/**
* Sets the time control point for processing measure
*/
- void setControlPoint(void) throw() { a_meter.setControlPoint(); }
+ void setControlPoint(void) { a_meter.setControlPoint(); }
/**
* Reset sample
*/
- void reset(void) throw() { a_accumulator.reset(); }
+ void reset(void) { a_accumulator.reset(); }
/**
*
* @return Returns processed delay
*/
- Millisecond process(void) throw() { a_accumulator.process(a_single_accumulator_concept_id, a_meter.getDelay()); return (a_meter.getDelay()); }
+ Millisecond process(void) { a_accumulator.process(a_single_accumulator_concept_id, a_meter.getDelay()); return (a_meter.getDelay()); }
/**
// /**
// * Gets accumulator information in order to extract statistics indicators
// */
-// const Accumulator & getAccumulator(void) const throw() { return (a_accumulator); }
+// const Accumulator & getAccumulator(void) const { return (a_accumulator); }
/**
* Gets accumulator value information (statistics indicators)
*
* @return Value for solicited operation
*/
- double getAccumulatorValue(const Operation::Type &operation) const throw() { return (a_accumulator.getValue(a_single_accumulator_concept_id, operation)); }
+ double getAccumulatorValue(const Operation::Type &operation) const { return (a_accumulator.getValue(a_single_accumulator_concept_id, operation)); }
/**
*
* @return String with class content
*/
- std::string asString(const int & numberOfDecimals = 2) const throw();
+ std::string asString(const int & numberOfDecimals = 2) const ;
/**
*
* @return XML with class content
*/
- anna::xml::Node* asXML(anna::xml::Node* parent, const int & numberOfDecimals = 2) const throw();
+ anna::xml::Node* asXML(anna::xml::Node* parent, const int & numberOfDecimals = 2) const ;