CN104580388A - Method for sending point-to-point message to offline receiver in enterprise mobile office system - Google Patents
Method for sending point-to-point message to offline receiver in enterprise mobile office system Download PDFInfo
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- CN104580388A CN104580388A CN201410786344.XA CN201410786344A CN104580388A CN 104580388 A CN104580388 A CN 104580388A CN 201410786344 A CN201410786344 A CN 201410786344A CN 104580388 A CN104580388 A CN 104580388A
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Abstract
The invention discloses a method for sending a point-to-point message to an offline receiver in an enterprise mobile office system. The method comprises the following steps: when the receiver is offline, a user A sends a message to an exchange center a; the exchange center a detects that the receiver is not local; the message is sent to an interworking center; the interworking center requests a user data center to inquire the position of the receiver; the user data center feeds back a null position to the interworking center; the exchange center a sends the message to a caching center; after the receiver logins, the caching center pushes a caching message to the receiver: the receiver sends a register request to the exchange center, the exchange center requests the caching message from the caching center, the caching center sends the caching message to the exchange center; the exchange center pushes the caching message to the receiver. When the receiver is offline, the message sent by a sender is temporarily stored in the caching center, and after the receiver logins, the caching center pushes the caching message to the receiver, so that efficient and safe point-to-point communication between the sender and the receiver is achieved.
Description
Technical field
The present invention relates to Enterprise Office System, particularly relate to a kind of enterprise mobile working system acceptance side online time send the method for point-to-point message.
Background technology
Along with the development of infotech, network technology, mechanics of communication, database technology, competition between 21 century enterprise is no longer only confined to the competition in product quality and service, the more important thing is and be combined the core competitiveness improving enterprise with management philosophy, fast responding market demand by infotech, network technology, mechanics of communication, database technology.Cooperation between each structure of promoting enterprise, all departments, each employee and whenever and wherever possible communication capability.
Synergetic office work platform can make in-house experience, knowledge, resource obtain sharing utilization the most fully, the uploading of various information is assigned and is realized lossless, undelayed perfection and transmit, and the synergetic office work platform of " simple, practical, open, flexible " becomes the most important thing of Enterprise Office Information construction already.
Existing synergetic office work platform can realize personnel's communication, flow process cooperation, knowledge sharing and integration, the business process specification of enterprise, standardization, visualized management can be helped and graphically monitor, contributing to a certain extent improving enterprise operation efficiency and effectiveness of operation.But existing synergetic office work platform all cannot realize enterprise's office administration, cannot realize the functions such as the distribution of enterprise work task, supervision, report and management, also cannot realize point-to-point message between enterprise staff and send.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, the method of point-to-point message is sent when providing a kind of enterprise mobile working system acceptance side not online, when take over party user is not online, the message that transmit leg sends is kept in buffer memory center, after take over party registers login, buffered message is pushed to take over party by buffer memory center again, achieves point-to-point communication efficient, safe between transmit leg and take over party.
The object of the invention is to be achieved through the following technical solutions: the method sending point-to-point message when enterprise mobile working system acceptance side is online, it comprises the following steps:
S1: set up enterprise mobile working system, comprise subscriber data center, intercommunication center, buffer memory center, authentication center and at least one switching centre, each user is connected with subscriber data center respectively by authentication center, subscriber data center is connected with buffer memory center and each switching centre respectively, each switching centre is connected with buffer memory center respectively, and each switching centre is also connected with the communication of intercommunication center respectively;
Wherein, described subscriber data center is for depositing the essential information of user, account information, user's configuration and representing the organization structure tree of institutional framework relation between each user, connect concrete which switching centre after determining the certification after user's connection and authentication success simultaneously, be responsible for preservation and the inquiry of customer position information;
Described authentication center for realizing the login authentication of all users, and distributes switching centre to user, connects for user;
Described switching centre is for realizing the mutual of information, keep the network element that user connects and message forwards, each switching centre integrated system processing enter, system processing enter is used for system and pushes reminder message, notification message, announcement message, be a special switching centre, that is responsible between disposal system and user is mutual;
Described intercommunication center for connecting multiple switching centre, by the message of intercommunication center transmit across switching centre;
Described user refers to terminal user, is responsible for message to be presented to user, and user's message is sent to appointment switching centre, sends to designated user by switching centre and intercommunication center;
Described buffer memory center is used for the message that temporary switching centre cannot send to, and when user logs in again, switching centre's query caching center, by message push to user; Buffer memory center is connected with the customer data base of subscriber data center, subscriber data center is notified when buffer memory center receives buffered message, subscriber data center checks that whether user is online, if online, is nullified by customer position information, and is sent to switching centre's requirement cancellation and disconnect user connection;
S2: when take over party is not online, the step sending point-to-point message comprises following sub-step:
S201: the user A sending message sends message to the switching centre a connecting user A;
S202: switching centre a to user A return messages confirmation;
After S203: user A acknowledge message, switching centre a detects that take over party user B is not in this locality;
User A is sent to intercommunication center for the message sent by S204: switching centre a, and intercommunication center is to switching centre a return messages confirmation;
S205: intercommunication center is to the position of subscriber data center requesting query take over party user B;
S206: subscriber data center is empty to intercommunication center home position;
User A is sent to buffer memory center for the message sent by S207: switching centre a;
S208: buffer memory center is to switching centre a return messages confirmation.
Enterprise mobile working system acceptance side sends the method for point-to-point message time not online, also comprise a take over party and log in rear buffer memory center pushes step from buffered message to take over party, comprise following sub-step:
SS1: take over party user B provides and logs in random code to switching centre's request registration;
SS2: switching centre returns the successful information of Login Register to user B;
SS3: switching centre is to buffer memory center requests buffered message, and buffer memory center is to switching centre's return messages confirmation;
SS4: buffer memory center sends buffered message to switching centre, switching centre is to buffer memory center return messages confirmation;
SS5: buffered message is pushed to user B by switching centre.
The positional information of described user B comprises the switching centre URL that user B connects.
The invention has the beneficial effects as follows: when take over party user is not online, the message that transmit leg sends is kept in buffer memory center, after take over party registers login, buffered message is pushed to take over party by buffer memory center again, achieves point-to-point communication efficient, safe between transmit leg and take over party.
Accompanying drawing explanation
Fig. 1 is enterprise mobile working system architecture schematic block diagram;
Fig. 2 be take over party online time, send the flow chart of steps of point-to-point message;
Fig. 3 is the flow chart of steps that take over party logs in that rear buffer memory center pushes buffered message to take over party.
Embodiment
Below in conjunction with accompanying drawing, technical scheme of the present invention is described in further detail, but protection scope of the present invention is not limited to the following stated.
Enterprise mobile working system acceptance side sends the method for point-to-point message time not online, it comprises the following steps:
S1: as shown in Figure 1, set up enterprise mobile working system, comprise subscriber data center, intercommunication center, buffer memory center, authentication center and at least one switching centre, each user is connected with subscriber data center respectively by authentication center, subscriber data center is connected with buffer memory center and each switching centre respectively, each switching centre is connected with buffer memory center respectively, and each switching centre is also connected with the communication of intercommunication center respectively;
Wherein, described subscriber data center is for depositing the essential information of user, account information, user's configuration and representing the organization structure tree of institutional framework relation between each user, connect concrete which switching centre after determining the certification after user's connection and authentication success simultaneously, be responsible for preservation and the inquiry of customer position information;
Described authentication center for realizing the login authentication of all users, and distributes switching centre to user, connects for user;
Described switching centre is for realizing the mutual of information, keep the network element that user connects and message forwards, each switching centre integrated system processing enter, system processing enter is used for system and pushes reminder message, notification message, announcement message, be a special switching centre, that is responsible between disposal system and user is mutual;
Described intercommunication center for connecting multiple switching centre, by the message of intercommunication center transmit across switching centre;
Described user refers to terminal user, is responsible for message to be presented to user, and user's message is sent to appointment switching centre, sends to designated user by switching centre and intercommunication center;
Described buffer memory center is used for the message that temporary switching centre cannot send to, and when user logs in again, switching centre's query caching center, by message push to user; Buffer memory center is connected with the customer data base of subscriber data center, subscriber data center is notified when buffer memory center receives buffered message, subscriber data center checks that whether user is online, if online, is nullified by customer position information, and is sent to switching centre's requirement cancellation and disconnect user connection;
S2: as shown in Figure 2, when take over party is not online, the step sending point-to-point message comprises following sub-step:
S201: the user A sending message sends message to the switching centre a connecting user A;
S202: switching centre a to user A return messages confirmation;
After S203: user A acknowledge message, switching centre a detects that take over party user B is not in this locality;
User A is sent to intercommunication center for the message sent by S204: switching centre a, and intercommunication center is to switching centre a return messages confirmation;
S205: intercommunication center is to the position of subscriber data center requesting query take over party user B;
S206: subscriber data center is empty to intercommunication center home position;
User A is sent to buffer memory center for the message sent by S207: switching centre a;
S208: buffer memory center is to switching centre a return messages confirmation.
As shown in Figure 3, send the method for point-to-point message when enterprise mobile working system acceptance side is not online, also comprise a take over party and log in rear buffer memory center pushes step from buffered message to take over party, comprise following sub-step:
SS1: take over party user B provides and logs in random code to switching centre's request registration;
SS2: switching centre returns the successful information of Login Register to user B;
SS3: switching centre is to buffer memory center requests buffered message, and buffer memory center is to switching centre's return messages confirmation;
SS4: buffer memory center sends buffered message to switching centre, switching centre is to buffer memory center return messages confirmation;
SS5: buffered message is pushed to user B by switching centre.
The above is only the preferred embodiment of the present invention, be to be understood that the present invention is not limited to the form disclosed by this paper, should not regard the eliminating to other embodiments as, and can be used for other combinations various, amendment and environment, and can in contemplated scope described herein, changed by the technology of above-mentioned instruction or association area or knowledge.And the change that those skilled in the art carry out and change do not depart from the spirit and scope of the present invention, then all should in the protection domain of claims of the present invention.
Claims (2)
1. send the method for point-to-point message when enterprise mobile working system acceptance side is not online, it is characterized in that: it comprises the following steps:
S1: set up enterprise mobile working system, comprise subscriber data center, intercommunication center, buffer memory center, authentication center and at least one switching centre, each user is connected with subscriber data center respectively by authentication center, subscriber data center is connected with buffer memory center and each switching centre respectively, each switching centre is connected with buffer memory center respectively, and each switching centre is also connected with the communication of intercommunication center respectively;
Wherein, described subscriber data center is for depositing the essential information of user, account information, user's configuration and representing the organization structure tree of institutional framework relation between each user, connect concrete which switching centre after determining the certification after user's connection and authentication success simultaneously, be responsible for preservation and the inquiry of customer position information;
Described authentication center for realizing the login authentication of all users, and distributes switching centre to user, connects for user;
Described switching centre is for realizing the mutual of information, keep the network element that user connects and message forwards, each switching centre integrated system processing enter, system processing enter is used for system and pushes reminder message, notification message, announcement message, be a special switching centre, that is responsible between disposal system and user is mutual;
Described intercommunication center for connecting multiple switching centre, by the message of intercommunication center transmit across switching centre;
Described user refers to terminal user, is responsible for message to be presented to user, and user's message is sent to appointment switching centre, sends to designated user by switching centre and intercommunication center;
Described buffer memory center is used for the message that temporary switching centre cannot send to, and when user logs in again, switching centre's query caching center, by message push to user; Buffer memory center is connected with the customer data base of subscriber data center, subscriber data center is notified when buffer memory center receives buffered message, subscriber data center checks that whether user is online, if online, is nullified by customer position information, and is sent to switching centre's requirement cancellation and disconnect user connection;
S2: when take over party is not online, the step sending point-to-point message comprises following sub-step:
S201: the user A sending message sends message to the switching centre a connecting user A;
S202: switching centre a to user A return messages confirmation;
After S203: user A acknowledge message, switching centre a detects that take over party user B is not in this locality;
User A is sent to intercommunication center for the message sent by S204: switching centre a, and intercommunication center is to switching centre a return messages confirmation;
S205: intercommunication center is to the position of subscriber data center requesting query take over party user B;
S206: subscriber data center is empty to intercommunication center home position;
User A is sent to buffer memory center for the message sent by S207: switching centre a;
S208: buffer memory center is to switching centre a return messages confirmation.
2. send the method for point-to-point message when enterprise mobile working system acceptance side according to claim 1 is not online, it is characterized in that: also comprise a take over party and log in rear buffer memory center pushes step from buffered message to take over party, comprise following sub-step:
SS1: take over party user B provides and logs in random code to switching centre's request registration;
SS2: switching centre returns the successful information of Login Register to user B;
SS3: switching centre is to buffer memory center requests buffered message, and buffer memory center is to switching centre's return messages confirmation;
SS4: buffer memory center sends buffered message to switching centre, switching centre is to buffer memory center return messages confirmation;
SS5: buffered message is pushed to user B by switching centre.
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| CN201410786344.XA CN104580388A (en) | 2014-12-18 | 2014-12-18 | Method for sending point-to-point message to offline receiver in enterprise mobile office system |
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| CN201410786344.XA CN104580388A (en) | 2014-12-18 | 2014-12-18 | Method for sending point-to-point message to offline receiver in enterprise mobile office system |
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| US20120254282A1 (en) * | 2004-12-02 | 2012-10-04 | Microsoft Corporation | System and method for replicating offline scheduling transactions from a client to a server |
| CN101340397A (en) * | 2008-08-11 | 2009-01-07 | 中兴通讯股份有限公司 | Terminal, message forwarding method and system in instant communication |
| CN101394503A (en) * | 2008-10-13 | 2009-03-25 | 深圳创维－Rgb电子有限公司 | Network television capable of on-line chat through network |
| US20140282078A1 (en) * | 2013-03-14 | 2014-09-18 | Quip, Inc. | Systems and methods for concurrent online and offline document processing |
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