CN106294112A - Real time multi-human computer program based on the Internet exploitation debugging System and method for - Google Patents
Real time multi-human computer program based on the Internet exploitation debugging System and method for Download PDFInfo
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- CN106294112A CN106294112A CN201510297256.8A CN201510297256A CN106294112A CN 106294112 A CN106294112 A CN 106294112A CN 201510297256 A CN201510297256 A CN 201510297256A CN 106294112 A CN106294112 A CN 106294112A
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- 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
Abstract
The present invention relates to a kind of real time multi-human computer program based on the Internet exploitation debugging System and method for.This system includes: development environment real-time synchronization subsystem, for the configuration information that synchro edit device is relevant to translation and compiling environment；File and code real-time synchronization subsystem, for synchronous documents tree construction and code text information；Debugging message real-time synchronization subsystem, for the Debugging message of synchronization program；Behaviortrace and synchronization subsystem in real time, for receiving the behavioural information of the user that above three subsystem produces, and is synchronized to server by the behavioural information of the user received.The present invention can make the author (developer of software) of multidigit program under conditions of Internet connectivity, the work such as real-time synchronization completion code is write, debugged, test process and combine the comprehensive software engineering deveironment of these work.
Description
Technical field
The present invention relates to communication, computer program design, computer code design and the technical field of man-machine interaction, be specifically related to
A kind of people of permission carry out the System and method for of online computer program exploitation and debugging based on the Internet.
Background technology
Along with information technology, the fast development of Internet technology, the demand that people develop for computer program the most constantly increases.
People are when carrying out computer software programs exploitation, in addition to single stand-alone development, also often compile pair programming, multiple person cooperational
Journey has certain requirement.Under conventional situation, people by being used in conjunction with a computer synchronous development or can only use multiple stage to calculate
Develop in turn between machine timesharing, significantly limit many people and carry out the probability of efficient computer program exploitation simultaneously.
The demands such as real-time online teaching, real-time online collaborative development, real-time online interaction programming interview are more and more stronger.
The exploitation debugging of real time multi-human computer program, for including but not limited to the many actual application scenarios of above scene, all has directly
Technical support effect.Therefore, one based on the Internet online real time multi-human computer program exploitation debugging technical scheme and be
It is urgent that the realization of system seems especially.
The technology of online real time multi-human computer program based on the Internet exploitation debugging will make real-time online teaching be possibly realized,
Course initiator can allow course learning person see the program of real-time synchronization, and then complete study by the way of programming；
Meanwhile, the scene such as real-time online collaborative development, real-time online interaction programming interview also becomes more because of the complete scheme of technique
Efficiently, multidigit developer can operate an engineering project simultaneously and realize real-time synchronization, and interviewee and interviewee can also be led to
Cross similar mode to there being a more specific understanding each other.Thus, this technical scheme and the proposition of system be have extremely important
Meaning.
Summary of the invention
It is an object of the present invention to provide the System and method for of a kind of real time multi-human computer program exploitation debugging, thus allow multidigit
The author (developer of software) of program is under conditions of Internet connectivity, and real-time synchronization completion code is write, debugs, surveyed
Several classes work such as examination process and the comprehensive software engineering deveironments of above these several the work of combination.
It is an object of the invention to be achieved through the following technical solutions:
A kind of system of real time multi-human computer program based on the Internet exploitation debugging, this system includes:
Development environment real-time synchronization subsystem, for the configuration information that synchro edit device is relevant to translation and compiling environment；
File and code real-time synchronization subsystem, for synchronous documents tree construction and code text information；
Debugging message real-time synchronization subsystem, for the Debugging message of synchronization program；
Behaviortrace and synchronization subsystem in real time, for receiving the behavioural information of the user that above three subsystem produces, and will
The behavioural information of the user received is synchronized to server.
Further, described development environment real-time synchronization subsystem includes editing machine style setting synchronizing information module, editing machine merit
Energy preference configuration information synchronization module and translation and compiling environment configuration information synchronization module, be respectively described below:
A) editing machine style setting synchronizing information module: user can select a pre-set editing machine pattern, and
Part format therein is modified, after user preserves and arranges, the operation behavior information of user is sent to real-time row
For following the trail of and synchronization subsystem, real-time behaviortrace update, with synchronization subsystem, the information preserved on server.
The editing machine style setting information of each user can individually be protected by this editing machine style setting synchronizing information module
Deposit, and asynchronous to all of user.
B) editing machine function preference configuration information synchronization module: user can carry out personalization to the function preference of editing machine and repair
Change, after user preserves and arranges, the operation behavior information of user is sent to real-time behaviortrace and synchronization subsystem, by
Behaviortrace updates, with synchronization subsystem, the information preserved on server in real time.
This editing machine function preference configuration information synchronization module can be to the editing machine function preference configuration information list of each user
Solely preserve, and asynchronous to all of user.
C) translation and compiling environment configuration information synchronization module: user can select a pre-set translation and compiling environment, and to it
In part arrange modify, when user preserve arrange after, the operation behavior information of user is sent to real-time behavior and chases after
Track and synchronization subsystem, updated, with synchronization subsystem, the information preserved on server by real-time behaviortrace.
This translation and compiling environment configuration information synchronization module needs to synchronize, the translation and compiling environment configuration information of all user when one
When new user joins project, the latest version information on server can be sent to by translation and compiling environment configuration information synchronization module
He.
Further, described file and code real-time synchronization subsystem include file directory information synchronization module, code text information
Synchronization module and cursor behavior synchronizing information module, be respectively described below:
A) file directory information synchronization module: receive the user operation information to file directory, when user carries out newly-built literary composition
After the operation such as part or catalogue, amendment file or catalogue, deletion file or catalogue, the operation behavior information of user is sent to reality
Time behaviortrace and synchronization subsystem.
This document directory information synchronization module can obtain, with synchronization subsystem, the use preserved on server by real-time behaviortrace
The item file bibliographic structure of person, and show with the form of directory tree for user.When the information version ratio preserved on server makes
During local new of user, will automatically by the version synchronization that preserves on server to user this locality；When user is to local literary composition
When part bibliographic structure is modified, then the operation information of user can be sent to real-time behaviortrace and synchronization subsystem, by reality
Time behaviortrace and synchronization subsystem update the information preserved on server.When user deletes a file or catalogue, if
The online user having other is currently in use the file under that file or catalogue, then delete failure, and be apprised of this document or
Catalogue is currently being used.
This document directory information synchronization module needs to synchronize, the file directory information of all user when a new use
When person joins project, the latest version information on server can be sent to him by file directory information synchronization module.
B) code text synchronizing information module: receive the user operation information to code text, when user carries out inserting literary composition
This, delete the operations such as text, amendment text, mobile text after, the operation behavior information of user is sent to real-time behavior and chases after
Track and synchronization subsystem.
This code text synchronizing information module can obtain, with synchronization subsystem, the use preserved on server by real-time behaviortrace
The item code file content of person, and be that user is in text filed interior displaying.When the FileVersion preserved on server ratio uses
During local new of person, automatically the FileVersion preserved on server will be synchronized to user this locality；When user is to this locality
When file content is modified, then the operation information of user can be sent to real-time behaviortrace and synchronization subsystem, by real time
Behaviortrace updates, with synchronization subsystem, the FileVersion preserved on server.
When FileVersion on server is synchronized to user this locality by this code text synchronizing information module, when server version
When the change content of change content and user this locality is not at same position, now code text information can be merged, with
Time retain the change of two sides.
When FileVersion on server is synchronized to user this locality by this code text synchronizing information module, when server version
Change content and user local change content when being in same position, it is possible that with user local code text message
Situation about having conflicted, now can allow user manually solve conflict.
This code text synchronizing information module needs to synchronize, the code text information of all user when a new use
When person joins project, the latest version information on server can be sent to him by code text synchronizing information module.
C) cursor behavior synchronizing information module: receive the operation information that the cursor behavior of user produces, by the operation of user
Behavioural information is sent to real-time behaviortrace and synchronization subsystem.
This cursor behavior synchronizing information module can obtain other that preserve on server by real-time behaviortrace and synchronization subsystem
The cursor position of online user, and be that user is in text filed interior displaying.When other online preserved on server
New more local than user of the cursor position of user time, will automatically the cursor position preserved on server be synchronized to use
Person is local；When the cursor position in local file content is modified by user, then the cursor position of user can be believed
Breath is sent to real-time behaviortrace and synchronization subsystem, real-time behaviortrace update, with synchronization subsystem, the light preserved on server
Cursor position information.
In the synchronizing process of code text information, need to process emphatically the synchronization of cursor behavioural information.When cursor behavioural information is same
After step module receives the operation of server amendment document, the cursor of user this locality needs to process accordingly: for inserting
Operation, if inserting character after the cursor, then moves after cursor, if inserting character before cursor, then cursor is constant；Right
In deletion action, if after light is marked on the character of deletion, then cursor reach, if before light is marked on the character of deletion, then light
Mark constant；For choosing the operation of text, will choose and be seen as two cursors, then choose the content between two cursors.Work as light
After mark behavioural information synchronization module receives other the information of online user, its modification time can be judged, for time long
Between do not carry out the cursor of any operation and will be eliminated, do not show user.
This cursor behavior synchronizing information module needs to synchronize, the cursor behavioural information of all user when a new use
When person joins project, the latest version information on server can be sent to him by cursor behavior synchronizing information module.
Further, described Debugging message real-time synchronization subsystem includes Debugging message synchronization module, this Debugging message synchronization module
Receive user and item code is debugged produced Debugging message, be sent to real-time behaviortrace and synchronization subsystem.
This Debugging message synchronization module can obtain, with synchronization subsystem, the Debugging message preserved on server by real-time behaviortrace,
And show for user.When preserving other the Debugging message of online user on server, active user will be forbidden
All operations behavior to current project, and it is local that the Debugging message preserved on server is synchronized to user；When user pair
When local project is debugged, then the Debugging message of user can be sent to real-time behaviortrace and synchronization subsystem, by real time
Behaviortrace updates the Debugging message on server with synchronization subsystem.When user carries out debugging operations to project, other
Online user will be prohibited project is carried out any operation.
This Debugging message synchronization module needs to synchronize, the Debugging message of all user when a new user joins
During project, the latest version information on server can be sent to him by Debugging message synchronization module.
Further, described real-time behaviortrace and synchronization subsystem include that development environment is followed the trail of and synchronization module, file directory letter
Breath follows the trail of and synchronization module, code text tracking of information and synchronization module, cursor behavior tracking of information and synchronization module, debugging letter
Breath is followed the trail of and synchronization module, is respectively described below:
A) development environment is followed the trail of and synchronization module, receives the operation information from development environment real-time synchronization subsystem, is synchronized to
After server, the information on server is returned to development environment real-time synchronization subsystem；
B) file directory information is followed the trail of and synchronization module, receive from file and code real-time synchronization subsystem about file mesh
The operation information of record, after being synchronized to server, returns to file and code real-time synchronization subsystem by the information on server；
C) code text tracking of information and synchronization module, receive from file and code real-time synchronization subsystem about code literary composition
This operation information, after being synchronized to server, returns to file and code real-time synchronization subsystem by the information on server；
D) cursor behavior tracking of information and synchronization module, receive from file and code real-time synchronization subsystem about row of cursor
For operation information, after being synchronized to server, the information on server is returned to file and code real-time synchronization subsystem；
E) Debugging message is followed the trail of and synchronization module, receives the operation information from Debugging message real-time synchronization subsystem, is synchronized to
After server, the information on server is returned to Debugging message real-time synchronization subsystem.
A kind of real time multi-human computer program based on the Internet exploitation adjustment method using said system, its step includes:
Between the most software developers, the real-time synchronization mechanism of development environment, is sent out information by development environment real-time synchronization subsystem
Give real-time behaviortrace and carry out synchronize with synchronization subsystem；
Between the most software developers, file is machine-processed with the real-time synchronization of code, by information by file and code real-time synchronization subsystem
System is sent to real-time behaviortrace and carries out synchronize with synchronization subsystem；
Between the most software developers, the real-time synchronization mechanism of Debugging message, is sent out information by Debugging message real-time synchronization subsystem
Give real-time behaviortrace and carry out synchronize with synchronization subsystem；
4. behaviortrace receives the information from above-mentioned each subsystem with synchronization subsystem in real time, synchronizes on the server, will
Information after synchronization sends back corresponding subsystems.
Further, step 1 comprises following sub-step: synchro edit device style setting information, synchro edit device function preference
Configuration information, synchronization translation and compiling environment configuration information.
Further, step 2 comprises following sub-step: synchronous documents directory information, synchronizing code text message, synchronizable optical
Mark behavioural information.
Further, step 3 comprises following sub-step: synchronous debugging information.
Further, step 4 comprises following sub-step: editing machine style setting information, editing machine function preference are arranged letter
Breath, translation and compiling environment configuration information, file directory information, code text information, cursor behavioural information, Debugging message are synchronized to clothes
Business device.
Compared with prior art, beneficial effects of the present invention is as follows:
The present invention by the real-time synchronization of system development environment, file and the real-time synchronization of code, the real-time synchronization of Debugging message,
The real-time tracing of behavior, with synchronization, solves the author (developer of software) of multidigit program under conditions of Internet connectivity,
Several classes work such as real-time synchronization completion code is write, debugged, test process and combine the comprehensive software works of above these several work
Journey development activities.The present invention can make real-time online teaching be possibly realized, course initiator can by the way of programming,
Allow course learning person see the program of real-time synchronization, and then complete study；Meanwhile, real-time online collaborative development, real-time online are mutual
The scenes such as dynamic programming interview also become highly efficient because of the complete scheme of technique, and multidigit developer can operate a work simultaneously
Journey project also realizes real-time synchronization, interviewee and interviewee can also by the way of similar to have each other one more specific
Solve.
Accompanying drawing explanation
Fig. 1 is the flow process of real time multi-human computer program based on the Internet exploitation adjustment method of one embodiment of the present of invention
Figure；
Fig. 2 is the schematic diagram of the development environment real-time synchronization process of one embodiment of the present of invention；
Fig. 3 is the file schematic diagram with code real-time synchronization process of one embodiment of the present of invention；
Fig. 4 is the schematic diagram of the Debugging message real-time synchronization process of one embodiment of the present of invention；
Fig. 5 is the real-time behaviortrace schematic diagram with synchronizing process of one embodiment of the present of invention.
Detailed description of the invention
Understandable for enabling the above-mentioned purpose of the present invention, feature and advantage to become apparent from, below by specific embodiments and the drawings,
The present invention will be further described.
Fig. 1 is the flow process of real time multi-human computer program based on the Internet exploitation adjustment method of one embodiment of the present of invention
Figure.As it is shown in figure 1, this embodiment mainly comprises the steps that
Step 11, system judges the network condition of user, if user off-line, then prompting user is currently off-line state,
The amendment of user is saved in this locality, it is impossible to carry out simultaneously operating；
Step 12, system determines whether that user revises development environment configuration information, the most then develop environment same in real time
Step process；
Step 13, system determines whether that user operates cursor, operation code text, operation file catalogue, the most then enters
Style of writing part and code real-time synchronization process；
Step 14, system determines whether that item code is debugged by user, the most then carry out Debugging message real-time synchronization
Process.
Fig. 2 is the schematic diagram of the development environment real-time synchronization process of one embodiment of the present of invention.As in figure 2 it is shown, this embodiment
Mainly comprise the steps that
Step 21, system judges whether user local information is up-to-date information, if it is not, then user local version updated
For the latest edition on server；
Step 22, user is modified the operation of development environment configuration information；
Step 23, the operation that system response user is carried out；
Step 24, the operation information of user is sent to real-time behaviortrace and synchronization subsystem by system；
Step 25, system receives the information returned from real-time behaviortrace with synchronization subsystem；
Step 26, the development environment configuration information of all online user of system update.
Fig. 3 is the file schematic diagram with code real-time synchronization process of one embodiment of the present of invention.As it is shown on figure 3, this enforcement
Example mainly comprises the steps that
Step 31, system judges whether user local information is up-to-date information, if it is not, then user local version updated
For the latest edition on server；
Step 32, user carries out operating cursor, operation code file, operation text category；
Step 33, the operation that system response user is carried out；
Step 34, the operation information of user is sent to real-time behaviortrace and synchronization subsystem by system；
Step 35, system receives the information returned from real-time behaviortrace with synchronization subsystem；
Step 36, the file of all online user of system update and code information.
Fig. 4 is the schematic diagram of the Debugging message real-time synchronization process of one embodiment of the present of invention.As shown in Figure 4, this embodiment
Mainly comprise the steps that
Step 41, user carries out debugging operations to item code；
Step 42, the item code of the online user that system lock is every other；
Step 43, the operation that system response user is carried out；
Step 44, the operation information of user is sent to real-time behaviortrace and synchronization subsystem by system；
Step 45, system receives the information returned from real-time behaviortrace with synchronization subsystem；
Step 46, the Debugging message of all online user of system update.
Fig. 5 is the real-time behaviortrace schematic diagram with synchronizing process of one embodiment of the present of invention.As it is shown in figure 5, this enforcement
Example mainly comprises the steps that
Step 51, system receives the information from other subsystems；
Step 52, server version is updated to the up-to-date version received by system；
Step 53, the information after server sync is sent back to atomic system by system.
Above example is only limited in order to technical scheme to be described, those of ordinary skill in the art can
Technical scheme is modified or equivalent, without departing from the spirit and scope of the present invention, the protection of the present invention
Scope should be as the criterion with described in claim.
Claims (12)
1. real time multi-human computer program based on a Internet exploitation debugging system, it is characterised in that including:
Development environment real-time synchronization subsystem, for the configuration information that synchro edit device is relevant to translation and compiling environment；
File and code real-time synchronization subsystem, for synchronous documents tree construction and code text information；
Debugging message real-time synchronization subsystem, for the Debugging message of synchronization program；
Behaviortrace and synchronization subsystem in real time, for receiving the behavioural information of the user that above three subsystem produces, and will connect
The behavioural information of the user received is synchronized to server.
2. the system as claimed in claim 1, it is characterised in that described development environment real-time synchronization subsystem includes such as lower module:
Editing machine style setting synchronizing information module, selects a pre-set editing machine pattern for user, and to portion therein
Divide pattern to modify, after user preserves and arranges, the operation behavior information of user is sent to real-time behaviortrace with same
Subsystem；
Editing machine function preference configuration information synchronization module, carries out personalized amendment for user to the function preference of editing machine, when making
User preserves after arranging, and the operation behavior information of user is sent to real-time behaviortrace and synchronization subsystem；
Translation and compiling environment configuration information synchronization module, selects a pre-set translation and compiling environment for user, and sets part therein
Put and modify, after user preserves and arranges, the operation behavior information of user is sent to real-time behaviortrace and same step
System.
3. system as claimed in claim 2, it is characterised in that: described editing machine style setting synchronizing information module is to each use
The editing machine style setting information of person individually preserves, and asynchronous to all of user；Described editing machine function preference sets
The editing machine function preference configuration information of each user is individually preserved by confidence breath synchronization module, and asynchronous giving is owned
User；The translation and compiling environment configuration information of all user is synchronized by described translation and compiling environment configuration information synchronization module, when
When one new user joins project, the latest edition letter that translation and compiling environment configuration information synchronization module is sent on server
Breath.
4. the system as claimed in claim 1, it is characterised in that described file and code real-time synchronization subsystem include such as lower module:
File directory information synchronization module, receives the user operation information to file directory, when user carries out new files or mesh
Record, amendment file or catalogue, deletion file or catalogue after, the operation behavior information of user is sent to real-time behaviortrace with
Synchronization subsystem；
Code text synchronizing information module, receives the user operation information to code text, when user carries out inserting text, deleting
After text, amendment text or mobile text maninulation, the operation behavior information of user is sent to real-time behaviortrace with
Synchronization subsystem；
Cursor behavior synchronizing information module, receives the operation information that the cursor behavior of user produces, the operation behavior of user is believed
Breath is sent to real-time behaviortrace and synchronization subsystem.
5. system as claimed in claim 4, it is characterised in that: described file directory information synchronization module by real-time behaviortrace with
Synchronization subsystem obtains the item file bibliographic structure of the user preserved on server, and with the form of directory tree for user exhibition
Show；When new more local than user of the information version preserved on server, automatically by the version synchronization preserved on server to making
User is local；When local document directory structure is modified by user, then the operation information of user is sent in real time
Behaviortrace and synchronization subsystem, updated, with synchronization subsystem, the information preserved on server by real-time behaviortrace；Work as user
When deleting a file or catalogue, if there being other online user to be currently in use the file under that file or catalogue, then
Delete unsuccessfully, and be apprised of this document or catalogue is currently being used.
6. system as claimed in claim 4, it is characterised in that: described code text synchronizing information module by real-time behaviortrace with
Synchronization subsystem obtains the item code file content of the user preserved on server, and is that user is in text filed interior exhibition
Show；When new more local than user of the FileVersion preserved on server, the FileVersion synchronization that automatically will preserve on server
Local to user；When local file content is modified by user, then the operation information of user is sent in real time
Behaviortrace and synchronization subsystem, updated, with synchronization subsystem, the FileVersion preserved on server by real-time behaviortrace.
7. system as claimed in claim 6, it is characterised in that: described code text synchronizing information module is by the file version on server
When being originally synchronized to user this locality, the change content local with user when the change content of server version is not at same position
Time, code text information is merged, retains the change of two sides simultaneously；Change content and user basis when server version
When the change content on ground is in same position, user manually solve and conflicting that user local code text message exists.
8. system as claimed in claim 4, it is characterised in that: described cursor behavior synchronizing information module by real-time behaviortrace with
Synchronization subsystem obtains the cursor position of other the online user preserved on server, and is that user is in text filed
Show；When new more local than user of the cursor position of other the online user preserved on server, automatically will service
It is local that the cursor position preserved on device is synchronized to user；When the cursor position in local file content is modified by user
Time, then the cursor position information of user is sent to real-time behaviortrace and synchronization subsystem, by real-time behaviortrace with synchronization
Subsystem updates the cursor position information preserved on server.
9. the system as claimed in claim 1, it is characterised in that: described Debugging message real-time synchronization subsystem includes that Debugging message synchronizes
Module, this Debugging message synchronization module obtains, with synchronization subsystem, the Debugging message preserved on server by real-time behaviortrace,
And show for user；When preserving other the Debugging message of online user on server, forbid that active user is to working as
Preceding paragraph purpose all operations behavior, and it is local that the Debugging message preserved on server is synchronized to user；When user is to this locality
When project is debugged, then the Debugging message of user is sent to real-time behaviortrace and synchronization subsystem, real-time behavior chases after
Track updates the Debugging message on server with synchronization subsystem；When user carries out debugging operations to project, other online making
User is prohibited project is carried out any operation.
10. the system as claimed in claim 1, it is characterised in that: with synchronization subsystem, described real-time behaviortrace includes that development environment chases after
Track and synchronization module, file directory information tracking and synchronization module, code text tracking of information and synchronization module, cursor behavior letter
Breath follows the trail of and synchronization module, Debugging message are followed the trail of and synchronization module.
11. 1 kinds of real time multi-human computer program based on the Internet exploitation adjustment methods using system described in claim 1, its step
Including:
1) development environment information is sent to real-time behaviortrace and Tong Bu subsystem by development environment real-time synchronization subsystem by each user
System synchronizes；
2) file is sent to real-time behaviortrace with synchronization by file with code real-time synchronization subsystem with code information by each user
Subsystem synchronizes；
3) Debugging message is sent to real-time behaviortrace by Debugging message real-time synchronization subsystem and enters with synchronization subsystem by each user
Row synchronizes；
4) behaviortrace receives the information from above-mentioned each subsystem with synchronization subsystem in real time, synchronizes on the server, will
Information after synchronization sends back corresponding subsystems.
12. methods as claimed in claim 11, it is characterised in that step 1) in comprise following sub-step: synchro edit device pattern
Configuration information, synchro edit device function preference configuration information, synchronization translation and compiling environment configuration information；Step 2) in comprise following son
Step: synchronous documents directory information, synchronizing code text message, synchronization cursor behavioural information；Step 3) in comprise following son
Step: synchronous debugging information；Step 4) in comprise following sub-step: by inclined to editing machine style setting information, editing machine function
Good configuration information, translation and compiling environment configuration information, file directory information, code text information, cursor behavioural information, Debugging message
It is synchronized to server.
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| CN201510297256.8A CN106294112B (en) | 2015-06-03 | 2015-06-03 | Real time multi-human computer program exploitation debugging system and method Internet-based |
| PCT/CN2015/083670 WO2016192174A1 (en) | 2015-06-03 | 2015-07-09 | Internet-based real-time and multiuser computer program development and debugging system and method |
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| CN112711403A (en) * | 2021-01-13 | 2021-04-27 | 腾讯科技（深圳）有限公司 | Game development synchronization method and device, computer equipment and storage medium |
| CN113971551A (en) * | 2021-12-27 | 2022-01-25 | 深圳至简天成科技有限公司 | Real-time assessment method and system for online interview |
| US11301244B1 (en) | 2020-11-16 | 2022-04-12 | International Business Machines Corporation | Machine learning based tracking of derivaitive code |
| CN114531491A (en) * | 2021-12-31 | 2022-05-24 | 深圳至简天成科技有限公司 | Interview evaluation method and system |
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| CN112711403B (en) * | 2021-01-13 | 2023-10-27 | 腾讯科技（深圳）有限公司 | Method, device, computer equipment and storage medium for synchronizing game development |
| CN113971551A (en) * | 2021-12-27 | 2022-01-25 | 深圳至简天成科技有限公司 | Real-time assessment method and system for online interview |
| CN114531491A (en) * | 2021-12-31 | 2022-05-24 | 深圳至简天成科技有限公司 | Interview evaluation method and system |
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| CN106294112B (en) | 2019-03-22 |
| WO2016192174A1 (en) | 2016-12-08 |
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