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/mcip_open/trunk/LCDapp_MCIPopen.vhd
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/mcip_open/trunk/MCIPopen_mcu_example.vhd
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Index: mcip_open/trunk/ALU.vhd
===================================================================
--- mcip_open/trunk/ALU.vhd (revision 5)
+++ mcip_open/trunk/ALU.vhd (nonexistent)
@@ -1,197 +0,0 @@
---------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
--- Progect Supervisor: Dr H. Chemali
--- Create Date: 01:15:35 07/17/05
--- Design Name: 8-bits arithmetic and logic unit (2)
--- Module Name: ALU - simple
--- Project Name: Microcontroller IP (MCIP)
--- Target Device: xc3s500e-4fg320
--- Tool versions: Xilinx ISE 9.1.03i
--- Description: This ALU is based on 8 simple slices. This module:
--- operates on A, B and using Old status,
--- provides the result S and the New status.
--- Revision: 07/07/2008
--- Revision 2.2 - Add description
---------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-use IEEE.STD_LOGIC_UNSIGNED.ALL;
-
-entity ALU is
- Port ( CommandVector : in std_logic_vector(13 downto 0);
- CommandStatus : in std_logic_vector(4 downto 0);
- OldStatus : in std_logic_vector(4 downto 0);
- a : in std_logic_vector(7 downto 0);
- b : in std_logic_vector(7 downto 0);
- s : out std_logic_vector(7 downto 0);
- NewStatus : out std_logic_vector(4 downto 0);
- SetResponse : out std_logic_vector(1 downto 0));
-end ALU;
-
-architecture simple of ALU is
- component alu_slice
- Port ( g : in std_logic_vector(3 downto 0);
- p : in std_logic_vector(3 downto 0);
- a : in std_logic;
- b : in std_logic;
- ci : in std_logic;
- s : out std_logic;
- co : out std_logic);
- end component;
-
- signal ci : std_logic_vector(7 downto 0);
- signal co : std_logic_vector(7 downto 0);
- signal ai : std_logic_vector(7 downto 0);
- signal bi : std_logic_vector(7 downto 0);
- signal si : std_logic_vector(7 downto 0);
- signal CurrentStatus : std_logic_vector(4 downto 0);
- signal cr0 : std_logic;
- signal cr7 : std_logic;
- signal C : std_logic;
- signal DC : std_logic;
- signal Z : std_logic;
- signal OV : std_logic;
- signal N : std_logic;
- signal test_bit : std_logic;
-
- signal SWAPa : std_logic_vector(7 downto 0);
- signal S_D : std_logic_vector(7 downto 0);
- signal BITOPa : std_logic_vector(7 downto 0);
- signal DAW_op : std_logic_vector(7 downto 0);
-
- alias v : std_logic_vector(13 downto 0) is CommandVector;
-
-begin
-
-slices: for i in 0 to 7 generate
- slice: alu_slice
- port map( g => v(3 downto 0),
- p => v(7 downto 4),
- a => ai(i),
- b => bi(i),
- ci => ci(i),
- s => si(i),
- co => co(i)
- );
- end generate;
-
- cr0 <= a(1) when v(11) = '1' else
- a(7);
- cr7 <= a(0) when v(10) = '1' else
- OldStatus(0);
-
- ci(0) <= '0' when v(13 downto 12) = "00" else
- '1' when v(13 downto 12) = "01" else
- cr0 when v(13 downto 12) = "10" else
- OldStatus(0);
- ci(7) <= cr7 when v(11) = '1' else
- co(6);
-
- C <= co(0) when v(11) = '1' else
- co(7);
- DC <= ci(4);
- Z <= '1' when si = X"00" else
- '0';
- N <= si(7);
- OV <= '1'
- when((v(0)='0' and v(1)='1' and N='1' and a(7)='0' and b(7)='0') or
- (v(0)='0' and v(1)='1' and N='0' and a(7)='1' and b(7)='1') or
-
- (v(0)='0' and v(1)='0' and N='1' and a(7)='0') or
-
- (v(0)='1' and v(1)='0' and v(5)='0' and N='0' and a(7)='1' and b(7)='0') or
- (v(0)='1' and v(1)='0' and v(5)='0' and N='1' and a(7)='0' and b(7)='1') or
-
- (v(0)='1' and v(7)='1' and N='0' and a(7)='1') or
-
- (v(0)='1' and v(1)='0' and v(5)='1' and N='1' and a(7)='1' and b(7)='0') or
- (v(0)='1' and v(1)='0' and v(5)='1' and N='0' and a(7)='0' and b(7)='1') or
-
- (v(0)='1' and v(1)='1' and v(7)='0' and N='1' and a(7)='1') ) else
- '0';
-
- CurrentStatus <= N&OV&Z&DC&C;
-
- SWAPa <= a(3 downto 0) & a(7 downto 4);
-
- DAW_op(3 downto 0) <= X"6"
- when ((b(3 downto 0) > "1001") or OldStatus(1)='1') else
- X"0";
- DAW_op(7 downto 4) <= X"6" when ((b(7 downto 4) > "1001") or OldStatus(0)='1'
- or (b(7 downto 4)="1001" and DC='1')) else
- X"0";
-
- S_D <= DAW_op when V(10) = '0' else
- SWAPa;
-
- ai <= BITOPa when v(8) = '0' else
- S_D when v(9) = '0' else
- a;
- bi <= b;
-
- SetResponse(0) <= test_bit when v(8) = '0' else
- N;
- SetResponse(1) <= Z;
-
-Carry : process(v(13 downto 11), a, co, cr0, cr7, OldStatus(0))
- begin
- for i in 0 to 7 loop
- if i = 0 then
- if v(13 downto 12) = "00" then
- ci(i) <= '0';
- elsif v(13 downto 12) = "01" then
- ci(i) <= '1';
- elsif v(13 downto 12) = "10" then
- ci(i) <= cr0;
- else
- ci(i) <= OldStatus(0);
- end if;
- elsif i = 7 then
- if v(11) = '1' then
- ci(i) <= cr7;
- else
- ci(i) <= co(6);
- end if;
- else
- if v(11) = '1' then
- ci(i) <= a(i+1);
- else
- ci(i) <= co(i-1);
- end if;
- end if;
- end loop;
- end process;
-
-Bit_op : process(a, b(2 downto 0), v(10 downto 9))
- begin
- for i in 0 to 7 loop
- if i = conv_integer(b(2 downto 0)) then
- if v(9) = '1' then
- BITOPa(i) <= not a(i);
- elsif v(10) = '0' then
- BITOPa(i) <= '0';
- else
- BITOPa(i) <= '1';
- end if;
- test_bit <= a(i);
- else
- BITOPa(i) <= a(i);
- end if;
- end loop;
- end process;
-
-Status : process(OldStatus, CommandStatus, CurrentStatus)
- begin
- for i in 0 to 4 loop
- if CommandStatus(i) = '1' then
- NewStatus(i) <= CurrentStatus(i);
- else
- NewStatus(i) <= OldStatus(i);
- end if;
- end loop;
- end process;
-
- s <= si;
-
-end simple;
\ No newline at end of file
Index: mcip_open/trunk/CPU.vhd
===================================================================
--- mcip_open/trunk/CPU.vhd (revision 5)
+++ mcip_open/trunk/CPU.vhd (nonexistent)
@@ -1,260 +0,0 @@
---------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
--- Progect Supervisor: Dr H. Chemali
--- Create Date: 18:40:51 06/05/05
--- Design Name: CPU assembly
--- Module Name: CPU - CPUnit
--- Project Name: Microcontroller IP (MCIP)
--- Target Device: xc3s500e-4fg320
--- Tool versions: Xilinx ISE 9.1.03i
--- Description: CPU compenents mapping (Instruction Decoder, Operation unit,
--- Program counter, Address provider).
--- Revision: 07/07/2008
--- Revision 2.2 - Add description
---------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-
-
-entity CPU is
- Generic ( STKPTR_length : integer := 5; -- Stack Pointer Length -- < 6
- STVREN : std_logic := '1'); -- Stack Overflow/Underflow Reset Enable bit
- Port ( nreset : in std_logic;
- Q : in std_logic_vector(1 to 4);
- Instruction : in std_logic_vector(15 downto 0);
- DATA : inout std_logic_vector(7 downto 0);
-
- Istruction_address : out std_logic_vector(20 downto 0);
- Data_address : out std_logic_vector(11 downto 0);
- address_latch_port : out std_logic_vector(3 downto 0);
- r_w_ram : out std_logic_vector(1 downto 0);
- r_w_port : out std_logic_vector(1 downto 0);
- r_w_wdt : out std_logic_vector(1 downto 0);
- soft_reset_enable : out std_logic;
- sleep_mode_enable : out std_logic;
- clear_watchdog : out std_logic;
- stack_overflow : out std_logic );
-end CPU;
-
-architecture CPUnit of CPU is
-
-component Instruction_Decoder
- Port ( nreset : in std_logic;
- Q1 : in std_logic;
- Q4 : in std_logic;
- Fetched_instruction : in std_logic_vector(15 downto 0);
- Data_add : in std_logic_vector(11 downto 0);
- New_status : in std_logic_vector(4 downto 0);
- Set_response : in std_logic_vector(1 downto 0);
- Data : inout std_logic_vector(7 downto 0);
- Command_vector_opu : out std_logic_vector(13 downto 0);
- Command_vector_pc : out std_logic_vector(6 downto 0);
- Command_status : out std_logic_vector(4 downto 0);
- Current_status : out std_logic_vector(4 downto 0);
- Bit_op : out std_logic_vector(2 downto 0);
- call_return : out std_logic_vector(1 downto 0);
- IR11_0 : out std_logic_vector(11 downto 0);
- r_w_ram : out std_logic_vector(1 downto 0);
- r_w_add_pr : out std_logic_vector(1 downto 0);
- r_w_opu : out std_logic_vector(1 downto 0);
- r_w_port : out std_logic_vector(1 downto 0);
- r_w_wdt : out std_logic_vector(1 downto 0);
- bit_op_enable : out std_logic;
- load_FREG : out std_logic;
- read_result : out std_logic;
- WREG_write_enable : out std_logic;
- MUL_enable : out std_logic;
- MOVFF_enable : out std_logic;
- load_BSR : out std_logic;
- soft_reset_enable : out std_logic;
- sleep_mode_enable : out std_logic;
- clear_watchdog : out std_logic
- );
-end component Instruction_Decoder;
-
-component Operation_Unit
- Port ( nreset : in std_logic;
- Q : in std_logic_vector(1 to 4);
- CommandVector : in std_logic_vector(13 downto 0);
- CommandStatus : in std_logic_vector(4 downto 0);
- OldStatus : in std_logic_vector(4 downto 0);
- R_W : in std_logic_vector(1 downto 0);
- BitOp : in std_logic_vector(2 downto 0);
- call_return : in std_logic_vector(1 downto 0);
- Address_Latch : in std_logic_vector(1 downto 0);
- BitOp_enable : in std_logic;
- WREG_write : in std_logic;
- MUL_enable : in std_logic;
- Read_result : in std_logic;
- Load_FREG : in std_logic;
- DATA : inout std_logic_vector(7 downto 0);
- NewStatus : out std_logic_vector(4 downto 0);
- SetResponse : out std_logic_vector(1 downto 0) );
-end component Operation_Unit;
-
-component Program_Counter
- Generic ( STKPTR_length : integer := 5; -- Stack Pointer Length -- < 6
- STVREN : std_logic := '1'); -- Stack Overflow/Underflow Reset Enable bit
- Port ( nreset : in std_logic;
- Q2 : in std_logic;
- Q4 : in std_logic;
- Command_vector : in std_logic_vector(6 downto 0);
- Branch_data : in std_logic_vector(11 downto 0);
- stack_overflow : out std_logic;
- IAddress : out std_logic_vector(20 downto 1));
-end component Program_Counter;
-
-component Address_Provider
- Port ( Q1 : in std_logic;
- Q4 : in std_logic;
- nreset : in std_logic;
- IR11_0 : in std_logic_vector(11 downto 0);
- R_W : in std_logic_vector(1 downto 0);
- call_return : in std_logic_vector(1 downto 0);
- MovFF_enable : in std_logic;
- load_BSR : in std_logic;
- DATA : inout std_logic_vector(7 downto 0);
- Address_RAM : out std_logic_vector(11 downto 0));
-end component Address_Provider;
-
---component Table_Read
--- Port ( nreset : in std_logic;
--- Q1 : in std_logic;
--- Q4 : in std_logic;
--- enable : in std_logic;
--- r_w : in std_logic_vector(1 downto 0);
--- IR1_0 : in std_logic_vector(1 downto 0);
--- pm_data : in std_logic_vector(7 downto 0);
--- PCIstruction_address : in std_logic_vector(IALength-1 downto 0);
--- Data : inout std_logic_vector(7 downto 0);
--- Istruction_address : out std_logic_vector(IALength-1 downto 0));
---end component Table_Read;
-
- signal Command_vector_opu : std_logic_vector(13 downto 0);
- signal Command_vector_pc : std_logic_vector(6 downto 0);
- signal Command_status : std_logic_vector(4 downto 0);
- signal PCIstruction_address : std_logic_vector(20 downto 1);
- signal Current_status : std_logic_vector(4 downto 0);
- signal New_status : std_logic_vector(4 downto 0);
- signal IR11_0 : std_logic_vector(11 downto 0);
- signal Data_address_s : std_logic_vector(11 downto 0);
- signal address_latch_cu : std_logic_vector(1 downto 0);
- signal Set_response : std_logic_vector(1 downto 0);
- signal Bit_op : std_logic_vector(2 downto 0);
- signal call_return : std_logic_vector(1 downto 0);
- signal r_w_add_pr : std_logic_vector(1 downto 0);
- signal r_w_opu : std_logic_vector(1 downto 0);
- signal bit_op_enable : std_logic;
- signal load_FREG : std_logic;
- signal read_result : std_logic;
- signal WREG_write_enable : std_logic;
- signal MUL_enable : std_logic;
- signal MOVFF_enable : std_logic;
- signal load_BSR : std_logic;
-
-begin
-
-InstructionDecoder : Instruction_Decoder
-Port map ( nreset => nreset,
- Q1 => Q(1),
- Q4 => Q(4),
- Fetched_instruction => Instruction,
- Data_add => Data_address_s,
- New_status => New_status,
- Set_response => Set_response,
- Data => Data,
- Command_vector_opu => Command_vector_opu,
- Command_vector_pc => Command_vector_pc,
- Command_status => Command_status,
- Current_status => Current_status,
- Bit_op => Bit_op,
- call_return => call_return,
- IR11_0 => IR11_0,
- r_w_ram => r_w_ram,
- r_w_add_pr => r_w_add_pr,
- r_w_opu => r_w_opu,
- r_w_port => r_w_port,
- r_w_wdt => r_w_wdt,
- bit_op_enable => bit_op_enable,
- load_FREG => load_FREG,
- read_result => read_result,
- WREG_write_enable => WREG_write_enable,
- MUL_enable => MUL_enable,
- MOVFF_enable => MOVFF_enable,
- load_BSR => load_BSR,
- soft_reset_enable => soft_reset_enable,
- sleep_mode_enable => sleep_mode_enable,
- clear_watchdog => clear_watchdog
- );
-
-OperationUnit : Operation_Unit
-Port map ( nreset => nreset,
- Q => Q,
- CommandVector => Command_vector_opu,
- CommandStatus => Command_status,
- OldStatus => Current_status,
- R_W => r_w_opu,
- BitOp => Bit_op,
- call_return => call_return,
- Address_Latch => address_latch_cu,
- BitOp_enable => bit_op_enable,
- WREG_write => WREG_write_enable,
- MUL_enable => MUL_enable,
- Read_result => read_result,
- Load_FREG => load_FREG,
- DATA => DATA,
--- Wregister => Wregister,
- NewStatus => New_status,
- SetResponse => Set_response );
-
-PC : Program_Counter
-Generic map( STKPTR_length => STKPTR_length,
- STVREN => STVREN)
-Port map ( nreset => nreset,
--- Q1 => Q(1),
- Q2 => Q(2),
- Q4 => Q(4),
--- freeze => freeze,
- Command_vector => Command_vector_pc,
- Branch_data => IR11_0,
--- R_W => r_w_pc,
--- Data => DATA,
- stack_overflow => stack_overflow,
- IAddress => PCIstruction_address );
-
-Address_RAM : Address_Provider
-Port map ( Q1 => Q(1),
- Q4 => Q(4),
- nreset => nreset,
- IR11_0 => IR11_0,
--- Wregister => Wregister,
- R_W => r_w_add_pr,
--- loadFSRx => load_FSRx,
- call_return => call_return,
- MovFF_enable => MOVFF_enable,
- load_BSR => load_BSR,
--- INDFx_enable => INDFx_enable,
- DATA => DATA,
--- SFR_ind => SFR_ind,
- Address_RAM => Data_address_s );
-
---Tab_read : Table_Read
---Port map ( nreset => nreset,
--- Q1 => Q(1),
--- Q4 => Q(4),
--- enable => tableread,
--- r_w => r_w_tbr,
--- IR1_0 => IR11_0(1 downto 0),
--- pm_data => Instruction(7 downto 0),
--- PCIstruction_address => PCIstruction_address,
--- Data => DATA,
--- Istruction_address => Istruction_address );
-
- Istruction_address <= PCIstruction_address & '0';
- address_latch_port <= IR11_0(4 downto 3)&IR11_0(1 downto 0);
--- address_latch_tmr <= IR11_0(1 downto 0);
- address_latch_cu <= IR11_0(2)&IR11_0(0);
- Data_address <= Data_address_s;
-
-end CPUnit;
\ No newline at end of file
Index: mcip_open/trunk/Decoder.vhd
===================================================================
--- mcip_open/trunk/Decoder.vhd (revision 5)
+++ mcip_open/trunk/Decoder.vhd (nonexistent)
@@ -1,2465 +0,0 @@
---------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
--- Progect Supervisor: Dr H. Chemali
--- Create Date: 01:16:40 05/16/05
--- Design Name: Decoder
--- Module Name: Decoder - Decode
--- Project Name: Microcontroller IP (MCIP)
--- Target Device: xc3s500e-4fg320
--- Tool versions: Xilinx ISE 9.1.03i
--- Description: This module generate system commands
--- by decoding instruction.
--- Revision: 07/07/2008
--- Revision 3.2 - Add description
--- Additional Comments: Decoder is based on instructions classification
--- to optimize the code.
---------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-
-
-entity Decoder is
- Port ( Instruction : in std_logic_vector(15 downto 0);
- Status : in std_logic_vector(4 downto 1);
- second_inst_ide : in std_logic_vector(2 downto 0);
-
- Command_vector_pc : out std_logic_vector(6 downto 0);
- Command_vector_opu : out std_logic_vector(13 downto 0);
- Command_status : out std_logic_vector(4 downto 0);
- second_inst_inf : out std_logic_vector(2 downto 0);
- Skip_inf : out std_logic_vector(4 downto 0);
- read_write : out std_logic_vector(1 downto 0);
- call_return : out std_logic_vector(1 downto 0);
- bit_op_enable : out std_logic;
- load_FREG : out std_logic;
- read_result : out std_logic;
- WREG_write_enable : out std_logic;
- MUL_enable : out std_logic;
- MOVFF_enable : out std_logic;
- load_BSR : out std_logic;
- nop_enable : out std_logic;
--- retfie : out std_logic;
- soft_reset_enable : out std_logic;
- sleep_mode_enable : out std_logic;
- clear_watchdog : out std_logic;
--- table_read : out std_logic;
--- INDFx : out std_logic;
- literal_enable : out std_logic );
-
-end Decoder;
-
-architecture Decode of Decoder is
-
- constant enable : std_logic := '1';
- constant disable : std_logic := '0';
-
- constant Enabled : std_logic := '1';
- constant Disabled : std_logic := '0';
-
- subtype Command_vector_opu_type is std_logic_vector(13 downto 0);
- subtype Command_status_type is std_logic_vector(4 downto 0);
- subtype Command_vector_pc_type is std_logic_vector(6 downto 0);
-
- -- Command vector for calcul unit ----------------------------
- constant NOP : Command_vector_opu_type := "00011100000110";
- constant ADDWF : Command_vector_opu_type := "00011110000110";
- constant ADDWFC : Command_vector_opu_type := "11011110000110";
- constant ANDWF : Command_vector_opu_type := "00011100001000";
- constant CLRF : Command_vector_opu_type := "00011100000000";
- constant COMF : Command_vector_opu_type := "00011100000011";
- constant CPF : Command_vector_opu_type := "01011101001001";
- constant DECF : Command_vector_opu_type := "00011111000011";
- constant INCF : Command_vector_opu_type := "01011100001100";
- constant IORWF : Command_vector_opu_type := "00011100001110";
- constant MOVF : Command_vector_opu_type := "00011100001100";
- constant MOVWF : Command_vector_opu_type := "00011100001010";
- constant NEGF : Command_vector_opu_type := "01011100000011";
- constant RLCF : Command_vector_opu_type := "11011111000000";
- constant RLNCF : Command_vector_opu_type := "10011111000000";
- constant RRCF : Command_vector_opu_type := "10101111000000";
- constant RRNCF : Command_vector_opu_type := "10111111000000";
- constant SETF : Command_vector_opu_type := "00011100001111";
- constant SUBFWB : Command_vector_opu_type := "11011100101001";
- constant SUBWF : Command_vector_opu_type := "01011101001001";
- constant SUBWFB : Command_vector_opu_type := "11011101001001";
- constant SWAPF : Command_vector_opu_type := "00010100001100";
- constant TSTF : Command_vector_opu_type := "00011100001100";
- constant XORWF : Command_vector_opu_type := "00011100000110";
-
- constant BCF : Command_vector_opu_type := "00000000001100";
- constant BSF : Command_vector_opu_type := "00010000001100";
- constant BTF : Command_vector_opu_type := "00011000001100";
- constant BTG : Command_vector_opu_type := "00011000001100";
-
- constant DAW : Command_vector_opu_type := "00000110000110";
- --------------------------------------------------------------
-
- -- Command vector for status ---------------------------------
- constant allv : command_status_type := "11111";
- constant ZN : command_status_type := "10100";
- constant CZN : command_status_type := "10101";
- constant C : command_status_type := "00001";
- constant Z : command_status_type := "00100";
- constant none : command_status_type := "00000";
- --------------------------------------------------------------
-
- -- Command vector for program counter ------------------------
- constant increment : Command_vector_pc_type := "0001010";
- constant branch_con : Command_vector_pc_type := "0001100";
- constant branch_inc : Command_vector_pc_type := "0001110";
- constant CALL1 : Command_vector_pc_type := "1001010";
- constant CALL2 : Command_vector_pc_type := "1111010";
- constant GOTO1 : Command_vector_pc_type := "1001010";
- constant GOTO2 : Command_vector_pc_type := "1101010";
- constant RCALL : Command_vector_pc_type := "0011110";
- constant POP : Command_vector_pc_type := "0010010";
- constant PUSH : Command_vector_pc_type := "0011010";
- constant retur_n : Command_vector_pc_type := "0010011";
- --------------------------------------------------------------
-
- -- second instruction information ----------------------------
- constant sec_disable : std_logic_vector(2 downto 0) := "011";
- constant sec_MOVFF : std_logic_vector(2 downto 0) := "100";
--- constant sec_LFSRx : std_logic_vector(2 downto 0) := "101";
- constant sec_GOTO : std_logic_vector(2 downto 0) := "110";
- constant sec_CALL : std_logic_vector(2 downto 0) := "111";
- --------------------------------------------------------------
-
- -- Skip information ------------------------------------------
- constant not_skip : std_logic_vector(4 downto 0) := "00011";
- constant CPFSEQ : std_logic_vector(4 downto 0) := "11010";
- constant CPFSGT : std_logic_vector(4 downto 0) := "10011";
- constant CPFSLT : std_logic_vector(4 downto 0) := "10111";
- constant SZ : std_logic_vector(4 downto 0) := "11010";
- constant SNZ : std_logic_vector(4 downto 0) := "10010";
- constant BTFSC : std_logic_vector(4 downto 0) := "10001";
- constant BTFSS : std_logic_vector(4 downto 0) := "10101";
- --------------------------------------------------------------
-
- -- call-return -----------------------------------------------
- constant none_action : std_logic_vector(1 downto 0) := "01";
- constant call_action : std_logic_vector(1 downto 0) := "10";
- constant return_action : std_logic_vector(1 downto 0) := "11";
- --------------------------------------------------------------
-
- -- load FSRx -------------------------------------------------
--- constant load_disable : std_logic_vector(1 downto 0) := "01";
--- constant enable_1stcyc : std_logic_vector(1 downto 0) := "10";
--- constant enable_2ndcyc : std_logic_vector(1 downto 0) := "11";
- --------------------------------------------------------------
-
- alias read_D : std_logic is read_write(1);
- alias write_D : std_logic is read_write(0);
-
- alias d : std_logic is Instruction(9);
- alias s1 : std_logic is Instruction(8);
- alias s2 : std_logic is Instruction(0);
-
- signal not_d : std_logic;
-
- signal BC : Command_vector_pc_type;
- signal BNC : Command_vector_pc_type;
- signal BN : Command_vector_pc_type;
- signal BNN : Command_vector_pc_type;
- signal BOV : Command_vector_pc_type;
- signal BNOV : Command_vector_pc_type;
- signal BZ : Command_vector_pc_type;
- signal BNZ : Command_vector_pc_type;
-
-begin
-
- not_d <= '1' when Instruction(9) = '0' else
- '0';
-
- BC <= branch_con when Status(1) = '1' else
- increment;
- BNC <= branch_con when Status(1) = '0' else
- increment;
- BN <= branch_con when Status(4) = '1' else
- increment;
- BNN <= branch_con when Status(4) = '0' else
- increment;
- BOV <= branch_con when Status(3) = '1' else
- increment;
- BNOV <= branch_con when Status(3) = '0' else
- increment;
- BZ <= branch_con when Status(2) = '1' else
- increment;
- BNZ <= branch_con when Status(2) = '0' else
- increment;
-
-control : process(Instruction, Status, second_inst_ide, not_d,
- BC, BNC, BN, BNN, BOV, BNOV, BZ, BNZ)
- begin
-
- case Instruction(15 downto 12) is
- when "0000" => -- class 0
- case Instruction(11 downto 10) is
- when "00" => -- class 0:0
- case Instruction(9) is
- when '1' => -- MULWF
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
--- retfie <= disabled;
- read_D <= enabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= enabled;
- MOVFF_enable <= disabled;
--- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
--- table_read <= disabled;
--- INDFx <= enabled;
- when others =>
- case Instruction(8) is
- when '1' =>
- case Instruction(7 downto 4) is
- when "0000" => -- MOVLB
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= enabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when others => -- NOP
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- end case;
- when others =>
- case Instruction(7 downto 0) is
- when "00000100" => -- CLRWDT
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= enabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "00000111" => -- DAW
- Command_vector_opu <= DAW;
- Command_vector_pc <= increment;
- Command_status <= C;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= enabled;
- WREG_write_enable <= enabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "00000110" => -- POP
- Command_vector_opu <= NOP;
- Command_vector_pc <= POP;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "00000101" => -- PUSH
- Command_vector_opu <= NOP;
- Command_vector_pc <= PUSH;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "00000011" => -- SLEEP
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= enabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "00001000" => -- TBLRD*
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= enabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= enabled;
- -- INDFx <= disabled;
- when "00001001" => -- TBLRD*+
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= enabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= enabled;
- -- INDFx <= disabled;
- when "00001010" => -- TBLRD*-
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= enabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= enabled;
- -- INDFx <= disabled;
- when "00001011" => -- TBLRD+*
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= enabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= enabled;
- -- INDFx <= disabled;
- when "11111111" => -- RESET
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= enabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "00010000" => -- RETFIE
- Command_vector_opu <= NOP;
- Command_vector_pc <= retur_n;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= s2&'1';
- nop_enable <= enabled;
- -- retfie <= enabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "00010001" => -- RETFIE
- Command_vector_opu <= NOP;
- Command_vector_pc <= retur_n;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= s2&'1';
- nop_enable <= enabled;
- -- retfie <= enabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "00010010" => -- RETURN
- Command_vector_opu <= NOP;
- Command_vector_pc <= retur_n;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= s2&'1';
- nop_enable <= enabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "00010011" => -- RETURN
- Command_vector_opu <= NOP;
- Command_vector_pc <= retur_n;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= s2&'1';
- nop_enable <= enabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when others => -- NOP
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- end case;
- end case;
- end case;
- when "01" => -- DECF
- Command_vector_opu <= DECF;
- Command_vector_pc <= increment;
- Command_status <= allv;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "10" => -- class 0:2
- case Instruction(9 downto 8) is
- when "00" => -- SUBLW
- Command_vector_opu <= SUBWF;
- Command_vector_pc <= increment;
- Command_status <= allv;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= enabled;
- bit_op_enable <= disabled;
- literal_enable <= enabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "01" => -- IORLW
- Command_vector_opu <= IORWF;
- Command_vector_pc <= increment;
- Command_status <= ZN;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= enabled;
- bit_op_enable <= disabled;
- literal_enable <= enabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "10" => -- XORLW
- Command_vector_opu <= XORWF;
- Command_vector_pc <= increment;
- Command_status <= ZN;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= enabled;
- bit_op_enable <= disabled;
- literal_enable <= enabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when others => -- ANDLW
- Command_vector_opu <= ANDWF;
- Command_vector_pc <= increment;
- Command_status <= ZN;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= enabled;
- bit_op_enable <= disabled;
- literal_enable <= enabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- end case;
- when others =>
- case Instruction(9 downto 8) is
- when "00" => -- RETLW
- Command_vector_opu <= MOVF;
- Command_vector_pc <= retur_n;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= enabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= enabled;
- bit_op_enable <= disabled;
- literal_enable <= enabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "01" => -- MULLW
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= enabled;
- MUL_enable <= enabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "10" => -- MOVLW
- Command_vector_opu <= MOVF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= enabled;
- bit_op_enable <= disabled;
- literal_enable <= enabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when others => -- ADDLW
- Command_vector_opu <= ADDWF;
- Command_vector_pc <= increment;
- Command_status <= allv;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= enabled;
- bit_op_enable <= disabled;
- literal_enable <= enabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- end case;
- end case;
- when "0001" => -- class 1
- case Instruction(11 downto 10) is
- when "00" => -- IORWF
- Command_vector_opu <= IORWF;
- Command_vector_pc <= increment;
- Command_status <= ZN;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "01" => -- ANDWF
- Command_vector_opu <= ANDWF;
- Command_vector_pc <= increment;
- Command_status <= ZN;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "10" => -- XORWF
- Command_vector_opu <= XORWF;
- Command_vector_pc <= increment;
- Command_status <= ZN;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when others => -- COMF
- Command_vector_opu <= COMF;
- Command_vector_pc <= increment;
- Command_status <= ZN;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- end case;
- when "0010" => -- class 2
- case Instruction(11 downto 10) is
- when "00" => -- ADDWFC
- Command_vector_opu <= ADDWFC;
- Command_vector_pc <= increment;
- Command_status <= allv;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "01" => -- ADDWF
- Command_vector_opu <= ADDWF;
- Command_vector_pc <= increment;
- Command_status <= allv;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "10" => -- INCF
- Command_vector_opu <= INCF;
- Command_vector_pc <= increment;
- Command_status <= allv;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when others => -- DECFSZ
- Command_vector_opu <= DECF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= SZ;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- end case;
- when "0011" => -- class 3
- case Instruction(11 downto 10) is
- when "00" => -- RRCF
- Command_vector_opu <= RRCF;
- Command_vector_pc <= increment;
- Command_status <= CZN;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "01" => -- RLCF
- Command_vector_opu <= RLCF;
- Command_vector_pc <= increment;
- Command_status <= CZN;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "10" => -- SWAPF
- Command_vector_opu <= SWAPF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when others => -- INCFSZ
- Command_vector_opu <= INCF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= SZ;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- end case;
- when "0100" => -- class 4
- case Instruction(11 downto 10) is
- when "00" => -- RRNCF
- Command_vector_opu <= RRNCF;
- Command_vector_pc <= increment;
- Command_status <= ZN;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "01" => -- RLNCF
- Command_vector_opu <= RLNCF;
- Command_vector_pc <= increment;
- Command_status <= ZN;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "10" => -- INFSNZ
- Command_vector_opu <= INCF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= SNZ;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when others => -- DCFSNZ
- Command_vector_opu <= DECF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= SNZ;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- end case;
- when "0101" => -- class 5
- case Instruction(11 downto 10) is
- when "00" => -- MOVF
- Command_vector_opu <= MOVF;
- Command_vector_pc <= increment;
- Command_status <= ZN;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "01" => -- SUBFWB
- Command_vector_opu <= SUBFWB;
- Command_vector_pc <= increment;
- Command_status <= allv;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "11" => -- SUBWF
- Command_vector_opu <= SUBWF;
- Command_vector_pc <= increment;
- Command_status <= allv;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when others => -- SUBWFB
- Command_vector_opu <= SUBWFB;
- Command_vector_pc <= increment;
- Command_status <= allv;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= d;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= not_d;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- end case;
- when "0110" => -- class 6
- case Instruction(11 downto 9) is
- when "101" => -- CLRF
- Command_vector_opu <= CLRF;
- Command_vector_pc <= increment;
- Command_status <= Z;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= enabled;
-
- load_FREG <= disabled;
- read_result <= enabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "001" => -- CPFSEQ
- Command_vector_opu <= CPF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= CPFSEQ;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "010" => -- CPFSGT
- Command_vector_opu <= CPF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= CPFSGT;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "000" => -- CPFSLT
- Command_vector_opu <= CPF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= CPFSLT;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "111" => -- MOVWF
- Command_vector_opu <= MOVWF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= enabled;
-
- load_FREG <= disabled;
- read_result <= enabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "110" => -- NEGF
- Command_vector_opu <= NEGF;
- Command_vector_pc <= increment;
- Command_status <= allv;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= enabled;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "100" => -- SETF
- Command_vector_opu <= SETF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= enabled;
-
- load_FREG <= disabled;
- read_result <= enabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when others => -- TSTFSZ
- Command_vector_opu <= MOVF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= SZ;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- end case;
- when "0111" => -- BTG
- Command_vector_opu <= BTG;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= enabled;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= enabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- -- table_read <= disabled;
- clear_watchdog <= disabled;
- -- INDFx <= enabled;
- when "1000" => -- BSF
- Command_vector_opu <= BSF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= enabled;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= enabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "1001" => -- BCF
- Command_vector_opu <= BCF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= enabled;
-
- load_FREG <= enabled;
- read_result <= enabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= enabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "1010" => -- BTFSS
- Command_vector_opu <= BTF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= BTFSS;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= enabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "1011" => -- BTFSC
- Command_vector_opu <= BTF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= BTFSC;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= enabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "1100" => -- MOVFF
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_MOVFF;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= enabled;
- write_D <= disabled;
-
- load_FREG <= enabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= enabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "1101" => -- class 13
- case Instruction(11) is
- when '0' => -- BRA
- Command_vector_opu <= NOP;
- Command_vector_pc <= branch_inc;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= enabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when others => -- RCALL
- Command_vector_opu <= NOP;
- Command_vector_pc <= RCALL;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= enabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- end case;
- when "1110" => -- class 14
- case Instruction(11 downto 8) is
- when "0010" => -- BC
- Command_vector_opu <= NOP;
- Command_vector_pc <= BC;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= BC(2);
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "0110" => -- BN
- Command_vector_opu <= NOP;
- Command_vector_pc <= BN;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= BN(2);
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "0011" => -- BNC
- Command_vector_opu <= NOP;
- Command_vector_pc <= BNC;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= BNC(2);
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "0111" => -- BNN
- Command_vector_opu <= NOP;
- Command_vector_pc <= BNN;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= BNN(2);
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "0101" => -- BNOV
- Command_vector_opu <= NOP;
- Command_vector_pc <= BNOV;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= BNOV(2);
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "0001" => -- BNZ
- Command_vector_opu <= NOP;
- Command_vector_pc <= BNZ;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= BNZ(2);
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "0100" => -- BOV
- Command_vector_opu <= NOP;
- Command_vector_pc <= BOV;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= BOV(2);
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "0000" => -- BZ
- Command_vector_opu <= NOP;
- Command_vector_pc <= BZ;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= BZ(2);
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "1100" => -- CALL
- Command_vector_opu <= NOP;
- Command_vector_pc <= CALL1;
- Command_status <= none;
-
- second_inst_inf <= sec_CALL;
- Skip_inf <= not_skip;
- call_return <= s1&'0';
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "1101" => -- CALL
- Command_vector_opu <= NOP;
- Command_vector_pc <= CALL1;
- Command_status <= none;
-
- second_inst_inf <= sec_CALL;
- Skip_inf <= not_skip;
- call_return <= s1&'0';
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "1111" => -- GOTO
- Command_vector_opu <= NOP;
- Command_vector_pc <= GOTO1;
- Command_status <= none;
-
- second_inst_inf <= sec_GOTO;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "1110" =>
- case Instruction(7 downto 6) is
- when "00" => -- LFSR
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable; --sec_LFSRx;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= enable_1stcyc;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when others => -- NOP
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- end case;
- when others => -- NOP
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- end case;
- when others => -- class 15
- case second_inst_ide is
- when "100" => -- 2nd MOVFF
- Command_vector_opu <= MOVF;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= enabled;
-
- load_FREG <= disabled;
- read_result <= enabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= enabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= enabled;
- when "101" => -- 2nd LFSR
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= enable_2ndcyc;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "110" => -- 2nd GOTO
- Command_vector_opu <= NOP;
- Command_vector_pc <= GOTO2;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when "111" => -- 2nd CALL
- Command_vector_opu <= NOP;
- Command_vector_pc <= CALL2;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- when others => -- NOP
- Command_vector_opu <= NOP;
- Command_vector_pc <= increment;
- Command_status <= none;
-
- second_inst_inf <= sec_disable;
- Skip_inf <= not_skip;
- call_return <= none_action;
- nop_enable <= disabled;
- -- retfie <= disabled;
- read_D <= disabled;
- write_D <= disabled;
-
- load_FREG <= disabled;
- read_result <= disabled;
- WREG_write_enable <= disabled;
- bit_op_enable <= disabled;
- literal_enable <= disabled;
- MUL_enable <= disabled;
- MOVFF_enable <= disabled;
- -- load_FSRx <= load_disable;
- load_BSR <= disabled;
- soft_reset_enable <= disabled;
- sleep_mode_enable <= disabled;
- clear_watchdog <= disabled;
- -- table_read <= disabled;
- -- INDFx <= disabled;
- end case;
- end case;
- end process;
-
-end Decode;
\ No newline at end of file
Index: mcip_open/trunk/Address_Provider.vhd
===================================================================
--- mcip_open/trunk/Address_Provider.vhd (revision 5)
+++ mcip_open/trunk/Address_Provider.vhd (nonexistent)
@@ -1,100 +0,0 @@
---------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
--- Progect Supervisor: Dr H. Chemali
--- Create Date: 20:38:55 05/21/01
--- Design Name: Data adress provider
--- Module Name: Control_Address - Address
--- Project Name: Microcontroller IP (MCIP)
--- Target Device: xc3s500e-4fg320
--- Tool versions: Xilinx ISE 9.1.03i
--- Description: This module provides the adress of Data in Data Memory
--- as specified in the instruction.
--- Revision: 07/06/2008
--- Revision 5
---------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-use IEEE.STD_LOGIC_UNSIGNED.ALL;
-
-entity Address_Provider is
- Port ( Q1 : in std_logic;
- Q4 : in std_logic;
- nreset : in std_logic;
- IR11_0 : in std_logic_vector(11 downto 0);
- R_W : in std_logic_vector(1 downto 0);
- call_return : in std_logic_vector(1 downto 0);
- MovFF_enable : in std_logic;
- load_BSR : in std_logic;
- DATA : inout std_logic_vector(7 downto 0);
- Address_RAM : out std_logic_vector(11 downto 0));
-end Address_Provider;
-
-architecture Behavioral of Address_Provider is
-
- signal BSR : std_logic_vector(3 downto 0);
-
- signal Address : std_logic_vector(11 downto 0);
- signal Address11_8 : std_logic_vector(3 downto 0);
-
- signal data_read : std_logic_vector(7 downto 0);
-
- signal BSRs : std_logic_vector(3 downto 0);
-
- signal AB : std_logic_vector(3 downto 0); -- Access Bank
-
- signal Address_Latch : std_logic_vector(3 downto 0);
-
- alias RE : std_logic is R_W(1);
- alias WE : std_logic is R_W(0);
-
-begin
-
- Address11_8 <= IR11_0(11 downto 8) when MovFF_enable = '1' else
- AB when IR11_0(8) = '0' else
- BSR;
- Address <= Address11_8 & IR11_0(7 downto 0);
-
- Address_Latch <= IR11_0(4 downto 3) & IR11_0(1 downto 0);
-
- data_read <= x"0"&BSR;
-
- AB <= "0000" when ( IR11_0(7 downto 0) < x"80" ) else
- "1111";
-
- Address_RAM <= Address;
-
- DATA <= data_read when (Q1 = '1' and RE = '1') else
- (others => 'Z');
-
-latchs : process (nreset, Q4, WE, Address_Latch,
- IR11_0, load_BSR,
- call_return, BSRs, BSR)
- begin
- if nreset = '0' then
- BSR <= (others => '0');
- BSRs <= (others => '0');
-
- elsif (Q4'event and Q4='1') then
- if WE = '1' then
- case Address_Latch is
- when "0000" => BSR <= DATA(3 downto 0);
- when others => null;
- end case;
- else
- if load_BSR = '1' then
- BSR <= IR11_0(3 downto 0);
- else
- if call_return(1) = '1' then
- if call_return(0) = '0' then
- BSRs <= BSR; -- call
- else
- BSR <= BSRs; -- return
- end if;
- end if;
- end if;
- end if;
- end if;
- end process;
-
-end Behavioral;
\ No newline at end of file
Index: mcip_open/trunk/MCIPopen.xise
===================================================================
--- mcip_open/trunk/MCIPopen.xise (revision 5)
+++ mcip_open/trunk/MCIPopen.xise (nonexistent)
@@ -1,427 +0,0 @@
-
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Index: mcip_open/trunk/LCDapp_MCIPopen.ucf
===================================================================
--- mcip_open/trunk/LCDapp_MCIPopen.ucf (revision 5)
+++ mcip_open/trunk/LCDapp_MCIPopen.ucf (nonexistent)
@@ -1,46 +0,0 @@
-
-NET "clk50MHz" LOC = "C9" | IOSTANDARD = LVCMOS33 ;
-# Define clock period for 50 MHz oscillator
-NET "clk50MHz" PERIOD = 20.0ns HIGH 40%;
-
-NET "reset" LOC = "K17" | IOSTANDARD = LVTTL | PULLDOWN ;
-#NET "clock_out" LOC = D7;
-
-NET "PORTB[7]" LOC = "F9" | IOSTANDARD = LVTTL | SLEW = SLOW | DRIVE = 8 ;
-NET "PORTB[6]" LOC = "E9" | IOSTANDARD = LVTTL | SLEW = SLOW | DRIVE = 8 ;
-NET "PORTB[5]" LOC = "D11" | IOSTANDARD = LVTTL | SLEW = SLOW | DRIVE = 8 ;
-NET "PORTB[4]" LOC = "C11" | IOSTANDARD = LVTTL | SLEW = SLOW | DRIVE = 8 ;
-NET "PORTB[3]" LOC = "F11" | IOSTANDARD = LVTTL | SLEW = SLOW | DRIVE = 8 ;
-NET "PORTB[2]" LOC = "E11" | IOSTANDARD = LVTTL | SLEW = SLOW | DRIVE = 8 ;
-NET "PORTB[1]" LOC = "E12" | IOSTANDARD = LVTTL | SLEW = SLOW | DRIVE = 8 ;
-NET "PORTB[0]" LOC = "F12" | IOSTANDARD = LVTTL | SLEW = SLOW | DRIVE = 8 ;
-
-NET "PORTA[0]" LOC = "L13" | IOSTANDARD = LVTTL | PULLUP ;
-NET "PORTA[1]" LOC = "L14" | IOSTANDARD = LVTTL | PULLUP ;
-NET "PORTA[2]" LOC = "H18" | IOSTANDARD = LVTTL | PULLUP ;
-NET "PORTA[3]" LOC = "N17" | IOSTANDARD = LVTTL | PULLUP ;
-
-NET "PORTC[4]" LOC = "R15" | IOSTANDARD = LVCMOS33 | DRIVE = 4 | SLEW = SLOW ;
-NET "PORTC[5]" LOC = "R16" | IOSTANDARD = LVCMOS33 | DRIVE = 4 | SLEW = SLOW ;
-NET "PORTC[6]" LOC = "P17" | IOSTANDARD = LVCMOS33 | DRIVE = 4 | SLEW = SLOW ;
-NET "PORTC[7]" LOC = "M15" | IOSTANDARD = LVCMOS33 | DRIVE = 4 | SLEW = SLOW ;
-
-NET "PORTD[7]" LOC = "M18" | IOSTANDARD = LVCMOS33 | DRIVE = 4 | SLEW = SLOW ;
-NET "PORTD[6]" LOC = "L18" | IOSTANDARD = LVCMOS33 | DRIVE = 4 | SLEW = SLOW ;
-NET "PORTD[5]" LOC = "L17" | IOSTANDARD = LVCMOS33 | DRIVE = 4 | SLEW = SLOW ;
-
-#NET "PORTA[7]" LOC = C5;
-#NET "PORTA[6]" LOC = D5;
-#NET "PORTA[5]" LOC = A4;
-#NET "PORTA[4]" LOC = B4;
-
-#NET "PORTC[3]" LOC = F7;
-#NET "PORTC[2]" LOC = E7;
-#NET "PORTC[1]" LOC = B6;
-#NET "PORTC[0]" LOC = A6;
-
-#NET "PORTD[4]" LOC = A13;
-#NET "PORTD[3]" LOC = B13;
-#NET "PORTD[2]" LOC = A14;
-#NET "PORTD[1]" LOC = B14;
-#NET "PORTD[0]" LOC = C14;
Index: mcip_open/trunk/LCDapp_MCIPopen_envsettings.html
===================================================================
--- mcip_open/trunk/LCDapp_MCIPopen_envsettings.html (revision 5)
+++ mcip_open/trunk/LCDapp_MCIPopen_envsettings.html (nonexistent)
@@ -1,516 +0,0 @@
-Xilinx System Settings Report
-
-System Settings
- -
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
\ No newline at end of file
Index: mcip_open/trunk/Multiplier.vhd
===================================================================
--- mcip_open/trunk/Multiplier.vhd (revision 5)
+++ mcip_open/trunk/Multiplier.vhd (nonexistent)
@@ -1,38 +0,0 @@
---------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
--- Progect Supervisor: Dr H. Chemali
--- Create Date: 14:43:38 05/24/05
--- Design Name: Hard multiplier
--- Module Name: Multiplier - Multiply
--- Project Name: Microcontroller IP (MCIP)
--- Target Device: xc3s500e-4fg320
--- Tool versions: Xilinx ISE 9.1.03i
--- Description: This is a 8x8 multiplier.
--- Revision: 07/07/2008
--- Revision 1
---------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-use IEEE.STD_LOGIC_UNSIGNED.ALL;
-
-entity Multiplier is
- Port ( Q : in std_logic;
- MUL_enable : in std_logic;
- a : in std_logic_vector(7 downto 0);
- b : in std_logic_vector(7 downto 0);
- PROD : out std_logic_vector(15 downto 0));
-end Multiplier;
-
-architecture Multiply of Multiplier is
-
-begin
-
- process(Q, a, b)
- begin
- if (rising_edge(Q) and MUL_enable = '1') then
- PROD <= a*b;
- end if;
- end process;
-
-end Multiply;
\ No newline at end of file
Index: mcip_open/trunk/PORTs.vhd
===================================================================
--- mcip_open/trunk/PORTs.vhd (revision 5)
+++ mcip_open/trunk/PORTs.vhd (nonexistent)
@@ -1,151 +0,0 @@
---------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
--- Progect Supervisor: Dr H. Chemali
--- Create Date: 14:36:31 05/24/05
--- Design Name: In/Out Ports
--- Module Name: Ports - InOutPorts
--- Project Name: Microcontroller IP (MCIP)
--- Target Device: xc3s500e-4fg320
--- Tool versions: Xilinx ISE 9.1.03i
--- Description: Simple peripherals: 4 General purpose I/O configurable
--- ports --> PORTA, PORTB, PORTC and PORTD.
--- PORTB includes 3 External Interrupts:
--- Revision: 07/06/2008
--- Revision 2 - Add description
---------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-
-entity PORTs is
- Port ( nreset : in std_logic;
- Q1 : in std_logic;
- Q4 : in std_logic;
- RE : in std_logic;
- WE : in std_logic;
- SFRs_Address : in std_logic_vector(3 downto 0); -- data_addr(4&3&1&0)
- DATA : inout std_logic_vector(7 downto 0);
- PORTA : inout std_logic_vector(7 downto 0);
- PORTB : inout std_logic_vector(7 downto 0);
- PORTC : inout std_logic_vector(7 downto 0);
- PORTD : inout std_logic_vector(7 downto 0));
-end PORTs;
-
-architecture Behavioral of PORTs is
-
- signal data_read : std_logic_vector(7 downto 0);
-
- signal TRISA : std_logic_vector(7 downto 0);
- signal TRISB : std_logic_vector(7 downto 0);
- signal TRISC : std_logic_vector(7 downto 0);
- signal TRISD : std_logic_vector(7 downto 0);
-
- signal LATA : std_logic_vector(7 downto 0);
- signal LATB : std_logic_vector(7 downto 0);
- signal LATC : std_logic_vector(7 downto 0);
- signal LATD : std_logic_vector(7 downto 0);
-
-begin
-
--- SFRs write operation ---------------------------------
-
-Write_pros : process( nreset, Q4, WE, SFRs_Address, DATA)
- begin
- if nreset = '0' then
- LATA <= (others => '0');
- LATB <= (others => '0');
- LATC <= (others => '0');
- LATD <= (others => '0');
- TRISA <= (others => '1');
- TRISB <= (others => '1');
- TRISC <= (others => '1');
- TRISD <= (others => '1');
- elsif Q4'event and Q4 = '1' then
- if WE = '1' then
- case SFRs_Address is -- SFR address
- when "1010" => TRISA <= DATA; -- F92
- when "1011" => TRISB <= DATA; -- F93
- when "1000" => TRISC <= DATA; -- F94
- when "1001" => TRISD <= DATA; -- F95
- when "0101" => LATA <= DATA; -- F89
- when "0110" => LATB <= DATA; -- F8A
- when "0111" => LATC <= DATA; -- F8B
- when "0100" => LATD <= DATA; -- F8C
- when "0000" => LATA <= DATA; -- F80
- when "0001" => LATB <= DATA; -- F81
- when "0010" => LATC <= DATA; -- F82
- when "0011" => LATD <= DATA; -- F83
- when others => null;
- end case;
- end if;
- end if;
- end process;
-
-
--- SFRs read operation ----------------------------------------------
-
- data_read <= TRISA when SFRs_Address = "1010" else
- TRISB when SFRs_Address = "1011" else
- TRISC when SFRs_Address = "1000" else
- TRISD when SFRs_Address = "1001" else
- LATA when SFRs_Address = "0101" else
- LATB when SFRs_Address = "0110" else
- LATC when SFRs_Address = "0111" else
- LATD when SFRs_Address = "0100" else
- PORTA when SFRs_Address = "0000" else
- PORTB when SFRs_Address = "0001" else
- PORTC when SFRs_Address = "0010" else
- PORTD; --when SFRs_Address = "0011"
-
- DATA <= data_read when (Q1 = '1' and RE = '1') else
- (others => 'Z');
-
-
--- IO PORTs assignements ---------------------------------
-
- PORA : process(TRISA, LATA)
- begin
- for i in 0 to 7 loop
- if TRISA(i) = '0' then
- PORTA(i) <= LATA(i);
- else
- PORTA(i) <= 'Z';
- end if;
- end loop;
- end process;
-
- PORB : process(TRISB, LATB)
- begin
- for i in 0 to 7 loop
- if TRISB(i) = '0' then
- PORTB(i) <= LATB(i);
- else
- PORTB(i) <= 'Z';
- end if;
- end loop;
- end process;
-
- PORC : process(TRISC, LATC)
- begin
- for i in 0 to 7 loop
- if TRISC(i) = '0' then
- PORTC(i) <= LATC(i);
- else
- PORTC(i) <= 'Z';
- end if;
- end loop;
- end process;
-
- PORD : process(TRISD, LATD)
- begin
- for i in 0 to 7 loop
- if TRISD(i) = '0' then
- PORTD(i) <= LATD(i);
- else
- PORTD(i) <= 'Z';
- end if;
- end loop;
- end process;
-
-
-end Behavioral;
\ No newline at end of file
Index: mcip_open/trunk/Data_Memory_Banks_Controller.vhd
===================================================================
--- mcip_open/trunk/Data_Memory_Banks_Controller.vhd (revision 5)
+++ mcip_open/trunk/Data_Memory_Banks_Controller.vhd (nonexistent)
@@ -1,67 +0,0 @@
-----------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
---
--- Create Date: 10:09:19 04/17/2012
--- Design Name:
--- Module Name: Data_Memory_Controller - Behavioral
--- Project Name:
--- Target Devices:
--- Tool versions:
--- Description:
---
--- Dependencies:
---
--- Revision:
--- Revision 0.01 - File Created
--- Additional Comments:
---
-----------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-use IEEE.STD_LOGIC_UNSIGNED.ALL;
-
-
-entity Data_Memory_Banks_Controller is
- Generic (Banks_number : integer := 3; -- number of banks, min = 2, max = 16
- dm_TOPaddr : std_logic_vector(11 downto 0) := x"07F");
- Port ( RE : in std_logic;
- WE : in std_logic;
- Data_address : in std_logic_vector(11 downto 0);
-
- RE_bank : out std_logic;
- WE_bank : out std_logic;
- Bank_selection : out std_logic_vector(0 to Banks_number-1);
- Bank_data_address : out std_logic_vector(7 downto 0)
- );
-end Data_Memory_Banks_Controller;
-
-architecture Behavioral of Data_Memory_Banks_Controller is
-
- signal over_address : std_logic;
-
-
-begin
-
-
- over_address <= '1' when Data_Address > dm_TOPaddr else
- '0';
- RE_bank <= RE when over_address = '0' else '0';
- WE_bank <= WE when over_address = '0' else '0';
-
- Bank_data_address <= Data_address(7 downto 0);
-
-
- Bank_selection_p : process(Data_address(11 downto 8))
- begin
- for i in 0 to Banks_number-1 loop
- if i = CONV_INTEGER(Data_address(11 downto 8)) then
- Bank_selection(i) <= '1';
- else
- Bank_selection(i) <= '0';
- end if;
- end loop;
- end process;
-
-end Behavioral;
-
Index: mcip_open/trunk/Reset_module.vhd
===================================================================
--- mcip_open/trunk/Reset_module.vhd (revision 5)
+++ mcip_open/trunk/Reset_module.vhd (nonexistent)
@@ -1,78 +0,0 @@
---------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
--- Progect Supervisor: Dr H. Chemali
--- Create Date: 14:24:19 06/01/05
--- Design Name: Reset device
--- Module Name: Rest_module - reset
--- Project Name: Microcontroller IP (MCIP)
--- Target Device: xc3s500e-4fg320
--- Tool versions: Xilinx ISE 9.1.03i
--- Description: This module generate the global reset of the device (nreset).
--- nreset is active (low) if one of following events occure:
--- soft reset, stack overflow, Watchdog time out, external reset.
--- Revision: 07/09/2008
--- Revision 3 - Extend a soft reset time.
---------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-use IEEE.STD_LOGIC_UNSIGNED.ALL;
-
-entity reset_module is
- Port ( clock : in std_logic;
- nExternal_reset : in std_logic;
- Soft_reset : in std_logic;
- WDT_reset : in std_logic;
- Stack_reset : in std_logic;
- nreset : out std_logic);
-end reset_module;
-
-architecture reset of reset_module is
- constant reset_counter_length : integer := 5;
- signal reset_enable : std_logic;
- signal reset_counter : std_logic_vector(reset_counter_length downto 1);
- signal disable_counter_value : std_logic_vector(reset_counter_length downto 1);
-begin
-
- disable_counter_value <= (others => '1');
-
- Enabling_reset : process(nExternal_reset, clock, reset_counter,
- disable_counter_value, Soft_reset, WDT_reset,
- Stack_reset)
- begin
- if nExternal_reset = '0' then
- reset_enable <= '0';
- else
- if clock'event and clock = '1' then
- if reset_counter = disable_counter_value then
- reset_enable <= '0';
- else
- if Soft_reset = '1' or WDT_reset = '1' or Stack_reset = '1' then
- reset_enable <= '1';
- else
- reset_enable <= reset_enable;
- end if;
- end if;
- else
- reset_enable <= reset_enable;
- end if;
- end if;
- end process;
-
- Counter : process(reset_enable, clock)
- begin
- if reset_enable = '0' then
- reset_counter <= (others => '0');
- else
- if clock'event and clock = '1' then
- reset_counter <= reset_counter + "1";
- else
- reset_counter <= reset_counter;
- end if;
- end if;
- end process;
-
- nreset <= '0' when ( nExternal_reset = '0' or reset_enable = '1') else
- '1';
-
-end reset;
\ No newline at end of file
Index: mcip_open/trunk/Program_Memory_Controller.vhd
===================================================================
--- mcip_open/trunk/Program_Memory_Controller.vhd (revision 5)
+++ mcip_open/trunk/Program_Memory_Controller.vhd (nonexistent)
@@ -1,50 +0,0 @@
-----------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
---
--- Create Date: 16:16:00 06/17/2013
--- Design Name:
--- Module Name: Program_Memory_Controller - Behavioral
--- Project Name:
--- Target Devices:
--- Tool versions:
--- Description:
---
--- Dependencies:
---
--- Revision:
--- Revision 0.01 - File Created
--- Additional Comments:
---
-----------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-use IEEE.STD_LOGIC_UNSIGNED.ALL;
-
-
-entity Program_Memory_Controller is
- Generic (IAlength : integer := 20; -- min = 2, max = 21
- pm_TOPaddr : std_logic_vector(20 downto 0) := '0'&x"0FFFF");
- Port ( Prg_addr : in std_logic_vector(20 downto 0);
- Instruction : out std_logic_vector(15 downto 0);
-
- eff_Prg_addr : out std_logic_vector(IAlength-1 downto 0);
- Prg_memory_bus : in std_logic_vector(15 downto 0));
-end Program_Memory_Controller;
-
-architecture Behavioral of Program_Memory_Controller is
-
- signal over_address : std_logic;
-
-begin
-
- over_address <= '1' when Prg_addr > pm_TOPaddr else
- '0';
-
- eff_Prg_addr <= Prg_addr(IALength-1 downto 0);
-
- Instruction <= X"0000" when over_address = '1' else -- NOP
- Prg_memory_bus;
-
-end Behavioral;
-
Index: mcip_open/trunk/MCIPopen.vhd
===================================================================
--- mcip_open/trunk/MCIPopen.vhd (revision 5)
+++ mcip_open/trunk/MCIPopen.vhd (nonexistent)
@@ -1,209 +0,0 @@
---------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
--- Progect Supervisor: Dr H. Chemali
--- Create Date: july 2015
--- Design Name: MCIP open
--- Module Name: MCIPopen
--- Project Name: Microcontroller IP (MCIP)
--- Target Device: xc3s500e-4fg320
--- Tool versions: Xilinx ISE 14
--- Description: "MCIP open" is a light vertion of MCIP core, it is compatible
--- whith Microchip PIC18 microcontrolle.
--- Revision:
--- Revision 0
---------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-
-
-entity MCIPopen is
- Generic ( STKPTR_length : integer := 5; -- Stack Pointer Length -- < 6
- STVREN : std_logic := '1'; -- Stack Overflow/Underflow Reset Enable bit
- WDTPS : std_logic_vector(3 downto 0) := "0100"; -- Watchdog Timer Postscale Select bits
- WDTEN : std_logic := '0'); -- Watchdog Timer enable bit
-
- Port ( nreset : in std_logic;
- clock : in std_logic;
- Wdt_clock : in std_logic;
- Instruction : in std_logic_vector(15 downto 0);
- clock_out : out std_logic;
- nresetDevice : out std_logic;
- Q1 : out std_logic;
- Q4 : out std_logic;
- RE_ram : out std_logic;
- WE_ram : out std_logic;
- Istruction_address : out std_logic_vector(20 downto 0);
- Data_address : out std_logic_vector(11 downto 0);
- Data_Bus : inout std_logic_vector(7 downto 0);
- PORTA : inout std_logic_vector(7 downto 0);
- PORTB : inout std_logic_vector(7 downto 0);
- PORTC : inout std_logic_vector(7 downto 0);
- PORTD : inout std_logic_vector(7 downto 0) );
-end MCIPopen;
-
-architecture mapping of MCIPopen is
-
-component CPU
- Generic ( STKPTR_length : integer := 5;
- STVREN : std_logic := '1');
- Port ( nreset : in std_logic;
- Q : in std_logic_vector(1 to 4);
- Instruction : in std_logic_vector(15 downto 0);
- DATA : inout std_logic_vector(7 downto 0);
- Istruction_address : out std_logic_vector(20 downto 0);
- Data_address : out std_logic_vector(11 downto 0);
- address_latch_port : out std_logic_vector(3 downto 0);
- r_w_ram : out std_logic_vector(1 downto 0);
- r_w_port : out std_logic_vector(1 downto 0);
- r_w_wdt : out std_logic_vector(1 downto 0);
- soft_reset_enable : out std_logic;
- sleep_mode_enable : out std_logic;
- clear_watchdog : out std_logic;
- stack_overflow : out std_logic );
-end component CPU;
-
-component PORTs
- Port ( nreset : in std_logic;
- Q1 : in std_logic;
- Q4 : in std_logic;
- RE : in std_logic;
- WE : in std_logic;
- SFRs_Address : in std_logic_vector(3 downto 0);
- DATA : inout std_logic_vector(7 downto 0);
- PORTA : inout std_logic_vector(7 downto 0);
- PORTB : inout std_logic_vector(7 downto 0);
- PORTC : inout std_logic_vector(7 downto 0);
- PORTD : inout std_logic_vector(7 downto 0));
-end component PORTs;
-
-component reset_module
- Port ( clock : in std_logic;
- nExternal_reset : in std_logic;
- Soft_reset : in std_logic;
- WDT_reset : in std_logic;
- Stack_reset : in std_logic;
- nreset : out std_logic);
-end component reset_module;
-
-component PLL
- Port ( clock : in std_logic;
- nreset : in std_logic;
- IDLEN : in std_logic;
- Sleep_mode_enable : in std_logic;
- Q1 : out std_logic;
- Q2 : out std_logic;
- Q3 : out std_logic;
- Q4 : out std_logic;
- internal_clock : out std_logic);
-end component PLL;
-
-component Watchdog
- Generic(WDTPS : std_logic_vector(3 downto 0) := "0100";
- WDTEN : std_logic := '0');
- Port ( nreset : in std_logic;
- WDT_clock : in std_logic;
- Q1 : in std_logic;
- Q4 : in std_logic;
- RE : in std_logic;
- WE : in std_logic;
- clrWDT : in std_logic;
- Sleep : in std_logic;
- DATA : inout std_logic_vector(7 downto 0);
- WDT_reset : out std_logic;
- WDTwake_up : out std_logic);
-end component Watchdog;
-
-
- signal Q : std_logic_vector(1 to 4);
- signal address_latch_port : std_logic_vector(3 downto 0);
- signal r_w_port : std_logic_vector(1 downto 0);
- signal r_w_wdt : std_logic_vector(1 downto 0);
- signal r_w_ram : std_logic_vector(1 downto 0);
- signal soft_reset_enable : std_logic;
- signal sleep_mode_enable : std_logic;
- signal sleep_mode : std_logic;
- signal clear_watchdog : std_logic;
- signal WDTwake_up : std_logic;
- signal WDT_reset : std_logic;
- signal stack_overflow : std_logic;
- signal nreset_device : std_logic;
- signal clock_div4 : std_logic;
-
-begin
-
-CPU_block : CPU
-Generic map( STKPTR_length => STKPTR_length,
- STVREN => STVREN)
-Port map ( nreset => nreset_device,
- Q => Q,
- Instruction => Instruction,
- DATA => DATA_BUS,
- Istruction_address => Istruction_address,
- Data_address => Data_address,
- address_latch_port => address_latch_port,
- r_w_ram => r_w_ram,
- r_w_port => r_w_port,
- r_w_wdt => r_w_wdt,
- soft_reset_enable => soft_reset_enable,
- sleep_mode_enable => sleep_mode_enable,
- clear_watchdog => clear_watchdog,
- stack_overflow => stack_overflow );
-
-Ports_block : PORTs
-Port map ( nreset => nreset_device,
- Q1 => Q(1),
- Q4 => Q(4),
- RE => r_w_port(1),
- WE => r_w_port(0),
- SFRs_Address => address_latch_port,
- DATA => DATA_BUS,
- PORTA => PORTA,
- PORTB => PORTB,
- PORTC => PORTC,
- PORTD => PORTD);
-
-Reset_u: reset_module
-Port map ( clock => clock,
- nExternal_reset => nreset,
- Soft_reset => soft_reset_enable,
- WDT_reset => WDT_reset,
- Stack_reset => stack_overflow,
- nreset => nreset_device);
-
-PLL_u: PLL
-Port map ( clock => clock,
- nreset => nreset_device,
- IDLEN => '0',
- Sleep_mode_enable => sleep_mode,
- Q1 => Q(1),
- Q2 => Q(2),
- Q3 => Q(3),
- Q4 => Q(4),
- internal_clock => clock_div4);
-
-Watchdog_u: Watchdog
-Generic map(WDTPS => WDTPS,
- WDTEN => WDTEN)
-Port map ( nreset => nreset_device,
- WDT_clock => Wdt_clock,
- Q1 => Q(1),
- Q4 => Q(4),
- RE => r_w_wdt(1),
- WE => r_w_wdt(0),
- clrWDT => clear_watchdog,
- Sleep => sleep_mode_enable,
- DATA => DATA_BUS,
- WDT_reset => WDT_reset,
- WDTwake_up => WDTwake_up);
-
-
- Q1 <= Q(1);
- Q4 <= Q(4);
- RE_ram <= r_w_ram(1);
- WE_ram <= r_w_ram(0);
- clock_out <= clock_div4;
- nresetDevice <= nreset_device;
- sleep_mode <= '1' when sleep_mode_enable = '1' and WDTwake_up = '0' else '0';
-
-end mapping;
\ No newline at end of file
Index: mcip_open/trunk/PLL.vhd
===================================================================
--- mcip_open/trunk/PLL.vhd (revision 5)
+++ mcip_open/trunk/PLL.vhd (nonexistent)
@@ -1,218 +0,0 @@
---------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
--- Progect Supervisor: Dr H. Chemali
--- Create Date: 02:10:11 05/21/01
--- Design Name: Phase Lock Loop
--- Module Name: PLL - Behavioral
--- Project Name: Microcontroller IP (MCIP)
--- Target Device: xc3s500e-4fg320
--- Tool versions: Xilinx ISE 9.1.03i
--- Description: The PLL divide the clock input by four. It provides an
--- instruction cycle that is the same frequency
--- as the external clock frequency. Four non-overlapping
--- quadrature clocks, namely Q1, Q2, Q3 and Q4 are generated.
--- Revision: 07/06/2008
--- Revision 3
---------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-use IEEE.STD_LOGIC_UNSIGNED.ALL;
-
-entity PLL is
- Port ( clock : in std_logic;
- nreset : in std_logic;
- IDLEN : in std_logic;
- Sleep_mode_enable : in std_logic;
- Q1 : out std_logic;
- Q2 : out std_logic;
- Q3 : out std_logic;
- Q4 : out std_logic;
- internal_clock : out std_logic); -- MCU clock/4
-end PLL;
-
-architecture Behavioral of PLL is
-
- signal Q : std_logic_vector(1 to 4);
- signal Syc : std_logic_vector(1 downto 0);
- signal Idle_Syc : std_logic;
- signal Idle : std_logic;
-
- signal clock_div4 : std_logic;
-
- signal nresetQ1 : std_logic;
- signal nresetQ3 : std_logic;
-
-begin
-
- nresetQ1 <= '0' when nreset = '0' or Q(2) = '1' else
- '1';
- nresetQ3 <= '0' when nreset = '0' or Q(4) = '1' else
- '1';
- Idle <= '1' when Sleep_mode_enable = '1' and Idle_Syc = '1' else
- '0';
-
- Q1 <= Q(1);
- Q2 <= Q(2);
- Q3 <= Q(3);
- Q4 <= Q(4);
-
- internal_clock <= clock_div4;
-
- Sychronise : process(nreset, clock, Idle, IDLEN, Syc)
- begin
- if nreset = '0' then
- Syc <= "10";
- else
- if clock'event and clock = '1' then
- case Syc is
- when "10" =>
- if Idle = '1' and IDLEN = '0' then
- Syc <= "10";
- else
- Syc <= "00";
- end if;
- when "00" =>
- Syc <= "01";
- when "01" =>
- Syc <= "11";
- when others =>
- Syc <= "10";
- end case;
- else
- Syc <= Syc;
- end if;
- end if;
- end process;
-
- Out_clock : process(nreset, clock, Idle, IDLEN, Syc)
- begin
- if nreset = '0' then
- clock_div4 <= '0';
- else
- if clock'event and clock = '1' then
- case Syc is
- when "10" =>
- if Idle = '1' and IDLEN = '0' then
- clock_div4 <= clock_div4;
- else
- clock_div4 <= '0';
- end if;
- when "00" =>
- clock_div4 <= '0';
- when "01" =>
- clock_div4 <= '1';
- when others =>
- clock_div4 <= '1';
- end case;
- else
- clock_div4 <= clock_div4;
- end if;
- end if;
- end process;
-
- Q1_p : process(nresetQ1, clock, Idle, Syc)
- begin
- if nresetQ1 = '0' then
- Q(1) <= '0';
- else
- if clock'event and clock = '1' then
- if Syc = "10" then
- if Idle = '0' then
- Q(1) <= '1';
- else
- Q(1) <= Q(1);
- end if;
- else
- Q(1) <= Q(1);
- end if;
- else
- Q(1) <= Q(1);
- end if;
- end if;
- end process;
-
- Q2_p : process(nreset, clock, Idle_Syc, Syc)
- begin
- if nreset = '0' then
- Q(2) <= '0';
- else
- if clock'event and clock = '1' then
- if Syc = "00" then
- if Idle_Syc = '0' then
- Q(2) <= '1';
- else
- Q(2) <= '0';
- end if;
- else
- Q(2) <= '0';
- end if;
- else
- Q(2) <= Q(2);
- end if;
- end if;
- end process;
-
- Q3_p : process(nresetQ3, clock, Idle_Syc, Syc)
- begin
- if nresetQ3 = '0' then
- Q(3) <= '0';
- else
- if clock'event and clock = '1' then
- if Syc = "01" then
- if Idle_Syc = '0' then
- Q(3) <= '1';
- else
- Q(3) <= Q(3);
- end if;
- else
- Q(3) <= Q(3);
- end if;
- else
- Q(3) <= Q(3);
- end if;
- end if;
- end process;
-
- Q4_p : process(nreset, clock, Idle_Syc, Syc)
- begin
- if nreset = '0' then
- Q(4) <= '0';
- else
- if clock'event and clock = '1' then
- if Syc = "11" then
- if Idle_Syc = '0' then
- Q(4) <= '1';
- else
- Q(4) <= Q(4);
- end if;
- elsif Syc = "10" then
- if Idle = '0' then
- Q(4) <= '0';
- else
- Q(4) <= Q(4);
- end if;
- else
- Q(4) <= Q(4);
- end if;
- else
- Q(4) <= Q(4);
- end if;
- end if;
- end process;
-
- Idel_state : process(nreset, Q(1), Q(4), Sleep_mode_enable)
- begin
- if nreset = '0' or Q(1) = '1' then
- Idle_Syc <= '0';
- else
- if Q(4)'event and Q(4) = '1' then
- Idle_Syc <= Sleep_mode_enable;
- else
- Idle_Syc <= Idle_Syc;
- end if;
- end if;
- end process;
-
-
-end Behavioral;
\ No newline at end of file
Index: mcip_open/trunk/Instruction_Decoder.vhd
===================================================================
--- mcip_open/trunk/Instruction_Decoder.vhd (revision 5)
+++ mcip_open/trunk/Instruction_Decoder.vhd (nonexistent)
@@ -1,250 +0,0 @@
---------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
--- Progect Supervisor: Dr H. Chemali
--- Create Date: 00:56:38 06/04/05
--- Design Name: Instruction decoder and control
--- Module Name: InstructionDecoder_Control - Decode_Cotrol
--- Project Name: Microcontroller IP (MCIP)
--- Target Device: xc3s500e-4fg320
--- Tool versions: Xilinx ISE 9.1.03i
--- Description: Decodes the fetched instruction and selects the block
--- concernrd by read and write operations.
--- Revision: 07/07/2008
--- Revision 2.2 - Add description
---------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-use IEEE.STD_LOGIC_UNSIGNED.ALL;
-
-entity Instruction_Decoder is
- Port ( nreset : in std_logic;
- Q1 : in std_logic;
- Q4 : in std_logic;
- Fetched_instruction : in std_logic_vector(15 downto 0);
- Data_add : in std_logic_vector(11 downto 0);
- New_status : in std_logic_vector(4 downto 0);
- Set_response : in std_logic_vector(1 downto 0);
- Data : inout std_logic_vector(7 downto 0);
-
- Command_vector_opu : out std_logic_vector(13 downto 0);
- Command_vector_pc : out std_logic_vector(6 downto 0);
- Command_status : out std_logic_vector(4 downto 0);
- Current_status : out std_logic_vector(4 downto 0);
- Bit_op : out std_logic_vector(2 downto 0);
- call_return : out std_logic_vector(1 downto 0);
- IR11_0 : out std_logic_vector(11 downto 0);
- r_w_ram : out std_logic_vector(1 downto 0);
- r_w_add_pr : out std_logic_vector(1 downto 0);
- r_w_opu : out std_logic_vector(1 downto 0);
- r_w_port : out std_logic_vector(1 downto 0);
- r_w_wdt : out std_logic_vector(1 downto 0);
- bit_op_enable : out std_logic;
- load_FREG : out std_logic;
- read_result : out std_logic;
- WREG_write_enable : out std_logic;
- MUL_enable : out std_logic;
- MOVFF_enable : out std_logic;
- load_BSR : out std_logic;
- soft_reset_enable : out std_logic;
- sleep_mode_enable : out std_logic;
- clear_watchdog : out std_logic
-);
-end Instruction_Decoder;
-
-architecture Decode_Control of Instruction_Decoder is
-
-component Decoder
- Port ( Instruction : in std_logic_vector(15 downto 0);
- Status : in std_logic_vector(4 downto 1);
- second_inst_ide : in std_logic_vector(2 downto 0);
- Command_vector_pc : out std_logic_vector(6 downto 0);
- Command_vector_opu : out std_logic_vector(13 downto 0);
- Command_status : out std_logic_vector(4 downto 0);
- second_inst_inf : out std_logic_vector(2 downto 0);
- Skip_inf : out std_logic_vector(4 downto 0);
- read_write : out std_logic_vector(1 downto 0);
- call_return : out std_logic_vector(1 downto 0);
- bit_op_enable : out std_logic;
- load_FREG : out std_logic;
- read_result : out std_logic;
- WREG_write_enable : out std_logic;
- MUL_enable : out std_logic;
- MOVFF_enable : out std_logic;
- load_BSR : out std_logic;
- nop_enable : out std_logic;
- soft_reset_enable : out std_logic;
- sleep_mode_enable : out std_logic;
- clear_watchdog : out std_logic;
- literal_enable : out std_logic );
-end component Decoder;
-
---component Instruction_Control
--- Port ( nreset : in std_logic;
--- Q1 : in std_logic;
--- Fetched_instruction : in std_logic_vector(15 downto 0);
--- Set_response : in std_logic_vector(1 downto 0);
--- Skip_info : in std_logic_vector(4 downto 0);
--- nop_enable : in std_logic;
--- retfie : in std_logic;
--- INTH : in std_logic;
--- INTL : in std_logic;
--- GIEH : in std_logic;
--- GIEL : in std_logic;
--- second_inst_enable : in std_logic;
--- freeze_enable : out std_logic;
--- GIEHout : out std_logic;
--- GIELout : out std_logic;
--- load_INTCON : out std_logic;
--- Instruction : out std_logic_vector(15 downto 0) );
---end component Instruction_Control;
-
-component Selection_block
- Port ( R_W : in std_logic_vector(1 downto 0);
- Address : in std_logic_vector(11 downto 0);
- r_w_ram : out std_logic_vector(1 downto 0);
- r_w_add_pr : out std_logic_vector(1 downto 0);
- r_w_opu : out std_logic_vector(1 downto 0);
- r_w_port : out std_logic_vector(1 downto 0);
- r_w_dec : out std_logic_vector(1 downto 0);
- r_w_wdt : out std_logic_vector(1 downto 0) );
-end component Selection_block;
-
---component Interrupt_Block
--- Port ( INTCON : in std_logic_vector(7 downto 0);
--- INTCON2 : in std_logic_vector(7 downto 0);
--- INTCON3 : in std_logic_vector(1 downto 0);
--- INTH : out std_logic;
--- INTL : out std_logic;
--- wake_up : out std_logic);
---end component Interrupt_Block;
-
- signal data_read : std_logic_vector(7 downto 0);
-
- signal IR : std_logic_vector(15 downto 0);
- signal instruction : std_logic_vector(15 downto 0);
-
- signal STATUS : std_logic_vector(4 downto 0);
- signal STATUSs : std_logic_vector(4 downto 0);
- signal STATUSmap : std_logic_vector(4 downto 1);
-
- signal literal_enable : std_logic;
- signal nop_enable : std_logic;
- signal sleep_mode_enables : std_logic;
-
- signal Set_response_register : std_logic_vector(1 downto 0);
- signal Command_status_s : std_logic_vector(4 downto 0);
-
- signal R_W : std_logic_vector(1 downto 0);
- signal r_w_dec : std_logic_vector(1 downto 0);
-
- signal second_inst_register : std_logic_vector(2 downto 0);
- signal second_inst_inf : std_logic_vector(2 downto 0);
- signal Skip_inf : std_logic_vector(4 downto 0);
- signal call_returns : std_logic_vector(1 downto 0);
-
- signal nop_enables : std_logic;
-
- alias read_en : std_logic is r_w_dec(1);
- alias write_en : std_logic is r_w_dec(0);
-
-
-begin
-
-ins_decoder : Decoder
-Port map ( Instruction => IR,
- Status => STATUSmap,
- second_inst_ide => second_inst_register,
- Command_vector_pc => Command_vector_pc,
- Command_vector_opu => Command_vector_opu,
- Command_status => Command_status_s,
- second_inst_inf => second_inst_inf,
- Skip_inf => Skip_inf,
- read_write => R_W,
- call_return => call_returns,
- bit_op_enable => bit_op_enable,
- load_FREG => load_FREG,
- read_result => read_result,
- WREG_write_enable => WREG_write_enable,
- MUL_enable => MUL_enable,
- MOVFF_enable => MOVFF_enable,
- load_BSR => load_BSR,
- nop_enable => nop_enable,
- soft_reset_enable => soft_reset_enable,
- sleep_mode_enable => sleep_mode_enables,
- clear_watchdog => clear_watchdog,
- literal_enable => literal_enable );
-
-
-selecter : Selection_Block
-Port map ( R_W => R_W,
- Address => Data_add,
- r_w_ram => r_w_ram,
- r_w_add_pr => r_w_add_pr,
- r_w_opu => r_w_opu,
- r_w_port => r_w_port,
- r_w_dec => r_w_dec,
- r_w_wdt => r_w_wdt );
-
-
- nop_enables <= '1' when (nop_enable = '1' or (Skip_inf(4) = '1' and
- (Skip_inf(3 downto 2)=(Skip_inf(1 downto 0) and Set_response_register)))) else
- '0';
-
- instruction <= X"F000" when nop_enables = '1' else Fetched_instruction;
-
-
- data_read <= IR(7 downto 0) when literal_enable='1' else
- "000"&STATUS;
- Data <= data_read when (read_en='1' or literal_enable='1')and Q1='1'else
- (others => 'Z');
- sleep_mode_enable <= sleep_mode_enables;
- Command_status <= Command_status_s;
- STATUSmap <= STATUS(4 downto 2)&STATUS(0);
- Current_status <= STATUS;
- Bit_op <= IR(11 downto 9);
- call_return <= call_returns;
- IR11_0 <= IR(11 downto 0);
-
-
- process(nreset, Q1, instruction, second_inst_inf)
- begin
- if nreset = '0' then
- IR <= (others => '0');
- second_inst_register <= (others => '0');
- else
- if Q1'event and Q1 = '1' then
- IR <= instruction;
- second_inst_register <= second_inst_inf;
- end if;
- end if;
- end process;
-
- process(nreset, Q4, write_en, Data,
- Set_response, call_returns, STATUS, STATUSs)
- begin
- if nreset = '0' then
- STATUS <= (others => '0');
- STATUSs <= (others => '0');
- Set_response_register <= (others => '0');
- else
- if Q4'event and Q4 = '1' then
- Set_response_register <= Set_response;
- if write_en = '1' and Command_status_s = "00000" then
- STATUS <= Data(4 downto 0);
- else
- if call_returns(1) = '1' then
- if call_returns(0) = '0' then
- STATUSs <= STATUS; -- call
- else
- STATUS <= STATUSs; -- return
- end if;
- else
- STATUS <= New_status;
- end if;
- end if;
- end if;
- end if;
- end process;
-
-end Decode_Control;
\ No newline at end of file
Index: mcip_open/trunk/Operation_Unit.vhd
===================================================================
--- mcip_open/trunk/Operation_Unit.vhd (revision 5)
+++ mcip_open/trunk/Operation_Unit.vhd (nonexistent)
@@ -1,157 +0,0 @@
---------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
--- Progect Supervisor: Dr H. Chemali
--- Create Date: 23:44:46 05/28/05
--- Design Name: Process unit
--- Module Name: Calcul_Unit - Calcul
--- Project Name: Microcontroller IP (MCIP)
--- Target Device: xc3s500e-4fg320
--- Tool versions: Xilinx ISE 9.1.03i
--- Description: This process unit includes 8-bits ALU,
--- hard multiplier, and several 8-bits work registers
--- WREG, WREGs, PRODL, PRODH, FREG.
--- Revision: 07/07/2008
--- Revision 2.2 - Add description
---------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-
-entity Operation_Unit is
- Port ( nreset : in std_logic;
- Q : in std_logic_vector(1 to 4);
- CommandVector : in std_logic_vector(13 downto 0);
- CommandStatus : in std_logic_vector(4 downto 0);
- OldStatus : in std_logic_vector(4 downto 0);
- R_W : in std_logic_vector(1 downto 0);
- BitOp : in std_logic_vector(2 downto 0);
- call_return : in std_logic_vector(1 downto 0);
- Address_Latch : in std_logic_vector(1 downto 0);
- BitOp_enable : in std_logic;
- WREG_write : in std_logic;
- MUL_enable : in std_logic;
- Read_result : in std_logic;
- Load_FREG : in std_logic;
- DATA : inout std_logic_vector(7 downto 0);
- NewStatus : out std_logic_vector(4 downto 0);
- SetResponse : out std_logic_vector(1 downto 0) );
-end Operation_Unit;
-
-architecture Behavioral of Operation_Unit is
-
-component ALU
- Port ( CommandVector : in std_logic_vector(13 downto 0);
- CommandStatus : in std_logic_vector(4 downto 0);
- OldStatus : in std_logic_vector(4 downto 0);
- a : in std_logic_vector(7 downto 0);
- b : in std_logic_vector(7 downto 0);
- s : out std_logic_vector(7 downto 0);
- NewStatus : out std_logic_vector(4 downto 0);
- SetResponse : out std_logic_vector(1 downto 0) );
-end component ALU;
-
-component Multiplier
- Port ( Q : in std_logic;
- MUL_enable : in std_logic;
- a : in std_logic_vector(7 downto 0);
- b : in std_logic_vector(7 downto 0);
- PROD : out std_logic_vector(15 downto 0) );
-end component Multiplier;
-
- signal WREG : std_logic_vector(7 downto 0);
- signal PRODL : std_logic_vector(7 downto 0);
- signal PRODH : std_logic_vector(7 downto 0);
- signal FREG : std_logic_vector(7 downto 0);
- signal WREGs : std_logic_vector(7 downto 0);
-
- signal DATA_read : std_logic_vector(7 downto 0);
- signal DATA_write : std_logic_vector(7 downto 0);
-
- signal a_ALU : std_logic_vector(7 downto 0);
- signal b_ALU : std_logic_vector(7 downto 0);
- signal result : std_logic_vector(7 downto 0);
-
- signal PROD : std_logic_vector(15 downto 0);
-
- alias read_D : std_logic is R_W(1);
- alias write_D : std_logic is R_W(0);
-
- alias Q1 : std_logic is Q(1);
- alias Q2 : std_logic is Q(2);
- alias Q3 : std_logic is Q(3);
- alias Q4 : std_logic is Q(4);
-
-begin
-
-ALUnit : ALU
-port map ( CommandVector => CommandVector,
- CommandStatus => CommandStatus,
- OldStatus => OldStatus,
- a => a_alu,
- b => b_alu,
- s => result,
- NewStatus => NewStatus,
- SetResponse => SetResponse );
-
-MUL : Multiplier
-Port map ( Q => Q3,
- MUL_enable => MUL_enable,
- a => FREG,
- b => WREG,
- PROD => PROD );
-
- a_alu <= FREG;
- b_alu <= WREG(7 downto 3) & BitOp when BitOp_enable = '1' else
- WREG;
-
- DATA_read <= PRODL when Address_Latch(0) = '1' else
- PRODH when Address_Latch(1) = '1' else
- WREG;
-
- DATA_write <= DATA;
-
-Latchs_p : process (nreset, Q1, Q2, Q3, Q4, write_D, DATA_write, MUL_enable,
- call_return, Address_Latch, PROD, WREGs, WREG, Load_FREG)
- begin
- if nreset = '0' then
- WREG <= (others => '0');
- PRODH <= (others => '0');
- PRODL <= (others => '0');
- FREG <= (others => '0');
- WREGs <= (others => '0');
- else
- if (Q4'event and Q4 = '1') then
- if MUL_enable = '1' then
- PRODL <= PROD(7 downto 0);
- PRODH <= PROD(15 downto 8);
- else
- if write_D = '1' then
- if Address_Latch(1) = '1' then
- PRODH <= DATA_write;
- elsif Address_Latch(0) = '1' then
- PRODL <= DATA_write;
- end if;
- end if;
- end if;
- if WREG_write = '1' or
- (write_D = '1' and Address_Latch = "00") then
- WREG <= DATA_write;
- elsif call_return(1) = '1' then
- if call_return(0) = '0' then
- WREGs <= WREG; -- call
- else
- WREG <= WREGs; -- return
- end if;
- end if;
- end if;
- if ((Q2'event and Q2 = '1') and Load_FREG = '1') then
- FREG <= DATA_write;
- end if;
- end if;
- end process;
-
- DATA <= DATA_read when (Q1 = '1' and read_D = '1') else
- result when (Q3 = '1' and Read_result = '1') else
- (others => 'Z');
-
-end Behavioral;
\ No newline at end of file
Index: mcip_open/trunk/LCDapp_MCIPopen_guide.ncd
===================================================================
--- mcip_open/trunk/LCDapp_MCIPopen_guide.ncd (revision 5)
+++ mcip_open/trunk/LCDapp_MCIPopen_guide.ncd (nonexistent)
@@ -1,3 +0,0 @@
-XILINX-XDB 0.1 STUB 0.1 ASCII
-XILINX-XDM V1.6
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###3516:XlxV32DM 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###3040:XlxV32DM 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###3820:XlxV32DM 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###3824:XlxV32DM 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###3832:XlxV32DM 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###3812:XlxV32DM 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###3756:XlxV32DM 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###3684:XlxV32DM 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###3952:XlxV32DM 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###3728:XlxV32DM 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###4008:XlxV32DM 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###3596:XlxV32DM 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df4eNrNW0my7CgSvEwdQMzwZH2VMgMkmf1N1aKXZXX3ZpAgAgEvM/Wquxd/MHkihUS44wSw/kY841+Cbusvfqiv5es3YnfxRdzG1vWXWBZ4aUmXCLxE0iUKL9F1/VMIFi6tfzsihQ7/4+HP8lf4yebCTzxZ/wi/Zl+a0DVe9F/k4Gy9gtnDPVOz8K+Mj1v/JNbzdIE4J69bJ0zgW8tya3bdel/0dWvGbu+py3veXk6Wl6tv9G9iWLxC//pXCiDg6+9CiogIZxBCIsITcmBkiQiLiDIEICG2iNCIWFueEz5G+BDr2VqkhvnDXnD8PuvvxPMtYcdSbkrPEIWPCNcUITFE4XIgAiExRGHza2mA5BCFySEy2CYEdgYrdL6lgSGGngst6bL+HTqPWxsw88W+3F9n5wiynt0Ynvsr/DD3iTCgT9we+0RYeGlLl9z5a3/mDcxJnzpZMnjJpks8Z1f4bvE/MazjllPOnzmlfM0p59Yxd8iMO/ecio/dxixRnjxgCbf7/day3LoQcFczlqj7G5n6RoAdUrqzz+ODIQeUkQipHOAetkEcSN2Zke3kQGqdOZCT6IIxBwyvjzsQB2qmZ6RyoNI0I5UDajkAgjggNtgmcSAF23IghQg5oFPP6EABe6MAJfINCvilUACzArPAFBZcqV+g0L+VBZqbW8oUEhjCS8ps7D0SsPsAssDRQnM1poF5MlhorscsMGCsqK/09lhRWaD4mZfxsYADim/wemGAoqJeh/kf+HkBKqd/apmyP6fPiaHcV4JciIH5rfgBr5fsVpTX6zC3lQdASu0UR8psuWvweKTtMvHZhsT2d20/9DCxj5m2N+n/gcyHf8Uw54nclonyh0CKTspJ0tM3XROySn6fDAJpwPnYKvljbJVUeM1ilcjHg0DrAxEjoM/xB3ZN1Rv5A7umajz80bgmCxA8YtQ2++Wa/FFcUxlqIoxHDL5dGh9zAbkmTxACXZNBSG/EiAgeMVCb7JpisNeIIWCI2DVxMnRN7OAts250OgZ0Go0TkCvtkJHJJloDxdl47FBWT8eOW3rRLnegcUofZMQZK58YJ04nnLGqvEm44StDRjOtIHdmtTMNxYtR4RRxhkuOEOCyGgRwhkMEcYYXjxI+5+myOC0uixMAN5yRrGAMM4NjBDADtUHM4Ba2yV4qhnQyQ0oYCB5ziByaKULUiBktHbKTSnQYeiWLxw3ixwlPtXgp4W8JwfAkOr3cIMupVk9GBsrGxohqOTVGw/AN0n4qynSUMpStVDCEdBWeMpStOeKEhM9yKjxlReGJBDDOVirK7Df0GsxWKghCQLZWhQ8IzNbc86VN1vEY0qXjHgaCs5XaoUMSx3fJ2vqfm1qbV9VaUj82PWY/quk5vk/erqehE09jDvIoc7exPptjqZnrx5nb6PQLoiyO0q0hACjKynCE1DSXRiMEprkECE7zrSDFyMTWZ5pTC2Cc5sBRUY+MjASP842RIQiBBBAAQQSgHrbJBKDFyBjBYYiIAIKZoZGxx8c+pj8tsLd5L+SAYG5W8qnemImPHUuHGfkLDEs+9gEzBLOzko+rzNgmzsXcJruIBsVnx6chTVcWITDZN4AgByJpQcyZ7Kl1Tvb8rS640XRZMYeSXUiFEJjsHiE9tY8I8ibFtaQ2KdlTsJfa7zBElOxmkZNa5/7CfLhf3elnu5lNguF4ADlAxIQDthYJ9fHS5LdX5ulxgLCZe1+ecIDwCQdsHXiIe8+9m+5AASugZYCIMeAKqEMIrIDCNtib84KwixmxdWZGTq0Lbry5L3QL3duvgGakN5/NSGVGLdJGBLt2dLfMjBhs64NSiA0z9IQZx/8FM/SMGdXeS/OzzJAzZrBHzFAzZvD/DjPUkBlqyAzVMKOmvizMUJUZGsBjZughM/SQGXrIDN0wQ8M2JzNkjxntDIG6mN3Bb30dN2bssITK9Wul1OEaQeLKj5aDQrYdZ/55ITKPKKMTHuniSbaNvFde7a8ptMVIXDWibJmwS5sH7KK+4734eWtGrqm64KWKzEjsRXH2Ist3do6gL5mCnix3K23rFxT/TD1KlnJsfMkYWWBU/DtSm11kjGHCWZEs3i0jlfRaUYQAo2ghgkjPWEGWk/SpdSZ9Zk0N0cUQQw5m9XGgaRKE/LNrRsVKW4YXzbUiCAFlAyMRAoykhW2QKDAO2yRRSC+TRGEjO3iDkBehHc9qYeGrN2qR1on6akG34wO5eHPl5TWNsOttESbmY1cuZoZU606y//BqDGUzb6qfVJbpRmcaIZ5oBJ9phPpJjTB3lUXDPZCL8L5YLriuvOG4sq0NQvpywYdy0bhnVlnIilwU90w9RSFiudhB00sutloV11UusLumRiGkygUUEjGUi8ZdMwrbnHLB7nIRQxvIBbvJBRvKBdn9SC5esRT73VIc6+dOvLNm25eLSR1TGTmVi1csxbf73Giv5lLkwvBHcsFmcsGfyIWbyIURH8uFmVmK/goxlAvWysVeGeWwXOwWIX25cEO5cI1cVItgi1y4KhcMhQjlQi0ENC1yUZYl+F5v7Ru50Ajpy4UfyoVv5GKDbU65sB25YEO5sDe54GO5EPw7d3HKxDez9Tfl4qG7mO3yU+S1yQh7ZVI/lIvZhj95PJILPpML9kQu9olcqOV/5S54IxcCTDl2vNeEeYT05WIfykWzO5EcBdmKXOxVLjgKEcsFBU2LXPBa8a40PoaTkaOZjBiE9OWi2b1IF9jmlIutIxd8KBfbTS7EWC6o+nYysn9au+goh54px7xgwWcFC8Vfm4GQTwsWjVzwWcFC0UdyIWZyQR/IBZ8VLBR7TS7UTC7mVYpNtMKgCw94s3Vfc4R0hYEPqxS8qVLQ+pxSpeC1SuEFChELgwBNizCIIgy64rTxERYhXR/Bh1UK3lQpKIVtsjDwTpUihtYXBn6vUsihMDj7gS501oFPqfD9rdAfzjrMwEbwWZFC7q/ZiI5EdBaR2V0ilkYiZvUK6R9JhJxJBHkiEbN6hdymEvHhrEOPbIRs1aIsPcQwkVpsAiF9tRgWKXhTpCBlrOelSMFBkUKiELFaONC0qIUsarHVh4qRjeCisREOIX21aIoUVQ94KVLwXpFCDtXiVqRQcrhHim77ezv6fmiK0d9FReXMKrh6XkIu720B/MYUiNkcwj0yBbOjdcrV5UfyD601gL3ftD1lV3Y30eaUnTIUIb0TRrQ9ZVc2/sXPeZKvnrLLSXjBzSm7vahAe8pOGYT0TtnR5pRd3YBF21N2ZZMkLafsUrDtCaMUYsOhfby+vtk3TmK8WOt7cOooBGsmmxFpTTq2PF4iJN8Op2p2FIk+2bhI1ewsEq28XZYfOIsU8qMwSenmVKpDSG/3bUTwiaQyWCl18UXpypcdwKNtibGn+6vuGemtumekyxfVnlraYZvMF3WdW4LKotSNL2Q45lj2wXaUj+1or5SFuMImXNF1w5Yhn21L+d5vqsmU1OjlEUEmJy+MJp2Xe8kVzitKzpYpoEKnLZxVCCgEctYhoPDH2QMAkD6alCFKlZmhopU+BMCIPg60ZJA9jigEFPI44hBQuOOuutV/AFuMniA=###3932:XlxV32DM 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###3816:XlxV32DM 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###4048:XlxV32DM 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###3708:XlxV32DM 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###3776:XlxV32DM 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###3736:XlxV32DM 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###3664:XlxV32DM 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###3788:XlxV32DM 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###3692:XlxV32DM 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###3860:XlxV32DM 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###3856:XlxV32DM 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###3824:XlxV32DM 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###3840:XlxV32DM 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###3364:XlxV32DM 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###3888:XlxV32DM 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###3896:XlxV32DM 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f20eNq1W0uS5CAOvcwcgP+nMvoqHWEMjujNzKKWHX33AZwgKW1IZ2XVpiv7CQxGD0lI+PZH6/WDfdz+aCPy3//wJekPHtblViCJIV8hhSFbIY0hd7v9j68qlofmH3opP0JaSr/SkP3NTWPITcN6+2/uJT+UtrcCrh88xpB/rlJ9aBFvf9Rm0bOjKMMxhiFWIY4hXiFRJ6B1eYXbvzwBcZjAavoETJvAxrY2ASkPE/DHCbjjBEyfQIfyQvW5fEbm8g/x91eZVG54+53XMONp4RjnBVcV1xhnBZcFDxvgeaYFF7W9RO21vP0ueqgC0QTqPrBeC243jJeBdSi4VxgvA+/P8eg5+8DaVzyh9vvAKt7+leUvr7Z8iI/l7315Nb/tihCZRpmGHrOoqrVyp0EhVihgKFVoxdB2O1DZHam8XKKyH1CZz6isG5PSliZUli9SGe8BxGq/zVitOquFn7DaHufiL7HaYVZbbu/Kz5NCrLZ8xXhnteUK453VNiXACasZao9Z7Tt7OWa1ZRHjndWWM4x3VlumAceshm3JKau5D+UdbKa1PdA6s/OB1Xe+PmH1zv0rFD4hJxd1RuqcnXlFOiP4MmEnv8ROianIxVL0LM+5aDSMLPjLXASWBXFnTR0P0SYIgwSIN9w7hrsg5gQhmiQQwxeEJILOkSA0EiCS3KnQu2CamKUox2WWuKPx2zpNGjeuEMJfsmnnvnifzoAiyjrwxScGrGlnTgaX3GGIzgWZBHAhTLjgLtkl4lpdWHYtlBlgYyMYxsHYcIQj0kRuUHtEmcjvBCiriBgTucB4J0xsAxQc8WVXQmtPjIqwe6yUjc2BLmZ7zag0/wg8yM+vvBk4MMN7KJRqWPYlE3EMwD7za/G2QfIEkJ3mQici6YvK9eaJpC8rtx5L8Ebcl6/3wUu7pG1orqUuSyvu3Bb3t1D3/ytX//Kw8baZdPtR1zksdXkeXLG6ryrf1r6r8oQa5TkeQd/VJffnhsDJkHn2mzmOoPsIEUbQfQTxygifJpTXlH9/lZcp8O1XGbT++l3//fe5NPe8SwKvWyNUydYkFiQlBIjVaN+fm+exP7b8+J1XtnTdEm7AWoOi7/xPbrAqGLXqNKuo4gbGvOOsqrq+00jV65uq9jNVL9+hajdTdfhWVfuuaveg6o21xXUPqt54k/ihqn1TtRuo2jdVO6pqC6MSVTsYk6pajlVt31V1mKnafYeql5mq/beqOnRVL4+qFm1xl0dVyyYJQ1WHpuploOrQVL1QVS8wKlH1CmNSVeuJqt814HGmavMdql5nqrbfqurYVb0+qrqb0vVR1bpJ4lDVsal6Hag6NlWvVNUJRiWq3mBMrGpTo5zzjIHK7vwhaKYJgFGaoMXRV3Jby9Xc1j7TQTzlBPjlIMbx9EOO63lCy2g7Pvo720PspE6O/leyWP5JFosH1kLePBWcxlIB45DGsg7jPQaPCT0HxeBG4/YoBt9fvQo8CSQ9FUAeyxqMQxQZVAIBjs61Rx1wCBkrj9Z8zo0ntHRHi/M8sTVi7NMTn71K2nOzt7M31rUZnAa17HFrivK1dNY5kYHA0biJvfXxfXsbTZpkx1jqIyTz2inUvL5bYstblNdGhjPau80teihM2xtoWfmsGAgxPYODhxHj3nNY5d1JEo5hHM7FLUe2431PmmQAJ8kUG1AHfDDWEc8JOw+9oleEXWmYwnjflRuTeKmaC8knYxfj0CdIxw5H4+02z6nQ1HG8/Yh7sHZy3HYcNphTl0ofZ5mXR+oxvNGMmZQ+tEO1F/YznmKJLQdiSL2jk2zHOykXxzEOyRrmAceOwgjUHjuK9d6h6AA5ih507Dgwco0Y74w0KwMc5xp2QrYOJOdXzdN5zk8u+uUszqg613h5GpjUOYxMu7WQCzZfTvTggCSNc37a6ZPRphW24xCfnPHu4IkZ47wlbHcB2LFmewpOYouE2iPK5CFagi+vHs5F8ZYs3gVADoVwbKQVfhBJQ9UwJeUYIh1jCCZGMcQjQe42DKf5ZgHEtYquO5o1SwMIYNlDJGFOHDrQbWVAAHchDpaHZOJ5GLEYNju2pffDCKO3mf2EfGk0b5eO7dGUGmxKu+cvr008/8ZaQlmT8lsmtMIC2DNCJCzoeyYzHfUgdpahDmjTLC3u3meFfL8x7VHFl4MF3te042CB+740jkTqSz9sGEcjdbMfPM09bKpzQNstR14MJocjL24xjsIMb321ZPxDHfZn3kYXtiPKtptaPRwYYaPhnLax13YFMosmtDqWoaVO3ssMdwlOoCckIZUs63EfUptwqch8dmv+6NbUcsWtbbcvFrjszFqd+T+fJkcb5+yXa6HiSS10EcvkbO57+jat4e2Dhz1JDnw62cyEWMgxoO2iHe+2oAdKO95NAeRcxUKOAc5b1IGYgnvsVhYfMdG1oH7HUdEdtSehVfKoAyZhkOPQiis+KqcOg3sonJ6RKMjZ+Th4qJatz6uliCNBykm4FJaT506icn9mF0y6r3kZixz6NMahhO4N4EjbQQrUHsfXqQuIsnugvuNQPW+sKThS9q7R1p7esKgGbJAGDD96b2h50QQ9uTfEhYuTuqtLoHHx4xeHgnRjC2V5hOyhfC2mMZdiGnJxKBuT0NTvSOjiVo8FncBeWowDgRcFODZXeZ+iDjjc1y2gqurByURUe64ScKrWayLBTpUjCXGq3RHXPg8F/zB0qk5e8Kn0JDBypFdSGHZAXbPOkoRwn0Py1zzpWTwTgpqktq0y18jpxhkT/yTKRoxUJLWd1UgEJ4xUJLedNxrgmJHWL6gDZiS+2bCOeGdWwjvEYrM+3IYIuM/D7bVx4XRlJ370iyHa+T01ebgthu6prSe3xU7cKuZMmLhT2WO9ZNR3hFwo1NLNd+UZIEaEYDCO7qlJwCkjVtQB31ILtt8sI2mpEDQS0MtoEnchWrf3A8nZ6YZzduF4gy0RnHSCnhx0NDvTwKWDzumxH4Uempx4QruyvOPo4p4FHC+Vbbc7awdql+tNhHyw+ViPK7UnEa7WeL4zCBncw5/UePKB3kxSMwZurET946EHF9Eet2rL2Eje8kRaGZqweZqoCVqNbYDa1Ekp6507/idZmfpuJC3Tc9xlctg8NFu+46jwIgAn5qHHNlpRhyFWS0ZH6RduZDcEypDwxjBLJOBmHFzUU4aGNwt+GtlFrY609yl5mDqbvZAVeUIzhBxM8UFuXOYXC/taQuG+3dZrqfPXPwGwdlLxt5J3ogX2dmKBnRX/rZ2F7wKOEiq9lGu/fNnfR9UKHyRkX+SGcUg2+rYPdgEkG32yIKDXtpEAE95H0QSk/L/IFeNAaJ8cFgCfffIgIP7TIQHN3deLLoMEmBM/l6u30yzFPq3RRykGiumr/M7c+7ZNDK5BQRz76imSfDbVrwqRRHa/er3jcK+EM8Axs3p9sXYg+Yx+mzRhZkXuMA7MWuyGBSir5QFHxNrV1NrTYKM6hHNDmPw7idVRlfvaB1KXj4h+8oWfVmcf2L2TbJ1WvO+LOSrZiO3a137T76KenSBV/+jEa3KEtN4SCdhIbRciASPZT4tVgrksvMF9cFzgZPe6nnzuhw+SXtEL9yYQyemFe0+/fBH0afSIWU3vwL2ffCE1vrEx8+nfUSywdhIiW6BMiuvXrmkMHLmaOXK4HJKWn6kU9NKdpZdwTAiAE9cIzpTkastliN5FkZhAO4xDGlozjEMIHFbASUQAMcRDCOzigt8CPgFUG8Ybzysxx3Gn5HxCzNmBON6uePd3rvKdMtfOolH2KnNnZ3B2m0cE1uoZn+N38vnptSOgth1Q2z5Q26MOlNqpSfSA2npAbT2gtn6gtkUdKLUjfoszatsHateLKiZT2xyorRVh9v8B4P35gg==###3632:XlxV32DM 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###4076:XlxV32DM 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###5560:XlxV32DM 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###6156:XlxV32DM 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Fet0x6Ai9VZRm/zamemmRN1+Y6hqsJs9O3pK6AMxbx8jcoyk12fxiAqCS6H2B++U40EWqx7McBRkCKSNGQhmdYyuCxvzu0X72ulesrFlMK76Q5f1SRvp5dzoTGCgLPLqj68f+ZWKRIrGsxlCVZPfny+LMBjFR1m+ttE7YWbIqvU1S7Blhk4UbwVW82sb+8+50em9oM4snJVZhsXMS92yDPf9Q586/71l437o5n3Ve+vffuhJ+3/eX2bmKG+Zo1mQOToz5Frily38vMPC2GVBRF/bPv7yTvdsYd76tx+6Zo/zx5+0fvQ9ceXZwkTvtcM2tLTxxyxO6szQf1kcCQSr+gtAMHDgBBXcshYCVy4Y8Q7FnQGtH6OPi9eWttGHLb90tcXlo9eUdrpKUdo+ev6hZ6V/u5hS2OiUYqOWZeSgS4AUy9Epz0/fpRZh/1LlGSi5vGl+9hJJpyeOaZVDxycteivype9joDRLjNA2qRTSYxzKiarm3FnVfP9UoJk7lb9dkj4++smMYDkWpJT5S0nmr03S9p3l9kPXKqayZ777Tndd/m7cHPf+lEJiWaVmHCW/rwqsq9Msq6NIlIgyUSEKRHD9NQ6D/H7DHlt+VyXc8kcffaPb0756wZp2xyZZKtjqLrZNmudG9+5xfN0vkiO7b/Zgxo2O7vfXvZGcyPwmgpk2uncP6evOtU3WGba+dc8bfetul5zUl4BMY9fG1r1sdHSfmL3c7q9oPYTrT0Z+SaifJuG8nls6viY/B0N/c5CiMisH+0rxuptPlAt5hmQkVvJElrQMd1M1uOXlaurdDAzsZ/re7LKjxrssf2cfNTrJ1W4gfKQRZK/awRP/rNSJxkx7Y2WuTeZ3TFv+TDpbxb41xAKUF29zf8JU6pOPvbZeDnnXdN6l+dv19t0leNBp2yeVtNN9Tzb7woqC0re7MtDKju8uY8XE2JR35B+6VV5sd+HRd7pViX3PBzVlOz25efvuyrjRyV/FPotP7z7Uk398drOPrbHK5WksrPx8pXTcO12lI2300Z620X/GlzxpS+5atxS/5B1+3/ESgfcRqXfZewfoT7Fi6BbuzIWY4kqoI9Afj1TNnuPc+tkvh35XCsl/z4oeJlwBj5BH41sV/Tr6JXwd8c/iwK+KEf2bATetAvXY2khg+BvytPSHtSA1ab9OTcyWOGTWP608Fa1D2g+VCAzbCKeF/+1HED0ifn0fOErfz7h2gKBMsPOCfpRFD1Ma0w9lYVWb1apFv95hl1jMU1AfIQjXDfPA4UsEq9bj8OPXCLup7dCUzcEtzw99cHxc+udOt0Nznl9KO/lPBx2/JnT+mlBgFzu2zb6a+Cp7Bs7/5ez4NaF/vyYMVgEMWA+rIrKy2vvEi3h6sVp3afl/Y/o2nrxfhWrFEJHZ6eKxxhE88mGlD8lSlfsvZQ3Iy1lYz3+v/TczDxeyNPJidd2FooASoAj2H4nWYxV6VfUqDArwLVOvBP9mXvRRGtAYRJNoEd1ED/t67EBHpi98nf7rr03jDhDquk88nd3/PTG1tY3Btsm2ybbFtsU2/goxbrZR08fDeQ/Oi8IUYZVsFxQrGtcdI/4fDYZXTg==###6752:XlxV32DM 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0yHPblk65VSJClFDLxQuQixQUHyu3O71xDp+HqpxVVJDq3PtK/d05Gq+F3wG6/GDTwEpYeFMVaFxYRW8AxrumLxcfWHoMZpUpoP76uYOsNgsv6grt0KhtECCic5uYrOe4VnYPnN5Fva9siNug4raop+vAwIncYBTzm8BtYQGgEsTTR/SGsM1ns8a4GQEZQdT4v5+TaD+akCW2i7UsuSJONK7KYm27SIo3nahBxMTH3bKNtQUGNz7Wg5mBXEZhsEfiKGvo7vWgVQvahVQoNdZimevHPEtt4uN03CJKAHx0umDpdMqKCRA8azd5lNsrxmCx7Gln9GCv4drr2KvDery28b6IC9obygeZdWF8kVyyUrVTXptlPKX4VtRnOdBCV5tj04iY63CWEvRiYKuwqALSR2oG3K7gblvhokmBLMOpuceMEKlwrAAe9DHkR9XfhyUF67KCwflhavywkF54aq8cFBeuCovHJQXrsoLB+WFq/LCQXnhqrwwkrTQX08MiwI63JXeSa+q1uaOD5WDHFXP6VEuPmVHVXKu6Eef5VE82syL6qefJpOq3GCmTzRKdcnMbWV2L/+dJikvXFWVT3ZZ2UFsJEe2lRu9SJ1lrPN5LFHo0SITPW9HTPyhKKaFL386Mh4b1LT278p3mc/U1fe9EqJJP0WlxRjPbG9S+qEt+dhL46db3y/z1/rD74CCZA9PIu1H0ZmVolI8AVZG2Z1uZsMTPzEgkLXorQEi/tNpDCx8YDUg8Z3W8s8YI95rxAc7CxfwaSVA5bjXozdwnk2Z6YxFtlWyKVW1xHXaHrvgn/ExUHpg+gbNO4HyfsPonSgkIojEr6o632xB2sAAfSMaO4/SW2ddJDqJlwQGfA5cfCMsQ9CwnojE9jcpB4wYxyJX+ypORb7sCnGzVkTPKk3POhxYkrdcbOkkXhKVfSTJMaSZWR+7OswPZy3TKy0JyG6KRUV778+XTV9W/uPR+I9H4z8eFl81BUI3TbMeumtWXEYW2QxKougqP62wF42VPC1s83+XVzEAPedBzaCmr3z4YDPQGq2MEbLeTwXV5ZaHwXpzB54OQWFNQTVmLLjM3jGiIyYcjRpmeZEN2zzDrB5UOoSQoq8qAq2Z679/OhLXkYt0wxWox++ITS7h0rE5GH+tPd1TYQWOx1eYu+Sfjic7di3SvcJnlmnDfMVncUYNiixkz/dfcLUBDQ1w7bvh4hjhxScdwUGa36mMNav6OKv62DFsk/SITshmlsFr11hTci18vLdedWd2dmOBFZ/ExCcRLmKji+j/IxANDkz9VjxZg0lUIQqOmTnnkFcmkGL9SsLEbuaPDHnegSu+DLuIYwZVjpzXQiltgANzz77z4rJYSxJLj4LR6cGGna+tu9T2MuSVn374VrC6pzl+fhb+T7Bqe90JNeNH3z+jhZ7+iboWZzamAIAt6jaPzc5+hisFnr4LApgH4eGu/wbfCQ/nlVmZPfOFpL4ymwMi9KNC8sQIol/+0Gb4fUMI7npOwsyRx8XCPw8qPP4Q9W06JOpptcDSYJ+nId6GPDzgDhrYYFSqGcDWw5WFuwrXD/d0uenkzEZ6AW/N87JAieB8RznfXc53lPPd5XxHOd9dzneU893lfEc5313Od5Tz3eV8R7ncXS63hz8FCpmzCqyL9FFFE9LmVZnLcy9cVKpMz08QlbMDMPmJKwGhcnZUUNu1BjjezxwGgaj+nE4ddfiZGMn/AVU9q6g=###6760:XlxV32DM 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NcQb5sIjaEhyV9TDLo96tm8tYWgtgbRlTrDA8SRoYBOSvZGaDROkv5EDTrqwSvKxnDr1WhStgC6e8evv8mRyhHOTglYMw4kg+C2E02FqoL+qpopN+HjyHGRVDFtRyyfxlE9UWau0bkguRgOC92P4oLnoYlWYO+R1QpiPSlrzIJFpRRUoIoKLGgRG7QONU15tRJwem+54hQixRCDO0JXy1tBEjvjoGf5q6+cSDyzzRFPD9CdL2KBBGgpfTXvjupfEEffZkeODGKdb8VZ2g7cAaEQtM0GcG55qOxEswQcv0b5BoK4lX/pE6Raj72wa0aj8bVM26RKSIhzXLyHNWpFKER3sCX8EJJSwRGlSec1SWviNMPgnBdr71LbHF2xaE5mKlhDyhap+q/qtKMU4jS1Wm77jtwU+kLkbMHdDow2jtcqCvkLJPjQ0o1MbIRckUUskpogxkgpTRMphPmgP4b4vag145jWKTFaXnLUMJxHueBla3GR7TC+jhRvJoV8TLRqR66JP5EecVvq91IWUujV+JEFLcMS5Y9UUxI5CDhJFHUWuGylJWawJZ4+REYlkWbMd5P2O2SmBeRnuwwTmkDIhoYPoZHstHjn1a4gnET7+Q0T9gqKnRxhTHu2j9VG9AEi7R8TsT7sofkPhbxxrR82YGWEb9UxwtdMo35KvkNKgCSMHX3PRrwnkGybU8BzaVTjkDtr/VBEoDlKAYNyE8zGP8zHDQd5OAj9s+DQRDyOFiHoLrOhSI7p2TpSD7xmeG8ut8w7YrYF51aZ32bzcZXfifnf8eiVtqZW1Hv5vmfKouRmdkshqYHMdN1JSk6g+u+cgxUhps85CDzX9XEAubNXc9MK++TeDASSLGTLHhCQD0h8tZ7V4I3c2psUzrb2R2wo3Pco05UbuUoopOi0CttXkPwam5Dwy0mjyz5D+PcQt3/K/CHja8QuQo38JpCS6f1vglukH3dSPB4C26medBKPmJiuymvU4lXOqZzWP7azqWaEBtfuIH8Wi/oFkz29k7sZyft9a/fFq6Tsqd7OHdjas8sE3ceoOPt94bRs5Tk764L3Si71FGpWNQQODWEEYaA/8CsE1b9Z/+PeDkQ1VXUGmG6kFLUGuGzm4dKdr2oO8fSd2AdGL0PFThQRLqhIHzeE0Dgkah6D3YeFfsx1i8qMJSNOGCgDvKargx476eW+n8VPNUzvIyxqwzZ5qgRDmzsOq0W+ktFwrEv99Lg3xGlyB3NAClaSOmNE7S30/LKjcAcSRyJCoVtCdf/fkm+0nYIF94uoBqZyO0LFABxfVwdUhIqXIRUiz1pn0NLnHGztQgkCTj0ZCRv9C0YZJ20DM3XaDrxTsR3KKE8kDDoDMDJekoDhd2oketaRCURmxcfqjftHYL1loOq028rV6Y6PkBrU4COxAMXNaeJPctU6VQzSYWuVFeaRQREiq1aATIYd67DdyXP453ZGnNqg564JXVk7SBLI8xOFjoRMkwhfUHOOpOVb8CixZ0KFn5j2hWMhO9UB7oLDaarHQatdRyUt7Mq1TvPviiWeQkIp8VHUXz5B7k1/i0JMl3ECa0SGIdSfSceFCcjdLuFRs1yCqa5yIDPDEf1Xb0JHK2F90YhTkXDgNs4z875+eHbPjH9uW/5Vb/f2/F3K/XqO2ke5CvtHoF+k/lO2LDDey+y8yfpB/TZs+yPhF5g8yfZHlg8xfZP0gyxfZPsi/mNA/yL/OOT7I/kXOD3Iw8v9sWgdz###4676:XlxV32DM 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###4828:XlxV32DM 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###4716:XlxV32DM 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###4608:XlxV32DM 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###4476:XlxV32DM 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###3956:XlxV32DM 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###4076:XlxV32DM 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###4568:XlxV32DM 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###4576:XlxV32DM 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###4628:XlxV32DM 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###4804:XlxV32DM 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###4640:XlxV32DM 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###4764:XlxV32DM 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###4676:XlxV32DM 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###4644:XlxV32DM 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11e0eNqFW00a5CYOvRIYA6LnHHMA8+NldrPKl7sPZenZoMKVzqL7BVkIIQlJUMYYYym0s/8pye5mxNbmDz5N3D94t6Z9cDNUPrjRjHe7pQ8uJsQPJtqOEWPcmkDjOHCxLoz0hhyNGOOgx/jz/SyvIVtHjPGdoh/HgcF/M7SN/IH7YuMHm0THSh9G9OEt60/TE3VR+p9qQlrRF7IXfY7BrfU5f6/p376/9UNum+iVvr/5KfqX7+/9OJ39YDLRrfSpv9f0//zzV667/WP+uL//skdzf1Iz//lf/9f2Z/vPf/vf9o/b/nbOHTA9MilfrAzj4FNY4XurCKY649uUBbMoWxfFiyieNiVK7KJEd2R/SXAmIl5tKqJN4tW+jHet7CscTaHVOPhhHPhI+bIGS+TY2vMxYj2/pge/+ELPqnBdFbuoIsSmVLF3VezuAKtDWEH0ambR9fhGShWkVKHGNT9gFnUfDCjEqkTduqjbI2o3IT+ydkrrTu0KME/lJ62cairqU9EzVZNPD1vqB2eKeYWzL1c4CCaEX7gHrrLCR6o7a3k/Vtib6keMpTaKG4eXGTcqlw+5FMuKXq9P07OqwrArPe4rVfmuKu+OShwJEpVrV2L1kXGuK3wkx1PRkVb4NBtHap+W2NorMHXbT3WFfbfTEfNS4rgU2te+gKVAK2cMV2SJhtoK15PxaQ5a4WTjxrt2xBV2Mh8wi0qTqGHtC/i0GNYaWJ9qqlNNdU5TpWGqve3ruP0cqe1S7OndZSORal5hb7bLEHxaY6QQRMyPRTkmW0trUTIfSqc1jjfAbJcbeevSCsM2vLli1xcGP2AWJQ9HyBa02Wf3t7P9v6NY4/kozfYy8GyI11XcCuP82rujXLHDFUkhzksv8PndtDamDt4cmY/meT6NTTwDx5y2xNbU6++cjKQAM9byvMm3GcZ6PZAXWK/nlBgGrPlhHJg3o0zeYNbeAMd1PasZrb/QGoMemKeqw77bor0h9alSPxl88Gw6R+BdCBxhe/j6hfceE1hrnndVxhvNuFhveXfSFUsC+W3Eml+gUEes5Xub7xSs6UP1bLXmcCt59PeanlXZhkM25bwOt5tJBxsMG0JNiSSQbGwI6/FNxjUGvR7X/IBZ1HMS9eWQ6znppYVuOpeWfD/NrrAqPqRx10dZjbceosZx4Df+GIfoQVSh6a+leDMtpfzWeupbPmuJc8y38U3GNX60Po9rfsAsqh2zMEu/tV4pu1ErZGbWWUTV9G/fO/le4+PetXmc1DgwL+VTcWQsZdO5q63uE6J65Dj7ycLnKDzZSylFP3GjxOfuy/eHjO+JPdHIeQDPx2p61uzE07meIn/xS6dECoURabqnXwlY89ZLvWXG0tygVHzBoVcOl/gSbM9c/cg/mbot5dPrUThkz6W2nK8a6/ne5i+s7i/9enMlgWa3lFfY3XnNGmt9vekvmniu1v+93/N+GAptxFrfaJUAa3vCfMBoPXiic8zTgLU9Sa154+/9ZPmAtb5xcgFrfQSyZcTa3iH/oeSvRHW1Hr0/mp692Y1JQNJFc7uSvx5FC7XEVQn3RY7EOU6jsP/CmULg/8+TB5m81M1yssfCady3SYyC+1IaN9+kvwRjm7GW903+3bB8bzi8YN9zv9U41otx4HszjdpMwRtXYMafog9FH/x2SlriVvRav5qeN3ufQnd7Dd2HdMHAvZfh9ReGtM7Q+QsnMd1Qt43PUJq6ov0ouKS1OcSxlIArIZNJEvpO4tYasKccVjhy09D4wgejxnq+t/mbKcv1YDeB79CkXDvcrj3zQ2h4+M/6QGgDxvynmv9U82c1f1bzQ58IXcC3fCr0At+hxqjQKVjbTxF72SNNJfEm8v4bvV7vm/1Av5q/pn/7/taPml/bG/TTg1Fc6euuw1RqAfovfopey6/1zd786ewFhO6sWwjWXbG7e3P+nElXwRsyWwMfDDG+YY4tb/iMfFAf0hPXOBLjnFJcYexmltiWrJwJn0K5fTpj1EaM8V5/n+M4MArzbqU0FubAer478RB8Sqz2xG1lZ085swLH8Ezc0qVZHsiH8fgpVto3fa8UOAGLPZos6EuuXJoSu7+mr75J6evZ+xW9ll/Tv8kP/Wn70Pr80oeiZ2sMUyJR1n3m7H1kUzmmYzFKzvc2jpwQOViRnFHTf30vOeVtUhoL/0/LZCUPuhFR1SCbGtc1CvjB1IBZVXFy3PjquE83nR0nGK5YqErvQmGTuLuO3oXGQ0Z5/MKbSXPYVY4DrOkHbXAFkaocMxsfY6bWEWO8qHHgmz/NaQTm32X9m09Leq0/Td/jkdwGkF/Rb/044F4T7Sv6aLPUx5tZrbf46vnyci8r+lqzHAvhXNF7K5GXYl7Ra/k0/Zt80C9b49h/j+alNYGtD2LILu9oJcQVRjGHho7G2KpAc0alcaOZHhimBsxLGfv70ek2XOhLCc9SSJZCtHPqHItZYY8+Qc55hXG4G5rrwgX2v3ChHFcYyRcwL/UYU3mn+8Q2X6l8dMdOkVMNkbamWKWHFH9hMpw6P7O3Nlflra7Gs2Uf8SQFkMLg74Qe8llX0jjeU+H9Fz6obKv5a+L+biLQz1jP9zb/Lvy1PsjENmLoI/OZessDrOXF94fiv6txYHQhstwe4QQEftsPYPAvSv6i5A9K/qDkx34h5gCTEWu27Se/8kL/9j30F4ljcvJ5G/frsed5f/+dftaHk/uAZBqt9K3l1/TsjXlo79rjJfk5a4xyec1Vpo8kF15phXu2z8lMPsISS7v2kKoDS/PKlIA1Pdq7wFo+zQ/Hi+8H0Ir+cY1aV/SsqjL1IPR7BFuuwNW1BW3A0SANwuYbrlLzB9mojZqq4dkx3vhHmnEwszaBn8A5j2c13sQR4TjAt6MY5XiC72NAjQNreTG/lr+qceDb0I0KLGYOLNDX3QMwc2BpNAdm6OeQmtbGYlf0Pvk0XstqesiTqNkV/dv80D8cv1fwZrUfRQJHr+L8il7Pr+nf7Av7p7/X9Hq92h5xUbmZmX954a/pgfFM4W2/9fegZ2+d7ogPp7y1XpWK+1QqnN5Vu18h4WmQ7ZLWcbq2S+nYE2guyZO1Kwx+0W71F8Z8b/PvL/M3y3Wik+ePGsPYoml5ND5gbF6MdYmxmUh3Nb5Dqxir1tfTUGSs14NxYM3vDv2CeTPbtJlebWa5NnPr55TluA5PA85imRpXeYVwWDlivzB3094xd//e8PMGdJ5fR4JE1c2RlD39qJyCHnJka/y23m/+2KxZnkAujljLg8gPrPlhs4B5s84ppWjrh51PNin37nLkbqbkFQ6e/CS6wsMNMU3Zq7IrYE0/3CgTP4KT723JP/mJ/Jr+UkUwY1kXt/U9P1hZZCNSeHycZ4VPy4likGxLY8Tbw+C6ccawMmAW1U4VaPktqhNRXYp8U2pyXeE7JzZzhahxfcEQFZhF3SZR6/oFGm4mqjy3SZKuOyuPwBR+soZZlKZEaZMobhKlrR893ZWV2NbTVFerVnVzHevm8LkCO+70U7cIbLrSz+stBh+HJ82353jhgndBWSxX0799jxNAf4/jGeN7lSsCg9d0PB7FU/V4k6Da6568xF5OUDFvje/XGPft+hrjikPLXyqfoHih84Xxruq+YlpjR2v9fulDr19OYDplvQrf79TEerS+Md+tf6VvjMe7bp718bwumMMF7AWOBKzt4bkCnOfvdXQb5wfW+kKGA6zXC28AJnnHdkhx9jYf9K/p2Zv8mFGcL08IT2nKNzxLkoclJa0xzldUKvr7p+08P/Sp0nDT9BrHxJa572sM1VnKtJIH5z3wmzybeigCftgKYFZlmAKTPjlsvALT53nyyXfTRTqfaGo7eWKv8dMUr9MzopO0oVf3C1flKF7CKsbvhpjUST0FaKv53ubvdRP/RECt73lgOgcGzK/n01jze+Nfab2+YAMOY7fCj3xzYNH6qsqxSQUWYK2P2/FNbav5bse+rRWXJHNgOlUec9uDBJ5NBY5Kc2CqqhO/qcADjCu4amZvxfxav5qevSGOgeXrpf5dqtz5prwTbZ7ceOpofL9wlFQcGMoDP2BNf7+IFPxE+XkzgEsNYdVtvcelVKq1rOkry98zxbai1+vX9Ifl/D6q/B7rs0R5zLc1veav6Xmzphskd66T3ud5HE+Ni4EuUV7hu59D6qJCYURRjVF1zVE2TVH2eO0+4kVIofl3mdX8xvH+XeEaJ7yZkB+RuF4KjGfM85jRSS+Yr/Za3eQZejxWuBr5XWSK/EMnecHST7c6vycj8wvLU4Gv+bW8Gn/Px+tt8ssDvEACvu/77hdKHEWeF1JrfTyPO2d9gn8yM3+sB/yB4Yj4mQCinFc/Y/DqZwfA9yWeGgfeIp8yVvHDOHKOtqclfTPy+Fd+l6vptb41/dv8/l/k0z/LOGi2j6Afp2p7Uo99tf9g/7W9anr21mP0Vme1t/rLW607auKnxoVmbyP8CkyKsS6tlfdd/JTX8k26xpofHlrUSn5cbbmtF2eo3KSo+TTW/N74xxf+w26mX+M7zdapx8/7/ZpEM+Wt9UWfGCflzVF5c1TvDbW8XvVaIA/GL/x/feQKiw==###4836:XlxV32DM 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1018eNrVm0luJTcShi/jA3BmxNPGsLe+BMdlAV54JdTdHXyyyvllq7TqBtQ2kC28vznEPNEP9/Cv33xb8dFkvvxlf4VHePn+Lc+RHv+CIReAy19A2YFgARiv4HJyAbVOggvgAhjdBWxRCBaACjBfQY2OYAfoAdbrbbMbBOcV9Fyp+3ohaQCbAORtR76CibcdDSDPXFeR5cBtlwLEhbbHmUUJ1utKiQQHVkIqO0KeFNlOESDPLFcFa9UR5G03QLmCWgbBBhDatxvBRXAD5JnzygRdpHOBznWlszgXrlY2hGAFWAAGaHzaBCGV7AAmggNgTgA7wApDSpMgmJAWQO3YtgFsEHYmhwZA9QTBBCWdZDz01kD4IUlX0IPxGjPBCRBS8QH26TZB+ASP23pKBd6k+Awm+ACwXK1MFqTiawQIqXiFrQjPhMhUeGaHrUTw1g8HkLydYN+CgvkVAEI1g7uqpoZFEBcKYHyAVNQXgrBsXwFCKrFBNQOkEhtXgvGtkpSqAMGEoFDNeAPpUrltB2+pYGHAHKhggYz3kSAu5CHP6AOivRC8iiyNRVCxEryNKQHMBAu2bQQ7VkLYkR7MVYKCbUkKor06ggjoMkkK4kqiG4+IKzJJymwAB8GBbSkVJmgTPiG5ATATXNgWZp88vMkEKQk5mIYbiOgQwPjEHIzCTkgFlPJMAiujq0kCK6MbTw1qgqSwpA5/e7vtpGXzQpOWzTM3OSQEwQRkbyV7agKMNwcHECLL8apggdEhpwwQ9pkLfIK7gQiRDHSZjM+VIKJgBhMyGZ9ISq8A4aTyRE5deCYMKS2eOXGhAnnmDZApT0Ex05jymKuGVDZByHNB+wqCjjI6mLQBwieUAm+yoCalwqUu8LYoMqkQCSI3CbCy0pHaMU8oqCIbM4yyri41TmxbHcLyglQq6hVdEHaNUJPYCE6A4G3N1ASCt6qD20KpFYViqXpV6tQXQUYkKFjtMCR/A5lOctvJdJKkLKaTvO1eoBMiEwffV6C3EgJ4uwjCViLMQRJWVq60VMAb+PaTe/5U6Pahc1Lo9qHKIgw1pE4ZarhtA18cOCodF6L8zSMD5Jn0W45nbuj5ngSR1W4wTZFc6a4Eoa3M2ZSRekNQmqA5DvLXTA7htkqRMZooivZEqShEljbPZNHueduOQiRw5WgXtfJvP11Jz5HXWKAuwSHphp9LYHdD1tRECMJQhSvRQGlo2pSGFLkFKKSFMZh4JkjnAFIa2N1YZjVlYgR2N5YflXTCW4UbhxAmtCL3aegnKh1vW7Bnuux+KwrhCbqnciD69FDuPqezp4LOZenJQXO4mXm3m6b1LP+xP60ng7VdUIKFQZAFxg2ErQdeu7FLyZWdXUqydkL5aiOILgjF2ZEEN2pJ32QytGTQVMiEEaiZoHPAbUU6n4FqMjKVHYz6rLdHgalEngmpNPYVhqKZ7cGEAZ/WSiY47pozBhsGJGCgYYB2chlwW8pEfaLmUCbqk8UeE/XJEMJEfWbcttxA3LbAjiZLcDYRJypBZeNyohuvbJbOhiDLZulE+9HiFEEUQQI/Om9u6waCQ6xWloNPy1Cr5XGhDFVegRyCVFYkh8D4xbICfXwDKTLY86rUoUSQOgT2Laa+TCaXkkOIxQs1h1aSQpFVXmg51Bw8EyKLrLI3WvWtBIIsDnChHaAmbBhsiowebycWJBD2zjwTarLr9cyC+ZOBKIISnNpWglzZwIQEK9udaSVBhvjNM9EUbpTnhsgCzX5v9lsoFUSTAA9WHTLkFjJBJl4FIAvM6gm2n85Nq8toJ8PVVId+S8zctkITAkkRZoIKsEWMKRdBTAWRPleHRpcM3nYiZe+DINobA6R42Iq6RrBi2xsIn4ASrHpIRdBmNVCxrRDEAGVUgKgmZShBlCadZ1a05QZJwXRFRiQ4sW0CCBOUQXBMNL955tjYNgCcbLiTt+yCwY3X4NjecASR7dEcAlpkGT31yrlMdmA8Ry+KNwYGwt9ucOg2lyk3sMB4waGAcJVR3hrYAcLKAjLp7BtBPiMA48NkF4xnLnbBcGbktGxtgmwdQGQxsP3IlRF5gnAlh8cYjRqIrDbCymJlOZEIllv9VCMml+12DczI2o0AsLth0lUjZmTN8xqckTmu5IzMYWVCztYwa6icqQT0FQxk1wyONOEFRUs8k639lAnyGQnB2zyZ296ayFx5ayLztrcmMmzL4gcuBE+Q+AQgwRMkTPkbo2ZaHETgzIw0uzH2ZYoMraOa8RRJyb58q4wgz4xMuqKJYOACiJCa5XpmZS6TpQCEbeXGJ1ckpfHJFdiXJ870ShBnooStxSFnwxSxlnBlfGCMH3g8EKjUExfySDrEOxrS9UwJE0EKM08DMfidEeBC1ETFIBEt77QIwsoCsiCx5A9MACkR7wPC4LZIBUPfACHsgFmDgQvgBAh5ZlS6kvgUCUWBcGQcYLySUHUGqKaBoDPzTHYMUdFLRqgJ6JFIRjs5INszEEUBcjbJeNcSkHlJhh8KyJ8kL0oFIsvoeYUGqZQAUtogCFvBAxQpGezDAxQpBQrWwKEiEFmDxhcE19CgtwUhMugmCPYpFKxsqKZ2gmCfQmSW0V1VE5MOA5F5obCUCivLyIcNhMZvnlm5LdSkigcINamN2waCGDEg85IKJ5UXSZl4hjl5W1S6eYFOQeciY/otguZExpzVQOSmSAVEMH/ImCeLlAYQdAoqozwhT4H2ZTx6MRBSmaQTqpnHJIhaY3DbDQ6NThDZO+o4UbSdM8pDA8FbPCgyMsEEVJ0GQodQzIoiAOQBy+YoLaOwFMWjl4COm7EW7g0DCNHJymgRZJ8FjNeNip5K3QJENitBiAyvjaShYZkZ0BvSrIyXBdJovIz2TWhlUOrWqbeeIETGPKFNigy8bYsiA287ElGP95IGVoDQPs6kPB5JGFgAgn29XnnrN8/EKzm/eWbjbT1B3HYTZGq3eVton8cDMRnoP3g8tDEQt8VDOPMXCWAn2ACCTo6F/OKZGK/6xTPh3jw1fsC9eSr1wLTB00kNNH48/dDY4C31duL1mKdqzsAzQcrMXFkJQmR0UhP5rWdmPKlDzG834woKf/URvIXv04hqOeE/utAIb5IwhdeIF4gJmbFGxLIkPBOeOuFtlEbkYAlvozSyBUg62WxIeC6jkf4WVaTWzLCMlRVDqYD2jQoaPwGPKS3mTIAJIGbXAY91VCOcMRmvmaUXQeTxHm5cF5xxQj7UHI0XzcNW0eBIyDCaosT0Cytb4oPcq8i6L4yfV+3rCbxNGKb3hNl1wry8p8ky6LKt/fPrr7+/jmEWU5MJN6Vlv/z2mvyrb28Dl0d+jJP7DPvhMbq5w9GtaB3dLv+n/bZfvp//79NYHxZr+jZZDlnrLDt/ma7ZZ5+P/aaunE8+n3k+wz5Gm33S+RxAzl9iK1S9fdr5DDmfc67f5wb1fLp9LAf5cY3xbPmGR9wPu4/JwSg3ORpbTd9Nw+xH023znyYFI85sy5TnvPE4AfQ8Uj99tvMe/bwd9LbsxM7TXjtzoDPq9rb2vDDwtvqMf84jqeMbT4Z3yvyTqpxS7RQj5z++Oa7xPGo7Wcp5znnqkNM6PTlzsPWnf30aRUfDj4BPIXwCznFSp0d05hXR1p8a+MSaaOvP4Py8UDwTifNwN7mXX4zyt7a6MaE/B/bp0R+xzPWI1QiK1ZxXrOrsM+w3MW7E86IuSh32MVOIciJAeO4VHjnu51/uOQj5w4+0H+31j2wMiK9/nvb0N/vNbnH+9ziMl+8/B/1nYPgMjJ+B6TMwfwaWz8D6GSifgXos6gggPwVQH1FNIaJabIiq2z5mUrGd5e2U5R8xW/9hdvk/Y/YhfDw7etn+jc3Sw9gsmYvNEv/4zFDfybWl+k6v1XX2V1oWw3v9h/T0XyXdf7bS/7vyjYD+TkA3k4u9mK30ZjLsp/33EQFLvxQBx2m9EXCEEYc5lTiKOYBx+u4fEtC+FAHPWvmNgG7MH/s8sjAXGufJHz4kIH0tAsY7AVPOx8rpOC0Ex7l+RsD+WgTsdwKWPx8L9nFZMh7XaQ1/RMB2X4qA+MMLrWnas0+s2xYxLesNP/FCX0sC8YcNbDXm72G3cZbLpGce8KEKjf8ZAX8D2YxbpA==###2288:XlxV32DM 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\ No newline at end of file
Index: mcip_open/trunk/Program_Counter.vhd
===================================================================
--- mcip_open/trunk/Program_Counter.vhd (revision 5)
+++ mcip_open/trunk/Program_Counter.vhd (nonexistent)
@@ -1,175 +0,0 @@
---------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
--- Progect Supervisor: Dr H. Chemali
--- Create Date: 19:22:33 05/19/05
--- Design Name: Program Counter
--- Module Name: Program_Counter - Counter
--- Project Name: Microcontroller IP (MCIP)
--- Target Device: xc3s500e-4fg320
--- Tool versions: Xilinx ISE 9.1.03i
--- Description: The Program Counter (PC) specifies the address
--- of the instruction to fetch for execution and addresses
--- each byte in the program memory. this module includes
--- also the Stack memory of 32 levels.
--- Revision: 07/06/2008
--- Revision 6
--- Additional Comments: The PC structure is PCU<4:0>:PCH<7:0>:PCL<7:0>
--- and is equivalent to PC<20:0>.
---------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-use IEEE.STD_LOGIC_UNSIGNED.ALL;
-
-
-entity Program_Counter is
- Generic ( STKPTR_length : integer := 5; -- Stack Pointer Length -- < 6
- STVREN : std_logic := '1'); -- Stack Overflow/Underflow Reset Enable bit
- Port ( nreset : in std_logic;
- Q2 : in std_logic;
- Q4 : in std_logic;
- Command_vector : in std_logic_vector(6 downto 0);
- Branch_data : in std_logic_vector(11 downto 0);
- stack_overflow : out std_logic;
- IAddress : out std_logic_vector(20 downto 1));
-end Program_Counter;
-
-architecture Behavioral of Program_Counter is
-
-component Stack_ram
- Generic ( STKPTR_length : integer := STKPTR_length );
- Port ( Q : in std_logic;
- write_enable : in std_logic;
- STKPTR : in std_logic_vector(STKPTR_length-1 downto 0);
- Data_write : in std_logic_vector(20 downto 1);
- Data_read : out std_logic_vector(20 downto 1));
-end component Stack_ram;
-
- signal PCL : std_logic_vector(7 downto 1);
- signal PCH : std_logic_vector(7 downto 0);
- signal PCU : std_logic_vector(4 downto 0);
- signal STKPTR : std_logic_vector(STKPTR_length-1 downto 0);
-
- signal latch1 : std_logic_vector(19 downto 0);
- signal PNTR : std_logic_vector(STKPTR_length-1 downto 0);
- signal PNTRp1 : std_logic_vector(STKPTR_length-1 downto 0);
- signal pushed_addr : std_logic_vector(20 downto 1);
- signal write_stack_enable : std_logic;
-
- signal PC : std_logic_vector(20 downto 1);
- signal PCcall : std_logic_vector(20 downto 1);
- signal TOS : std_logic_vector(20 downto 1);
- signal PCs : std_logic_vector(19 downto 0);
- signal PC_addr : std_logic_vector(19 downto 0);
- signal offset : std_logic_vector(19 downto 0);
- signal Br_data : std_logic_vector(7 downto 0);
-
- alias V : std_logic_vector(6 downto 0) is Command_vector;
-
- signal STKPTRfull : std_logic_vector(STKPTR_length-1 downto 0);
- signal STKPTRzero : std_logic_vector(STKPTR_length-1 downto 0);
-
-begin
-
-stack : Stack_ram
-Port map ( Q => Q4,
- write_enable => write_stack_enable,
- STKPTR => PNTR,
- Data_write => pushed_addr,
- Data_read => TOS);
-
- PC <= PCU&PCH&PCL;
- PCcall <= Branch_data&Br_data;
- PNTRp1 <= STKPTR + "1";
-
- write_stack_enable <= '1' when Command_vector(4 downto 3) = "11" else
- '0';
- pushed_addr <= latch1;
- PNTR <= PNTRp1 when V(4 downto 3) = "11" else
- STKPTR;
-
- STKPTRzero <= (others => '0');
- STKPTRfull <= (others => '1');
-
-
- offset <= "00"&x"00"&Branch_data(9 downto 0) when V(2 downto 1) = "11" and
- V(5) = '0' and
- Branch_data(10) = '0' else
- "11"&x"ff"&Branch_data(9 downto 0) when V(2 downto 1) = "11" and
- V(5) = '0' and
- Branch_data(10) = '1' else
- x"000"&Branch_data(7 downto 0) when V(2 downto 1) = "10" and
- V(5) = '0' and
- Branch_data(7) = '0' else
- x"fff"&Branch_data(7 downto 0) when V(2 downto 1) = "10" and
- V(5) = '0' and
- Branch_data(7) = '1' else
- x"00001";
- PC_addr <= PCcall(20 downto 1) + "1" when V(5) = '1' else
- PC(20 downto 1) + offset;
- PCs <= PC_addr when V(0) = '0' else
- latch1;
-
- IAddress <= PCcall when V(5) = '1' else
- PC;
-
-Load_latchs : process (nreset, Q4, PCU, PCH,
- PCs, V(4), V(3), latch1, PNTRp1)
- begin
- if nreset = '0' then
- PCL <= (others => '0');
- PCH <= (others => '0');
- PCU <= (others => '0');
- STKPTR <= (others => '0');
- stack_overflow <= '0';
- else
- if Q4'event and Q4='1' then
- PCL <= PCs(6 downto 0);
- PCH <= PCs(14 downto 7);
- PCU <= PCs(19 downto 15);
- if V(4) = '1' then
- if V(3) = '1' then -- PUCH --> stack
- if STKPTR = STKPTRfull then
- if STVREN = '1' then
- stack_overflow <= '1';
- end if;
- else
- STKPTR <= PNTRp1;
- end if;
- else -- POP <-- stack
- if STKPTR = STKPTRzero then
- if STVREN = '1' then
- stack_overflow <= '1';
- end if;
- else
- STKPTR <= STKPTR - "1";
- end if;
- end if;
- end if;
- end if;
- end if;
- end process;
-
- process(nreset, Q2, V(6 downto 5), Branch_data,
- V(3), V(4), PC, TOS)
- begin
- if nreset = '0' then
- latch1 <= (others => '0');
- Br_data <= (others => '0');
- else
- if Q2'event and Q2='1' then
- if V(6 downto 5) = "10" then
- Br_data <= Branch_data(7 downto 0);
- end if;
- if V(4) = '1' then
- if V(3) = '1' then
- latch1 <= PCU&PCH&PCL;
- else
- latch1 <= TOS; --(20 downto 1);
- end if;
- end if;
- end if;
- end if;
- end process;
-
-end Behavioral;
\ No newline at end of file
Index: mcip_open/trunk/Memory_bank.vhd
===================================================================
--- mcip_open/trunk/Memory_bank.vhd (revision 5)
+++ mcip_open/trunk/Memory_bank.vhd (nonexistent)
@@ -1,60 +0,0 @@
-----------------------------------------------------------------------------------
--- Company: Ferhat Abbas University - Algeria
--- Engineer: Ibrahim MEZZAH
---
--- Create Date: 15:58:29 06/17/2013
--- Design Name:
--- Module Name: Memory_bank - Behavioral
--- Project Name:
--- Target Devices:
--- Tool versions:
--- Description:
---
--- Dependencies:
---
--- Revision:
--- Revision 0.01 - File Created
--- Additional Comments:
---
-----------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-use IEEE.STD_LOGIC_UNSIGNED.ALL;
-
-entity Memory_bank is
- Port ( Address : in std_logic_vector(7 downto 0);
- enable : in std_logic;
- RE : in std_logic;
- WE : in std_logic;
- Q1 : in std_logic;
- Q4 : in std_logic;
- DATA : inout std_logic_vector(7 downto 0));
-end Memory_bank;
-
-architecture Behavioral of Memory_bank is
-
- type Ram_Table is array(0 to 255) of std_logic_vector(7 downto 0);
-
- signal Bank : Ram_Table := (others => X"00");
-
- signal data_read : std_logic_vector(7 downto 0);
- signal data_write : std_logic_vector(7 downto 0);
-
-begin
-
- data_read <= Bank(CONV_INTEGER(Address));
- data_write <= DATA;
-
- DATA <= data_read when enable = '1' and RE = '1' and Q1 = '1' else (others => 'Z');
-
- process
- begin
- wait until rising_edge(Q4);
- if enable = '1' and WE = '1' then
- Bank(CONV_INTEGER(Address)) <= data_write;
- end if;
- end process;
-
-
-end Behavioral;
-
Index: mcip_open/trunk/iseconfig/MCIPopen_mcu_example.xreport
===================================================================
--- mcip_open/trunk/iseconfig/MCIPopen_mcu_example.xreport (revision 5)
+++ mcip_open/trunk/iseconfig/MCIPopen_mcu_example.xreport (nonexistent)
@@ -1,215 +0,0 @@
-
-
-
- 2015-07-25T14:43:24
- LCDapp_MCIPopen
- 2015-07-25T12:09:53
- F:/CDTA/VHDL Projects/MCIPopen/iseconfig/MCIPopen_mcu_example.xreport
- F:/CDTA/VHDL Projects/MCIPopen
- 2015-07-25T08:29:43
- false
-
-
-
-
-
-
-
-
-
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Index: mcip_open/trunk/iseconfig/MCIPopen.xreport
===================================================================
--- mcip_open/trunk/iseconfig/MCIPopen.xreport (revision 5)
+++ mcip_open/trunk/iseconfig/MCIPopen.xreport (nonexistent)
@@ -1,215 +0,0 @@
-
-
-
- 2014-04-13T00:05:57
- Address_Provider
- 2014-04-13T00:04:28
- D:/Doctorat/Projets VHDL/MCIPopen/iseconfig/MCIPopen.xreport
- D:/Doctorat/Projets VHDL/MCIPopen
- 2014-04-12T23:47:23
- false
-
-
-
-
-
-
-
-
-
-
-
-
-
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-
Index: mcip_open/trunk/iseconfig/Address_Provider.xreport
===================================================================
--- mcip_open/trunk/iseconfig/Address_Provider.xreport (revision 5)
+++ mcip_open/trunk/iseconfig/Address_Provider.xreport (nonexistent)
@@ -1,215 +0,0 @@
-
-
-
- 2014-04-23T23:41:48
- Instruction_Decoder
- 2014-04-23T23:41:37
- D:/Doctorat/Projets VHDL/MCIPopen/iseconfig/Address_Provider.xreport
- D:/Doctorat/Projets VHDL/MCIPopen\
- 2014-04-23T23:41:48
- false
-
-
-
-
-
-
-
-
-
-
-
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Index: mcip_open/trunk/iseconfig/IP_Basic_Core.xreport
===================================================================
--- mcip_open/trunk/iseconfig/IP_Basic_Core.xreport (revision 5)
+++ mcip_open/trunk/iseconfig/IP_Basic_Core.xreport (nonexistent)
@@ -1,215 +0,0 @@
-
-
-
- 2014-04-11T06:56:46
- PORTs
- 2014-04-11T06:47:37
- D:/Doctorat/Projets VHDL/MCIPopen/iseconfig/IP_Basic_Core.xreport
- D:/Doctorat/Projets VHDL/MCIPopen
- 2014-04-11T06:47:00
- false
-
-
-
-
-
-
-
-
-
-
-
-
-
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Index: mcip_open/trunk/iseconfig/Instruction_Decoder.xreport
===================================================================
--- mcip_open/trunk/iseconfig/Instruction_Decoder.xreport (revision 5)
+++ mcip_open/trunk/iseconfig/Instruction_Decoder.xreport (nonexistent)
@@ -1,215 +0,0 @@
-
-
-
- 2015-07-24T18:28:13
- MCIPopen_mcu_example
- 2015-07-24T15:45:13
- D:/Doctorat/Projets VHDL/MCIPopen/iseconfig/Instruction_Decoder.xreport
- D:/Doctorat/Projets VHDL/MCIPopen\
- 2015-07-24T18:28:12
- false
-
-
-
-
-
-
-
-
-
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Index: mcip_open/trunk/iseconfig/PORTs.xreport
===================================================================
--- mcip_open/trunk/iseconfig/PORTs.xreport (revision 5)
+++ mcip_open/trunk/iseconfig/PORTs.xreport (nonexistent)
@@ -1,215 +0,0 @@
-
-
-
- 2014-04-12T22:07:38
- MCIPopen
- 2014-04-12T00:18:35
- D:/Doctorat/Projets VHDL/MCIPopen/iseconfig/PORTs.xreport
- D:/Doctorat/Projets VHDL/MCIPopen
- 2014-04-12T22:07:18
- false
-
-
-
-
-
-
-
-
-
-
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Index: mcip_open/trunk/iseconfig/MCIPopen.projectmgr
===================================================================
--- mcip_open/trunk/iseconfig/MCIPopen.projectmgr (revision 5)
+++ mcip_open/trunk/iseconfig/MCIPopen.projectmgr (nonexistent)
@@ -1,129 +0,0 @@
-
-
-
-
-
-
-
-
- 2
- /IP_Basic_Core - mapping D:|Doctorat|Projets VHDL|MCIPopen|IP_Core.vhd/CPU_block - CPU - CPUnit
- /IP_Basic_Core - mapping D:|Doctorat|Projets VHDL|MCIPopen|IP_Core.vhd/RPW_block - RPW - Behavioral
- /MCIPopen - mapping D:|Doctorat|Projets VHDL|MCIPopen|MCIPopen.vhd/CPU_block - CPU - CPUnit
- /MCIPopen - mapping D:|Doctorat|Projets VHDL|MCIPopen|MCIPopen.vhd/CPU_block - CPU - CPUnit/InstructionDecoder - Instruction_Decoder - Decode_Control
- /MCIPopen - mapping D:|Doctorat|Projets VHDL|MCIPopen|MCIPopen.vhd/CPU_block - CPU - CPUnit/OperationUnit - Operation_Unit - Behavioral
- /MCIPopen - mapping D:|Doctorat|Projets VHDL|MCIPopen|MCIPopen.vhd/CPU_block - CPU - CPUnit/OperationUnit - Operation_Unit - Calcul/ALUnit - ALU - simple
- /MCIPopen - mapping D:|Doctorat|Projets VHDL|MCIPopen|MCIPopen.vhd/CPU_block - CPU - CPUnit/PC - Program_Counter - Behavioral
- /MCIPopen_mcu_example - Behavioral D:|Doctorat|Projets VHDL|MCIPopen|MCIPopen_mcu_example.vhd/MCIPcore - MCIPopen - mapping
-
-
- MCIPopen_mcu_example - Behavioral (D:/Doctorat/Projets VHDL/MCIPopen/MCIPopen_mcu_example.vhd)
-
- 0
- 0
- 000000ff0000000000000001000000010000000000000000000000000000000002020000000100000001000000640000029d000000020000000000000000000000000200000064ffffffff0000008100000003000000020000029d0000000100000003000000000000000100000003
- true
- MCIPopen_mcu_example - Behavioral (D:/Doctorat/Projets VHDL/MCIPopen/MCIPopen_mcu_example.vhd)
-
-
-
- 1
- Design Utilities
-
-
-
-
- 0
- 0
- 000000ff000000000000000100000001000000000000000000000000000000000000000000000000f8000000010000000100000000000000000000000064ffffffff000000810000000000000001000000f80000000100000000
- false
-
-
-
-
- 1
-
-
- 0
- 0
- 000000ff0000000000000001000000000000000001000000000000000000000000000000000000027d000000040101000100000000000000000000000064ffffffff000000810000000000000004000000aa0000000100000000000000240000000100000000000000660000000100000000000001490000000100000000
- false
- Address_Provider.vhd
-
-
-
- 1
-
-
- Use_Pack.vhd
-
- 8
- 0
- 000000ff000000000000000100000000000000000100000000000000000000000000000000000000f8000000010001000100000000000000000000000064ffffffff000000810000000000000001000000f80000000100000000
- false
- Use_Pack.vhd
-
- 000000ff0000000000000002000000f2000000ae01000000050100000002
- Implementation
-
-
- 1
- Configure Target Device
- Design Utilities
- Implement Design
- User Constraints
-
-
- Synthesize - XST
-
- 0
- 0
- 000000ff000000000000000100000001000000000000000000000000000000000000000000000000e7000000010000000100000000000000000000000064ffffffff000000810000000000000001000000e70000000100000000
- false
- Synthesize - XST
-
-
-
- 2
- /MCIPopen - mapping D:|Doctorat|Projets VHDL|MCIPopen|IP_Core.vhd
- /tb_PORTs - behavior D:|Doctorat|Projets VHDL|MCIPopen|tb_PORTs.vhd
- /tb_testOldMCIP - behavior D:|Doctorat|Projets VHDL|MCIPopen|tb_testOldMCIP.vhd/uut - IP_Basic_Core - mapping
- /tb_testOldMCIP - behavior D:|Doctorat|Projets VHDL|MCIPopen|tb_testOldMCIP.vhd/uut - MCIPopen - mapping/CPU_block - CPU - CPUnit
-
-
- tb_PLL - behavior (D:/Doctorat/Projets VHDL/MCIPopen/tb_PLL.vhd)
-
- 0
- 0
- 000000ff0000000000000001000000010000000000000000000000000000000002020000000100000001000000640000017b000000020000000000000000000000000200000064ffffffff0000008100000003000000020000017b0000000100000003000000000000000100000003
- true
- tb_PLL - behavior (D:/Doctorat/Projets VHDL/MCIPopen/tb_PLL.vhd)
-
-
-
- 1
- Design Utilities
-
-
-
-
- 0
- 0
- 000000ff000000000000000100000001000000000000000000000000000000000000000000000000f8000000010000000100000000000000000000000064ffffffff000000810000000000000001000000f80000000100000000
- false
-
-
-
-
- 1
-
-
- Behavioral Check Syntax
-
- 0
- 0
- 000000ff000000000000000100000001000000000000000000000000000000000000000000000000f8000000010000000100000000000000000000000064ffffffff000000810000000000000001000000f80000000100000000
- false
- Behavioral Check Syntax
-
-
- -
Environment Settings | -||||
Environment Variable | -xst | -ngdbuild | -map | -par | -
PATHEXT | -.COM; .EXE; .BAT; .CMD; .VBS; .VBE; .JS; .JSE; .WSF; .WSH; .MSC |
-.COM; .EXE; .BAT; .CMD; .VBS; .VBE; .JS; .JSE; .WSF; .WSH; .MSC |
-.COM; .EXE; .BAT; .CMD; .VBS; .VBE; .JS; .JSE; .WSF; .WSH; .MSC |
-.COM; .EXE; .BAT; .CMD; .VBS; .VBE; .JS; .JSE; .WSF; .WSH; .MSC |
-
Path | -C:\Xilinx\14.2\ISE_DS\ISE\\lib\nt64; C:\Xilinx\14.2\ISE_DS\ISE\\bin\nt64; C:\Xilinx\14.2\ISE_DS\ISE\bin\nt64; C:\Xilinx\14.2\ISE_DS\ISE\lib\nt64; C:\Xilinx\Vivado\2012.2\bin; C:\Xilinx\14.2\ISE_DS\PlanAhead\bin; C:\Xilinx\14.2\ISE_DS\EDK\bin\nt64; C:\Xilinx\14.2\ISE_DS\EDK\lib\nt64; C:\Xilinx\14.2\ISE_DS\EDK\gnu\microblaze\nt64\bin; C:\Xilinx\14.2\ISE_DS\EDK\gnu\powerpc-eabi\nt64\bin; C:\Xilinx\14.2\ISE_DS\EDK\gnuwin\bin; C:\Xilinx\14.2\ISE_DS\EDK\gnu\arm\nt64\bin; C:\Xilinx\14.2\ISE_DS\common\bin\nt64; C:\Xilinx\14.2\ISE_DS\common\lib\nt64; C:\Program Files (x86)\Microchip\mplabc18\v3.41\mpasm; C:\Program Files (x86)\Microchip\mplabc18\v3.41\bin; C:\Program Files\mips\NavigatorICS\bin; C:\Program Files\mips\NavigatorConsole\bin; C:\Windows\system32; C:\Windows; C:\Windows\System32\Wbem; C:\Windows\System32\WindowsPowerShell\v1.0\; C:\Program Files (x86)\MiKTeX 2.9\miktex\bin\; C:\mast; C:\Program Files (x86)\MATLAB\R2007b\bin; C:\Program Files (x86)\MATLAB\R2007b\bin\win32; C:\Program Files (x86)\MATLAB\R2007b\toolbox\scheduling; C:\Program Files (x86)\MATLAB\R2007b\toolbox\scheduling\stdemos; C:\Program Files (x86)\Java\jdk1.7.0_04\bin; C:\Program Files (x86)\Microchip\MPLAB C32 Suite\bin; C:\Program Files (x86)\QuickTime\QTSystem\; C:\Program Files (x86)\Skype\Phone\ |
-C:\Xilinx\14.2\ISE_DS\ISE\\lib\nt64; C:\Xilinx\14.2\ISE_DS\ISE\\bin\nt64; C:\Xilinx\14.2\ISE_DS\ISE\bin\nt64; C:\Xilinx\14.2\ISE_DS\ISE\lib\nt64; C:\Xilinx\Vivado\2012.2\bin; C:\Xilinx\14.2\ISE_DS\PlanAhead\bin; C:\Xilinx\14.2\ISE_DS\EDK\bin\nt64; C:\Xilinx\14.2\ISE_DS\EDK\lib\nt64; C:\Xilinx\14.2\ISE_DS\EDK\gnu\microblaze\nt64\bin; C:\Xilinx\14.2\ISE_DS\EDK\gnu\powerpc-eabi\nt64\bin; C:\Xilinx\14.2\ISE_DS\EDK\gnuwin\bin; C:\Xilinx\14.2\ISE_DS\EDK\gnu\arm\nt64\bin; C:\Xilinx\14.2\ISE_DS\common\bin\nt64; C:\Xilinx\14.2\ISE_DS\common\lib\nt64; C:\Program Files (x86)\Microchip\mplabc18\v3.41\mpasm; C:\Program Files (x86)\Microchip\mplabc18\v3.41\bin; C:\Program Files\mips\NavigatorICS\bin; C:\Program Files\mips\NavigatorConsole\bin; C:\Windows\system32; C:\Windows; C:\Windows\System32\Wbem; C:\Windows\System32\WindowsPowerShell\v1.0\; C:\Program Files (x86)\MiKTeX 2.9\miktex\bin\; C:\mast; C:\Program Files (x86)\MATLAB\R2007b\bin; C:\Program Files (x86)\MATLAB\R2007b\bin\win32; C:\Program Files (x86)\MATLAB\R2007b\toolbox\scheduling; C:\Program Files (x86)\MATLAB\R2007b\toolbox\scheduling\stdemos; C:\Program Files (x86)\Java\jdk1.7.0_04\bin; C:\Program Files (x86)\Microchip\MPLAB C32 Suite\bin; C:\Program Files (x86)\QuickTime\QTSystem\; C:\Program Files (x86)\Skype\Phone\ |
-C:\Xilinx\14.2\ISE_DS\ISE\\lib\nt64; C:\Xilinx\14.2\ISE_DS\ISE\\bin\nt64; C:\Xilinx\14.2\ISE_DS\ISE\bin\nt64; C:\Xilinx\14.2\ISE_DS\ISE\lib\nt64; C:\Xilinx\Vivado\2012.2\bin; C:\Xilinx\14.2\ISE_DS\PlanAhead\bin; C:\Xilinx\14.2\ISE_DS\EDK\bin\nt64; C:\Xilinx\14.2\ISE_DS\EDK\lib\nt64; C:\Xilinx\14.2\ISE_DS\EDK\gnu\microblaze\nt64\bin; C:\Xilinx\14.2\ISE_DS\EDK\gnu\powerpc-eabi\nt64\bin; C:\Xilinx\14.2\ISE_DS\EDK\gnuwin\bin; C:\Xilinx\14.2\ISE_DS\EDK\gnu\arm\nt64\bin; C:\Xilinx\14.2\ISE_DS\common\bin\nt64; C:\Xilinx\14.2\ISE_DS\common\lib\nt64; C:\Program Files (x86)\Microchip\mplabc18\v3.41\mpasm; C:\Program Files (x86)\Microchip\mplabc18\v3.41\bin; C:\Program Files\mips\NavigatorICS\bin; C:\Program Files\mips\NavigatorConsole\bin; C:\Windows\system32; C:\Windows; C:\Windows\System32\Wbem; C:\Windows\System32\WindowsPowerShell\v1.0\; C:\Program Files (x86)\MiKTeX 2.9\miktex\bin\; C:\mast; C:\Program Files (x86)\MATLAB\R2007b\bin; C:\Program Files (x86)\MATLAB\R2007b\bin\win32; C:\Program Files (x86)\MATLAB\R2007b\toolbox\scheduling; C:\Program Files (x86)\MATLAB\R2007b\toolbox\scheduling\stdemos; C:\Program Files (x86)\Java\jdk1.7.0_04\bin; C:\Program Files (x86)\Microchip\MPLAB C32 Suite\bin; C:\Program Files (x86)\QuickTime\QTSystem\; C:\Program Files (x86)\Skype\Phone\ |
-C:\Xilinx\14.2\ISE_DS\ISE\\lib\nt64; C:\Xilinx\14.2\ISE_DS\ISE\\bin\nt64; C:\Xilinx\14.2\ISE_DS\ISE\bin\nt64; C:\Xilinx\14.2\ISE_DS\ISE\lib\nt64; C:\Xilinx\Vivado\2012.2\bin; C:\Xilinx\14.2\ISE_DS\PlanAhead\bin; C:\Xilinx\14.2\ISE_DS\EDK\bin\nt64; C:\Xilinx\14.2\ISE_DS\EDK\lib\nt64; C:\Xilinx\14.2\ISE_DS\EDK\gnu\microblaze\nt64\bin; C:\Xilinx\14.2\ISE_DS\EDK\gnu\powerpc-eabi\nt64\bin; C:\Xilinx\14.2\ISE_DS\EDK\gnuwin\bin; C:\Xilinx\14.2\ISE_DS\EDK\gnu\arm\nt64\bin; C:\Xilinx\14.2\ISE_DS\common\bin\nt64; C:\Xilinx\14.2\ISE_DS\common\lib\nt64; C:\Program Files (x86)\Microchip\mplabc18\v3.41\mpasm; C:\Program Files (x86)\Microchip\mplabc18\v3.41\bin; C:\Program Files\mips\NavigatorICS\bin; C:\Program Files\mips\NavigatorConsole\bin; C:\Windows\system32; C:\Windows; C:\Windows\System32\Wbem; C:\Windows\System32\WindowsPowerShell\v1.0\; C:\Program Files (x86)\MiKTeX 2.9\miktex\bin\; C:\mast; C:\Program Files (x86)\MATLAB\R2007b\bin; C:\Program Files (x86)\MATLAB\R2007b\bin\win32; C:\Program Files (x86)\MATLAB\R2007b\toolbox\scheduling; C:\Program Files (x86)\MATLAB\R2007b\toolbox\scheduling\stdemos; C:\Program Files (x86)\Java\jdk1.7.0_04\bin; C:\Program Files (x86)\Microchip\MPLAB C32 Suite\bin; C:\Program Files (x86)\QuickTime\QTSystem\; C:\Program Files (x86)\Skype\Phone\ |
-
XILINX | -C:\Xilinx\14.2\ISE_DS\ISE\ | -C:\Xilinx\14.2\ISE_DS\ISE\ | -C:\Xilinx\14.2\ISE_DS\ISE\ | -C:\Xilinx\14.2\ISE_DS\ISE\ | -
XILINX_DSP | -C:\Xilinx\14.2\ISE_DS\ISE | -C:\Xilinx\14.2\ISE_DS\ISE | -C:\Xilinx\14.2\ISE_DS\ISE | -C:\Xilinx\14.2\ISE_DS\ISE | -
XILINX_EDK | -C:\Xilinx\14.2\ISE_DS\EDK | -C:\Xilinx\14.2\ISE_DS\EDK | -C:\Xilinx\14.2\ISE_DS\EDK | -C:\Xilinx\14.2\ISE_DS\EDK | -
XILINX_FOR_ALTIUM_OVERRIDE | -- | - | - | - |
XILINX_PLANAHEAD | -C:\Xilinx\14.2\ISE_DS\PlanAhead | -C:\Xilinx\14.2\ISE_DS\PlanAhead | -C:\Xilinx\14.2\ISE_DS\PlanAhead | -C:\Xilinx\14.2\ISE_DS\PlanAhead | -
XILINX_VIVADO | -C:\Xilinx\Vivado\2012.2 | -C:\Xilinx\Vivado\2012.2 | -C:\Xilinx\Vivado\2012.2 | -C:\Xilinx\Vivado\2012.2 | -
Synthesis Property Settings | -|||
Switch Name | -Property Name | -Value | -Default Value | -
-ifn | -- | LCDapp_MCIPopen.prj | -- |
-ifmt | -- | mixed | -MIXED | -
-ofn | -- | LCDapp_MCIPopen | -- |
-ofmt | -- | NGC | -NGC | -
-p | -- | xc3s500e-4-fg320 | -- |
-top | -- | LCDapp_MCIPopen | -- |
-opt_mode | -Optimization Goal | -Speed | -SPEED | -
-opt_level | -Optimization Effort | -1 | -1 | -
-iuc | -Use synthesis Constraints File | -NO | -NO | -
-keep_hierarchy | -Keep Hierarchy | -No | -NO | -
-netlist_hierarchy | -Netlist Hierarchy | -As_Optimized | -as_optimized | -
-rtlview | -Generate RTL Schematic | -Yes | -NO | -
-glob_opt | -Global Optimization Goal | -AllClockNets | -ALLCLOCKNETS | -
-read_cores | -Read Cores | -YES | -YES | -
-write_timing_constraints | -Write Timing Constraints | -NO | -NO | -
-cross_clock_analysis | -Cross Clock Analysis | -NO | -NO | -
-bus_delimiter | -Bus Delimiter | -<> | -<> | -
-slice_utilization_ratio | -Slice Utilization Ratio | -100 | -100% | -
-bram_utilization_ratio | -BRAM Utilization Ratio | -100 | -100% | -
-verilog2001 | -Verilog 2001 | -YES | -YES | -
-fsm_extract | -- | YES | -YES | -
-fsm_encoding | -- | Auto | -AUTO | -
-safe_implementation | -- | No | -NO | -
-fsm_style | -- | LUT | -LUT | -
-ram_extract | -- | Yes | -YES | -
-ram_style | -- | Auto | -AUTO | -
-rom_extract | -- | Yes | -YES | -
-shreg_extract | -- | YES | -YES | -
-rom_style | -- | Auto | -AUTO | -
-auto_bram_packing | -- | NO | -NO | -
-resource_sharing | -- | YES | -YES | -
-async_to_sync | -- | NO | -NO | -
-mult_style | -- | Auto | -AUTO | -
-iobuf | -- | YES | -YES | -
-max_fanout | -- | 500 | -500 | -
-bufg | -- | 24 | -24 | -
-register_duplication | -- | YES | -YES | -
-register_balancing | -- | No | -NO | -
-optimize_primitives | -- | NO | -NO | -
-use_clock_enable | -- | Yes | -YES | -
-use_sync_set | -- | Yes | -YES | -
-use_sync_reset | -- | Yes | -YES | -
-iob | -- | Auto | -AUTO | -
-equivalent_register_removal | -- | YES | -YES | -
-slice_utilization_ratio_maxmargin | -- | 5 | -0% | -
Translation Property Settings | -|||
Switch Name | -Property Name | -Value | -Default Value | -
-intstyle | -- | ise | -None | -
-dd | -- | _ngo | -None | -
-p | -- | xc3s500e-fg320-4 | -None | -
-uc | -- | LCDapp_MCIPopen.ucf | -None | -
Map Property Settings | -|||
Switch Name | -Property Name | -Value | -Default Value | -
-ir | -Use RLOC Constraints | -OFF | -OFF | -
-cm | -Optimization Strategy (Cover Mode) | -area | -area | -
-intstyle | -- | ise | -None | -
-o | -- | LCDapp_MCIPopen_map.ncd | -None | -
-pr | -Pack I/O Registers/Latches into IOBs | -off | -off | -
-p | -- | xc3s500e-fg320-4 | -None | -
Place and Route Property Settings | -|||
Switch Name | -Property Name | -Value | -Default Value | -
-t | -- | 1 | -1 | -
-intstyle | -- | ise | -- |
-ol | -Place & Route Effort Level (Overall) | -high | -std | -
-w | -- | true | -false | -
Operating System Information | -||||
Operating System Information | -xst | -ngdbuild | -map | -par | -
CPU Architecture/Speed | -Intel(R) Core(TM) i3-2100 CPU @ 3.10GHz/3093 MHz | -Intel(R) Core(TM) i3-2100 CPU @ 3.10GHz/3093 MHz | -Intel(R) Core(TM) i3-2100 CPU @ 3.10GHz/3093 MHz | -Intel(R) Core(TM) i3-2100 CPU @ 3.10GHz/3093 MHz | -
Host | -dpr158b421 | -dpr158b421 | -dpr158b421 | -dpr158b421 | -
OS Name | -Microsoft Windows 7 , 64-bit | -Microsoft Windows 7 , 64-bit | -Microsoft Windows 7 , 64-bit | -Microsoft Windows 7 , 64-bit | -
OS Release | -major release (build 7600) | -major release (build 7600) | -major release (build 7600) | -major release (build 7600) | -