static tcu::RenderTarget toRenderTarget (const RenderConfig& renderCfg)
{
const int width = getValueOrDefault(renderCfg, &RenderConfig::width, 256);
const int height = getValueOrDefault(renderCfg, &RenderConfig::height, 256);
const int redBits = getValueOrDefault(renderCfg, &RenderConfig::redBits, 8);
const int greenBits = getValueOrDefault(renderCfg, &RenderConfig::greenBits, 8);
const int blueBits = getValueOrDefault(renderCfg, &RenderConfig::blueBits, 8);
const int alphaBits = getValueOrDefault(renderCfg, &RenderConfig::alphaBits, 8);
const int depthBits = getValueOrDefault(renderCfg, &RenderConfig::depthBits, 24);
const int stencilBits = getValueOrDefault(renderCfg, &RenderConfig::stencilBits, 8);
const int numSamples = getValueOrDefault(renderCfg, &RenderConfig::numSamples, 0);
return tcu::RenderTarget(width, height, tcu::PixelFormat(redBits, greenBits, blueBits, alphaBits), depthBits, stencilBits, numSamples);
}
InstructionInformation *DeviceInformation::getInstructionInfo(std::string opcodeName) {
size_t pos;
if (InstructionInformation *ii = getValueOrDefault(*instrInfoMap, opcodeName))
return ii;
else if ((pos = opcodeName.find('#')) != std::string::npos) {
std::string opcodePrefix = opcodeName.substr(0, pos);
assert(contains(*instrInfoMap, opcodePrefix));
return (*instrInfoMap)[opcodePrefix];
}
else {
assert(false);
return NULL;
}
}
