bool ICQClient::sendThruServer(Message *msg, void *_data)
{
ICQUserData *data = (ICQUserData*)_data;
Contact *contact = getContacts()->contact(msg->contact());
if ((contact == NULL) || (data == NULL))
return false;
SendMsg s;
switch (msg->type()){
case MessageGeneric:
if ((data->Status != ICQ_STATUS_OFFLINE) &&
hasCap(data, CAP_RTF) && (msg->getFlags() & MESSAGE_RICHTEXT) &&
!data->bBadClient){
s.flags = SEND_RTF;
s.msg = msg;
s.text = msg->getRichText();
s.uin = data->Uin;
sendQueue.push_front(s);
send(false);
return true;
}
if ((data->Status != ICQ_STATUS_OFFLINE) &&
hasCap(data, CAP_UTF) &&
!data->bBadClient){
s.flags = SEND_UTF;
s.msg = msg;
s.text = msg->getPlainText();
s.uin = data->Uin;
sendQueue.push_front(s);
send(false);
return true;
}
s.flags = SEND_PLAIN;
s.msg = msg;
s.text = msg->getPlainText();
s.uin = data->Uin;
sendQueue.push_front(s);
send(false);
return true;
case MessageURL:
case MessageContact:
case MessageCheckInvisible:
s.flags = SEND_RAW;
s.msg = msg;
s.uin = data->Uin;
sendQueue.push_front(s);
send(false);
return true;
}
return false;
}
void
BufferToTexture::performAction(GLSourceBuffer theSourceBuffer)
{
if (theSourceBuffer == FRAME_BUFFER) {
glReadBuffer(GL_BACK);
}
unsigned myWidth = getWidth();
unsigned myHeight = getHeight();
GLuint myTextureID = _myTexture->getTextureId();
AC_DEBUG << "BufferToTexture::performAction '" << _myTexture->get<NameTag>() << "' id=" << _myTexture->get<IdTag>() << " offset=" << _myOffset << " " << myWidth << "x" << myHeight << " texId=" << myTextureID;
if (_myCopyToImage) {
ImagePtr myImage = _myTexture->getImage();
if (!myImage) {
AC_WARNING << "Texture '" << _myTexture->get<NameTag>() << "' id=" << _myTexture->get<IdTag>() << " has no image associated";
} else {
AC_DEBUG << "BufferToTexture::performAction copy to image '" << myImage->get<NameTag>() << "' id=" << myImage->get<IdTag>();
// copy framebuffer to Image raster
PixelEncodingInfo myPixelEncodingInfo = getDefaultGLTextureParams(myImage->getRasterEncoding());
myPixelEncodingInfo.internalformat = asGLTextureInternalFormat(_myTexture->getInternalEncoding());
glReadPixels(_myOffset[0],_myOffset[1], myWidth,myHeight,
myPixelEncodingInfo.externalformat, myPixelEncodingInfo.pixeltype,
myImage->getRasterPtr()->pixels().begin());
CHECK_OGL_ERROR;
//_myTexture->preload();
}
} else if (myTextureID > 0) {
GLenum myTextureTarget = asGLTextureTarget(_myTexture->getType());
if (myTextureTarget == GL_TEXTURE_2D) {
AC_DEBUG << "BufferToTexture::performAction copy to texture";
// copy framebuffer to texture
glBindTexture(GL_TEXTURE_2D, myTextureID);
glCopyTexSubImage2D(GL_TEXTURE_2D, 0, 0,0, _myOffset[0],_myOffset[1], myWidth,myHeight);
CHECK_OGL_ERROR;
// generate mipmap levels
if (hasCap("GL_GENERATE_MIPMAP") && _myTexture->get<TextureMipmapTag>()) {
AC_TRACE << "BufferToTexture::performAction: generating mipmap levels";
glGenerateMipmapEXT(GL_TEXTURE_2D);
CHECK_OGL_ERROR;
}
glBindTexture(GL_TEXTURE_2D, 0);
} else {
AC_WARNING << "Copy to texture only supported for 'texture_2d'";
}
} else {
AC_DEBUG << "BufferToTexture::performAction texture '" << _myTexture->get<NameTag>() << "' is not valid";
}
}
