requirement.h File Reference

#include <memory>
#include <vector>
#include "construct.h"
#include "qcstring.h"

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Classes
class	RequirementRef
	Class to hold requirement reference information. More...
class	RequirementIntf
class	RequirementManager

Typedefs
using	RequirementRefs = std::vector<RequirementRef>
	List of requirement references.
using	RequirementIntfList = std::vector<const RequirementIntf *>

Enumerations
enum class	RequirementRefType { Satisfies , Verifies }
	Types are references to a requirement. More...

Functions
void	splitRequirementRefs (const RequirementRefs &input, RequirementRefs &satisfiesRefs, RequirementRefs &verifiesRefs)

Typedef Documentation

RequirementIntfList

using RequirementIntfList = std::vector<const RequirementIntf *>

Definition at line 74 of file requirement.h.

RequirementRefs

using RequirementRefs = std::vector<RequirementRef>

List of requirement references.

Definition at line 56 of file requirement.h.

Enumeration Type Documentation

RequirementRefType

enum class RequirementRefType

strong

Types are references to a requirement.

Enumerator
Satisfies
Verifies

Definition at line 33 of file requirement.h.

{ Satisfies, Verifies };

Function Documentation

splitRequirementRefs()

void splitRequirementRefs	(	const RequirementRefs &	input,
		RequirementRefs &	satisfiesRefs,
		RequirementRefs &	verifiesRefs )

Definition at line 401 of file requirement.cpp.

{
  auto makeUnique = [](RequirementRefs &uniqueRefs)
  {
    // sort results on itemId
    std::stable_sort(uniqueRefs.begin(),uniqueRefs.end(),
        [](const auto &left,const auto &right)
        { return  left.reqId()< right.reqId() ||
        (left.reqId()==right.reqId() &&
         qstricmp(left.title(),right.title())<0);
        });
 
    // filter out duplicates
    auto last = std::unique(uniqueRefs.begin(),uniqueRefs.end(),
        [](const auto &left,const auto &right)
        { return left.reqId()==right.reqId() &&
        qstricmp(left.title(),right.title())==0;
        });
 
    // remove unused part
    uniqueRefs.erase(last, uniqueRefs.end());
  };
 
  // split into satisfied and verifies references
  std::partition_copy(
      inputReqRefs.begin(),
      inputReqRefs.end(),
      std::back_inserter(satisfiesRefs),
      std::back_inserter(verifiesRefs),
      [](const auto &ref) { return ref.type()==RequirementRefType::Satisfies; }
     );
 
  // remove duplicates
  makeUnique(satisfiesRefs);
  makeUnique(verifiesRefs);
}

Referenced by DefinitionImpl::writeRequirementRefs(), and writeRequirementRefs().