SQuaRE: Difference between revisions

Revision as of 07:04, 4 October 2019

Software Quality and Requirement Evaluation
ISO/IEC 25000

소프트웨어 품질 평가 모델인 ISO 9126와 소프트웨어 평가 절차 모델인 ISO 14598을 통합
ISO/IEC 25000 시리즈를 SQuaRE 아키텍처라 명명

ISO/IEC 2503n Quality Requirement Division 품질 요구 부문	ISO/IEC 2500n Quality Management Division 품질 일반 부문	ISO/IEC 2504n Quality Evaluation Division 품질 평가 부문
	ISO/IEC 2501n Quality Model Division 품질 모델 부문
	ISO/IEC 2502n Quality Metric Division 품질 측정 부문

품질 특성

구분	품질
1. functional suitability (기능 적합성)	1.1 functional completeness (기능 완전성)
	1.2 functional correctness (기능적 정확성)
	1.3 functional appropriateness (기능적 적절성)
2. performance efficiency (성능 효율성)	2.1 time behavior (시간 효율성)
	2.2 resource utilization (자원 효율성)
	2.3 capacity (사양)
3. compatibility (호환성)	3.1 co-existence (공존성)
3. compatibility (호환성)	3.2 interoperability (상호운영성)
4. usability (사용성)	4.1 appropriateness recognizability (적절하다고 느끼는 정도)
	4.2 learnability (학습성)
	4.3 operability (조작성)
	4.4 user error protection (사용자 오류 방지)
	4.5 user interface aesthetics (사용자 인터페이스 미학)
	4.6 accessibility (접근성)
5. reliability (신뢰성)	5.1 maturity (성숙성)
	5.2. availability (사용가능성)
	5.3 fault tolerance (결함 허용성)
	5.4 recoverability (복구성)
6. security (보안)	6.1 confidentiality (기밀성)
	6.2 integrity (무결성)
	6.3 non-repudiation (부인방지)
	6.4 accountability (책임추적성)
	6.5 authenticity (인증)
7. maintaina bility (유지 보수성)	7.1 modularity (모듈성)
	7.2 reusability (재사용성)
	7.3 analysability (분석성)
	7.4 modifiability (변경성)
	7.5 testability (시험성)
8. portability (이식성)	8.1 adaptability (적응성)
	8.2 installability (설치성)
	8.3 replaceability (대체성)

@@ Line 42: / Line 42: @@
 품질 측정 부문
 ||
+|}
+== 품질 특성 ==
+{| class="wikitable"
+! 구분
+! 품질
+!
+|-
+| rowspan="3" | 1.
+functional
+suitability
+(기능
+적합성)
+| 1.1 functional completeness
+(기능 완전성)
+|
+|-
+| 1.2 functional correctness
+(기능적 정확성)
+|
+|-
+| 1.3 functional appropriateness
+(기능적 적절성)
+|
+|-
+| rowspan="3" | 2.
+performance
+efficiency
+(성능
+효율성)
+| 2.1 time behavior
+(시간 효율성)
+|
+|-
+| 2.2 resource utilization
+(자원 효율성)
+|
+|-
+| 2.3 capacity
+(사양)
+|
+|-
+| rowspan="2" | 3.
+compatibility
+(호환성)
+| 3.1 co-existence
+(공존성)
+|
+|-
+| 3.2 interoperability
+(상호운영성)
+|
+|-
+| rowspan="6" | 4.
+usability
+(사용성)
+| 4.1
+appropriateness
+recognizability
+(적절하다고
+느끼는 정도)
+|
+|-
+| 4.2
+learnability
+(학습성)
+|
+|-
+| 4.3
+operability
+(조작성)
+|
+|-
+| 4.4
+user error
+protection
+(사용자 오류 방지)
+|
+|-
+| 4.5
+user interface
+aesthetics
+(사용자 인터페이스
+미학)
+|
+|-
+| 4.6
+accessibility
+(접근성)
+|
+|-
+| rowspan="4" | 5.
+reliability
+(신뢰성)
+| 5.1
+maturity
+(성숙성)
+|
+|-
+| 5.2.
+availability
+(사용가능성)
+|
+|-
+| 5.3
+fault tolerance
+(결함 허용성)
+|
+|-
+| 5.4
+recoverability
+(복구성)
+|
+|-
+| rowspan="5" | 6.
+security
+(보안)
+| 6.1
+confidentiality
+(기밀성)
+|
+|-
+| 6.2
+integrity
+(무결성)
+|
+|-
+| 6.3
+non-repudiation
+(부인방지)
+|
+|-
+| 6.4
+accountability
+(책임추적성)
+|
+|-
+| 6.5
+authenticity
+(인증)
+|
+|-
+| rowspan="5" | 7.
+maintaina
+bility
+(유지
+보수성)
+| 7.1
+modularity
+(모듈성)
+|
+|-
+| 7.2
+reusability
+(재사용성)
+|
+|-
+| 7.3
+analysability
+(분석성)
+|
+|-
+| 7.4
+modifiability
+(변경성)
+|
+|-
+| 7.5
+testability
+(시험성)
+|
+|-
+| rowspan="3" | 8.
+portability
+(이식성)
+| 8.1
+adaptability
+(적응성)
+|
+|-
+| 8.2
+installability
+(설치성)
+|
+|-
+| 8.3
+replaceability
+(대체성)
+|
 |}