bird/filter/test.conf

/*
 *	This is unit testing configuration file for testing filters
 *
 *	FIXME: add all examples from docs here.
 */

router id 62.168.0.1;

/* We have to setup any protocol */
protocol static { ipv4; }




/*
 * 	Common definitions and functions
 * 	--------------------------------
 */

define one = 1;
define ten = 10;

function onef(int a)
{
	return 1;
}




/*
 * 	Testing empty lists/paths
 * 	-------------------------
 */

function t_empty()
{
	bt_assert(+empty+ = +empty+);
	bt_assert(+empty+ != -empty-);
	bt_assert(+empty+ != --empty--);

	bt_assert(-empty- = -empty-);
	bt_assert(-empty- != --empty--);

	bt_assert(--empty-- = --empty--);
}

bt_test_suite(t_empty, "Testing +empty+, -empty-, --empty--");




/*
 * 	Testing Paths
 * 	-------------
 */

function mkpath(int a; int b)
{
	return [= a b 3 2 1 =];
}

function t_path()
bgpmask pm1;
bgpmask pm2;
bgppath p2;
{
	pm1 =  / 4 3 2 1 /;
	pm2 = [= 4 3 2 1 =];

	p2 = prepend( + empty +, 1 );
	p2 = prepend( p2, 2 );
	p2 = prepend( p2, 3 );
	p2 = prepend( p2, 4 );

	print "Testing paths: ", p2;
	bt_assert(p2.len = 4);
	bt_assert(p2 ~ pm1);
	bt_assert(p2 ~ pm2);
	bt_assert(3 ~ p2);
	bt_assert(p2 ~ [2, 10..20]);
	bt_assert(p2 ~ [4, 10..20]);

	p2 = prepend(p2, 5);
	bt_assert(p2 !~ pm1);
	bt_assert(p2 !~ pm2);
	bt_assert(10 !~ p2);
	bt_assert(p2 !~ [8, ten..(2*ten)]);
	bt_assert(p2 ~  / ? 4 3 2 1 /);
	bt_assert(p2 ~ [= * 4 3 * 1 =]);
	bt_assert(p2 ~ [= (3+2) (2*2) 3 2 1 =]);
	bt_assert(p2 ~ mkpath(5, 4));

	bt_assert(p2.len = 5);
	bt_assert(p2.first = 5);
	bt_assert(p2.last = 1);

	bt_assert(p2.len = 5);
	bt_assert(delete(p2, 3) = prepend(prepend(prepend(prepend(+empty+, 1), 2), 4), 5));
	bt_assert(filter(p2, [1..3]) = prepend(prepend(prepend(+empty+, 1), 2), 3));

	pm1 = [= 1 2 * 3 4 5 =];
	p2 = prepend( + empty +, 5 );
	p2 = prepend( p2, 4 );
	p2 = prepend( p2, 3 );
	p2 = prepend( p2, 3 );
	p2 = prepend( p2, 2 );
	p2 = prepend( p2, 1 );

	bt_assert(p2 ~ pm1);
	bt_assert(delete(p2, 3) = prepend(prepend(prepend(prepend(+empty+, 5), 4), 2), 1));
	bt_assert(delete(p2, [4..5]) = prepend(prepend(prepend(prepend(+empty+, 3), 3), 2), 1));
}

bt_test_suite(t_path, "Testing paths");




/*
 * 	Testing Community List
 *	----------------------
 */

define p23 = (2, 3);

function t_community_list()
clist l;
clist l2;
{
	/* XXX: add((x,y)) works as prepend */

	l = - empty -;
	bt_assert(l !~ [(*,*)]);
	bt_assert((l ~ [(*,*)]) != (l !~ [(*,*)]));

	l = add( l, (one,2) );
	bt_assert(l ~ [(*,*)]);
	l = add( l, (2,one+2) );
	print "Community list (1,2) (2,3) ", l;

	bt_assert((2,3) ~ l);
	bt_assert(l ~ [(1,*)]);
	bt_assert(l ~ [p23]);
	bt_assert(l ~ [(2,2..3)]);
	bt_assert(l ~ [(1,1..2)]);
	bt_assert(l ~ [(1,1)..(1,2)]);

	l = add(l, (2,5));
	l = add(l, (5,one));
	l = add(l, (6,one));
	l = add(l, (one,one));
	l = delete(l, [(5,1),(6,one),(one,1)]);
	l = delete(l, [(5,one),(6,one)]);
	l = filter(l, [(1,*)]);
	bt_assert(l = add(-empty-, (1,2)));

	bt_assert((2,3) !~ l);
	bt_assert(l !~ [(2,*)]);
	bt_assert(l !~ [(one,3..6)]);
	bt_assert(l ~ [(*,*)]);

	l = add(l, (3,one));
	l = add(l, (one+one+one,one+one));
	l = add(l, (3,3));
	l = add(l, (3,4));
	l = add(l, (3,5));
	l2 = filter(l, [(3,*)]);
	l = delete(l, [(3,2..4)]);
	bt_assert(l = add(add(add(-empty-, (1,2)), (3,1)), (3,5)));
	bt_assert(l.len = 3);

	l = add(l, (3,2));
	l = add(l, (4,5));
	bt_assert(l = add(add(add(add(add(-empty-, (1,2)), (3,1)), (3,5)), (3,2)), (4,5)));

	bt_assert(l.len = 5);
	bt_assert(l ~ [(*,2)]);
	bt_assert(l ~ [(*,5)]);
	bt_assert(l ~ [(*, one)]);
	bt_assert(l !~ [(*,3)]);
	bt_assert(l !~ [(*,(one+6))]);
	bt_assert(l !~ [(*, (one+one+one))]);

	l = delete(l, [(*,(one+onef(3)))]);
	l = delete(l, [(*,(4+one))]);
	bt_assert(l = add(-empty-, (3,1)));

	l = delete(l, [(*,(onef(5)))]);
	bt_assert(l = -empty-);

	l2 = add(l2, (3,6));
	l = filter(l2, [(3,1..4)]);
	l2 = filter(l2, [(3,3..6)]);

	print "clist A (1..4): ", l;
	bt_assert(l = add(add(add(add(-empty-, (3,1)), (3,2)), (3,3)), (3,4)));

	print "clist B (3..6): ", l2;
	bt_assert(l2 = add(add(add(add(-empty-, (3,3)), (3,4)), (3,5)), (3,6)));

	print "clist A union B: ", add( l, l2 );
	bt_assert(add(l, l2) = add(add(add(add(add(add(-empty-, (3,1)), (3,2)), (3,3)), (3,4)), (3,5)), (3,6)));

	print "clist A isect B: ", filter( l, l2 );
	bt_assert(filter(l, l2) = add(add(-empty-, (3,3)), (3,4)));

	print "clist A \ B: ", delete( l, l2 );
	bt_assert(delete(l, l2) = add(add(-empty-, (3,1)), (3,2)));
}

bt_test_suite(t_community_list, "Testing communities and lists");




/*
 * 	Testing Extended Community List
 * 	-------------------------------
 */

function t_extended_community_list()
eclist el;
eclist el2;
{
	el = -- empty --;
	el = add(el, (rt, 10, 20));
	el = add(el, (ro, 10.20.30.40, 100));
	el = add(el, (ro, 11.21.31.41.mask(16), 200));

	print "EC list (rt, 10, 20) (ro, 10.20.30.40, 100) (ro, 11.21.0.0, 200):";
	print el;
	bt_assert(el.len = 3);
	el = delete(el, (rt, 10, 20));
	el = delete(el, (rt, 10, 30));
	bt_assert(el = add(add(--empty--, (ro, 10.20.30.40, 100)), (ro, 11.21.0.0, 200)));
	el = add(el, (unknown 2, ten, 1));
	el = add(el, (unknown 5, ten, 1));
	el = add(el, (rt, ten, one+one));
	el = add(el, (rt, 10, 3));
	el = add(el, (rt, 10, 4));
	el = add(el, (rt, 10, 5));
	el = add(el, (generic, 0x2000a, 3*ten));
	el = delete(el, [(rt, 10, 2..ten)]);
	bt_assert(el = add(add(add(add(add(--empty--, (ro, 10.20.30.40, 100)), (ro, 11.21.0.0, 200)), (rt, 10, 1)), (unknown 5, 10, 1)), (rt, 10, 30)));

	el = filter(el, [(rt, 10, *)]);
	bt_assert(el = add(add(--empty--, (rt, 10, 1)), (rt, 10, 30)));
	bt_assert((rt, 10, 1) ~ el);
	bt_assert(el ~ [(rt, 10, ten..40)]);
	bt_assert((rt, 10, 20) !~ el);
	bt_assert((ro, 10.20.30.40, 100) !~ el);
	bt_assert(el !~ [(rt, 10, 35..40)]);
	bt_assert(el !~ [(ro, 10, *)]);

	el = add(el, (rt, 10, 40));
	el2 = filter(el, [(rt, 10, 20..40)] );
	el2 = add(el2, (rt, 10, 50));

	print "eclist A (1,30,40): ", el;
	bt_assert(el = add(add(add(--empty--, (rt, 10, 1)), (rt, 10, 30)), (rt, 10, 40)));

	print "eclist B (30,40,50): ", el2;
	bt_assert(el2 = add(add(add(--empty--, (rt, 10, 30)), (rt, 10, 40)), (rt, 10, 50)));

	print "eclist A union B: ", add(el2, el);
	bt_assert(add(el2, el) =  add(add(add(add(--empty--, (rt, 10, 30)), (rt, 10, 40)), (rt, 10, 50)), (rt, 10, 1)));

	print "eclist A isect B: ", filter(el, el2);
	bt_assert(filter(el, el2) = add(add(--empty--, (rt, 10, 30)), (rt, 10, 40)));

	print "eclist A \ B: ", delete(el, el2);
	bt_assert(delete(el, el2) = add(--empty--, (rt, 10, 1)));
}

bt_test_suite(t_extended_community_list, "Testing extended communities and lists");




/*
 * 	Testing defined() function
 * 	--------------------------
 */

function test_undef(int a)
int b;
{
	if a = 3 then {
		b = 4;
		bt_assert(defined(b));
	}
	else {
		bt_assert(!defined(b));
	}
}

function t_define()
int i;
{
	test_undef(2);
	test_undef(3);
	test_undef(2);

	bt_assert(defined(1));
	bt_assert(defined(1.2.3.4));
}

bt_test_suite(t_define, "Testing defined() function");




/*
 * 	Testing quads
 * 	-------------
 */

function t_quad()
quad qq;
{
	qq = 1.2.3.4;
	print "Testinq quad: 1.2.3.4 = ", qq;
	bt_assert(qq = 1.2.3.4);
	bt_assert(qq != 4.3.2.1);
}

bt_test_suite(t_quad, "Testing quads");




/*
 * 	Testing sets of quads
 * 	---------------------
 */

function t_quad_set()
quad qq;
{
	qq = 1.2.3.4;
	bt_assert(qq ~ [1.2.3.4, 5.6.7.8]);
	bt_assert(qq !~ [1.2.1.1, 1.2.3.5]);
}

bt_test_suite(t_quad_set, "Testing sets of quads");




/*
 * 	Testing Extended Communities
 * 	----------------------------
 */

function t_ec()
ec cc;
{
	cc = (rt, 12345, 200000);
	print "Testing EC: ", cc;

	bt_assert(cc = (rt, 12345, 200000));
	bt_assert(cc < (rt, 12345, 200010));
	bt_assert(cc != (rt, 12346, 200000));
	bt_assert(cc != (ro, 12345, 200000));
	bt_assert(!(cc > (rt, 12345, 200010)));

	print "Testing EC: (ro, 100000, 20000) = ", (ro, 100000, 20000);
}

bt_test_suite(t_ec, "Testing Extended Communities");




/*
 * 	Testing sets of Extended Communities
 * 	------------------------------------
 */

define ecs2 = [(rt, ten, (one+onef(0))*10), (ro, 100000, 100..200), (rt, 12345, *)];

function t_ec_set()
ec set ecs;
{
	ecs = [(rt, ten, (one+onef(0))*10), (ro, 100000, 100..200), (rt, 12345, *)];
	print "EC set (rt, 10, 20) (ro, 100000, 100..200), (rt, 12345, *):";
	print ecs;
	print ecs2;

	bt_assert((rt, 10, 20) ~ ecs);
	bt_assert((ro, 100000, 100) ~ ecs);
	bt_assert((ro, 100000, 128) ~ ecs);
	bt_assert((ro, 100000, 200) ~ ecs);
	bt_assert((rt, 12345, 0) ~ ecs);
	bt_assert((rt, 12345, 200000) ~ ecs);
	bt_assert((rt, 12345, 4000000) ~ ecs);
	bt_assert((ro, 10, 20) !~ ecs);
	bt_assert((rt, 10, 21) !~ ecs);
	bt_assert((ro, 100000, 99) !~ ecs);
	bt_assert((ro, 12345, 10) !~ ecs);
	bt_assert((rt, 12346, 0) !~ ecs);
	bt_assert((ro, 0.1.134.160, 150) !~ ecs);
}

bt_test_suite(t_ec_set, "Testing sets of Extended Communities");




/*
 *	Testing integers
 *	----------------
 */

define four = 4;
define xyzzy = (120+10);
define '1a-a1' = (xyzzy-100);

function t_int()
int i;
{
	bt_assert(xyzzy = 130);
	bt_assert('1a-a1' = 30);

	i = four;
	i = 12*100 + 60/2 + i;
	i = (i + 0);
	bt_assert(i = 1234);

	if (i = 4) then
		bt_assert(false);
	else
		bt_assert(true);

	if !(i = 3) then
		bt_assert(true);
	else
		bt_assert(false);

	if 1234 = i then
		bt_assert(true);
	else
		bt_assert(false);

	if 1 <= 1 then
		bt_assert(true);
	else
		bt_assert(false);

	if 1234 < 1234 then
		bt_assert(false);
	else
		bt_assert(true);

	i = 4200000000;
	bt_assert(i = 4200000000);
	bt_assert(i > 4100000000);
	bt_assert(!(i > 4250000000));

	bt_assert(1 = 1);
	bt_assert(!(1 != 1));

	bt_assert(1 != 2);
	bt_assert(1 <= 2);

	bt_assert(1 != "a");
	bt_assert(1 != (0,1));
}

bt_test_suite(t_int, "Testing integers");




/*
 * 	Testing sets of integers
 * 	------------------------
 */

define is1 = [ one, (2+1), (6-one), 8, 11, 15, 17, 19];
define is2 = [(17+2), 17, 15, 11, 8, 5, 3, 2];
define is3 = [5, 17, 2, 11, 8, 15, 3, 19];

function t_int_set()
int set is;
{
	bt_assert(1 ~ [1,2,3]);
	bt_assert(5 ~ [1..20]);
	bt_assert(2 ~ [ 1, 2, 3 ]);
	bt_assert(5 ~ [ 4 .. 7 ]);
	bt_assert(1 !~ [ 2, 3, 4 ]);

	is = [ 2, 3, 4, 7..11 ];
	bt_assert(10 ~ is);
	bt_assert(5 !~ is);

	bt_assert(1 ~ is1);
	bt_assert(3 ~ is1);
	bt_assert(5 ~ is1);
	bt_assert((one+2) ~ is1);
	bt_assert(2 ~ is2);
	bt_assert(2 ~ is3);
	bt_assert(4 !~ is1);
	bt_assert(4 !~ is2);
	bt_assert(4 !~ is3);
	bt_assert(10 !~ is1);
	bt_assert(10 !~ is2);
	bt_assert(10 !~ is3);
	bt_assert(15 ~ is1);
	bt_assert(15 ~ is2);
	bt_assert(15 ~ is3);
	bt_assert(18 !~ is1);
	bt_assert(18 !~ is2);
	bt_assert(18 !~ is3);
	bt_assert(19 ~ is1);
	bt_assert(19 ~ is2);
	bt_assert(19 ~ is3);
	bt_assert(20 !~ is1);
	bt_assert(20 !~ is2);
	bt_assert(20 !~ is3);

	bt_assert([1,2] != [1,3]);
	bt_assert([1,4..10,20] = [1,4..10,20]);

	print "What will this do? ", [ 1, 2, 1, 1, 1, 3, 4, 1, 1, 1, 5 ];
}

bt_test_suite(t_int_set, "Testing sets of integers");




/*
 * 	Testing ip address
 * 	------------------
 */

define onetwo = 1.2.3.4;

function t_ip()
ip p;
{
	p = 127.1.2.3;
	bt_assert(p.mask(8) = 127.0.0.0);
	bt_assert(1.2.3.4 = 1.2.3.4);
	bt_assert(1.2.3.4 = onetwo);
	print "1.2.3.4 = ", onetwo;
}

bt_test_suite(t_ip, "Testing ip address");




/*
 * 	Testing sets of ip address
 * 	--------------------------
 */

function t_ip_set()
{
	bt_assert(1.2.3.4 !~ [ 1.2.3.3, 1.2.3.5 ]);
	bt_assert(1.2.3.4 ~ [ 1.2.3.3..1.2.3.5 ]);
}

bt_test_suite(t_ip_set, "Testing sets of ip address");




/*
 *	Testing enums
 *	-------------
 */

function t_enum()
{
	print "Testing enums: ", RTS_DUMMY, " ", RTS_STATIC;
	bt_assert(RTS_STATIC ~ [RTS_STATIC, RTS_DEVICE]);
	bt_assert(RTS_BGP !~ [RTS_STATIC, RTS_DEVICE]);
}

bt_test_suite(t_enum, "Testing enums");




/*
 * 	Testing pairs
 * 	-------------
 */

function 'mkpair-a'(int a)
{
	return (1, a);
}

function t_pair()
pair pp;
{
	pp = (1, 2);
	bt_assert((1,2) = pp);
	bt_assert((1,1+1) = pp);
	bt_assert('mkpair-a'(2) = pp);
	bt_assert((1,2) = (1,1+1));
	bt_assert(((1,2) < (2,2)));
	bt_assert(!((1,1) > (1,1)));
}

bt_test_suite(t_pair, "Testing pairs");




/*
 * 	Testing sets of pairs
 * 	---------------------
 */

function t_pair_set()
pair pp;
pair set ps;
{
	pp = (1, 2);
	ps = [(1,(one+one)), (3,4)..(4,8), (5,*), (6,3..6)];
	print "Pair set: ", ps;
	bt_assert(pp ~ ps);
	bt_assert((3,5) ~ ps);
	bt_assert((4,1) ~ ps);
	bt_assert((5,4) ~ ps);
	bt_assert((5,65535) ~ ps);
	bt_assert((6,4) ~ ps);
	bt_assert((3, 10000) ~ ps);
	bt_assert((3,3) !~ ps);
	bt_assert((4,9) !~ ps);
	bt_assert((4,65535) !~ ps);
	bt_assert((6,2) !~ ps);
	bt_assert((6,6+one) !~ ps);
	bt_assert(((one+6),2) !~ ps);
	bt_assert((1,1) !~ ps);

	ps = [(20..150, 200..300), (50100..50200, 1000..50000), (*, 5+5)];
	print "Pair set: ", ps;
	bt_assert((100,200) ~ ps);
	bt_assert((150,300) ~ ps);
	bt_assert((50180,1200) ~ ps);
	bt_assert((50110,49000) ~ ps);
	bt_assert((0,10) ~ ps);
	bt_assert((64000,10) ~ ps);
	bt_assert((20,199) !~ ps);
	bt_assert((151,250) !~ ps);
	bt_assert((50050,2000) !~ ps);
	bt_assert((50150,50050) !~ ps);
	bt_assert((10,9) !~ ps);
	bt_assert((65535,11) !~ ps);
}

bt_test_suite(t_pair_set, "Testing sets of pairs");




/*
 * 	Testing string matching
 * 	-----------------------
 */

function t_string()
string st;
{
	st = "Hello";
	print "Testing string: ", st;
	bt_assert(st ~ "Hell*");
	bt_assert(st ~ "?ello");
	bt_assert(st ~ "Hello");
	bt_assert(st ~ "Hell?");
	bt_assert(st !~ "ell*");
}

bt_test_suite(t_string, "Testing string matching");




/*
 * 	Testing boolean expressions
 * 	---------------------------
 */

function t_bool()
bool b;
{
	b = true;
	bt_assert(b);
	bt_assert(!!b);

	if ( b = true ) then
		bt_assert(b);
	else
		bt_assert(false);

	bt_assert(true && true);
	bt_assert(true || false);
	bt_assert(! false && ! false && true);
	bt_assert(1 < 2 && 1 != 3);
	bt_assert(true && true && ! false);
	bt_assert(true || 1+"a");
	bt_assert(!(false && 1+"a"));
	bt_assert(!(true && false));
}

bt_test_suite(t_bool, "Testing boolean expressions");




/*
 * 	Testing prefixes
 * 	----------------
 */

define netdoc = 2001:db8::/32;

function t_prefix()
prefix px;
{
	px = 1.2.0.0/18;
	print "Testing prefixes: 1.2.0.0/18 = ", px;
	bt_assert(192.168.0.0/16 ~ 192.168.0.0/16);
	bt_assert(192.168.0.0/17 ~ 192.168.0.0/16);
	bt_assert(192.168.254.0/24 ~ 192.168.0.0/16);
	bt_assert(netdoc ~ 2001::/16);
	bt_assert(192.168.0.0/15 !~ 192.168.0.0/16);
	bt_assert(192.160.0.0/17 !~ 192.168.0.0/16);
	bt_assert(px !~ netdoc);

	bt_assert(1.2.3.4 ~ 1.0.0.0/8);
	bt_assert(1.0.0.0/8 ~ 1.0.0.0/8);
}

bt_test_suite(t_prefix, "Testing prefixes");




/*
 *	Testing prefix sets
 *	-------------------
 */

define net10 = 10.0.0.0/8;
define pxs2 = [ 10.0.0.0/16{8,12}, 20.0.0.0/16{24,28} ];

function test_pxset(prefix set pxs)
{
	print pxs;

	bt_assert(net10  ~ pxs);
	bt_assert(10.0.0.0/10  ~ pxs);
	bt_assert(10.0.0.0/12 ~ pxs);
	bt_assert(20.0.0.0/24 ~ pxs);
	bt_assert(20.0.40.0/24 ~ pxs);
	bt_assert(20.0.0.0/26 ~ pxs);
	bt_assert(20.0.100.0/26 ~ pxs);
	bt_assert(20.0.0.0/28 ~ pxs);
	bt_assert(20.0.255.0/28 ~ pxs);

	bt_assert(10.0.0.0/7 !~ pxs);
	bt_assert(10.0.0.0/13 !~ pxs);
	bt_assert(10.0.0.0/16 !~ pxs);
	bt_assert(20.0.0.0/16 !~ pxs);
	bt_assert(20.0.0.0/23 !~ pxs);
	bt_assert(20.0.0.0/29 !~ pxs);
	bt_assert(11.0.0.0/10 !~ pxs);
	bt_assert(20.1.0.0/26 !~ pxs);

	bt_assert(1.0.0.0/8 ~ [ 1.0.0.0/8+ ]);
	bt_assert(1.0.0.0/9 !~ [ 1.0.0.0/8- ]);
	bt_assert(1.2.0.0/17 !~ [ 1.0.0.0/8{ 15 , 16 } ]);

	bt_assert([ 10.0.0.0/8{ 15 , 17 } ] = [ 10.0.0.0/8{ 15 , 17 } ]);
}

function t_prefix_sets()
prefix set pxs;
{
	pxs = [ 1.2.0.0/16, 1.4.0.0/16+];
	print "Testing prefix sets: ", pxs;
	bt_assert(1.2.0.0/16 ~ pxs);
	bt_assert(1.4.0.0/16 ~ pxs);
	bt_assert(1.4.0.0/18 ~ pxs);
	bt_assert(1.4.0.0/32 ~ pxs);
	bt_assert(1.1.0.0/16 !~ pxs);
	bt_assert(1.3.0.0/16 !~ pxs);
	bt_assert(1.2.0.0/15 !~ pxs);
	bt_assert(1.2.0.0/17 !~ pxs);
	bt_assert(1.2.0.0/32 !~ pxs);
	bt_assert(1.4.0.0/15 !~ pxs);

	test_pxset(pxs2);
	test_pxset([ 10.0.0.0/16{8,12}, 20.0.0.0/16{24,28} ]);

	bt_assert(1.2.0.0/16 ~ [ 1.0.0.0/8{ 15 , 17 } ]);
	bt_assert([ 10.0.0.0/8{ 15 , 17 } ] != [ 11.0.0.0/8{ 15 , 17 } ]);
}

bt_test_suite(t_prefix_sets, "Testing prefix sets");




/*
 * 	Testing IP sets
 * 	---------------
 */

define ip1222 = 1.2.2.2;

function t_ip_sets()
ip set ips;
{
	ips = [ 1.1.1.0 .. 1.1.1.255, ip1222];
	print "Testing IP sets: ", ips;
	bt_assert(1.1.1.0 ~ ips);
	bt_assert(1.1.1.100 ~ ips);
	bt_assert(1.2.2.2 ~ ips);
	bt_assert(1.1.0.255 !~ ips);
	bt_assert(1.1.2.0  !~ ips);
	bt_assert(1.2.2.3 !~ ips);
	bt_assert(192.168.1.1 !~ ips);
}

bt_test_suite(t_ip_sets, "Testing IP sets");




/*
 *	 Testing calling functions
 *	 -------------------------
 */

function callme(int arg1; int arg2)
int i;
{
	case arg1 {
	1, 42: return 42;
	else: return arg1 * arg2;
	}

	return 0;
}

function fifteen()
{
	return 15;
}

function t_call_function()
{
	bt_assert(fifteen() = 15);

	bt_assert(callme(1, 2) = 42);
	bt_assert(callme(42, 2) = 42);

	bt_assert(callme(2, 2) = 4);
	bt_assert(callme(3, 2) = 6);
	bt_assert(callme(4, 4) = 16);
	bt_assert(callme(7, 2) = 14);
}

bt_test_suite(t_call_function, "Testing calling functions");




/*
 * 	Test including another config file
 * 	----------------------------------
 */

function t_include()
int i;
{
  print "Testing include";
  i = 1;
  include "test.conf.inc";
  bt_assert(i = 42);
}

bt_test_suite(t_include, "Test including another config file");




/*
 *	Unused functions -- testing only parsing
 *	----------------------------------------
 */

function __test1()
{
	if source ~ [ RTS_BGP, RTS_STATIC ] then {
#		ospf_metric1 = 65535;
#		ospf_metric2 = 1000;
		ospf_tag = 0x12345678;
		accept;
	}
	reject;
}

function __test2()
{
	if source ~ [ RTS_BGP, RTS_STATIC ] then {
#		ospf_metric1 = 65535;
#		ospf_metric2 = 1000;
		ospf_tag = 0x12345678;
		accept;
	}
	reject;
}

filter testf
int j;
{
	print "Heya, filtering route to ", net.ip, " prefixlen ", net.len, " source ", source;
	print "This route was from ", from;
	j = 7;
	j = 17;
	if rip_metric > 15 then {
		reject "RIP Metric is more than infinity";
	}
	rip_metric = 14;
	unset(rip_metric);

	accept "ok I take that";
}

/*
roa table rl
{
	roa 10.110.0.0/16 max 16 as 1000;
	roa 10.120.0.0/16 max 24 as 1000;
	roa 10.130.0.0/16 max 24 as 2000;
	roa 10.130.128.0/18 max 24 as 3000;
}

function test_roa()
{
	# cannot be tested in __startup(), sorry
	print "Testing ROA";
	print "Should be true: ", roa_check(rl, 10.10.0.0/16, 1000) = ROA_UNKNOWN,
	      " ", roa_check(rl, 10.0.0.0/8, 1000) = ROA_UNKNOWN,
	      " ", roa_check(rl, 10.110.0.0/16, 1000) = ROA_VALID,
	      " ", roa_check(rl, 10.110.0.0/16, 2000) = ROA_INVALID,
	      " ", roa_check(rl, 10.110.32.0/20, 1000) = ROA_INVALID,
	      " ", roa_check(rl, 10.120.32.0/20, 1000) = ROA_VALID;
	print "Should be true: ", roa_check(rl, 10.120.32.0/20, 2000) = ROA_INVALID,
	      " ", roa_check(rl, 10.120.32.32/28, 1000) = ROA_INVALID,
	      " ", roa_check(rl, 10.130.130.0/24, 1000) = ROA_INVALID,
	      " ", roa_check(rl, 10.130.130.0/24, 2000) = ROA_VALID,
	      " ", roa_check(rl, 10.130.30.0/24, 3000) = ROA_INVALID,
	      " ", roa_check(rl, 10.130.130.0/24, 3000) = ROA_VALID;
}
*/