void select_multiple::load(cgicc::Cgicc const &cgi)
{
chosen.clear();
cgicc::const_form_iterator p=cgi.getElements().begin(),e=cgi.getElements().end();
for(;p!=e;++p) {
if(p->getName()==name) {
map<string,string>::iterator orig=available.find(p->getValue());
if(orig!=available.end())
chosen.insert(orig->first);
}
}
is_set=true;
}
void submit::load(cgicc::Cgicc const &cgi)
{
is_set=true;
cgicc::const_form_iterator v=cgi.getElement(name);
if(v!=cgi.getElements().end())
pressed=true;
}
void text::load(cgicc::Cgicc const &cgi)
{
cgicc::const_form_iterator v=cgi.getElement(name);
if(v!=cgi.getElements().end()) {
value=**v;
is_set=true;
}
}
void select_base::load(cgicc::Cgicc const &cgi)
{
cgicc::const_form_iterator p=cgi.getElement(name);
if(p==cgi.getElements().end()) {
is_set=false;
}
else {
value=**p;
is_set=true;
}
}
void checkbox::load(cgicc::Cgicc const &cgi)
{
cgicc::const_form_iterator p=cgi.getElements().begin(),e=cgi.getElements().end();
while(p!=e) {
if(p->getName()==name && p->getValue()==input_value) {
value=true;
return;
}
++p;
}
value=false;
}
bool Server::init(cgicc::Cgicc cgicc) {
std::cout << "Access-Control-Allow-Origin: \"*\"\r\n";
serverReceiveImageTime = timestamp_usec();
//gets the fields of the request
cgicc::form_iterator fiImage = cgicc.getElement("image");
cgicc::form_iterator fiScreenWidthPixel = cgicc.getElement("screenWidthPixel");
cgicc::form_iterator fiScreenHeightPixel = cgicc.getElement("screenHeightPixel");
cgicc::form_iterator fiNumSnapshot = cgicc.getElement("numSnapshot");
cgicc::form_iterator fiSnapshotType = cgicc.getElement("snapshotType");
cgicc::form_iterator fiIsBoundingBox = cgicc.getElement("isBoundingBox");
// cgicc::form_iterator fiSeed = cgicc.getElement("seed");
// cgicc::form_iterator fiToken = cgicc.getElement("token");
// cgicc::form_iterator fiSessionName = cgicc.getElement("sessionName");
cgicc::form_iterator fiOldIp = cgicc.getElement("ip");
if (((fiImage != (*cgicc).end()) && (!fiImage->isEmpty()))
&& ((fiScreenWidthPixel != (*cgicc).end()) && (!fiScreenWidthPixel->isEmpty()))
&& ((fiScreenHeightPixel != (*cgicc).end()) && (!fiScreenHeightPixel->isEmpty()))
&& ((fiNumSnapshot != (*cgicc).end()) && (!fiNumSnapshot->isEmpty()))
&& ((fiSnapshotType != (*cgicc).end()) && (!fiSnapshotType->isEmpty()))
&& ((fiIsBoundingBox != (*cgicc).end()) && (!fiIsBoundingBox->isEmpty()))
// && ((fiSeed != (*cgicc).end()) && (!fiSeed->isEmpty()))
// && ((fiToken != (*cgicc).end()) && (!fiToken->isEmpty()))
// && ((fiSessionName != (*cgicc).end()))
&& ((fiOldIp != (*cgicc).end()))
) {
//TODO: if the diff flag is true, use the difference construction of the image
// using the rules in the .js file
std::string stringUrlImage = (**fiImage);
const char * urlImage = stringUrlImage.c_str();
if (strlen(urlImage) > 4) {
char * imageDecoded;
//if the url has not the "data:" in the firsts characters, probably is because isn't decoded
if (urlImage[4] != ':') {
imageDecoded = CGI_decode_url(urlImage);
}
else {
imageDecoded = new char[stringUrlImage.size() + 1];
copy(stringUrlImage.begin(), stringUrlImage.end(), imageDecoded);
imageDecoded[stringUrlImage.size()] = '\0';
}
//find the comma that splits the header of the url image, to the data of the image
int iPreviousComma = -1;
int strlenImageDecoded = strlen(imageDecoded);
for (int i = 0; i < strlenImageDecoded; i++) {
if (imageDecoded[i] == ',') {
iPreviousComma = i + 1;
break;
}
}
if (iPreviousComma > -1) {
//takes the data of the image
char imageDecodeWithoutContent[strlenImageDecoded - iPreviousComma];
for (int i = iPreviousComma, j = 0; i < strlenImageDecoded; i++, j++) {
imageDecodeWithoutContent[j] = imageDecoded[i];
}
//convert the url image in a byte array
std::vector<BYTE> imageByteArray = base64_decode(imageDecodeWithoutContent);
//convert the byte array in a Mat
cv::Mat image = cv::imdecode(imageByteArray, CV_LOAD_IMAGE_COLOR);
/*SAVE THE IMAGE*/
long long now = timestamp_usec();
std::stringstream fileName;
fileName << "stream/" << now << ".jpeg";
int i = 0;
while (fileExists(fileName.str().c_str())) {
fileName << "stream/" << now << i << ".jpeg";
i++;
}
cv::imwrite(fileName.str(), image);
numSnapshot = atoi((**fiNumSnapshot).c_str());
snapshotType = (**fiSnapshotType).c_str();
screenWidthPixel = atoi((**fiScreenWidthPixel).c_str());
screenHeightPixel = atoi((**fiScreenHeightPixel).c_str());
isBoundingBox = atoi((**fiIsBoundingBox).c_str());
// seed = atoi((**fiSeed).c_str());
// token = atoi((**fiSeed).c_str());
// sessionName = (**fiSessionName).c_str();
std::string oldIp = (**fiOldIp).c_str();
ip = cgicc.getEnvironment().getRemoteAddr();
//activate those lines to see the print of the code and see the debug in the webservice mode
// saveCookies();
std::cout << "Content-type:text/html\r\n\r\n";
createSessionName();
if (oldIp.compare("") != 0) {
if (ip.compare(oldIp) != 0) {
if (copyInfo(oldIp, ip) == -1) {
//error on copy
eraseSessionInfo();
}
std::stringstream filePath;
filePath << "session/" << oldIp << "/";
removeDirectoryElements(filePath.str().c_str(), "");
}
}
readInfo();
setPreviousFrame(getPersistentImage("frame"));
setFrame(image);
setPersistentImage("frame", image);
setPersistentImage("previousFrame", previousFrame);
/*GET COOKIES*/
// get environment variables
//initCookies(cgicc.getEnvironment().getCookieList());
// const cgicc::CgiEnvironment& env = cgicc.getEnvironment();
// cgicc::const_cookie_iterator cci;
// for(cci = env.getCookieList().begin(); cci != env.getCookieList().end(); cci++) {
// Server::getServer()->setCookie(cci->getName(), cci->getValue());
// //std::cout << "<tr><td>" << cci->getName() << "</td><td>";
// //std::cout << cci->getValue();
// //std::cout << "</td></tr>\n";
// }
//std::cout << "</table><\n";
//std::cout << "<br/>\n";
//std::cout << "</body>\n";
//std::cout << "</html>\n";
return true;
}
}
}
return false;
}