blah

-module(blah@time).
-compile([no_auto_import, nowarn_unused_vars]).

-export([in_interval/2, past/2, future/2, symmetric/1]).

-spec in_interval(birl@time:time(), birl@time:time()) -> birl@time:time().
in_interval(From, To) ->
    Unix_from = birl@time:to_unix(From),
    Unix_to = birl@time:to_unix(To),
    _pipe = gleam@int:random(Unix_from, Unix_to),
    birl@time:from_unix(_pipe).

-spec past(birl@duration:duration(), birl@duration:duration()) -> birl@time:time().
past(Min_distance, Max_distance) ->
    Now = birl@time:now(),
    Unix_from = begin
        _pipe = Now,
        _pipe@1 = birl@time:subtract(_pipe, Max_distance),
        birl@time:to_unix(_pipe@1)
    end,
    Unix_to = begin
        _pipe@2 = Now,
        _pipe@3 = birl@time:subtract(_pipe@2, Min_distance),
        birl@time:to_unix(_pipe@3)
    end,
    _pipe@4 = gleam@int:random(Unix_from, Unix_to),
    birl@time:from_unix(_pipe@4).

-spec future(birl@duration:duration(), birl@duration:duration()) -> birl@time:time().
future(Min_distance, Max_distance) ->
    Now = birl@time:now(),
    Unix_from = begin
        _pipe = Now,
        _pipe@1 = birl@time:add(_pipe, Min_distance),
        birl@time:to_unix(_pipe@1)
    end,
    Unix_to = begin
        _pipe@2 = Now,
        _pipe@3 = birl@time:add(_pipe@2, Max_distance),
        birl@time:to_unix(_pipe@3)
    end,
    _pipe@4 = gleam@int:random(Unix_from, Unix_to),
    birl@time:from_unix(_pipe@4).

-spec symmetric(birl@duration:duration()) -> birl@time:time().
symmetric(Distance) ->
    case gleam@int:random(-1, 2) > 0 of
        true ->
            future({duration, 0}, Distance);

        _ ->
            past({duration, 0}, Distance)
    end.