CN114756208A - Software programming competition system - Google Patents
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Abstract
The invention discloses a software programming competition system, which comprises a user terminal and a management platform, wherein the user terminal is used for directly performing online interaction with a user; the online process management of each module of the software programming competition can be realized, and an automatic design process is provided for creating, managing and releasing the competition for the administrator role user; an online system for accepting the works to be evaluated and finishing the work evaluation is provided for the evaluation role users; a series of online systems from entry, submission of work and query achievement are provided for the users participating in the competition.
Description
Technical Field
The invention relates to a software programming competition system.
Background
At present, software programming education is vigorously developed in China, and competition is also vigorously developed as one of ways of comprehensive training of teaching inspection, theory and practice combination and selection of excellent students. At present, various types of software programming competitions are vigorously carried out from the national education department level and the local instructor level. At this stage, however, many ways of competition have the following disadvantages: the administrator releases the competition and stays at a file notification level or a portal notification level, and no automatic flow is used for the administrator to release the competition; the student signs up for competition, submits the works to store and fill in the form on line, sends the mail box and submits the works and so on; the teacher reviews the competition works, and the teacher needs to distribute the works in a mailbox way and the like and then fill in the table for summarization and the like. The above problems will be detrimental to the development of competitions, particularly large series competitions.
Therefore, in order to solve the above problems, a software programming game system for online process management has been developed.
Disclosure of Invention
The invention aims to provide a software programming competition system to solve the problem that the existing software programming competition can not realize online management.
In order to solve the technical problem, the invention provides a software programming competition system, which comprises a user terminal and a management platform;
the user terminal is used for registering, logging in and registering according to all user requests; providing an online programming environment, online running of the participating works and submission of the participating works according to the participating information of the participating users; after the competition is finished, transmitting the competition works submitted by the competition users to the corresponding evaluation users, and uploading corresponding scores input by the evaluation users;
the management platform comprises a user management module, an event management module, a work review management module, a score management module and a database; the user management module is used for managing all users in the system, matching unique UserID for each user, dividing all the users into managers, appraiser users and contest users according to different roles, and matching corresponding authorities for the users with different roles; the event management module is used for managing event activities, matching unique MatchID for each event activity, and setting event basic information, event detail information and event grouping information; the work evaluation management module is used for setting a grading rule of the event activity and distributing the participating works of each event activity to corresponding judges according to a work distribution algorithm; the score management module is used for respectively sending scores of the participating works to corresponding participating users; the database is used for storing user information, all event information, the contest works and the score information of the contest works.
Furthermore, the user terminal comprises a registration login module, an entry module, an online programming laboratory module, a work submission module and a work evaluation module; the registration and login module is used for registering or logging in according to the registration information or the login information; the registration module is used for inquiring the events needing to be participated in and registering the events; the online programming laboratory module is used for providing an online programming environment during the competition and running the competition; the work submitting module is used for submitting the competition works according to the competition user request or at the end of the competition; the work evaluation module is used for sending the participating works submitted to the competition system to the corresponding judges and uploading the corresponding scores input by the judges.
Furthermore, the user terminal also comprises a complaint module, which is used for the competition users to complain the achievements through the complaint module or complain the performances of certain works and competition users in the complaint period.
Further, the event management module matches a unique MatchID for each event activity, and sets event basic information, event detail information and event grouping information; the basic information of the events comprises: the name of the event, the holding unit, the event area, the start time, the end time and the on/off time of the event and the information on whether the switch is valid or not; the event detail information includes: a game introduction, a game requirement, an entry requirement, and a prize description for the event; the event grouping information includes grouping instances of each event activity.
Furthermore, the event management module can also set the event level according to the requirement, wherein the event level comprises a first-level event series, a second-level event item and a third-level event activity; wherein, 1 event series contains multiple event items, and 1 event activity belongs to a specific event item in 1 event series.
Further, when the scoring rules of the event activities are set, the 1 scoring rules of the event activities can be associated with a plurality of scoring dimensions, each scoring dimension has a specific score, and the total score of the 1 scoring rule is equal to the sum of all scoring dimension scores contained in the 1 scoring rule.
Furthermore, the work evaluation management module also comprises an algorithm for setting cross evaluation, cross evaluation times and cross evaluation scores; the product allocation algorithm includes:
s1: judging whether the number of times of cross review of 1 contest works exceeds the number of the judges, if so, modifying the number of times of cross review of the works into the number of the judges and then executing the step S2; if not, directly executing the step S2;
s2: and traversing each contest, and repeatedly distributing the contest to the judges needing the number of the cross evaluation times according to the times needing the cross evaluation.
Further, the management platform also comprises an event activity stage management module, and when the event activity comprises one or more of a preliminary race, a repeated race and a final race, the stage of each event activity, the starting time of each event activity stage, the ending time of each stage, the score query time of each stage and the line name amount of each stage are set through the event activity stage management module.
Further, the management platform also comprises an entry team management module, and when the entry takes 1 team as a unit, the entry team management module generates the TeamID of each entry team based on the UserID of the user and the MatchID of the event activity; each of the 1 entry teams comprises one member or a plurality of members.
Further, the competition system further comprises a notification module, wherein the notification module is used for sending operation success colleagues to the competition users when the registration is successful, the registration is successful and the submission of the works is successful, notifying the evaluation users to evaluate the works when the competition works submitted by the competition users are sent to the corresponding evaluation users, and notifying the scores of the competition users when the competition scores are issued.
The beneficial effects of the invention are as follows: the system realizes the online process management of each module of the software programming competition, and provides an automatic design process for creating, managing and releasing the competition for the role users of the administrator; an online system for accepting the works to be evaluated and finishing the work evaluation is provided for the evaluation role users; a series of online systems from entry, submission of work and query achievement are provided for the users participating in the competition.
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The accompanying drawings, which are included to provide a further understanding of the application and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the application and together with the description serve to explain the application and not to limit the application. In the drawings:
FIG. 1 is a block diagram of the system of the present invention.
Fig. 2 is a flow chart of event distribution in the system of the present invention.
FIG. 3 is a flow chart of the system entry process of the present invention.
FIG. 4 is a flow chart of the system for reviewing works according to the present invention.
Fig. 5 is a diagram showing an example of a work allocation algorithm of the system of the present invention.
Detailed Description
The software programmed competition system shown in fig. 1 includes a user terminal and a management platform.
The user terminal is used for directly performing online interaction with a user, and the following constituent modules and functions of the user terminal are described in detail below:
a registration login module: the system is used for registering or logging in according to the registration information or the login information, and providing functions of registering and logging in for the user, wherein the functions comprise functions of password logging in, short message logging in and codon modification. Registration may be achieved as follows: the system sends the verification code by inputting the mobile phone number by the user, and the user inputs the nickname and the password. Firstly, a user inputs a mobile phone number (phone, which is then used as a login account number of the user), clicks a button for sending a verification code, triggers a short message sending function, calls an interface at the front end, disables the button for 60 seconds, and displays a countdown of 60 seconds on the button. And then according to the success value returned by the interface, the front end makes different prompts. After a user inputs a short message verification code smsCode, a nickname, a password and a confirmation password confirm password, a registration button is clicked to trigger a reg function, after a form verifies that the phone, the smsCode, the nickname and the password are not empty and the password and the confirmation password are equal and successful, a registration interface is accessed, the back end verifies and stores user data, if the registration is successful, the interface returns that the value of success is true, the front end prompts that the registration is successful, and a page is switched to the registration interface; otherwise, the front end prompts an error message returned by the interface or the message indicates that the registration fails: unknown errors ".
An entry module: the system is used for inquiring the events which want to participate, registering and providing the functions of inquiring and registering the events for the users. And the event introduction, the event requirement, the event review prize and the accessory can be viewed for downloading. The entry can be in units of 1 queue, the 1 entry queue can contain a plurality of members, and the member data comes from a user management module at the back end. And after the registration information is filled, submitting the registration information to a management module of the registration team at the rear end, and notifying members in the registration team by short messages after the approval of the administrator is passed. The entry information may be modified prior to review by the entry team. The event query is a function of event list that can be queried through the event series (project id) and the item category (project id), when the user selects the drop-down box of the event series, the system loads the item category list below the event series through the event series id (project id), and loads the event list belonging to the event series, and when the user selects the item category drop-down box, the system loads the event list belonging to the item category through the item category id (project id). The event registration is realized by clicking a submit button to trigger an registration function after a user finishes filling in all registration information, and the system performs form verification and submits data to an interface, wherein the team name is a value (matchId & userId) generated by the front end in a default mode.
An online programming laboratory module (Web IDE) for creating software programming works, including those submitted by an event. The online programming laboratory consists of a graphical Scratch online programming laboratory, a Python Turtle online programming laboratory, a C/C + + online programming laboratory and the like. Online programming laboratories also refer to the development environment for online writing and debugging programs. The online programming laboratory module is used for providing an online programming environment and online operation works. Various online programming laboratory service terminals are deployed on a server by using a docker technology, and a Web IDE is provided by a front end for a user to use. Works authored by various online programming laboratories have a unique WorkID. After the creation of the works is completed, the contest users can select whether to disclose the works or not and whether to use the works as the contest works of a certain event, if so, all login users can consult the works, and if so, the contest users do not need to submit the works again when submitting the works. Works created and submitted in a laboratory are stored in a back-end work management and distribution module. Firstly, whether a button for submitting the works is displayed or not is judged according to the role of a user entering the page, and if the teacher enters the laboratory, the button for submitting the works is hidden; when the user finishes inputting the work information and clicks a submit button, firstly acquiring a uuid through js of the system: the method comprises the steps of obtaining a project name through a scratch function, assigning uploadParam and project title to window and scratch, calling window and scratch to obtain a project file, assigning uploadParam and project file, calling a self-defined method for submitting the work updoadallatom, calling a data coverFile project cover, a project file, a project title, a workDesc description, uuid and isPublic address of the required work into an uploadParam object, sending the good data to a rear end for return processing through an ajax interface, and if the code returned by the rear end is received, submitting successfully according to different codinformation, and prompting that the code is assigned as 0 if the code is successfully, and if the code is not assigned, the method is a popup splicing box.
The work submission module: for submitting the contest works according to contest user requests or at the end of a contest. The system comprises works created in a client-side online programming laboratory (Web IDE) module, video explanation and other data. Before the work is due for the commit time, the user may resubmit the pre-coverage submission content. When the competition activity is conducted to the evaluation link, the works are in the evaluation state. All the submitted works are submitted to a back-end work management and distribution module. The parameters of the form submitted by the work are divided into a work name, a work description and an attachment fileList, when the page submitted by the work is entered, because a module technology of vue is used, the judgment of corresponding time periods is firstly carried out according to the value of the current tab, then different modules are displayed, different page contents are presented, if the parameter activeMenu entered into the page is work, the page submitted by the work is judged, otherwise, the page submitted by the complaint is submitted, the competition time at the current stage is judged, and whether the form and the button are forbidden or not is judged. If the nowTime is less than uploadStartTime, namely the current time is less than the start time of the uploaded works, namely the start time of the uploaded works is not reached, giving prompt information to the user; if the nowTime is greater than uploadEndTime, the current time is greater than the uploading work ending time, namely the submission time is ended, and the front end pops up corresponding prompt information; if the uploadStartTime & & nowTime & ═ uploadEndTime, this indicates a commit period, it is judged further (entry state, qualification). The method comprises the steps of calling an interface to judge whether a user is named or not, if success returned by the interface is false, the user is not named or unqualified, returning to the previous page, if success and & result.status are 2, judging whether the user already submits the work and is qualified to submit the work or not through the calling interface according to the state of naming, if success and & result.status are 2, displaying a page of the submitted work which can be input by the user, and if not, disabling an input frame and a button and prompting related information.
A complaint module: for submitting complaints regarding event activities. During the complaint period, the users can also complain about the achievements through the complaint module or complain about certain works and performances of the competition teams. And the complaints are submitted to a complaint management module at the back end. If the complaint is accepted, the acceptance result is informed by the short message. And the page for submitting the works is in the same route, if the parameter activeMenu entering the page is not work, the page content of the complaint module is displayed, a form and a submission button are presented on the page, whether the complaint qualification exists or not is judged, the complaint qualification of the user is obtained through calling an interface, and the user can complain only if the works are submitted.
The product evaluation module: for transmitting the participating work submitted into the competition system to the corresponding commentator and uploading the corresponding score input by the commentator. The module carries out desensitization processing on user information and registration team information, and a judge can only check works and submit evaluation scores and cannot check information related to the user and the registration team. And the evaluation personnel can evaluate according to the evaluation rule and the evaluation dimension uploaded by the administrator through the back-end evaluation rule management module. And acquiring a list of the works to be reviewed through the interface, if the success value returned by the interface is false, prompting a user that the user is not a reviewer of the event and cannot view the result, and otherwise, loading review data. Clicking an access review button to enter a review page, calling an interface to obtain a scoring rule list and displaying the scoring rule list to a user, inputting corresponding scores and scores for each dimension by the user according to a review index, clicking a finish review button, checking whether the rules are met or not, and submitting review content data to the back end of the interface.
The management platform is used for providing a background management service function for the system, and the following constituent modules and functions of the management platform are described in detail as follows:
and the user management module is used for managing all role users. The system divides users into 3 roles, namely an administrator, a panel user and a competition-participating user. The administrator mainly manages the creation, distribution, and the like of the race through the management platform. The commentator user mainly completes the commentary of the contest. The participating users may register to participate in various events. The system is characterized in that the system is used for the administrator to release works, the evaluation users finish the evaluation of the works, the contest users report the contest, submit the works and check the scores. Each user has a unique UserID. The 3 roles can be distinguished by UserType.
Registration team management module: when the entry is in the unit of 1 team, the entry team management module generates the TeamID of each entry team based on the UserID of the user and the MatchID of the event activity; the 1 entry team contains one member or a plurality of members. The entry team management module can also provide entry detail inquiry function and match score inquiry function. The entry detail query function comprises checking, auditing and modifying of entry team information, entry is successful only by the team passing the auditing, meanwhile, an administrator can cancel the auditing function, and the success of submitting the default entry information is successful. The game result inquiry function includes checking the result of a specific user (with UserID as a dimension) and checking the result of a specific game team (with TeamID as a dimension).
The event management module: for managing "event activities". An event project management module and an event series management module can be set according to the actual event situation; the event activity is attributed to the event events, the event events are attributed to the event series, and 1 event series may contain multiple event events. The 3 modules of the event series management module, the event project management module and the event activity management module divide 1 game into 3-level structures, wherein the first level is 'event series', the second level is 'event project' and the third level is 'event activity'. The 1 series of events may include a plurality of event items, with the 1 event activity attributed to a particular event item in the 1 series of events. Each event activity is matched with a unique MatchID, i.e., the ID of the event activity is globally unique. The event activity management module is internally provided with 3 functions of event basic information management, event detail setting management and event grouping setting management. The event basic information management is realized by the following steps: the system comprises functions of managing the event series and the event items of the event activities, creating the names of the event activities, holding units, event areas, the starting time, the ending time, the on-off state of the entry and the like. The detail setting management is realized by the following steps: managing the game introduction of the event, the game requirement, the registration requirement, the award item description, the accessory downloading and the like. The grouping arrangement enables management of game groupings, and 1 event activity may add multiple groupings.
The event activity stage management module: for managing the phases of the individual event activities. The module is internally provided with 3 competition stages, namely a preliminary competition, a double competition and a final competition. The administrator can select 1 event activity to be only 1 stage specifically according to the actual situation, namely only 1 final stage; or 2 stages, namely a preliminary match stage and a final match stage, or 3 stages, namely a preliminary match stage, a secondary match stage and a final match stage. 4 fields are built in the 3 stages of the preliminary match, the repeated match and the final match, wherein the fields are respectively the starting time of the stage, the ending time of the stage, the result inquiry time of the stage and the line name amount. The appearance denomination is built-in 2 modes which can be respectively: according to 2 built-in outlet conditions of 'proportion before ranking' for the next round of the outlet game or 'proportion before fixed ranking' for the next round of the outlet game, the administrator can select 1 from 2, and set the specific proportion before ranking or the first few fixed ranking.
The product evaluation management module comprises: the system is used for setting scoring rules of the event activities and distributing the competition works of each event activity to corresponding judges according to a work distribution algorithm. The content of the scoring rule consists of specific rules and dimensions contained in the rules, 1 scoring rule can be associated with a plurality of scoring dimensions, each scoring dimension has a specific score, and the total score of the 1 scoring rule is equal to the sum of all scoring dimension scores contained in the 1 scoring rule. Because 1 match activity can contain a plurality of match stages and a plurality of groups, the administrator can create a plurality of sets of scoring rules through the product review management module, and select the grouping and applicable stage to which a certain scoring rule is applicable through the scoring rule management function. In addition to the scoring rules, the event activity scoring rule management module also has 2 functions, namely, setting the times of cross review of each work and the rules for calculating the final scores. The number of times that each work needs to be cross-reviewed refers to the number of times that the work submitted by the same entry team needs to be cross-reviewed, i.e., the number of review clients. Because a cross review mode is set, each work has a plurality of scores, a rule is required to be provided for calculating the final score, 2 rules of calculating average scores and calculating average scores of decapitates are built in the system for being used by an administrator, and the administrator can set own rules through the work review management module.
And if the 1 event activity reaches the evaluation stage, distributing the works to be evaluated for the evaluation staff of each event activity according to the work distribution algorithm. Key variables in the product allocation algorithm: NumWorks is the total number of actually submitted works; works is a list of Works; NumJudge is the number of actually assigned judges; judgers is a list of judges; PerWorkJudge is the number of times each work requires cross-reviews. In conjunction with the algorithm example code, the work allocation algorithm performs the following steps:
the first step is as follows: comparing NumJudge, PerWorkJudge, if PerWorkJudge > NumJudge, then changing PerWorkJudge to NumJudge. This step is expressed to mean: if the number of times that 1 work needs cross-evaluation exceeds the number of the panelists, the number of times of cross-evaluation of the work is modified to the number of the panelists. The purpose of this step is: assuming that 10 cross-reviews of 1 work are set, but 6 panelists are counted, the 6 panelists can cross-review the 1 work most, and therefore the number of cross-reviews needs to be modified to be at most equal to the number of panelists.
The second step is that: and traversing each work, and distributing the work to each appraiser in sequence according to the times of cross review required. The first layer for loops traversing each work; the second layer for circulation is how many times of cross review are executed, namely 1 work is repeatedly distributed to the judges needing the number of times of cross review; the second layer for cycle is internally: distributing the traversed ith work to a jth judge; and after the second layer for loop is finished, j is assigned again, and the new value of j is as follows: the current j value is divided by the number NumJudges of the rest judges, so that the recycling of the judges can be guaranteed.
Since 1 game event can comprise a plurality of game stages and a plurality of groups, the system is provided with the game stages and the game groups suitable for the judges, and each stage and each group of the game event can be provided with the same or different judges. The data of the judges is obtained from the user management module.
The score management module is used for respectively sending the scores of the participating works to the corresponding participating users; meanwhile, the functions of score inquiry, derivation, short message notification and the like are provided for the participating users.
A notification module: the system is used for sending the colleague with successful operation to the competition users when the registration is successful, the registration is successful and the submission of the works is successful; when the competition works submitted by the competition users are sent to the corresponding evaluation users, the evaluation users are informed to evaluate the works; when the competition result is released, the competition users are informed of the result. In order to facilitate the user to obtain the corresponding information in time, a short message notification mode can be adopted for notification.
The competition event detail management module: a process for managing activity per event. This module provides the time axis show function, can be detailed show every match's progress, include: activity time progress, registration data, assessment management data, assessment scoring progress and the like. This module also provides trigger, interrupt functionality, triggers including: triggering a short message notification function, notifying an entry team to submit the competition works in time, notifying a panel client to perform work review and the like; the interrupt includes: active intervention interrupts entry of the game, active intervention terminates submission of the work of the game, etc.
Complaint management module: and managing the complaint data submitted by the user at the front end. The system is internally provided with a complaint processing state recording function, and when the administrator converts the state flow into complaint receiving or conversion into processing completion, the state and the result of the processing are notified to the user by calling a short message notification module.
Online programming of a laboratory docker service module: the module provides calculation service for a front-end online programming laboratory and calculates the operation result of a program.
And the database is used for storing the user information, all the event information, the competition works and the score information of the competition works.
The invention is further described in the following with reference to the accompanying drawings and examples.
An administrator user publishes an embodiment of an event activity, combining block diagram 1 and flowchart 2.
(1) The event series is created by the event series management module.
(2) And creating an event item through the event item management module, and associating the event item to the event series created in the last step.
(3) And creating the event activity through the event activity management module, and associating the event activity to the event series and the event items created in the first two steps. Completing the name of the event, the holding unit, the event area, the start time, the end time, the start time and the end time of the entry of the event, and whether the setting of the entry is valid or not; completing the game introduction, the game requirement, the registration requirement, the award item description and the accessory download setting of the game event; completing the grouping setting of the event activities. And generating the match event MatchID-X after the setting is finished.
(4) The match activity phase management module adds phases for match activity MatchiD-X, and can set 3 phases of preliminary race, double race and final race.
(5) And adding judges, scoring rules and scoring dimensions for each stage and group of the match activity MatchID-X through a work review management module.
(7) Through the competition activity competition detail module, the competition activity is released, the competition activity takes effect, and the competition users can browse the competition activity at the front end.
The embodiment of the competition process of the competition users combines the module diagram 1 and the flow chart 3.
(1) The users complete platform registration through the registration login module and the registration module, and fill in registration data and complete registration within the specified registration time of the event activity. Registration time T: start entry time T1< entry time T < entry deadline T2. And after the registration is successful, the information of the registration team is submitted to the registration management module for management.
(2) Through the online programming lab module (Web IDE), the user can enter the online programming lab module to complete the design of the work before the work is due at time T4. The time period of the work design is as follows: t1 to T4.
(3) The work is submitted by a work submission module. The successfully registered user/team completes the submission of the work between the start of work submission time T3 and the end of work submission time T4. And the successful work is submitted and stored in the work management and distribution module.
(4) And inquiring the scores through a score management module. The achievements are queried between an achievement onset query time T7 to an achievement expiration query time T8. The data of the achievements are obtained from the achievement inquiring module.
(5) And (4) a complaint module is used for claiming the achievement and the complaint violation behaviors, and the step is an unnecessary step.
The embodiment of the process for reviewing the works by the teacher character is combined with the module diagram 1 and the flowchart 4.
(1) And obtaining the distributed works through the work review management module. After the competition activity submits the works, the reviewers obtain a list of the works which need to be reviewed by the reviewers from the work distribution module. The work assignment algorithm is demonstrated in conjunction with fig. 5: assuming n works, 6 judges, 3 times of cross-review required for each work, then work 1 would be assigned to judges 1-3, work 2 would be assigned to judges 4-6, work 3 would be assigned to judges 1-3, work 4 would be assigned to judges 4-6, and so on until the work assignment is complete.
(2) Before the review of the works is finished, the reviewers finish the review of the works through the work review module, and the work review module is called for the review of the works. Before the work review is cut off, the review teacher may modify the reviewed data. Time window for product review T: the product review start time T5< T < product review deadline T6.
(3) After the evaluation of the works is finished, the evaluation data can not be modified, the scores are written back to the work management and distribution module, and the work management and distribution module completes the pull-through calculation of all the data. The system of the invention provides two modes of average splitting and head and tail splitting.
Finally, the above embodiments are only for illustrating the technical solutions of the present invention and not for limiting, although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that modifications or equivalent substitutions may be made to the technical solutions of the present invention without departing from the spirit and scope of the technical solutions of the present invention, and all of them should be covered in the claims of the present invention.
Claims (10)
1. A software programming competition system is characterized by comprising a user terminal and a management platform;
the user terminal is used for registering, logging in and registering according to all user requests; providing an online programming environment, online running the competition works and submitting the competition works according to the competition information of the competition users; after the competition is finished, transmitting the competition works submitted by the competition users to the corresponding evaluation users, and uploading corresponding scores input by the evaluation users;
The management platform comprises a user management module, an event management module, a work review management module, a score management module and a database; the user management module is used for managing all users in the system, matching unique UserID for each user, dividing all users into managers, appraiser users and contest users according to different roles, and matching corresponding authorities for the users with different roles; the event management module is used for managing event activities, matching unique MatchID for each event activity, and setting event basic information, event detail information and event grouping information; the work evaluation management module is used for setting a scoring rule of the event activity and distributing the participating works of each event activity to corresponding judges according to a work distribution algorithm; the score management module is used for respectively sending scores of the participating works to corresponding participating users; the database is used for storing user information, all event information, the contest works and the score information of the contest works.
2. A software programmed competition system according to claim 1, wherein the user terminal includes
The registration login module is used for registering or logging in according to the registration information or the login information;
The registration module is used for inquiring the events needing to be participated in and registering;
the online programming laboratory module is used for providing an online programming environment during the competition and running the competition;
the work submitting module is used for submitting the competition works according to the competition user request or at the end of the competition;
and the work evaluation module is used for sending the participating works submitted to the competition system to the corresponding judges and uploading the corresponding scores input by the judges.
3. A software programmed competition system according to claim 1 or 2, wherein the user terminal further comprises a complaint module for complaints of performances by the participating users or complaints of performances of certain works and the participating users during complaints.
4. The system of claim 1, wherein the event management module matches a unique MatchID for each event activity and sets event basic information, event details information, and event grouping information; the event basic information comprises: the name of the event, the holding unit, the event area, the start time, the end time and the on/off time of the event and the information on whether the switch is valid or not; the event detail information includes: a game introduction, a game requirement, an entry requirement, and a prize description for the event; the event grouping information includes grouping status of each event activity.
5. The system of claim 4, wherein the event management module is further configured to set event levels as desired, the event levels including a first level of event sequencing, a second level of event items, and a third level of event activity; wherein, 1 event series contains multiple event items, and 1 event activity belongs to a specific event item in 1 event series.
6. A software programmed competition system according to claim 1, wherein when setting the scoring rules for the event activity, a plurality of scoring dimensions are associated with 1 scoring rule for the event activity, each scoring dimension having a specific score, the total score of the 1 scoring rule being equal to the sum of the scores of all the scoring dimensions it contains.
7. The system of claim 1 or 6, wherein the composition review management module further comprises algorithms for setting cross reviews, cross review times, and cross review results; the product allocation algorithm comprises:
s1: judging whether the number of times of the 1 contest works needing cross evaluation exceeds the number of the evaluation staff, if so, modifying the number of times of the cross evaluation of the works to the number of the evaluation staff and then executing the step S2; if not, directly executing step S2;
S2: and traversing each contest, and repeatedly distributing the contest to the judges needing the number of the cross evaluation times according to the times needing the cross evaluation.
8. The system of claim 4, wherein the management platform further comprises an event activity stage management module, wherein when the event activity comprises one or more of a preliminary event, a repeat event and a final event, the stage of each event activity and the start time, the end time, the result query time and the line name amount of each event activity stage are set by the event activity stage management module.
9. The system of claim 1, wherein the management platform further comprises an entry team management module that generates a TeamID for each entry team based on the UserID of the user and the MatchID of the event activity when entries are in units of 1 team; each of the 1 entry teams comprises one member or a plurality of members.
10. The software programmed competition system of claim 1, further comprising a notification module for sending successful operation colleagues to the competition users when the registration is successful, the entry is successful, and the submission of the work is successful; when the competition works submitted by the competition users are sent to the corresponding evaluation users, the evaluation users are informed to evaluate the works; when the competition result is released, the competition users are informed of the result.
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