private void setFieldToNull(boolean postgresText, String[] transformedStrings, int fieldIndex, Field field) {
        if (postgresText) transformedStrings[fieldIndex + 1] = POSTGRES_NULL_TEXT;
        // Adjust parameter index by two: indexes are one-based and the first one is the CSV line number.
        else try {
            // LOG.info("setting {} index to null", fieldIndex + 2);
            field.setNull(insertStatement, fieldIndex + 2);
        } catch (SQLException e) {
            e.printStackTrace();
            // FIXME: store error here? It appears that an exception should only be thrown if the type value is invalid,
            // the connection is closed, or the index is out of bounds. So storing an error may be unnecessary.
        }
    }
private void setFieldToNull(boolean postgresText, String[] transformedStrings, int fieldIndex, Field field) {
        if (postgresText) transformedStrings[fieldIndex + 1] = POSTGRES_NULL_TEXT;
        
        else try {
            
            field.setNull(insertStatement, fieldIndex + 2);
        } catch (SQLException e) {
            e.printStackTrace();
            
            
        }
    }
private void setFieldToNull ( boolean postgresText , String [ ] transformedStrings , int fieldIndex , Field field ) { if ( postgresText ) transformedStrings [ fieldIndex + 1 ] = POSTGRES_NULL_TEXT ; // Adjust parameter index by two: indexes are one-based and the first one is the CSV line number. else try { // LOG.info("setting {} index to null", fieldIndex + 2); field . setNull ( insertStatement , fieldIndex + 2 ) ; } catch ( SQLException e ) { e . printStackTrace ( ) ; // FIXME: store error here? It appears that an exception should only be thrown if the type value is invalid, // the connection is closed, or the index is out of bounds. So storing an error may be unnecessary. } }
Sets field to null in statement or string array depending on whether postgres is being used.
Sets field to null in statement or string array depending on whether postgres is being used .