void GD_API SendHttpRequest(const gd::String & host, const gd::String & uri, const gd::String & body,
const gd::String & method, const gd::String & contentType, gd::Variable & responseVar)
{
// Separate the host and the port number
auto hostInfo = host.Split(U':');
if(hostInfo.size() < 2)
return; //Invalid address (there should be two elements: "http" and "//the.domain.com")
// Create Http
sf::Http http;
http.setHost(hostInfo[0].ToUTF8() + ":" + hostInfo[1].ToUTF8(), hostInfo.size() > 2 ? hostInfo[2].To<unsigned short>() : 0);
// Create request
sf::Http::Request request;
request.setMethod(method == "POST" ? sf::Http::Request::Post : sf::Http::Request::Get);
request.setField("Content-Type", contentType.empty() ? "application/x-www-form-urlencoded" : contentType.ToUTF8());
request.setUri(uri.ToUTF8());
request.setBody(body.ToUTF8());
// Send request & Get response
sf::Http::Response response = http.sendRequest(request);
if (response.getStatus() == sf::Http::Response::Ok)
{
responseVar.SetString(gd::String::FromUTF8(response.getBody()));
}
//else request failed.
}
void GD_EXTENSION_API CreateSFMLTexture( RuntimeScene & scene, const gd::String & imageName, unsigned int width, unsigned int height, const gd::String & colorStr )
{
//Get or create the texture in memory
std::shared_ptr<SFMLTextureWrapper> newTexture;
if ( !scene.GetImageManager()->HasLoadedSFMLTexture(imageName) )
newTexture = std::shared_ptr<SFMLTextureWrapper>(new SFMLTextureWrapper);
else
newTexture = scene.GetImageManager()->GetSFMLTexture(imageName);
//Get the color
sf::Color color;
bool colorIsOk = false;
std::vector < gd::String > colors = colorStr.Split(U';');
if ( colors.size() == 3 )
{
colorIsOk = true;
color = sf::Color(colors[0].To<int>(), colors[1].To<int>(), colors[2].To<int>());
}
//Create the SFML image and the SFML texture
if ( width != 0 && height != 0 && colorIsOk )
newTexture->image.create(width, height, color);
newTexture->texture.loadFromImage(newTexture->image); //Do not forget to update the associated texture
scene.GetImageManager()->SetSFMLTextureAsPermanentlyLoaded(imageName, newTexture); //Otherwise
}
void GD_API DownloadFile( const gd::String & host, const gd::String & uri, const gd::String & outputfilename )
{
// Separate the host and the port number
auto hostInfo = host.Split(U':');
if(hostInfo.size() < 2)
return; //Invalid address (there should be two elements: "http" and "//the.domain.com")
// Create Http
sf::Http http;
http.setHost(hostInfo[0].ToUTF8() + ":" + hostInfo[1].ToUTF8(), hostInfo.size() > 2 ? hostInfo[2].To<unsigned short>() : 0);
// Create request
sf::Http::Request Request;
Request.setMethod(sf::Http::Request::Get);
Request.setUri(uri.ToUTF8());
// Send request & Get response
sf::Http::Response datas = http.sendRequest(Request);
ofstream ofile(outputfilename.ToLocale().c_str(), ios_base::binary);
if ( ofile.is_open() )
{
ofile.write(datas.getBody().c_str(),datas.getBody().size());
ofile.close();
return;
}
cout << "Downloading file : Unable to open output file " << outputfilename;
return;
}
void GD_API ChangeSceneBackground( RuntimeScene & scene, gd::String newColor )
{
std::vector < gd::String > colors = newColor.Split(U';');
if ( colors.size() > 2 ) scene.SetBackgroundColor( colors[0].To<int>(), colors[1].To<int>(), colors[2].To<int>() );
return;
}
wxTreeItemId InstructionSelectorDialog::GetGroupItem(wxTreeCtrl * treeCtrl, wxTreeItemId parent, gd::String groupStr, bool insertIfNotExist)
{
std::vector<gd::String> groups = groupStr.Split(U'/');
for(std::size_t i = 0;i<groups.size();++i)
{
if ( groups[i].empty() ) continue;
wxTreeItemIdValue cookie;
wxTreeItemId groupItem = treeCtrl->GetFirstChild(parent, cookie);
size_t latestGroupPos = 0;
while ( groupItem.IsOk() && treeCtrl->GetItemText(groupItem) != groups[i].ToWxString() )
{
if ( treeCtrl->HasChildren(groupItem) ) latestGroupPos++;
groupItem = treeCtrl->GetNextSibling(groupItem);
}
if ( !groupItem.IsOk() && insertIfNotExist)
groupItem = treeCtrl->InsertItem(parent, latestGroupPos, groups[i], 0);
else if( !groupItem.IsOk() && !insertIfNotExist)
{
return groupItem;
}
parent = groupItem;
}
return parent;
}
void CompilerMessagesParser::ParseOutput(gd::String rawOutput)
{
parsedMessages.clear();
std::vector<gd::String> output = rawOutput.Split(U'\n');
for (unsigned int i = 0;i<output.size();++i)
{
CompilerMessage newMessage;
std::vector<gd::String> columns = output[i].Split(U':');
if (columns.size() >= 3)
{
newMessage.file = columns[0];
newMessage.line = columns[1].To<int>();
newMessage.column = columns[2].To<int>();
}
if (!columns.empty()) newMessage.message = columns.back();
if ( output[i].find("error") < output[i].length() )
newMessage.messageType = CompilerMessage::error;
else
newMessage.messageType = CompilerMessage::simple;
parsedMessages.push_back(newMessage);
}
}
void RuntimeTextObject::SetColor(const gd::String& colorStr) {
std::vector<gd::String> colors = colorStr.Split(U';');
if (colors.size() < 3) return; // La couleur est incorrecte
SetColor(colors[0].To<int>(), colors[1].To<int>(), colors[2].To<int>());
}
void RuntimeLightObject::SetGlobalColor(const gd::String & colorStr)
{
vector < gd::String > colors = colorStr.Split(U';');
if ( colors.size() < 3 ) return; //La couleur est incorrecte
SetGlobalColor(sf::Color( colors[0].To<int>(),colors[1].To<int>(),colors[2].To<int>() ));
}
/**
* Change the color of the outline
*/
void ShapePainterObjectBase::SetOutlineColor( const gd::String & color )
{
std::vector < gd::String > colors = color.Split(U';');
if ( colors.size() < 3 ) return;
outlineColorR = colors[0].To<int>();
outlineColorG = colors[1].To<int>();
outlineColorB = colors[2].To<int>();
}
void RuntimeSpriteObject::SetColor(const gd::String & colorStr)
{
std::vector < gd::String > colors = colorStr.Split(U';');
if ( colors.size() < 3 ) return; //Color is not valid
SetColor( colors[0].To<int>(),
colors[1].To<int>(),
colors[2].To<int>() );
}
void ParticleEmitterBase::SetParticleColor2(const gd::String& color) {
std::vector<gd::String> colors = color.Split(U';');
if (colors.size() < 3) return; // Color is incorrect
SetParticleRed2(colors[0].To<int>());
SetParticleGreen2(colors[1].To<int>());
SetParticleBlue2(colors[2].To<int>());
}
bool RuntimeShapePainterObject::ChangeProperty(std::size_t propertyNb, gd::String newValue)
{
if ( propertyNb == 0 )
{
std::vector < gd::String > colors = newValue.Split(U';');
if ( colors.size() < 3 ) return false; //Color is not valid
SetFillColor(colors[0].To<int>(), colors[1].To<int>(), colors[2].To<int>());
}
else if ( propertyNb == 1 ) { SetFillOpacity(newValue.To<float>()); }
else if ( propertyNb == 2 ) { SetOutlineSize(newValue.To<int>()); }
else if ( propertyNb == 3 )
{
std::vector < gd::String > colors = newValue.Split(U';');
if ( colors.size() < 3 ) return false; //Color is not valid
SetOutlineColor(colors[0].To<int>(), colors[1].To<int>(), colors[2].To<int>());
}
else if ( propertyNb == 4 ) { SetOutlineOpacity(newValue.To<float>()); }
return true;
}
void RuntimeSpriteObject::MakeColorTransparent( const gd::String & colorStr )
{
if ( needUpdateCurrentSprite ) UpdateCurrentSprite();
ptrToCurrentSprite->MakeSpriteOwnsItsImage(); //We want to modify only the image of the object, not all objects which have the same image.
std::shared_ptr<SFMLTextureWrapper> dest = ptrToCurrentSprite->GetSFMLTexture();
std::vector < gd::String > colors = colorStr.Split(U';');
if ( colors.size() < 3 ) return; //La couleur est incorrecte
//Update texture and pixel perfect collision mask
dest->image.createMaskFromColor( sf::Color( colors[0].To<int>(), colors[1].To<int>(), colors[2].To<int>()));
dest->texture.loadFromImage(dest->image);
}
std::vector<sf::Vector2f> PhysicsBehavior::GetCoordsVectorFromString(const gd::String &str, char32_t coordsSep, char32_t composantSep)
{
std::vector<sf::Vector2f> coordsVec;
std::vector<gd::String> coordsDecomposed = str.Split(coordsSep);
for(std::size_t a = 0; a < coordsDecomposed.size(); a++)
{
std::vector<gd::String> coordXY = coordsDecomposed.at(a).Split(composantSep);
if(coordXY.size() != 2)
continue;
sf::Vector2f newCoord(coordXY.at(0).To<float>(), coordXY.at(1).To<float>());
coordsVec.push_back(newCoord);
}
return coordsVec;
}
bool AudioExtension::ChangeProperty(RuntimeScene & scene, std::size_t propertyNb, gd::String newValue)
{
SoundManager & manager = scene.game->GetSoundManager();
if ( propertyNb == 0 )
{
manager.SetGlobalVolume(newValue.To<float>());
return true;
}
else if ( propertyNb < 1+manager.sounds.size()*3 )
{
std::size_t soundNb = ((propertyNb-1)-(propertyNb-1)%3)/3;
if (soundNb >= manager.sounds.size()) return false;
if ( propertyNb % 3 == 1)
{
return false;
}
else if ( propertyNb % 3 == 2)
{
std::vector<gd::String> values = newValue.Split(U'/');
if ( values.size() < 2 ) return false;
manager.sounds[soundNb]->SetVolume(values[0].To<float>(), manager.GetGlobalVolume());
manager.sounds[soundNb]->SetPitch(values[1].To<float>());
return true;
}
else
{
manager.sounds[soundNb]->SetPlayingOffset(newValue.To<float>());
return true;
}
}
else if ( propertyNb < 1+manager.sounds.size()*3+manager.musics.size()*3 )
{
std::size_t musicNb = ((propertyNb-1-manager.sounds.size()*3)-(propertyNb-1-manager.sounds.size()*3)%3)/3;
if (musicNb >= manager.musics.size()) return false;
if ( propertyNb % 3 == 1)
{
return false;
}
else if ( propertyNb % 3 == 2)
{
std::vector<gd::String> values = newValue.Split(U'/');
if ( values.size() < 2 ) return false;
manager.musics[musicNb]->SetVolume(values[0].To<float>(), manager.GetGlobalVolume());
manager.musics[musicNb]->SetPitch(values[1].To<float>());
return true;
}
else
{
manager.musics[musicNb]->SetPlayingOffset(newValue.To<float>());
return true;
}
}
return false;
}
