int main(void) {
char *mode, *name, *value;
mode = qValue("mode");
name = qValue("cname");
value = qValue("cvalue");
if(mode == NULL) { /* View Cookie */
int amount;
qContentType("text/html");
amount = qPrint();
printf("<p>Total %d entries\n", amount);
}
else if(!strcmp(mode, "set")) { /* Set Cookie */
if(name == NULL || value == NULL) qError("Query not found");
if(!strcmp(name, "")) qError("Empty cookie name can not be stored.");
qCookieSet(name, value, 0, NULL, NULL, NULL);
qContentType("text/html");
printf("Cookie('%s'='%s') entry is stored.<br>Click <a href='%s'>here</a> to view your cookies\n", name, value, qCGIname());
}
else if(!strcmp(mode, "remove")) { /* Remove Cookie */
if(name == NULL) qError("Query not found");
if(!strcmp(name, "")) qError("Empty cookie name can not be removed.");
qCookieRemove(name, NULL, NULL, NULL);
qContentType("text/html");
printf("Cookie('%s') entry is removed.<br>Click <a href='%s'>here</a> to view your cookies\n", name, qCGIname());
}
else qError("Unknown mode.");
qFree();
return 0;
}
int main(void) {
char *sessionid;
char *mode, *name, *value;
time_t expire;
/* fetch queries */
expire = (time_t)qiValue("expire");
mode = qValueNotEmpty("Mode not found", "mode");
name = qValue("name");
value = qValue("value");
/* Set valid interval of this session */
/* start session. this function should be called before qContentType(). */
qSession(NULL);
sessionid = qSessionGetID();
/* Mose case, you don't need to set timeout but we use it here to give you a show case */
if(expire > 0) qSessionSetTimeout(expire);
switch(mode[0]) {
case 's': {
qSessionAdd(name, value);
break;
}
case 'i': {
qSessionAddInteger(name, atoi(value));
break;
}
case 'r': {
qSessionRemove(name);
break;
}
case 'd': {
qSessionDestroy();
qContentType("text/html");
printf("Session destroied.");
return 0;
break;
}
}
/* screen out */
qContentType("text/html");
qSessionPrint();
/* save session & free allocated memories */
qSessionFree();
return 0;
}
nv_math::quatf VkeAnimationChannel::currentQuatValue(){
VkeAnimationKeyPair pair;
double curTime = m_parent->getCurrentTime();
m_keys.getKeys(curTime, &pair);
//no keys found at all for this time.
//Therefore there should not have been a channel
//for this node in the first place.
if (!pair.low && !pair.high) return nv_math::quatf();
if (!pair.high){
nv_math::vec4f vValue = pair.low->getValue();
nv_math::quatf qValue(vValue.x, vValue.y, vValue.z, vValue.w);
return qValue;
}
if (!pair.low){
nv_math::vec4f vValue = pair.high->getValue();
nv_math::quatf qValue(vValue.x, vValue.y, vValue.z, vValue.w);
return qValue;
}
double timeDelta = pair.high->getTime() - pair.low->getTime();
if (timeDelta == 0.0) return (nv_math::quatf)pair.low->getValue();
double durationDelta = curTime - pair.low->getTime();
double timeScale = durationDelta / timeDelta;
nv_math::vec4f lowVal = pair.low->getValue();
nv_math::vec4f highVal = pair.high->getValue();
nv_math::quatf quatA(lowVal.x, lowVal.y, lowVal.z, lowVal.w);
nv_math::quatf quatB(highVal.x, highVal.y, highVal.z, highVal.w);
nv_math::quatf outQuat = cubicLerp(quatA, quatB, timeScale);
return outQuat;
}
/**********************************************
** Usage : qValueAdd(name, value);
** Do : Force to add given name and value to linked list.
** If same name exists, it'll be replaced.
**
** ex) qValueAdd("NAME", "Seung-young Kim");
**********************************************/
char *qValueAdd(char *name, char *format, ...) {
Q_Entry *new_entry;
char value[1024];
int status;
va_list arglist;
if (!strcmp(name, "")) qError("qValueAdd(): can not add empty name.");
va_start(arglist, format);
status = vsprintf(value, format, arglist);
if ((strlen(value) + 1 > sizeof(value)) || (status == EOF)) qError("qValueAdd(): Message is too long or invalid.");
va_end(arglist);
if (_first_entry == NULL) qDecoder();
if (qValue(name) == NULL) _new_cnt++; // if it's new entry, count up.
new_entry = _EntryAdd(_first_entry, name, value);
if (!_first_entry) _first_entry = new_entry;
return qValue(name);
}
void ServiceDB::ProcessIntChange(const char * key, uint32 oldValue, uint32 newValue, PyDict * notif, std::vector<std::string> & dbQ) {
if (oldValue != newValue) {
// add to notification
PyTuple * val = new PyTuple(2);
std::string qValue(key);
val->items[0] = new PyInt(oldValue);
val->items[1] = new PyInt(newValue);
notif->SetItemString(key, val);
char cc[10];
snprintf(cc, 9, "%u", newValue);
qValue += " = ";
qValue += cc;
dbQ.push_back(qValue);
}
}
void ServiceDB::ProcessRealChange(const char * key, double oldValue, double newValue, PyDict * notif, std::vector<std::string> & dbQ) {
if (oldValue != newValue) {
// add to notification
std::string qValue(key);
PyTuple * val = new PyTuple(2);
val->items[0] = new PyFloat(oldValue);
val->items[1] = new PyFloat(newValue);
notif->SetItemString(key, val);
char cc[10];
snprintf(cc, 9, "'%5.3lf'", newValue);
qValue += " = ";
qValue += cc;
dbQ.push_back(qValue);
}
}
void ServiceDB::ProcessStringChange(const char * key, const std::string & oldValue, const std::string & newValue, PyDict * notif, std::vector<std::string> & dbQ) {
if (oldValue != newValue) {
std::string newEscValue;
std::string qValue(key);
DBcore::DoEscapeString(newEscValue, newValue);
// add to notification
PyTuple * val = new PyTuple(2);
val->items[0] = new PyString(oldValue);
val->items[1] = new PyString(newValue);
notif->SetItemString(key, val);
qValue += " = '" + newEscValue + "'";
dbQ.push_back(qValue);
}
}
