void BindInput()
{
Sqrat::Class<CInput, Sqrat::NoConstructor> def;
def.Func("KeyUp", &CInput::KeyUp);
def.Func("KeyPressed", &CInput::KeyPressed);
def.Func("KeyHeld", &CInput::KeyHeld);
def.Func("KeyReleased", &CInput::KeyReleased);
Sqrat::RootTable().Bind("InputSystem", def);
//Sqrat::ConstTable().Const("KEY_LEFT", KEY_LEFT);
MAKE_KEY( KEY_LEFT );
MAKE_KEY( KEY_RIGHT );
MAKE_KEY( KEY_UP );
MAKE_KEY( KEY_DOWN );
MAKE_KEY( KEY_Q );
MAKE_KEY( KEY_W );
MAKE_KEY( KEY_PAGEUP );
MAKE_KEY( KEY_PAGEDOWN );
MAKE_KEY( KEY_HOME );
// Push the singleton to squirrel
sq_pushroottable( Sqrat::DefaultVM::Get() );
sq_pushstring( Sqrat::DefaultVM::Get(), "InputSystem", -1 );
sq_get( Sqrat::DefaultVM::Get(), -2 );
sq_pushstring( Sqrat::DefaultVM::Get(), "Input", -1 );
sq_createinstance( Sqrat::DefaultVM::Get(), -2 );
sq_setinstanceup( Sqrat::DefaultVM::Get(), -1, (SQUserPointer)Input() );
sq_newslot( Sqrat::DefaultVM::Get(), -4, SQFalse );
sq_pop( Sqrat::DefaultVM::Get(), 2 );
}
iconv_t
iconv_helper_get(iconv_helper *in_helper,
const char *in_to_coding, const char *in_from_coding)
{
int i;
MAKE_KEY(key, in_to_coding, in_from_coding);
iconv_t_list it_list =
(iconv_t_list)g_hash_table_lookup(in_helper->convs, key);
/* Make sure list exists */
if (it_list == NULL)
{
it_list = create_iconv_t_list();
g_hash_table_insert (in_helper->convs, COPY_KEY(key), it_list);
}
else
{
RELEASE_KEY(key);
}
/* Search for available */
for (i = 0; i < it_list->len; i++)
{
struct iconv_t_wrapper* w =
(struct iconv_t_wrapper*)g_ptr_array_index(it_list, i);
if (!w->used)
{
w->used = TRUE;
/* rra_debug("Returning iconv_t: %p", w->it); */
return w->it;
}
}
/* no unused available */
struct iconv_t_wrapper* itw = g_new(struct iconv_t_wrapper, 1);
itw->used = TRUE;
itw->it = iconv_open(in_to_coding, in_from_coding);
if (itw->it == (iconv_t)-1)
{
rra_warning(N_("Got invalid iconv_t from iconv_open"));
return (iconv_t)-1;
}
g_ptr_array_add(it_list, itw);
/* rra_debug("Returning iconv_t: %p", itw->it); */
return itw->it;
}
void FileListModel::addFile(const AudioFileModel &file)
{
const QString key = MAKE_KEY(file.filePath());
const bool flag = (!m_blockUpdates);
if(!m_fileStore.contains(key))
{
if(flag) beginInsertRows(QModelIndex(), m_fileList.count(), m_fileList.count());
m_fileStore.insert(key, file);
m_fileList.append(key);
if(flag) endInsertRows();
emit rowAppended();
}
}
void FileListModel::addFile(const QString &filePath)
{
QFileInfo fileInfo(filePath);
const QString key = MAKE_KEY(fileInfo.canonicalFilePath());
const bool flag = (!m_blockUpdates);
if(!m_fileStore.contains(key))
{
AudioFileModel audioFile(fileInfo.canonicalFilePath());
audioFile.metaInfo().setTitle(fileInfo.baseName());
if(flag) beginInsertRows(QModelIndex(), m_fileList.count(), m_fileList.count());
m_fileStore.insert(key, audioFile);
m_fileList.append(key);
if(flag) endInsertRows();
emit rowAppended();
}
}
/* Adds the stream <strm> to the pending connection queue of server <strm>->srv
* or to the one of <strm>->proxy if srv is NULL. All counters and back pointers
* are updated accordingly. Returns NULL if no memory is available, otherwise the
* pendconn itself. If the stream was already marked as served, its flag is
* cleared. It is illegal to call this function with a non-NULL strm->srv_conn.
* The stream's queue position is counted with an offset of -1 because we want
* to make sure that being at the first position in the queue reports 1.
*
* The queue is sorted by the composition of the priority_class, and the current
* timestamp offset by strm->priority_offset. The timestamp is in milliseconds
* and truncated to 20 bits, so will wrap every 17m28s575ms.
* The offset can be positive or negative, and an offset of 0 puts it in the
* middle of this range (~ 8 min). Note that this also means if the adjusted
* timestamp wraps around, the request will be misinterpreted as being of
* the highest priority for that priority class.
*
* This function must be called by the stream itself, so in the context of
* process_stream.
*/
struct pendconn *pendconn_add(struct stream *strm)
{
struct pendconn *p;
struct proxy *px;
struct server *srv;
p = pool_alloc(pool_head_pendconn);
if (!p)
return NULL;
if (strm->flags & SF_ASSIGNED)
srv = objt_server(strm->target);
else
srv = NULL;
px = strm->be;
p->target = NULL;
p->srv = srv;
p->node.key = MAKE_KEY(strm->priority_class, strm->priority_offset);
p->px = px;
p->strm = strm;
p->strm_flags = strm->flags;
pendconn_queue_lock(p);
if (srv) {
srv->nbpend++;
if (srv->nbpend > srv->counters.nbpend_max)
srv->counters.nbpend_max = srv->nbpend;
p->queue_idx = srv->queue_idx - 1; // for increment
eb32_insert(&srv->pendconns, &p->node);
}
else {
px->nbpend++;
if (px->nbpend > px->be_counters.nbpend_max)
px->be_counters.nbpend_max = px->nbpend;
p->queue_idx = px->queue_idx - 1; // for increment
eb32_insert(&px->pendconns, &p->node);
}
strm->pend_pos = p;
pendconn_queue_unlock(p);
_HA_ATOMIC_ADD(&px->totpend, 1);
return p;
}
gboolean
iconv_helper_release (iconv_helper *in_helper, iconv_t in_it,
const char *in_to_coding, const char *in_from_coding)
{
int i;
/* rra_debug("Releasing: %p", in_it); */
/* Reset converter */
iconv(in_it, NULL, NULL, NULL, NULL);
MAKE_KEY(key, in_to_coding, in_from_coding);
iconv_t_list it_list =
(iconv_t_list)g_hash_table_lookup(in_helper->convs, key);
RELEASE_KEY(key);
if (it_list == NULL)
{
rra_warning(N_("This shouldn't happen"));
}
for (i = 0; i < it_list->len; i++)
{
struct iconv_t_wrapper* w =
(struct iconv_t_wrapper*)g_ptr_array_index(it_list, i);
if (w->it == in_it)
{
if (!w->used)
{
rra_warning(N_("Double release of iconv_t: %p"), w->it);
}
else
{
w->used = FALSE;
return TRUE;
}
}
}
rra_warning(N_("Didn't find iconv_t to release"));
return FALSE;
}
bool FileListModel::setFile(const QModelIndex &index, const AudioFileModel &audioFile)
{
if(index.row() >= 0 && index.row() < m_fileList.count())
{
const QString oldKey = m_fileList.at(index.row());
const QString newKey = MAKE_KEY(audioFile.filePath());
beginResetModel();
m_fileList.replace(index.row(), newKey);
m_fileStore.remove(oldKey);
m_fileStore.insert(newKey, audioFile);
endResetModel();
return true;
}
else
{
return false;
}
}
/**
* This function provides NAS-QoS Map CPS API read function
* @Param Standard CPS API params
* @Return Standard Error Code
*/
cps_api_return_code_t nas_qos_cps_api_map_read_type (void * context,
cps_api_get_params_t * param,
size_t ix,
nas_qos_map_type_t map_type)
{
cps_api_object_t obj = cps_api_object_list_get(param->filters, ix);
nas_attr_id_t obj_id;
uint_t switch_id = 0;
obj_id = qos_map_map_id_obj_id(map_type);
cps_api_object_attr_t map_attr = cps_api_get_key_data(obj, obj_id);
nas_obj_id_t map_id = (map_attr? cps_api_object_attr_data_u64(map_attr): 0);
// check the request is on Map level or Entry level
bool is_map_entry;
cps_api_return_code_t rc = cps_api_ret_code_OK;
if ((rc = qos_map_key_check(obj, map_type, &is_map_entry)) != cps_api_ret_code_OK) {
EV_LOG_TRACE(ev_log_t_QOS, 3, "NAS-QOS", "Key error");
return rc;
}
obj_id = qos_map_entry_key_1_obj_id(map_type);
cps_api_object_attr_t entry_attr = cps_api_get_key_data(obj, obj_id);
if (entry_attr == NULL && is_map_entry) {
// Inner list does not support wildcard get.
EV_LOG_TRACE(ev_log_t_QOS, 3, "NAS-QOS", "Key value must be specified for inner list\n");
return NAS_QOS_E_MISSING_KEY;
}
nas_qos_map_entry_key_t search_key;
if (entry_attr) {
search_key.any = *(uint8_t *)cps_api_object_attr_data_bin(entry_attr);
}
if (map_type == NDI_QOS_MAP_TC_TO_QUEUE ||
map_type == NDI_QOS_MAP_TC_COLOR_TO_DOT1P ||
map_type == NDI_QOS_MAP_TC_COLOR_TO_DSCP ||
map_type == NDI_QOS_MAP_PG_TO_PFC ||
map_type == NDI_QOS_MAP_PFC_TO_QUEUE) {
obj_id = qos_map_entry_key_2_obj_id(map_type);
cps_api_object_attr_t entry_key2_attr = cps_api_get_key_data(obj, obj_id);
if (entry_key2_attr == NULL && is_map_entry) {
// Inner list does not support wildcard get.
EV_LOG_TRACE(ev_log_t_QOS, 3, "NAS-QOS",
"Secondary Key value missing for inner list\n");
return NAS_QOS_E_MISSING_KEY;
}
if (entry_key2_attr) {
uint32_t key2;
if (map_type == NDI_QOS_MAP_PG_TO_PFC)
key2 = *(uint8_t *)cps_api_object_attr_data_bin(entry_key2_attr);
else
key2 = cps_api_object_attr_data_u32(entry_key2_attr);
// form a complex key
uint_t comp_key = MAKE_KEY(search_key.any, key2);
if (map_type == NDI_QOS_MAP_TC_TO_QUEUE)
search_key.tc_queue_type = comp_key;
else if (map_type == NDI_QOS_MAP_TC_COLOR_TO_DOT1P ||
map_type == NDI_QOS_MAP_TC_COLOR_TO_DSCP)
search_key.tc_color = comp_key;
else if (map_type == NDI_QOS_MAP_PG_TO_PFC)
search_key.pg_prio = comp_key;
else if (map_type == NDI_QOS_MAP_PFC_TO_QUEUE)
search_key.prio_queue_type = comp_key;
}
}
EV_LOG_TRACE(ev_log_t_QOS, 3, "NAS-QOS", "Read switch id %u, map id %u\n",
switch_id, map_id);
nas_qos_switch * p_switch = nas_qos_get_switch(switch_id);
if (p_switch == NULL)
return NAS_QOS_E_FAIL;
nas_qos_map * map;
if (map_id) {
map = p_switch->get_map(map_id);
if (map == NULL)
return NAS_QOS_E_FAIL;
rc = _append_one_map(param, switch_id, map, map_type, search_key, is_map_entry);
}
else {
// map id is not specified
for (map_iter_t it = p_switch->get_map_it_begin();
it != p_switch->get_map_it_end();
it++) {
map = &it->second;
rc = _append_one_map(param, switch_id, map, map_type, search_key, false);
if (rc != cps_api_ret_code_OK)
return rc;
}
}
return rc;
}
