uart_test.edn

自己实用Verilog编写的UART程序

       )
    )
    (cell NOR3B (cellType GENERIC)
      (property dont_touch (string "false"))
      (property area (integer 1))
       (view prim (viewType NETLIST)
         (interface
           (port Y (direction OUTPUT)
           (property max_fanout (integer 2000))
           (property function (string "!(!A + !B + C)"))
 )
           (port A (direction INPUT)
           (property capacitance (integer 1))
 )
           (port B (direction INPUT)
           (property capacitance (integer 1))
 )
           (port C (direction INPUT)
           (property capacitance (integer 1))
 )
         )
        (property is_combinational (integer 1))
        (property area (integer 1))
       )
    )
    (cell NOR3A (cellType GENERIC)
      (property dont_touch (string "false"))
      (property area (integer 1))
       (view prim (viewType NETLIST)
         (interface
           (port Y (direction OUTPUT)
           (property max_fanout (integer 2000))
           (property function (string "!(!A + B + C)"))
 )
           (port A (direction INPUT)
           (property capacitance (integer 1))
 )
           (port B (direction INPUT)
           (property capacitance (integer 1))
 )
           (port C (direction INPUT)
           (property capacitance (integer 1))
 )
         )
        (property is_combinational (integer 1))
        (property area (integer 1))
       )
    )
    (cell NOR3 (cellType GENERIC)
      (property dont_touch (string "false"))
      (property area (integer 1))
       (view prim (viewType NETLIST)
         (interface
           (port Y (direction OUTPUT)
           (property max_fanout (integer 2000))
           (property function (string "!(A + B + C)"))
 )
           (port A (direction INPUT)
           (property capacitance (integer 1))
 )
           (port B (direction INPUT)
           (property capacitance (integer 1))
 )
           (port C (direction INPUT)
           (property capacitance (integer 1))
 )
         )
        (property is_combinational (integer 1))
        (property area (integer 1))
       )
    )
    (cell NOR2B (cellType GENERIC)
      (property dont_touch (string "false"))
      (property area (integer 1))
       (view prim (viewType NETLIST)
         (interface
           (port Y (direction OUTPUT)
           (property max_fanout (integer 2000))
           (property function (string "!(!A + !B)"))
 )
           (port A (direction INPUT)
           (property capacitance (integer 1))
 )
           (port B (direction INPUT)
           (property capacitance (integer 1))
 )
         )
        (property is_combinational (integer 1))
        (property area (integer 1))
       )
    )
    (cell NOR2A (cellType GENERIC)
      (property dont_touch (string "false"))
      (property area (integer 1))
       (view prim (viewType NETLIST)
         (interface
           (port Y (direction OUTPUT)
           (property max_fanout (integer 2000))
           (property function (string "!(!A + B)"))
 )
           (port A (direction INPUT)
           (property capacitance (integer 1))
 )
           (port B (direction INPUT)
           (property capacitance (integer 1))
 )
         )
        (property is_combinational (integer 1))
        (property area (integer 1))
       )
    )
    (cell NOR2 (cellType GENERIC)
      (property dont_touch (string "false"))
      (property area (integer 1))
       (view prim (viewType NETLIST)
         (interface
           (port Y (direction OUTPUT)
           (property max_fanout (integer 2000))
           (property function (string "!(A + B)"))
 )
           (port A (direction INPUT)
           (property capacitance (integer 1))
 )
           (port B (direction INPUT)
           (property capacitance (integer 1))
 )
         )
        (property is_combinational (integer 1))
        (property area (integer 1))
       )
    )
    (cell MX2C (cellType GENERIC)
      (property dont_touch (string "false"))
      (property area (integer 1))
       (view prim (viewType NETLIST)
         (interface
           (port Y (direction OUTPUT)
           (property max_fanout (integer 2000))
           (property function (string "(!A & !S) + (!B & S)"))
 )
           (port A (direction INPUT)
           (property capacitance (integer 1))
 )
           (port B (direction INPUT)
           (property capacitance (integer 1))
 )
           (port S (direction INPUT)
           (property capacitance (integer 1))
 )
         )
        (property is_combinational (integer 1))
        (property area (integer 1))
       )
    )
    (cell MX2 (cellType GENERIC)
      (property dont_touch (string "false"))
      (property area (integer 1))
       (view prim (viewType NETLIST)
         (interface
           (port Y (direction OUTPUT)
           (property max_fanout (integer 2000))
           (property function (string "(A & !S) + (B & S)"))
 )
           (port A (direction INPUT)
           (property capacitance (integer 1))
 )
           (port B (direction INPUT)
           (property capacitance (integer 1))
 )
           (port S (direction INPUT)
           (property capacitance (integer 1))
 )
         )
        (property is_combinational (integer 1))
        (property area (integer 1))
       )
    )
    (cell MAJ3 (cellType GENERIC)
      (property dont_touch (string "false"))
      (property area (integer 1))
       (view prim (viewType NETLIST)
         (interface
           (port Y (direction OUTPUT)
           (property max_fanout (integer 2000))
           (property function (string "(A & B) + (B & C) + (A & C)"))
 )
           (port A (direction INPUT)
           (property capacitance (integer 1))
 )
           (port B (direction INPUT)
           (property capacitance (integer 1))
 )
           (port C (direction INPUT)
           (property capacitance (integer 1))
 )
         )
        (property is_combinational (integer 1))
        (property area (integer 1))
       )
    )
    (cell INV (cellType GENERIC)
      (property dont_touch (string "false"))
      (property area (integer 1))
       (view prim (viewType NETLIST)
         (interface
           (port Y (direction OUTPUT)
           (property max_fanout (integer 2000))
           (property function (string "!A"))
 )
           (port A (direction INPUT)
           (property capacitance (integer 1))
 )
         )
        (property is_combinational (integer 1))
        (property area (integer 1))
       )
    )
    (cell INBUF (cellType GENERIC)
      (property preferred (string "true"))
      (property pad_cell (string "true"))
      (property dont_touch (string "false"))
      (property area (integer 0))
       (view prim (viewType NETLIST)
         (interface
           (port Y (direction OUTPUT)
           (property max_fanout (integer 2000))
           (property function (string "PAD"))
 )
           (port PAD (direction INPUT)
           (property min_pulse_width_low (integer 2))
           (property min_pulse_width_high (integer 2))
           (property capacitance (integer 1))
           (property is_pad (string "true"))
 )
         )
        (property area (integer 0))
       )
    )
    (cell GND (cellType GENERIC)
      (property dont_touch (string "false"))
      (property area (integer 0))
       (view prim (viewType NETLIST)
         (interface
           (port Y (direction OUTPUT)
           (property max_fanout (integer 2000))
           (property function (string "0"))
 )
         )
        (property area (integer 0))
       )
    )
    (cell DFN1E1 (cellType GENERIC)
      (property is_sequential (integer 1))
      (property dont_touch (string "false"))
      (property area (integer 1))
       (view prim (viewType NETLIST)
         (interface
           (port Q (direction OUTPUT)
           (property function (string "IQ"))
 )
           (port CLK (direction INPUT)
           (property min_pulse_width_low (integer 0))
           (property min_pulse_width_high (integer 0))
           (property clock (integer 1))
           (property capacitance (integer 1))
 )
           (port D (direction INPUT)
           (property capacitance (integer 1))
 )
           (port E (direction INPUT)
           (property capacitance (integer 1))
 )
         )
        (property is_ff (integer 1))
        (property area (integer 1))
       )
    )
    (cell DFN1E0 (cellType GENERIC)
      (property is_sequential (integer 1))
      (property dont_touch (string "false"))
      (property area (integer 1))
       (view prim (viewType NETLIST)
         (interface
           (port Q (direction OUTPUT)
           (property function (string "IQ"))
 )
           (port CLK (direction INPUT)
           (property min_pulse_width_low (integer 0))
           (property min_pulse_width_high (integer 0))
           (property clock (integer 1))
           (property capacitance (integer 1))
 )
           (port D (direction INPUT)
           (property capacitance (integer 1))
 )
           (port E (direction INPUT)
           (property capacitance (integer 1))
 )
         )
        (property is_ff (integer 1))
        (property area (integer 1))
       )
    )
    (cell DFN1 (cellType GENERIC)
      (property is_sequential (integer 1))
      (property dont_touch (string "false"))
      (property area (integer 1))
       (view prim (viewType NETLIST)
         (interface
           (port Q (direction OUTPUT)
           (property function (string "IQ"))
 )
           (port CLK (direction INPUT)
           (property min_pulse_width_low (integer 0))
           (property min_pulse_width_high (integer 0))
           (property clock (integer 1))
           (property capacitance (integer 1))
 )
           (port D (direction INPUT)
           (property capacitance (integer 1))
 )
         )
        (property is_ff (integer 1))
        (property area (integer 1))
       )
    )
    (cell CLKBUF (cellType GENERIC)
      (property preferred (string "true"))
      (property pad_type (string "clock"))
      (property pad_cell (string "true"))
      (property dont_touch (string "false"))