void repaint_helper(IScoreboard *pScoreboard, bool bRepaintUsed)
{
bool bRes = false;
// Test Invalidate()
// if repaint is supported, then invalidating should cause 'repaint needed' to be true,
// otherwise it shouldn't have any effect
pScoreboard->Invalidate();
bRes = pScoreboard->is_repaint_needed();
TEST_CHECK_EQUAL(bRes, bRepaintUsed);
// clear 'repaint needed' flag
bRes = pScoreboard->RepaintIfNeeded();
TEST_CHECK_EQUAL(bRes, bRepaintUsed);
bRes = pScoreboard->is_repaint_needed();
TEST_CHECK(!bRes);
bRes = pScoreboard->RepaintIfNeeded();
TEST_CHECK(!bRes);
// force a repaint
pScoreboard->pre_set_digit(0, IScoreboard::CREDITS1_0);
pScoreboard->pre_set_digit(1, IScoreboard::CREDITS1_0);
bRes = pScoreboard->is_repaint_needed();
TEST_CHECK_EQUAL(bRes, bRepaintUsed);
}
void files_cache_tests::test_delete_file(const int & n)
{
TEST_SUBTEST_START(n, "delete_file", false);
// should have full cache (2) from previous test
TEST_CHECK_EQUAL(_files_cache->get_cache_size(), 2);
// should have had #3 from previous test in the cache
_files_cache->delete_file(files_cache_tests::get_filename(3));
TEST_CHECK_EQUAL(_files_cache->get_cache_size(), 1);
// done
TEST_SUBTEST_END();
}
// check for the 'A' used in Space Ace Enhanced (SAE)
void test_scoreboard_for_a(IScoreboard *pScoreboard)
{
bool bRes = false;
unsigned int uVal = 0;
bRes = pScoreboard->pre_set_digit(0xC, IScoreboard::PLAYER2_0);
TEST_CHECK(bRes);
// a repaint should be needed at this point
bRes = pScoreboard->is_repaint_needed();
TEST_CHECK(bRes);
bRes = pScoreboard->pre_set_digit(0xE, IScoreboard::PLAYER2_0);
TEST_CHECK(bRes);
// repaint should happen here too, digit should now be set to 'A'
bRes = pScoreboard->is_repaint_needed();
TEST_CHECK(bRes);
// when cycling 0xC and 0xE on the scoreboard, that means we should have an 'A'
pScoreboard->pre_get_digit(uVal, IScoreboard::PLAYER2_0);
TEST_CHECK_EQUAL(uVal, 0x10);
// clear repaint_needed flag for next test
pScoreboard->RepaintIfNeeded();
// back to 0xC, we should still have an 'A'
bRes = pScoreboard->pre_set_digit(0xC, IScoreboard::PLAYER2_0);
TEST_CHECK(bRes);
pScoreboard->pre_get_digit(uVal, IScoreboard::PLAYER2_0);
TEST_CHECK_EQUAL(uVal, 0x10);
// we should still be at 'A', so a repaint should not occur
bRes = pScoreboard->is_repaint_needed();
TEST_CHECK(!bRes);
// repaint should occur if we set digit to something else
pScoreboard->pre_set_digit(0, IScoreboard::PLAYER2_0);
bRes = pScoreboard->is_repaint_needed();
TEST_CHECK(bRes);
// clear repaint_needed flag for next test
pScoreboard->RepaintIfNeeded();
// but if we set it again, repaint should not occur
pScoreboard->pre_set_digit(0, IScoreboard::PLAYER2_0);
bRes = pScoreboard->is_repaint_needed();
TEST_CHECK(!bRes);
}
void visibility_helper(IScoreboard *pScoreboard, bool bExpectedResult)
{
bool bRes = false;
// visibility probably starts as on by default, so disable it
bRes = pScoreboard->ChangeVisibility(false);
TEST_CHECK_EQUAL(bRes, bExpectedResult);
bRes = pScoreboard->ChangeVisibility(true);
TEST_CHECK_EQUAL(bRes, bExpectedResult);
// if we expect to be able to change the visibility, then make sure that repaint is now needed
if (bExpectedResult == true)
{
bRes = pScoreboard->is_repaint_needed();
TEST_CHECK(bRes);
// trying to change to the current state should return false
bRes = pScoreboard->ChangeVisibility(true);
TEST_CHECK(!bRes);
}
}
void annunciator_helper(IScoreboard *pScoreboard, IScoreboard::WhichDigit digit, bool bRepaintExpected)
{
bool bRes = false;
bRes = pScoreboard->pre_set_digit(0xC, digit);
TEST_CHECK(bRes);
bRes = pScoreboard->is_repaint_needed();
TEST_CHECK(bRes);
pScoreboard->RepaintIfNeeded();
// now set the digit again, we should not do any repaint
bRes = pScoreboard->pre_set_digit(0xC, digit);
TEST_CHECK(bRes);
bRes = pScoreboard->is_repaint_needed();
TEST_CHECK_EQUAL(bRes, bRepaintExpected);
pScoreboard->RepaintIfNeeded();
}
void test_scoreboard_helper(IScoreboard *pScoreboard)
{
bool bRes = false;
unsigned int uVal = 0;
// Test to make sure that scoreboard has been initialized to all 0's
for (unsigned int u = 0; u < IScoreboard::DIGIT_COUNT; u++)
{
bRes = pScoreboard->pre_get_digit(uVal, (IScoreboard::WhichDigit) u);
TEST_REQUIRE(bRes);
TEST_CHECK_EQUAL(uVal, 0x0F);
}
// try a value that's out of range
bRes = pScoreboard->pre_get_digit(uVal, IScoreboard::DIGIT_COUNT);
TEST_CHECK(!bRes);
// now try the convenience functions
// CREDITS
// out of range
bRes = pScoreboard->update_credits(2, 0); // try a value out of range
TEST_CHECK(!bRes);
// out of range 2
bRes = pScoreboard->update_credits(0, 17); // try a value out of range
TEST_CHECK(!bRes);
// in range
bRes = pScoreboard->update_credits(1, 5);
TEST_CHECK(bRes);
bRes = pScoreboard->pre_get_digit(uVal, IScoreboard::CREDITS1_1);
TEST_CHECK_EQUAL(uVal, 5);
// PLAYER LIVES
// out of range
bRes = pScoreboard->update_player_lives(0, 2);
TEST_CHECK(!bRes);
// within range
bRes = pScoreboard->update_player_lives(9, 1);
TEST_CHECK(bRes);
// make sure value is correct
bRes = pScoreboard->pre_get_digit(uVal, IScoreboard::LIVES1);
TEST_CHECK_EQUAL(uVal, 9);
// test annunciator value
bRes = pScoreboard->update_player_lives(0x0C, 1);
TEST_CHECK(bRes);
// PLAYER SCORE
// out of range on digit
bRes = pScoreboard->update_player_score(6, 0, 0);
TEST_CHECK(!bRes);
// out of range on player
bRes = pScoreboard->update_player_score(5, 0, 2);
TEST_CHECK(!bRes);
// should pass
bRes = pScoreboard->update_player_score(5, 9, 1);
TEST_CHECK(bRes);
bRes = pScoreboard->pre_get_digit(uVal, IScoreboard::PLAYER2_5);
TEST_CHECK_EQUAL(uVal, 9);
// make sure that player1's digit hasn't changed
bRes = pScoreboard->pre_get_digit(uVal, IScoreboard::PLAYER1_5);
TEST_CHECK_EQUAL(uVal, 0xF);
// test annunciator values
bRes = pScoreboard->update_player_score(4, 0x0C, 0);
TEST_CHECK(bRes);
// now test player 1's score
bRes = pScoreboard->update_player_score(1, 6, 0);
TEST_CHECK(bRes);
bRes = pScoreboard->pre_get_digit(uVal, IScoreboard::PLAYER1_1);
TEST_CHECK_EQUAL(uVal, 6);
}
void files_cache_tests::test_open_file(const int & n)
{
TEST_SUBTEST_START(n, "open_file", false);
// "touch" all the files
for(int ii = 0; ii < FILENAME_MAX_NUM; ++ii) {
my::filename_t filename = files_cache_tests::get_filename(ii);
rrdb_files_cache::fstream_ptr fs = rrdb_files_cache::open_file(
_files_cache->get_full_path(filename),
std::ios_base::trunc
);
fs->close();
}
my::time_t ts = time(NULL);
my::size_t size = 2; // this is what we set in init
my::size_t hits = 0;
my::size_t misses = 0;
// insert two files, both should be misses
_files_cache->open_file(files_cache_tests::get_filename(1), ts + 0);
++misses;
_files_cache->open_file(files_cache_tests::get_filename(2), ts + 1);
++misses;
_files_cache->open_file(files_cache_tests::get_filename(3), ts + 2);
++misses;
TEST_CHECK_EQUAL(_files_cache->get_cache_size(), size);
TEST_CHECK_EQUAL(_files_cache->get_cache_hits(), hits);
TEST_CHECK_EQUAL(_files_cache->get_cache_misses(), misses);
// insert the file #2 and #3 again: both should be in the cache... this time
// we put later timestamp on #2
_files_cache->open_file(files_cache_tests::get_filename(3), ts + 3);
++hits;
_files_cache->open_file(files_cache_tests::get_filename(2), ts + 4);
++hits;
TEST_CHECK_EQUAL(_files_cache->get_cache_size(), size);
TEST_CHECK_EQUAL(_files_cache->get_cache_hits(), hits);
TEST_CHECK_EQUAL(_files_cache->get_cache_misses(), misses);
// now if we insert another one, then it should kick out #3 since we "used" #2 more recently
_files_cache->open_file(files_cache_tests::get_filename(4), ts + 5);
++misses;
TEST_CHECK_EQUAL(_files_cache->get_cache_size(), size);
TEST_CHECK_EQUAL(_files_cache->get_cache_hits(), hits);
TEST_CHECK_EQUAL(_files_cache->get_cache_misses(), misses);
// #2 should be in the cache
_files_cache->open_file(files_cache_tests::get_filename(2), ts + 6);
++hits;
TEST_CHECK_EQUAL(_files_cache->get_cache_size(), size);
TEST_CHECK_EQUAL(_files_cache->get_cache_hits(), hits);
TEST_CHECK_EQUAL(_files_cache->get_cache_misses(), misses);
// #3 should've been kicked from the cache
_files_cache->open_file(files_cache_tests::get_filename(3), ts + 7);
++misses;
TEST_CHECK_EQUAL(_files_cache->get_cache_size(), size);
TEST_CHECK_EQUAL(_files_cache->get_cache_hits(), hits);
TEST_CHECK_EQUAL(_files_cache->get_cache_misses(), misses);
// done
TEST_SUBTEST_END();
}