static void test_case_char (void)
{
SLL_T* head;
int i;
head = sll_new (CDATA, iter_cb_char, pre_iterator, post_iterator);
for (i = 'a'; i <= 'z'; i++)
sll_insert (head, i);
sll_iter (head);
printf ("\n");
fprintf (stderr, "deleting a\n");
sll_delete (head, 'a');
fprintf (stderr, "deleting f\n");
sll_delete (head, 'f');
fprintf (stderr, "deleting z\n");
sll_delete (head, 'z');
sll_iter (head);
fprintf (stderr, "inserting a \n");
sll_insert (head, 'a');
fprintf (stderr, "inserting z\n");
sll_insert (head, 'z');
fprintf (stderr, "inserting z\n");
sll_insert (head, 'z');
sll_iter (head);
fprintf (stderr, "deleting z\n");
sll_delete (head, 'z');
sll_iter (head);
}
void sll_destroy( struct simpleLinkedList *element ) {
if( element && ( element != NULL ) ) {
o_log(SQLDEBUG, "preparing to delete element: %x, with prev=%x, and next=%x", element, element->prev, element->next);
sll_destroy( sll_getNext( element ) );
sll_delete( element );
}
}
void strBuf_reset(NStrBuf* strBuf)
{
if (strBuf->lst) {
NStrBufSeg* seg = sll_first(strBuf->lst);
while (seg) {
NBK_free(seg->data);
NBK_free(seg);
seg = sll_next(strBuf->lst);
}
sll_delete(&strBuf->lst);
}
}
/*******************************************************************************
* test_case_int_1 - test core linked list operations
*
* RETURNS: void
*/
static void test_case_int_4 (void)
{
SLL_T* head;
int i;
fprintf (stdout, "TC[LL]: test case int#1\n");
head = sll_new (IDATA, iter_cb_int, pre_iterator, post_iterator);
fprintf (stdout, "TC[LL]: inserting 1...19\n");
for (i = 1; i < 20; i++)
sll_insert (head, i);
sll_iter (head);
fprintf (stdout, "TC[LL]: deleting 10\n");
sll_delete (head, 10);
fprintf (stdout, "TC[LL]: deleting 15\n");
sll_delete (head, 15);
fprintf (stdout, "TC[LL]: deleting 19\n");
sll_delete (head, 19);
sll_iter (head);
fprintf (stdout, "TC[LL]: inserting 19\n");
sll_insert (head, 19);
fprintf (stdout, "TC[LL]: inserting 10\n");
sll_insert (head, 10);
sll_iter (head);
if (NULL != sll_find (head, 5))
fprintf (stdout, "TC[LL]: OK found 5\n");
else
fprintf (stdout, "TC[LL]: ERROR Not found 5\n");
if (NULL != sll_find (head, 67))
fprintf (stdout, "TC[LL]: ERROR found 67\n");
else
fprintf (stdout, "TC[LL]: OK Not found 67\n");
}
CResourceManager::~CResourceManager()
{
if (iDecodeThread) {
delete iDecodeThread;
iDecodeThread = NULL; // it shoudn't be dandling in case of DLL load/unload at runtime
}
iTimer->Cancel();
delete iTimer;
CleanAllConn(KAllPageId);
CloseHttpSession();
sll_delete(&iConnList);
if (m_IAPSeted && m_bUseOutNetSettting) {
iConnection = NULL;
iSocketServ = NULL;
}
else if (m_IAPSeted && !m_bUseOutNetSettting) {
m_connection.Close();
m_socketServ.Close();
}
cookieMgr_save(iCookieMgr, COOKIE_PATH);
cookieMgr_delete(&iCookieMgr);
cacheMgr_save(iCacheMgr);
cacheMgr_delete(&iCacheMgr);
if (iUserAgent)
delete iUserAgent;
if (iImei)
delete iImei;
if (iCachePath)
delete iCachePath;
if (iProbe) {
delete iProbe;
iProbe = NULL;
}
if (iSysControl) {
delete iSysControl;
iSysControl = NULL;
}
}
// Delete session that have not been accessed since 'oldest_allowed'
void clear_sessions_older_than( time_t oldest_allowed ) {
struct simpleLinkedList *session = NULL;
struct simpleLinkedList *sess_data = NULL;
int session_expiration_count = 0;
session = sll_findFirstElement( sessions );
while( session != NULL ) {
struct simpleLinkedList *this_session = session;
session = sll_getNext( session );
if( 0 == strcmp( this_session->key, "placeholder" ) )
continue;
struct session_data *sessions_element = (struct session_data *)this_session->data;
if( sessions_element->last_accessed < oldest_allowed ) {
for( sess_data = sll_findFirstElement( sessions_element->session_container ) ; sess_data != NULL ; sess_data = sll_getNext( sess_data ) ) {
free( sess_data->key );
free( sess_data->data );
}
sll_destroy( sll_findFirstElement( sessions_element->session_container ) );
sessions_element->session_container = NULL;
free( sessions_element );
this_session->data = NULL;
o_log( DEBUGM, "Deleting session: %s", this_session->key );
free( this_session->key );
this_session->key = NULL;
sll_delete( this_session );
session_expiration_count++;
}
}
if( session_expiration_count >= 1 ) {
o_log( DEBUGM, "Expired %d sessions", session_expiration_count);
}
}
