library IEEE;
use IEEE.STD_LOGIC_1164.all;
use IEEE.NUMERIC_STD.all;
use work.all;

entity hp_lcd_driver is
    generic (input_video_width : natural := 2;
             video_width       : natural := 2;
             addr_width        : natural := 18;
             phase_slip        : natural := 320;
             i_clk_multiple    : natural := 4;
             use_pclk          : natural := 0;
             target            : string  := "artix7");
    port (clk_50m   : in  std_logic;
          sys_rst_n : in  std_logic;
          video     : in  std_logic_vector(input_video_width -1 downto 0);
          hsync_in  : in  std_logic;
          vsync_in  : in  std_logic;
          pclk_in   : in  std_logic;
          r_out     : out std_logic;
          b_out     : out std_logic;
          g_out     : out std_logic;
          hsync_out : out std_logic;
          vsync_out : out std_logic;
          hdmi_c_p  : out std_logic;
          hdmi_c_n  : out std_logic;
          hdmi_r_p  : out std_logic;
          hdmi_r_n  : out std_logic;
          hdmi_g_p  : out std_logic;
          hdmi_g_n  : out std_logic;
          hdmi_b_p  : out std_logic;
          hdmi_b_n  : out std_logic;
          hdmi_vcc  : out std_logic;
          i_clk_out : out std_logic;
          led       : out std_logic);

end hp_lcd_driver;

architecture Behavioral of hp_lcd_driver is

begin

    common_i : entity work.common
        generic map (
            input_video_width => input_video_width,
            video_width       => video_width,
            addr_width        => addr_width,
            phase_slip        => phase_slip,
            i_clk_multiple    => i_clk_multiple,
            use_pclk          => use_pclk,
            target            => target)
        port map (clk_50m         => clk_50m,
                  sys_rst_n       => sys_rst_n,
                  video           => video,
                  hsync_in        => hsync_in,
                  vsync_in        => vsync_in,
                  pclk_in         => pclk_in,
                  r_out           => r_out,
                  b_out           => b_out,
                  g_out           => g_out,
                  hsync_out       => hsync_out,
                  vsync_out       => vsync_out,
                  hdmi_c_p        => hdmi_c_p,
                  hdmi_c_n        => hdmi_c_n,
                  hdmi_r_p        => hdmi_r_p,
                  hdmi_r_n        => hdmi_r_n,
                  hdmi_g_p        => hdmi_g_p,
                  hdmi_g_n        => hdmi_g_n,
                  hdmi_b_p        => hdmi_b_p,
                  hdmi_b_n        => hdmi_b_n,
                  hdmi_vcc        => hdmi_vcc,
                  i_clk_out       => i_clk_out,
                  led             => led,
                  video_out_clk   => open,
                  video_out_index => open,
                  video_out_data  => open,
                  video_out_valid => open
                  );
end Behavioral;