CN110868463A - Toolchain system based on plug-in management - Google Patents
Toolchain system based on plug-in management Download PDFInfo
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- CN110868463A CN110868463A CN201911100632.4A CN201911100632A CN110868463A CN 110868463 A CN110868463 A CN 110868463A CN 201911100632 A CN201911100632 A CN 201911100632A CN 110868463 A CN110868463 A CN 110868463A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/34—Network arrangements or protocols for supporting network services or applications involving the movement of software or configuration parameters
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/60—Software deployment
- G06F8/61—Installation
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/445—Program loading or initiating
- G06F9/44521—Dynamic linking or loading; Link editing at or after load time, e.g. Java class loading
- G06F9/44526—Plug-ins; Add-ons
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
- H04L63/0823—Network architectures or network communication protocols for network security for authentication of entities using certificates
Abstract
The invention discloses a tool chain system based on plug-in management, which comprises a plug-in server, a plug-in application end and a plug-in development end group, wherein the plug-in server, the plug-in application end and the plug-in development end are communicated through a network; the plug-in application end is used for sending a request to the plug-in server end according to the requirement of an application scene to acquire a corresponding plug-in and avionic data and operating the plug-in; the plug-in development end is responsible for the development and debugging of the plug-in and submits the plug-in to the plug-in server end. The invention has clear logic, simple realization and strong practical value.
Description
Technical Field
The invention belongs to the technical field of comprehensive avionics, and particularly relates to a tool chain system for developing an avionics system and a management method.
Background
Current avionics system development for aircraft employs a prime contractor-supplier model whose lifecycle involves multiple stakeholders. The comprehensive modular avionics system is the current mainstream aircraft avionics architecture, and resident functions developed by a plurality of different suppliers are integrated together to share resources to complete aircraft-level functions. The architecture brings many benefits to the airplane and increases the difficulty of system design and integration verification. How to efficiently organize all parties to collaboratively develop and protect intellectual property rights of all suppliers is a difficult point of the current industry. Therefore, a tool chain system and a management method are needed to organize each supplier to cooperatively develop the avionics system, shorten the development period and reduce the project risk.
Disclosure of Invention
In order to efficiently coordinate the development of avionics systems by various suppliers, the invention aims to provide a tool chain system and a management method for the development of the avionics systems.
The invention aims to be realized by the following technical scheme:
a tool chain system based on plug-in management comprises a plug-in server, a plug-in application end and a plug-in development end, wherein the plug-in server and the plug-in application end and the plug-in server and the plug-in development end are communicated through a network, and the tool chain system comprises:
the plug-in server side is used for responding to the request of the plug-in application side to manage and access control the avionic data, responding to the plug-in request of the plug-in development side to register, store and audit the plug-in, and responding to the request of the plug-in application side to distribute the plug-in;
the plug-in application end is used for sending a request to the plug-in server end according to the requirement of an application scene to acquire a corresponding plug-in and avionic data and operating the plug-in;
the plug-in development end is responsible for the development and debugging of the plug-in and submits the plug-in to the plug-in server end.
Preferably, the plug-in server comprises a plug-in server, an avionic data management application, a plug-in management application, an avionic database and a plug-in library;
the avionics data management application runs on the plug-in server and responds to a request of a plug-in application end to manage and access and control the avionics data in the avionics database;
the plug-in management application runs on the plug-in server, responds to the plug-in request of the plug-in development end to perform plug-in, registration, storage and verification in the plug-in library, and responds to the request of the plug-in application end to distribute the plug-ins in the plug-in library.
Preferably, the plug-in development terminal comprises a plug-in development environment application and a plug-in development authority file;
the plug-in development environment application provides a plug-in development environment, and realizes the development, debugging and warehousing of the plug-ins;
the plug-in development permission file is used for describing the resource permission of the development plug-in.
Preferably, the plug-in server, when performing plug-in registration management, includes the steps of:
the method comprises the following steps: the plug-in development environment application generates a plug-in development request according to the plug-in function submitted by a plug-in developer, a required development environment and an avionic data access requirement, sends the plug-in development request to the plug-in management application and waits for an audit result of the plug-in management application;
step two, if the verification result received by the plug-in development environment application is not passed, adjusting the plug-in function, the required development environment and the avionics data access requirement, returning to the step one, and otherwise, entering the step three;
step three: the plug-in development environment application receives a plug-in development authority file, a plug-in ID and a plug-in development environment of the plug-in management application batch;
step four: the plug-in development environment application provides resources to support a plug-in developer to complete the development of the plug-in program according to the copied plug-in development authority file, the plug-in ID and the plug-in development environment, and uploads the plug-in program to the plug-in management application.
Preferably, when the plugin server performs plugin registration management, the method includes the following steps:
the method comprises the following steps: the plug-in management application receives a plug-in development request submitted by the plug-in development environment application, and displays the plug-in library information and the plug-in development request to a plug-in manager for the plug-in manager to review, the plug-in manager judges whether the plug-in library information and the plug-in development request pass through, if the plug-in library information and the plug-in development request pass through, the third step is carried out, and if the plug-in library information and;
secondly, the plug-in management application sends a plug-in development request non-passing instruction to the plug-in development environment application;
step three: the plug-in management application registers plug-in development application and stores the application in a plug-in library;
step four: the plug-in management application distributes a plug-in development authority file, a plug-in ID and a plug-in development environment to the plug-in development terminal according to the plug-in development request;
step five: the plug-in management application receives the plug-in uploaded by the plug-in development terminal, and verifies the plug-in according to the plug-in development authority file and the plug-in ID, if the plug-in passes the verification, the step six is carried out, otherwise, a plug-in disqualification instruction is sent to the plug-in development terminal;
step six: and the plug-in management application stores the plug-ins into the plug-in library, updates the plug-in list information and ends.
Preferably, the plug-in application end comprises a plug-in operation platform, a plug-in operation authority file and a plug-in, and the plug-in operates on the plug-in operation platform under the authority file authorization to complete a specific task in the development of the avionic system;
the plug-in operation authority file describes the resource authority used by the plug-in.
Preferably, when the plug-in application side performs plug-in installation management, the method includes the following steps:
the method comprises the following steps: the plug-in operation console downloads a plug-in operation authority file from a plug-in server side;
step two: the plug-in operation console sends a plug-in installation list request to a plug-in management application running on the plug-in server, and receives an installable plug-in list returned by the plug-in management application;
step three: the plug-in operation console displays an installable plug-in list for a plug-in user to select, and sends the plug-in selected to be installed by the plug-in user and the plug-in operation authority file to the plug-in management application for auditing;
step four: the plug-in operation console receives the auditing result returned by the plug-in management application, if the auditing result passes, the step five is carried out, and if the auditing result does not pass, the step six is carried out;
step five: receiving and installing a plug-in installation file sent by a plug-in management application, and ending;
step six: and displaying error information by the plug-in operation console to inform a plug-in user of installation failure and failure reasons, and ending.
Preferably, when the plug-in server performs plug-in installation management, the method includes the following steps:
the method comprises the following steps: the plug-in management application receives a plug-in installation list request sent by a plug-in operation console and returns an installable plug-in list according to the plug-in library information;
step two: the plug-in management application receives a plug-in installation request and a plug-in operation authority file sent by a plug-in operation console, the plug-in installation request is checked according to the plug-in operation authority file, if the plug-in installation request passes the third step, if the plug-in installation request does not pass the fourth step, the plug-in management application checks the plug-in installation request;
step three: the plug-in management application sends the plug-in installation files in the plug-in library to the plug-in operation desk and ends;
step four: and the plug-in management application sends the failure of the plug-in installation request and the failure reason to the plug-in operation desk, and the operation is finished.
Preferably, when the plug-in application side performs plug-in operation management, the method includes the following steps:
the method comprises the following steps: the plug-in operation console provides a task self-defining interface for plug-in users to operate, sets a plug-in task list according to the requirements of the plug-in users, and starts a first plug-in task according to the sequence of the plug-in task list;
step two: judging whether the current plug-in task needs the data of the avionics database by the plug-in operation console, if so, entering the third step, otherwise, jumping to the sixth step;
step three: the plug-in task running on the plug-in operation platform sends a data modification request and a plug-in operation authority file to the avionic data management application;
step four: receiving a modification result returned by the avionic data management application by a plug-in task running on a plug-in operation panel, if the modification is legal, entering a sixth step, and if not, entering a fifth step;
step five: stopping the operation of the plug-in task, displaying error information to a plug-in user, and entering a seventh step;
step six: the plug-in operation console judges whether the current task is finished, if so, the step seven is carried out, otherwise, the step two is carried out;
step seven: and the plug-in operation console judges whether the tasks are completely finished, if so, the process is ended, if not, the next plug-in task is started according to the plug-in task list, and the step two is entered.
Preferably, when the plug-in service end performs plug-in operation management, the method includes the following steps:
step one, receiving a data modification request and a plug-in operation authority file uploaded by a plug-in operation console by the avionic data management application, judging whether modified contents are legal or not according to the plug-in operation authority file, if so, entering a step two, and otherwise, turning to a step three;
step two: the avionics data management application modifies the avionics database according to the modification request and sends the modification result to the plug-in task running on the plug-in operation desk through the network;
step three: and the avionic data management application informs the illegal request result to the plug-in task running on the plug-in operation desk through a network.
The invention has clear logic, simple realization and strong practical value.
Drawings
Fig. 1 is a schematic structural diagram of a tool chain system based on plug-in management according to an embodiment.
Fig. 2 is a schematic diagram illustrating a plug-in registration management flow of the tool chain system based on plug-in management according to an embodiment.
Fig. 3 is a schematic diagram illustrating a plug-in installation management flow of the plug-in management-based tool chain system according to the embodiment.
Fig. 4 is a schematic diagram illustrating a plug-in operation management flow of the tool chain system based on plug-in management according to the embodiment.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and examples.
Referring to fig. 1, the tool chain system based on plug-in management in this embodiment includes a plug-in server, a plug-in application, and a plug-in development end, where the plug-in server communicates with the plug-in application through a network, and the plug-in server communicates with the plug-in development end through a network.
The plug-in server side is used for responding the request of the plug-in application side to manage and access control of avionic data, responding the plug-in request of the plug-in development side to register, store and audit the plug-in, and responding the request of the plug-in application side to distribute the plug-in. The plug-in server side comprises a plug-in server, avionics data management application, plug-in management application, an avionics database and a plug-in library.
And the avionics data management application runs on the plug-in server and responds to the request of the plug-in application end to manage and access and control the avionics data in the avionics database. The data management of the avionics database comprises the addition, deletion, inspection and check of data objects, the setting and audit of access rights and the like.
The plug-in management application runs on the plug-in server, responds to the plug-in request of the plug-in development end to perform plug-in, registration, storage and verification in the plug-in library, and responds to the request of the plug-in application end to distribute the plug-ins in the plug-in library.
And the plug-in application end is used for sending a request to the plug-in server end according to the requirement of the application scene to acquire the corresponding plug-in and the avionic data and operating the plug-in. The plug-in application end comprises a plug-in operation platform, a plug-in operation authority file and a plug-in, and the plug-in operates on the plug-in operation platform under the authority file authorization to complete a specific task in the development of the avionics system.
The plug-in operation authority file describes the resource authority used by the plug-in.
The plug-in operation platform provides the operation environment of the plug-in, including data content supply, data access authority control and the like. The plug-in operation desk provides a data path with the plug-in service end, and the plug-in can initiate communication.
The plug-in development end is responsible for the development and debugging of the plug-in and submits the plug-in to the plug-in server end. The plug-in development end comprises a plug-in development environment application and a plug-in development authority file.
The plug-in development environment application provides a plug-in development environment, and realizes the development, debugging and warehousing of the plug-ins.
The plug-in development permission file is used for describing the resource permission of the development plug-in.
Referring to fig. 2, the plug-in server, when performing plug-in registration management, includes the following steps:
the method comprises the following steps: the plug-in development environment application generates a plug-in development request according to the plug-in function submitted by a plug-in developer, a required development environment and an avionic data access requirement, sends the plug-in development request to the plug-in management application and waits for an audit result of the plug-in management application;
step two, if the verification result received by the plug-in development environment application is not passed, adjusting the plug-in function, the required development environment and the avionics data access requirement, returning to the step one, and otherwise, entering the step three;
step three: the plug-in development environment application receives a plug-in development authority file, a plug-in ID and a plug-in development environment of the plug-in management application batch;
step four: the plug-in development environment application provides resources to support a plug-in developer to complete the development of the plug-in program according to the copied plug-in development authority file, the plug-in ID and the plug-in development environment, and uploads the plug-in program to the plug-in management application.
Referring to fig. 2, when the plugin server performs plugin registration management, the method includes the following steps:
the method comprises the following steps: the plug-in management application receives a plug-in development request submitted by the plug-in development environment application, and displays the plug-in library information and the plug-in development request to a plug-in manager for the plug-in manager to review, the plug-in manager judges whether the plug-in library information and the plug-in development request pass through, if the plug-in library information and the plug-in development request pass through, the third step is carried out, and if the plug-in library information and;
secondly, the plug-in management application sends a plug-in development request non-passing instruction to the plug-in development environment application;
step three: the plug-in management application registers plug-in development application and stores the application in a plug-in library;
step four: the plug-in management application distributes a plug-in development authority file, a plug-in ID and a plug-in development environment to the plug-in development terminal according to the plug-in development request;
step five: the plug-in management application receives the plug-in uploaded by the plug-in development terminal, and verifies the plug-in according to the plug-in development authority file and the plug-in ID, if the plug-in passes the verification, the step six is carried out, otherwise, a plug-in disqualification instruction is sent to the plug-in development terminal;
step six: and the plug-in management application stores the plug-ins into the plug-in library, updates the plug-in list information and ends.
Referring to fig. 3, when performing plug-in installation management at a plug-in application end, the method includes the following steps:
the method comprises the following steps: the plug-in operation console downloads a plug-in operation authority file from a plug-in server side;
step two: the plug-in operation console sends a plug-in installation list request to a plug-in management application running on the plug-in server, and receives an installable plug-in list returned by the plug-in management application;
step three: the plug-in operation console displays an installable plug-in list for a plug-in user to select, and sends the plug-in selected to be installed by the plug-in user and the plug-in operation authority file to the plug-in management application for auditing;
step four: the plug-in operation console receives the auditing result returned by the plug-in management application, if the auditing result passes, the step five is carried out, and if the auditing result does not pass, the step six is carried out;
step five: receiving and installing a plug-in installation file sent by a plug-in management application, and ending;
step six: and displaying error information by the plug-in operation console to inform a plug-in user of installation failure and failure reasons, and ending.
Referring to fig. 3, when the plugin server performs plugin installation management, the method includes the following steps:
the method comprises the following steps: the plug-in management application receives a plug-in installation list request sent by a plug-in operation console and returns an installable plug-in list according to the plug-in library information;
step two: the plug-in management application receives a plug-in installation request and a plug-in operation authority file sent by a plug-in operation console, the plug-in installation request is checked according to the plug-in operation authority file, if the plug-in installation request passes the third step, if the plug-in installation request does not pass the fourth step, the plug-in management application checks the plug-in installation request;
step three: the plug-in management application sends the plug-in installation files in the plug-in library to the plug-in operation desk and ends;
step four: and the plug-in management application sends the failure of the plug-in installation request and the failure reason to the plug-in operation desk, and the operation is finished.
Referring to fig. 4, when the plug-in application side performs plug-in operation management, the method includes the following steps:
the method comprises the following steps: the plug-in operation console provides a task self-defining interface for plug-in users to operate, sets a plug-in task list according to the requirements of the plug-in users, and starts a first plug-in task according to the sequence of the plug-in task list;
step two: judging whether the current plug-in task needs the data of the avionics database by the plug-in operation console, if so, entering the third step, otherwise, jumping to the sixth step;
step three: the plug-in task running on the plug-in operation platform sends a data modification request and a plug-in operation authority file to the avionic data management application;
step four: receiving a modification result returned by the avionic data management application by a plug-in task running on a plug-in operation panel, if the modification is legal, entering a sixth step, and if not, entering a fifth step;
step five: stopping the operation of the plug-in task, displaying error information to a plug-in user, and entering a seventh step;
step six: the plug-in operation console judges whether the current task is finished, if so, the step seven is carried out, otherwise, the step two is carried out;
step seven: and the plug-in operation console judges whether the tasks are completely finished, if so, the process is ended, if not, the next plug-in task is started according to the plug-in task list, and the step two is entered.
Referring to fig. 4, when the plug-in server performs plug-in operation management, the method includes the following steps:
step one, receiving a data modification request and a plug-in operation authority file uploaded by a plug-in operation console by the avionic data management application, judging whether modified contents are legal or not according to the plug-in operation authority file, if so, entering a step two, and otherwise, turning to a step three;
step two: the avionics data management application modifies the avionics database according to the modification request and sends the modification result to the plug-in task running on the plug-in operation desk through the network;
step three: and the avionic data management application informs the illegal request result to the plug-in task running on the plug-in operation desk through a network.
Claims (10)
1. The utility model provides a tool chain system based on plug-in management, includes plug-in service end, plug-in application end, plug-in development end, between plug-in service end and the plug-in application end and between plug-in service end and the plug-in development end through network communication, its characterized in that:
the plug-in server side is used for responding to the request of the plug-in application side to manage and access control the avionic data, responding to the plug-in request of the plug-in development side to register, store and audit the plug-in, and responding to the request of the plug-in application side to distribute the plug-in;
the plug-in application end is used for sending a request to the plug-in server end according to the requirement of an application scene to acquire a corresponding plug-in and avionic data and operating the plug-in;
the plug-in development end is responsible for the development and debugging of the plug-in and submits the plug-in to the plug-in server end.
2. The plug-in management based tool chain system of claim 1, wherein: the plug-in server side comprises a plug-in server, avionic data management application, plug-in management application, an avionic database and a plug-in library;
the avionics data management application runs on the plug-in server and responds to a request of a plug-in application end to manage and access and control the avionics data in the avionics database;
the plug-in management application runs on the plug-in server, responds to the plug-in request of the plug-in development end to perform plug-in, registration, storage and verification in the plug-in library, and responds to the request of the plug-in application end to distribute the plug-ins in the plug-in library.
3. The plug-in management based tool chain system of claim 2, wherein: the plug-in development end comprises a plug-in development environment application and a plug-in development authority file;
the plug-in development environment application provides a plug-in development environment, and realizes the development, debugging and warehousing of the plug-ins;
the plug-in development permission file is used for describing the resource permission of the development plug-in.
4. The tool chain system based on plug-in management as claimed in claim 3, wherein the plug-in server comprises the following steps when performing plug-in registration management:
the method comprises the following steps: the plug-in development environment application generates a plug-in development request according to the plug-in function submitted by a plug-in developer, a required development environment and an avionic data access requirement, sends the plug-in development request to the plug-in management application and waits for an audit result of the plug-in management application;
step two, if the verification result received by the plug-in development environment application is not passed, adjusting the plug-in function, the required development environment and the avionics data access requirement, returning to the step one, and otherwise, entering the step three;
step three: the plug-in development environment application receives a plug-in development authority file, a plug-in ID and a plug-in development environment of the plug-in management application batch;
step four: the plug-in development environment application provides resources to support a plug-in developer to complete the development of the plug-in program according to the copied plug-in development authority file, the plug-in ID and the plug-in development environment, and uploads the plug-in program to the plug-in management application.
5. The tool chain system based on plug-in management as claimed in claim 3, wherein the plug-in server side comprises the following steps when performing plug-in registration management:
the method comprises the following steps: the plug-in management application receives a plug-in development request submitted by the plug-in development environment application, and displays the plug-in library information and the plug-in development request to a plug-in manager for the plug-in manager to review, the plug-in manager judges whether the plug-in library information and the plug-in development request pass through, if the plug-in library information and the plug-in development request pass through, the third step is carried out, and if the plug-in library information and;
secondly, the plug-in management application sends a plug-in development request non-passing instruction to the plug-in development environment application;
step three: the plug-in management application registers plug-in development application and stores the application in a plug-in library;
step four: the plug-in management application distributes a plug-in development authority file, a plug-in ID and a plug-in development environment to the plug-in development terminal according to the plug-in development request;
step five: the plug-in management application receives the plug-in uploaded by the plug-in development terminal, and verifies the plug-in according to the plug-in development authority file and the plug-in ID, if the plug-in passes the verification, the step six is carried out, otherwise, a plug-in disqualification instruction is sent to the plug-in development terminal;
step six: and the plug-in management application stores the plug-ins into the plug-in library, updates the plug-in list information and ends.
6. The plug-in management based tool chain system of claim 2, wherein: the plug-in application end comprises a plug-in operation platform, a plug-in operation authority file and a plug-in, and the plug-in operates on the plug-in operation platform under the authority file authorization to complete a specific task in the avionic system development;
the plug-in operation authority file describes the resource authority used by the plug-in.
7. The tool chain system based on plug-in management of claim 6, wherein when the plug-in application side performs plug-in installation management, the method comprises the following steps:
the method comprises the following steps: the plug-in operation console downloads a plug-in operation authority file from a plug-in server side;
step two: the plug-in operation console sends a plug-in installation list request to a plug-in management application running on the plug-in server, and receives an installable plug-in list returned by the plug-in management application;
step three: the plug-in operation console displays an installable plug-in list for a plug-in user to select, and sends the plug-in selected to be installed by the plug-in user and the plug-in operation authority file to the plug-in management application for auditing;
step four: the plug-in operation console receives the auditing result returned by the plug-in management application, if the auditing result passes, the step five is carried out, and if the auditing result does not pass, the step six is carried out;
step five: receiving and installing a plug-in installation file sent by a plug-in management application, and ending;
step six: and displaying error information by the plug-in operation console to inform a plug-in user of installation failure and failure reasons, and ending.
8. The tool chain system based on plug-in management of claim 6, wherein when the plug-in server side performs plug-in installation management, the tool chain system based on plug-in management comprises the following steps:
the method comprises the following steps: the plug-in management application receives a plug-in installation list request sent by a plug-in operation console and returns an installable plug-in list according to the plug-in library information;
step two: the plug-in management application receives a plug-in installation request and a plug-in operation authority file sent by a plug-in operation console, the plug-in installation request is checked according to the plug-in operation authority file, if the plug-in installation request passes the third step, if the plug-in installation request does not pass the fourth step, the plug-in management application checks the plug-in installation request;
step three: the plug-in management application sends the plug-in installation files in the plug-in library to the plug-in operation desk and ends;
step four: and the plug-in management application sends the failure of the plug-in installation request and the failure reason to the plug-in operation desk, and the operation is finished.
9. The tool chain system based on plug-in management of claim 6, wherein when the plug-in application side performs plug-in operation management, the method comprises the following steps:
the method comprises the following steps: the plug-in operation console provides a task self-defining interface for plug-in users to operate, sets a plug-in task list according to the requirements of the plug-in users, and starts a first plug-in task according to the sequence of the plug-in task list;
step two: judging whether the current plug-in task needs the data of the avionics database by the plug-in operation console, if so, entering the third step, otherwise, jumping to the sixth step;
step three: the plug-in task running on the plug-in operation platform sends a data modification request and a plug-in operation authority file to the avionic data management application;
step four: receiving a modification result returned by the avionic data management application by a plug-in task running on a plug-in operation panel, if the modification is legal, entering a sixth step, and if not, entering a fifth step;
step five: stopping the operation of the plug-in task, displaying error information to a plug-in user, and entering a seventh step;
step six: the plug-in operation console judges whether the current task is finished, if so, the step seven is carried out, otherwise, the step two is carried out;
step seven: and the plug-in operation console judges whether the tasks are completely finished, if so, the process is ended, if not, the next plug-in task is started according to the plug-in task list, and the step two is entered.
10. The tool chain system based on plug-in management of claim 6, wherein when the plug-in service side performs plug-in operation management, the method comprises the following steps:
step one, receiving a data modification request and a plug-in operation authority file uploaded by a plug-in operation console by the avionic data management application, judging whether modified contents are legal or not according to the plug-in operation authority file, if so, entering a step two, and otherwise, turning to a step three;
step two: the avionics data management application modifies the avionics database according to the modification request and sends the modification result to the plug-in task running on the plug-in operation desk through the network;
step three: and the avionic data management application informs the illegal request result to the plug-in task running on the plug-in operation desk through a network.
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