[implem-vhdl] Factorisation du code

1 files changed, 0 insertions, 181 deletions

diff --git a/implementations/vhdl/Encrypt_Decypt/lilliputtbci128v1/machine_etat_chiffrement.vhd b/implementations/vhdl/Encrypt_Decypt/lilliputtbci128v1/machine_etat_chiffrement.vhd
deleted file mode 100644
index b40bc65..0000000
--- a/implementations/vhdl/Encrypt_Decypt/lilliputtbci128v1/machine_etat_chiffrement.vhd
+++ /dev/null
@@ -1,181 +0,0 @@
-library IEEE;
-library work;
-use IEEE.numeric_std.all;
-use IEEE.std_logic_1164.all;
-use work.crypt_pack.all;
-
-entity fsm_chiffrement is port (
-    start_i 			: in std_logic;
-    clock_i 			: in std_logic;
-    reset_i 			: in std_logic;

-	 decrypt_i 			: in std_logic;
-    compteur_o 			: out std_logic_vector(7 downto 0) ;
-    liliput_on_out 		: out std_logic; --Sortie à titre informative
-    data_out_valid_o 	: out std_logic; --Vient à l'entrée du round exe pour s 
-    permutation_o 		: out std_logic;

-	 invert_o 			: out std_logic;
-    muxsel_o 			: out std_logic

-	);
-end fsm_chiffrement;
-
-architecture fsm_chiffrement_arch of fsm_chiffrement is
-
-type state is (etat_initial, e_firstround, e_loopround, e_lastround, d_initfirst,d_initloop,d_initlast,d_firstround, d_loopround, d_lastround);
-
-signal present, futur : state;
-signal compteur : integer range 0 to ROUND+1;
-
-begin
-
-compteur_o <= std_logic_vector(to_unsigned(compteur,8));
-
-process_0 : process(clock_i,reset_i)
-begin
-	if reset_i = '0' then
-		present <= etat_initial;
-		compteur <= 0;
-	elsif clock_i'event and clock_i='1' then
-		present <= futur;
-		if(  present =d_loopround  or present =d_firstround ) then 
-			compteur <= compteur -1;
-	   elsif ( present =d_initloop or present =d_initfirst or present =d_initlast or present = e_firstround or present =e_loopround ) then
-         compteur <= compteur+1;
-		else
-			compteur <= 0;
-		end if;
-	end if;
-end process process_0;

-    

-

-	 
-process_1 : process(present, start_i,decrypt_i,compteur)

-begin 
-	case present is
-		when etat_initial => 
-			if start_i = '1' and decrypt_i = '0' then
-				futur <= e_firstround;

-			elsif start_i = '1' and decrypt_i = '1' then
-				futur <= d_initfirst;
-			else 
-				futur <= present;
-			end if;
-		

-		when e_firstround =>
-			futur <= e_loopround;
-		

-		when e_loopround =>
-			if compteur = ROUND-1 then
-				futur <= e_lastround; 
-			else 
-				futur<=present;
-			end if;
-		

-		when e_lastround =>
-			futur<=etat_initial;

-		

-		when d_initfirst =>
-        		futur <= d_initloop; 
-      

-		when d_initloop =>
-            if compteur = ROUND-2 then
-          	 futur <= d_initlast;
-            else 
-          	 futur<=present;
-            end if;
-      

-		when d_initlast =>
-                futur <= d_firstround;
-  		

-		when d_firstround =>
-			futur <= d_loopround;
-		

-		when d_loopround =>
-			if compteur = 1 then
-				futur <= d_lastround;
-			else 
-				futur<=present;
-			end if;
-		

-		when d_lastround =>
-			futur<=etat_initial;
-	end case;
-end process process_1;
-
-process_2 : process(present)
-
-begin 
-	case present is
-		when etat_initial =>
-			liliput_on_out <= '0';
-			data_out_valid_o <= '0';
-			permutation_o <= '0';
-			muxsel_o <= '1';

-			invert_o <= '0';

-			
-		when e_firstround =>
-			liliput_on_out <= '1'; 
-			data_out_valid_o <= '0';
-   		permutation_o <= '1';
-			muxsel_o <= '1';

-			invert_o <= '0';

-			
-		when e_loopround =>
-			liliput_on_out <= '1';
-			data_out_valid_o <= '0';
-			permutation_o <= '1';
-			muxsel_o <= '0';

-			invert_o <= '0';

-			
-		when e_lastround =>
-			liliput_on_out <= '1';
-			data_out_valid_o <= '1';
-			permutation_o <= '0';
-			muxsel_o <= '0';

-			invert_o <= '0';

-			

-		when d_initfirst =>
-			liliput_on_out <= '0';
-			data_out_valid_o <= '0';
-			permutation_o <= '0';
-			muxsel_o <= '1';
-			invert_o <= '0';

-			
-		when d_initloop =>
-			liliput_on_out <= '0';
-			data_out_valid_o <= '0';
-			permutation_o <= '0';
-			muxsel_o <= '0';
-			invert_o <= '0';

-			
-		when d_initlast =>
-			liliput_on_out <= '0';
-			data_out_valid_o <= '0';
-			permutation_o <= '0';
-			muxsel_o <= '0';
-			invert_o <= '0'; 

-			
-		when d_firstround =>
-			liliput_on_out <= '1';
-			data_out_valid_o <= '0';
-			permutation_o <= '1';
-			muxsel_o <= '1';
-		   invert_o <= '1';

-			
-		when d_loopround =>
-			liliput_on_out <= '1';
-			data_out_valid_o <= '0';
-			permutation_o <= '1';
-			muxsel_o <= '0';
-			invert_o <= '1';

-			
-		when d_lastround =>
-			liliput_on_out <= '1';
-			data_out_valid_o <= '1';
-			permutation_o <= '0'; 
-			muxsel_o <= '0';
-			invert_o <= '1';

-			
-	end case;
-end process process_2;
-
-end architecture fsm_chiffrement_arch;
\ No newline at end of file