CN104660483B - Group communication method, server and system - Google Patents
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- CN104660483B CN104660483B CN201310594599.1A CN201310594599A CN104660483B CN 104660483 B CN104660483 B CN 104660483B CN 201310594599 A CN201310594599 A CN 201310594599A CN 104660483 B CN104660483 B CN 104660483B
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Abstract
The invention relates to a group communication method, a server and a system, wherein the method comprises the following steps: the server receives a group message sending instruction triggered by the client in the group, wherein each group has a group identifier; acquiring a corresponding group identifier according to a group message sending instruction; and sending the group message to all group members under the group identification according to the acquired group identification. The invention realizes the separate sending of the messages by corresponding one group to one unique identifier, thereby not only reducing the system resources and the user communication cost, but also providing convenience for the user and enhancing the service performance of the system.
Description
Technical Field
The invention relates to the technical field of computers, in particular to a group communication method, a server and a system.
Background
In the existing group communication system, all user members in the same group have the same group id (identification), when a certain user sends a message to the group, the system sends the message to a server, the server searches all user member uin accounts with the current group id, then pushes the message to the corresponding uin account, and all user members in the group can receive the related message.
Taking the group shown in fig. 1 as an example: users a, b, c, d, e, g, h, i, k, l have the same group id: 12345678, when user a sends a message on the "send" button, all users in the current group receive the message sent by a. If there is a certain situation, the message sent by the user a only wants b and c to be received, but does not want other users to receive, the following two schemes are generally adopted at present:
1. a group containing only a, b, c is re-established and then the message is sent in the new group.
2. A discussion group is pulled for a, b, c users.
Although the two schemes can solve the problem, one group or group needs to be maintained more, so that the time cost and the maintenance cost for user group establishment are inevitably increased, and if a plurality of users belong to a plurality of groups at the same time, certain resource waste exists for a server.
In addition, because the existing group communication system sends messages to the whole group, certain users are disturbed to some extent. For an enterprise or a company with multiple departments, there may be multiple sub-communication groups, such as products, technologies, tests, operations, management layers, etc., and in daily work, sometimes it is necessary to publish information (i.e., publish the information in a whole group) from the whole company, but there are cases where only a small group or a small department is needed to discuss a problem. Therefore, the communication cost of the user is increased, and inconvenience is brought to the user.
Disclosure of Invention
The embodiment of the invention provides a group communication method, a server and a system, aiming at saving group communication system resources and reducing cost.
The embodiment of the invention provides a group communication method, which comprises the following steps:
the server receives a group message sending instruction triggered by the client in a group, wherein the group is provided with a plurality of groups, and each group is provided with a group identifier;
acquiring a corresponding group identifier according to the group message sending instruction;
and sending the group message to grouped group members corresponding to the group identifier according to the acquired group identifier.
The invention also provides a group communication server, comprising:
the instruction receiving module is used for receiving a group message sending instruction triggered by the client in the group; the group has a number of groups, each group having a group identification;
the identification acquisition module is used for acquiring the corresponding group identification according to the group message sending instruction;
and the message sending module is used for sending the group message to the grouped group members corresponding to the group identifier according to the acquired group identifier.
The invention also provides a group communication system, comprising: the system comprises a sending client, a receiving client and a server which is in communication connection with the sending client and the receiving client, wherein:
the sending client is used for responding to a group message triggering instruction of the user in the group, generating a group message sending instruction and sending the group message sending instruction to the server;
the receiving client is used for receiving and displaying the group message issued by the server;
the server is the server as described above.
According to the group communication method, the server and the system provided by the embodiment of the invention, when the server receives a group message sending instruction triggered by the client in a group; and according to the group message sending instruction, acquiring a corresponding group identifier, and sending the group message to all grouped group members corresponding to the group identifier by the server side, wherein the group identifier can be a grouped group identifier of the client side, and can also be a temporary group identifier.
Drawings
FIG. 1 is a schematic diagram of a conventional communication group interface;
FIG. 2 is a flowchart illustrating a group communication method according to a first embodiment of the present invention;
FIG. 3 is a flowchart illustrating a group communication method according to a second embodiment of the present invention;
FIG. 4 is a flowchart illustrating a group communication method according to a third embodiment of the present invention;
FIG. 5a is a diagram illustrating a grouping interface under a discussion group according to an embodiment of the present invention;
FIG. 5b is a diagram illustrating a user selecting a group transmission group message based on FIG. 5a in an embodiment of the present invention;
FIG. 5c is an interaction diagram of the user sending a message to the group in FIG. 5 b;
FIG. 5d is an interaction diagram of the user sending a message to a group other than the user in FIG. 5 b;
FIG. 6 is a functional block diagram of a group communication server according to a preferred embodiment of the present invention;
fig. 7 is a functional block diagram of a group communication system according to a preferred embodiment of the invention.
In order to make the technical solution of the present invention clearer and clearer, the following detailed description is made with reference to the accompanying drawings.
Detailed Description
The solution of the embodiment of the invention is mainly as follows: when the server receives a group message sending instruction triggered by the client in the group; and acquiring a corresponding group identifier according to the group message sending instruction, and sending the group message to all group members correspondingly grouped under the group identifier by the server, wherein the group identifier can be the group identifier grouped in the group of the client or a temporary group identifier, so that the messages are separately sent by using one group corresponding to one unique identifier, and the system resource and the user communication cost are reduced.
As shown in fig. 2, a first embodiment of the present invention provides a group communication method, including:
step S101, a server receives a group message sending instruction triggered by a client in a group, wherein the group is provided with a plurality of groups, and each group is provided with a group identifier;
the client executing program can be installed on an intelligent user terminal such as a mobile phone and a tablet personal computer in a software mode. The user can operate various applications on the user terminal through the client, such as instant messaging and the like.
The scheme of the embodiment relates to the grouping sending of messages in various instant messaging groups, and can be suitable for various instant messaging groups and voice chat rooms, and the groups are called in a unified way in the following.
As shown in fig. 5a, taking an official discussion group of a certain company as an example, the group is used as an exchange group of the company, and the group members include products, technologies, tests, operations, management layers, etc., and there is information that needs to be issued to all company members in daily work (i.e., issuing the information all group), but there is a problem that only a group discussion is needed, so that according to the existing technical scheme, if the information is sent all group, some users are disturbed to some extent, and the sending of the information is also not facilitated; or a plurality of groups or discussion groups are established to support the separate sending of the messages, thereby increasing the communication cost of the users and being inconvenient in use.
In order to solve the above problem, the communication system of this embodiment adds a group (of course, the group may also be equivalent to a subgroup in the group, and this embodiment defines the group so as to distinguish it from the "group" in name, wherein the group is established and maintained similarly to the group) to the concept of dividing the group into a plurality of groups, and each group is assigned a group id. In addition, each packet may also have several sub-packets.
As shown in fig. 5a, the communication group is divided into a management group, a product group, a technology group, a market group, and a test group.
The system interface is designed as follows:
clicking a button < - > in front of the group name can retract a pull-down member list, such as a product group; clicking the button [ + ] can expand the corresponding group member list, such as a test group, the design can quickly know the organization structure of the group, and can pull the group list, thereby reducing the visual pollution and facilitating the sending of the group message.
When the user operates, a group message sending instruction is triggered in the group through the client interface and sent to the server.
As shown in fig. 5b, a user can select a target user group by clicking a pull-down target group option beside the send button, for example, select to send to a management group or to a product group, or to send to a selected user, or the like, and can also set a default target user group to be sent in a whole group.
Therefore, the group message sending instruction triggered by the client in the group may be a sending instruction selected by the user in the target group option of the client to send to a specified group under the current group, or may be a sending instruction in the target group option for the user selected by the user in the current group.
In addition, in the case that the packet has a sub-packet, the group message sending instruction triggered by the client in the group may be a sending instruction that the user selects to send to a specified sub-packet in any packet under the current group in the target group option of the client.
Taking the discussion group shown in fig. 5a as an example, a checking button may be set before the group name of each group, and a checking button may also be set before the user name under each group, if the user needs to send a message to multiple groups at the same time, the user may click to send the message after checking before the corresponding group, and send the message to the designated group, and a new temporary group including a user list of the designated group is created by subsequent server interaction; if the user needs to send a message to one or more users in multiple groups at the same time (that is, each group in the multiple groups is only a part of users can receive the message), the user can click to send the message after checking before the user name in the corresponding group, and send the message to the selected user, and a new temporary group containing the user list of the specified user is created in subsequent server interaction.
Step S102, obtaining a corresponding group identification according to the group message sending instruction;
after receiving the instruction sent by the client, the server searches for a corresponding group identifier, which may be a group identifier of a certain group selected by the user, such as a management group identifier, or a temporary group identifier temporarily created by the user selected by the user before.
In addition, each group of the client has a unique group identifier, so as to distinguish each group under different groups, the following two schemes can be provided, 1), the group identifier in each group is increased from 1, 2 and 3, when sending the group message, the group identifier is searched first, then the corresponding group identifier is found, and then the message is pushed to the group members with the same group identifier and group identifier; 2) the identification of each group is unique (same as the group identification) in the whole server, even if a company group and a company group b both have product groups, the group identifications of the corresponding groups are different, and the server can sequentially increase the identifications according to the group creation sequence. When sending the group message, since the group identifier is also unique at the full server, only the group members in the group corresponding to the group identifier need to be searched, and then the message is sent.
Step S103, according to the acquired group identification, the group message is sent to all group members of the group corresponding to the group identification.
And under each group identification, each group member has a uin account, and after the server acquires the group identification to which the group message sent by the client belongs, the server sends the group message to the uin accounts of the group members under the group identification, so that all group members under the group identification receive the group message and directly display the group message in the current dialog box for the local user of the client.
In the subsequent group communication process, the client can perform group message interaction among all the group members under the group identifier, that is, other group members under the group identifier can also send the group message in the current grouping dialog box without creating another same group, thereby saving system resources and improving the operation efficiency of users.
According to the scheme, when the server receives a group message sending instruction triggered by the client in the group; and acquiring a corresponding group identifier according to the group message sending instruction, and sending the group message to all group members under the group identifier by the server side, wherein the group identifier can enable the group identifier of the group of the client side to be grouped and can also be a temporary group identifier.
As shown in fig. 3, a second embodiment of the present invention provides a group communication method, including:
step S101, a server receives a group message sending instruction triggered by a client in a group, wherein the group is provided with a plurality of groups, and each group is provided with a group identifier;
step S104, judging whether the corresponding group identification exists, if so, entering step S102; otherwise, go to step S105;
step S102, obtaining a corresponding group identification according to the group message sending instruction;
step S103, according to the acquired group identification, sending the group message to all group members of the group corresponding to the group identification;
step S105, establishing a temporary group aiming at the group message and distributing a temporary group identifier; entering step S106;
step S106, sending the group message to all group members of the temporary group corresponding to the allocated temporary group identifier.
The present embodiment is different from the first embodiment described above in that the present embodiment considers that a packet for the client to currently send the group message may not exist, and thus the server needs to temporarily create a packet to implement sending the group message.
Specifically, after receiving a group message sending instruction triggered by a client in a group, a server first determines whether a group member selected by the client belongs to an existing group, that is, whether a group identifier corresponding to the group message exists, and if so, sends the group message to all group members under the corresponding group identifier; otherwise, a temporary group is established for the current group message, a temporary group identifier is distributed, and the group message is sent to all group members under the distributed temporary group identifier.
The group name of the temporary group is not displayed in the group organization structure, and a certain validity period can be set for the temporary group; or placed in a chat history area provided below the group (e.g., below the test group in fig. 5 a) and stored for a long time.
According to the scheme, when the server receives a group message sending instruction triggered by the client in the group; according to the group message sending instruction, firstly judging whether the group member selected by the client belongs to an existing group, if so, sending the group message to all group members under the corresponding group identifier; otherwise, a temporary group is established for the current group message, a temporary group identifier is distributed, and the group message is sent to all group members under the distributed temporary group identifier, so that by the scheme, one group is realized without establishing a plurality of groups or discussion groups to support the separate sending of the message, thereby not only reducing the system resource and the communication cost of the user, but also enhancing the flexibility of group communication and the service performance of the system and providing convenience for the user.
As shown in fig. 4, a third embodiment of the present invention provides a group communication method, based on the second embodiment, after the step S106, the method further includes:
step S107, when the server monitors that the group message is not sent in the temporary group in the preset time, the temporary group and the corresponding group identification are cancelled.
The difference between this embodiment and the second embodiment is that a certain validity period is set for existence of the temporarily created temporary group, and when the server monitors that no group message is sent in the temporary group within a predetermined time, the server may cancel the temporary group and the group identifier corresponding to the temporary group, so as to save system resources.
The following describes the process of performing group communication according to the embodiment of the present invention in detail with reference to fig. 5a, 5b, 5c, and 5 d:
the scheme of the embodiment can support the group communication of subgroups or multi-level subgroups, and adds a group id unique identifier on the basis of the existing group communication protocol: and (3) typeid, defaulting typeid =0 of all group messages, if the server finds typeid =0 when the user sends the message, sending the message to the current group member (to be compatible with the old group without grouping), and otherwise, searching group member uin accounts with the same group typeid, and then sending the message to only the part of users.
As shown in fig. 5a, the communication group is divided into a management group, a product group, a technology group, a market group, and a test group.
The system interface is designed as follows: clicking a button < - > in front of the group name can retract a pull-down member list, such as a product group; clicking the button [ + ] can expand the corresponding group member list, such as a test group, the design can quickly know the organization structure of the group, and can pull the group list, thereby reducing the visual pollution and facilitating the sending of the group message.
When the user operates, a group message sending instruction is triggered in the group through the client interface and sent to the server.
Wherein, on the client operation interface, there are message dialog boxes and sending buttons, and there are target group options beside the sending button, as shown in fig. 5b, the user has two schemes to select sending group messages:
the user may select the target group of users by clicking the group option pulled down by the send button, the default is the group-wide send, or clicking the corresponding target group in the group-down group, such as the "management group", and sending the message by clicking the right-click menu or the drop-down box when the group is clicked.
Furthermore, sending group messages can also be divided into two cases:
1) and the user sends a message to the group where the user is located, such as: the user adm1 clicks on the "manage group" and sends a message to the group, the message box shown in FIG. 5c appears:
in fig. 5c, since the user adm1 already belongs to the management group, the default typeid of the system is the typeid generated when creating the group (in the case of the same group identifier, the typeid is unique to the whole system, not to one group), and when receiving the message, the system does not create a new group any more, but directly searches the uin account of the member corresponding to the current group typeid, and then sends the message down.
2) As shown in fig. 5b, when it is assumed that a user a sends a message to a management group, the system adds the user a to the original management group and forms a new temporary group (the group is invisible in the group organization structure and has a certain validity period, such as: how long the group message is not sent, the group is automatically destroyed, and in the group life cycle, the group can be searched from the group chat history area, and the like). The interaction is shown in figure 5d below.
After the user in the group receives the message, the user only needs to click and send the message after inputting the message in the input box, and at this time, the communication protocol already has the unique identifier typeid of the group, so that the message is only sent to all members in the group.
It can be seen from the above process that, in the solution of the embodiment of the present invention, it is not necessary to create multiple groups or channels, and a group administrator in a group can freely create multiple secondary groups or even multiple-level groups, for example, a group is continuously created in a subgroup, and all group users can freely send messages to a designated group (including a group where the current user is located and other groups) and can also send messages to multiple groups (one group includes subgroups), thereby implementing a group without creating multiple groups or discussion groups to support separate sending of messages, not only reducing system resources, reducing user communication cost, but also enhancing flexibility of group communication and system performance, and providing convenience for users.
As shown in fig. 6, a first embodiment of the present invention provides a group communication server, including: an instruction receiving module 201, an identification obtaining module 202 and a message sending module 203, wherein:
an instruction receiving module 201, configured to receive a group message sending instruction triggered by a client in a group, where the group has a plurality of groups, and each group has a group identifier;
an identifier obtaining module 202, configured to obtain a corresponding group identifier according to the group message sending instruction;
a message sending module 203, configured to send the group message to all group members of the group corresponding to the group identifier according to the obtained group identifier.
The client executing program can be installed on an intelligent user terminal such as a mobile phone and a tablet personal computer in a software mode. The user can operate various applications on the user terminal through the client, such as instant messaging and the like.
The scheme of the embodiment relates to the grouping sending of messages in various instant messaging groups, and can be suitable for various instant messaging groups and voice chat rooms, and the groups are called in a unified way in the following.
As shown in fig. 5a, taking an official discussion group of a certain company as an example, the group is used as an exchange group of the company, and the group members include products, technologies, tests, operations, management layers, etc., and there is information that needs to be issued to all company members in daily work (i.e., issuing the information all group), but there is a problem that only a group discussion is needed, so that according to the existing technical scheme, if the information is sent all group, some users are disturbed to some extent, and the sending of the information is also not facilitated; or a plurality of groups or discussion groups are established to support the separate sending of the messages, thereby increasing the communication cost of the users and being inconvenient in use.
In order to solve the above problem, the communication system of this embodiment adds a group (of course, the group may also be equivalent to a subgroup in the group, and this embodiment defines the group so as to distinguish it from the "group" in name, wherein the group is established and maintained similarly to the group) to the concept of dividing the group into a plurality of groups, and each group is assigned a group id. In addition, each packet may also have several sub-packets.
As shown in fig. 5a, the communication group is divided into a management group, a product group, a technology group, a market group, and a test group.
The system interface is designed as follows:
clicking a button < - > in front of the group name can retract a pull-down member list, such as a product group; clicking the button [ + ] can expand the corresponding group member list, such as a test group, the design can quickly know the organization structure of the group, and can pull the group list, thereby reducing the visual pollution and facilitating the sending of the group message.
When the user operates, a group message sending instruction is triggered in the group through the client interface and sent to the server.
As shown in fig. 5b, a user can select a target user group by clicking a pull-down target group option beside the send button, for example, select to send to a management group or to a product group, or to send to a selected user, or the like, and can also set a default target user group to be sent in a whole group.
Therefore, the group message sending instruction triggered by the client in the group may be a sending instruction selected by the user in the target group option of the client to send to a specified group under the current group, or may be a sending instruction in the target group option for the user selected by the user in the current group.
In addition, in the case that the packet has a sub-packet, the group message sending instruction triggered by the client in the group may be a sending instruction that the user selects to send to a specified sub-packet in any packet under the current group in the target group option of the client.
Taking the discussion group shown in fig. 5a as an example, a checking button may be set before the group name of each group, and a checking button may also be set before the user name under each group, if the user needs to send a message to multiple groups at the same time, the user may click to send the message after checking before the corresponding group, and send the message to the designated group, and a new temporary group including a user list of the designated group is created by subsequent server interaction; if the user needs to send a message to one or more users in multiple groups at the same time (that is, each group in the multiple groups is only a part of users can receive the message), the user can click to send the message after checking before the user name in the corresponding group, and send the message to the selected user, and a new temporary group containing the user list of the specified user is created in subsequent server interaction.
After receiving the instruction sent by the client through the instruction receiving module 201, the server searches for a corresponding group identifier through the identifier obtaining module 202, where the group identifier may be a group identifier of a certain group selected by the user, such as a management group identifier, or a temporary group identifier temporarily created according to the user selected by the user before.
In addition, each group of the client has a unique group identifier, so as to distinguish each group under different groups, the following two schemes can be provided, 1), the group identifier in each group is increased from 1, 2 and 3, when sending the group message, the group identifier is searched first, then the corresponding group identifier is found, and then the message is pushed to the group members with the same group identifier and group identifier; 2) the identification of each group is unique (same as the group identification) in the whole server, even if a company group and a company group b both have product groups, the group identifications of the corresponding groups are different, and the server can sequentially increase the identifications according to the group creation sequence. When sending the group message, the group identifier is also unique at the whole server, so that only the group members corresponding to the group identifier need to be searched, and then the message is issued.
Each group member has a uin account under each group identifier, and after the server acquires the group identifier to which the group message sent by the client belongs, the server sends the group message to the uin accounts of the group members under the group identifier through the message sending module 203, so that all the group members under the group identifier receive the group message, and the group message is directly displayed in the current dialog box for the local user of the client.
In the subsequent group communication process, the client can perform group message interaction among all the group members under the group identifier, that is, other group members under the group identifier can also send the group message in the current grouping dialog box without creating another same group, thereby saving system resources and improving the operation efficiency of users.
According to the scheme, when the server receives a group message sending instruction triggered by the client in the group; and acquiring a corresponding group identifier according to the group message sending instruction, and sending the group message to all group members under the group identifier by the server side, wherein the group identifier can enable the group identifier in the group of the client side to be a temporary group identifier, so that through the scheme, one group is realized without establishing a plurality of groups or discussion groups to support the separate sending of the message, thereby not only reducing the system resources and the user communication cost, but also providing convenience for the user and enhancing the system use performance.
Further, the identifier obtaining module 202 is further configured to determine whether the group identifier exists, and if the group identifier exists, the message sending module 203 sends the group message to all group members under the group identifier; otherwise, a temporary group is established for the group message, and a temporary group identifier is distributed;
the message sending module 203 is further configured to send the group message to all group members under the assigned temporary group identifier.
In particular, considering that a packet for the client to currently transmit the group message may not exist, the server needs to temporarily create a packet to enable the transmission of the group message.
After receiving a group message sending instruction triggered by a client in a group, a server firstly judges whether a group member selected by the client belongs to an existing group, namely whether a group identifier corresponding to the group message exists, and if so, sends the group message to all group members of the group corresponding to the corresponding group identifier; otherwise, a temporary group is established for the current group message, a temporary group identifier is distributed, and the group message is sent to all group members under the distributed temporary group identifier.
The group name of the temporary group is not displayed in the group organization structure, and a certain validity period can be set for the temporary group; or placed in a chat history area provided below the group (e.g., below the test group in fig. 5 a) and stored for a long time.
According to the scheme, when the server receives a group message sending instruction triggered by the client in the group; according to the group message sending instruction, firstly judging whether the group member selected by the client belongs to an existing group, if so, sending the group message to all group members under the corresponding group identifier; otherwise, a temporary group is established for the current group message, a temporary group identifier is distributed, and the group message is sent to all group members under the distributed temporary group identifier, so that through the scheme, the message is separately sent by one group corresponding to one unique identifier, thereby not only reducing the system resources and the user communication cost, but also enhancing the flexibility of group communication and the system use performance and providing convenience for the user.
Further, the identifier obtaining module 202 is further configured to revoke the temporary group and the group identifier corresponding to the temporary group when it is monitored that the group message is not sent in the temporary group within a predetermined time.
Specifically, the server sets a certain validity period for existence of the temporarily created temporary group, and when the server monitors that no group message is sent in the temporary group within a predetermined time, the server may cancel the temporary group and the group identifier corresponding to the temporary group, so as to save system resources.
The following describes the process of performing group communication according to the embodiment of the present invention in detail with reference to fig. 5a, 5b, 5c, and 5 d:
the scheme of the embodiment can support the group communication of subgroups or multi-level subgroups, and adds a group id unique identifier on the basis of the existing group communication protocol: and (3) typeid, defaulting typeid =0 of all group messages, if the server finds typeid =0 when the user sends the message, sending the message to the current group member (to be compatible with the old group without grouping), and otherwise, searching group member uin accounts with the same group typeid, and then sending the message to only the part of users.
As shown in fig. 5a, the communication group is divided into a management group, a product group, a technology group, a market group, and a test group.
The system interface is designed as follows: clicking a button < - > in front of the group name can retract a pull-down member list, such as a product group; clicking the button [ + ] can expand the corresponding group member list, such as a test group, the design can quickly know the organization structure of the group, and can pull the group list, thereby reducing the visual pollution and facilitating the sending of the group message.
When the user operates, a group message sending instruction is triggered in the group through the client interface and sent to the server.
Wherein, on the client operation interface, there are message dialog boxes and sending buttons, and there are target group options beside the sending button, as shown in fig. 5b, the user has two schemes to select sending group messages:
the user may select the target group of users by clicking the group option pulled down by the send button, the default is the group-wide send, or clicking the corresponding target group in the group-down group, such as the "management group", and sending the message by clicking the right-click menu or the drop-down box when the group is clicked.
Furthermore, sending group messages can also be divided into two cases:
1) and the user sends a message to the group where the user is located, such as: the user adm1 clicks on the "manage group" and sends a message to the group, the message box shown in FIG. 5c appears:
in fig. 5c, since the user adm1 already belongs to the management group, the default typeid of the system is the typeid generated when creating the group (in the case of the same group identifier, the typeid is unique to the whole system, not to one group), and when receiving the message, the system does not create a new group any more, but directly searches the uin account of the member corresponding to the current group typeid, and then sends the message down.
2) As shown in fig. 5b, when it is assumed that a user a sends a message to a management group, the system adds the user a to the original management group and forms a new temporary group (the group is invisible in the group organization structure and has a certain validity period, such as: how long the group message is not sent, the group is automatically destroyed, and the like), when the system receives the message, the system searches for the member uin corresponding to the newly produced group typeid, and then issues the message. The interaction is shown in figure 5 d.
After the user in the group receives the message, the user only needs to click and send the message after inputting the message in the input box, and at this time, the communication protocol already has the unique identifier typeid of the group, so that the message is only sent to all members in the group.
It can be seen from the above process that, in the solution of the embodiment of the present invention, it is not necessary to create multiple groups or channels, and a group administrator in a group can freely create multiple secondary groups or even multiple-level groups, for example, a group is continuously created in a subgroup, and all group users can freely send messages to a designated group (including a group where the current user is located and other groups) and can also send messages to multiple groups (one group includes subgroups), thereby implementing a group without creating multiple groups or discussion groups to support separate sending of messages, not only reducing system resources, reducing user communication cost, but also enhancing flexibility of group communication and system performance, and providing convenience for users.
In addition, as shown in fig. 7, an embodiment of the present invention further provides a group communication system, including: a plurality of clients 301 and a server 302 communicatively coupled to the plurality of clients 301, wherein:
each client 301 can be used as a receiving terminal and a sending terminal, wherein the client is used as a sending client and is used for responding to a group message triggering instruction of a user in a group, generating a group message sending instruction and sending the group message sending instruction to the server 302; as a receiving terminal, the receiving terminal is configured to receive and display the group message sent by the server 302.
The present embodiment exemplifies a client 301 as a sending terminal.
The server 302 may be the server 302 described in the above embodiments.
The client 301 executing program can be installed on an intelligent user terminal such as a mobile phone or a tablet computer in a software manner. The user can operate various applications on the user terminal, such as instant messaging, etc., through the client 301.
The scheme of the embodiment relates to the grouping sending of messages in various instant messaging groups, and can be suitable for various instant messaging groups and voice chat rooms, and the groups are called in a unified way in the following.
As shown in fig. 5a, taking an official discussion group of a certain company as an example, the group is used as an exchange group of the company, and the group members include products, technologies, tests, operations, management layers, etc., and there is information that needs to be issued to all company members in daily work (i.e., issuing the information all group), but there is a problem that only a group discussion is needed, so that according to the existing technical scheme, if the information is sent all group, some users are disturbed to some extent, and the sending of the information is also not facilitated; or a plurality of groups or discussion groups are established to support the separate sending of the messages, thereby increasing the communication cost of the users and being inconvenient in use.
In order to solve the above problem, the communication system of this embodiment adds a group (of course, the group may also be equivalent to a subgroup in the group, and this embodiment defines the group so as to distinguish it from the "group" in name, wherein the group is established and maintained similarly to the group) to the concept of dividing the group into a plurality of groups, and each group is assigned a group id. In addition, each packet may also have several sub-packets.
As shown in fig. 5a, the communication group is divided into a management group, a product group, a technology group, a market group, and a test group.
The system interface is designed as follows:
clicking a button < - > in front of the group name can retract a pull-down member list, such as a product group; clicking the button [ + ] can expand the corresponding group member list, such as a test group, the design can quickly know the organization structure of the group, and can pull the group list, thereby reducing the visual pollution and facilitating the sending of the group message.
When the user operates, a group message sending instruction is triggered in the group through the client 301 interface and sent to the server 302.
As shown in fig. 5b, a user may select a target user group by clicking a pull-down target group option beside the send button, for example, select to send to a management group or to send to a product group, or to send to a selected user, or the like, and may also set a default target user group to be sent in a whole group.
Therefore, the group message sending instruction triggered by the client 301 in the group may be a sending instruction that the user selects to send to a specified group under the current group in the target group option of the client 301, or may be a sending instruction in the target group option for the user selected in the current group by the user.
In addition, in the case that the packet has a sub-packet, the group message sending instruction triggered by the client 301 in the group may be a sending instruction that the user selects to send to a specified sub-packet in any packet under the current group in the target group option of the client 301.
Taking the discussion group shown in fig. 5a as an example, a checking button may be set before the group name of each group, and meanwhile, a checking button may also be set before the user name under each group, if the user needs to send a message to multiple groups at the same time, the user may click to send the message after checking before the corresponding group, and send the message to the specified group, and a new temporary group including a user list of the specified group is created by subsequent server 302 interaction; if the user needs to send a message to one or more users in multiple groups at the same time (that is, each group in the multiple groups is only a part of users that can receive the message), the user can click to send the message after checking before the user name in the corresponding group, and send the message to the selected user, and a new temporary group containing the user list of the designated user is created by subsequent interaction of the server 302.
After receiving the instruction sent by the client 301, the server 302 searches for a corresponding group identifier, where the group identifier may be a group identifier of a certain group selected by the user, such as a management group identifier, or a temporary group identifier temporarily created according to the user selected by the user.
In addition, each group of the client 301 has a unique group identifier, and in order to distinguish each group under different groups, there may be two schemes, 1), the group identifier in each group is increased from 1, 2, and 3, when sending the group message, the group identifier is searched first, then the corresponding group identifier is found, and then the message is pushed to the group members having the same group identifier, group identifier; 2) the identifier of each group is unique (same as the group identifier) in the whole server, even if a company group and a company group b both have product groups, the group identifiers of the corresponding groups are different, and the server 302 sequentially increments the identifiers according to the group creation sequence. When sending the group message, the group identifier is also unique at the whole server, so that only the group members corresponding to the group identifier need to be searched, and then the message is issued.
Each group member has a uin account under each group identifier, and after acquiring the group identifier to which the group message sent by the client 301 belongs, the server 302 sends the group message to the uin accounts of the group members under the group identifier, so that all group members under the group identifier receive the group message, and the group message is directly displayed in the current dialog box for the local user of the client 301.
In the subsequent group communication process, the client 301 may perform group message interaction among all group members under the group identifier, that is, other group members under the group identifier may also send the group message in their current grouping dialog box without creating another same group, thereby saving system resources and improving user operation efficiency.
Through the above scheme, when the server 302 receives a group message sending instruction triggered by the client 301 in a group; according to the group message sending instruction, the corresponding group identifier is obtained, and the server 302 sends the group message to all group members under the group identifier, wherein the group identifier can enable the group identifier in the group of the client 301 or can be a temporary group identifier.
Further, considering that a packet for the client 301 to currently transmit the group message may not exist, the server 302 needs to temporarily create a packet to enable the group message to be transmitted.
Specifically, after receiving a group message sending instruction triggered by the client 301 in a group, the server 302 first determines whether a group member selected by the client 301 belongs to an existing group, that is, whether a group identifier corresponding to the group message exists, and if so, sends the group message to all group members under the corresponding group identifier; otherwise, a temporary group is established for the current group message, a temporary group identifier is distributed, and the group message is sent to all group members under the distributed temporary group identifier.
The group name of the temporary group is not displayed in the group organization structure, and a certain validity period can be set for the temporary group; or placed in a chat history area provided below the group (e.g., below the test group in fig. 5 a) and stored for a long time.
Through the above scheme, when the server 302 receives a group message sending instruction triggered by the client 301 in a group; according to the group message sending instruction, firstly, whether the group member selected by the client 301 belongs to an existing group is judged, and if the group member belongs to the existing group, the group message is sent to all group members under the corresponding group identifier; otherwise, a temporary group is established for the current group message, a temporary group identifier is distributed, and the group message is sent to all group members under the distributed temporary group identifier, so that by the scheme, one group is realized without establishing a plurality of groups or discussion groups to support the separate sending of the message, thereby not only reducing the system resource and the communication cost of the user, but also enhancing the flexibility of group communication and the service performance of the system and providing convenience for the user.
Further, when the server 302 monitors that the group message is not sent in the temporary group within a predetermined time, the temporary group and the group identifier corresponding to the temporary group are revoked.
Specifically, the server 302 sets a certain validity period for existence of the temporary group created temporarily, and when the server 302 monitors that the group message is not sent in the temporary group within a predetermined time, the temporary group and the group identifier corresponding to the temporary group may be cancelled, so as to save system resources.
The following describes the process of performing group communication according to the embodiment of the present invention in detail with reference to fig. 5a, 5b, 5c, and 5 d:
the scheme of the embodiment can support the group communication of subgroups or multi-level subgroups, and adds a group id unique identifier on the basis of the existing group communication protocol: typeid, defaults typeid =0 of all group messages, if the server 302 finds typeid =0 when the user sends the message, then sends the message to the current group member (to be compatible with the old group without grouping), otherwise, searches group member uin account with the same group typeid, and then sends the message to only the part of users.
As shown in fig. 5a, the communication group is divided into a management group, a product group, a technology group, a market group, and a test group.
The system interface is designed as follows: clicking a button < - > in front of the group name can retract a pull-down member list, such as a product group; clicking the button [ + ] can expand the corresponding group member list, such as a test group, the design can quickly know the organization structure of the group, and can pull the group list, thereby reducing the visual pollution and facilitating the sending of the group message.
When the user operates, a group message sending instruction is triggered in the group through the client 301 interface and sent to the server 302.
Wherein, on the operation interface of the client 301, a message dialog box and a sending button are provided, and a target group option is provided beside the sending button, as shown in fig. 5b, the user has two schemes to select to send a group message:
the user may select the target group of users by clicking the group option pulled down by the send button, the default is the group-wide send, or clicking the corresponding target group in the group-down group, such as the "management group", and sending the message by clicking the right-click menu or the drop-down box when the group is clicked.
Furthermore, sending group messages can also be divided into two cases:
1) and the user sends a message to the group where the user is located, such as: the user adm1 clicks on the "manage group" and sends a message to the group, the message box shown in FIG. 5c appears:
in fig. 5c, since the user adm1 already belongs to the management group, the default typeid of the system is the typeid generated when creating the group (in the case of the same group identifier, the typeid is unique to the whole system, not to one group), and when receiving the message, the system does not create a new group any more, but directly searches the uin account of the member corresponding to the current group typeid, and then sends the message down.
2) As shown in fig. 5b, when it is assumed that a user a sends a message to a management group, the system adds the user a to the original management group and forms a new temporary group (the group is invisible in the group organization structure and has a certain validity period, such as: how long the group message is not sent, the group is automatically destroyed, and the like), when the system receives the message, the system searches for the member uin corresponding to the newly produced group typeid, and then issues the message. The interaction is shown in figure 5d below.
After the user in the group receives the message, the user only needs to click and send the message after inputting the message in the input box, and at this time, the communication protocol already has the unique identifier typeid of the group, so that the message is only sent to all members in the group.
It can be seen from the above process that, in the solution of the embodiment of the present invention, it is not necessary to create multiple groups or channels, and a group administrator in a group can freely create multiple secondary groups or even multiple-level groups, for example, a group is continuously created in a subgroup, and all group users can freely send messages to a designated group (including a group where the current user is located and other groups) and can also send messages to multiple groups (one group includes subgroups), thereby implementing a group without creating multiple groups or discussion groups to support separate sending of messages, not only reducing system resources, reducing user communication cost, but also enhancing flexibility of group communication and system performance, and providing convenience for users.
It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other like elements in a process, method, article, or apparatus that comprises the element.
The above-mentioned serial numbers of the embodiments of the present invention are merely for description and do not represent the merits of the embodiments.
Through the above description of the embodiments, those skilled in the art will clearly understand that the method of the above embodiments can be implemented by software plus a necessary general hardware platform, and certainly can also be implemented by hardware, but in many cases, the former is a better implementation manner. Based on such understanding, the technical solutions of the present invention may be embodied in the form of a software product, which is stored in a storage medium (e.g., ROM/RAM, magnetic disk, optical disk) and includes instructions for enabling a terminal device (e.g., a mobile phone, a computer, a server, or a network device) to execute the method according to the embodiments of the present invention. Specifically, the program instructions corresponding to the group communication service end shown in fig. 6 may be stored in a readable storage medium of the group communication service end and executed by at least one processor therein, so as to implement the group communication method shown in fig. 1 to 4.
The above description is only for the preferred embodiment of the present invention and is not intended to limit the scope of the present invention, and all equivalent structures or flow transformations made by the present specification and drawings, or applied directly or indirectly to other related arts, are included in the scope of the present invention.
Claims (12)
1. A group communication method, comprising:
the method comprises the steps that a server receives a group message sending instruction triggered by a client in a group, the group is provided with a plurality of groups, each group is provided with a group identifier, and the group message sending instruction triggered by the client in the group is a sending instruction which is selected by a user from target group options of the client and sent to a designated group under the group;
on the operation interface of the client, a checking button and an operation button for expanding or retracting a group member list are arranged corresponding to each group, a message dialog box and a sending button are arranged on the operation interface, and the target group option is arranged beside the sending button; the checking button and the target group option are used for selecting a group to be sent of the group message;
acquiring a corresponding group identifier according to the group message sending instruction;
according to the acquired group identifier, sending the group message to group members of a group corresponding to the group identifier, so that the group members under the group identifier can send the group message in a dialog box of the group message;
the step of obtaining the corresponding group identifier further comprises:
judging whether the group identifier exists, if so, executing the step of sending the group message to all group members under the group identifier; otherwise
And establishing a temporary group aiming at the group message, distributing a temporary group identifier, and sending the group message to all group members under the distributed temporary group identifier.
2. The method of claim 1, further comprising:
and when the server monitors that the group message is not sent in the temporary group within the preset time, the temporary group and the corresponding group identification thereof are cancelled.
3. The method of claim 1, wherein at least one of said packets has a number of sub-packets; and the group message sending instruction triggered by the client in the group is a sending instruction which is selected by the user in a target group option of the client and sent to a designated sub-group in any group under the group.
4. A method according to any of claims 1-3, characterized in that the group identification within each group on the client is not unique at the server; the step of acquiring the corresponding group identifier according to the group message sending instruction comprises:
acquiring a corresponding group identifier according to the group message sending instruction;
and searching a corresponding group identifier according to the acquired group identifier.
5. A method according to any of claims 1-3, characterized in that the group identification within each group on the client is unique within the server; the step of acquiring the corresponding group identifier according to the group message sending instruction comprises:
and directly searching the corresponding group identifier in the server according to the group message sending instruction.
6. A group communication server, comprising:
the system comprises an instruction receiving module, a group message sending module and a group information sending module, wherein the instruction receiving module receives a group message sending instruction triggered by a client in a group, the group is provided with a plurality of groups, each group is provided with a group identifier, the group message sending instruction triggered by the client in the group is a sending instruction which is selected by a user from target group options of the client and sent to a specified group under the group, an operation interface of the client is provided with a check button and an operation button for expanding or retracting a group member list corresponding to each group, a message dialog box and a sending button are arranged on the operation interface, and the target group options are arranged beside the sending button; the checking button and the target group option are used for selecting a group to be sent of the group message;
the identification acquisition module is used for acquiring the corresponding group identification according to the group message sending instruction;
a message sending module, configured to send the group message to a group member of a group corresponding to the group identifier according to the acquired group identifier, so that the group member under the group identifier can send the group message in a dialog box of the group message;
the identifier acquiring module is further configured to determine whether the group identifier exists, and if the group identifier exists, the message sending module sends the group message to all group members under the group identifier; otherwise, a temporary group is established for the group message, and a temporary group identifier is distributed;
the message sending module is further configured to send the group message to all group members under the allocated temporary group identifier.
7. The server according to claim 6, wherein the identifier obtaining module is further configured to revoke the temporary group and the group identifier corresponding to the temporary group when it is monitored that the group message is not sent in the temporary group within a predetermined time.
8. The server according to claim 6, wherein at least one of the packets has a plurality of sub-packets; and the group message sending instruction triggered by the client in the group is a sending instruction which is selected by the user in a target group option of the client and sent to a designated sub-group in any group under the group.
9. The server according to any one of claims 6 to 8, wherein the group identifier in each group on the client is not unique at the server; the identification obtaining module is also used for obtaining the corresponding group identification according to the group message sending instruction; and searching a corresponding group identifier according to the acquired group identifier.
10. The server according to any of claims 6-8,
the group identification in each group on the client is unique in the server; the identification obtaining module is further configured to directly search for a corresponding group identification in the server according to the group message sending instruction.
11. A group communication system, comprising: the system comprises a sending client, a receiving client and a server which is in communication connection with the sending client and the receiving client, wherein:
the sending client is used for responding to a group message triggering instruction of the user in the group, generating a group message sending instruction and sending the group message sending instruction to the server;
the receiving client is used for receiving and displaying the group message issued by the server;
the server according to any one of claims 6 to 10.
12. A storage medium having a computer program stored thereon, wherein the computer program, when executed by a processor, implements the group communication method of any one of claims 1-5.
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