CN110599615A - Online attendance checking method and attendance checking terminal - Google Patents
Online attendance checking method and attendance checking terminal Download PDFInfo
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- CN110599615A CN110599615A CN201910754630.0A CN201910754630A CN110599615A CN 110599615 A CN110599615 A CN 110599615A CN 201910754630 A CN201910754630 A CN 201910754630A CN 110599615 A CN110599615 A CN 110599615A
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- scanning
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
- G06K17/0022—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C1/00—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people
- G07C1/10—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people together with the recording, indicating or registering of other data, e.g. of signs of identity
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
- H04L63/0876—Network architectures or network communication protocols for network security for authentication of entities based on the identity of the terminal or configuration, e.g. MAC address, hardware or software configuration or device fingerprint
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/12—Applying verification of the received information
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/55—Push-based network services
Abstract
The invention relates to the technical field of attendance checking, and provides an online attendance checking method and an attendance checking terminal, wherein the method comprises the following steps: sending the first attendance request message to an attendance server, and receiving an attendance response message which is pushed by the attendance server and used for responding to the attendance request message; when the effective task information does not exist in the attendance response message, stopping online attendance, uploading no attendance information to an attendance server, and when the effective task information exists in the attendance response message, setting the attendance information according to the effective task information, so that the controllability of online attendance is enhanced, the online attendance efficiency is improved, and the accuracy and controllability of the attendance information are ensured; the attendance information is packaged into the second attendance request message, the second attendance request message is sent to the attendance server, and the attendance information is uploaded to the attendance server through the request message, so that the attendance information is recorded by the attendance server, the problem that false attendance is easy to occur in online attendance is solved, and the false attendance risk is reduced.
Description
Technical Field
The invention relates to the technical field of attendance checking, in particular to an online attendance checking method and an attendance checking terminal.
Background
The prior online attendance method collects user identity information such as fingerprints, face images, network account numbers and the like through a collection terminal, uploads the user identity information to an attendance server through a network, and the attendance server records attendance records in an attendance record library based on the user identity information to finish online attendance.
However, the user identity information is easily counterfeited or replaced, so that the online attendance based on the user identity information is easy to generate false attendance, such as: the attendance user 1 replaces the attendance user 2 to input the network account for identifying the attendance user 2 into the acquisition terminal, so that the acquisition terminal and the attendance server replace attendance for the attendance user 2 on line, and the accuracy of on-line attendance is reduced.
Disclosure of Invention
The invention provides an online attendance method, an attendance terminal and an attendance server, aiming at the problem that false attendance is easy to occur in online attendance based on user identity information in the prior art.
The invention provides an online attendance checking method in a first aspect, which comprises the following steps:
sending the first attendance request message to an attendance server, and receiving an attendance response message which is pushed by the attendance server and used for responding to the attendance request message;
verifying whether the attendance response message contains valid task information, if not, stopping online attendance, and if so, setting attendance information according to the valid task information;
and packaging the attendance information into a second attendance request message, and sending the second attendance request message to the attendance server so as to record the attendance information in the second attendance request message into the attendance server.
The second aspect of the present invention provides an attendance checking terminal, including:
the message transceiving module is used for sending the first attendance request message to an attendance server and receiving an attendance response message which is pushed by the attendance server and used for responding to the attendance request message;
the attendance management and control module is used for verifying whether the attendance response message contains effective task information or not, stopping online attendance if the attendance response message does not contain effective task information, and setting attendance information according to the effective task information if the attendance response message contains effective task information;
the message transceiving module is further used for packaging the attendance information into a second attendance request message; and sending the second attendance request message to the attendance server so as to record the attendance information in the second attendance request message into the attendance server.
The online attendance method and the attendance terminal provided by the invention have the beneficial effects that: when the attendance response message does not carry effective task information, online attendance is stopped, no attendance information is uploaded to an attendance server by the first attendance terminal, when the effective task information exists in the attendance response message, the attendance information is set according to the effective task information, the controllability of online attendance is enhanced, the online attendance efficiency is improved, the accuracy, controllability and anti-counterfeiting performance of the attendance information are improved, the attendance information is uploaded to the attendance server through the request message, so that the attendance information is recorded by the attendance server, the problem that false attendance easily occurs in online attendance is solved, the false attendance risk is reduced, and the accuracy of online attendance is improved.
The third aspect of the invention provides an online attendance checking method, which comprises the following steps:
receiving a first attendance request message sent by a first attendance terminal, wherein the first attendance request message carries first identity information for identifying an attendance controlled user;
verifying whether effective task information matched with the first identity information exists in an attendance task library, if not, stopping online attendance, and if so, packaging the effective task information into an attendance response message for responding to the first attendance request message;
sending the attendance response message to the first attendance terminal;
receiving a second attendance request message sent by the first attendance terminal, wherein the second attendance request message carries attendance information which is set by the first attendance terminal after the first attendance terminal verifies that the effective task information exists in the attendance response message;
and recording the attendance information into an attendance record library.
The fourth aspect of the present invention provides an attendance server, including:
the system comprises a message transceiving module, a first attendance checking terminal and a second attendance checking terminal, wherein the message transceiving module is used for receiving a first attendance checking request message sent by the first attendance checking terminal, and the first attendance checking request message carries first identity information for identifying an attendance controlled user;
the attendance management and control module is used for verifying whether effective task information matched with the first identity information exists in an attendance task library, stopping online attendance if the effective task information does not exist in the attendance task library, and packing the effective task information into an attendance response message for responding to the first attendance request message if the effective task information does not exist in the attendance task library;
the message transceiving module is further configured to send the attendance response message to the first attendance terminal; receiving a second attendance request message sent by the first attendance terminal, wherein the second attendance request message carries attendance information which is set by the first attendance terminal after the first attendance terminal verifies that the effective task information exists in the attendance response message;
the attendance management and control module is also used for recording the attendance information into an attendance record library.
The online attendance method and the attendance server provided by the invention have the beneficial effects that: when no effective task information exists in the attendance task library, online attendance is stopped, no effective task information is pushed to the first attendance terminal, controllability of online attendance is enhanced, online attendance efficiency is improved, the effective task information is packed into an attendance response message only when the effective task information exists in the attendance task library, instantaneity, accuracy and controllability of the effective task information are guaranteed, the effective task information is not easy to counterfeit or falsely used, the effective task information is pushed to the first attendance terminal through the response message, the first attendance terminal sets attendance information according to the effective task information, accuracy of the attendance information is guaranteed, the problem that false attendance easily occurs in online attendance is solved, false attendance risk is reduced, and accuracy of the online attendance is improved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed to be used in the description of the embodiments or the prior art will be briefly introduced below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.
Fig. 1 is a communication diagram of a wired communication system according to an embodiment of the present invention;
fig. 2 is a GUI schematic diagram of an attendance interface displayed by a smart television according to an embodiment of the present invention;
fig. 3 is a timing diagram corresponding to the first attendance terminal in fig. 1 communicating with an attendance server;
fig. 4 is a schematic flow chart of an online attendance method of a first attendance terminal according to an embodiment of the present invention;
fig. 5 is a schematic flow chart of an online attendance method of an attendance server according to an embodiment of the present invention;
fig. 6 is a communication schematic diagram of another online attendance system according to an embodiment of the present invention;
fig. 7 is a timing diagram corresponding to the first attendance terminal in fig. 6 communicating with an attendance server;
fig. 8 is a communication schematic diagram of another online attendance system according to an embodiment of the present invention;
fig. 9 is a timing diagram corresponding to the two smartphones in fig. 8 communicating with an attendance server;
fig. 10 is a GUI schematic diagram of an attendance interface displayed by a smart phone according to an embodiment of the present invention;
fig. 11 is a schematic structural diagram of an attendance checking terminal according to an embodiment of the present invention;
fig. 12 is a schematic structural diagram of another attendance checking terminal provided in the embodiment of the present invention;
fig. 13 is a schematic structural diagram of an attendance checking server according to an embodiment of the present invention;
fig. 14 is a schematic structural diagram of another attendance checking server provided in the embodiment of the present invention.
Detailed Description
The principles and features of this invention are described below in conjunction with the following drawings, which are set forth by way of illustration only and are not intended to limit the scope of the invention.
Example one
As shown in fig. 1, a communication diagram of a wired communication system includes: the system comprises a PC terminal, a wired network and an attendance server, wherein the PC terminal and the attendance server are respectively accessed into the wired network, and the PC terminal is a desktop computer, an intelligent television and the like.
The PC terminal can run an attendance program such as an embedded APP or a WeChat applet, and when the PC terminal runs the attendance program, the PC terminal is configured as a first attendance terminal.
When the first attendance terminal displays a login interface provided by an attendance program, the first attendance terminal can detect login operation input by an attendance controlled user on the login interface, first identity information used for identifying the attendance controlled user according to a login operation record is packaged into a login request message, the login request message is sent to an attendance server through a wired network, the first identity information comprises network account information or fingerprints or face images, and the login operation comprises single-point touch operation or mouse operation input for multiple times on the login interface.
The attendance server can receive the login request message, verify whether the first identity information in the login request message exists in the basic information base, if not, pack a first notification message for indicating login failure into the login response message, if so, pack a second notification message for indicating login success into the login response message, and push the login response message to the first attendance terminal through the wired network.
The first attendance terminal can receive the login response message, display a first notification message in the login response message on the login interface, or log in an attendance program according to a second notification message in the login response message; after logging in the attendance program, the first attendance terminal can control the attendance program to be switched to the attendance interface from the login interface, detect check-in operation input by an attendance controlled user on the attendance interface, package first identity information into a first attendance request message according to the check-in operation, and send the first attendance request message to the attendance server through a wired network, wherein the check-in operation can comprise single-point touch operation or mouse operation input in a display area of the attendance interface occupied by the check-in graphic control.
Exemplarily, as shown in fig. 2, the GUI schematic diagram of the smart television display attendance interface a0 is shown, and the attendance interface a10 includes a check-in graphical control a1, on which "i am to check in" is displayed, and the check-in operation is a touch operation a2 input in a display area of the attendance interface occupied by the check-in graphical control.
The attendance server can receive the first attendance request message, and inquire each piece of attendance task information associated with the first identity information in the first attendance request message from the attendance task library, wherein each piece of attendance task information at least comprises aging identification information, attendance mode information and hotspot identification; if the aging information in any piece of attendance task information indicates that the attendance task information is invalid, the aging identification information for indicating that the attendance task information is invalid is used as a verification condition that no effective task information exists in an attendance task library, when no effective task information exists in the attendance task library, the attendance server can realize the process of stopping on-line attendance by disconnecting a communication channel with the first attendance terminal or packaging a third notification message for indicating that the on-line attendance is stopped into an attendance response message and the like, no effective task information is pushed to the first attendance terminal by the attendance server, the first attendance terminal also stops on-line attendance, the controllability of the on-line attendance is enhanced, the on-line attendance efficiency is improved, and the aging information for indicating that the attendance task information is invalid, such as tags of ' invalid ' or ' invalid ' disabled ' and the like; if the time effectiveness information in at least one piece of attendance task information indicates that the attendance task information is effective, the time effectiveness information used for indicating that the attendance task information is effective is used as a verification condition for the effective task information in the attendance task library, and the effective task information is packed into a first attendance response message only when the effective task information exists in the attendance task library, so that the real-time property, the accuracy and the controllability of the effective task information are ensured, the effective task information is not easy to be counterfeited or substituted, and the time effectiveness information used for indicating the time effectiveness information failure of the attendance task information is a label such as 'effective' or 'continued use'; and pushing the first attendance response message to the first attendance terminal through the wired network so that the first attendance response message responds to the first attendance request message.
The first attendance terminal can receive the first attendance response message, when the first attendance response message carries the third notification message, the third notification message is used as a verification condition that no effective task information exists in the attendance response message, the verification mode is simple, the first attendance terminal can stop the online attendance process in a mode of disconnecting a communication channel with the attendance server or displaying the third notification message on an attendance interface, and no attendance information can be uploaded to the attendance server by the first attendance terminal, so that the online attendance is prevented from being maintained when the attendance response message does not carry effective task information, and when the first attendance response message carries effective task information, the attendance information can be set in the attendance program according to the effective task information, so that the online attendance is enhanced, the online attendance efficiency is improved, the accuracy and controllability of the attendance information are improved, and the online attendance information is displayed, Controllability and anti-counterfeiting performance.
The first attendance terminal can pack attendance information into a second attendance request message and send the second attendance request message to the attendance server through the wired network; the attendance server can receive and analyze the attendance information from the second attendance request message, and records the attendance information into the attendance record library, so that the problem that false attendance is easy to occur in online attendance is solved, the risk of false attendance is reduced, and the accuracy of online attendance is improved.
After the attendance information is recorded into the attendance recording library, the attendance server pushes a second attendance response message to the first attendance terminal through the wired network so that the second attendance response message responds to the second attendance request message, the first attendance server can verify that a third notification message exists in the second attendance response message, and the attendance server and the first attendance terminal stop the third notification message for online attendance.
Fig. 2 shows a third notification message A3 on the attendance interface a0, as shown in fig. 3, shows a timing chart of the communication between the first attendance terminal and the attendance server, as shown in fig. 4, shows a flowchart of the online attendance method of the first attendance terminal, as shown in fig. 5, shows a flowchart of the online attendance method of the attendance server, and is not repeated here.
Example two
As shown in fig. 6, a communication schematic diagram of an online attendance system includes: the mobile terminal can be configured to wirelessly communicate with the wireless hotspot, the mobile terminal can be a notebook computer, an ipad, a smart phone and the like, the wireless network can be a WLAN network, a cellular network and the like, and the wireless hotspot can be a Bluetooth base station, a Zigbee base station and the like.
The mobile terminal may run an attendance program such as an embedded APP or a wechat applet, and when the mobile terminal runs the attendance program, the mobile terminal is configured as a first attendance terminal.
As shown in fig. 4, the first attendance terminal online attendance method in the flowchart sets attendance information according to the valid task information, and specifically includes: extracting attendance mode information and a hotspot identification from the effective task information, scanning the wireless hotspot according to the attendance mode information to obtain hotspot scanning information, and setting attendance information according to the hotspot identification and the hotspot scanning information.
Exemplarily, the bluetooth base station may be a second attendance terminal configured to share the bluetooth network, where the second attendance terminal is a mobile terminal such as a smart phone or a notebook computer having a bluetooth communication function, and the mobile terminal is configured to share the bluetooth network, which belongs to the prior art and is not described herein again.
Exemplarily, the bluetooth base station may be an ibeacon device, the ibeacon device information includes three IDs, which are UUID, Major and minor, and the minor may be configured as a hotspot identifier such as a device ID of the second attendance terminal or a landmark ID of the geographic location, and the configuration is as follows: the ibeacon equipment is scanned through a configuration program running in an iphone mobile phone or an ipad to obtain ibeacon equipment information, a UUID, a Major and a Minjor are displayed on a configuration interface provided by the configuration program, the Minjor is modified into the equipment ID or a landmark ID, and the modified Minjor is configured to the ibeacon equipment, so that the ibeacon equipment is associated with a second attendance terminal or a geographical position, the configuration program can comprise configuration tools such as Realkit or beacon and the like, and a person skilled in the art can understand that configuring the ibeacon equipment belongs to the prior art, and the details are not repeated here.
The first attendance terminal may be held by a student, the second attendance terminal may be held by a teacher, the ibeacon device is laid in a classroom, the device ID may include the second attendance terminal number 16051, and the landmark ID may include the classroom number AIO1, so this embodiment may help the teacher implement online check-in to the student.
The first attendance terminal can automatically call an API (application programming interface) in the wechat program according to the attendance mode information, scans the ibeacon equipment through the API to obtain ibeacon equipment information serving as hotspot scanning information, and is beneficial to improving the scanning efficiency and user experience.
Scanning the wireless hotspot according to the attendance mode information to obtain hotspot scanning information, which specifically comprises the following steps: if the attendance mode information identifies the two-dimensional code scanning unit, starting the two-dimensional code scanning unit, scanning the wireless hotspot through the two-dimensional code scanning unit to obtain two-dimensional code information, and taking the two-dimensional code information as hotspot scanning information; and if the attendance mode information identifies the Bluetooth scanning unit, starting the Bluetooth scanning unit, scanning the wireless hotspot through the Bluetooth scanning unit to obtain Bluetooth equipment information, and taking the Bluetooth equipment information as hotspot scanning information.
Exemplarily, the wireless hotspot may include a two-dimensional code hotspot, the two-dimensional code hotspot may be a second attendance terminal displaying a two-dimensional code at a preset frequency, the second attendance terminal may include a PC computer or a large-screen smart television, the preset frequency may be 1 second/time, and the two-dimensional code may carry a classroom number of a classroom in which the second attendance terminal is located; or, the two-dimensional code hotspot may be projection interconnection equipment for projecting the two-dimensional code at a preset frequency, the projection interconnection equipment includes a second attendance terminal and a projector in communication connection with the second attendance terminal, the preset frequency may be 0.1 second/time, and the two-dimensional code may carry a second attendance terminal number.
Exemplarily, the attendance pattern information may include a "two-dimensional code check-in" tag for identifying the two-dimensional code scanning unit or a "bluetooth check-in" tag for identifying the bluetooth scanning unit, if the attendance pattern information is identified as two-dimensional code check-in by a regular matching formula pre-stored in the first attendance terminal, the two-dimensional code module is started, the two-dimensional code module may include a two-dimensional code scanning program in a two-dimensional code identification app or a wechat program, if the attendance pattern information is identified as bluetooth check-in by the regular matching formula, the bluetooth scanning unit is started, the bluetooth scanning unit may include a bluetooth scanning app or an API interface for scanning ibeacon equipment information, the attendance pattern information may serve as a control condition for automatically allocating different scanning modules, so as to improve scanning efficiency.
Exemplarily, scanning a two-dimensional code projected by a projection interconnection device through a two-dimensional code recognition app to obtain 16051, and taking 16051 as hotspot scanning information; or, the Bluetooth network shared by the second attendance checking terminal is scanned through the Bluetooth scanning app to obtain the AIO1, and the AIO1 is used as hotspot scanning information.
Setting attendance information according to the hotspot identification and the hotspot scanning information, and specifically comprising the following steps: verifying whether the hotspot identification exists in the hotspot scanning information to obtain a hotspot verification result; if the hotspot verification result indicates that the hotspot identification does not exist in the hotspot scanning information, setting the attendance information as the absent attendance information; if the hotspot verification result indicates that the hotspot identification exists in the hotspot scanning information, user identity information for uniquely identifying the attendance-controlled user is input, and the attendance information is set as sign-in information according to the user identity information.
Exemplarily, comparing the hotspot scanning information with the hotspot identification extracted from the effective task information through a character string verification function, if the hotspot scanning information is different from the effective task information, outputting a hotspot verification result 0 for indicating that the hotspot identification does not exist in the hotspot scanning information, and if the hotspot scanning information is the same as the effective task information, outputting a hotspot verification result 1 for indicating that the hotspot identification does not exist in the hotspot scanning information; when 0 is output, the first identity information, the timestamp for identifying the sign-in operation time and the label for marking absence are associated to be absence information, and the absence information is input into an attendance program so that attendance information in the attendance program is set to be absence information; when the attendance checking program is output 1, the identity information input module is started, the identity information of the user is input through the identity information input module, whether the identity information of the user is matched with the first identity information or not is verified, if not, the first identity information, the timestamp and the sign-in failure tag are associated to be sign-in information, if yes, the first identity information, the timestamp and the sign-in success tag are associated to be sign-in information, the sign-in information is configured to be attendance checking information in the attendance checking program, the attendance checking information is automatically classified and set, the accuracy and the subdivision of the attendance checking information are enhanced, and the automation degree of online attendance checking is promoted.
The identity information input module comprises a fingerprint recognizer or a face recognizer and the like, and the user identity information comprises a fingerprint input into the attendance program through the fingerprint recognizer or a face image input into the attendance program through the face recognizer and the like.
As shown in fig. 7, a timing diagram of communication between the first attendance terminal and the attendance server is shown, and the attendance information is set as check-in information according to the user identity information, which specifically includes: packaging the user identity information into an identity authentication request message, and sending the identity authentication request message to an attendance server; receiving an identity authentication response message which is pushed by the attendance checking server and used for responding to the identity authentication request message; and verifying whether the identity authentication response message carries authentication passing information or not, if not, setting the attendance information as the check-in information for indicating that the check-in is invalid, and if so, setting the attendance information as the check-in information for indicating that the check-in is valid.
Exemplarily, the first attendance terminal packs the face image into an identity authentication request message, and sends the identity authentication request message to an attendance server through a cellular network; the attendance checking server receives the identity authentication request message, identifies a face image in the identity authentication request message to obtain face characteristics, verifies whether first identity information matched with the face characteristics exists in a basic information base, packs the authentication failure tag into an identity authentication response message if the first identity information does not exist in the basic information base, packs the authentication success tag serving as authentication passing information into the identity authentication response message if the first identity information does not exist in the basic information base, and pushes the identity authentication response message to the first attendance checking terminal through a cellular network.
When the identity authentication response message contains an authentication failure tag, the first attendance terminal takes the authentication failure tag as a verification condition that the identity authentication response message does not carry authentication passing information, and associates the first identity information, the timestamp and the sign-in failure tag as sign-in information; when the identity authentication response message contains the authentication success tag, the first attendance terminal takes the authentication success tag as a verification condition for carrying authentication passing information in the identity authentication response message, and associates the first identity information, the timestamp and the sign-in success tag into effective sign-in information for indicating sign-in when the identity authentication response message carries the authentication passing information, so that the verification mode is simple and effective, and the controllability of the first attendance terminal in automatically classifying the sign-in information is improved.
As shown in fig. 5, the flow chart of the online attendance method of the attendance server records attendance information into an attendance record library, which specifically includes: if the attendance information is the absence information, verifying whether an leave-asking record matched with the first identity information exists in the attendance record library to obtain a leave-asking verification result; if the leave-asking verification result indicates that no leave-asking record exists in the attendance record library, setting the absence information as open-to information, and recording the open-to information into the attendance record library; if the leave-asking verification result indicates that leave-asking records exist in the attendance record library, recording the absent attendance information into the attendance record library; and if the attendance information is the check-in information, recording the check-in information into an attendance record library.
Before receiving the first attendance request message sent by the first attendance terminal, receiving a third attendance request message sent by the second attendance terminal, analyzing attendance initiation information and second identity information for identifying attendance control users from the third attendance request message, setting effective task information according to the attendance initiation information and the second identity information, and inputting the effective task information into an attendance record library.
Exemplarily, as shown in fig. 8, an online attendance system in which a smartphone a is configured as a first attendance terminal and a smartphone B is configured as a second attendance terminal is shown.
As shown in fig. 9, which is a timing chart of communication between the smart phone a and the smart phone B and the attendance server, the smart phone B sends a third attendance request message to the attendance server through the cellular network; the attendance server receives the third attendance message request, packs a fourth notification message for indicating that the task is successfully set into a third attendance response message after the valid task information is recorded into the attendance record library, pushes the third attendance response message to the smart phone B through the cellular network, and disconnects a communication channel between the smart phone B and the attendance server according to the fourth notification message in the third attendance response message.
Exemplarily, as shown in fig. 10, the GUI diagram of the smartphone B displaying the attendance interface B0 is that the attendance interface B0 includes an attendance theme selection column B1, an attendance mode selection column B2, an attendance scene selection column B3, a teacher number selection column B4, an attendance grouping selection column B5, and an initiating graphical control B6; the smart phone B detects a first touch operation input on a display area of an attendance interface B0 occupied by the attendance subject selection column B1, and displays a course check-in on the attendance subject selection column B1 according to the first touch operation; the smart phone B detects a second touch operation input on a display area of an attendance interface B0 occupied by the attendance mode selection column B2, and displays Bluetooth scanning on an attendance mode selection column B2 according to the second touch operation; the smart phone B detects a third touch operation input on a display area of the attendance interface B0 occupied by the attendance scene selection column B3, and displays a teacher on the attendance scene selection column B3 according to the third touch operation; the smartphone B detects a fourth touch operation input on the display area of the attendance interface B0 occupied by the teacher number selection column B4, and displays A101 on the teacher number selection column B4 according to the fourth touch operation; the smart phone B detects a fifth touch operation input on a display area of the attendance interface B0 occupied by the attendance grouping selection column B5, and displays 17 on the attendance grouping selection column B5 according to the fifth touch operation; the smart phone B detects a sixth touch operation input on a display area of an attendance interface B0 occupied by the initiating graphic control B6, records attendance initiating time according to the sixth touch operation, associates the attendance initiating time, course check-in, Bluetooth scanning, classroom, A101 and A17 into attendance initiating information, and packages the attendance initiating information and second identity information used for logging in an attendance program on the smart terminal B into a third attendance request message, wherein the second identity information comprises network account information or fingerprints or face images, and the network account information comprises a user name and a login password.
Effective task information is set according to the attendance initiating information and the second identity information, and the method specifically comprises the following steps: respectively acquiring attendance starting time, attendance controlled group information and attendance mode information from the attendance starting information; verifying whether the course information matched with the attendance initiation time and the second identity information exists in the course library to obtain a course verification result; if the course verification result indicates that the course information does not exist in the course library, stopping setting the effective task information; and if the course verification result indicates that the course information exists in the course library, inquiring the hot spot identification matched with the second identity information from the basic information library, and setting effective task information according to the hot spot identification, the attendance controlled group information and the attendance mode information.
When the course information matched with the attendance initiation time and the second identity information does not exist in the course library, the effective task information is stopped from being set in a mode of packaging a fifth communication message used for indicating the failure of the task setting into a third attendance response message, the fifth communication message is convenient for an attendance implementation and control user to reset the attendance initiation information on the attendance interface B0 in time, so that the attendance server can reset the effective task information, when the course information matched with the attendance initiation time and the second identity information exists in the course library, the effective task information can be set, the controllability and the accuracy of the effective task information are enhanced, and the setting efficiency of the effective task information is ensured.
Exemplarily, the attendance starting time is a first timestamp, the attendance controlled group information is 17, and the attendance mode information is bluetooth scanning; the attendance server searches an attendance group named 17 from the basic information base, wherein the attendance group comprises second identity information and a hot spot identifier which are mutually associated, the second identity information extracted from the attendance initiating information is compared with the second identity information in the attendance group, if the second identity information and the second identity information are the same, the hot spot identifier associated with the second identity information is extracted from the attendance group, and if the second identity information and the hot spot identifier are different, the setting of effective task information is stopped; and comparing the hot spot identifier in the attendance group with the A101, if the two identifiers are the same, associating the second identity information, the hot spot identifier, the Bluetooth scanning, the classroom and the first timestamp serving as the aging information into effective task information, and if the two identifiers are different, stopping setting the effective task information, thereby greatly improving the accuracy and the anti-counterfeiting performance of the effective task information.
As shown in fig. 9, after the valid task information is entered into the attendance task library, a fourth attendance request message sent by the second attendance terminal is received, and the valid task information is set as the invalid task information in the attendance task library according to the attendance stop time in the fourth attendance request message.
Exemplarily, the attendance interface B0 may further include a stop graphical control, the smartphone B detects a seventh touch operation input on a display area of the attendance interface B0 occupied by the stop graphical control, records a second timestamp used for representing attendance stop time according to the seventh touch operation, packages the second timestamp into a fourth attendance request message, and sends the fourth attendance request message to the attendance server through the cellular network, where the sending time of the fourth attendance request message may be between the sending time of the second attendance request message and the receiving time of the second attendance response message; the attendance server analyzes a second timestamp from the second attendance request message, and replaces the first timestamp with the second timestamp so as to convert effective task information into ineffective task information, so that an attendance task can be stopped on line in real time, and timeliness of on-line attendance is guaranteed; after the effective task information is converted into ineffective task information, the attendance server packs the third notification message into a fourth attendance response message, and the fourth attendance response message is sent to the intelligent terminal B through the cellular network.
It should be noted that, before receiving the third request packet, the attendance server pre-establishes databases related to prior attendance, such as an attendance task library, an attendance record library, a course library, and the like, and user information required to be used by these databases may be uploaded to the attendance server by a first attendance terminal owned by a plurality of different attendance controlled users and a second attendance terminal owned by at least one attendance enforcement user, or may be periodically and automatically sent to the attendance server by the central server.
EXAMPLE III
As shown in fig. 11, an attendance checking terminal according to an embodiment of the present invention includes: the message transceiving module is used for sending the first attendance request message to an attendance server and receiving an attendance response message which is pushed by the attendance server and used for responding to the attendance request message; the attendance management and control module is used for verifying whether the attendance response message contains effective task information or not, stopping online attendance if the attendance response message does not contain effective task information, and setting attendance information according to the effective task information if the attendance response message contains effective task information; the message transceiving module is also used for packaging the attendance information into a second attendance request message; and sending the second attendance request message to an attendance server so as to record the attendance information in the second attendance request message into the attendance server.
As shown in fig. 12, the attendance management and control module specifically includes: the message verification sub-module is used for verifying whether the attendance response message contains effective task information or not; the attendance checking stopping sub-module is used for stopping online attendance checking if the attendance checking response message does not contain effective task information; the information extraction submodule is used for extracting attendance mode information and a hotspot identification from the effective task information if the effective task information exists in the attendance response message; the hot spot scanning sub-module is used for scanning the wireless hot spot according to the attendance mode information to obtain hot spot scanning information; and the attendance maintenance submodule is used for setting attendance information according to the hotspot identification and the hotspot scanning information.
The hotspot scanning sub-module specifically comprises: the scanning and allocating unit is used for starting the two-dimensional code scanning unit if the attendance mode information identifies the two-dimensional code scanning unit; if the attendance mode information identifies the Bluetooth scanning unit, starting the Bluetooth scanning unit; the two-dimension code scanning unit is used for scanning the wireless hotspot to obtain two-dimension code information and taking the two-dimension code information as hotspot scanning information; and the Bluetooth scanning unit is used for scanning the wireless hotspot to obtain Bluetooth equipment information and taking the Bluetooth equipment information as hotspot scanning information.
The attendance maintenance submodule specifically comprises: the hotspot verification unit is used for verifying whether the hotspot identification exists in the hotspot scanning information to obtain a hotspot verification result; the attendance absence setting unit is used for setting the attendance information as the attendance absence information if the hotspot verification result indicates that the hotspot identification does not exist in the hotspot scanning information; and the sign-in setting unit is used for inputting user identity information for uniquely identifying the attendance-controlled user if the hotspot verification result indicates that the hotspot identification exists in the hotspot scanning information, and setting the attendance information as sign-in information according to the user identity information.
The message receiving and sending module is further used for packaging the user identity information into an identity authentication request message, sending the identity authentication request message to the attendance server, and receiving an identity authentication response message which is pushed by the attendance server and used for responding to the identity authentication request message.
The sign-in setting unit is specifically used for: and verifying whether the identity authentication response message carries authentication passing information or not, if not, setting the attendance information as the check-in information for indicating that the check-in is invalid, and if so, setting the attendance information as the check-in information for indicating that the check-in is valid.
Example four
As shown in fig. 13, an attendance server includes: the system comprises a message transceiving module, a first attendance checking terminal and a second attendance checking terminal, wherein the message transceiving module is used for receiving a first attendance checking request message sent by the first attendance checking terminal, and the first attendance checking request message carries first identity information for identifying an attendance controlled user; the attendance management and control module is used for verifying whether effective task information matched with the first identity information exists in the attendance task library, stopping online attendance if the effective task information does not exist in the attendance task library, and packing the effective task information into an attendance response message if the effective task information does not exist in the attendance task library; the message transceiving module is also used for sending the attendance response message to the first attendance terminal; receiving a second attendance request message sent by the first attendance terminal, wherein the second attendance request message carries attendance information which is set after the first attendance terminal verifies that effective task information exists in the attendance response message; and the attendance management and control module is also used for recording the attendance information into an attendance record library.
As shown in fig. 14, the attendance management and control module specifically includes a first management and control sub-module, a second management and control sub-module, a third management and control sub-module, and a fourth management and control sub-module.
The first management and control sub-module is used for verifying whether an attendance record matched with the first identity information exists in the attendance record library or not when the attendance information is absent information, so as to obtain an attendance verification result; if the leave-asking verification result indicates that no leave-asking record exists in the attendance record library, setting the absence information as open-to information, and recording the open-to information into the attendance record library; and if the leave-asking verification result indicates that leave-asking records exist in the attendance record library, stopping recording the absent attendance information into the attendance record library.
And the second management and control sub-module is used for recording the attendance information into the attendance record library when the attendance information is the attendance information.
The message transceiving module is further used for receiving a third attendance request message sent by the second attendance terminal, and the third attendance request message carries attendance initiating information and second identity information for identifying attendance control users.
The third management and control sub-module is used for setting effective task information according to the attendance starting information and the second identity information; and recording the effective task information into an attendance record library.
The third management and control module is specifically configured to: respectively acquiring attendance starting time, attendance controlled group information and attendance mode information from the attendance starting information; verifying whether course information matched with the attendance initiation time and the second identity information exists in a course library to obtain a course verification result; if the course verification result indicates that the course information does not exist in the course library, stopping setting the effective task information; and if the course verification result indicates that the course information exists in the course library, inquiring a hot spot identification matched with the second identity information from the basic information library, and setting effective task information according to the hot spot identification, the attendance controlled group information and the attendance mode information.
The message transceiving module is further used for receiving a fourth attendance request message sent by the second attendance terminal, and the fourth attendance request message carries attendance stop time.
And the fourth management and control sub-module is used for setting the effective task information into invalid task information in the attendance task library according to the attendance stop time.
The reader should understand that in the description of this specification, reference to the description of the terms "aspect," "embodiment," and "exemplary" etc., means that a particular feature, step, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention, and the terms "first" and "second," etc., are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated, whereby the features defined as "first" and "second," etc., may explicitly or implicitly include at least one such feature.
In this specification, where the terminology above is used for the purpose of describing particular features, steps or characteristics in general, it is not necessary for the terminology above to be restricted to the same embodiments or examples, and the described particular features, steps or characteristics may be combined in any suitable manner in any one or more of the particular examples or examples, and one skilled in the art may combine or/and combine features of different embodiments or examples and features of different embodiments or examples described in this specification without contradiction.
Claims (10)
1. An online attendance checking method is characterized by comprising the following steps:
sending the first attendance request message to an attendance server, and receiving an attendance response message which is pushed by the attendance server and used for responding to the attendance request message;
verifying whether the attendance response message contains valid task information, if not, stopping online attendance, and if so, setting attendance information according to the valid task information;
and packaging the attendance information into a second attendance request message, and sending the second attendance request message to the attendance server so as to record the attendance information in the second attendance request message into the attendance server.
2. The online attendance method according to claim 1, wherein setting attendance information according to the valid task information specifically comprises:
extracting attendance mode information and a hot spot identifier from the effective task information;
scanning a wireless hotspot according to the attendance mode information to obtain hotspot scanning information;
and setting the attendance information according to the hotspot identification and the hotspot scanning information.
3. The online attendance method of claim 2, wherein the scanning of the wireless hotspot according to the attendance mode information to obtain hotspot scanning information specifically comprises:
if the attendance mode information identifies the two-dimensional code scanning unit, starting the two-dimensional code scanning unit, scanning the wireless hotspot through the two-dimensional code scanning unit to obtain two-dimensional code information, and taking the two-dimensional code information as hotspot scanning information;
and if the attendance mode information identifies the Bluetooth scanning unit, starting the Bluetooth scanning unit, scanning the wireless hotspot through the Bluetooth scanning unit to obtain Bluetooth equipment information, and taking the Bluetooth equipment information as the hotspot scanning information.
4. The online attendance method according to claim 2 or 3, wherein the setting of the attendance information according to the hotspot identification and the hotspot scanning information specifically comprises:
verifying whether the hotspot identification exists in the hotspot scanning information to obtain a hotspot verification result;
if the hotspot verification result indicates that the hotspot identification does not exist in the hotspot scanning information, setting the attendance information as absent attendance information;
if the hotspot verification result indicates that the hotspot identification exists in the hotspot scanning information, user identity information for uniquely identifying the attendance-controlled user is input, and the attendance information is set as sign-in information according to the user identity information.
5. The online attendance method of claim 4, wherein setting the attendance information as check-in information according to the user identity information specifically comprises:
packaging the user identity information into an identity authentication request message, and sending the identity authentication request message to the attendance server;
receiving an identity authentication response message pushed by the attendance server and used for responding to the identity authentication request message;
and verifying whether the identity authentication response message carries authentication passing information or not, if not, setting the attendance information as the check-in information for indicating that the check-in is invalid, and if so, setting the attendance information as the check-in information for indicating that the check-in is valid.
6. An attendance terminal, comprising:
the message transceiving module is used for sending the first attendance request message to an attendance server and receiving an attendance response message which is pushed by the attendance server and used for responding to the attendance request message;
the attendance management and control module is used for verifying whether the attendance response message contains effective task information or not, stopping online attendance if the attendance response message does not contain effective task information, and setting attendance information according to the effective task information if the attendance response message contains effective task information;
the message transceiving module is further used for packaging the attendance information into a second attendance request message; and sending the second attendance request message to the attendance server so as to record the attendance information in the second attendance request message into the attendance server.
7. The attendance terminal of claim 6, wherein the attendance management and control module specifically comprises:
the message verification sub-module is used for verifying whether the attendance response message contains effective task information or not;
the attendance checking stopping sub-module is used for stopping online attendance checking if the effective task information does not exist in the attendance checking response message;
the information extraction submodule is used for extracting attendance mode information and a hot spot identifier from the effective task information if the effective task information exists in the attendance response message;
the hot spot scanning sub-module is used for scanning the wireless hot spot according to the attendance mode information to obtain hot spot scanning information;
and the attendance maintenance submodule is used for setting the attendance information according to the hotspot identification and the hotspot scanning information.
8. The attendance terminal of claim 7, wherein the hotspot scanning sub-module specifically comprises:
the scanning and allocating unit is used for starting the two-dimension code scanning unit if the attendance mode information identifies the two-dimension code scanning unit; if the attendance mode information identifies a Bluetooth scanning unit, starting the Bluetooth scanning unit;
the two-dimension code scanning unit is used for scanning the wireless hotspot to obtain two-dimension code information, and taking the two-dimension code information as hotspot scanning information;
the Bluetooth scanning unit is used for scanning the wireless hotspot to obtain Bluetooth equipment information, and taking the Bluetooth equipment information as the hotspot scanning information.
9. The attendance terminal according to claim 7 or 8, wherein the attendance maintenance sub-module specifically comprises:
the hotspot verification unit is used for verifying whether the hotspot identification exists in the hotspot scanning information to obtain a hotspot verification result;
the attendance-absent setting unit is used for setting the attendance information as attendance-absent information if the hotspot verification result indicates that the hotspot identification does not exist in the hotspot scanning information;
and the check-in setting unit is used for inputting user identity information for uniquely identifying the attendance-controlled user if the hotspot verification result indicates that the hotspot identification exists in the hotspot scanning information, and setting the attendance information as check-in information according to the user identity information.
10. The attendance terminal of claim 9, wherein the message transceiver module is further configured to package the user identity information into an identity authentication request message, send the identity authentication request message to the attendance server, and receive an identity authentication response message pushed by the attendance server to respond to the identity authentication request message;
the check-in setting unit is specifically configured to verify whether the identity authentication response message carries authentication passing information, if not, set the attendance information as the check-in information for indicating that the check-in is invalid, and if so, set the attendance information as the check-in information for indicating that the check-in is valid.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113469024A (en) * | 2021-06-29 | 2021-10-01 | 深圳市商汤科技有限公司 | Face attendance checking method and device, electronic equipment and computer readable storage medium |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113469024A (en) * | 2021-06-29 | 2021-10-01 | 深圳市商汤科技有限公司 | Face attendance checking method and device, electronic equipment and computer readable storage medium |
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Application publication date: 20191220 |