static int testarray_from_lit(void);
static int testarray_append_lit(void);
static int testarray_prepend_lit(void);

static void testLits(void) {
	testing(array_from_lit);
	ok1(testarray_from_lit());
	
	testing(testarray_append_lit);
	ok1(testarray_append_lit());
	
	testing(testarray_prepend_lit);
	ok1(testarray_prepend_lit());
}

static int testarray_from_lit(void) {
	#ifndef ARRAY_USE_TALLOC
	array_char a = array_new();
	#else
	array_char a = array_new(NULL);
	#endif
	size_t testsPassed = 0;
	size_t len = 0;
	
	@forEachRandomString
		/* Test @i */
		array_from_lit(a, @str);
		len = strlen(@str);
		if (len != sizeof(@str)-1)
			goto end;
		if (a.size != len)
			goto end;
		if (a.size > a.alloc)
			goto end;
		if (strcmp(a.item, @str))
			goto end;
		array_free(a);
		#ifndef ARRAY_USE_TALLOC
		array_init(a);
		#else
		array_init(a, NULL);
		#endif
		testsPassed++;
	@end
	
end:
	array_free(a);
	return testsPassed == @amount;
}

typedef struct {
	char *item;
	size_t size;
} testLits_string;

static int testarray_append_lit(void) {
	#ifndef ARRAY_USE_TALLOC
	array_char a = array_new();
	array(testLits_string) strings = array_new();
	#else
	array_char a = array_new(NULL);
	array(testLits_string) strings = array_new(NULL);
	#endif
	size_t testsPassed = 0;
	size_t oldSize;
	testLits_string append;
	size_t offs = 0;
	
	@forEachRandomString
		/* Test @i */
		append.size = sizeof(@str)-1;
		oldSize = a.size;
		array_append_lit(a, @str);
		if (a.size != oldSize+append.size)
			goto end;
		if (a.size > a.alloc)
			goto end;
		if (a.item[a.size])
			goto end;
		if (memcmp(a.item+oldSize, @str, a.size-oldSize))
			goto end;
		append.item = strdup(@str);
		array_append(strings, append);
		testsPassed++;
	@end
	
	if (strings.size != @amount)
		goto end;
	array_for(i, strings,
		if (a.size-offs < i->size)
			goto end;
		if (memcmp(a.item+offs, i->item, i->size))
			goto end;
		offs += i->size;
	);
	if (offs != a.size)
		goto end;
	if (a.item[offs])
		goto end;
	testsPassed++;
	
end:
	array_free(a);
	array_for(i, strings, free(i->item));
	array_free(strings);
	return testsPassed == @amount+1;
}

static int testarray_prepend_lit(void) {
	#ifndef ARRAY_USE_TALLOC
	array_char a = array_new();
	array(testLits_string) strings = array_new();
	#else
	array_char a = array_new(NULL);
	array(testLits_string) strings = array_new(NULL);
	#endif
	size_t testsPassed = 0;
	size_t oldSize;
	testLits_string append;
	size_t offs;
	
	@forEachRandomString
		/* Test @i */
		append.size = sizeof(@str)-1;
		oldSize = a.size;
		array_prepend_lit(a, @str);
		if (a.size != oldSize+append.size)
			goto end;
		if (a.size > a.alloc)
			goto end;
		if (a.item[a.size])
			goto end;
		if (memcmp(a.item, @str, a.size-oldSize))
			goto end;
		append.item = strdup(@str);
		array_append(strings, append);
		testsPassed++;
	@end
	
	offs = a.size;
	if (a.item[offs])
		goto end;
	if (strings.size != @amount)
		goto end;
	array_for(i, strings,
		if (offs < i->size)
			goto end;
		offs -= i->size;
		if (memcmp(a.item+offs, i->item, i->size))
			goto end;
	);
	if (offs)
		goto end;
	testsPassed++;
	
end:
	array_free(a);
	array_for(i, strings, free(i->item));
	array_free(strings);
	return testsPassed == @amount+1;
}