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/***********************************************/
/**
* @file parallelSingle.cpp
*
* @brief Wrapper for Message Passing Interface (MPI).
* All functions are empty statements for single processor version.
*
* @author Torsten Mayer-Guerr
* @date 2004-11-13
*
*/
/***********************************************/
#include "base/import.h"
#include "base/gnssType.h"
#include "parallel/parallel.h"
/***** FUNCTIONS *******************************/
namespace Parallel
{
/***********************************************/
CommunicatorPtr init(int /*argc*/, char */*argv*/[]) {return nullptr;}
std::function<void(UInt type, const std::string &str)> addChannel(const std::function<void(UInt rank, UInt type, const std::string &str)> &receive, CommunicatorPtr /*comm*/)
{
return std::bind(receive, 0, std::placeholders::_1, std::placeholders::_2);
}
CommunicatorPtr splitCommunicator(UInt /*color*/, UInt /*key*/, CommunicatorPtr /*comm*/) {return nullptr;}
CommunicatorPtr createCommunicator(std::vector<UInt> /*ranks*/, CommunicatorPtr /*comm*/) {return nullptr;}
CommunicatorPtr selfCommunicator() {return nullptr;}
UInt myRank(CommunicatorPtr /*comm*/) {return 0;}
UInt size(CommunicatorPtr /*comm*/) {return 1;}
void barrier(CommunicatorPtr /*comm*/) {}
void peek(CommunicatorPtr /*comm*/) {}
void broadCastExceptions(CommunicatorPtr comm, std::function<void(CommunicatorPtr)> func) {func(comm);}
Bool isExternal(std::exception &/*e*/) {return FALSE;}
void send(const Byte */*x*/, UInt /*size*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
void receive (Byte */*x*/, UInt /*size*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
void broadCast(Byte */*x*/, UInt /*size*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void send(const UInt &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void send(const Double &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void send(const Bool &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void send(const Angle &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void send(const Time &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void send(const GnssType &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void send(const Vector3d &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void send(const Vector &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void send(const Matrix &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void receive(UInt &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void receive(Double &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void receive(Bool &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void receive(Angle &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void receive(Time &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void receive(GnssType &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void receive(Vector3d &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void receive(Vector &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void receive(Matrix &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void broadCast(UInt &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void broadCast(Double &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void broadCast(Bool &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void broadCast(Angle &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void broadCast(Time &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void broadCast(GnssType &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void broadCast(Vector3d &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void broadCast(Vector &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
template<> void broadCast(Matrix &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
void reduceSum(UInt &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
void reduceSum(Double &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
void reduceSum(Bool &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
void reduceSum(Matrix &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
void reduceSum(std::vector<Double> &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
void reduceMin(UInt &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
void reduceMin(Double &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
void reduceMax(UInt &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
void reduceMax(Double &/*x*/, UInt /*process*/, CommunicatorPtr /*comm*/) {}
/***********************************************/
} // namespace Parallel
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