cast_order[] = { VoltType.STRING,
                                  VoltType.DECIMAL,
                                  VoltType.FLOAT,
                                  VoltType.TIMESTAMP,
                                  VoltType.BIGINT };
        for (VoltType cast_type : cast_order) {
            //
            // If any one of the types is the current cast type, we'll use that
            //
            if (left == cast_type || right == cast_type)
            {
                return cast_type;
            }
        }


        // If we have INT types smaller than BIGINT
        // promote the output up to BIGINT
        if ((left == VoltType.INTEGER || left == VoltType.SMALLINT || left == VoltType.TINYINT) &&
                (right == VoltType.INTEGER || right == VoltType.SMALLINT || right == VoltType.TINYINT))
        {
            return VoltType.BIGINT;
        }


        // If we get here, we couldn't figure out what to do
        throw new VoltTypeException("ERROR: Unable to determine cast type for '" +
                                    left + "' and '" + right + "' types");
    }

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Examples of org.voltdb.VoltTypeException

                            message += new_table.getColumnName(i);
                            message += " has an unparseable default: ";
                            message += catalog_column.getDefaultvalue();
                            message += " for VoltType: ";
                            message += default_type.toString();
                            throw new VoltTypeException(message);
                        }
                    }
                    else if (catalog_column.getNullable())
                    {
                        coerced_values[i] = null;
                    }
                    else
                    {
                        throw new VoltTypeException("Column: " +
                                                    new_table.getColumnName(i) +
                                                    " has no default " +
                                                    "and null is not permitted");
                    }
                }

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Examples of org.voltdb.VoltTypeException

                    if (ii >= typedUserParams.length) {
                        String errorMsg =
                            "Too few actual arguments were passed for the parameters in the sql statement(s): (" +
                            typedUserParams.length + " vs. " + ii + ")";
                        // Volt-TYPE-Exception is slightly cheating, here, should there be a more general VoltArgumentException?
                        throw new VoltTypeException(errorMsg);
                    }
                    typedUserParams[ii] =
                            ParameterConverter.tryToMakeCompatible(paramType.classFromType(),
                                                                   work.userParamSet[ii]);
                    // System.out.println("DEBUG typed parameter: " + work.userParamSet[ii] +
                    //         "using type: " + paramType + "as: " + typedUserParams[ii]);
                    ii++;
                }
            }
            // Each parameter referenced in each statements should be represented
            // exactly once in userParams.
            if (ii < typedUserParams.length) {
                // Volt-TYPE-Exception is slightly cheating, here, should there be a more general VoltArgumentException?
                String errorMsg =
                        "Too many actual arguments were passed for the parameters in the sql statement(s): (" +
                        typedUserParams.length + " vs. " + ii + ")";
                        throw new VoltTypeException(errorMsg);
            }
            userParamCache = ParameterSet.fromArrayNoCopy(typedUserParams);
        }
        size += userParamCache.getSerializedSize();

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Examples of org.voltdb.VoltTypeException

    public static VoltType determineImplicitCasting(VoltType left, VoltType right) {
        //
        // Make sure both are valid
        //
        if (left == VoltType.INVALID || right == VoltType.INVALID) {
            throw new VoltTypeException("ERROR: Unable to determine cast type for '" + left + "' and '" + right + "' types");
        }
        // Check for NULL first, if either type is NULL the output is always NULL
        // XXX do we need to actually check for all NULL_foo types here?
        else if (left == VoltType.NULL || right == VoltType.NULL)
        {
            return VoltType.NULL;
        }
        //
        // No mixing of strings and numbers
        //
        else if ((left == VoltType.STRING && right != VoltType.STRING) ||
                (left != VoltType.STRING && right == VoltType.STRING))
        {
            throw new VoltTypeException("ERROR: Unable to determine cast type for '" +
                                        left + "' and '" + right + "' types");
        }


        // Allow promoting INTEGER types to DECIMAL.
        else if ((left == VoltType.DECIMAL || right == VoltType.DECIMAL) &&
                !(left.isExactNumeric() && right.isExactNumeric()))
        {
            throw new VoltTypeException("ERROR: Unable to determine cast type for '" +
                                        left + "' and '" + right + "' types");
        }
        //
        // The following list contains the rules that use for casting:
        //
        //    (1) If both types are a STRING, the output is always a STRING
        //        Note that up above we made sure that they do not mix strings and numbers
        //            Example: STRING + STRING -> STRING
        //    (2) If one type is a DECIMAL, the output is always a DECIMAL
        //        Note that above we made sure that DECIMAL only mixes with
        //        allowed types
        //    (3) Floating-point types take precedence over integers
        //            Example: FLOAT + INTEGER -> FLOAT
        //    (4) Specific types for floating-point and integer types take precedence
        //        over the more general types
        //            Example: MONEY + FLOAT -> MONEY
        //            Example: TIMESTAMP + INTEGER -> TIMESTAMP
        for (VoltType cast_type : CAST_ORDER) {
            //
            // If any one of the types is the current cast type, we'll use that
            //
            if (left == cast_type || right == cast_type)
            {
                return cast_type;
            }
        }


        // If we have INT types smaller than BIGINT
        // promote the output up to BIGINT
        if ((left == VoltType.INTEGER || left == VoltType.SMALLINT || left == VoltType.TINYINT) &&
                (right == VoltType.INTEGER || right == VoltType.SMALLINT || right == VoltType.TINYINT))
        {
            return VoltType.BIGINT;
        }


        // If we get here, we couldn't figure out what to do
        throw new VoltTypeException("ERROR: Unable to determine cast type for '" +
                                    left + "' and '" + right + "' types");
    }

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Examples of org.voltdb.VoltTypeException

                            message += new_table.getColumnName(i);
                            message += " has an unparseable default: ";
                            message += catalog_column.getDefaultvalue();
                            message += " for VoltType: ";
                            message += default_type.toString();
                            throw new VoltTypeException(message);
                        }
                    }
                    else if (catalog_column.getNullable())
                    {
                        coerced_values[i] = null;
                    }
                    else
                    {
                        throw new VoltTypeException("Column: " +
                                                    new_table.getColumnName(i) +
                                                    " has no default " +
                                                    "and null is not permitted");
                    }
                }

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