CN109377011A - The software docking development approach and system quickly delivered - Google Patents
The software docking development approach and system quickly delivered Download PDFInfo
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- CN109377011A CN109377011A CN201811120486.7A CN201811120486A CN109377011A CN 109377011 A CN109377011 A CN 109377011A CN 201811120486 A CN201811120486 A CN 201811120486A CN 109377011 A CN109377011 A CN 109377011A
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Abstract
The present invention relates to field of computer technology, and in particular to the software docking development approach and system that one kind is quickly delivered.Client, which issues software by client, docks development task demand, including software primary demand information, Software Architecture Design document, Software Interface Design document, front-end code, back-end code；Development task demand is docked according to software and calculates overall development workload and total development cost, and exploration project demand is divided into several subtasks；Engineer user uploads the delivery achievement of task to server end in the business time limit in office；Whether server end judges Mission Success according to task completion time and task completeness, close the account to client and user terminal.Entire software docking development task is divided into multiple subtasks according to interface quantity, and multiple engineer's parallel processings are distributed into subtask, the exploitation of whole software product can be taken into account, also can guarantee that each specific interface can be developed in place.
Description
Technical field
The present invention relates to field of computer technology, and in particular to the software docking development approach and be that one kind is quickly delivered
System.
Background technique
It is client's release tasks first that traditional software, which docks development process to be, provides demand by client, recruits engineering
After teacher, client and engineer link up clear requirement details, corresponding expense is paid；Subsequently into the development phase, engineer is according to need
It asks document to be developed, software overall code is submitted in development process, consigns to client；After client receives software overall code,
Provide suggestion for revision, engineer's cooperation is modified perfect, then is carried out an acceptance inspection by client, is paid remaining development cost.Currently, shadow
The bottleneck for ringing platform development working efficiency essentially consists in demand communication and the two links of co-development, is directed to a large amount of work
Communication work between Cheng Shi and client, between engineer and engineer.On the one hand artificial link up is easy omission or misreads to need
Details is sought, confirmation is on the other hand linked up repeatedly and takes a long time, to cause the delay of delivery time.
And software docking exploitation generally comprises multiple interfaces, each interface function is different, and entire development task amount is larger,
Distribute to an engineer carry out exploitation be difficult to complete within the regulation time limit.And software docking development task is split to multiple works
Cheng Shi, which is jointly processed by, needs suitable allocation strategy, is otherwise equally difficult to ensure smoothly completing for task.
Summary of the invention
The purpose of the present invention is to the defects of the prior art, and providing one kind can be for having multiple interfaces, each
The different software docking of interface function develops and a large software docking development task can be resolved into multiple tasks and closes
Reason distribution, the software docking development approach quickly delivered and system of task of entire task being enable within a specified time to complete.
The software docking exploitation that one kind of the invention is quickly delivered, technical solution are, comprising:
1) client issues software docking development task demand by client；The software docking exploitation is appointed
Business demand includes software primary demand information, the Software Architecture Design document, Software Interface Design document, front end generation that client submits
Code, back-end code；
2) server end docks development task demand according to software and calculates overall development workload and total development cost, will open
Hair project demands are divided into several subtasks, and the deadline of any one subtask is less than mandatory period；
3) the registration signal that received server-side engineer user is sent by user terminal, and generate registration list；
4) multiple engineer users that server end is distributed to several described subtasks parallel in registration list are parallel
Processing；
5) engineer user by user terminal confirm receive distribution task, in deadline of task complete development task and to
Server end uploads the delivery achievement of task, and the delivery achievement of the task is software overall code；
6) the delivery achievement of all tasks of received server-side judges task according to task completion time and task completeness
Success or not is closed the account according to whether Mission Success to client and user terminal.
More preferred, the registration list is ranked up according to the working efficiency of engineer, and the subtask is according to report
The sequence of list of file names is sequentially allocated to multiple engineer's parallel processings in registration list, the subtask and processing subtask
Engineer's quantity is consistent.
It is more preferred, further comprising the steps of after the task is assigned:
41) engineer user sends confirmation order instruction to server end by user terminal, and received server-side confirmation connects
Single instrction simultaneously starts timing；
42) if the number in alternative engineer's list is greater than 0 and is less than number of tasks or does not receive in specified time all really
Recognize order instruction, then server end sends distribution failure command and the instruction that asks for a postponement to client, goes to step 43), if alternatively
Number in engineer's list is 0, then server end sends distribution failure command to client, and project terminates；
43) client receives distribution failure command and the instruction that asks for a postponement by client, sends to server end and agrees to prolong
Phase instruction or project END instruction, received server-side agree to delay to instruct will then own according to alternative engineer's tab sequential
Task is distributed to engineer user, and resets mandatory period according to alternative engineer's number.
More preferred, the overall development workload illustrates that the interface quantity in document is counted according to software interface
It calculates；
The subtask quantity is consistent with interface quantity, and each subtask is the development task of individual interface；
The overall development workload is the sum of several interface exploitation workloads corresponding with interface quantity.
It is more preferred, it is sent after the delivery achievement of all tasks of received server-side to client terminal in the step 6)
Project completes message, and project enters quality guarantee period；
Within the quality guarantee time limit of setting, client submits the suggestion for revision of task based access control by client terminal, and server will be repaired
Change opinion and be sent to corresponding user terminal, engineer user modifies to task, and is mentioned by user terminal to server
Modified code is handed over, modified code is deployed to test environment and sends page access address to client terminal by server
With code download address.
More preferred, after the quality guarantee time limit, server is according to disbursement and sattlement is carried out whether Mission Success, by task knot
It calculates the amount of money and pays the account specified to the corresponding user terminal of the task, and send clearing message to user terminal；
Mission Success, that is, the engineer has submitted software overall code in mandatory period, and software overall code does not need
Modification, or modification qualified time can then obtain task expense in full within the quality guarantee time limit；
Mission failure, that is, the engineer submits software overall code not in mandatory period, or has submitted software whole generation
Code, but the time for completing modification has exceeded the quality guarantee time limit.
It is more preferred, in the step 5), if actively abandoning task in engineer user's business time limit in office, pass through use
Assignment instructions are abandoned to server end transmission in family end, and server end judges according to mandatory period remaining time and average operating rate
Whether task-delay is needed, be, sent the instruction that asks for a postponement to client, otherwise redistribute this task；Client passes through
Client receives the instruction that asks for a postponement, and returns and agrees to that then server end redistributes this task for extension instruction, return project
END instruction then server end to client send expense return instruction.
For a kind of software docking development system quickly delivered of the invention, technical solution are as follows: including
Client, it is overall for the software docking development task demand of client to be sent to server end, is paid for client
Development cost, and receive the delivery achievement from server end；
User terminal, for obtaining the software primary demand information in software docking development task demand, Software Architecture Design
Document, Software Interface Design document, front-end code, back-end code send the instruction of registration task, confirmation receives appointing for distribution
It is engaged in, from server end downloading software development requirement, development task is completed in mandatory period and uploads completion to server end
Software overall code；
Server end, server end dock development task demand according to software and calculate overall development workload and total fee to develop
With exploration project demand being divided into several subtasks, the deadline of any one subtask is less than mandatory period；
The registration signal that engineer user is sent by user terminal is received, and generates registration list；Several subtasks are distributed parallel
To multiple engineer user's parallel processings in registration list, the delivery achievement that user terminal uploads is received, and complete according to task
Whether judging Mission Success at time and task completeness, take according to whether Mission Success to client and family terminal payoff
With.
More preferred, the server end includes task management module, and the task management module is for receiving
Registration list is generated according to engineer's working efficiency of having registered after the registration signal that engineer sends, and by several subtasks
It is sequentially allocated according to the sequence of registration list to multiple engineer's parallel processings in registration list；The subtask quantity with connect
Mouth quantity is consistent, and each subtask is the development task of individual interface, and each engineer only distributes a subtask.
More preferred, the server end further includes
File storage module, the software for storing client's submission dock development task demand file；
Delivery management module: achievement is delivered for uploading for user terminal, for client call；
Management module is modified, submits task test modifications opinion for client, engineer checks suggestion for revision and feeds back and repairs
Change result phase.
The invention has the benefit that realizing software docking exploitation, process standardization, business using standardized process
Standard process avoids the confirmation repeatedly to wide variety of conventional demand, reduces the communication workload of client and engineer.It will be whole
A software docking development task is divided into multiple subtasks according to interface quantity, and multiple engineers are distributed in subtask and are located parallel
Reason, can take into account the exploitation of whole software product, also can guarantee that each specific interface can be developed in place, and multiple engineers
Parallel processing can greatly improve development rate, guarantee that entire software docking development task can be completed within the regulation time limit.
Meanwhile each interface needs are docked with front-end and back-end, the function of each interface is all different, and there is larger difference each other
It is different.Each engineer only handles an interface, then only needs to handle simple function, further increase development efficiency.
Detailed description of the invention
Fig. 1 is the flow chart that a kind of software quickly delivered of the present invention docks development approach；
Fig. 2 is the integrated stand composition that a kind of software quickly delivered of the present invention docks development system；
Fig. 3 is Fig. 2 server end module diagram.
Specific embodiment
The following further describes the present invention in detail with reference to the accompanying drawings and specific embodiments, convenient for this hair is well understood
It is bright, but they limiting the invention.
As shown in Figure 1, a kind of software docking development approach quickly delivered includes:
Step 1, client docks development task demand in 1 Input Software of client, and the software submitted including client needs substantially
Ask information, Software Architecture Design document, Software Interface Design document, front-end code, back-end code.Client passes through in client 1
Demand file is passed, after server end 3 receives demand file, according to filename back page title.Client need to only mention according to system
Show and above-mentioned necessary information is provided, other detailed requirements information are included in design documentation, and client does not need to provide greater demand
Information reduces demand to the greatest extent and links up workload.
Step 2, server end 3 docks development task demand according to software and calculates overall development workload and total fee to develop
With exploration project demand being divided into several subtasks, the deadline of any one subtask is less than mandatory period.
Overall development workload illustrates that the interface quantity in document is calculated according to software interface；
The subtask quantity is consistent with interface quantity, and each subtask is the development task of individual interface；
The overall development workload is the sum of several interface exploitation workloads corresponding with interface quantity.
Step 3, all engineer users obtain mission bit stream by user terminal 2, and pass through user terminal 2 to server end 3
Send the instruction of registration task.Engineer user is ready after user terminal 2 receives the mission bit stream newly issued in fixed time limit
Interior completion development task can then send the instruction for the task of registering to server end 3.It is logical that server end 3 receives engineer user
The registration signal of the transmission of user terminal 2 is crossed, and generates registration list.Wherein, registration list is carried out according to the working efficiency of engineer
Sequence.
Step 4, multiple engineer users that server end 3 is distributed to several subtasks parallel in registration list are parallel
Processing, the specific method is as follows:
Registration list be ranked up according to the working efficiency of engineer, the subtask according to registration list sequence successively
Multiple engineer's parallel processings in registration list are distributed to, the subtask is consistent with processing engineer's quantity of subtask.
For example, client has issued the software docking development task an of enterprise web site, the software interface submitted according to client
Illustrate document, task distribution condition is as follows:
It is further comprising the steps of after task is assigned:
41) engineer user sends confirmation order instruction to server end 3 by user terminal 2, and server end 3 receives confirmation
Order instructs and starts timing；
42) if the number in alternative engineer's list is greater than 0 and is less than number of tasks or does not receive in specified time all really
Recognize order instruction, then server end 3 sends distribution failure command and the instruction that asks for a postponement to client 1, goes to step 43), if standby
Selecting the number in engineer's list is 0, then server end 3 sends distribution failure command to client 1, and project terminates；
43) client receives distribution failure command and the instruction that asks for a postponement by client 1, sends and agrees to server end 3
Extension instruction or project END instruction, the reception agreement of server end 3 delays to instruct then will according to alternative engineer's tab sequential
All tasks are distributed to engineer user, and reset mandatory period according to alternative engineer's number.
Step 5, engineer user receives the task of distribution by the confirmation of user terminal 2, and exploitation is completed in deadline of task and is appointed
It is engaged in and uploads to server end 3 the delivery achievement of task, the delivery achievement of the task is software overall code.
Engineer user receives the task of distribution by the confirmation of user terminal 2, downloads software development requirement from server end 3,
In mandatory period deadline task and to server end 3 upload deliver achievement, deliver achievement be software docking exploitation original text.
After user terminal 2 receives the task message of distribution, the design for downloading corresponding page from server end 3 needs engineer
File is sought, is standardized design work according to Platform Designing specification.
If actively abandoning task in engineer user's business time limit in office, abandoned by user terminal 2 to the transmission of server end 3
Assignment instructions, server end 3 develop rate according to mandatory period remaining time and averagely and judge whether to need task-delay, are then
The instruction that asks for a postponement is sent to client 1, otherwise redistributes this task；Client is asked for a postponement by the reception of client 1
Instruction returns and agrees to that then server end 3 redistributes this task for extension instruction, is detached from the task for current engineer, will
The page that the engineer does not submit is reassigned to Other Engineering teacher in queue, sends task to the user terminal 2 of substitute engineer
Distribute information；Then server end 3 to 1 transmission expense of client returns instruction to the END instruction of return project.
Step 6, server end 3 receives the delivery achievement of all tasks, is sentenced according to task completion time and task completeness
Whether disconnected Mission Success, close the account according to whether Mission Success to client 1 and user terminal 2.
After engineer within a specified time has submitted software overall code, server end 3 sends project to client 1 and completes
Message, project enter quality guarantee period.Within the quality guarantee time limit of setting, client submits the suggestion for revision of task based access control by client 1,
Suggestion for revision is sent to corresponding user terminal 2 by server end 3, and engineer user modifies to task, and passes through user terminal 2
Modified software overall code is submitted to server end 3, server end 3 sends out modified software overall code download address
It send to client 1.
After the quality guarantee time limit, server 3 pays task settlement amounts according to disbursement and sattlement is carried out whether Mission Success
The account specified to the corresponding user terminal 2 of the task, and clearing message is sent to user terminal 2；
Mission Success, that is, the engineer has submitted software overall code in mandatory period, and software overall code does not need
Modification, or modification qualified time can then obtain task expense in full within the quality guarantee time limit；
Mission failure, that is, the engineer submits software overall code not in mandatory period, or has submitted software whole generation
Code, but the time for completing modification has exceeded the quality guarantee time limit.
As shown in Fig. 2, a kind of system based on software docking exploitation includes:
Client 1, it is total for the software docking development task demand of client to be sent to server end 3, is paid for client
Body development cost, and receive the delivery achievement from server end 3；
User terminal 2, for obtaining the software primary demand information in software docking development task demand, Software Architecture Design
Document, Software Interface Design document, front-end code, back-end code send the instruction of registration task, confirmation receives appointing for distribution
Business downloads software development requirement from server end 3, and development task is completed in mandatory period and is uploaded to server end 3 to complete
Software overall code；
Server end 3 calculates overall development workload and total development cost for docking development task demand according to software,
Exploration project demand is divided into several subtasks, the deadline of any one subtask is less than mandatory period；It connects
It receives engineer user and passes through the registration signal that user terminal 2 is sent, and generate registration list；Several subtasks are distributed to parallel
Multiple engineer user's parallel processings in registration list receive the delivery achievement that user terminal 2 uploads, and are completed according to task
Whether time and task completeness judge Mission Success, according to whether Mission Success to client and family terminal payoff expense.
As shown in figure 3, server end 3 further includes task management module 301, more preferably, the server end 3 includes
Task management module 301, the task management module 301 are used for the basis after the registration signal for receiving engineer's transmission and have reported
Name engineer's working efficiency generates registration list, and several subtasks are sequentially allocated according to the sequence of registration list to report
Multiple engineer's parallel processings in list of file names；The subtask quantity is consistent with interface quantity, and each subtask is single
The development task of a interface, each engineer only distribute a subtask.
More preferred, the server end 3 further includes
File storage module 302, the software for storing client's submission dock development task demand file；
Delivery management module 303: achievement is delivered for uploading for user terminal 2, is called for client 1；
Management module 304 is modified, submits task test modifications opinion for client, engineer checks suggestion for revision and feeds back
Modify result phase.
Although the preferred embodiment of the present invention is described above in conjunction with attached drawing, the invention is not limited to upper
The specific real mode stated, the above mentioned embodiment is only schematical, is not restrictive, the common skill of this field
Art personnel under the inspiration of the present invention, without breaking away from the scope protected by the purposes and claims of the present invention, can be with
The specific transformation of many forms is made, these all belong to the scope of protection of the present invention interior.
Claims (10)
1. the software docking development approach that one kind is quickly delivered, it is characterised in that: described method includes following steps:
1) client issues software docking development task demand to server end (3) by client (1)；The software docking exploitation
Mission requirements include software primary demand information, the Software Architecture Design document, Software Interface Design document, front end that client submits
Code, back-end code；
2) server end (3) docks development task demand according to software and calculates overall development workload and total development cost, will open
Hair project demands are divided into several subtasks, and the deadline of any one subtask is less than mandatory period；
3) server end (3) receives the registration signal that engineer user is sent by user terminal (2), and generates registration list；
4) multiple engineer users that server end (3) is distributed to several described subtasks parallel in registration list locate parallel
Reason；
5) engineer user by user terminal (2) confirmation receive distribution task, in deadline of task complete development task and to
Server end (3) uploads the delivery achievement of task, and the delivery achievement of the task is software overall code；
6) server end (3) receives the delivery achievement of all tasks, judges task according to task completion time and task completeness
Success or not is closed the account according to whether Mission Success to client (1) and user terminal (2).
2. the software docking development approach according to claim 1 quickly delivered, it is characterised in that: the registration list is pressed
It is ranked up according to the working efficiency of engineer, the subtask is sequentially allocated according to the sequence of registration list in registration list
Multiple engineer's parallel processings, the subtask are consistent with processing engineer's quantity of subtask.
3. the software docking development approach according to claim 1 quickly delivered, which is characterized in that the task distributes
Bi Hou, further comprising the steps of:
41) engineer user sends confirmation order instruction to server end (3) by user terminal (2), and server end (3) receives true
Recognize order to instruct and start timing；
42) if the number in alternative engineer's list is less than number of tasks greater than 0 or does not receive whole confirmations in specified time and connects
Single instrction, then server end (3) sends distribution failure command and the instruction that asks for a postponement to client (1), goes to step 43), if standby
Selecting the number in engineer's list is 0, then server end (3) sends distribution failure command to client (1), and project terminates；
43) client receives distribution failure command and the instruction that asks for a postponement by client (1), sends and agrees to server end (3)
Delay to instruct or project END instruction, server end (3) receive instruction of agreeing to delay then according to alternative engineer's tab sequential
All tasks are distributed to engineer user, and mandatory period is reset according to alternative engineer's number.
4. the software docking development approach according to claim 2 quickly delivered, it is characterised in that: the overall development work
The interface quantity illustrated according to software interface in document is measured to be calculated；
The subtask quantity is consistent with interface quantity, and each subtask is the development task of individual interface；
The overall development workload is the sum of several interface exploitation workloads corresponding with interface quantity.
5. the software docking development approach according to claim 4 quickly delivered, it is characterised in that: clothes in the step 6)
Project is sent to client terminal (1) after the delivery achievement of all tasks of device end (3) reception of being engaged in and completes message, and project enters quality guarantee
Phase；
Within the quality guarantee time limit of setting, client submits the suggestion for revision of task based access control by client terminal (1), and server (3) will
Suggestion for revision is sent to corresponding user terminal (2), and engineer user modifies to task, and by user terminal (2) to
Server (3) submits modified code, and modified code is deployed to test environment and to client terminal by server (3)
(1) page access address and code download address are sent.
6. the software docking development approach according to claim 5 quickly delivered, it is characterised in that: the quality guarantee time limit terminates
Afterwards, task settlement amounts are paid user corresponding to the task according to disbursement and sattlement is carried out whether Mission Success by server (3)
The specified account of terminal (2), and clearing message is sent to user terminal (2)；
Mission Success, that is, the engineer has submitted software overall code in mandatory period, and software overall code does not need to repair
Change, or modification qualified time can then obtain task expense in full within the quality guarantee time limit；
Mission failure, that is, the engineer submits software overall code not in mandatory period, or has submitted software overall code,
But the time for completing modification has exceeded the quality guarantee time limit.
7. the software docking development approach according to claim 1 quickly delivered, it is characterised in that: in the step 5),
If actively abandoning task in engineer user's business time limit in office, is sent by user terminal (2) to server end (3) and abandon task
Instruction, server end (3) judge whether to need task-delay according to mandatory period remaining time and average operating rate, be then to
Client (1) sends the instruction that asks for a postponement, and otherwise redistributes this task；Client receives request by client (1) and prolongs
Phase instruction returns and agrees to that then server end (3) redistributes this task for extension instruction, returns to project END instruction and then services
Instruction is returned to client (1) transmission expense in device end (3).
8. the software docking development system that one kind is quickly delivered, which is characterized in that including
Client (1), it is total for the software docking development task demand of client to be sent to server end (3), is paid for client
Body development cost, and receive the delivery achievement for coming from server end (3)；
User terminal (2), for obtaining the software primary demand information in software docking development task demand, Software Architecture Design text
Shelves, Software Interface Design document, front-end code, back-end code send the task of instruction, the confirmation reception distribution of registration task,
From server end (3) downloading software development requirement, development task is completed in mandatory period and is uploaded to server end (3) to complete
Software overall code；
Server end (3), server end (3) dock development task demand according to software and calculate overall development workload and total exploitation
Exploration project demand is divided into several subtasks by expense, and the deadline of any one subtask is less than the task phase
Limit；It receives engineer user and passes through the registration signal that user terminal (2) are sent, and generate registration list；Simultaneously by several subtasks
Row distributes to multiple engineer user's parallel processings in registration list, receives the delivery achievement that user terminal (2) upload, Yi Jigen
Whether judging Mission Success according to task completion time and task completeness, according to whether Mission Success to client (1) and family
Terminal (2) is closed the account.
9. the software docking development system according to claim 8 quickly delivered, it is characterised in that: the server end
It (3) include task management module (301), the task management module (301) is used in the registration letter for receiving engineer's transmission
Registration list is generated according to engineer's working efficiency of having registered after number, and by several subtasks according to the sequence of registration list
It is sequentially allocated to multiple engineer's parallel processings in registration list；The subtask quantity is consistent with interface quantity, Mei Gesuo
The development task that subtask is individual interface is stated, each engineer only distributes a subtask.
10. the software docking development system according to claim 8 quickly delivered, it is characterised in that: the server end
(3) further include
File storage module (302), the software for storing client's submission dock development task demand file；
Delivery management module (303): achievement is delivered for uploading for user terminal (2), is called for client (1)；
It modifies management module (304), submits task test modifications opinion for client, engineer checks suggestion for revision and feeds back and repairs
Change result phase.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111866118A (en) * | 2020-07-16 | 2020-10-30 | 武汉空心科技有限公司 | Working platform file storage and transmission method and system |
| CN111915230A (en) * | 2020-08-22 | 2020-11-10 | 武汉空心科技有限公司 | Quick delivery-based work platform task settlement method |
| CN112330372A (en) * | 2020-11-30 | 2021-02-05 | 武汉空心科技有限公司 | Software development working platform task cost estimation method |
| CN113762722A (en) * | 2021-08-09 | 2021-12-07 | 深圳前海爱客风信息技术有限公司 | Method and apparatus for collaborative development of software projects |
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| CN108280631A (en) * | 2018-02-10 | 2018-07-13 | 武汉空心科技有限公司 | A kind of front end development task management-control method and system |
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| CN108280631A (en) * | 2018-02-10 | 2018-07-13 | 武汉空心科技有限公司 | A kind of front end development task management-control method and system |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111866118A (en) * | 2020-07-16 | 2020-10-30 | 武汉空心科技有限公司 | Working platform file storage and transmission method and system |
| CN111915230A (en) * | 2020-08-22 | 2020-11-10 | 武汉空心科技有限公司 | Quick delivery-based work platform task settlement method |
| CN112330372A (en) * | 2020-11-30 | 2021-02-05 | 武汉空心科技有限公司 | Software development working platform task cost estimation method |
| CN113762722A (en) * | 2021-08-09 | 2021-12-07 | 深圳前海爱客风信息技术有限公司 | Method and apparatus for collaborative development of software projects |
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