void* FFEADContext::getBean(const std::string& beanName, const std::string& appName)
{
if(beanName!="" && beans.find(appName+beanName)!=beans.end())
{
Bean& bean = beans[appName+beanName];
return getBean(bean);
}
return NULL;
}
T getBean(std::string beanName) {
return boost::reflection::arg_cast<T>(getBean(beanName));
}
void FFEADContext::initializeAllSingletonBeans(const std::map<std::string, bool>& servingContexts)
{
if(reflector==NULL) {
reflector = new Reflector;
}
std::map<std::string,Bean>::iterator beanIter;
logger << "Initializing singleton beans..." << std::endl;
for (beanIter=beans.begin();beanIter!=beans.end();beanIter++)
{
Bean& bean = beanIter->second;
std::string type;
if(bean.inbuilt!="" && bean.value!="")
{
type = bean.inbuilt;
}
else
{
type = bean.clas;
}
std::string _k = bean.appName + bean.name + ";" + type;
if(servingContexts.find(bean.appName)!=servingContexts.end()
&& StringUtil::toLowerCopy(bean.scope)!="prototype" && !objects.contains(type))
{
logger << ("Initializing Bean [appName = "+bean.appName+", name = "+bean.name+ ", class = "+bean.clas+ ", value = 0x" + StringUtil::toHEX((long long)getBean(bean))) << std::endl;
}
}
}
void* FFEADContext::getBean(const Bean& bean)
{
void *_temp = NULL;
std::string type;
if(bean.inbuilt!="" && bean.value!="")
{
type = bean.inbuilt;
}
else if(bean.inbuilt!="" && bean.value=="")
{
throw std::runtime_error("Invalid value for inbuilt type");
}
else
{
type = bean.clas;
}
std::string k = bean.name+";"+type;
if(StringUtil::toLowerCopy(bean.scope)!="prototype")
{
std::string _k = bean.appName + k;
if(objects.contains(_k))
{
return objects.find(_k);
}
}
if(bean.inbuilt!="" && bean.value!="")
{
if(bean.inbuilt=="string" || bean.inbuilt=="std::string")
{
std::string *in = new std::string(bean.value);
_temp = in;
}
else if(bean.inbuilt=="int")
{
int *in = new int;
*in = CastUtil::lexical_cast<int>(bean.value);
_temp = in;
}
else if(bean.inbuilt=="float")
{
float *in = new float;
*in = CastUtil::lexical_cast<float>(bean.value);
_temp = in;
}
else if(bean.inbuilt=="double")
{
double *in = new double;
*in = CastUtil::lexical_cast<double>(bean.value);
_temp = in;
}
else if(bean.inbuilt=="long")
{
long *in = new long;
*in = CastUtil::lexical_cast<long>(bean.value);
_temp = in;
}
else if(bean.inbuilt=="long long")
{
long long *in = new long long;
*in = CastUtil::lexical_cast<long long>(bean.value);
_temp = in;
}
else if(bean.inbuilt=="bool")
{
bool *in = new bool;
if(bean.value=="true")
*in = true;
else if(bean.value=="false")
*in = false;
_temp = in;
}
else if(bean.inbuilt=="char")
{
char *in = new char;
*in = bean.value[0];
_temp = in;
}
}
else if(bean.injectAs=="" || bean.injs.size()==0)
{
args argus;
ClassInfo clas = reflector->getClassInfo(bean.clas, bean.appName);
const Constructor& ctor = clas.getConstructor(argus);
_temp = reflector->newInstanceGVP(ctor);
}
else if(bean.injectAs=="prop")
{
args argus;
vals valus;
ClassInfo clas = reflector->getClassInfo(bean.clas, bean.appName);
const Constructor& ctor = clas.getConstructor(argus);
_temp = reflector->newInstanceGVP(ctor);
for (unsigned int var = 0; var < bean.injs.size(); var++)
{
Bean& beanc = injbns[bean.injs.at(var)];
if(beanc.name=="")
beanc = beans[bean.injs.at(var)];
std::string methodName("set");
methodName += StringUtil::capitalizedCopy(bean.names.at(var));
if(beanc.inbuilt!="")
argus.push_back(beanc.inbuilt);
else if(beanc.clas!="")
argus.push_back(beanc.clas);
else
throw std::runtime_error("Invalid or no bean type defined");
Method meth = clas.getMethod(methodName,argus);
void *value = getBean(beanc);
valus.push_back(value);
reflector->invokeMethod<void*>(_temp,meth,valus);
valus.clear();
argus.clear();
}
}
else if(bean.injectAs=="cons")
{
args argus;
vals valus;
ClassInfo clas = reflector->getClassInfo(bean.clas, bean.appName);
for (unsigned int var = 0; var < bean.injs.size(); var++)
{
Bean& beanc = injbns[bean.injs.at(var)];
if(beanc.name=="")
beanc = beans[bean.injs.at(var)];
if(beanc.inbuilt!="")
argus.push_back(beanc.inbuilt);
else if(beanc.clas!="")
argus.push_back(beanc.clas);
else
throw std::runtime_error("Invalid or no bean type defined");
void *value = getBean(beanc);
valus.push_back(value);
}
const Constructor& ctor = clas.getConstructor(argus);
_temp = reflector->newInstanceGVP(ctor,valus);
}
else if(bean.injectAs=="intf")
{
args argus;
vals valus;
ClassInfo clas = reflector->getClassInfo(bean.clas, bean.appName);
const Constructor& ctor = clas.getConstructor(argus);
_temp = reflector->newInstanceGVP(ctor);
for (unsigned int var = 0; var < bean.injs.size(); var++)
{
Bean& beanc = injbns[bean.injs.at(var)];
if(beanc.name=="")
beanc = beans[bean.injs.at(var)];
std::string methodName("set");
methodName += StringUtil::capitalizedCopy(bean.names.at(var));
if(bean.types.at(var)!="")
argus.push_back(bean.types.at(var));
else
throw std::runtime_error("Invalid or no bean type defined");
Method meth = clas.getMethod(methodName,argus);
void *value = getBean(beanc);
valus.push_back(value);
reflector->invokeMethod<void*>(_temp,meth,valus);
valus.clear();
argus.clear();
}
}
if(StringUtil::toLowerCopy(bean.scope)!="prototype")
{
std::string _k = bean.appName + k;
if(!objects.contains(_k))
{
objects.insert(_k, _temp);
}
}
return _temp;
}
