BOARD
    ID = "NIC0900"
    NAME = "PC-TIO-10 Timing I/O Board"
    MFR = "NATIONAL INSTR CORP"
    CATEGORY = "OTH"
    SLOT = ISA8
    READID = NO
    COMMENTS = "The PC-TIO-10 is a timing and digital input/output board
            with ten 16-bit, 7-MHz, programmable counter/timers and sixteen
            bits of bit-configurable digital input/output."
    HELP = "The PC-TIO-10 can generate a variety of waveforms, measure
        several different waveform parameters, and control external
        devices with its timing and digital inputs and outputs."

SWITCH(1) = 7
    NAME = "Base I/O Address"
    STYPE = DIP
    VERTICAL = YES
    REVERSE = YES
    LABEL = LOC(1-7) "A9" "A8" "A7" "A6" "A5" "A4" "A3"
    FACTORY = LOC(1-7) 0110100
    COMMENTS = "The base I/O address is determined by the settings of the
            board's DIP switches. The factory setting is for base
            address 01A0h. The ON/OFF positions on your PC-TIO-10 base address
            DIP switches may be reversed from what is shown here."

JUMPER(1) = 6
    NAME = "IRQ Level (W1)"
    JTYPE = PAIRED
    REVERSE = YES
    LABEL = LOC(1-6) "3" "4" "5" "6" "7" "9"
    FACTORY = LOC(3) 1
    COMMENTS = "The interrupt level used is determined by this jumper.
            Do not use interrupt level 6 as it is normally used by the
            diskette and hard disk controllers."

JUMPER(2) = 4
    NAME = "Internal IRQ (W2)"
    JTYPE = PAIRED
    VERTICAL = YES
    REVERSE = YES
    LABEL = LOC(1-4) "OUT 2" "OUT 7" "N.C." "N.C."
    FACTORY = LOC(1-4) 0011
    COMMENTS = "The internal interrupt is determined by this jumper.
            Jumpering OUT 2 connects the output of COUNTER 2 to EXTIRQ1,
            while jumpering OUT 7 connects the output of COUNTER 7 to
            EXTIRQ2.  The N.C. positions are storage positions for the
            jumpers."

FUNCTION = "PC-TIO-10 Base I/O Address"
    COMMENTS = "The base I/O address is selected through this resource."
    HELP = "The base I/O address entered here must match the board's
        DIP switch setting for the base address. See the user's
        manual of the board for more information."
    CHOICE = "Base I/O Address Resource"
        SUBCHOICE
        FREE
            PORT = 1a0h-3ffh STEP = 008h COUNT = 008h
            SHARE = NO
            SIZE = BYTE
            INIT = SWITCH(1) LOC(1-7) 
                0110100 | 0110101 | 0110110 | 0110111 | 0111000 |
                0111001 | 0111010 | 0111011 | 0111100 | 0111101 | 0111110 |
                0111111 | 1000000 | 1000001 | 1000010 |
                1000011 | 1000100 | 1000101 | 1000110 | 1000111 | 1001000 |
                1001001 | 1001010 | 1001011 | 1001100 | 1001101 | 1001110 |
                1001111 | 1010000 | 1010001 | 1010010 | 1010011 | 1010100 |
                1010101 | 1010110 | 1010111 | 1011000 | 1011001 | 1011010 |
                1011011 | 1011100 | 1011101 | 1011110 | 1011111 | 1100000 |
                1100001 | 1100010 | 1100011 | 1100100 | 1100101 | 1100110 |
                1100111 | 1101000 | 1101001 | 1101010 | 1101011 | 1101100 |
                1101101 | 1101110 | 1101111 | 1110000 | 1110001 | 1110010 |
                1110011 | 1110100 | 1110101 | 1110110 | 1110111 | 1111000 |
                1111001 | 1111010 | 1111011 | 1111100 | 1111101 | 1111110 |
                1111111        SUBCHOICE
        FREE
            PORT = 000h-198h STEP = 008h COUNT = 008h
            SHARE = NO
            SIZE = BYTE
            INIT = SWITCH(1) LOC(1-7)  0000000 | 0000001 | 0000010 |
                0000011 | 0000100 | 0000101 | 0000110 | 0000111 | 0001000 |
                0001001 | 0001010 | 0001011 | 0001100 | 0001101 | 0001110 |
                0001111 | 0010000 | 0010001 | 0010010 | 0010011 | 0010100 |
                0010101 | 0010110 | 0010111 | 0011000 | 0011001 | 0011010 |
                0011011 | 0011100 | 0011101 | 0011110 | 0011111 | 0100000 |
                0100001 | 0100010 | 0100011 | 0100100 | 0100101 | 0100110 |
                0100111 | 0101000 | 0101001 | 0101010 | 0101011 | 0101100 |
                0101101 | 0101110 | 0101111 | 0110000 | 0110001 | 0110010 |
                0110011

FUNCTION = "PC-TIO-10 Interrupt Request Level"
    COMMENTS = "The interrupt level is selected through this function. If
            the 'Disabled' option is selected, the driver will not
            use the interrupt resource."
    HELP = "The interrupt level selected here must match the board's jumper
         setting for the interrupt level. See the user's manual of the
        board for more information."
;SHARE statement in the choices is omitted as default is NO
;TRIGGER statement in the choices is omitted as default is EDGE
    CHOICE = "5"
    FREE
        IRQ = 5
         INIT = JUMPER(1) LOC(1-6) 001000
    CHOICE = "6"
    FREE
        IRQ = 6
         INIT = JUMPER(1) LOC(1-6) 000100
    CHOICE = "7"
    FREE
        IRQ = 7
         INIT = JUMPER(1) LOC(1-6) 000010
    CHOICE = "9"
    FREE
        IRQ = 9
         INIT = JUMPER(1) LOC(1-6) 000001
    CHOICE = "Disabled"
        FREE
         INIT = JUMPER(1) LOC(1-6) 000000
    CHOICE = "3"
    FREE
        IRQ = 3
         INIT = JUMPER(1) LOC(1-6) 100000
    CHOICE = "4"
    FREE
        IRQ = 4
         INIT = JUMPER(1) LOC(1-6) 010000

FUNCTION = "PC-TIO-10 Internal Interrupt Request"
    COMMENTS = "The internal interrupt is determined by this jumper.
            Jumpering OUT 2 connects the output of COUNTER 2 to EXTIRQ1,
            while jumpering OUT 7 connects the output of COUNTER 7 to
            EXTIRQ2.  The N.C. positions are storage positions for the
            jumpers."
    HELP = "This set of jumpers provides a means of internally connecting
        two of the counter outputs to the external interrupt circuitry
        without having to hardwire a connection external to the computer.
        See the user's manual of the board for more information."
    CHOICE = "N.C. and N.C."
    FREE
         INIT = JUMPER(2) LOC(1-4) 0011
    CHOICE = "OUT 2 and N.C."
    FREE
         INIT = JUMPER(2) LOC(1-4) 1001
    CHOICE = "OUT 7 and N.C."
    FREE
         INIT = JUMPER(2) LOC(1-4) 0110
    CHOICE = "OUT 2 and OUT 7"
    FREE
         INIT = JUMPER(2) LOC(1-4) 1100