multipelxer_pulser_duo_state

LIBRARY ieee;
use ieee.numeric_std.all;
use IEEE.std_logic_1164.all;

library work;
use work.type_package.all;

ENTITY multiplexer_pulser_duo_state IS
    generic (
        max_step_value : integer
        );
    PORT(
            current_state           :   in  t_state;

            offset1_initialization  :   in integer range 0 to max_step_value;
            length1_initialization  :   in integer range 0 to max_step_value;

            offset2_initialization  :   in integer range 0 to max_step_value;
            length2_initialization  :   in integer range 0 to max_step_value;

            offset1_measurement     :   in integer range 0 to max_step_value;
            length1_measurement     :   in integer range 0 to max_step_value;

            offset2_measurement     :   in integer range 0 to max_step_value;
            length2_measurement     :   in integer range 0 to max_step_value;

            offset1                 :   out integer range 0 to max_step_value;
            len1                    :   out integer range 0 to max_step_value;

            offset2                 :   out integer range 0 to max_step_value;
            len2                    :   out integer range 0 to max_step_value
        );
END ENTITY multiplexer_pulser_duo_state;

ARCHITECTURE behavioural OF multiplexer_pulser_duo_state IS
    component multiplexer_pulser_solo_state
        generic (
        max_step_value : integer
        );
        PORT(
            current_state           :   in  t_state;

            offset_initialization   :   in integer range 0 to max_step_value;
            length_initialization   :   in integer range 0 to max_step_value;

            offset_measurement      :   in integer range 0 to max_step_value;
            length_measurement      :   in integer range 0 to max_step_value;

            offset                  :   out integer range 0 to max_step_value;
            len                     :   out integer range 0 to max_step_value
        );
    end component;
begin

    inst_multiplexer_pulser_solo_state1 :   multiplexer_pulser_solo_state   generic map (
                                                                                max_step_value => max_step_value)
                                                                            port map(
                                                                            current_state => current_state,

                                                                            offset_initialization => offset1_initialization,
                                                                            length_initialization => length1_initialization,

                                                                            offset_measurement => offset1_measurement,
                                                                            length_measurement => length1_measurement,

                                                                            offset => offset1,
                                                                            len => len1);

    inst_multiplexer_pulser_solo_state2 :   multiplexer_pulser_solo_state   generic map (
                                                                                max_step_value => max_step_value)
                                                                            port map(
                                                                            current_state => current_state,

                                                                            offset_initialization => offset2_initialization,
                                                                            length_initialization => length2_initialization,

                                                                            offset_measurement => offset2_measurement,
                                                                            length_measurement => length2_measurement,

                                                                            offset => offset2,
                                                                            len => len2);


end architecture behavioural;