AirplaneUtil.h

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/*
 * AirplaneUtil.h
 *
 *  Created on: Apr 19, 2015
 *      Author: leven
 */

#ifndef AIRPLANEUTIL_H_
#define AIRPLANEUTIL_H_

#include "utl/PhysicalConstants.h"
#include "utl/UTCDateTime.h"
#include <string>

namespace RdAirplane {
namespace Util {
std::string inline TimestampHumanReadAble(const double& pUnixTimeStampInS) {
        char timeHumanReadable[20];
        time_t time = pUnixTimeStampInS;
        tm* timeStruct = gmtime(&time);
        strftime(timeHumanReadable, sizeof(timeHumanReadable), "%d.%m.%Y %H:%M:%S", timeStruct);
        return timeHumanReadable;
}
/*
 * Returns the gps time as a double.
 * This is an approximation because the double data type is not large enough to store all the decimals.
 */
double inline ApproximatedGPSTimeStampFromTimestamp(const utl::TimeStamp& pTimeStamp) {
  return (pTimeStamp.GetGPSSecond())+((double)pTimeStamp.GetGPSNanoSecond()*pow(10.0,-9));
}
/*
 * Returns the unix time as a double.
 * This is an approximation because the double data type is not large enough to store all the decimals.
 */
double inline ApproximatedUnixTimeStampFromTimestamp(const utl::TimeStamp& pTimeStamp) {
  utl::UTCDateTime time(pTimeStamp);
  return (double)time.GetUnixSecond()+(double)time.GetNanosecond()*pow(10.0,-9);
}

template<typename ContainerType>
void inline deleteAllPointersInContainer(ContainerType& pContainer) {
  for(typename ContainerType::iterator iter = pContainer.begin(); iter!=pContainer.end(); ++iter) {
    delete *iter;
  }
}

}
}
#endif /* AIRPLANEUTIL_H_ */