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#include "Communication.hxx"
using namespace std;
Communication::Communication(): compo_(0) {}
Communication::Communication(const Communication& comm) : compo_(comm.compo_) {}
Communication::~Communication() {}
int Communication::initialize(void * compo) {
//Initialize the connection with YACS.
char ret[64];
compo_ = compo;
cerr << "Communication: Initialize the connection with YACS compo = " << compo_ << endl;
int info = cp_cd(compo_, ret);
cerr << "Communication: Initialize info = " << info << " ret= " << ret << endl;
return info;
}
int Communication::terminate() {
//Close the connection with YACS.
cerr << "Communication: Close the connection with YACS compo = " << compo_ << endl;
int info = cp_fin(compo_, CP_ARRET);
cerr << "Communication: Terminate info = " << info << endl;
return info;
}
// send datastream
int Communication::send(const int iteration, const string portName, const int& val ) {
int info = cp_een(compo_, CP_ITERATION, 0., iteration, (char*) portName.c_str(),
1, (int*) &val);
return info;
}
int Communication::send(const int iteration, const string portName, const int size, IntPtrConst& tab ) {
const float fUNUSED=0;
float temps(fUNUSED);
int info = cp_een(compo_, CP_ITERATION, temps, iteration, (char*) portName.c_str(),
size, (int*) &(tab[0]));
return info;
}
int Communication::send(const int iteration, const string portName, const float& val ) {
int info = cp_ere(compo_, CP_ITERATION, 0., iteration, (char*) portName.c_str(),
1, (float*) &val);
return info;
}
int Communication::send(const int iteration, const string portName, const int size, FloatPtrConst& tab ) {
const float fUNUSED=0;
float temps(fUNUSED);
int info = cp_ere(compo_, CP_ITERATION, temps, iteration, (char*) portName.c_str(),
size, (float*) &(tab[0]));
return info;
}
int Communication::send(const int iteration, const string portName, const double& val ) {
int info = cp_edb(compo_, CP_ITERATION, double(0.), iteration, (char*) portName.c_str(),
1, (double*) &val);
return info;
}
int Communication::send(const int iteration, const string portName, const int size, DoublePtrConst& tab ) {
const float fUNUSED=0;
double temps(fUNUSED);
int info = cp_edb(compo_, CP_ITERATION, temps, iteration, (char*) portName.c_str(),
size, (double*) &(tab[0]));
return info;
}
int Communication::send(const int iteration, const string portName, const bool& val ) {
const float fUNUSED=0;
float temps(fUNUSED);
int* var;
var = new int[1];
if (val) {
var[0] = 1;
} else {
var[0] = 0;
}
int info = cp_elo(compo_, CP_ITERATION, temps, iteration, (char*) portName.c_str(), 1, var);
delete [] var;
return info;
}
int Communication::send(const int iteration, const string portName, const int size, BoolPtrConst& tab ) {
const float fUNUSED=0;
float temps(fUNUSED);
int* var;
var = new int[size];
for (int i=0; i < size; ++i) {
if (tab[i]) {
var[i] = 1;
} else {
var[i] = 0;
}
}
int info = cp_elo(compo_, CP_ITERATION, temps, iteration, (char*) portName.c_str(), size, var);
delete [] var;
return info;
}
// receive datastream
int Communication::recv(int& iteration, const string portName, int& val ) {
float tempsi(0.) ;
float tempsf(1.) ;
int nbValuesImported;
int* var;
var = new int[1];
int info = cp_len(compo_, CP_ITERATION, &tempsi, &tempsf, &iteration,
(char*) portName.c_str(), 1, &nbValuesImported, var);
val = var[0];
delete [] var;
return info;
}
int Communication::recv(int& iteration, const string portName, const int size, IntPtr& tab ) {
float tempsi(0.) ;
float tempsf(1.) ;
int nbValuesImported;
int* var;
var = new int[size];
int info = cp_len(compo_, CP_ITERATION, &tempsi, &tempsf, &iteration,
(char*) portName.c_str(), size, &nbValuesImported, var);
for (int i=0; i < size; ++i) tab[i] = var[i];
delete [] var;
return info;
}
int Communication::recv(int& iteration, const string portName, float& val ) {
float tempsi(0.) ;
float tempsf(1.) ;
int nbValuesImported;
float* var;
var = new float[1];
int info = cp_lre(compo_, CP_ITERATION, &tempsi, &tempsf, &iteration,
(char*) portName.c_str(), 1, &nbValuesImported, var);
val = var[0];
delete [] var;
return info;
}
int Communication::recv(int& iteration, const string portName, const int size, FloatPtr& tab ) {
float tempsi(0.) ;
float tempsf(1.) ;
int nbValuesImported;
float* var;
var = new float[size];
int info = cp_lre(compo_, CP_ITERATION, &tempsi, &tempsf, &iteration,
(char*) portName.c_str(), size, &nbValuesImported, var);
for (int i=0; i < size; ++i) tab[i] = var[i];
delete [] var;
return info;
}
int Communication::recv(int& iteration, const string portName, double& val ) {
double tempsi(0.) ;
double tempsf(1.) ;
int nbValuesImported;
double* var;
var = new double[1];
int info = cp_ldb(compo_, CP_ITERATION, &tempsi, &tempsf, &iteration,
(char*) portName.c_str(), 1, &nbValuesImported, var);
val = var[0];
delete [] var;
return info;
}
int Communication::recv(int& iteration, const string portName, const int size, DoublePtr& tab ) {
double tempsi(0.) ;
double tempsf(1.) ;
int nbValuesImported;
double* var;
var = new double[size];
int info = cp_ldb(compo_, CP_ITERATION, &tempsi, &tempsf, &iteration,
(char*) portName.c_str(), size, &nbValuesImported, var);
for (int i=0; i < size; ++i) tab[i] = var[i];
delete [] var;
return info;
}
int Communication::recv(int& iteration, const string portName, bool& val ) {
float tempsi(0.) ;
float tempsf(1.) ;
int nbValuesImported;
int* var;
var = new int[1];
int info = cp_llo(compo_, CP_ITERATION, &tempsi, &tempsf, &iteration,
(char*) portName.c_str(), 1, &nbValuesImported, (int*) var);
val = (var[0] == 1);
delete [] var;
return info;
}
int Communication::recv(int& iteration, const string portName, const int size, BoolPtr& tab ) {
float tempsi(0.) ;
float tempsf(1.) ;
int nbValuesImported;
int* var;
var = new int[size];
int info = cp_llo(compo_, CP_ITERATION, &tempsi, &tempsf, &iteration,
(char*) portName.c_str(), size, &nbValuesImported, (int*) var);
for (int i=0; i < size; ++i) tab[i] = (var[i] == 1);
delete [] var;
return info;
}
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