JJF 1182-2021_English: PDF (JJF1182-2021)
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Guide for Software Testing of Measuring Instruments
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Guide for Software Testing of Measuring Instruments
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| Standard ID | JJF 1182-2021 (JJF1182-2021) | | Description (Translated English) | | | Sector / Industry | Metrology & Measurement Industry Standard |
JJF 1182-2021
Guide for Software Testing of Measuring Instruments
National Metrology Technical Specifications of the People's Republic of China
Software Evaluation Guide for Measuring Instruments
Released on 2021-02-23
2021-08-23 implementation
Issued by the State Administration for Market Regulation
Software Evaluation Guide for Measuring Instruments
Replace JJF 1182-2007
Focal point. National Technical Committee for Legal Metrology Management and Metrology
Main drafting unit. Jiangsu Institute of Metrology
Participated in the drafting unit. China Institute of Metrology
Guangdong Institute of Metrology
Fujian Institute of Metrology
Beijing Great Wall Metrology and Testing Technology Institute
This specification entrusts the National Legal Metrology Management Metrology Technical Committee to be responsible for the interpretation
The main drafters of this specification.
Songtao Huang (Jiangsu Institute of Metrology)
Zhao Jinchun (Jiangsu Institute of Metrology)
Li Changming (Jiangsu Institute of Metrology)
Participating drafters.
Cui Weiqun (China Institute of Metrology)
He Huiyu (Guangdong Institute of Metrology)
Zheng Peiqiang (Fujian Institute of Metrology)
Yu Yan (Beijing Great Wall Metrology and Testing Technology Research Institute)
table of Contents
Introduction (Ⅱ)
1 range (1)
1.1 General (1)
1.2 Application range (1)
2 Reference documents (1)
3 Terms and definitions (2)
4 Application requirements for measuring instrument software (7)
4.1 Software classification and technical characteristics of measuring instruments (7)
4.2 Basic requirements (8)
4.3 Specific requirements (11)
5 Software level classification of measuring instruments (20)
5.1 Software design and structure (20)
5.2 Software protection(22)
5.3 Risk classification of measuring instruments (24)
5.4 Horizontal classification of objects used (25)
6 Software Evaluation (25)
6.1 Documentation (25)
6.2 Basic requirements (26)
6.3 Verification and evaluation methods (26)
6.4 Software evaluation program(31)
7 Requirements for the preparation of evaluation rules (33)
7.1 General (33)
7.2 Structure and content (33)
7.3 Evaluation requirements (34)
7.4 Evaluation method(35)
7.5 Evaluation of results (35)
Appendix A Software Evaluation Examples of Measuring Instruments (Weighing Instruments) (36)
Appendix B Software Evaluation and Testing Items of Measuring Instruments (41)
Appendix C Software Evaluation Record Format (43)
Appendix D Software Filing Form (46)
Appendix E Evaluation Certificate Template (47)
introduction
Computer technology and measurement software are widely used in metrological verification/calibration, data processing and measurement uncertainty analysis.
The measurement software plays a vital role in the accuracy and reliability of the measurement results. Measuring instruments managed in accordance with the law, its
The reliability and protection capabilities of software are highly valued by the country, and are gradually being implemented in various metrological professional fields. Correct
The software for measuring instruments is managed accordingly, with the purpose of ensuring that the measurement characteristics of the measuring instruments managed by law meet the legal system of measurement.
Claim.
This specification refers to OIMLD31.2018(2CD)cleanversion and WELMEC7.1 (Issue2).
2005, WELMEC7.2 (Issue1)..2018 and formulated in accordance with the requirements of my country's legal metrology work.
This specification replaces JJF 1182-2007 "Measurement Instrument Software Evaluation Guide", compared with JJF 1182-2007,
The main technical changes are as follows.
---Terms and terms have been modified according to the latest version of the cited documents, and authentication, authenticity, and encryption measures have been added.
Implementation, encryption certificate, hash function, major defect, protection, durability, uninterruptible accumulation measurement, interruptible accumulation
Terms such as measurement, protective interface, evaluation agency and certificate;
--- Deleted the contents of the portability part of Chapter 4, added intervention evidence, major defect detection, durability,
Time stamp, measurement data storage should be accompanied by all necessary information, data authenticity, integrity and correct time protection measures
Required for implementation, transmission delay, transmission interruption, software separation, component separation, safe boot mode, and legal procedures
Sufficient resources, protection in use, testability and traceability, and product and type approval compliance requirements;
---Adjusted the requirements for level classification in Chapter 5;
---Change the title of Chapter 6 to Software Evaluation, and make corresponding changes to its content;
---Added Appendix B, Appendix C, Appendix D and Appendix E.
The previous releases of this specification are as follows.
---JJF 1182-2007.
Software Evaluation Guide for Measuring Instruments
1 Scope
1.1 General
This specification describes the basic requirements for the application, level classification and preparation of evaluation rules for software testing of measuring instruments.
Requirements, verification procedures and main verification methods. This specification is a guiding document for the content and methods of software evaluation for measuring instruments.
It can also be used as a reference for the daily supervision and management of the measurement management department and the software testing of the measurement instrument manufacturer
file.
1.2 Application range
In order to make the evaluation results of measuring instrument software evaluable, relatively fair and consistent measuring instrument software should be used.
Pieces of assessment methods and level classification principles in line with the technical requirements of each professional. This code stipulates the relevant software related to the legal system of measuring instruments.
The application requirements for the authenticity and reliability of component functionality and measurement results, and guidelines for verification and evaluation of their compliance are given.
The software application requirements for measuring instruments proposed in this specification cover the general technical requirements of different types of software for measuring instruments.
Request, but not all requirements. Each specific professional measurement technical committee shall refer to the
The classification of technical characteristics or application fields put forward specific technical requirements, and clarify the relevant parts of the legal system of the measuring instrument control software
And parameters, respectively formulate the rules and procedures of the corresponding software evaluation. The country has requirements for data security in compliance with relevant laws
Law enforcement.
The following technical requirements apply to all measuring instrument software.
1) Software that has an impact on the measurement characteristics and plays a key role should be specially marked and protected. The logo should
It is easy to obtain and records of evidence for software protection should be kept for sufficient time.
2) The storage or transmission of measurement data and key measurement parameters should be adequately protected to avoid accidental or intentional
damage.
3) Prevent fraudulent use and minimize the possibility of misoperation.
4) The measurement characteristics of measuring instruments should not be affected by the characteristics of the equipment connected to it or the remote equipment communicating with it.
(Including wireless access equipment).
2 Reference documents
The following documents are cited in this specification.
GB/T 8567 Specification for computer software documentation
GB/T 9385 Computer Software Requirements Specification Specification
GB/T 11457-2006 Information Technology Software Engineering Terminology
GB/T 15532-2008 Computer Software Test Specification
GB/T 18491.1-2001 Information Technology Software Measurement Function Scale Measurement Part 1.Concept
definition
GB/T 25000.51-2016 System and Software Engineering System and Software Quality Requirements and Evaluation (SQuaRE)
Part 51.Quality Requirements and Test Rules for Ready-to-Use Software Products (RUSP)
......
JJF 1182-2007
Guide for Software Testing of Measuring Instruments
People's Republic of China National Metrology Technical Specifications
Measuring Instruments Software Evaluation Guide
Posted 2007-08-21
2007-11-21 implementation
The State Administration of Quality Supervision, Inspection and Quarantine released
Measuring Instruments Software Evaluation Guide
Measuring
This specification by the State Administration of Quality Supervision, Inspection and Quarantine approved on August 21, 2007, and from
From November 21, 2007 into effect.
NFP. National Management Technical Committee of Legal Metrology
Main drafting unit. Jiangsu Province Institute of Metrology
Participated in the drafting. Mettler Toledo (Changzhou) Weighing Equipment System Co., Ltd.
Furen Jiangyin City, Jiangsu Province High-Tech Co., Ltd.
This specification managed by the National Technical Committee of Legal Metrology measurement responsible for interpreting
The main drafters of this specification.
WATER RESOURCES China (Jiangsu Province Institute of Metrology)
Huang Songtao (Jiangsu Province Institute of Metrology)
Drafters participate.
Dai Feng (Mettler Toledo (Changzhou) Weighing Equipment System Co., Ltd.)
Xu Dongcheng (Furen Jiangyin City, Jiangsu Province, Hi-Tech Co., Ltd.)
Feng Zhiming (Jiangsu Province Institute of Metrology)
Hu Qiang (Jiangsu Province Institute of Metrology)
Song Shu letter (Jiangsu Province Institute of Metrology)
table of Contents
Introduction (1)
1 Scope (1)
1.1 General (1)
1.2 Application (1)
2. Referenced Documents (1)
3 Terms and definitions (2)
4 measuring instruments software applications (6)
4.1 software technical characteristics of measuring instruments classification (6)
4.2 Basic requirements (7)
4.3 Specific requirements (9)
5 Measuring Instruments software level classification (16)
5.1 software design and architecture (16)
5.2 Software Protection (18)
5.3 Risk classification of measuring instruments (19)
6 type evaluation (20)
6.1 Documentation (20)
6.2 Basic requirements (20)
6.3 authentication method (21)
6.4 Verification Program (24)
7 evaluation rules formulated requirements (26)
7.1 Introduction (26)
7.2 Evaluation Requirements (26)
7.3 Evaluation Method (27)
7.4 Evaluation Results (27)
Appendix A measuring instruments (scales) Software Test Examples (28)
Measuring Instruments Software Evaluation Guide
introduction
Metrology/calibration, data processing and measurement uncertainty analysis is widely used in computer technology and measurement software,
Measurement software for measurement accuracy and reliability play a crucial role. Measuring instruments software, especially involving
And trade settlement, safety, health, environmental monitoring, resource protection, legal evaluation, measurement, etc. to justice
Reliability and ability to protect the country's legal management software for measuring instruments, increasingly national attention. Should therefore be
Measuring instruments software control to ensure metrological characteristics of measuring instruments comply with legal metrology requirements.
This guide is a reference OIMLD-SW (V-025) and WELMEC7.1 (Issue2), WELMEC7.2
(Issue1) combined with work requirements of legal metrology developed.
1 Scope
1.1 General
This guide describes the measuring instruments for testing software applications, the level of classification, evaluation, and assessment type series Details
The basic system requirements, verification procedures, and the main verification methods of measuring instruments as a guiding document for type evaluation, may be
As a measure of the daily supervision and management department of management and measurement equipment production enterprise software testing reference document.
Measuring instruments metrological characteristics of the test/calibration should be performed corresponding national metrological verification or measurement and calibration specifications.
1.2 Applications
The purpose of this guide is prepared to support the fair and consistent methods of software testing and measurement equipment classification level, and
The test results of measuring instruments for its software has an evaluative.
The guidelines proposed measuring instruments software applications, covering different types of measuring instruments software. Each spot metering
Industry Technical Committee should refer to this guide, by category or appliance applications technical characteristics were measured to develop appropriate software
Evaluation of rules and procedures, to submit their specific requirements.
The following technical requirements can be directly applied to the control software of measuring instruments.
1) impact on the metrological characteristics and plays a key role in the software should be specifically identified and protected. The logo
Should be easily accessible, evidence recording software protection should save enough time.
2) store or transmit measurement data and measurement of important parameters should be adequately protected against accidental or intentional
Damage.
3) measuring instruments shall have to prevent fraudulent use of the property while the possibility of misuse should be minimized.
4) the metrological characteristics of measuring instruments should not be connected to the device itself and its characteristics or its remote communications equipment (including
Including wireless access equipment) impact.
2 Citations
GB/T 16260.1-2006 "Software engineering - Product quality - Part 1. Quality Model"
GB/T 16260.2-2006 "Software engineering - Product quality - Part 2. External metrics"
......
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