/* The internal event handlers for PhidgetManager - these should be called directly from the usb functions...
* these run in the context of the central thread
* if AddDevice returns EPHIDGET_DUPLICATE, the user callback is not run (good)
*/
int CPhidgetAttachEvent(CPhidgetHandle phid) {
int result = 0;
CPhidgetManagerList *trav2 = 0;
TESTPTR(phid)
result = CList_addToList((CListHandle *)&AttachedDevices, phid, CPhidget_areEqual);
if(result == EPHIDGET_DUPLICATE)
{
return EPHIDGET_OK;
}
else if(result)
{
return result;
}
for(trav2 = localPhidgetManagers; trav2; trav2 = trav2->next)
{
if (trav2->phidm->fptrAttachChange && trav2->phidm->state == PHIDGETMANAGER_ACTIVE)
{
//So we can access AttachedDevices from within the manager atach event
CThread_mutex_unlock(&attachedDevicesLock);
trav2->phidm->fptrAttachChange((CPhidgetHandle)phid, trav2->phidm->fptrAttachChangeptr);
CThread_mutex_lock(&attachedDevicesLock);
}
}
return findActiveDevice(phid);
}
int CCONV CPhidgetDictionary_getKey(CPhidgetDictionaryHandle dict, const char *key, char *val, int vallen)
{
int result, size;
char err[1024], *keywrap;
TESTPTRS(dict, key)
TESTPTR(val)
CThread_mutex_lock(&dict->lock);
if(!CPhidget_statusFlagIsSet(dict->status, PHIDGET_SERVER_CONNECTED_FLAG))
{
CThread_mutex_unlock(&dict->lock);
return EPHIDGET_NETWORK_NOTCONNECTED;
}
//The get command returns a list of keys - since we want just a single key, lets wrap in ^ and $
//other reg exp tags are allowed and will be honoured
size = (int)strlen(key);
keywrap = (char *)malloc(size+3);
snprintf(keywrap, size+3, "^%s$",key);
CThread_mutex_lock(&dict->networkInfo->server->pdc_lock);
result = pdc_get(dict->networkInfo->server->pdcs, keywrap, val, vallen, err, sizeof(err));
CThread_mutex_unlock(&dict->networkInfo->server->pdc_lock);
free(keywrap);
CThread_mutex_unlock(&dict->lock);
if(result == 0) return EPHIDGET_UNEXPECTED;
return EPHIDGET_OK;
}
int CCONV CPhidgetDictionary_set_OnServerDisconnect_Handler(CPhidgetDictionaryHandle dict, int (CCONV *fptr)(CPhidgetDictionaryHandle dict, void *userPtr), void *userPtr)
{
TESTPTR(dict)
dict->fptrServerDisconnect = fptr;
dict->fptrServerDisconnectptr = userPtr;
return EPHIDGET_OK;
}
int CCONV CPhidgetManager_set_OnServerDisconnect_Handler(CPhidgetManagerHandle phidm, int (CCONV *fptr)(CPhidgetManagerHandle phidm, void *userPtr), void *userPtr)
{
TESTPTR(phidm)
phidm->fptrDisconnect = fptr;
phidm->fptrDisconnectptr = userPtr;
return EPHIDGET_OK;
}
int CCONV CPhidgetManager_set_OnDetach_Handler(CPhidgetManagerHandle phidm, int (CCONV *fptr)(CPhidgetHandle phid, void *userPtr), void *userPtr)
{
TESTPTR(phidm)
phidm->fptrDetachChange = fptr;
phidm->fptrDetachChangeptr = userPtr;
return EPHIDGET_OK;
}
int cjld_list_getid(cjld_list *list) {
TESTPTR(cjld_list_get_id, list);
return list->id;
}//
/* this takes any list, and frees all of the list element,
and can also free the elements that they point to */
int CList_emptyList(CListHandle *list, int freeDevices, void (*free_fptr)(void *element))
{
CListHandle last = 0, traverse = 0;
TESTPTR(list)
last = 0;
for(traverse = *list; traverse; last = traverse, traverse = traverse->next)
{
if(traverse->element && freeDevices)
{
free_fptr(traverse->element);
traverse->element = 0;
}
if(last)
{
free(last); last = NULL;
}
}
if(last)
{
free(last); last = NULL;
}
*list = 0;
return EPHIDGET_OK;
}
int CCONV CPhidgetManager_set_OnError_Handler(CPhidgetManagerHandle phidm,
int(CCONV *fptr)(CPhidgetManagerHandle, void *, int, const char *), void *userPtr)
{
TESTPTR(phidm)
phidm->fptrError = fptr;
phidm->fptrErrorptr = userPtr;
return EPHIDGET_OK;
}
int CCONV CPhidgetDictionary_set_OnError_Handler(CPhidgetDictionaryHandle dict,
int(CCONV *fptr)(CPhidgetDictionaryHandle, void *, int, const char *), void *userPtr)
{
TESTPTR(dict)
dict->fptrError = fptr;
dict->fptrErrorptr = userPtr;
return EPHIDGET_OK;
}
/**
*
* s[i:j]
* s[
*
* Case 1: empty list
* Case 2: one element
* Case 3:
*
*/
int *cjld_list_slice(cjld_list *list, int start, int stop) {
TESTPTR(cjld_list_insert, list);
TESTINDEX(cjld_list_insert, start);
TESTINDEX(cjld_list_insert, stop);
}//
int CCONV CPhidgetDictionary_set_OnKeyChange_Handler(CPhidgetDictionaryHandle dict, CPhidgetDictionaryListenerHandle *dictlistener, const char *pattern,
int(CCONV *fptr)(CPhidgetDictionaryHandle dict, void *userPtr, const char *key, const char *val, CPhidgetDictionary_keyChangeReason reason),
void *userPtr)
{
CPhidgetDictionaryListenerHandle dict_listener;
char errdesc[1024];
int result;
TESTPTRS(dict, pattern)
TESTPTR(dictlistener)
CThread_mutex_lock(&dict->lock);
if(!CPhidget_statusFlagIsSet(dict->status, PHIDGET_SERVER_CONNECTED_FLAG))
{
CThread_mutex_unlock(&dict->lock);
return EPHIDGET_NETWORK_NOTCONNECTED;
}
if(!(dict_listener = malloc(sizeof(CPhidgetDictionaryListener))))
{
CThread_mutex_unlock(&dict->lock);
return EPHIDGET_NOMEMORY;
}
ZEROMEM(dict_listener, sizeof(CPhidgetDictionaryListener));
dict_listener->dict = dict;
dict_listener->fptr = fptr;
dict_listener->userPtr = userPtr;
CThread_mutex_lock(&dict->networkInfo->server->pdc_lock);
if (!(dict_listener->listen_id = pdc_listen(dict->networkInfo->server->pdcs, pattern, dict_event_handler, dict_listener, errdesc, sizeof (errdesc))))
{
LOG(PHIDGET_LOG_DEBUG,"pdc_listen: %s", errdesc);
free(dict_listener);
CThread_mutex_unlock(&dict->networkInfo->server->pdc_lock);
CThread_mutex_unlock(&dict->lock);
return EPHIDGET_UNEXPECTED;
}
CThread_mutex_unlock(&dict->networkInfo->server->pdc_lock);
CThread_mutex_lock(&dict->listenersLock);
if((result = CList_addToList((CListHandle *)&dict->listeners, dict_listener, CPhidgetDictionaryListener_areEqual)))
{
CThread_mutex_unlock(&dict->listenersLock);
CThread_mutex_lock(&dict->networkInfo->server->pdc_lock);
pdc_ignore(dict->networkInfo->server->pdcs, dict_listener->listen_id, NULL, 0);
CThread_mutex_unlock(&dict->networkInfo->server->pdc_lock);
free(dict_listener);
CThread_mutex_unlock(&dict->lock);
return result;
}
CThread_mutex_unlock(&dict->listenersLock);
CThread_mutex_unlock(&dict->lock);
*dictlistener = dict_listener;
return EPHIDGET_OK;
}
int CPhidgetDetachEvent(CPhidgetHandle phid) {
int result = 0;
CPhidgetList *trav = 0;
CPhidgetManagerList *trav2 = 0;
CPhidgetHandle travPhid = 0;
TESTPTR(phid)
CPhidget_clearStatusFlag(&phid->status, PHIDGET_ATTACHED_FLAG, NULL);
CPhidget_setStatusFlag(&phid->status, PHIDGET_DETACHING_FLAG, NULL);
for(trav2 = localPhidgetManagers; trav2; trav2 = trav2->next)
{
if (trav2->phidm->fptrDetachChange && trav2->phidm->state == PHIDGETMANAGER_ACTIVE)
trav2->phidm->fptrDetachChange((CPhidgetHandle)phid, trav2->phidm->fptrDetachChangeptr);
}
CPhidget_clearStatusFlag(&phid->status, PHIDGET_DETACHING_FLAG, NULL);
CThread_mutex_lock(&activeDevicesLock);
for (trav=ActiveDevices; trav; trav = trav->next)
{
if((CPhidget_areExtraEqual(phid, trav->phid) && CPhidget_statusFlagIsSet(trav->phid->status, PHIDGET_ATTACHED_FLAG))
|| CPhidgetHandle_areEqual(phid, trav->phid))
{
CPhidget_setStatusFlag(&trav->phid->status, PHIDGET_DETACHING_FLAG, &trav->phid->lock);
if(trav->phid->specificDevice == 2)
trav->phid->specificDevice = 0;
trav->phid->writeStopFlag = PTRUE;
CThread_set_event(&trav->phid->writeAvailableEvent); //if it's waiting on this event - signal NOW
result = CUSBCloseHandle(trav->phid);
CThread_join(&trav->phid->writeThread);
CThread_join(&trav->phid->readThread);
//because trav can be freed during the detach call, don't use it in or after the call
travPhid = trav->phid;
CThread_mutex_unlock(&activeDevicesLock);
if (travPhid->fptrDetach)
travPhid->fptrDetach((CPhidgetHandle)travPhid, travPhid->fptrDetachptr);
travPhid->deviceIDSpec = 0;
CPhidgetFHandle_free(travPhid->CPhidgetFHandle);
travPhid->CPhidgetFHandle = NULL;
CPhidget_clearStatusFlag(&travPhid->status, PHIDGET_DETACHING_FLAG, &travPhid->lock);
CPhidget_clearStatusFlag(&travPhid->status, PHIDGET_USB_ERROR_FLAG, &travPhid->lock);
goto found_to_detach;
}
}
CThread_mutex_unlock(&activeDevicesLock);
found_to_detach:
result = CList_removeFromList((CListHandle *)&AttachedDevices, phid, CPhidget_areExtraEqual, TRUE, CPhidget_free);
return result;
}
int cjld_list_destroy(cjld_list *list) {
TESTPTR(cjld_list_destroy, list);
void (*cleaner)(void *, int);
cleaner = list->cleaner;
if (NULL==cleaner)
cleaner = &__cjld_cleaner_free;
cjld_list_visit( list, cleaner );
free(list);
}//
int CCONV CPhidgetManager_close(CPhidgetManagerHandle phidm)
{
TESTPTR(phidm)
CThread_mutex_lock(&phidm->openCloseLock);
if (!CPhidget_statusFlagIsSet(phidm->status, PHIDGET_OPENED_FLAG))
{
LOG(PHIDGET_LOG_WARNING, "Close was called on an already closed Manager handle.");
CThread_mutex_unlock(&phidm->openCloseLock);
return EPHIDGET_OK;
}
if(phidm->state == PHIDGETMANAGER_ACTIVE || phidm->state == PHIDGETMANAGER_ACTIVATING)
{
phidm->state = PHIDGETMANAGER_INACTIVE;
CPhidget_clearStatusFlag(&phidm->status, PHIDGET_ATTACHED_FLAG, &phidm->lock);
if(CPhidget_statusFlagIsSet(phidm->status, PHIDGET_REMOTE_FLAG))
{
//Only free the list phidgets if this is an openRemoteIP - not for openRemote
int freeList = phidm->networkInfo->mdns ? PFALSE : PTRUE;
unregisterRemoteManager(phidm);
CList_emptyList((CListHandle *)&phidm->AttachedPhidgets, freeList, CPhidget_free);
}
else
{
CThread_mutex_lock(&managerLock);
ActivePhidgetManagers--;
CList_removeFromList((CListHandle *)&localPhidgetManagers, phidm, CPhidgetManager_areEqual, PFALSE, NULL);
CThread_mutex_unlock(&managerLock);
}
}
//if there are no more active phidgets or managers, wait for the central thread to exit
if(!ActiveDevices && !ActivePhidgetManagers)
{
JoinCentralThread();
//Shut down USB
#if defined(_LINUX) && !defined(_ANDROID)
CUSBUninit();
#endif
}
CPhidget_clearStatusFlag(&phidm->status, PHIDGET_OPENED_FLAG, &phidm->lock);
CThread_mutex_unlock(&phidm->openCloseLock);
return EPHIDGET_OK;
}
int CCONV CPhidgetManager_open(CPhidgetManagerHandle phidm)
{
int result = EPHIDGET_OK;
TESTPTR(phidm)
CThread_mutex_lock(&phidm->openCloseLock);
if (CPhidget_statusFlagIsSet(phidm->status, PHIDGET_OPENED_FLAG))
{
LOG(PHIDGET_LOG_WARNING, "Open was called on an already opened Manager handle.");
CThread_mutex_unlock(&phidm->openCloseLock);
return EPHIDGET_OK;
}
if(!phidgetLocksInitialized)
{
CThread_mutex_init(&activeDevicesLock);
CThread_mutex_init(&attachedDevicesLock);
phidgetLocksInitialized = PTRUE;
}
if(phidm->state == PHIDGETMANAGER_INACTIVE)
{
CThread_mutex_lock(&managerLock);
CList_addToList((CListHandle *)&localPhidgetManagers, phidm, CPhidgetManager_areEqual);
#ifdef _MACOSX
phidm->state = PHIDGETMANAGER_ACTIVE;
#else
phidm->state = PHIDGETMANAGER_ACTIVATING;
#endif
CPhidget_setStatusFlag(&phidm->status, PHIDGET_ATTACHED_FLAG, &phidm->lock);
ActivePhidgetManagers++;
CThread_mutex_unlock(&managerLock);
result = StartCentralThread();
}
CPhidget_setStatusFlag(&phidm->status, PHIDGET_OPENED_FLAG, &phidm->lock);
CThread_mutex_unlock(&phidm->openCloseLock);
return result;
}
/* Async add - errors returned to a registered error handler */
int CCONV CPhidgetDictionary_addKey(CPhidgetDictionaryHandle dict, const char *key, const char *val, int persistent)
{
TESTPTR(dict)
TESTPTRS(key, val)
CThread_mutex_lock(&dict->lock);
if(!CPhidget_statusFlagIsSet(dict->status, PHIDGET_SERVER_CONNECTED_FLAG))
{
CThread_mutex_unlock(&dict->lock);
return EPHIDGET_NETWORK_NOTCONNECTED;
}
pdc_async_set(dict->networkInfo->server->pdcs, key, val, (int)strlen(val), persistent?0:1, internal_async_network_error_handler, dict);
CThread_mutex_unlock(&dict->lock);
return EPHIDGET_OK;
}
/**
* Case 1: HEAD insertion
* Case 2: TAIL insertion
* Case 3: In between
*/
int cjld_list_insert(cjld_list *list, void *el, int id, int pos) {
TESTPTR(cjld_list_insert, list);
TESTINDEX(cjld_list_insert, pos);
TESTINDEXU(cjld_list_insert, pos, list->count );
int i=0;
cjld_snode *current = NULL,
*previous = NULL,
*node = NULL;
//create node
node = (cjld_snode *) malloc( sizeof(cjld_snode *) );
node->el = el;
node->id = id;
//case 1
if (0==pos) {
node->next = list->head;
list->head = node;
list->count++;
return 1;
}
//case 2 & 3: need to walk the list
// as it is single-linked
// NOTE: tail pointer never needs to be updated
current = list->head;
previous = NULL;
//walk till pos
while( i != pos ) {
previous=current;
current=current->next;
i++;
}//while
//insert in-between
previous->next = node;
node->next = current;
return 1;
}//
int CCONV CPhidgetManager_close(CPhidgetManagerHandle phidm)
{
TESTPTR(phidm)
CThread_mutex_lock(&phidm->openCloseLock);
if (!CPhidget_statusFlagIsSet(phidm->status, PHIDGET_OPENED_FLAG))
{
LOG(PHIDGET_LOG_WARNING, "Close was called on an already closed Manager handle.");
CThread_mutex_unlock(&phidm->openCloseLock);
return EPHIDGET_OK;
}
if(phidm->state == PHIDGETMANAGER_ACTIVE || phidm->state == PHIDGETMANAGER_ACTIVATING)
{
phidm->state = PHIDGETMANAGER_INACTIVE;
CPhidget_clearStatusFlag(&phidm->status, PHIDGET_ATTACHED_FLAG, &phidm->lock);
if(CPhidget_statusFlagIsSet(phidm->status, PHIDGET_REMOTE_FLAG))
{
unregisterRemoteManager(phidm);
}
else
{
CThread_mutex_lock(&managerLock);
ActivePhidgetManagers--;
CList_removeFromList((CListHandle *)&localPhidgetManagers, phidm, CPhidgetManager_areEqual, PFALSE, NULL);
CThread_mutex_unlock(&managerLock);
}
}
//if there are no more active phidgets or managers, wait for the central thread to exit
if(!ActiveDevices && !ActivePhidgetManagers)
{
JoinCentralThread();
}
CPhidget_clearStatusFlag(&phidm->status, PHIDGET_OPENED_FLAG, &phidm->lock);
CThread_mutex_unlock(&phidm->openCloseLock);
return EPHIDGET_OK;
}
int CCONV CPhidgetDictionary_close(CPhidgetDictionaryHandle dict)
{
int result = EPHIDGET_OK;
TESTPTR(dict)
CThread_mutex_lock(&dict->openCloseLock);
if (!CPhidget_statusFlagIsSet(dict->status, PHIDGET_OPENED_FLAG))
{
LOG(PHIDGET_LOG_WARNING, "Close was called on an already closed Dictionary handle.");
CThread_mutex_unlock(&dict->openCloseLock);
return EPHIDGET_OK;
}
if((result = unregisterRemoteDictionary(dict)) != EPHIDGET_OK)
{
CThread_mutex_unlock(&dict->openCloseLock);
return result;
}
CPhidget_clearStatusFlag(&dict->status, PHIDGET_OPENED_FLAG, &dict->lock);
CThread_mutex_unlock(&dict->openCloseLock);
return EPHIDGET_OK;
}
//This can be called even when not connected to a server
int CCONV CPhidgetDictionary_remove_OnKeyChange_Handler(CPhidgetDictionaryListenerHandle keylistener)
{
int result = 0;
char errdesc[1024];
CPhidgetDictionaryHandle dict;
TESTPTR(keylistener)
dict = keylistener->dict;
CThread_mutex_lock(&dict->lock);
if(CPhidget_statusFlagIsSet(dict->status, PHIDGET_SERVER_CONNECTED_FLAG))
{
CThread_mutex_lock(&dict->networkInfo->server->pdc_lock);
if(!(result = pdc_ignore(dict->networkInfo->server->pdcs, keylistener->listen_id, errdesc, sizeof (errdesc))))
{
LOG(PHIDGET_LOG_WARNING,"pdc_ignore: %s",errdesc);
CThread_mutex_unlock(&dict->networkInfo->server->pdc_lock);
CThread_mutex_unlock(&dict->lock);
return EPHIDGET_UNEXPECTED;
}
CThread_mutex_unlock(&dict->networkInfo->server->pdc_lock);
}
CThread_mutex_lock(&dict->listenersLock);
if((result = CList_removeFromList((CListHandle *)&dict->listeners, keylistener,
CPhidgetDictionaryListener_areEqual, PTRUE, CPhidgetDictionaryListener_free)))
{
CThread_mutex_unlock(&dict->listenersLock);
CThread_mutex_unlock(&dict->lock);
return result;
}
CThread_mutex_unlock(&dict->listenersLock);
CThread_mutex_unlock(&dict->lock);
return EPHIDGET_OK;
}
int cjld_list_append( cjld_list *dest, void *el, int id ) {
TESTPTR(cjld_list_append, dest);
int code = 1; //optimistic
cjld_snode *new_node;
new_node = (cjld_snode *) malloc(sizeof(cjld_snode));
if (NULL!=new_node) {
// new node...
new_node->el = el;
new_node->next = NULL;
// there is a tail... put at the end
if (NULL!=dest->tail)
(dest->tail)->next=new_node;
// point tail to the new element
dest->tail = new_node;
// adjust head
if (NULL==dest->head)
dest->head=new_node;
dest->count++;
} else {
code = 0;
}
return code;
}//
void *cjld_list_remove(cjld_list *list, int id) {
TESTPTR(cjld_list_remove, list);
void *element=NULL;
cjld_snode *current_node=list->head,
*previous_node=NULL,
*removed_node=NULL;
while(NULL!=current_node) {
if (id == current_node->id) {
removed_node = current_node;
break;
}
previous_node = current_node;
current_node = current_node->next;
};
//case 1: only one element and it is the one to remove => adjust both head & tail
//case 2: one element to remove from a plurality of elements
// a) element at the tail => use previous element to adjust tail
// b) element at the head
// c) element in between head & tail
if (NULL==removed_node) {
return NULL;
}
//case 1
if ( (list->tail==removed_node) && (list->head==removed_node) ) {
list->head = NULL;
list->tail = NULL;
list->count = 0;
element = removed_node->el;
free(removed_node);
return element;
}
//case 2a
if (list->tail == removed_node) {
previous_node->next = NULL;
list->tail = previous_node;
list->count--;
element = removed_node->el;
free(removed_node);
return element;
}
//case 2b
if (list->head == removed_node) {
list->head = (list->head)->next;
list->count--;
element = removed_node->el;
free(removed_node);
return element;
}
//case 2c
// must join the two list segments
previous_node->next = removed_node->next;
list->count--;
element = removed_node->el;
free(removed_node);
return element;
}//
/* The internal event handlers for PhidgetManager - these should be called directly from the usb functions...
* these run in the context of the central thread
* if AddDevice returns EPHIDGET_DUPLICATE, the user callback is not run (good)
*/
int CPhidgetAttachEvent(CPhidgetHandle phid) {
int result = 0;
CPhidgetList *trav = 0;
CPhidgetManagerList *trav2 = 0;
CPhidgetHandle travPhid = 0;
TESTPTR(phid)
result = CList_addToList((CListHandle *)&AttachedDevices, phid, CPhidget_areEqual);
if(result == EPHIDGET_DUPLICATE)
{
return EPHIDGET_OK;
}
else if(result)
{
return result;
}
for(trav2 = localPhidgetManagers; trav2; trav2 = trav2->next)
{
if (trav2->phidm->fptrAttachChange && trav2->phidm->state == PHIDGETMANAGER_ACTIVE)
trav2->phidm->fptrAttachChange((CPhidgetHandle)phid, trav2->phidm->fptrAttachChangeptr);
}
result = EPHIDGET_OK;
CThread_mutex_lock(&activeDevicesLock);
//first look for this specific device
for (trav=ActiveDevices; trav; trav = trav->next)
{
if((trav->phid->serialNumber == phid->serialNumber)
&& (trav->phid->deviceID == phid->deviceID)
&& !CPhidget_statusFlagIsSet(trav->phid->status, PHIDGET_ATTACHED_FLAG))
{
travPhid = trav->phid;
CThread_mutex_unlock(&activeDevicesLock);
//Prevent close from being called during attachActiveDevice
CThread_mutex_lock(&travPhid->openCloseLock);
result = attachActiveDevice(travPhid, phid);
CThread_mutex_unlock(&travPhid->openCloseLock);
return result;
}
}
//second look for a general device
for (trav=ActiveDevices; trav; trav = trav->next)
{
if(CPhidget_areEqual(trav->phid, phid)
&& !CPhidget_statusFlagIsSet(trav->phid->status, PHIDGET_ATTACHED_FLAG))
{
travPhid = trav->phid;
CThread_mutex_unlock(&activeDevicesLock);
//Prevent close from being called during attachActiveDevice
CThread_mutex_lock(&travPhid->openCloseLock);
result = attachActiveDevice(travPhid, phid);
CThread_mutex_unlock(&travPhid->openCloseLock);
//If one doesn't work, try the next one - this would happen if the first one in opened elsewhere
if(result != EPHIDGET_OK)
{
CThread_mutex_lock(&activeDevicesLock);
continue;
}
return result;
}
}
CThread_mutex_unlock(&activeDevicesLock);
return result;
}
int CCONV CPhidgetManager_getAttachedDevices(CPhidgetManagerHandle phidm, CPhidgetHandle *phidArray[], int *count)
{
CPhidgetList *trav = 0;
int i = 0;
TESTPTRS(phidArray, count)
TESTPTR(phidm)
*count = 0;
if(CPhidget_statusFlagIsSet(phidm->status, PHIDGET_REMOTE_FLAG))
{
for (trav=phidm->AttachedPhidgets; trav; trav = trav->next)
{
if (CPhidget_statusFlagIsSet(trav->phid->status, PHIDGET_ATTACHED_FLAG))
(*count)++;
}
if(*count==0)
{
*phidArray = NULL;
}
else
{
*phidArray = (CPhidgetHandle *)malloc(sizeof(**phidArray) * *count);
if (!*phidArray)
return EPHIDGET_NOMEMORY;
ZEROMEM(*phidArray, sizeof(**phidArray) * *count);
for (trav=phidm->AttachedPhidgets, i=0; trav; trav = trav->next)
{
if (CPhidget_statusFlagIsSet(trav->phid->status, PHIDGET_ATTACHED_FLAG))
{
(*phidArray)[i] = trav->phid;
i++;
}
}
}
}
else
{
CThread_mutex_lock(&attachedDevicesLock);
for (trav=AttachedDevices; trav; trav = trav->next)
{
if (CPhidget_statusFlagIsSet(trav->phid->status, PHIDGET_ATTACHED_FLAG))
(*count)++;
}
if(*count==0)
{
*phidArray = NULL;
}
else
{
*phidArray = (CPhidgetHandle *)malloc(sizeof(**phidArray) * *count);
if (!*phidArray)
{
CThread_mutex_unlock(&attachedDevicesLock);
return EPHIDGET_NOMEMORY;
}
ZEROMEM(*phidArray, sizeof(**phidArray) * *count);
for (trav=AttachedDevices, i=0; trav; trav = trav->next)
{
if (CPhidget_statusFlagIsSet(trav->phid->status, PHIDGET_ATTACHED_FLAG))
{
(*phidArray)[i] = trav->phid;
i++;
}
}
}
CThread_mutex_unlock(&attachedDevicesLock);
}
return EPHIDGET_OK;
}
int cjld_list_count(cjld_list *list) {
TESTPTR(cjld_list_get_id, list);
return list->count;
}//
