LIBRARY IEEE ;
USE IEEE.std_logic_1164.all ;
USE IEEE.numeric_std.all ;
USE IEEE.std_logic_unsigned.all ;
library work ;
entity Gpio_inout is
port
(
GpioIN: in Std_Logic; --in
----------------out---------------------
GpioOUT1: out std_logic; --out
GpioOUT2: out std_logic;
GpioOUT3: out std_logic;
);
end Gpio_inout;
architecture structure of Gpio_inout is
signal GpioOUT1: Std_Logic; --
signal GpioOUT2: Std_Logic; --
signal GpioOUT3: Std_Logic; --
begin
-- process 0 -- generate
process (nReset,OSC_24576)
begin
if GpioIN = '0' then
GpioOUT1 <= '0';
GpioOUT2 <= '0';
GpioOUT3 <= '0';
end if ;
end process ;
------------------------out--------------------
GpioOUT1 <= GpioIN ;
GpioOUT2 <= GpioIN ;
GpioOUT3 <= GpioIN ;
end structure;
LIBRARY IEEE ;
USE IEEE.std_logic_1164.all ;
USE IEEE.numeric_std.all ;
USE IEEE.std_logic_unsigned.all ;
library work ;
entity Gpio_inout is
port
(
GpioIN: in Std_Logic; --in
----------------out---------------------
GpioOUT1: out std_logic; --out
GpioOUT2: out std_logic;
GpioOUT3: out std_logic;
);
end Gpio_inout;
architecture structure of Gpio_inout is
signal GpioOUT1: Std_Logic; --
signal GpioOUT2: Std_Logic; --
signal GpioOUT3: Std_Logic; --
begin
-- process 0 -- generate
process (nReset,OSC_24576)
begin
if GpioIN = '0' then
GpioOUT1 <= '0';
GpioOUT2 <= '0';
GpioOUT3 <= '0';
end if ;
end process ;
------------------------out--------------------
GpioOUT1 <= GpioIN ;
GpioOUT2 <= GpioIN ;
GpioOUT3 <= GpioIN ;
end structure;
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