@include <nsutil.cqct>

ns1 = @names c32le {
	@0x0 int zero;
	@0x100 int onehundred;
	@0x111 void* oneeleven;
	struct s1 {
		@0	int d;
		@4;
	};
	struct s2 {
		@0	int e;
		@4;
	};
};

ns2 = @names c32le {
	@0x0 int lalala;
	@100 int onehundred;
	struct s2 {
		@0	int a;
		@4	int b;
		@8;
	};
	typedef int silly;
};

ns = nsjoin(ns1,ns2);
printf("should be 0: %d\n",symoff(ns.looksym('lalala)));
printf("should be 0: %d\n",symoff(ns.looksym('zero)));
printf("should be 100: %d\n",symoff(ns.looksym('onehundred)));
printf("should be 8: %a\n",sizeof(ns.looktype(@typename(struct s2))));
printf("should be 4: %a\n",sizeof(ns.looktype(@typename(struct s1))));
printf("should be \"onehundred\": %a\n",symid(ns.lookaddr(101)));
printf("should be \"onehundred\": %a\n",symid(ns.lookaddr(0x102)));
printf("should be 0x100: 0x%x\n",symoff(ns.lookaddr(0x102)));
printf("should be \"oneeleven\": %a\n",symid(ns.lookaddr(0x112)));
t = ns.enumsym();
printf("length of enumsym: %d\n",length(t));
l = ns.enumtype();
printf("length of enumsym: %d\n",length(l));