%description:
Test parsing of "nan" and "inf" in NED

%file: test.ned

import testlib.Dump;

network Test
{
    parameters:
        double p1 = nan;
        double p2 = inf;
        double p3 = -inf;
        double p4 @unit(s) = nan s;
        double p5 @unit(s) = inf ms;
        double p6 @unit(s) = -inf ns;

        double p7 = 1+inf;
        double p8 = -inf+inf;
        double p9 = 2*nan;

        double p10 @unit(s) = 1s + inf s;
        double p11 @unit(s) = -inf s + inf ms;
        double p12 @unit(s) = 2*nan s;

        bool b1 = 1+inf == 1/0.0;
        bool b2 = 1+nan == nan;
        bool b3 = nan == nan;

        bool b4 = 1s + inf ms == 1s/0.0;
        bool b5 = nan s == nan;

        // old-style nan and inf, found in INET-3.x
        double n1 @unit(dB) = 0dB/0;
        double n2 @unit(dB) = 1dB/0;
        double n3 @unit(dB) = -1dB/0;

        double n4 @unit(W) = 0W/0;
        double n5 @unit(W) = 1W/0;
        double n6 @unit(W) = -1W/0;

    submodules:
        dump: Dump;
}

%contains: stdout
module Test: Test {
    parameters:
        @isNetwork
        p1 = nan
        p2 = inf
        p3 = -inf
        p4 @unit(s) = nan s
        p5 @unit(s) = inf s
        p6 @unit(s) = -inf s
        p7 = inf
        p8 = nan
        p9 = nan
        p10 @unit(s) = inf s
        p11 @unit(s) = nan s
        p12 @unit(s) = nan s
        b1 = true
        b2 = false
        b3 = false
        b4 = true
        b5 = false
        n1 @unit(dB) = nan dB
        n2 @unit(dB) = inf dB
        n3 @unit(dB) = -inf dB
        n4 @unit(W) = nan W
        n5 @unit(W) = inf W
        n6 @unit(W) = -inf W
    submodules:
}