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Subject: [Balloon-svn] r1029 - balloon/trunk/vhdl/fpga
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Author: wookey
Date: 2010-03-19 18:29:47 +0000 (Fri, 19 Mar 2010)
New Revision: 1029

Removed:
   balloon/trunk/vhdl/fpga/balloon3-tcl.vhd
Log:
remove now-obsolete version of vhd containing tcl pinko serial mods
Replaced by patch in patches dir and balloon-base tcl build setup


Deleted: balloon/trunk/vhdl/fpga/balloon3-tcl.vhd
===================================================================
--- balloon/trunk/vhdl/fpga/balloon3-tcl.vhd	2010-03-19 17:33:41 UTC (rev 1028)
+++ balloon/trunk/vhdl/fpga/balloon3-tcl.vhd	2010-03-19 18:29:47 UTC (rev 1029)
@@ -1,789 +0,0 @@
--- $HDR$--
---+++++++++--
---Source Archived--
---Version in Repository:--
--- $Log:  25084: balloon3.vhd 
---
---   Rev 1.18    2/13/2008 12:15:02 AM  David
--- Switches PCMCIA npwe to a dummy since we on't want the PCMCIA bus excluding
--- it from the back plane.
---
---
---   Rev 1.17    2/13/2008 12:06:52 AM  David
--- CJ's BTRX mod added
---
---+++++++++--
-----------------------------------------------------------------------------------
--- Company:
--- Engineer: david@itechnic.co.uk
--- 
--- Create Date:    14:00:50 06/30/2006 
--- Design Name: 
--- Module Name:    GenericL3 - Behavioral 
--- Project Name: 
--- Target Devices: 
--- Tool versions: 
--- Description: Generic Balloon 3 interface glue for both CPLD and FPGA variants
---
--- Dependencies: 
---
--- Revision: 
--- Revision 0.01 - File Created
---          0v1 - initial release with P2
---				?? - CMJ further mods for E1 board: I2C pullups, LCD pixel clock
--- Additional Comments: 
--- The following functions are not implemented in this version:
--- -- RS232 forwarding to the pinko connector or diversion from the backplane
--- -- Backplane data handling other than that required for CF
-
-----------------------------------------------------------------------------------
-library IEEE;
-use IEEE.STD_LOGIC_1164.ALL;
-use IEEE.STD_LOGIC_ARITH.ALL;
-use IEEE.STD_LOGIC_UNSIGNED.ALL;
-
----- Uncomment the following library declaration if instantiating
----- any Xilinx primitives in this code.
---library UNISIM;
---use UNISIM.VComponents.all;
-
-entity Balloon3 is
-	generic ( Version : std_logic_vector(7 downto 0) := X"00"; --Top byte comes from wrapper
-				 CPU_Address_Bus_Size : integer := 26;
-				 CPU_Data_Bus_Size : integer := 32;
-				 Backplane_Address_Bus_Size : integer := 26;
-				 Backplane_Data_Bus_Size : integer := 32
-				);
-	Port (
-	cpu_a	    : in std_logic_vector (CPU_Address_Bus_Size-1 downto 0);
-	cpu_data  : inout std_logic_vector (CPU_Data_Bus_Size-1 downto 0);
-	cpu_rdy	 : out std_logic;
-	cpu_rdnwr : in std_logic;
-	cpu_noe	 : in std_logic;
-	cpu_nwe	 : in std_logic;
-	cpu_ncs5	 : in std_logic;
-	cpu_ncs4	 : in std_logic;
-	cpu_ncs3	 : in std_logic;
-	cpu_ncs1	 : in std_logic;
-	cpu_ncs0	 : in std_logic;
-	cpu_ncs2	 : in std_logic;
-	cpu_dqm0	 : in std_logic;
-	cpu_dqm1	 : in std_logic;
-	cpu_dqm2	 : in std_logic;
-	cpu_dqm3	 : in std_logic;
-	cpu_nsdcs3 : in std_logic;
-	cpu_nsdcs2 : in std_logic;
-	cpu_sdclk0 : in std_logic;
-	nreset	  : in std_logic;
-	clk_48M	  : in std_logic;
-	bb_ib_dat0	 : out std_logic;
-	bb_ob_clk	 : in std_logic;
-	bb_ob_stb	 : in std_logic;
-	bb_ob_dat0	 : in std_logic;
-	bb_ib_clk	 : out std_logic;
-	msl_clk_ext	 : inout std_logic;
-	bb_ib_stb	 : out std_logic;
-	nand_d	 : inout std_logic_vector (15 downto 0);
-	nand_rnb	 : in std_logic;
-	nand_nwe	 : out std_logic;
-	nand_nre	 : out std_logic;
-	nand_nwp	 : out std_logic;
-	nand_cle	 : out std_logic;
-	nand_ale	 : out std_logic;
-	nand_nce0	 : out std_logic;
-	nand_nce1	 : out std_logic;
-	nand_nce2	 : out std_logic;
-	nand_nce3	 : out std_logic;
-	nand_nce4	 : out std_logic;
-	nand_nce5	 : out std_logic;
-	bp_a	    : out std_logic_vector (Backplane_Address_Bus_Size-1 downto 0);
-	bp_d	    : inout std_logic_vector (Backplane_Data_Bus_Size-1 downto 0);
-	bp_noe	 : out std_logic;
-	bp_nwe	 : out std_logic;
-	bp_ncs2	 : out std_logic;
-	bp_ncs3	 : out std_logic;
-	bp_ncs4	 : out std_logic;
-	bp_ncs5	 : out std_logic;
-	bp_rd_nwr : out std_logic;
-	bp_sdclk1 : out std_logic;
-	bp_sdclk0 : out std_logic;
-	bp_dreq0	 : in std_logic;
-	bp_dval0	 : in std_logic;
-	bp_nreset	 : out std_logic;
-	bp_ext_rdy	 : in std_logic;
-	bp_nsktsel	 : out std_logic;
-	bp_cf_nrdy	 : in std_logic;
-	bp_npce1	 : out std_logic;
-	bp_npce2	 : out std_logic;
-	bp_npoe	 : out std_logic;
-	bp_npwe	 : out std_logic;
-	bp_npior	 : out std_logic;
-	bp_npiow	 : out std_logic;
-	bp_dqm0	 : out std_logic;
-	bp_dqm1	 : out std_logic;
-	bp_dqm2	 : out std_logic;
-	bp_dqm3	 : out std_logic;
-	bp_irq	 : in std_logic;
-	bp_npwait	 : in std_logic;
-	bp_niois16	 : in std_logic;
-	bp_npreg	    : out std_logic;
-	bp_nstschg	 : in std_logic;
-	bp_cf_nreset : out std_logic;
-	cf_npoe	 : in std_logic;
-	cf_npwe	 : in std_logic;
-	cf_npce1	 : in std_logic;
-	cf_npce2	 : in std_logic;
-	cf_niois16	 : out std_logic;
-	cf_npwait	 : out std_logic;
-	cf_npreg	 : in std_logic;
-	cf_npior	 : in std_logic;
-	cf_npiow	 : in std_logic;
-	cf_npsktsel	 : in std_logic;
-	aux_nirq	    : out std_logic;
-	aux_unsuspend	 : out std_logic;
-	samosa_d	    : inout std_logic_vector (15 downto 0);
-	samosa_rnb	 : in std_logic;
-	samosa_absent	 : in std_logic;
-	samosa_reset	 : out std_logic;
-	samosa_irq	 : in std_logic;
-	samosa_nwe	 : out std_logic;
-	samosa_nre	 : out std_logic;
-	samosa_nwp	 : out std_logic;
-	samosa_cle	 : out std_logic;
-	samosa_ale	 : out std_logic;
-	samosa_nce	 : out std_logic;
-	samosa_wp	 : in std_logic;
-	cif_dd	 : inout std_logic_vector (9 downto 0);
-	cif_pclk	 : inout std_logic;
-	cif_fv	 : inout std_logic;
-	cif_lv	 : inout std_logic;
-	cif_mclk	 : in std_logic;
-	pinko_txd	 : out std_logic;
-	pinko_rxd	 : in std_logic;
-	pinko_cts	 : out std_logic;
-	com1_bttxd	 : in std_logic;
-	com1_btrxd	 : out std_logic;
-	pxa_scl	 : in std_logic;
-	pxa_sda	 : inout std_logic;
-	lcd_pclk	 : in std_logic;
-	lpclk_out	 : out std_logic;
-	green_led	 : out std_logic
- );
-end Balloon3;
-
-architecture Behavioral of Balloon3 is
-
-	attribute init: string;
-	
-	constant Version_Minor : std_logic_vector(7 downto 0) := X"05";
-
-	constant CF_reset_state : std_logic_vector(7 downto 0)
-					:=	-- '0' &
-						-- '0' &
-						-- '0' &
-						-- '0' &
-						-- '0' &
-						-- '0' &	 --(10) Card interrupt source ? should also assert AUX_IRQ BP_CF_NRDY
-						-- '0' &	 --( 9) Reserved for nBVD2
-						-- '0' &	 --( 8) nBVD1 signal from card (NSTSCHNG)
-						'0' &	 --( 7) VS2
-						'0' &	 --( 6) VS1
-						'0' &	 --( 5) Reserved for PCMCIA card detection on Mainstone (Balloon uses GPIO105)
-						'0' &	 --( 4) Reset signal for CF card
-						'0' &	 --( 3) Reserved for PCMCIA power management
-						'0' &	 --( 2) Reserved for PCMCIA power management
-						'0' &	 --( 1) Reserved for PCMCIA power management
-						'0' ;   --( 0) Reserved for PCMCIA power management
-
-	constant cpu_Control_reset_state : std_logic_vector(7 downto 0)
-					:=	'0' &	 --(7) VS2
-						'0' &	 
-						'0' &	 --(5) Park NAND control lines.
-						'0' &	 --(4) Park IO ready for power off.
-						'0' &	 
-						'1' &	 --(2) PINKO CTS
-						'0' &	 --(1) PCMCIA Address Disable
-					   '0';	 --(0) PCMCIA/CF Card Disable
-
---NAND Control
-	signal nand_select : std_logic;
-	signal nand_device_select : std_logic;
-	signal nand_control_select : std_logic;
-	signal nand_control2_select : std_logic;
-	signal nand_status_select : std_logic;
-	signal nand_data_out : std_logic_vector(15 downto 0);
-	
--- SAMOSA
-	signal samosa_irq_out : std_logic;
-	signal samosa_select : std_logic;
-	signal samosa_read_select : std_logic;
- 	signal samosa_data_out  : std_logic_vector (15 downto 0);
-	signal samosa_int : std_logic;
-
---General Control Latch
-	signal control_latch : std_logic_vector (7 downto 0);
-	signal general_control_select : std_logic;
-
--- Park signals
-	signal samosa_park : std_logic;
-	signal nand_park : std_logic;
-	
---Version
-	signal version_select:    std_logic;
-	signal version_out : std_logic_vector (15 downto 0);
-	-- Upper nibble = 0x4 says I'm an FPGA = 0x8 says I'm a CPLD.
-	-- 0xf indicates not there or unprogrammed.
-	-- Next nibble = 0xf for debug/experimental version
-	-- Otherwise this is the major version number.
-	-- Upper byte comes from wrapper lower byte from here.
-	-- lower byte is release number.
-
--- Reset Latch
-
---Interupt Control Latch
-	signal interupt_control : std_logic_vector (7 downto 0);
-	signal interupt_control_select : std_logic;
-	signal interupt_status : std_logic_vector (7 downto 0);
-	signal pcmcia_nrdy_latch : std_logic;
-	signal pcmcia_nstschng_latch : std_logic;
-	
---MODULES
-	signal mod_add : std_logic_vector(7 downto 0);
-	signal internal_reg : std_logic;
-	signal samosa_reg : std_logic;
-	constant BALLOON_INTERNAL     : std_logic_vector ( 7 downto 0):= X"e0"; --a(23..16)
-	constant SAMOSA_ADDRESS       : std_logic_vector ( 7 downto 0):= X"c0"; --a(23..16)
-
---REGISTERS
-	constant NUM_DECODE_BITS : integer := 12;
-	signal reg_add : std_logic_vector(NUM_DECODE_BITS-1 downto 0);
-	
-	--Constants that define the internal register addresses
-	constant NAND_ADD             : std_logic_vector (NUM_DECODE_BITS-1 downto 0):= X"000"; -- a(11..0)
-	constant CF_CONTROL_ADD       : std_logic_vector (NUM_DECODE_BITS-1 downto 0):= X"008";
-	constant NAND_CONTROL2_ADD    : std_logic_vector (NUM_DECODE_BITS-1 downto 0):= X"010";
-	constant NAND_CONTROL_ADD     : std_logic_vector (NUM_DECODE_BITS-1 downto 0):= X"014";
-	constant NAND_STATUS_ADD      : std_logic_vector (NUM_DECODE_BITS-1 downto 0):= X"014";
-	constant INTERUPT_CONTROL_ADD : std_logic_vector (NUM_DECODE_BITS-1 downto 0):= X"00C";
-	constant VERSION_ADD          : std_logic_vector (NUM_DECODE_BITS-1 downto 0):= X"01C";
-	constant GENERAL_CONTROL_ADD  : std_logic_vector (NUM_DECODE_BITS-1 downto 0):= X"01C";
-		
-	signal internal_read_select   : std_logic;
-	signal internal_register_select : std_logic;
-
-	-- this signal is the reset/not set signal for set/clear registers
-	-- it's connected to A12
-	signal internal_RnS : std_logic;
---PCMCIA
-	signal pcmcia_select : std_logic;
-	signal cf_control : std_logic_vector (7 downto 0);
-	signal cf_control_select : std_logic;
-	signal pcmcia_status : std_logic_vector (7 downto 0);
-	signal pcmcia_nrdy : std_logic;
-	signal pcmcia_nstschg : std_logic;
-	signal pcmcia_enable_out : std_logic;
-	signal pcmcia_data_out : std_logic_vector (15 downto 0);
-	signal pcmcia_wants_bus : std_logic;
-	signal pcmcia_stschng_int : std_logic;
-	signal pcmcia_rdy_int : std_logic;
-	signal cf_card_data : std_logic_vector(15 downto 0);
-	signal cf_card_address : std_logic_vector(10 downto 0);
-	signal dummy : std_logic;
-	
---BACKPLANE
-	signal bp_enable  : std_logic;
-	signal backplane_read : std_logic;
-	
-	signal debug_data : std_logic_vector (15 downto 0);
-
---PXA BUS
-	signal internal_dout : std_logic_vector (15 downto 0);
-
--- VLIO signals
-	signal vlio_nstart : std_logic;
-	signal vlio_delay : std_logic_vector(3 downto 0);
-	signal vlio_rdy : std_logic;
-	signal vlio_disable : std_logic;
-	
-component single_sr_output_port is
-	Generic ( WIDTH : natural := 8 );
-	 Port (
-				RESET_STATE : in STD_LOGIC_VECTOR(WIDTH-1 downto 0) := (others=>'0');
-				D : in  STD_LOGIC_VECTOR (WIDTH-1 downto 0);
-			  register_select : in  STD_LOGIC;
-			  nWE : in  STD_LOGIC;
-			  EN : in  STD_LOGIC;
-			  RnS : in  STD_LOGIC;
-			  Q : out  STD_LOGIC_VECTOR (WIDTH-1 downto 0);
-			  RESET : in  STD_LOGIC);
-end component;
-
-component Balloon_nand is
-	port (
-			data_bus_in  : in std_logic_vector (15 downto 0);
-			data_bus_out : out std_logic_vector (15 downto 0);
-			cpu_nwe : in std_logic;
-			cpu_noe : in std_logic;
-			cpu_rdnwr : in std_logic;
-			internal_RnS : in std_logic;
-			nand_device_select : in std_logic;
-			nand_control_select : in std_logic;
-			nand_control2_select : in std_logic;
-			nand_status_select : in std_logic;
-			park_nand : in std_logic;
-			nreset : in std_logic;
-			nand_nre : out std_logic;
-			nand_nwe : out std_logic;
-			nand_cle : out std_logic;
-			nand_ale : out std_logic;
-			nand_nce0 : out std_logic;
-			nand_nce1 : out std_logic;
-			nand_nce2 : out std_logic;
-			nand_nce3 : out std_logic;
-			nand_nce4 : out std_logic;
-			nand_nce5 : out std_logic;
-			nand_nwp  : out std_logic;
---			nand_rnb : inout std_logic;
-			nand_rnb : in std_logic;
-			nand_chip_data : inout std_logic_vector(15 downto 0)
-			);
-			
-end component;
-
-component Balloon_pcmcia is
-	port (
-			data_bus_in : in std_logic_vector(15 downto 0);
-			data_bus_out : out std_logic_vector(15 downto 0);
-			address_bus : in std_logic_vector(10 downto 0);
-			bus_rdnwr : in std_logic;
-			nreset : in std_logic;
-			want_bus : out std_logic;
-			card_data : inout std_logic_vector(15 downto 0);
-			card_address : out std_logic_vector(10 downto 0);
-			park_interface : in std_logic;
-			enable_pcmcia : in std_logic;
-			address_enable : in std_logic;
-			cpu_npoe : in std_logic;
-			cpu_npce1 : in std_logic;
-			cpu_npce2 : in std_logic;
-			cpu_npior : in std_logic;
-			cpu_npiow : in std_logic;
-			cpu_npreg : in std_logic;
-			cpu_npwe : in std_logic;
-			cpu_npsktsel : in std_logic;
-			cpu_niois16 : out std_logic;
-			cpu_npwait : out std_logic;
-			nstschng_out : out std_logic;
-			nrdy_out : out std_logic;
-			data_enable_out : out std_logic; --indicates when PCMCIA is driving the databus
-			card_reset_in : in std_logic; -- source of card reset
-			card_npoe : out std_logic;
-			card_npce1 : out std_logic; --lower byte lane enable
-			card_npce2 : out std_logic; --upper byte lane enable
-			card_npior : out std_logic;
-			card_npiow : out std_logic;
-			card_npreg : out std_logic; --effectively a11
-			card_npwe : out std_logic;  --card write enable
-			card_niois16 : in std_logic; --card is 16 bits
-			card_npwait : in std_logic; --wait from card
-			card_reset : out std_logic; --reset out to card
-			card_nstschng : in std_logic;
-			card_nrdy : in std_logic
-	);
-			
-end component;
-
-component Balloon_samosa is
-	port (
-			data_bus_in : in std_logic_vector (15 downto 0);
-			data_bus_out : out std_logic_vector (15 downto 0);
-			reg_add : in std_logic_vector (2 downto 0); --a4..a2 selects SAMOSA control Latches
-			cpu_nwe : in std_logic;
-			cpu_noe : in std_logic;
-			cpu_rdnwr : in std_logic;
-			samosa_select : in std_logic;
-			park_IO : in std_logic;
-			nreset : in std_logic;
-			samosa_reset_in : in std_logic;
-			irq_out : out std_logic;
-			samosa_irq : in std_logic;
-			samosa_absent: in std_logic;
-			samosa_nre : out std_logic;
-			samosa_nwe : out std_logic;
-			samosa_cle : out std_logic;
-			samosa_ale : out std_logic;
-			samosa_nce : out std_logic;
-			samosa_nwp : out std_logic;
-			samosa_reset_out : out std_logic;
-			samosa_skt_data : inout std_logic_vector(15 downto 0)
-			);
-end component;
-
-component vlio_timer is
-	Generic ( TIMER_WIDTH : NATURAL :=4);
-    Port ( clk : in  STD_LOGIC;
-           reset : in  STD_LOGIC;
-           rdy : out  STD_LOGIC;
-           nstart : in  STD_LOGIC;
-           delay : in  STD_LOGIC_VECTOR (TIMER_WIDTH-1 downto 0));
-end component;
-
-begin
-
-Nand_Interface : Balloon_nand
-	Port Map(
-			data_bus_in => cpu_data(15 downto 0),
-			data_bus_out => nand_data_out,
-			cpu_nwe => cf_npwe,
-			cpu_noe => cpu_noe,
-			cpu_rdnwr => cpu_rdnwr,
-			internal_RnS => internal_RnS,
-			nand_device_select => nand_device_select,
-			nand_control_select => nand_control_select,
-			nand_control2_select => nand_control2_select,
-			nand_status_select => nand_status_select,
-			park_nand => nand_park,
-			nreset => nreset,
-			nand_nre => nand_nre,
-			nand_nwe => nand_nwe,
-			nand_cle => nand_cle,
-			nand_ale => nand_ale,
-			nand_nce0 => nand_nce0,
-			nand_nce1 => nand_nce1,
-			nand_nce2 => nand_nce2,
-			nand_nce3 => nand_nce3,
-			nand_nce4 => nand_nce4,
-			nand_nce5 => nand_nce5,
-			nand_nwp => nand_nwp,
-			nand_rnb => nand_rnb,
-			nand_chip_data => nand_d
-			);
-
-PCMCIA_Interface : Balloon_pcmcia
-	Port Map(
-			data_bus_in => cpu_data(15 downto 0),
-			data_bus_out => pcmcia_data_out,
-			address_bus => cpu_a(10 downto 0),
-			bus_rdnwr => cpu_rdnwr,
-			nreset => nreset,
-			want_bus => pcmcia_wants_bus,
-			card_data => bp_d(15 downto 0),
-			card_address => bp_a(10 downto 0),
-			park_interface => samosa_park,
-			enable_pcmcia => not control_latch(0),
-			address_enable => not control_latch(1),
-			cpu_npoe => cf_npoe,
-			cpu_npce1 => cf_npce1,
-			cpu_npce2 => cf_npce2,
-			cpu_npior => cf_npior,
-			cpu_npiow => cf_npiow,
-			cpu_npreg => cf_npreg,
-			cpu_npwe => cf_npwe, --npwe is also used for all IO
-			cpu_npsktsel => cf_npsktsel,
-			cpu_niois16 => cf_niois16,
-			cpu_npwait => cf_npwait,
-			nstschng_out => pcmcia_nstschg,
-			nrdy_out => pcmcia_nrdy,
-			data_enable_out => pcmcia_enable_out,
-			card_reset_in => cf_control(4),
-			card_npoe => bp_npoe,
-			card_npce1 => bp_npce1,
-			card_npce2 => bp_npce2,
-			card_npior => bp_npior,
-			card_npiow => bp_npiow,
-			card_npreg => bp_npreg,
-			card_npwe => dummy,
-			card_niois16 => bp_niois16,
-			card_npwait => bp_npwait,
-			card_reset => bp_cf_nreset,
-			card_nstschng => bp_nstschg,
-			card_nrdy => bp_cf_nrdy
-	);
-	
---The samosa bus is treated as a module with a specific address range
---Multiple SAMOSA buses can be created by creating multiple samosa_select lines from teh upper module addresses.
-samosa_Interface : Balloon_samosa
-	Port Map (
-			data_bus_in => cpu_data(15 downto 0),
---			data_bus_in => debug_data,
-			data_bus_out => samosa_data_out,
-			reg_add => cpu_a(4 downto 2),
-			cpu_nwe => cf_npwe,
-			cpu_noe => cpu_noe,
-			cpu_rdnwr => cpu_rdnwr,
-			samosa_select => samosa_select,
-			park_IO => samosa_park,
-			nreset => nreset,
-			samosa_reset_in => '1',
-			irq_out => samosa_irq_out,
-			samosa_irq => samosa_irq,
-			samosa_absent => samosa_absent,
-			samosa_nre => samosa_nre,
-			samosa_nwe => samosa_nwe,
-			samosa_cle => samosa_cle,
-			samosa_ale => samosa_ale,
-			samosa_nce => samosa_nce,
-			samosa_nwp => samosa_nwp,
-			samosa_reset_out => samosa_reset,
-			samosa_skt_data => samosa_d
-			);
-
---edge triggered interupt acknowledge
---This is not currently used however it it kept as a template in case it is needed.
-pcmcia_nrdy_process : process (pcmcia_nrdy, interupt_control_select, nreset, cf_npwe)
-	begin
-		if (nreset = '0') or ((cf_npwe = '0') and (interupt_control_select = '1') and (cpu_data(0) = '1')) then
-			 pcmcia_nrdy_latch <= '0';
-		elsif (pcmcia_nrdy'event and pcmcia_nrdy = '0')    then
-			pcmcia_nrdy_latch <= '1';
-		end if;
-	end process pcmcia_nrdy_process;
-	
-pcmcia_nstschng_process : process (pcmcia_nstschg, interupt_control_select, nreset, cf_npwe)
-	begin
-		if (nreset = '0') or ((cf_npwe = '0') and (interupt_control_select = '1') and (cpu_data(1) = '1')) then
-			 pcmcia_nstschng_latch <= '0';
-		elsif (pcmcia_nstschg'event and pcmcia_nstschg = '0')    then
-			pcmcia_nstschng_latch <= '1';
-		end if;
-	end process pcmcia_nstschng_process;
-
--- version register at 0x10e0001c
-	version_out <= Version & Version_Minor when ( version_select = '1' ) else X"0000";
-						
---CF Control Latch at 0x10e00008/0x10e01008
---Originally intended to imitate Mainstone PCMCIA0 register at 0x080000E0
---now balloonized
-CF_Control_Register : single_sr_output_port Port Map (
-	RESET_STATE => CF_reset_state,
-	D => cpu_data(7 downto 0),
-	register_select => cf_control_select,
-	nWE => cf_npwe,
-	EN => '1',
-	RnS => internal_RnS,
-	Q => cf_control,
-	RESET => not nreset
-);
-
---Control latch at 0x10e0001c/0x10e0101c
-
-cpu_Control_Register : single_sr_output_port Port Map (
-	RESET_STATE => cpu_Control_reset_state,
-	D => cpu_data(7 downto 0),
-	register_select => general_control_select,
-	nWE => cf_npwe,
-	EN => '1',
-	RnS => internal_RnS,
-	Q => control_latch,
-	RESET => not nreset
-);
-
---Interrupt Mask at 0x10e0000c/0x10e0100c
---zero in a bit enables the interrupt one masks it
-cpu_Interrupt_Register : single_sr_output_port Port Map (
-	RESET_STATE => X"00",
-	D => cpu_data(7 downto 0),
-	register_select => interupt_control_select,
-	nWE => cf_npwe,
-	EN => '1',
-	RnS => internal_RnS,
-	Q => interupt_control,
-	RESET => not nreset
-);
-
---Interrupt STATUS Register Bits (read)
---interupt_status <= "000000" & pcmcia_nstschng_latch & pcmcia_nrdy_latch;
---Masked interrupt bits
-pcmcia_stschng_int <= ((not pcmcia_nstschg) and (not interupt_control(1)));
-pcmcia_rdy_int     <= ((not pcmcia_nrdy) and (not interupt_control(0)));
-samosa_int <= samosa_irq_out and not interupt_control(2);
-interupt_status <= "00000" & samosa_int & pcmcia_stschng_int & pcmcia_rdy_int;
---pcmcia_status <= "00000" & pcmcia_nrdy & '0' & pcmcia_nstschg & '1' & '0' & "000000";
-pcmcia_status <= "000000" & pcmcia_nstschg & pcmcia_nrdy;
-
--- VLIO
-vlio:vlio_timer
-	Generic map (TIMER_WIDTH => 4)
-	Port map (clk => clk_48m,
-				reset => not nreset,
-				rdy => vlio_rdy,
-				nstart => vlio_nstart,
-				delay => vlio_delay);
-				
--- we only do VLIO on nCS4
--- and when all IO is not parked. This is because the 48MHz clock
--- stops at standby/shutdown and VLIO operations can hang then.
-vlio_disable <= '1' when samosa_park='1' and nand_park='1' else '0';
-cpu_rdy <= vlio_rdy when cpu_ncs4 = '0' and vlio_disable = '0' else '1';
---vlio_nstart <= '0' when cpu_ncs4 = '0' and (cpu_noe = '0' or cf_npwe ='0') else '1';
-vlio_nstart <= '0' when cpu_ncs4 = '0' else '1';
--- choose the delay
--- slow for samosa, full tilt for everything else
-vlio_delay_choice: process (samosa_select)
-begin
-	if samosa_select='1' then
-		vlio_delay <= "1010"; -- 10 units of 20ns each for Samosa
-	else
-		vlio_delay <= "0001"; -- just over 20ns for everything else
-	end if;
-end process;
-
---------------------------------------------------------------------------------------
---CPU DATA BUS Registers
-  --ncs0 is Boot Rom
-  --nCS1-nCS3 are off-board
-  --nCS4 is NAND, latches and USB Host
-	--nCS5 is Backplane
-	
-   --Balloon internal registers @ 0x10e
-	--NAND   Data Bus         @ 0x10e00000
-	--CF Control/Status       @ 0x10e00008
-	--Interrupt Status/Ack    @ 0x10e0000c
-	--NAND Control 2          @ 0x10e00010
-	--NAND Control            @ 0x10e00014
-	--General Control/Version @ 0x10e0001c
-	
-	--SAMOSA Registers are set from the SAMOSA module
-	--SAMOSA base address @ 0x10c
-	--SAMOSA registers    @ 0x10c00000 - 0x10c0001c
-
--- Internal Write Register Selects
--- reg_add represents the address used to select internal registers
--- mod_add the address that select between internal modules.
--- This code is a single module selected by BALLOON_INTERNAL
--- Individual chip selects are decoded here for the sub components so that we don't have to pass
--- the full address bus to each component and address decoding is controlled centrally
-
-	reg_add <= cpu_a(11 downto 0) when (cpu_ncs4 = '0') else X"000"; -- Stops needless address select switching if it isnt for us
-	mod_add <= cpu_a(23 downto 16) when (cpu_ncs4 = '0') else X"00";
-
---Build module address ranges	
-	internal_reg    <= '1' when (mod_add = BALLOON_INTERNAL) else '0';
-	samosa_reg      <= '1' when (mod_add = SAMOSA_ADDRESS)   else '0';
-	
-	-- NAND Module
-	nand_device_select       <= '1' when ((cpu_ncs4 = '0') and (internal_reg = '1') and (reg_add = NAND_ADD) ) else '0';
-	nand_control2_select     <= '1' when ((cpu_ncs4 = '0') and (internal_reg = '1') and (reg_add = NAND_CONTROL2_ADD) ) else '0';
-	nand_control_select      <= '1' when ((cpu_ncs4 = '0') and (internal_reg = '1') and (reg_add = NAND_CONTROL_ADD) ) else '0';
-	nand_status_select       <= '1' when ((cpu_ncs4 = '0') and (internal_reg = '1') and (reg_add = NAND_STATUS_ADD) ) else '0';
-	
-	--PCMCIA Module
-	cf_control_select        <= '1' when ((cpu_ncs4 = '0') and (internal_reg = '1') and (reg_add = CF_CONTROL_ADD) ) else '0';
-	
-	--General Balloon Registers
-	interupt_control_select  <= '1' when ((cpu_ncs4 = '0') and (internal_reg = '1') and (reg_add = INTERUPT_CONTROL_ADD) ) else '0';
-	version_select           <= '1' when ((cpu_ncs4 = '0') and (internal_reg = '1') and (reg_add = VERSION_ADD) ) else '0';
-	general_control_select   <= '1' when ((cpu_ncs4 = '0') and (internal_reg = '1') and (reg_add = GENERAL_CONTROL_ADD) ) else '0';
-
-	--SAMOSA Module
-	samosa_select            <= '1' when ((cpu_ncs4 = '0') and (samosa_reg = '1')) else '0';
-	
-	
-	--Bunch together the selects within a component that has multiple registers
-	--(doing this just makes it easier to cut a module)
-	nand_select <= nand_device_select or nand_control_select or nand_control2_select or nand_status_select;
-	
-	--Bunch together all the component selects and generate the global reg read select
-	internal_register_select <= nand_select or cf_control_select or interupt_control_select or version_select;
-	internal_read_select <= '1' when (internal_register_select = '1' and cpu_noe = '0') else '0';
-	samosa_read_select <= '1'   when (samosa_select = '1' and cpu_noe = '0') else '0';
-	backplane_read <= '1' when ((cpu_ncs5 = '0') and (cpu_noe = '0')) else '0';
-
-	-- set/reset bit derived from a12
-	internal_RnS <= not cpu_a(12);
-	
-	-- park signals
-	samosa_park <= control_latch(4);
-	nand_park <= control_latch(5);
-	
---Internal Read Registers
-
-with reg_add select
-	internal_dout <=
-						nand_data_out when NAND_ADD,
-						X"00" & pcmcia_status when CF_CONTROL_ADD,
-						X"00" & interupt_status when INTERUPT_CONTROL_ADD,
-					   version_out when VERSION_ADD,
-						nand_data_out when NAND_STATUS_ADD,
-						X"0000" when others;
-
-------------------------------------------------------------------------------
---CPU BUS Data Control
---FIXME These should scale to the bus size.
---Note the backplane is only 16 bits of data here.
-cpu_data(15 downto 0) <= internal_dout   when internal_read_select = '1' else "ZZZZZZZZZZZZZZZZ";
-cpu_data(15 downto 0) <= samosa_data_out when samosa_read_select = '1'   else "ZZZZZZZZZZZZZZZZ";
-cpu_data(15 downto 0) <= pcmcia_data_out when pcmcia_wants_bus = '1'     else "ZZZZZZZZZZZZZZZZ";
---cpu_data(CPU_Data_Bus_Size-1 downto 0) <= bp_d(CPU_Data_Bus_Size-1 downto 0) when backplane_read = '1' else "ZZZZZZZZZZZZZZZZ";
-cpu_data(15 downto 0) <= bp_d(15 downto 0) when backplane_read = '1' else "ZZZZZZZZZZZZZZZZ";
---debug_data(15 downto 0) <= internal_dout   when internal_read_select = '1' else "ZZZZZZZZZZZZZZZZ";
---debug_data <= cpu_data(15 downto 0);
-
-cpu_data(CPU_Data_Bus_Size-1 downto 16) <= (others => 'Z');
-
---BACKPLANE Data Control
-
---bp_enable <= '1' when (cf_npce1 = '0' or cf_npce2 = '0') else '0';
---bp_d(15 downto 0) <= cpu_d(15 downto 0) when (pcmcia_select = '1' and cf_npsktsel = '0' and cpu_rdnwr = '0') else "ZZZZZZZZZZZZZZZZ";
-
-bp_nsktsel <= '1';
-
-aux_unsuspend	<= '0';
---Direct Level Triggered Interrupts
---aux_nirq <= pcmcia_nrdy and pcmcia_nstschg;
-
---Masked interrupts
-aux_nirq <= not( samosa_int or pcmcia_stschng_int or pcmcia_rdy_int);
-
---Acknowledged interrupts
---aux_nirq <= (not pcmcia_nrdy_latch) and (not pcmcia_nstschng_latch);
-
-
-pxa_sda <= 'Z';
-
--- On tcl board com1 goes on to pinko
--- connect pinko wiring up. CTS is bit 2 of general control register.
-pinko_txd <= com1_bttxd;
-com1_btrxd <= pinko_rxd;
-pinko_cts <= control_latch(2);
-
--- On other boards com1 is not copied to pinko
---pinko_txd	<=  '0';
---pinko_cts	<=  '1';
----- allow external devices to talk to COM1
---com1_btrxd	<=  'Z';
-
---DEBUG
---green_led <= nand_select;
---green_led <= not( pcmcia_stschng_int or pcmcia_rdy_int);
-green_led <= not internal_register_select;
-
-bb_ib_dat0 <= '0';
-bb_ib_clk <= '0';
-bb_ib_stb <= '1';
---bp_noe <= '1';
-bp_noe <= '1' when (cpu_ncs5 = '1') else cpu_noe;
-bp_npwe <= '1' when (cpu_ncs5 = '1') else cf_npwe;
-lpclk_out <= lcd_pclk;
-bp_dqm0 <= '0';
-bp_dqm1 <= '0';
-bp_dqm2 <= '0';
-bp_dqm3 <= '0';
-bp_sdclk0 <= '0';
-bp_sdclk1 <= '0';
-bp_ncs2 <= '1';
-bp_ncs3 <= '1';
-bp_ncs4 <= cpu_ncs4;
---bp_ncs5 <= '1';
-bp_ncs5 <= cpu_ncs5;
-bp_rd_nwr <= '0';
-bp_nreset <= '1';
-
-bp_a(Backplane_Address_Bus_Size-1 downto 0) <= cpu_a(Backplane_Address_Bus_Size-1 downto 0) when cpu_ncs5 = '0' else (others=>'Z');
---bp_a(Backplane_Address_Bus_Size-1 downto 0) <= cf_card_address when cpu_ncs5 = '1' else (others => 'Z');
-
-bp_d(Backplane_Data_Bus_Size-1 downto 0) <= cpu_data(Backplane_Data_Bus_Size-1 downto 0) when (cpu_ncs5 = '0' and cf_npwe = '0') else (others=>'Z');
-
-end Behavioral;
-
-