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Delivery: <= 5 days. True-PDF full-copy in English will be manually translated and delivered via email. GB/T 38557.1-2020: Systems and software engineering - Interface and data exchange - Part 1: Interface specification for enterprise resource planning system and manufacturing execution system Status: Valid
Basic dataStandard ID: GB/T 38557.1-2020 (GB/T38557.1-2020)Description (Translated English): Systems and software engineering - Interface and data exchange - Part 1: Interface specification for enterprise resource planning system and manufacturing execution system Sector / Industry: National Standard (Recommended) Classification of Chinese Standard: L77 Classification of International Standard: 35.080 Word Count Estimation: 26,223 Date of Issue: 2020-03-06 Date of Implementation: 2020-10-01 Quoted Standard: GB/T 11457-2006; GB/T 25109.1-2016; SJ/T 11666.1-2016 Issuing agency(ies): State Administration for Market Regulation, China National Standardization Administration Summary: This standard specifies the data exchange framework, interoperability interaction scenarios and implementations, data exchange system models, and specifies test requirements. This standard applies to the integration, development and evaluation of ERP systems and MES systems. The relevant parties can tailor and use according to the actual situation. GB/T 38557.1-2020: Systems and software engineering - Interface and data exchange - Part 1: Interface specification for enterprise resource planning system and manufacturing execution system---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order. Systems and software engineering - Interface and data exchange - Part 1.Interface specification for enterprise resource planning system and manufacturing execution system ICS 35.080 L77 National Standards of People's Republic of China System and software engineering interface and data exchange Part 1.Interface Specification of Enterprise Resource Planning System and Manufacturing Execution System 2020-03-06 released 2020-10-01 implementation State Administration for Market Regulation Issued by the National Standardization Management Committee Table of contentsForeword Ⅰ 1 Scope 1 2 Normative references 1 3 Terms and definitions 1 4 Abbreviations 1 5 General 1 6 Data Exchange Framework 2 7 Interoperability scenarios and implementation 3 8 Data Exchange System Model 15 9 Definition of test requirements 16 Appendix A (informative appendix) ERP-MES exchange data example 18 Reference 23 System and software engineering interface and data exchange Part 1.Enterprise Resource Planning System and Manufacturing Execution System interface specification1 ScopeThis part of GB/T 38557 specifies the interoperability between enterprise resource planning (ERP) systems and manufacturing execution systems (MES) Data exchange framework, interoperability interaction scenarios and implementation, data exchange system model, and test requirements are defined. This part is applicable to the integration, development and evaluation of ERP system and MES system. All relevant parties can tailor it according to the actual situation use.2 Normative referencesThe following documents are indispensable for the application of this document. For dated reference documents, only the dated version applies to this article Pieces. For undated references, the latest version (including all amendments) applies to this document. GB/T 11457-2006 Information Technology Software Engineering Terminology GB/T 25109.1-2010 Enterprise Resource Planning Part 1.ERP Terminology SJ/T 11666.1-2016 Manufacturing Execution System (MES) Specification Part 1.Model and Terminology3 Terms and definitionsThe terms and definitions defined in GB/T 11457-2006, GB/T 25109.1-2010, and SJ/T 11666.1-2016 apply to this document.4 AbbreviationsThe following abbreviations apply to this document.5 GeneralThe interoperability interface between ERP system and MES system should be based on the collaborative relationship between ERP system and MES system. Should be based on this enterprise Requirements, combined with the characteristics of the industry, based on the complete business process, determine the collaboration relationship between the ERP system and the MES system. The collaborative relationship between ERP system and MES system should. a) Meet the needs of various processes and corresponding activities established by the enterprise for value realization; b) Meet the needs of the enterprise to support its management and realization process and its corresponding activities established by the enterprise for the management and control of value realization. ERP-MES interoperability interaction scenarios determine the design and implementation of interoperability interfaces. Interoperability interaction scenarios by specific exchange methods (Or a combination of exchange methods) and specific exchange data (or a set of interactive data) are determined, see Chapter 7. Note. The exchange methods generally include. a) push (PUSH); b) pull (PULL); c) subscription/publish (Pub/Sub).6 Data Exchange FrameworkThe data exchange framework of ERP-MES is shown in Figure 1.The main interoperability scenarios include production management information exchange, quality management information exchange, Inventory management information exchange, maintenance management information exchange, the data exchanged mainly includes definition information, plan information, performance information and capability information. among them. a) Production management information exchange Through data exchange, realize the reasonable allocation, coordination, guidance and tracking of various resources according to the process, time and location specified in the plan. Effectively plan, organize and control production activities. The information exchanged mainly includes. 1) Product definition information. Describe the manufacturing method of the product, including material definition, product design, process, technical information, etc. 2) Production plan information. Describe the specifications, quantity, time, location, etc. to be produced. 3) Production performance information. Describe the completion of the production plan, including the completed production results, the completed quantity and effect, Resource consumption, input and output, etc. 4) Production capacity information. Describe the availability of production resources, including the available capacity, allocated capacity, and limit capacity of resources. Production resources usually include materials, equipment, personnel and energy. b) Quality management information exchange Through data exchange, the coordination and tracking of quality testing and reporting activities, and the analysis and control of quality problems are realized. The information exchanged mainly includes. 1) Quality definition information. Describe the inspection specifications for quality testing, including material codes, quality inspection points, sampling points, sampling methods, and judgments. Other methods, etc., and control methods to ensure the reliability of the test results, such as equipment calibration, quality inspection environment, etc. 2) Quality plan information. Describe the requirements for quality inspection activities for materials, environment and equipment, including the time, place, and quality inspection Point, sampling point, sampling method, discrimination method, etc. 3) Quality performance/response information. Describe the result information of the testing activities taken for the quality plan, including quality inspection reports, disposal results, calibration results, etc. 4) Quality capability information. Describe the availability of quality inspection resources, including the available capacity, allocated capacity, and limit capacity of the resource. c) Exchange of inventory management information Through data exchange, realize the effective planning, organization, control and coordination of materials/materials, as well as decision support for purchasing, logistics and sales. The information exchanged mainly includes. 1) Inventory definition information. Describe information and rules related to material/material movement and storage. Rules such as designated specific locations, Specific equipment, first in first out requirements, etc. 2) Inventory plan information. The request information describing the movement of materials/materials, including inbound requests, outbound requests, transfer requests, inventory adjustment requests, etc. 3) Inventory performance information. Describe the completion of the activities taken in response to the inventory request, including inbound information, outbound information, Relocation information, inventory adjustment information, inventory status information, etc. 4) Inventory capacity information. Describe the availability of inventory resources, including resource availability, allocated capacity, and limit energy Power and so on. Inventory capacity generally includes material type, storage space, storage type (such as temperature, danger level, chemical classification, cleanliness, humidity, etc.). d) Maintenance and management information exchange Variable and adaptable technical means of business process adjustment and management. Process management is an optional supported function. 2) System monitoring. Monitoring the operating status of each switching node in the switching domain through the monitoring interface is a Management and maintainable operation support means. Monitoring is an optional supported function. 3) Provide access operations to shared databases, etc. 8.3 Message transmission requirements Clear information interaction specifications should be formulated, mainly including the following aspects. a) Message communication layer protocol The message communication protocol is used to describe the protocol and method of message transmission between systems at the communication level, including network protocol, communication Routing, sender and receiver, identification and reliability, etc. b) Message communication method There are generally two ways of message communication. 1) The synchronization method is "Request-Response" type, which is mainly used in real-time scenarios, such as pulling data in real time, or Perform remote calls. If it is to perform a remote call, the application layer is usually required to take measures to maintain the transaction of both parties/ Data consistency. 2) The asynchronous mode is "Request/OneWay", and the message is sent to the other party through the communication middleware, and the sender only gets Take the communication response. The API of the communication middleware is usually required to provide transaction functions and ensure delivery (the receiver correctly receives Collect and process). c) Message body format specification Common message body formats such as string segmentation, XML, JSON, etc.9 Test requirement definition9.1 Overview Interoperability interface testing is generally to determine whether the interface meets or meets the corresponding specifications by testing the input and output parameters in different scenarios And product requirements, and its test requirements include but are not limited to. a) Check the process of data exchange, transmission and control management, as well as mutual logical dependence; b) Check the correctness of the interface parameter transfer, the correctness of the interface function realization, and the correctness of the output result; c) Check the completeness and rationality of fault-tolerant processing of various abnormal situations. 9.2 Business function test The interface test scenarios and test environment should be designed according to the discrete or process industry characteristics of the system to be tested. The test scenario should be at least Covers production management information exchange scenes, quality management information exchange scenes, inventory management information exchange scenes, maintenance management information exchange scenes, And other required scenes. It should address the requirements of data exchange service functions such as information transmission, information processing, and business representation for data exchange, as well as the message communication layer protocol, Message communication method (synchronous/asynchronous), interface realization method (active/passive) and other message transmission requirements, and develop different interface tests Strategy. According to business logic, multi-interface procedural testing should be conducted for different business scenarios. 9.3 Boundary and anomaly testing According to the interface parameters provided in the design document, the parameters should be passed in normally to test whether the correct result is returned. The verification of abnormal conditions by the interface shall be verified. When the parameters are not entered according to the interface requirements, test the handling of the interface. Common differences Common situations include whether the parameter is required, whether the parameter length/parameter type meets the requirements, etc. When there are multiple parameters in the interface, and there is a logical relationship between the parameters, all possible normal and Abnormal combination situation. 9.4 Performance and safety testing Interface performance test content generally includes response time, throughput, concurrency, server resource utilization, etc. The interface security test content generally includes checking whether the interface verification can be bypassed, checking whether the identity authorization can be bypassed, and checking whether the parameters are encrypted. Check the complexity of the password.Appendix A(Informative appendix) ERP-MES exchange data example A.1 Production management information exchange A.1.1 Product definition Product definition information describes how to manufacture the product, including material definition, product design, process, technical data, etc. Product definition information includes the following main content. a) Material classification information. classification code, classification name, superior classification, etc.; b) Material master data. material code, material name, specification, material, drawing number, material classification, production type, unit of measurement, material status, etc.; c) Bill of materials/recipe information. component code, component version number, component component item code, component item version number, component item The type (such as self-made, procurement, outsourcing, virtual), quantity, loss, lead time, effective date, expiration date, etc.; d) Process information. code, name, description, etc.; e) Process route information. process route code, process route name, part code, process number, process name, processing content, work Center, tooling, working hours quota, version number, effective date, expiration date, etc.; f) Technical documentation. component code, component name, file type (drawings, work instructions, etc.), file name, file content, version number, etc.; g) NC program code. program number, program name, code content, version number, etc. A.1.2 Production capacity The production capacity information describes what resources are available, including the available capacity, allocated capacity, and hard-to-reach capacity of the resource. Resources Usually includes materials, equipment, personnel and energy. Resource availability is based on time and needs to consider working hours, labor laws, holidays, work breaks, Factors such as work stoppages and shifts. Production capacity information includes the following main content. a) Organization information. department code, department name, department level, superior department, capacity unit, available capacity, assigned capacity, difficulty To achieve the ability, work calendar, description, etc.; b) Production personnel information. personnel code, name, qualification, department, gender, education, birthday, political appearance, birthplace, home address, Postal code, telephone, mobile phone, job position, personnel status, capacity unit, available capacity, assigned capacity, unreachable capacity Power, work calendar, description, etc.; c) Work center information. work center code, name, capability unit, available capability, assigned capability, unreachable capability, work calendar, description, etc. A.1.3 Production plan The production plan describes what to produce, usually including what product to produce, how much to produce, and when to produce information. The production plan information includes the following main content. Agreement, delivery time, etc.; Time, planned completion time, customer information, etc.; c) Delivery plan change request information. delivery plan number, change content, change time, change reason, etc.; d) Master production plan information. production plan number, material code, material name, specification, quantity, unit of measurement, planned start time, plan Completion time, customer information, delivery agreement, delivery time, etc.; e) Main production plan change request information. production plan number, request content, request time, reason for change, etc.; f) Parts plan information. production plan number, material code, material name, specification, quantity, unit of measurement, process, when the plan starts Time, planned completion time, etc.; g) Information about the request for changes to the parts plan. production plan number, request content, request time, reason for change, etc.; h) Purchase request information. purchase request number, material code, material name, specification, quantity, unit of measurement, supplier, purchase unit price, tax Rate, purchasing department, demand department, application date, arrival time, etc. A.1.4 Production performance Production performance describes what has been produced, including information about current and completed production results as planned. It usually It includes information about what has been done, how much has been done, how it has been done, and when it has been done. Production performance information includes the following main content. c) Master production plan execution tracking information. production plan number, material code, material name, specification, status, process, planned quantity, completed quantity, unit of measurement, etc.; d) Tracking information of parts plan execution. production plan number, material code, material name, specification, status, process, planned quantity, completed Into quantity, unit of measurement, etc.; Work center, operator, etc.; Unit of measurement, fixed working hours, etc.; g) Energy consumption information. energy type, quantity, unit of measurement, time period, department, etc.; h) Purchase performance information. document number, material code, material name, planned quantity, arrival quantity, unit of measure, purchasing department, demand department Door, arrival time, etc.; Complete quantity, unit of measurement, supplier information, etc. A.2 Quality management information exchange A.2.1 Quality definition Quality definition is the inspection specification for testing materials, environment and equipment. The quality definition includes the control party used to ensure the credibility of the test results Laws, such as equipment calibration, environmental standards. The types of quality inspection include physical testing, chemical testing, non-destructive testing, surface quality testing, electrical testing, etc. quality The definition information includes material codes, quality inspection points, quality inspection items, sampling points, sampling methods, inspection methods, judgment standards, inspection report templates, etc. Quantity specification content. A.2.2 Quality capability Quality capabilities include future available capabilities, allocated capabilities, and hard-to-reach capabilities of quality resources. Quality capability information includes the following main Main content. a) Quality personnel information. code, name, qualification, capability unit, available capability, assigned capability, unreachable capability, working days Calendar, description; b) Quality equipment information. code, name, capability unit, available capability, assigned capability, hard-to-reach capability, work calendar, description Said, etc.; c) Quality material information. code, name, capacity unit, available capacity, assigned capacity, difficult to reach capacity, work calendar, description 述等。 Said and so on. A.2.3 Quality plan Quality plan is the requirements for testing activities of materials, environment and equipment, including testing requirements for raw and auxiliary materials, inte......Tips & Frequently Asked Questions:Question 1: How long will the true-PDF of GB/T 38557.1-2020_English be delivered?Answer: Upon your order, we will start to translate GB/T 38557.1-2020_English as soon as possible, and keep you informed of the progress. The lead time is typically 3 ~ 5 working days. The lengthier the document the longer the lead time.Question 2: Can I share the purchased PDF of GB/T 38557.1-2020_English with my colleagues?Answer: Yes. The purchased PDF of GB/T 38557.1-2020_English will be deemed to be sold to your employer/organization who actually pays for it, including your colleagues and your employer's intranet.Question 3: Does the price include tax/VAT?Answer: Yes. 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