CN102567838B - A kind of co-development system and co-development method - Google Patents

Abstract

The invention discloses a collaborative development system and a collaborative development method. Including: the task management module receives the subtask source code information, flow control information, and subtask interface information of the assigned subtask input according to the provided unified interface description language compilation interface, and generates source code files, flow control files and subtask interface information respectively. The task interface file is output to the IoT development platform module; the IoT development platform module parses and obtains source code files and process control files, compiles them into executable code files, and outputs the subtask interface files to the IoT test platform module; The networked test platform module writes test cases according to the received subtask interface file, and tests the received executable code file, and returns the test success information to the task management module, which stores the subtask code and corresponding subtask information of the test success information. Flow control code. By applying the present invention, the collaborative development efficiency can be improved.

Description

A collaborative development system and collaborative development method

technical field

The invention relates to collaborative development technology, in particular to a collaborative development system and a collaborative development method.

Background technique

Internet of Things (IOT, The Internet of Things) technology, Time Division-Synchronous Code Division Multiple Access (TD-SCDMA, Time Division-Synchronous Code Division Multiple Access) technology, digital TV technology, etc. are important components of the new generation of information technology, as follows Taking the Internet of Things as an example, the Internet of Things is an expansion of Internet applications. Through technologies such as radio frequency identification, infrared sensing, global positioning, and laser scanning, the terminal equipment is connected to the Internet for information exchange and communication, so as to realize the control of the terminal equipment. A network for intelligent identification, positioning, tracking, monitoring and management.

As the social division of labor becomes more and more refined, the development and design of the tasks and sub-tasks of the Internet of Things often need to be completed through the collaboration of a team, and each team designer (member) is responsible for a part of the task development and design, and then, Arrange the business process of the development and design completed by each designer to form the development and design of the overall task. In this process, each designer needs to carry out continuous communication, modification, and debugging. Due to the powerful advantages of the Internet of Things technology, The collaborative development and design of tasks based on the Internet of Things has been widely used.

FIG. 1 is a schematic structural diagram of an existing software collaborative development system based on an Internet of Things collaborative development platform. Referring to Fig. 1, the software development system includes: a client, a business platform and an enterprise resource planning (ERP, Enterprise Resource Planning) server, wherein,

The client communicates with the ERP server through the business platform.

The client includes: a platform communication module and a client program file management module, wherein the platform communication module is used to establish communication with the business platform; the client program file management module is used to read the data recycled during user debugging, and can Realize the automatic operation in the client debugging process and interact with the ERP server;

The business platform includes: a collaborative development scheduling module, a version control module, and an ERP server communication module. Among them, the collaborative development scheduling module is used to coordinate conflicts when different users modify program files; the version control module is used to synchronize the ERP server and the client in real time terminal file; ERP server communication module is used to establish communication between the platform and ERP server;

ERP server for storing and uploading program files.

It can be seen from the above that the existing software collaborative development system based on the Internet of Things collaborative development platform is mainly used to track and manage the collaborative development task process, and the developed program data lacks integration with the Internet of Things development platform and test platform, resulting in The separation of task management from development and testing makes collaborative development less efficient.

Contents of the invention

In view of this, the main purpose of the present invention is to propose a collaborative development system to improve the efficiency of collaborative development.

Another object of the present invention is to propose a collaborative development method to improve the efficiency of collaborative development.

In order to achieve the above object, the present invention provides a collaborative development system, the system includes: a task management module, a development platform module and a test platform module, wherein,

The task management module is used to provide a unified interface description language compilation interface, and receive members to generate source program code files and process control information according to the subtask source code information, process control information and subtask interface information input by the unified interface description language compilation interface. The file and the subtask interface file are output to the development platform module; the test success information output by the test platform module is received, and the subtask code and process control code corresponding to the test success information are stored;

The development platform module is used to receive source code files and process control files, compile them into executable code files, and output the executable code files and received subtask interface files to the IoT test platform module;

The test platform module is used to write test cases according to the received subtask interface files, and to test the received executable code files.

The test platform module further outputs the test intermediate result information to the development platform module.

The task management module includes: task division and allocation unit, task interface management unit, task code management unit, development platform interface unit and test platform interface unit, wherein,

The task division and allocation unit is used to receive task division and allocation instructions, divide and allocate tasks accordingly, and store the subtask information after division and allocation; receive output instructions from members, and store the subtask information corresponding to the members output to the task interface management unit;

The task interface management unit is used to receive subtask information, provide a unified interface description language compilation interface to members, receive subtask interface information input by members according to the unified interface description language compilation interface, generate subtask interface files, and receive import instructions from members, Output the subtask interface file corresponding to the member to the development platform interface unit;

The task code management unit is used to store and manage subtask codes; store updated subtask codes according to the test results of the test platform;

The development platform interface unit is used to provide the interface between the task interface management unit, the task code management unit and the IoT development platform module;

The test platform interface unit is used to provide an interface between the task quality monitoring unit and the IoT test platform module.

The task management module further includes:

The associated task tracking and joint debugging unit is used to detect the development status of the associated subtasks, and if the development is completed, conduct a joint test of the associated subtasks through the test environment.

The task code management unit is further used to receive the joint debugging instruction output by the associated task tracking and joint debugging unit, combine the subtask codes corresponding to the task according to the task identification contained in the joint debugging instruction, and output them through the development platform interface unit To develop platform modules for overall development and joint debugging.

The task management module further includes:

The task status management unit is used to receive and store the development information output by the development platform interface unit and the test information output by the test platform interface unit according to the preset strategy, receive query requests from members, and query the task development information corresponding to the request and display test information.

The task management module further includes:

The task quality monitoring unit is used to receive and store the task test information output by the interface unit of the test platform, receive quality monitoring requests from members, and display the task test information.

Further includes:

The member management module is used to manage member registration, logout, and authority control, receive login requests from members, authenticate members, and allow members to access after passing the authentication.

One or any combination of calendar module, forum module, feed subscription module, wiki module and blog module, wherein,

Calendar module, used to monitor access calendar events to the system, manage and store the monitored access calendar event information;

Forum module, used to provide a display interface, manage and store team discussion information;

The feed subscription module is used to receive subscription requests from members, and send the task status of the team to which the members belong according to the preset strategy;

The wiki module is used to provide wiki tools, store wiki information published by members, receive query requests from members, and display the wiki information corresponding to query requests to members;

The blog module is used to provide blog tools, store blog information published by members, receive query requests from members, and display wiki information corresponding to the query requests to members.

A collaborative development method, the method comprising:

The task management module receives the subtask source code information, flow control information, and subtask interface information of the allocated subtask input according to the provided unified interface description language compilation interface, and generates source code files, flow control files, and subtask interface files respectively , output to the IoT development platform module;

The IoT development platform module receives source code files and process control files, compiles them into executable code files, and outputs the executable code files and subtask interface files to the IoT test platform module;

The IoT test platform module writes test cases according to the received subtask interface files, and tests the received executable code files, and returns the test success information to the task management module, which stores the subtask codes corresponding to the test success information and flow control code.

The interface description file includes: Extensible Markup Language XML file, text file and notepad file.

The subtask interface information is subtask interface XML information, the subtask interface file is a subtask interface XML file, and the flow control file is a flow XML file.

Said receiving source program code files and flow control files and compiling them into executable code files specifically includes:

The development process XML parser of the Internet of Things development platform parses the subtask interface description file, organizes each source program code fragment into a complete program according to the arrangement process described in the process XML file according to the analysis result, and then compiles it into an executable code file.

Further includes:

If it is detected that the test platform has problems during the test operation, the test operation information will be fed back to the development platform;

The receiving member modifies/debugs the source program code and the executable code file compiled by the process XML file through the development platform, and tests the executable code file according to the written test case.

It can be seen from the above technical solution that in the collaborative development system and collaborative development method provided by the present invention, the task management module provides a unified interface description language compilation interface, and receives subtask source code information input by members according to the unified interface description language compilation interface, Process control information and subtask interface information, respectively generate source program code files, process control files and subtask interface files, and output them to the development platform module; receive the test success information output by the test platform module, and store the subtask codes and subtasks corresponding to the test success information Process control script; the development platform module receives source code files and process control files, compiles them into executable code files, and outputs the executable code files and subtask interface files to the IoT test platform module; the test platform module receives Write test cases for subtask interface files and test the received executable code files. In this way, task management and integration with the development platform and test platform can be realized in the collaborative development process of the IoT team, so that task management can be combined with development and testing, thereby improving the efficiency of collaborative development.

Description of drawings

FIG. 1 is a schematic structural diagram of an existing software collaborative development system based on an Internet of Things collaborative development platform.

FIG. 2 is a schematic structural diagram of a collaborative development system according to an embodiment of the present invention.

Fig. 3 is a schematic structural diagram of a task management module according to an embodiment of the present invention.

Fig. 4 is a schematic flowchart of a collaborative development method according to an embodiment of the present invention.

FIG. 5 is a schematic flow chart of a collaborative development general task according to an embodiment of the present invention.

FIG. 6 is a schematic flowchart of the development and testing of a single subtask according to an embodiment of the present invention.

FIG. 7 is a schematic flowchart of development and testing of associated tasks according to an embodiment of the present invention.

detailed description

In order to make the purpose, technical solution and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.

In the embodiment of the present invention, the integration of task management and development platform and test platform is introduced in the collaborative development system, and an integrated interface with the development platform and test platform is provided, so that task development and design can be performed based on the development platform, and the development The task data codes are automatically tested in the test platform, and the developed tasks can be modified according to the automatic test operation, so that task management can be combined with development and testing.

The Internet of Things is taken as an example below for illustration. What should be explained is that the collaborative development system and collaborative development method of the embodiment of the present invention can be used not only in the Internet of Things environment, but also in the TD-SCDMA environment and digital television environment. Its application is similar to the application in the Internet of Things environment, and will not be described in detail later.

FIG. 2 is a schematic structural diagram of a collaborative development system according to an embodiment of the present invention. Referring to Fig. 2, the system includes: a task management module, an Internet of Things development platform module and an Internet of Things test platform module, wherein,

The task management module is used to provide a unified interface description language compilation interface, and receive members to generate source program code files and process control information according to the subtask source code information, process control information and subtask interface information input by the unified interface description language compilation interface. The file and the subtask interface file are output to the IoT development platform module; the test success information output by the IoT test platform module is received, and the subtask code and process control code corresponding to the successful test information are stored;

In the embodiment of the present invention, the task management module is used to realize functions such as task division and allocation, task interface management, task status management, task quality monitoring, associated task tracking and joint debugging, task code management, etc. The integration interface of the platform module and the IoT test platform module. The interface description file may be an Extensible Markup Language (XML, Extensible MarkupLanguage) file, or a text file, a Notepad file, or a file in other forms. When the interface description file is an XML file, the subtask interface information is subtask interface XML information, the subtask interface file is a subtask interface XML file, and the process control file is a process XML file.

The Internet of Things development platform module is used to receive source code files and process XML files, compile them into executable code files, and output the executable code files and subtask interface XML files to the Internet of Things test platform module;

The Internet of Things test platform module is used to write test cases according to the received subtask interface XML files, and to test the received executable code files.

Further, the IoT test platform module outputs the test result information to the task management module, so that the task management module can manage the corresponding subtasks.

The Internet of Things test platform module can also output the test intermediate result information to the Internet of Things development platform module, so that relevant members can modify the subtask interface description file according to the test intermediate result information, and output the modified information to the Internet of Things test platform module again. test.

Preferably, the system also includes: one or any combination of member management module, resource management module, calendar module, forum module, feed (Feed) subscription module, wiki (Wiki) module and blog (Blog) module , wherein the above modules are combined with the task management module to form an Internet of Things collaborative development platform.

The member management module is used to manage member registration, logout, authority control, receive login requests from members, authenticate members, and allow members to access after passing the authentication;

The resource management module is used to manage the components, materials, etc. required to develop the task of the Internet of Things;

Calendar module, used to monitor access calendar events to the system, manage and store the monitored access calendar event information;

Forum module, used to provide a display interface, manage and store team discussion information;

The feed subscription module is used to receive subscription requests from members, and send the task status of the team to which the members belong according to the preset strategy;

In the embodiment of the present invention, members can subscribe to the task status within the team or between cooperative teams. When a member clicks on the feed subscription module, the subscribed task status is updated, and the updated content is sent to the member according to the preset strategy.

The wiki module is used to provide wiki tools, store wiki information published by members, receive query requests from members, and display the wiki information corresponding to query requests to members;

The blog module is used to provide blog tools, store blog information published by members, receive query requests from members, and display wiki information corresponding to the query requests to members.

In practical applications, it can also be expanded according to actual needs. The functions performed by the above member management module, resource management module, calendar module, forum module, feed subscription module, wiki module and blog module are coordinated with the existing software development system. The tracking and management of the development task process are similar and will not be repeated here.

Fig. 3 is a schematic structural diagram of a task management module according to an embodiment of the present invention. Referring to Fig. 3, the task management module includes: task division and allocation unit, task interface management unit, task status management unit, task quality monitoring unit, task code management unit, associated task tracking and joint debugging unit, and the Internet of Things development platform interface unit and the interface unit of the Internet of Things test platform, wherein,

The task division and allocation unit is used to receive task division and allocation instructions, divide and allocate tasks accordingly, and store the subtask information after division and allocation; receive output instructions from members, and store the subtask information corresponding to the members output to the task interface management unit;

In the embodiment of the present invention, the task division and allocation sub-module mainly implements the division and allocation of sub-tasks within the team. After discussing with team members, the team administrator divides the overall task of the team into subtasks of each member through the task division and allocation unit. Team members can query the task status and subtask information of the entire project or task in this module. Get subtask assignment results.

The task interface management unit is used to receive subtask information, provide a unified interface description language compilation interface to members, and receive subtask source code information, process control information and subtask interface information input by members according to the unified interface description language compilation interface, respectively Generate and store source program code files, process control files, and subtask interface files, receive import instructions from members, and output the subtask interface files corresponding to the members to the Internet of Things development platform interface unit;

The task interface management unit is also used to output the source program code files and process control files to the interface unit of the Internet of Things development platform, receive the test intermediate information output by the interface unit of the Internet of Things development platform, and update the stored source code files, process control files and subclasses. Task interface file.

In the embodiment of the present invention, each subtask in the team needs to use a unified interface description language to describe the external interface of the subtask, and the external interface includes an input interface and an output interface.

The task interface management module manages the interface description files of each subtask in a unified manner. Team members can generate corresponding subtask interface description files including source program code files, process control files and subtask interface files through the task interface management module. Of course, they can also The pre-compiled subtask interface description file is written into the task interface management module, and the subtask interface description file is imported from the task interface management module into the IoT development platform module through the IoT development platform interface unit, so that members can The definition of the file carries out the function development of this subtask.

The task state management unit is used to receive the development information output by the interface unit of the Internet of Things development platform and the test information output by the interface unit of the Internet of Things test platform according to the preset strategy, store them, receive query requests from members, and correspond to the query requests The task development information and test information are displayed;

In the embodiment of the present invention, the preset strategy may be to send a progress query request to the interface unit of the Internet of Things test platform and the interface unit of the Internet of Things development platform according to a predetermined period, so as to obtain corresponding development information; it may also be an Internet of Things test platform module or The IoT development platform module actively sends corresponding information to the task status management unit after performing corresponding development or testing.

The development information includes development progress information, development status information, etc. The test information includes test intermediate information and test result information, etc. The test intermediate information includes: test progress information, test status information, etc., and the test result information includes test success information and test failure information.

The task status management unit enables team members to query the status and progress of each subtask or task by recording the development and test status and related progress of each subtask.

This unit is optional.

The task quality monitoring unit is used to receive and store task test information output by the interface unit of the IoT test platform, receive quality monitoring requests from members, and display task test information so that members can improve corresponding subtasks through the IoT development platform module development;

In the embodiment of the present invention, the task quality monitoring unit manages the test information set of the task and integrates with the IoT test platform module.

This unit is optional.

The task code management unit is used to receive the test success information output by the interface unit of the Internet of Things test platform, store and manage the task codes that pass the test;

Further, the task code management unit receives the joint debugging instruction output by the associated task tracking and joint debugging unit, combines the subtask codes corresponding to the task according to the task identification included in the joint debugging instruction, and outputs it through the interface unit of the Internet of Things development platform To the IoT development platform module for overall development and joint debugging;

Task joint debugging needs to load the code of related subtasks or tasks from the task code management unit to the development and test platform for joint debugging.

In the embodiment of the present invention, the task code management unit is mainly used to store and manage task codes that pass the test.

The associated task tracking and joint debugging unit is used to monitor the status of subtasks and determine whether all subtasks of the same task have been developed. If so, send a joint debugging command to the task code management unit, carrying the task identifier;

In the embodiment of the present invention, team members not only need to know the status of their own subtasks, but also need to track the status of their associated subtasks. The associated task tracking and joint debugging unit is used to track the progress of each subtask and the status of the subtasks it manages, so that the associated subtasks that have completed the test can be combined, output to the IoT development platform module for overall development, and then output to the IoT Network test platform module for joint debugging.

Preferably, the unit can also notify the Internet of Things test platform module to output associated subtask test information to the task quality monitoring unit, so as to notify the task quality monitoring unit of changes in subtask status in time. After all the subtasks of the same task have been tested, a joint debugging command is sent to the task code management unit, and the task codes of the joint debugging subtasks are simultaneously imported into the development and testing platforms. Joint debugging test information (task test information) can also be recorded in the task quality monitoring unit.

The Internet of Things development platform interface unit is used to provide the interface between the task interface management unit, the task code management unit and the Internet of Things development platform module;

In the embodiment of the present invention, the interface unit of the Internet of Things development platform provides an integrated interface between the task interface management unit, the task state management unit (task management environment) and the Internet of Things development platform module (development environment). The development environment develops corresponding subtask functions by importing the subtask interface description files in the task management environment, and uploads the qualified code files to the task management environment after the developed subtask codes are tested and verified.

The interface unit of the Internet of Things test platform is used to provide the interface between the task quality monitoring unit, the associated task tracking and joint debugging unit, the task status management unit and the Internet of Things test platform module.

In the embodiment of the present invention, the Internet of Things test platform interface unit provides the task quality monitoring unit, associated task tracking and joint debugging unit, task status management unit (task management environment) and the interface of the Internet of Things test platform module (test environment). Upload the code files that pass the test environment test to the task management environment for storage and management. When joint debugging is performed in the task management environment, the code files of each subtask are transferred to the test environment for debugging. If you need to modify the subtask code during debugging, you need the cooperation of the development environment.

It can be seen from the above that the collaborative development system of the embodiment of the present invention introduces the integration of task management, development platform and test platform by providing a task management mechanism for collaborative development of the Internet of Things team, and accordingly performs new modifications to each functional unit of task management. The task management module provides a unified interface description language compilation interface, divides and assigns tasks, generates sub-task interface description files according to sub-tasks and outputs them to the IoT development platform module, and the IoT development platform module performs task development and will develop The tasks are output to the IoT test platform module for testing. In this way, task management and integration with the development platform and test platform can be realized in the collaborative development process of the IoT team, so that task management can be combined with development and testing, so that tasks can be developed, managed and tracked more effectively during the team development process , improving the efficiency of collaborative development.

Fig. 4 is a schematic flowchart of a collaborative development method according to an embodiment of the present invention. Referring to Figure 4, the process includes:

Step 401, the task management module receives the subtask source code information, process control information and subtask interface information of the allocated subtask input according to the provided unified interface description language compilation interface, and generates source program code files, process control files and subtask interface information respectively. task interface file;

Step 402, outputting the generated source program code file, process control file and subtask interface file to the IoT development platform module;

Step 403, the IoT development platform module receives source program code files and process XML files, and compiles them into executable code files;

Step 404, outputting the executable code file and the subtask interface XML file to the IoT test platform module;

Step 405, the Internet of Things test platform module writes test cases according to the received subtask interface XML file, and tests the received executable code file, returns the test success information to the task management module, and the task management module stores the corresponding test success information subtask code.

FIG. 5 is a schematic flow chart of a collaborative development general task according to an embodiment of the present invention. Referring to Figure 5, the process includes:

Step 501, dividing and allocating the total task;

In this step, in the development process of the IoT task, the overall task is usually a complete IoT application business. Through the division and distribution of the overall task, the overall task is divided into subtasks, and each subtask may be independent of each other, or may be mutually associated.

Step 502, generating a subtask interface description file according to the divided and assigned subtasks;

In this step, members develop subtask source program codes and write subtask interface description files, for example, XML files, according to the subtasks divided and assigned to them.

Step 503, importing the subtask interface description file, and developing the subtask in the development platform;

Step 504, testing the developed subtasks.

In this step, after the development of each subtask is completed, it is necessary to verify the combination of the task flow and each functional subtask, that is, to enter the development/test process of a single subtask, and if joint debugging of associated subtasks is required, enter the associated task Joint development/testing process.

The independent subtask collaborative development and the associated subtask collaborative development are described below respectively.

FIG. 6 is a schematic flowchart of the development and testing of a single subtask according to an embodiment of the present invention. Referring to Figure 6, the process includes:

Step 601, importing the generated subtask interface description file into the development platform;

In this step, the subtask interface description file including the subtask interface XML file, the source program code file, and the process XML file is exported to the Internet of Things development platform (Internet of Things development platform module).

Step 602, the development platform uniformly compiles the source program code and process XML file in the subtask interface description file into an executable code file, and releases the executable code file and the subtask interface XML file to the test platform;

In this step, the IoT development platform uniformly compiles the source program code and the process XML file into an executable code file. Specifically:

The development process XML parser of the Internet of Things development platform parses the subtask interface description file, organizes each source program code fragment into a complete program according to the arrangement process described in the process XML file according to the analysis result, and then compiles it into an executable code file.

After compiling into an executable code file, the executable code file is released to the Internet of Things test platform for testing, and the subtask interface XML file is also released to the test platform.

Step 603, the test platform writes test cases according to the received subtask interface XML file, and tests the received executable code file;

In this step, the test platform writes test cases according to the received subtask interface XML file, and tests the received executable code file.

Step 604, judging whether the test runs successfully, if not, output the test running information to the development platform.

In this step, if the test platform finds a problem during the test, it will feed back the test operation information, that is, the intermediate test result information to the development platform, and the members will modify/debug the source program code or process XML file through the development platform. After the test passes, the The modified and tested source code or process XML files are imported into the task management module to update the stored old files.

Further, the test result information can be recorded to the task quality monitoring unit in the task management module.

FIG. 7 is a schematic flowchart of development and testing of associated tasks according to an embodiment of the present invention. Referring to Figure 7, the process includes:

Step 701, importing the generated subtask interface description file into the development platform;

In this step, the interface XML file, source program code file, and process XML file of each subtask are exported to the IoT development platform.

Step 702, the development platform uniformly compiles the source program code and process XML file in the subtask interface description file into an executable code file;

In this step, the IoT development platform uniformly compiles the source program code and process XML file of each subtask into an executable code file.

Step 703, generating a task XML interface file according to each subtask interface XML file and the calling relationship between subtasks;

In this step, a unified XML interface file is generated from each XML interface description file according to the calling relationship between subtasks.

Step 704, publishing executable code files and task XML interface files to the test platform;

Step 705, the test platform writes test cases according to the received task XML interface file, and tests the received executable code file;

In this step, the test platform writes test cases according to the received task XML interface file, and tests the received executable code file. The test result information can be recorded to the task quality monitoring unit in the task management module.

Step 706, judge whether the test runs successfully, if not, output the test running information to the development platform.

In this step, if the test platform finds a problem during the test, it will feed back the test operation information to the development platform, and the members will modify/debug the source program code or process XML file through the development platform. After the test is passed, the source of the test will be modified and passed Program code or process XML files are imported into the task management module to update stored old files.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the protection scope of the present invention. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (14)

1. a co-development system, it is characterised in that this co-development system includes: task management Module, Internet of Things development platform module and Internet of Things test platform module, wherein,

Task management module, is used for providing unified interface to describe language compilation interface, receives member according to system One interface description language compiling interface input subtask source program code information, flow control information and Subtask interface message, generates source program code file, Row control file and subtask interface literary composition respectively Part, output is to Internet of Things development platform module；Receive being successfully tested of Internet of Things test platform module output Information, storage is successfully tested subtask code corresponding to information and Row control code；

Internet of Things development platform module, is used for receiving source program code file and Row control file, compiling Become executable code file, by the subtask interface document output of executable code file and reception To Internet of Things test platform module；

Internet of Things test platform module, uses for writing test according to the subtask interface document received Example, and the executable code file received is tested.

2. the system as claimed in claim 1, it is characterised in that described Internet of Things test platform module Further test intermediate result information is exported to Internet of Things development platform module.

3. system as claimed in claim 2, it is characterised in that described task management module includes: Task divides and connects with allocation unit, task interface administrative unit, task code administrative unit, development platform Mouth unit and test platform interface unit, wherein,

Task divides and allocation unit, is used for the task that receives and divides and distribution instruction, carries out task accordingly Division and distribution, and store divide and distribution after subtask information；Receive the output from member to refer to Order, exports subtask information corresponding for this member to task interface administrative unit；

Task interface administrative unit, is used for receiving subtask information, provides unified interface to describe language to member Speech compiling interface, receives member and describes the subtask interface letter of language compilation interface input according to unified interface Breath, generates subtask interface document, receives the importing instruction of member, is connect subtask corresponding for this member Mouth file exports to development platform interface unit；

Task code administrative unit, is used for storing and manage subtask code；According to Internet of Things test platform Subtask code after the test result storage renewal of module；

Development platform interface unit, be used for providing task interface administrative unit, task code administrative unit with The interface of Internet of Things development platform module；

Test platform interface unit, is used for providing Task Quality monitoring unit and Internet of Things test platform module Interface.

4. system as claimed in claim 3, it is characterised in that described task management module is further Including:

Associated task is followed the tracks of and joint debugging unit, for detecting the development status of association subtask, if exploitation Complete, be associated the joint test of subtask by test environment.

5. system as claimed in claim 4, it is characterised in that described task code administrative unit is entered One step follows the tracks of the joint debugging instruction with the output of joint debugging unit for receiving associated task, comprises according to joint debugging instruction Task identification, each subtask code corresponding for this task is combined, by development platform interface list Unit exports to Internet of Things development platform module to carry out whole development and combined debugging.

6. system as claimed in claim 3, it is characterised in that described task management module is further Including:

Task status administrative unit, for defeated according to the Policy receipt development platform interface unit pre-set The exploitation information gone out and the test information of test platform interface unit output, to the exploitation information received Store with test information, receive the inquiry request from member, task corresponding for inquiry request is opened Photos and sending messages and test information are shown.

7. system as claimed in claim 3, it is characterised in that described task management module is further Including:

Task Quality monitoring unit, for receiving the task test information of test platform interface unit output, The task test information received is stored, receives the quality monitoring request of member, task is tested Information is shown.

8. the system as described in any one of claim 1 to 7, it is characterised in that farther include:

Member management module, for managing the registration of member, cancellation, control of authority, receives from member Logging request, member is authenticated, certification by rear permission member access.

9. system as claimed in claim 8, it is characterised in that farther include: calendaring module, One in forum module, feeding subscribing module, dimension visitor's module and blog module or its combination in any, Wherein,

Calendaring module, for the monitoring access calendar event to system, manages and stores the access monitored Calendar event information；

Forum module, is used for providing display interface, manages and store the discussion information of team；

Feeding subscribing module, asks, by the task of team belonging to member for receiving the subscription from member State is according to the strategy transmission pre-set；

Dimension visitor's module, is used for providing dimension visitor's instrument, dimension visitor's information of storage members publishes, receives member's Inquiry request, by dimension visitor's information corresponding for inquiry request to members show；

Blog module, is used for providing blog instrument, the blog information of storage members publishes, receives member's Inquiry request, by dimension visitor's information corresponding for inquiry request to members show.

10. a co-development method, it is characterised in that the method includes:

Task management module receives the distribution describing the input of language compilation interface according to the unified interface provided Subtask source program code information, flow control information and the subtask interface message of subtask, point Not Sheng Cheng source program code file, Row control file and subtask interface document, export to Internet of Things and open Send out console module；

Internet of Things development platform module receives source program code file and Row control file, is compiled into and can hold The code file of row, exports executable code file and subtask interface document to Internet of Things test Console module；

Internet of Things test platform module writes test case according to the subtask interface document received, and right The executable code file received is tested, and the information that will be successfully tested returns to task management module, appoints Business management module stores is successfully tested subtask code corresponding to information and Row control code.

11. methods as claimed in claim 10, it is characterised in that interface describes file and includes: can Extended-boundary-condition method file, text and notepad file.

12. methods as claimed in claim 11, it is characterised in that described subtask interface message is Subtask interface XML information, subtask interface document is subtask interface XML file, flow process control File processed is process XML file.

13. methods as claimed in claim 12, it is characterised in that described reception source program code literary composition Part and Row control file, be compiled into executable code file and specifically include:

The development process XML parser of Internet of Things development platform module resolves subtask interface and describes literary composition Part, according to analysis result by each source program code fragment according to the layout stream described in process XML file Journey is organized into complete program, then is compiled into executable code file.

14. methods as described in any one of claim 10 to 13, it is characterised in that farther include:

If monitoring Internet of Things test platform module to go wrong in test run, test run is believed Breath feeds back to Internet of Things development platform module；

Receive member and revise/debug source program code and flow process XML by Internet of Things development platform module The executable code file that file is compiled into, enters this executable code file according to the test case write Row test.