-- ../../bsdl/eX64_cs128.bsd
-- FAMILY:	eX
-- DEVICE:	eX64
-- PACKAGE:	128 CS
-- Version:	1.0
-- RESTRICT JTAG:	0
-- RESTRICT TRST:	0
-- 

-- This is a preliminary BSDL file which has not been verified.
-- This BSDL file reflects the pre-programming JTAG
-- behavior. To reflect the post-programming JTAG
-- behavior, edit this file as described below:

-- If the I/O is unused or configured as an output,
-- the input boundary scan cell becomes internal only.
-- The input buffer is turned off, and you can not
-- transfer data from the I/O pad into the input scan
-- cell. For example:
-- IO(1) is an output, the BSDL entry would be modified
-- from:
-- " 0 (BC_1, IO(1), input,    X),           "&
-- " 1 (BC_1, IO(1), output3,  X,  2, 0, Z), "&
-- " 2 (BC_1, *,     control,  0),           "&
-- to:
-- " 0 (BC_1, *,     internal, X),           "&
-- " 1 (BC_1, IO(1), output3,  X,  2, 0, Z), "&
-- " 2 (BC_1, *,     control,  0),           "&
-- No modification is necessary when the I/O is
-- configured as an input.

entity eX64cs128 is
    generic (PHYSICAL_PIN_MAP : string := "cs128");
    port(
        CLKA        :in bit;
        CLKB        :in bit;
        GND         :linkage bit_vector (0 to 13  );
        HCLK        :in bit;
        IO_A1       :out bit;
        IO_A4       :out bit;
        IO_A5       :out bit;
        IO_A7       :out bit;
        IO_A8       :out bit;
        IO_B2       :out bit;
        IO_B3       :out bit;
        IO_B4       :out bit;
        IO_B5       :out bit;
        IO_B6       :out bit;
        IO_B8       :out bit;
        IO_B9       :out bit;
        IO_C1       :out bit;
        IO_C3       :out bit;
        IO_C4       :out bit;
        IO_C5       :out bit;
        IO_C7       :out bit;
        IO_C8       :out bit;
        IO_C9       :out bit;
        IO_D2       :out bit;
        IO_D3       :out bit;
        IO_D4       :out bit;
        IO_D5       :out bit;
        IO_D7       :out bit;
        IO_D9       :out bit;
        IO_E3       :out bit;
        IO_F4       :out bit;
        IO_G2       :out bit;
        IO_G3       :out bit;
        IO_H2       :out bit;
        IO_H9       :out bit;
        IO_J2       :out bit;
        IO_J4       :out bit;
        IO_J5       :out bit;
        IO_J6       :out bit;
        IO_J8       :out bit;
        IO_K2       :out bit;
        IO_K3       :out bit;
        IO_K4       :out bit;
        IO_K5       :out bit;
        IO_K6       :out bit;
        IO_K8       :out bit;
        IO_K9       :out bit;
        IO_L1       :out bit;
        IO_L2       :out bit;
        IO_L4       :out bit;
        IO_L5       :out bit;
        IO_L6       :out bit;
        IO_L7       :out bit;
        IO_L8       :out bit;
        IO_L9       :out bit;
        IO_M2       :out bit;
        IO_M3       :out bit;
        IO_M4       :out bit;
        IO_M5       :out bit;
        IO_M6       :out bit;
        IO_M8       :out bit;
        IO_M9       :out bit;
        IO_A10      :out bit;
        IO_A11      :out bit;
        IO_A12      :out bit;
        IO_B10      :out bit;
        IO_B12      :out bit;
        IO_C12      :out bit;
        IO_D10      :out bit;
        IO_D11      :out bit;
        IO_E10      :out bit;
        IO_F11      :out bit;
        IO_F12      :out bit;
        IO_G11      :out bit;
        IO_J10      :out bit;
        IO_J11      :out bit;
        IO_K10      :out bit;
        IO_K12      :out bit;
        IO_L10      :out bit;
        IO_M10      :out bit;
        IO_M11      :out bit;
        IO_M12      :out bit;
        NC          :linkage bit_vector (0 to 16  );
        TCK         :in bit;
        TDI         :in bit;
        TDO         :out bit;
        TMS         :in bit;
        VCC         :linkage bit_vector (0 to 11  )
    );

    use STD_1149_1_1990.all;

    attribute PIN_MAP of eX64cs128 : entity is PHYSICAL_PIN_MAP;
    constant cs128 : PIN_MAP_STRING:=
        "CLKA      :C6,    "&
        "CLKB      :B7,    "&
        "GND       :(B11,  D6,    D8,    E11,   E4,    E9,    F9,    "&
                   "G4,    G9,    H1,    H4,    J7,    J9,    M1),   "&
        "HCLK      :K7,    "&
        "IO_A1     :A1,    "&
        "IO_A4     :A4,    "&
        "IO_A5     :A5,    "&
        "IO_A7     :A7,    "&
        "IO_A8     :A8,    "&
        "IO_B2     :B2,    "&
        "IO_B3     :B3,    "&
        "IO_B4     :B4,    "&
        "IO_B5     :B5,    "&
        "IO_B6     :B6,    "&
        "IO_B8     :B8,    "&
        "IO_B9     :B9,    "&
        "IO_C1     :C1,    "&
        "IO_C3     :C3,    "&
        "IO_C4     :C4,    "&
        "IO_C5     :C5,    "&
        "IO_C7     :C7,    "&
        "IO_C8     :C8,    "&
        "IO_C9     :C9,    "&
        "IO_D2     :D2,    "&
        "IO_D3     :D3,    "&
        "IO_D4     :D4,    "&
        "IO_D5     :D5,    "&
        "IO_D7     :D7,    "&
        "IO_D9     :D9,    "&
        "IO_E3     :E3,    "&
        "IO_F4     :F4,    "&
        "IO_G2     :G2,    "&
        "IO_G3     :G3,    "&
        "IO_H2     :H2,    "&
        "IO_H9     :H9,    "&
        "IO_J2     :J2,    "&
        "IO_J4     :J4,    "&
        "IO_J5     :J5,    "&
        "IO_J6     :J6,    "&
        "IO_J8     :J8,    "&
        "IO_K2     :K2,    "&
        "IO_K3     :K3,    "&
        "IO_K4     :K4,    "&
        "IO_K5     :K5,    "&
        "IO_K6     :K6,    "&
        "IO_K8     :K8,    "&
        "IO_K9     :K9,    "&
        "IO_L1     :L1,    "&
        "IO_L2     :L2,    "&
        "IO_L4     :L4,    "&
        "IO_L5     :L5,    "&
        "IO_L6     :L6,    "&
        "IO_L7     :L7,    "&
        "IO_L8     :L8,    "&
        "IO_L9     :L9,    "&
        "IO_M2     :M2,    "&
        "IO_M3     :M3,    "&
        "IO_M4     :M4,    "&
        "IO_M5     :M5,    "&
        "IO_M6     :M6,    "&
        "IO_M8     :M8,    "&
        "IO_M9     :M9,    "&
        "IO_A10    :A10,   "&
        "IO_A11    :A11,   "&
        "IO_A12    :A12,   "&
        "IO_B10    :B10,   "&
        "IO_B12    :B12,   "&
        "IO_C12    :C12,   "&
        "IO_D10    :D10,   "&
        "IO_D11    :D11,   "&
        "IO_E10    :E10,   "&
        "IO_F11    :F11,   "&
        "IO_F12    :F12,   "&
        "IO_G11    :G11,   "&
        "IO_J10    :J10,   "&
        "IO_J11    :J11,   "&
        "IO_K10    :K10,   "&
        "IO_K12    :K12,   "&
        "IO_L10    :L10,   "&
        "IO_M10    :M10,   "&
        "IO_M11    :M11,   "&
        "IO_M12    :M12,   "&
        "NC        :(C10,  C11,   D1,    E1,    F1,    F10,   F2,    "&
                   "F3,    G1,    G10,   G12,   H12,   J1,    J12,   "&
                   "K1,    L11,   L3),   "&
        "TCK       :A2,    "&
        "TDI       :C2,    "&
        "TDO       :K11,   "&
        "TMS       :B1,    "&
        "VCC       :(A3,   A6,    A9,    D12,   E12,   E2,    H10,   "&
                   "H11,   H3,    J3,    L12,   M7)    ";

    attribute TAP_SCAN_IN of TDI              : signal is true;
    attribute TAP_SCAN_MODE of TMS            : signal is true;
    attribute TAP_SCAN_OUT of TDO             : signal is true;
    attribute TAP_SCAN_CLOCK of TCK           :
        signal is ( 1.00e+007, BOTH);

    attribute INSTRUCTION_LENGTH of eX64cs128 : entity is    5;
    attribute INSTRUCTION_OPCODE of eX64cs128 : entity is 
                    "EXTEST (00000), "&
                    "SAMPLE (00001), "&
                    "INTEST (00010), "&
                    "USERCODE (00011), "&
                    "IDCODE (00100), "&
                    "HIGHZ (01110), "&
                    "CLAMP (01111), "&
                    "PROBE (10000), "&
                    "BYPASS (11111) ";
    attribute INSTRUCTION_CAPTURE of eX64cs128 : entity is "XXX01";
    attribute INSTRUCTION_DISABLE of eX64cs128 : entity is 
                    "HIGHZ";
    attribute INSTRUCTION_GUARD of eX64cs128 : entity is 
                    "CLAMP";
    attribute INSTRUCTION_PRIVATE of eX64cs128 : entity is
                    "PROBE";


    attribute IDCODE_REGISTER of eX64cs128 : entity is
                    "XXXX"&   --  Version
                    "XXXXXXXXXXXXXXXX"&   --  Device
                    "00000101111"&   --  Manufacturer
                    "1";   --  Required
                    
    attribute USERCODE_REGISTER of eX64cs128 : entity is
                    "00000000000000000000000000000000";

    attribute REGISTER_ACCESS of eX64cs128 : entity is
                    "BYPASS(HIGHZ, CLAMP)";
    attribute BOUNDARY_CELLS of eX64cs128 : entity is "BC_1";
    attribute BOUNDARY_LENGTH of eX64cs128 : entity is  237;
    attribute BOUNDARY_REGISTER of eX64cs128 : entity is 

-- num   cell      port       function   safe   [ccell disval rslt]

--BSR  IO_L1    L1
"     0	(BC_1, *,internal,   X), "&
"     1	(BC_1, IO_L1,	output3,   X,     2, 0, Z), "&
"     2	(BC_1, *,	control, 0), "&

--BSR  IO_H2    H2
"     3	(BC_1, *,internal,   X), "&
"     4	(BC_1, IO_H2,	output3,   X,     5, 0, Z), "&
"     5	(BC_1, *,	control, 0), "&

--BSR  IO_G3    G3
"     6	(BC_1, *,internal,   X), "&
"     7	(BC_1, IO_G3,	output3,   X,     8, 0, Z), "&
"     8	(BC_1, *,	control, 0), "&

--BSR  IO_G2    G2
"     9	(BC_1, *,internal,   X), "&
"    10	(BC_1, IO_G2,	output3,   X,    11, 0, Z), "&
"    11	(BC_1, *,	control, 0), "&

--BSR  IO_F4    F4
"    12	(BC_1, *,internal,   X), "&
"    13	(BC_1, IO_F4,	output3,   X,    14, 0, Z), "&
"    14	(BC_1, *,	control, 0), "&

--BSR  IO_C1    C1
"    15	(BC_1, *,internal,   X), "&
"    16	(BC_1, IO_C1,	output3,   X,    17, 0, Z), "&
"    17	(BC_1, *,	control, 0), "&

--BSR  IO_A1    A1
"    18	(BC_1, *,internal,   X), "&
"    19	(BC_1, IO_A1,	output3,   X,    20, 0, Z), "&
"    20	(BC_1, *,	control, 0), "&

--BSR  IO_B2    B2
"    21	(BC_1, *,internal,   X), "&
"    22	(BC_1, IO_B2,	output3,   X,    23, 0, Z), "&
"    23	(BC_1, *,	control, 0), "&

--BSR  IO_D2    D2
"    24	(BC_1, *,internal,   X), "&
"    25	(BC_1, IO_D2,	output3,   X,    26, 0, Z), "&
"    26	(BC_1, *,	control, 0), "&

--BSR  IO_B3    B3
"    27	(BC_1, *,internal,   X), "&
"    28	(BC_1, IO_B3,	output3,   X,    29, 0, Z), "&
"    29	(BC_1, *,	control, 0), "&

--BSR  IO_C3    C3
"    30	(BC_1, *,internal,   X), "&
"    31	(BC_1, IO_C3,	output3,   X,    32, 0, Z), "&
"    32	(BC_1, *,	control, 0), "&

--BSR  IO_B4    B4
"    33	(BC_1, *,internal,   X), "&
"    34	(BC_1, IO_B4,	output3,   X,    35, 0, Z), "&
"    35	(BC_1, *,	control, 0), "&

--BSR  IO_C4    C4
"    36	(BC_1, *,internal,   X), "&
"    37	(BC_1, IO_C4,	output3,   X,    38, 0, Z), "&
"    38	(BC_1, *,	control, 0), "&

--BSR  IO_A4    A4
"    39	(BC_1, *,internal,   X), "&
"    40	(BC_1, IO_A4,	output3,   X,    41, 0, Z), "&
"    41	(BC_1, *,	control, 0), "&

--BSR  IO_E3    E3
"    42	(BC_1, *,internal,   X), "&
"    43	(BC_1, IO_E3,	output3,   X,    44, 0, Z), "&
"    44	(BC_1, *,	control, 0), "&

--BSR  IO_B5    B5
"    45	(BC_1, *,internal,   X), "&
"    46	(BC_1, IO_B5,	output3,   X,    47, 0, Z), "&
"    47	(BC_1, *,	control, 0), "&

--BSR  IO_D3    D3
"    48	(BC_1, *,internal,   X), "&
"    49	(BC_1, IO_D3,	output3,   X,    50, 0, Z), "&
"    50	(BC_1, *,	control, 0), "&

--BSR  IO_D4    D4
"    51	(BC_1, *,internal,   X), "&
"    52	(BC_1, IO_D4,	output3,   X,    53, 0, Z), "&
"    53	(BC_1, *,	control, 0), "&

--BSR  IO_D5    D5
"    54	(BC_1, *,internal,   X), "&
"    55	(BC_1, IO_D5,	output3,   X,    56, 0, Z), "&
"    56	(BC_1, *,	control, 0), "&

--BSR  IO_A5    A5
"    57	(BC_1, *,internal,   X), "&
"    58	(BC_1, IO_A5,	output3,   X,    59, 0, Z), "&
"    59	(BC_1, *,	control, 0), "&

--BSR  IO_B6    B6
"    60	(BC_1, *,internal,   X), "&
"    61	(BC_1, IO_B6,	output3,   X,    62, 0, Z), "&
"    62	(BC_1, *,	control, 0), "&

--BSR  IO_C5    C5
"    63	(BC_1, *,internal,   X), "&
"    64	(BC_1, IO_C5,	output3,   X,    65, 0, Z), "&
"    65	(BC_1, *,	control, 0), "&

--BSR  CLKB    B7
"    66	(BC_1, CLKB,	input,   X), "&
--BSR  CLKA    C6
"    67	(BC_1, CLKA,	input,   X), "&
--BSR  IO_D7    D7
"    68	(BC_1, *,internal,   X), "&
"    69	(BC_1, IO_D7,	output3,   X,    70, 0, Z), "&
"    70	(BC_1, *,	control, 0), "&

--BSR  IO_A7    A7
"    71	(BC_1, *,internal,   X), "&
"    72	(BC_1, IO_A7,	output3,   X,    73, 0, Z), "&
"    73	(BC_1, *,	control, 0), "&

--BSR  IO_C7    C7
"    74	(BC_1, *,internal,   X), "&
"    75	(BC_1, IO_C7,	output3,   X,    76, 0, Z), "&
"    76	(BC_1, *,	control, 0), "&

--BSR  IO_A8    A8
"    77	(BC_1, *,internal,   X), "&
"    78	(BC_1, IO_A8,	output3,   X,    79, 0, Z), "&
"    79	(BC_1, *,	control, 0), "&

--BSR  IO_C8    C8
"    80	(BC_1, *,internal,   X), "&
"    81	(BC_1, IO_C8,	output3,   X,    82, 0, Z), "&
"    82	(BC_1, *,	control, 0), "&

--BSR  IO_B8    B8
"    83	(BC_1, *,internal,   X), "&
"    84	(BC_1, IO_B8,	output3,   X,    85, 0, Z), "&
"    85	(BC_1, *,	control, 0), "&

--BSR  IO_D9    D9
"    86	(BC_1, *,internal,   X), "&
"    87	(BC_1, IO_D9,	output3,   X,    88, 0, Z), "&
"    88	(BC_1, *,	control, 0), "&

--BSR  IO_C9    C9
"    89	(BC_1, *,internal,   X), "&
"    90	(BC_1, IO_C9,	output3,   X,    91, 0, Z), "&
"    91	(BC_1, *,	control, 0), "&

--BSR  IO_E10    E10
"    92	(BC_1, *,internal,   X), "&
"    93	(BC_1, IO_E10,	output3,   X,    94, 0, Z), "&
"    94	(BC_1, *,	control, 0), "&

--BSR  IO_D10    D10
"    95	(BC_1, *,internal,   X), "&
"    96	(BC_1, IO_D10,	output3,   X,    97, 0, Z), "&
"    97	(BC_1, *,	control, 0), "&

--BSR  IO_D11    D11
"    98	(BC_1, *,internal,   X), "&
"    99	(BC_1, IO_D11,	output3,   X,   100, 0, Z), "&
"   100	(BC_1, *,	control, 0), "&

--BSR  IO_A10    A10
"   101	(BC_1, *,internal,   X), "&
"   102	(BC_1, IO_A10,	output3,   X,   103, 0, Z), "&
"   103	(BC_1, *,	control, 0), "&

--BSR  IO_B9    B9
"   104	(BC_1, *,internal,   X), "&
"   105	(BC_1, IO_B9,	output3,   X,   106, 0, Z), "&
"   106	(BC_1, *,	control, 0), "&

--BSR  IO_B10    B10
"   107	(BC_1, *,internal,   X), "&
"   108	(BC_1, IO_B10,	output3,   X,   109, 0, Z), "&
"   109	(BC_1, *,	control, 0), "&

--BSR  IO_A11    A11
"   110	(BC_1, *,internal,   X), "&
"   111	(BC_1, IO_A11,	output3,   X,   112, 0, Z), "&
"   112	(BC_1, *,	control, 0), "&

--BSR  IO_A12    A12
"   113	(BC_1, *,internal,   X), "&
"   114	(BC_1, IO_A12,	output3,   X,   115, 0, Z), "&
"   115	(BC_1, *,	control, 0), "&

--BSR  IO_B12    B12
"   116	(BC_1, *,internal,   X), "&
"   117	(BC_1, IO_B12,	output3,   X,   118, 0, Z), "&
"   118	(BC_1, *,	control, 0), "&

--BSR  IO_C12    C12
"   119	(BC_1, *,internal,   X), "&
"   120	(BC_1, IO_C12,	output3,   X,   121, 0, Z), "&
"   121	(BC_1, *,	control, 0), "&

--BSR  IO_F12    F12
"   122	(BC_1, *,internal,   X), "&
"   123	(BC_1, IO_F12,	output3,   X,   124, 0, Z), "&
"   124	(BC_1, *,	control, 0), "&

--BSR  IO_F11    F11
"   125	(BC_1, *,internal,   X), "&
"   126	(BC_1, IO_F11,	output3,   X,   127, 0, Z), "&
"   127	(BC_1, *,	control, 0), "&

--BSR  IO_G11    G11
"   128	(BC_1, *,internal,   X), "&
"   129	(BC_1, IO_G11,	output3,   X,   130, 0, Z), "&
"   130	(BC_1, *,	control, 0), "&

--BSR  IO_K12    K12
"   131	(BC_1, *,internal,   X), "&
"   132	(BC_1, IO_K12,	output3,   X,   133, 0, Z), "&
"   133	(BC_1, *,	control, 0), "&

--BSR  IO_J11    J11
"   134	(BC_1, *,internal,   X), "&
"   135	(BC_1, IO_J11,	output3,   X,   136, 0, Z), "&
"   136	(BC_1, *,	control, 0), "&

--BSR  IO_M12    M12
"   137	(BC_1, *,internal,   X), "&
"   138	(BC_1, IO_M12,	output3,   X,   139, 0, Z), "&
"   139	(BC_1, *,	control, 0), "&

--BSR  IO_J10    J10
"   140	(BC_1, *,internal,   X), "&
"   141	(BC_1, IO_J10,	output3,   X,   142, 0, Z), "&
"   142	(BC_1, *,	control, 0), "&

--BSR  IO_K10    K10
"   143	(BC_1, *,internal,   X), "&
"   144	(BC_1, IO_K10,	output3,   X,   145, 0, Z), "&
"   145	(BC_1, *,	control, 0), "&

--BSR  IO_M11    M11
"   146	(BC_1, *,internal,   X), "&
"   147	(BC_1, IO_M11,	output3,   X,   148, 0, Z), "&
"   148	(BC_1, *,	control, 0), "&

--BSR  IO_H9    H9
"   149	(BC_1, *,internal,   X), "&
"   150	(BC_1, IO_H9,	output3,   X,   151, 0, Z), "&
"   151	(BC_1, *,	control, 0), "&

--BSR  IO_L10    L10
"   152	(BC_1, *,internal,   X), "&
"   153	(BC_1, IO_L10,	output3,   X,   154, 0, Z), "&
"   154	(BC_1, *,	control, 0), "&

--BSR  IO_L9    L9
"   155	(BC_1, *,internal,   X), "&
"   156	(BC_1, IO_L9,	output3,   X,   157, 0, Z), "&
"   157	(BC_1, *,	control, 0), "&

--BSR  IO_M10    M10
"   158	(BC_1, *,internal,   X), "&
"   159	(BC_1, IO_M10,	output3,   X,   160, 0, Z), "&
"   160	(BC_1, *,	control, 0), "&

--BSR  IO_K9    K9
"   161	(BC_1, *,internal,   X), "&
"   162	(BC_1, IO_K9,	output3,   X,   163, 0, Z), "&
"   163	(BC_1, *,	control, 0), "&

--BSR  IO_M9    M9
"   164	(BC_1, *,internal,   X), "&
"   165	(BC_1, IO_M9,	output3,   X,   166, 0, Z), "&
"   166	(BC_1, *,	control, 0), "&

--BSR  IO_L8    L8
"   167	(BC_1, *,internal,   X), "&
"   168	(BC_1, IO_L8,	output3,   X,   169, 0, Z), "&
"   169	(BC_1, *,	control, 0), "&

--BSR  IO_M8    M8
"   170	(BC_1, *,internal,   X), "&
"   171	(BC_1, IO_M8,	output3,   X,   172, 0, Z), "&
"   172	(BC_1, *,	control, 0), "&

--BSR  IO_K8    K8
"   173	(BC_1, *,internal,   X), "&
"   174	(BC_1, IO_K8,	output3,   X,   175, 0, Z), "&
"   175	(BC_1, *,	control, 0), "&

--BSR  IO_L7    L7
"   176	(BC_1, *,internal,   X), "&
"   177	(BC_1, IO_L7,	output3,   X,   178, 0, Z), "&
"   178	(BC_1, *,	control, 0), "&

--BSR  IO_J8    J8
"   179	(BC_1, *,internal,   X), "&
"   180	(BC_1, IO_J8,	output3,   X,   181, 0, Z), "&
"   181	(BC_1, *,	control, 0), "&

--BSR  HCLK    K7
"   182	(BC_1, HCLK,	input,   X), "&
--BSR  IO_L6    L6
"   183	(BC_1, *,internal,   X), "&
"   184	(BC_1, IO_L6,	output3,   X,   185, 0, Z), "&
"   185	(BC_1, *,	control, 0), "&

--BSR  IO_J6    J6
"   186	(BC_1, *,internal,   X), "&
"   187	(BC_1, IO_J6,	output3,   X,   188, 0, Z), "&
"   188	(BC_1, *,	control, 0), "&

--BSR  IO_K6    K6
"   189	(BC_1, *,internal,   X), "&
"   190	(BC_1, IO_K6,	output3,   X,   191, 0, Z), "&
"   191	(BC_1, *,	control, 0), "&

--BSR  IO_M6    M6
"   192	(BC_1, *,internal,   X), "&
"   193	(BC_1, IO_M6,	output3,   X,   194, 0, Z), "&
"   194	(BC_1, *,	control, 0), "&

--BSR  IO_L5    L5
"   195	(BC_1, *,internal,   X), "&
"   196	(BC_1, IO_L5,	output3,   X,   197, 0, Z), "&
"   197	(BC_1, *,	control, 0), "&

--BSR  IO_M5    M5
"   198	(BC_1, *,internal,   X), "&
"   199	(BC_1, IO_M5,	output3,   X,   200, 0, Z), "&
"   200	(BC_1, *,	control, 0), "&

--BSR  IO_K5    K5
"   201	(BC_1, *,internal,   X), "&
"   202	(BC_1, IO_K5,	output3,   X,   203, 0, Z), "&
"   203	(BC_1, *,	control, 0), "&

--BSR  IO_J5    J5
"   204	(BC_1, *,internal,   X), "&
"   205	(BC_1, IO_J5,	output3,   X,   206, 0, Z), "&
"   206	(BC_1, *,	control, 0), "&

--BSR  IO_K4    K4
"   207	(BC_1, *,internal,   X), "&
"   208	(BC_1, IO_K4,	output3,   X,   209, 0, Z), "&
"   209	(BC_1, *,	control, 0), "&

--BSR  IO_M4    M4
"   210	(BC_1, *,internal,   X), "&
"   211	(BC_1, IO_M4,	output3,   X,   212, 0, Z), "&
"   212	(BC_1, *,	control, 0), "&

--BSR  IO_J4    J4
"   213	(BC_1, *,internal,   X), "&
"   214	(BC_1, IO_J4,	output3,   X,   215, 0, Z), "&
"   215	(BC_1, *,	control, 0), "&

--BSR  IO_L4    L4
"   216	(BC_1, *,internal,   X), "&
"   217	(BC_1, IO_L4,	output3,   X,   218, 0, Z), "&
"   218	(BC_1, *,	control, 0), "&

--BSR  IO_K3    K3
"   219	(BC_1, *,internal,   X), "&
"   220	(BC_1, IO_K3,	output3,   X,   221, 0, Z), "&
"   221	(BC_1, *,	control, 0), "&

--BSR  IO_M3    M3
"   222	(BC_1, *,internal,   X), "&
"   223	(BC_1, IO_M3,	output3,   X,   224, 0, Z), "&
"   224	(BC_1, *,	control, 0), "&

--BSR  IO_J2    J2
"   225	(BC_1, *,internal,   X), "&
"   226	(BC_1, IO_J2,	output3,   X,   227, 0, Z), "&
"   227	(BC_1, *,	control, 0), "&

--BSR  IO_K2    K2
"   228	(BC_1, *,internal,   X), "&
"   229	(BC_1, IO_K2,	output3,   X,   230, 0, Z), "&
"   230	(BC_1, *,	control, 0), "&

--BSR  IO_M2    M2
"   231	(BC_1, *,internal,   X), "&
"   232	(BC_1, IO_M2,	output3,   X,   233, 0, Z), "&
"   233	(BC_1, *,	control, 0), "&

--BSR  IO_L2    L2
"   234	(BC_1, *,internal,   X), "&
"   235	(BC_1, IO_L2,	output3,   X,   236, 0, Z), "&
"   236	(BC_1, *,	control, 0) ";

end eX64cs128;