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require GLib
require Gio version "2.0"
assert(true)
assert(true != false)
assert(!false)
assert(TRUE)
assert(TRUE != false)
assert(TRUE == true)
assert(True == true)
assert(False == FALSE)
assert(False == false)
assert(123 == 123)
assert(123 != 124)
assert(123 != -123)
assert(123 == abs(-123))
assert(1 - 10 == -9)
assert(1 / 10 == .1)
abc = "abc"
assert(abc == "abc")
assert(abc != "abc\n")
assert(abc != "def")
# we can't do builtins yet w/ >1 param so this is a
# very bad pow() implementation that works on integers only.
pow = func(a,b) while b > 1 do a = a * a; b = b - 1; a
assert(pow(2,3) == 8)
assert(pow(2,3) == 8) # and here
multiply = func(x,y) x*y
assert(multiply(10, 10) == 100)
assert(multiply(-10, 10) == -100)
nop = func() pass
nop()
def order2(a,b) assert(a==1); assert(b==2); end
order2(1,2)
def order3(a,b,c)
assert(a == 1)
assert(b == 2)
assert(c == 3)
end
order3(1,2,3)
def weird1(a) assert(a==1)
end
# anonymous functions can have a single statement
(func() 123)()
(func(a,b) assert((a==1)&&(b==2)))(1,2)
myfunc = func() 9*3
assert(myfunc() == 27);
# test out construction
group = Gio.SimpleActionGroup.new()
assert(group)
assert(group != null)
assert(typeof(group).is_a(typeof(Gio.ActionGroup)))
assert(typeof(group).is_a(typeof(Gio.ActionMap)))
assert(!typeof(group).is_a(typeof(Gio.Action)))
assert(typeof(group).name() == "GSimpleActionGroup")
t1 = typeof(group)
t2 = typeof(Gio.SimpleActionGroup)
assert(t1)
assert(t2)
assert(t1 == t2)
Nil = null
assert(Nil == null)
assert(null == null)
assert(group != null)
action = Gio.SimpleAction.new("myaction", null)
assert(action != null)
assert(typeof(action) != null)
assert(typeof(action) == typeof(Gio.SimpleAction))
assert(typeof(action) != typeof(Gio.SimpleActionGroup))
assert(typeof(action).is_a(typeof(Gio.Action)))
assert(!typeof(action).is_a(typeof(Gio.ActionMap)))
def count()
mycount+1
end
mycount = 2
assert(count() == 3)
multiline = (1 + \
2 + \
3)
assert(multiline == 6)
# test left associativity
val = true && true || false
assert(val == true)
# if only we had compiler warnings
val = true && false || true
assert(val == true)
# Implicit floor() in GType conversion
assert(double(i32(1234.56)) == 1234)
# Test boolean casts
assert(bool(1) == true)
assert(bool(0) == false)
assert(bool("") == true)
assert(bool(null) == false)
assert(bool(char(0)) == false)
assert(bool(char(1)) == true)
assert(bool(byte(0)) == false)
assert(bool(byte(1)) == true)
assert(bool(i32(0)) == false)
assert(bool(i32(1)) == true)
assert(bool(u32(0)) == false)
assert(bool(u32(1)) == true)
assert(bool(i64(0)) == false)
assert(bool(i64(1)) == true)
assert(bool(u64(0)) == false)
assert(bool(u64(1)) == true)
# FIXME: broken exp priority
a1 = 1 < 3
(a2 = 1) < 3
assert(a1 == a2)
scoped = 1
ret = (true || (scoped = 2))
assert(scoped == 1)
assert(ret == true)
ret = ((scoped = 2) || (scoped = 3))
assert(scoped == 2)
assert(ret == true)
ret = ((scoped = 3) && (scoped = 4))
assert(scoped == 4)
assert(ret == true)
ret = ((scoped = 3) && (scoped = 0))
assert(scoped == 0)
assert(ret == false)
assert(1 == i32(1))
assert(-2 == i32(-2))
assert(1 == u32(1))
assert(2 == abs(-2))
assert(GLib.strjoinv("_", GLib.strsplit("abc", "b", i32(2))) == "a_c")
assert(GLib.strsplit("123", "2", i32(0)) == GLib.strsplit("123", "2", i32(0)))
def m(x,y)
x * y
end
a = 10
if true then a = m(10, 2)
assert(a == 20)
libname = "libfoo"
if GLib.str_has_prefix(libname, "lib") then libname = GLib.utf8_substring(libname, i64(3), i64(-1))
assert(libname == "foo")
aa = 30
if false then aa = 10
assert(aa == 30)
1234;
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