Achieving method of component library process management system mobile terminal based on Altium Design

Abstract

The invention discloses an implementation method of a mobile terminal of a component library process management system based on an Altium Design, and relates to the technical field of system mobile terminals, and the implementation method comprises the steps: S1, demand analysis and design; s2, a development stage; s3, a test stage; s4, deployment and online are carried out; and S5, maintaining and updating. According to the implementation method of the component library process management system mobile terminal based on the Altium Designer, a more efficient, flexible and secure component library management tool is provided for a designer, so that the designer can access and update the component library at any time through the mobile device and work at any place, the working efficiency is greatly improved, and meanwhile, the design difficulty is reduced. The mobile terminal reduces the learning cost of a designer and optimizes the management process through a concise and intuitive interface and operation mode, and can synchronize with the data of the Altium Designer software in real time to ensure that the designer can obtain the latest component information at any place.

Description

Technical Field

[0001] The present invention relates to the technical field of system mobile terminals, and in particular to an implementation method of a mobile terminal of a component library process management system based on Altium Designer. Background Art

[0002] Altium Designer is a professional electronic design automation (EDA) software developed by Altium Limited. It mainly runs on the Windows operating system. It integrates multiple functions such as schematic design, circuit simulation, PCB drawing and editing, topology logic automatic wiring, signal integrity analysis and design output, providing electronic designers with a new design solution.

[0003] The component library based on Altium Designer is a database for storing and managing electronic components in Altium Designer. The component library in Altium Designer is mainly divided into two types: library file library and database. Among them, the library file library stores electronic component information in the form of library files, providing a flexible management method, while the database uses a unified data management system, which places more emphasis on the management of component parameters and models to facilitate sharing and collaboration.

[0004] However, since existing component library management systems usually rely on fixed office locations and computer equipment, they can only be used in fixed office locations, which means that designers can only work in fixed locations. They cannot adapt to the work needs of modern designers anytime and anywhere. In addition, existing component library management systems generally adopt a regular synchronization method, which makes the component library data still have a certain lag, and cannot guarantee that the data used by designers is always the latest.

[0005] Therefore, there is an urgent need to improve this shortcoming. The present invention studies and improves the existing technology and its shortcomings, and provides an implementation method for a mobile terminal of a component library process management system based on Altium Designer. Summary of the invention

[0006] The purpose of the present invention is to provide a method for implementing a mobile terminal of a component library process management system based on Altium Designer to solve the problems raised in the above-mentioned background technology.

[0007] To achieve the above object, the present invention provides the following technical solution: a method for implementing a mobile terminal of a component library process management system based on Altium Designer, comprising the following steps:

[0008] S1. Requirements analysis and design: Identify the key component library management processes that require mobile support, and determine the user groups and their usage scenarios to clarify mobile terminal functions, such as component query, addition, editing, deletion, version control, etc., and design the user interface and user experience process accordingly, and determine the data structure and database design;

[0009] S2, Development stage: Select appropriate mobile application development frameworks, such as React Native, Flutter, etc., to develop user interfaces, implement integration and data synchronization functions with Altium Designer, design data synchronization strategies, and introduce data encryption and verification mechanisms;

[0010] S3, Testing phase: Perform functional testing, performance testing, and security testing on the mobile terminal system, and perform repairs and optimizations based on the test results;

[0011] S4, Deployment and launch: Deploy the mobile system to the application store or the enterprise's internal distribution platform, and provide user support and maintenance services;

[0012] S5. Maintenance and Update: Regularly collect user feedback, iteratively optimize the system, fix known issues, and add new features to meet changing needs.

[0013] Furthermore, in step S2, the user interface development specifically includes the following operations:

[0014] Select a development framework: Consider development efficiency and cross-platform compatibility of the application and choose a suitable development framework, such as React Native, Flutter, etc.

[0015] Design database structure: Establish a mobile database for storing and managing component library data, and the database structure matches the component library structure in Altium Designer;

[0016] Develop user interface: Based on the results of the demand analysis, design and develop the user interface of the mobile application, which is simple and intuitive and supports multiple screen sizes and resolutions;

[0017] Implement functional logic: Write code to implement various functional logics of mobile applications, including but not limited to component query, addition, editing, and deletion, and ensure that the application can correctly handle various abnormal situations.

[0018] Furthermore, in step S2, the operation of designing a data synchronization strategy includes: considering the characteristics of the component library, update frequency, data size, and real-time requirements of synchronization, and formulating specific methods, rules, and scenarios for data synchronization.

[0019] Furthermore, the data synchronization strategy is specifically as follows:

[0020] Incremental synchronization strategy: Synchronizes the records of additions, modifications, or deletions that have occurred in the Altium Designer component library since the last synchronization. It is used for component libraries with large scale but relatively small daily updates, mainly involving the addition of new components or the fine-tuning of component parameters. By synchronizing only the changed data, the data transmission volume and synchronization time are reduced, and the efficiency is improved, allowing the system to maintain the freshness of component library data without affecting the user experience;

[0021] Full synchronization strategy: Regularly perform a full backup of the Altium Designer component library and synchronize the entire library to the target system. This strategy is used when the component library is moderate in size but contains important data and needs to be backed up and restored regularly, or when a system upgrade, migration, or fault recovery occurs, full data synchronization is required to ensure data integrity and accuracy and avoid problems caused by data fragmentation or inconsistency. Regular backup can provide reliable protection for data recovery and reduce the risk of data loss or damage.

[0022] Real-time synchronization strategy: By real-time monitoring of Altium Designer component library change events, the change data is synchronized to the target system in real time. It is used when the component library is frequently updated and has extremely high real-time requirements, such as team collaborative design scenarios. All users can immediately see the latest component library changes, reducing design errors caused by inconsistent data.

[0023] Furthermore, in step S2, the data encryption and verification mechanism is introduced to ensure the security of data during transmission and storage, and to protect the data of the mobile terminal of the component library process management system:

[0024] The data encryption adopts the AES (Advanced Encryption Standard) algorithm, and the AES algorithm provides several encryption modes including ECB, CBC, CFB, and OFB, which can be selected or used in combination according to actual needs, and the generation, storage and distribution of keys must follow strict security protocols and best practices, among which the storage key uses a hardware security module (HSM);

[0025] The data verification includes using a hash function to verify data integrity and using a digital certificate to verify data identity; the specific operations are as follows:

[0026] Data integrity verification: Use a hash function (such as SHA-256) to calculate the hash value of the data, and transmit or store the hash value together with the original data. When receiving or reading the data, recalculate the hash value of the data and compare it with the stored hash value to verify whether the data has been tampered with during transmission or storage;

[0027] Data identity authentication: During the data synchronization process, digital certificates are used to authenticate the identities of both parties involved in the synchronization, so that when the server and the mobile terminal establish a connection, they exchange digital certificates and verify the identity of each other, ensuring that the source and recipient of the data are both credible.

[0028] Furthermore, in step S3, the functional test is used to test whether the various functions of the mobile terminal system can work normally as required, and the specific operation of the functional test is as follows:

[0029] Query function test: By entering basic information, test whether the system can execute correctly and return accurate results, verify whether the query results can be sorted according to the specified fields, and whether the paging function works properly;

[0030] Add function test: by inputting add commands, test whether the system can successfully add projects or tasks and display them correctly in the list, and test whether the system can give clear error prompts when inputting add commands that do not meet the requirements;

[0031] Editing function test: by inputting editing instructions, test whether the system can successfully modify the information, whether it can be successfully saved and updated to the list, and test whether the system can properly handle and give corresponding prompts when editing is abnormal;

[0032] Deletion function test: By inputting editing instructions, test whether the system can successfully perform the deletion operation, and test whether the system can give a clear error prompt when trying to delete non-existent data;

[0033] Version control function test: Test whether the system can accurately record the modification history of each component, including modification time, modifier and other information, and whether the system can successfully roll back to the specified version and update the component information when selecting a historical version for rollback.

[0034] Furthermore, in step S3, the performance test is used to test whether the mobile terminal system can maintain good performance and response speed under high load, and the specific operation of the performance test is as follows:

[0035] Response time test: simulate a large number of users accessing the system at the same time to test whether the system's response time meets the requirements;

[0036] Concurrent user number test: gradually increase the number of concurrent users, observe changes in system performance indicators, and find out the system performance bottleneck;

[0037] Stress testing: simulates the operation of the system under extreme conditions, such as a sudden increase in traffic, network delays, etc., to check the stability and fault tolerance of the system.

[0038] Furthermore, in step S3, the security test is used to test whether the mobile terminal system can resist various security threats and protect the security of user data, and the specific operation of the test is as follows:

[0039] Authorization test: Test whether the system's user authentication and authorization mechanisms are effective, ensuring that only authorized users can access system resources;

[0040] Data transmission security test: Check whether the system uses a secure data transmission protocol (such as HTTPS) to ensure that data is not stolen or tampered with during transmission;

[0041] Data storage security test: Test whether the system's data storage method is secure, such as whether encrypted storage, backup and recovery mechanisms are used;

[0042] Vulnerability scanning and penetration testing: Use professional security tools to perform vulnerability scanning and penetration testing on the system to check whether there are potential security risks in the system.

[0043] Furthermore, in step S4, the operation of deploying the mobile terminal system to the application store is as follows:

[0044] Register a developer account: Go to the official website of the target app store (such as App Store, Xiaomi App Store, etc.) and fill in the relevant information according to the instructions to complete the registration of the developer account. You need to provide corporate or personal identity proof, contact information, bank account information, etc.

[0045] Prepare app metadata: Write the app name, introduction, keywords, app category, etc., and prepare app icons, startup screens, screenshots of different sizes and other materials to meet the requirements of the app store, and write the app version update instructions;

[0046] Build and package apps: Use development tools such as Xcode and Android Studio to build and package apps. For iOS apps, an IPA file will be generated; for Android apps, an APK file will be generated.

[0047] Upload the app to the app store: log in to the management backend of the developer account, create an app record, fill in the detailed information of the app, upload the built IPA or APK file, and fill in other necessary information according to the platform requirements, such as pricing, distribution area, copyright information, etc.;

[0048] Submit for review: After filling in all the information, submit the app for review, wait for the review results of the app store, and publish it after the review is passed.

[0049] Furthermore, in step S4, the operation of deploying the mobile terminal system to the enterprise internal distribution platform is as follows:

[0050] Prepare a distribution platform: If the enterprise already has an internal distribution platform, log in to the platform directly; if not, select or build a distribution platform that suits the enterprise's needs;

[0051] Upload the application to the distribution platform: log in to the management backend of the distribution platform, create an application record, fill in the application name, version, description and other information, and upload the built IPA or APK file;

[0052] Configure distribution settings: Configure the distribution settings of the app as needed, such as user groups, distribution methods (such as QR codes, links, etc.), permissions, etc.;

[0053] Publish the app: After completing the settings, publish the app to the specified user group or device.

[0054] The present invention provides a method for implementing a mobile terminal of a component library process management system based on Altium Designer, which has the following beneficial effects:

[0055] The present invention provides designers with a more efficient, flexible and secure component library management tool, so that designers can access and update the component library at any time through mobile devices, breaking the limitation that the traditional component library management system can only be used in fixed office places. Without relying on fixed office places and computer equipment, designers can work at any location, thereby greatly improving work efficiency. At the same time, the mobile terminal reduces the learning cost of designers through a simple and intuitive interface and operation method, optimizes the management process, and can synchronize with the data of Altium Designer software in real time to ensure that designers can obtain the latest component information anywhere. A data synchronization strategy is designed to ensure the real-time and consistency of data, and the data encryption and verification mechanism is used to ensure the security of the data transmission process. Compared with the traditional periodic synchronization method, the mobile terminal can update the information of the component library in real time to ensure that the data used by the designer is always the latest. BRIEF DESCRIPTION OF THE DRAWINGS

[0056] Figure 1It is a schematic diagram of the operation flow of the implementation method of the mobile terminal of the component library process management system based on Altium Designer of the present invention;

[0057] Figure 2 It is a logic block diagram of the development phase of the implementation method of the mobile terminal of the component library process management system based on Altium Designer of the present invention;

[0058] Figure 3 It is a flow chart of the testing phase of the implementation method of the mobile terminal of the component library process management system based on Altium Designer of the present invention;

[0059] Figure 4 It is a schematic diagram of mobile terminal system deployment of the implementation method of the mobile terminal of the component library process management system based on Altium Designer of the present invention. DETAILED DESCRIPTION

[0060] The following embodiments of the present invention are described in further detail in conjunction with the accompanying drawings and examples. The following examples are used to illustrate the present invention, but are not intended to limit the scope of the present invention.

[0061] like Figure 1-Figure 4 As shown, the implementation method of the mobile terminal of the component library process management system based on Altium Designer includes the following steps:

[0062] S1. Requirements analysis and design: Identify the key component library management processes that require mobile support, and determine the user groups and their usage scenarios to clarify mobile terminal functions, such as component query, addition, editing, deletion, version control, etc., and design the user interface and user experience process accordingly, and determine the data structure and database design;

[0063] S2, Development stage: Select appropriate mobile application development frameworks, such as React Native, Flutter, etc., to develop user interfaces, implement integration and data synchronization functions with Altium Designer, design data synchronization strategies, and introduce data encryption and verification mechanisms;

[0064] In step S2, the user interface development specifically includes the following operations:

[0065] Select a development framework: Consider development efficiency and cross-platform compatibility of the application and choose a suitable development framework, such as React Native, Flutter, etc.

[0066] Design database structure: Establish a mobile database for storing and managing component library data, and the database structure matches the component library structure in Altium Designer;

[0067] Develop user interface: Based on the results of demand analysis, design and develop the user interface of the mobile application. The user interface is simple and intuitive and supports multiple screen sizes and resolutions;

[0068] Implement functional logic: Write code to implement various functional logics of mobile applications, including but not limited to component query, addition, editing, and deletion, and ensure that the application can correctly handle various abnormal situations;

[0069] In step S2, the operation of designing a data synchronization strategy includes: considering the characteristics of the component library, update frequency, data size, and real-time requirements of synchronization, and formulating specific methods, rules, and scenarios for data synchronization; and the data synchronization strategy is specifically as follows:

[0070] Incremental synchronization strategy: Synchronizes the records of additions, modifications, or deletions that have occurred in the Altium Designer component library since the last synchronization. It is used for component libraries with large scale but relatively small daily updates, mainly involving the addition of new components or the fine-tuning of component parameters. By synchronizing only the changed data, the data transmission volume and synchronization time are reduced, and the efficiency is improved, allowing the system to maintain the freshness of component library data without affecting the user experience;

[0071] Full synchronization strategy: Regularly perform a full backup of the Altium Designer component library and synchronize the entire library to the target system. This strategy is used when the component library is moderate in size but contains important data and needs to be backed up and restored regularly, or when a system upgrade, migration, or fault recovery occurs, full data synchronization is required to ensure data integrity and accuracy and avoid problems caused by data fragmentation or inconsistency. Regular backup can provide reliable protection for data recovery and reduce the risk of data loss or damage.

[0072] Real-time synchronization strategy: By monitoring the change events of Altium Designer component libraries in real time, the change data is synchronized to the target system in real time. It is used when component libraries are frequently updated and have extremely high real-time requirements, such as team collaborative design scenarios. All users can immediately see the latest component library changes, reducing design errors caused by inconsistent data.

[0073] In step S2, the data encryption and verification mechanism is introduced, including data encryption and data verification, to ensure the security of data during transmission and storage, and to protect the data on the mobile terminal of the component library process management system:

[0074] Data encryption uses the AES (Advanced Encryption Standard) algorithm, which provides several encryption modes including ECB, CBC, CFB, and OFB. These modes can be selected or used in combination according to actual needs. The generation, storage, and distribution of keys must follow strict security protocols and best practices. Hardware security modules (HSMs) are used to store keys.

[0075] Data validation includes:

[0076] Data integrity verification: Use a hash function (such as SHA-256) to calculate the hash value of the data, and transmit or store the hash value together with the original data. When receiving or reading the data, recalculate the hash value of the data and compare it with the stored hash value to verify whether the data has been tampered with during transmission or storage;

[0077] Data identity authentication: During the data synchronization process, digital certificates are used to authenticate the identities of both parties involved in the synchronization. When the server and the mobile terminal establish a connection, they exchange digital certificates and verify the identity of each other, ensuring that the source and recipient of the data are both credible.

[0078] S3, Testing phase: Perform functional testing, performance testing, and security testing on the mobile terminal system, and perform repairs and optimizations based on the test results;

[0079] In step S3, the function test is used to test whether the various functions of the mobile terminal system can work normally as required, and the specific operation of the function test is as follows:

[0080] Query function test: By entering basic information, test whether the system can execute correctly and return accurate results, verify whether the query results can be sorted according to the specified fields, and whether the paging function works properly;

[0081] Add function test: by inputting add commands, test whether the system can successfully add projects or tasks and display them correctly in the list, and test whether the system can give clear error prompts when inputting add commands that do not meet the requirements;

[0082] Editing function test: by inputting editing instructions, test whether the system can successfully modify the information, whether it can be successfully saved and updated to the list, and test whether the system can properly handle and give corresponding prompts when editing is abnormal;

[0083] Deletion function test: By inputting editing instructions, test whether the system can successfully perform the deletion operation, and test whether the system can give a clear error prompt when trying to delete non-existent data;

[0084] Version control function test: Test whether the system can accurately record each modification history of components, including modification time, modifier and other information, and whether the system can successfully roll back to the specified version and update component information when selecting a historical version for rollback;

[0085] According to the functional test results, fix the functional defects found and optimize the user experience, such as adjusting the display method of query results and optimizing the search speed;

[0086] In step S3, the performance test is used to test whether the mobile terminal system can maintain good performance and response speed under high load, and the specific operation of the performance test is as follows:

[0087] Response time test: simulate a large number of users accessing the system at the same time to test whether the system's response time meets the requirements;

[0088] Concurrent user number test: gradually increase the number of concurrent users, observe changes in system performance indicators, and find out the system performance bottleneck;

[0089] Stress testing: simulates the operation of the system under extreme conditions, such as a sudden increase in access volume, network delay, etc., to check the stability and fault tolerance of the system;

[0090] According to the performance test results, optimize the system, such as increasing server resources, optimizing database query statements, using cache technology, etc., to improve system performance and response speed;

[0091] In step S3, the security test is used to test whether the mobile terminal system can resist various security threats and protect the security of user data, and the specific operation of the test is as follows:

[0092] Authorization test: Test whether the system's user authentication and authorization mechanisms are effective, ensuring that only authorized users can access system resources;

[0093] Data transmission security test: Check whether the system uses a secure data transmission protocol (such as HTTPS) to ensure that data is not stolen or tampered with during transmission;

[0094] Data storage security test: Test whether the system's data storage method is secure, such as whether encrypted storage, backup and recovery mechanisms are used;

[0095] Vulnerability scanning and penetration testing: Use professional security tools to perform vulnerability scanning and penetration testing on the system to check whether there are potential security risks in the system;

[0096] According to the security test results, fix the security vulnerabilities and hidden dangers found, strengthen the system's security protection measures, such as strengthening user authentication and authorization mechanisms, using more secure data transmission protocols, and strengthening data storage security. At the same time, regularly conduct security checks and updates on the system to ensure that the system always remains in a secure state;

[0097] S4, Deployment and launch: Deploy the mobile system to the application store or the enterprise's internal distribution platform, and provide user support and maintenance services;

[0098] In step S4, the operation of deploying the mobile terminal system to the application store is as follows:

[0099] Register a developer account: Go to the official website of the target app store (such as App Store, Xiaomi App Store, etc.) and fill in the relevant information according to the instructions to complete the registration of the developer account. You need to provide corporate or personal identity proof, contact information, bank account information, etc.

[0100] Prepare app metadata: Write the app name, introduction, keywords, app category, etc., and prepare app icons, startup screens, screenshots of different sizes and other materials to meet the requirements of the app store, and write the app version update instructions;

[0101] Build and package apps: Use development tools such as Xcode and Android Studio to build and package apps. For iOS apps, an IPA file will be generated; for Android apps, an APK file will be generated.

[0102] Upload the app to the app store: log in to the management backend of the developer account, create an app record, fill in the detailed information of the app, upload the built IPA or APK file, and fill in other necessary information according to the platform requirements, such as pricing, distribution area, copyright information, etc.;

[0103] Submit for review: After filling in all the information, submit the app for review, wait for the review result of the app store, and publish it after the review is passed; once the app passes the review, it will be published in the app store, and users can find and download it by searching or browsing;

[0104] In step S4, the operation of deploying the mobile terminal system to the enterprise internal distribution platform is as follows:

[0105] Prepare a distribution platform: If the enterprise already has an internal distribution platform, log in to the platform directly; if not, select or build a distribution platform that suits the enterprise's needs;

[0106] Upload the application to the distribution platform: log in to the management backend of the distribution platform, create an application record, fill in the application name, version, description and other information, and upload the built IPA or APK file;

[0107] Configure distribution settings: Configure the distribution settings of the app as needed, such as user groups, distribution methods (such as QR codes, links, etc.), permissions, etc.;

[0108] Release the app: After completing the settings, release the app to the specified user group or device. After the app is released, users can install and use the app on their mobile devices through the QR code or link they received.

[0109] S5. Maintenance and Update: Regularly collect user feedback, iteratively optimize the system, fix known issues, and add new features to meet changing needs.

[0110] The embodiments of the present invention are given for the purpose of illustration and description, and are not intended to be exhaustive or to limit the invention to the disclosed forms. Many modifications and variations will be apparent to those of ordinary skill in the art. The embodiments are selected and described in order to better illustrate the principles and practical applications of the present invention and to enable those of ordinary skill in the art to understand the present invention and thereby design various embodiments with various modifications suitable for specific uses.

Claims

1. A method for implementing a mobile terminal of a component library process management system based on Altium Designer, characterized in that: The following steps are involved: S1. Requirements analysis and design: Identify the key component library management processes that require mobile support, and determine the user groups and their usage scenarios to clarify the mobile terminal functions, design the user interface and user experience process accordingly, and determine the data structure and database design; S2, Development stage: Select a suitable mobile application development framework to develop the user interface, implement integration and data synchronization functions with AltiumDesigner, design data synchronization strategies, and introduce data encryption and verification mechanisms; S3, Testing phase: Perform functional testing, performance testing, and security testing on the mobile terminal system, and perform repairs and optimizations based on the test results; S4, Deployment and launch: Deploy the mobile system to the application store or the enterprise's internal distribution platform, and provide user support and maintenance services; S5. Maintenance and Update: Regularly collect user feedback, iteratively optimize the system, fix known issues, and add new features to meet changing needs.

2. The method for implementing the mobile terminal of the component library process management system based on Altium Designer according to claim 1, characterized in that: In step S2, the user interface development specifically includes the following operations: Select a development framework: Choose a suitable development framework based on development efficiency and cross-platform compatibility of the application; Design database structure: Establish a mobile database for storing and managing component library data, and the database structure matches the component library structure in Altium Designer; Develop user interface: Based on the results of the demand analysis, design and develop the user interface of the mobile application, which is simple and intuitive and supports multiple screen sizes and resolutions; Implement functional logic: Write code to implement the various functional logic of the mobile application and ensure that the application can correctly handle various exceptions.

3. The method for implementing the mobile terminal of the component library process management system based on Altium Designer according to claim 1, characterized in that: In step S2, the operation of designing a data synchronization strategy includes: considering the characteristics of the component library, update frequency, data size, and real-time requirements of synchronization, and formulating specific methods, rules, and scenarios for data synchronization.

4. The method for implementing the mobile terminal of the component library process management system based on Altium Designer according to claim 3 is characterized in that: The data synchronization strategy is as follows: Incremental synchronization strategy: synchronizes new, modified or deleted records in the Altium Designer component library since the last synchronization; Full synchronization strategy: Regularly perform a full backup of the Altium Designer component library and synchronize the entire library to the target system; Real-time synchronization strategy: By real-time monitoring of the change events of the Altium Designer component library, the changed data is synchronized to the target system in real time.

5. The method for implementing the mobile terminal of the component library process management system based on Altium Designer according to claim 1, characterized in that: In step S2, the data encryption and verification mechanism is introduced, including data encryption and data verification, to ensure the security of data during transmission and storage, and to protect the data on the mobile terminal of the component library process management system: The data encryption adopts the AES algorithm, and the AES algorithm provides several encryption modes including ECB, CBC, CFB, and OFB, which can be selected or used in combination according to actual needs, and the generation, storage and distribution of keys must follow strict security protocols and best practices, among which the storage key uses a hardware security module; The data verification includes using a hash function to verify data integrity and using a digital certificate to verify data identity.

6. The method for implementing the mobile terminal of the component library process management system based on Altium Designer according to claim 1, characterized in that: In step S3, the function test is used to test whether the various functions of the mobile terminal system can work normally as required, and the specific operation of the function test is as follows: Query function test: By entering basic information, test whether the system can execute correctly and return accurate results, verify whether the query results can be sorted according to the specified fields, and whether the paging function works properly; Add function test: by inputting add commands, test whether the system can successfully add projects or tasks and display them correctly in the list, and test whether the system can give clear error prompts when inputting add commands that do not meet the requirements; Editing function test: by inputting editing instructions, test whether the system can successfully modify the information, whether it can be successfully saved and updated to the list, and test whether the system can properly handle and give corresponding prompts when editing is abnormal; Deletion function test: By inputting editing instructions, test whether the system can successfully perform the deletion operation, and test whether the system can give a clear error prompt when trying to delete non-existent data; Version control function test: Test whether the system can accurately record the modification history of each component, and whether the system can successfully roll back to the specified version and update the component information when selecting a historical version for rollback.

7. The method for implementing the mobile terminal of the component library process management system based on Altium Designer according to claim 1, characterized in that: In step S3, the performance test is used to test whether the mobile terminal system can maintain good performance and response speed under high load, and the specific operation of the performance test is as follows: Response time test: simulate a large number of users accessing the system at the same time to test whether the system's response time meets the requirements; Concurrent user number test: gradually increase the number of concurrent users, observe changes in system performance indicators, and identify system performance bottlenecks; Stress testing: simulates the operation of the system under extreme conditions and checks the stability and fault tolerance of the system.

8. The method for implementing the mobile terminal of the component library process management system based on Altium Designer according to claim 1, characterized in that: In step S3, the security test is used to test whether the mobile terminal system can resist various security threats and protect the security of user data, and the specific operation of the test is as follows: Authorization test: Test whether the system's user authentication and authorization mechanisms are effective, ensuring that only authorized users can access system resources; Data transmission security test: Check whether the system uses a secure data transmission protocol (such as HTTPS) to ensure that data is not stolen or tampered with during transmission; Data storage security test: Test whether the system's data storage method is secure, such as whether encrypted storage, backup and recovery mechanisms are used; Vulnerability scanning and penetration testing: Use professional security tools to perform vulnerability scanning and penetration testing on the system to check whether there are potential security risks in the system.

9. The method for implementing the mobile terminal of the component library process management system based on Altium Designer according to claim 1, characterized in that: In step S4, the operation of deploying the mobile terminal system to the application store is as follows: Register a developer account: Go to the official website of the target app store and fill in the relevant information according to the instructions to complete the registration of the developer account; Prepare app metadata: write the app name, introduction, keywords, app category, and prepare app materials to meet the requirements of the app store, and write the app version update instructions; Build and package apps: Use development tools such as Xcode and Android Studio to build and package apps. For iOS apps, an IPA file will be generated; for Android apps, an APK file will be generated. Upload the app to the app store: log in to the management backend of the developer account, create an app record, fill in the detailed information of the app, upload the built IPA or APK file, and fill in other necessary information according to the platform requirements; Submit for review: After filling in all the information, submit the app for review, wait for the review results of the app store, and publish it after the review is passed.

10. The method for implementing the mobile terminal of the component library process management system based on Altium Designer according to claim 1, characterized in that: In step S4, the operation of deploying the mobile terminal system to the enterprise internal distribution platform is as follows: Prepare a distribution platform: If the enterprise already has an internal distribution platform, log in to the platform directly; if not, select or build a distribution platform that suits the enterprise's needs; Upload the application to the distribution platform: log in to the management backend of the distribution platform, create an application record, fill in the application information, and upload the built IPA or APK file; Configure distribution settings: Configure the distribution settings of the application as needed; Publish the app: After completing the settings, publish the app to the specified user group or device.

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