void test_inserting_and_finding()
{
struct avl_tree_node* root;
int* value;
root = avl_tree_create();
root = avl_tree_insert(root, "esa", 3);
root = avl_tree_insert(root, "vesa", 4);
root = avl_tree_insert(root, "vvv", 5);
root = avl_tree_insert(root, "aaa", 7);
value = avl_tree_find(root, "vesa");
assertIntEquals(4, *value);
value = avl_tree_find(root, "esa");
assertIntEquals(3, *value);
value = avl_tree_find(root, "vvv");
assertIntEquals(5, *value);
value = avl_tree_find(root, "aaa");
assertIntEquals(7, *value);
value = avl_tree_find(root, "bbb");
assertNull(value);
avl_tree_destroy(root);
}
static int _testNewTaskTimer(void) {
TaskTimer t = newTaskTimer(1);
assertIntEquals(t->numTasks, 1);
assertIntEquals(t->currentTask, -1);
freeTaskTimer(t);
return 0;
}
static int _testGetPlatformType(void) {
#if LINUX
assertIntEquals(getPlatformType(), PLATFORM_LINUX);
#elif MACOSX
assertIntEquals(getPlatformType(), PLATFORM_MACOSX);
#elif WINDOWS
assertIntEquals(getPlatformType(), PLATFORM_WINDOWS);
#else
assertIntEquals(getPlatformType(), PLATFORM_UNSUPPORTED);
#endif
return 0;
}
static int _testTaskTimerDuration(void) {
TaskTimer t = newTaskTimer(1);
assertIntEquals(t->currentTask, -1);
startTimingTask(t, 0);
_testSleep();
stopTiming(t);
assertIntEquals(t->currentTask, -1);
assertDoubleEquals(t->totalTaskTimes[0], SLEEP_DURATION_MS, MAX_TIMER_TOLERANCE_MS);
freeTaskTimer(t);
return 0;
}
void testHashMapGetMissingKey()
{
long * v = 0;
char * k1 = "Hello";
long value = 1000;
HashMap * map = hashMapCreate(11);
hashMapPut(map, k1, &value);
v = hashMapGet(map, "xxx");
assertIntEquals("testHashMapGetMissingKey", 0, (int)v);
v = hashMapGet(map, k1);
assertIntEquals("testHashMapGetMissingKey", 1000, *v);
hashMapFree(map);
map = NULL;
}
static int _testNewFileDefault(void) {
File f = newFile();
assertNotNull(f);
assertCharStringEquals(f->absolutePath, "");
assertIntEquals(f->fileType, kFileTypeInvalid);
return 0;
}
static int _testTaskTimerDurationMultipleTimes(void) {
TaskTimer t = newTaskTimer(1);
int i;
for(i = 0; i < 5; i++) {
assertIntEquals(t->currentTask, -1);
startTimingTask(t, 0);
_testSleep();
stopTiming(t);
assertIntEquals(t->currentTask, -1);
}
assertDoubleEquals(t->totalTaskTimes[0], 5.0 * SLEEP_DURATION_MS, MAX_TIMER_TOLERANCE_MS * 5.0);
freeTaskTimer(t);
return 0;
}
static int _testCallStopBeforeStart(void) {
TaskTimer t = newTaskTimer(1);
stopTiming(t);
assertIntEquals(t->currentTask, -1);
startTimingTask(t, 0);
assertIntEquals(t->currentTask, 0);
_testSleep();
stopTiming(t);
assertIntEquals(t->currentTask, -1);
// Recorded time should be at most 1ms off
assertDoubleEquals(t->totalTaskTimes[0], SLEEP_DURATION_MS, MAX_TIMER_TOLERANCE_MS);
freeTaskTimer(t);
return 0;
}
static int _testForeachOverEmptyList(void) {
LinkedList l = newLinkedList();
linkedListForeach(l, _linkedListEmptyCallback, NULL);
assertIntEquals(_gNumForeachCallbacksMade, 0);
freeLinkedList(l);
return 0;
}
static int _testGuessSampleSourceTypeEmpty(void) {
CharString empty = newCharString();
SampleSource s = sampleSourceFactory(empty);
assertIntEquals(SAMPLE_SOURCE_TYPE_SILENCE, s->sampleSourceType);
freeSampleSource(s);
freeCharString(empty);
return 0;
}
static int _testGuessSampleSourceTypePcm(void) {
CharString c = newCharStringWithCString(TEST_SAMPLESOURCE_FILENAME);
SampleSource s = sampleSourceFactory(c);
assertIntEquals(SAMPLE_SOURCE_TYPE_PCM, s->sampleSourceType);
freeSampleSource(s);
freeCharString(c);
return 0;
}
static int _testListInvalidDirectory(void) {
CharString c = newCharStringWithCString("invalid");
LinkedList l = listDirectory(c);
assertIntEquals(linkedListLength(l), 0);
freeLinkedList(l);
freeCharString(c);
return 0;
}
static int _testGuessSampleSourceTypeWrongCase(void) {
CharString c = newCharStringWithCString("TEST.PCM");
SampleSource s = sampleSourceFactory(c);
assertIntEquals(SAMPLE_SOURCE_TYPE_PCM, s->sampleSourceType);
freeSampleSource(s);
freeCharString(c);
return 0;
}
static int _testAppendNullItemToList(void) {
LinkedList l = newLinkedList();
linkedListAppend(l, NULL);
assertIsNull(l->item);
assertIsNull(l->nextItem);
assertIntEquals(linkedListLength(l), 0);
freeLinkedList(l);
return 0;
}
static int _testNewLinkedList(void) {
LinkedList l = newLinkedList();
assertNotNull(l);
assertIsNull(l->nextItem);
assertIntEquals(linkedListLength(l), 0);
assert(l->item == NULL);
freeLinkedList(l);
return 0;
}
static int _testNewObject(void) {
CharString c = newCharStringWithCString(TEST_PRESET_FILENAME);
PluginPreset p = newPluginPreset(PRESET_TYPE_FXP, c);
assertIntEquals(p->presetType, PRESET_TYPE_FXP);
assertCharStringEquals(p->presetName, TEST_PRESET_FILENAME);
freePluginPreset(p);
freeCharString(c);
return 0;
}
static int _testNewMidiSource(void) {
CharString c = newCharStringWithCString(TEST_MIDI_FILENAME);
MidiSource m = newMidiSource(MIDI_SOURCE_TYPE_FILE, c);
assertCharStringEquals(TEST_MIDI_FILENAME, m->sourceName);
assertIntEquals(MIDI_SOURCE_TYPE_FILE, m->midiSourceType);
freeMidiSource(m);
freeCharString(c);
return 0;
}
void test_that_keys_are_copied()
{
struct avl_tree_node* root;
int* value;
char key[] = "esa";
root = avl_tree_create();
root = avl_tree_insert(root, key, 3);
value = avl_tree_find(root, "esa");
assertIntEquals(3, *value);
key[0] = 'a';
value = avl_tree_find(root, "esa");
assertIntEquals(3, *value);
avl_tree_destroy(root);
}
void test_increasing()
{
struct avl_tree_node* root;
root = avl_tree_create();
root = avl_tree_increase(root, "moi");
root = avl_tree_increase(root, "hello");
root = avl_tree_increase(root, "abc");
root = avl_tree_increase(root, "hello");
root = avl_tree_increase(root, "hello");
root = avl_tree_increase(root, "eee");
root = avl_tree_increase(root, "moi");
assertIntEquals(3, *avl_tree_find(root, "hello"));
assertIntEquals(1, *avl_tree_find(root, "abc"));
assertIntEquals(2, *avl_tree_find(root, "moi"));
assertIntEquals(1, *avl_tree_find(root, "eee"));
assertNull(avl_tree_find(root, "dummy"));
avl_tree_destroy(root);
}
static int _testListEmptyDirectory(void) {
CharString tempDir = _fileUtilitiesMakeTempDir();
LinkedList l = listDirectory(tempDir);
assertIntEquals(linkedListLength(l), 0);
removeDirectory(tempDir);
freeCharString(tempDir);
freeLinkedListAndItems(l, (LinkedListFreeItemFunc)freeCharString);
return 0;
}
void testHashMapSixValues()
{
long * v = 0;
long values[] = {1000, 1001,1002,1003, 1004, 1005, 1006, 1007, 1008, 1009, 1010, 1011, 1012};
char * k1 = "Hello";
char * k2 = "hello";
char * k3 = "world";
char * k4 = "World";
char * k5 = "good";
char * k6 = "bye";
int i = 0;
HashMap * map = hashMapCreate(3);
hashMapPut(map, k1, &values[i++]);
hashMapPut(map, k2, &values[i++]);
hashMapPut(map, k3, &values[i++]);
hashMapPut(map, k4, &values[i++]);
hashMapPut(map, k5, &values[i++]);
hashMapPut(map, k6, &values[i++]);
v = hashMapGet(map, k1);
assertIntEquals("testHashMapSixValues value 1", 1000, *v);
v = hashMapGet(map, "hello");
assertIntEquals("testHashMapSixValues value 2", 1001, *v);
v = hashMapGet(map, "world");
assertIntEquals("testHashMapSixValues value 3", 1002, *v);
v = hashMapGet(map, "World");
assertIntEquals("testHashMapSixValues value 4", 1003, *v);
v = hashMapGet(map, "good");
assertIntEquals("testHashMapSixValues value 5", 1004, *v);
v = hashMapGet(map, "bye");
assertIntEquals("testHashMapSixValues value 6", 1005, *v);
hashMapFree(map);
map = NULL;
}
int main(void) {
EstEID_Map map = NULL;
assertIntEquals(0, EstEID_mapSize(map));
map = EstEID_mapPut(map, "foo", "bar");
assertNotNull(map);
assertIntEquals(1, EstEID_mapSize(map));
map = EstEID_mapPut(map, "foo", "FOO");
assertIntEquals(1, EstEID_mapSize(map));
char *k = strdup("key");
char *v = strdup("value");
map = EstEID_mapPut(map, k, v);
free(k);
free(v);
assertIntEquals(2, EstEID_mapSize(map));
assertStringEquals("value", EstEID_mapGet(map, "key"));
assertNull(EstEID_mapGet(map, "xyz"));
EstEID_mapFree(map);
EstEID_Map m = EstEID_mapPut(NULL, "a", "A");
EstEID_mapPut(m, "b", "B");
EstEID_mapPut(m, "c", "C");
printf("map:\n");
EstEID_mapPrint(stdout, m);
EstEID_Map c = EstEID_mapClone(m);
EstEID_mapFree(m);
printf("clone:\n");
EstEID_mapPrint(stdout, c);
EstEID_mapFree(c);
}
static int _testPluginFactoryNullRoot(void)
{
CharString silence = newCharStringWithCString("mrs_silence");
Plugin p = pluginFactory(silence, NULL);
assertNotNull(p);
assertIntEquals(PLUGIN_TYPE_INTERNAL, p->interfaceType);
assertCharStringEquals(silence->data, p->pluginName);
freeCharString(silence);
freePlugin(p);
return 0;
}
static int _testForeachOverUserData(void) {
LinkedList l = newLinkedList();
CharString c = newCharString();
charStringCopyCString(c, TEST_ITEM_STRING);
linkedListAppend(l, c);
linkedListForeach(l, _linkedListUserDataCallback, c);
assertIntEquals(_gNumForeachCallbacksMade, 1);
assert(_gForeachCallbackOk);
freeLinkedListAndItems(l, (LinkedListFreeItemFunc)freeCharString);
return 0;
}
static int _testNumItemsInList(void) {
CharString c;
int i;
LinkedList l = newLinkedList();
for(i = 0; i < 100; i++) {
c = newCharString();
charStringCopyCString(c, TEST_ITEM_STRING);
linkedListAppend(l, c);
}
assertIntEquals(linkedListLength(l), 100);
freeLinkedListAndItems(l, (LinkedListFreeItemFunc)freeCharString);
return 0;
}
void test_for_each()
{
struct avl_tree_node* root;
root = avl_tree_create();
root = avl_tree_insert(root, "aaa", 3);
root = avl_tree_insert(root, "vesa", 5);
root = avl_tree_insert(root, "esa", 7);
TOTAL = 1;
avl_tree_for_each(root, test_function);
assertIntEquals(3*5*7, TOTAL);
avl_tree_destroy(root);
}
void testHashMapOneValue()
{
HashMap * map = hashMapCreate(11);
long value = 1999;
hashMapPut(map, "Hello", &value);
long * p = hashMapGet(map, "Hello");
assertIntEquals("testHashMapOneValue", 1999, *p);
// cleanup
hashMapRemove(map, "Hello");
hashMapFree(map);
map = NULL;
}
void test_finding()
{
struct avl_tree_node* root;
int* value;
root = avl_tree_create();
root = avl_tree_insert(root, "esa", 3);
value = avl_tree_find(root, "vesa");
assertNull(value);
value = avl_tree_find(root, "esa");
assertIntEquals(3, *value);
avl_tree_destroy(root);
}
static int _testAppendMultipleItemsToList(void) {
LinkedListIterator i;
LinkedList l = newLinkedList();
CharString c = newCharString();
CharString c2 = newCharString();
charStringCopyCString(c, TEST_ITEM_STRING);
charStringCopyCString(c2, OTHER_TEST_ITEM_STRING);
linkedListAppend(l, c);
linkedListAppend(l, c2);
assertNotNull(l->item);
assertCharStringEquals(((CharString)l->item), TEST_ITEM_STRING);
assertNotNull(l->nextItem);
i = l->nextItem;
assertNotNull(i->item);
assertCharStringEquals(((CharString)i->item), OTHER_TEST_ITEM_STRING);
assertIsNull(i->nextItem);
assertIntEquals(linkedListLength(l), 2);
freeLinkedListAndItems(l, (LinkedListFreeItemFunc)freeCharString);
return 0;
}
static int _testListDirectory(void) {
CharString tempDir = _fileUtilitiesMakeTempDir();
CharString tempFile = newCharString();
CharString filename;
CharString testFilename = newCharStringWithCString(TEST_FILENAME);
LinkedList l;
FILE *f;
buildAbsolutePath(tempDir, testFilename, NULL, tempFile);
f = fopen(tempFile->data, "w");
assertNotNull(f);
fclose(f);
l = listDirectory(tempDir);
assertIntEquals(linkedListLength(l), 1);
filename = (CharString)l->item;
assertCharStringEquals(filename, TEST_FILENAME);
removeDirectory(tempDir);
freeCharString(tempDir);
freeCharString(tempFile);
freeCharString(testFilename);
freeLinkedListAndItems(l, (LinkedListFreeItemFunc)freeCharString);
return 0;
}