CN110661926B - Prefabricated data propagation method and device and electronic equipment - Google Patents
Prefabricated data propagation method and device and electronic equipment Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
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Abstract
The invention discloses a prefabricated data transmission method, a prefabricated data transmission device and electronic equipment, wherein the method comprises the following steps: step 1), selecting prefabricated data; step 2), the calling party sends the selected prefabricated data to the called party; step 3), the called party displays the selected prefabricated data and shields the call prompt; and 4), during or after the display process of the prefabricated data is finished, the calling party sends a dialing request to the called party according to the intention of the user. The invention provides a method for forcibly changing the color ring and the ringtone set by a called party between intelligent mobile phones before formal communication and enabling the called party to download and display the video, audio, photos or characters preset by the called party, which is not supported by a VoLTE network and a VoLTE terminal of a telecom operator, and can enable a calling device and a called device to download and watch the relevant audio and video or image and text information configured for the called party before the formal system communication.
Description
Technical Field
The present invention relates to the field of wireless communication technologies, and in particular, to a method and an apparatus for propagating pre-formed data, and an electronic device.
Background
At present, the technology for playing incoming call video ring tone during the call between two smart phones is mainly divided into two types: telecom operator video color ring back tone technology and incoming call show technology.
The telecom operator video color ring technology means that after a called mobile phone opens a video color ring service, when a calling mobile phone calls a called party, a personalized interesting video set by the called party can be watched in a call waiting period without any APP; the application is realized based on a telecommunication operator mobile network service management platform, a video color ring service platform and a mobile phone supporting VoLTE network and VoLTE video playing functions.
However, the telecom operator video color ring technology also has a plurality of defects: firstly, the mobile phone terminal must support the VoLTE network and the VoLTE video playing function. At present, only part of android machines meet the requirement, and the apple machines do not support the video color ring playing function at present. The video color ring back tone service of the telecom operator is unidirectional, namely when a calling party dials a called party, the calling party can watch the video set by the called party in the call waiting period, and the called party cannot see the video pushed by the calling party during ringing. And thirdly, the video color ring of the telecom operator can only be normally used in the range covered by the VoLTE network, and the user cannot use the video color ring in the area uncovered by the VoLTE network. And fourthly, because the VoLTE network is not interconnected and intercommunicated at present, the video color ring of the telecom operator can only be used by the user of the network, and the user experience is poor. And fifthly, mobile phone terminals of different manufacturers have different interfaces for playing the video color ring, the difference is large, and the user has poor experience on the consistency of the product interfaces. And sixthly, because no APP is used for bearing, new functions and new services cannot be extended, secondary operation of user flow lacks means, and the flow is difficult to be guided to new services with potential benefits.
The incoming call show technology is that when a user answers an incoming call, a personalized interesting video which is set for the incoming call number in advance by the user is played during ringing. The incoming call show requires the user to download and install the APP in advance and set a video for the incoming call number. The incoming call show APP needs to monitor the incoming call of the system and replace a system conversation interface and mobile phone ring by using the keep-alive and pull-alive technology of the application process.
The main problems with the incoming call show technology are: the video watched by the user is configured by the user, not configured and pushed by others, so that the entertainment and interactivity of the application are greatly reduced. Secondly, for the apple mobile phone, the APP of the incoming call show class can only play pictures for incoming calls, and technically, the incoming call can not play videos.
Therefore, the method for changing the color ring and the ringtone of the called party and simultaneously downloading and playing the incoming call video, picture or text preset by the opposite party before formal communication between the smart phones, particularly when the calling and the called parties are Android devices, is provided, and the calling and the called parties can download and see the incoming call video, audio, picture or text set by the opposite party on the premise of not being limited by a network system, so that the problem which needs to be solved at present is solved urgently.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides a method for forcibly changing the color ring and the ringtone set by a called party between intelligent mobile phones before formal communication and enabling the called party to download and display the video, the audio, the photo or the text preset by the called party, without the support of a VoLTE network and a VoLTE terminal of a telecom operator, and a calling device and a called device can download and watch the related audio and video or image and text information configured by the called party before the formal system communication.
In order to achieve the purpose, the invention provides the following technical scheme:
a method of pre-engineered data dissemination comprising the steps of:
step 1, selecting prefabricated data;
step 2, the calling party sends the selected prefabricated data to the called party;
step 3, the called party displays the selected prefabricated data and shields the call prompt at the same time;
and 4, during or after the display process of the prefabricated data is finished, the calling party sends a dialing request to the called party according to the intention of the user.
Preferably, before the step 1, the method further comprises making the pre-fabricated data.
Preferably, in the step 1, the pre-prepared data includes, but is not limited to, video, audio, photos, text, and links.
Preferably, in step 2, the sending includes sending the pre-formed data to the called party through a real-time network communication message and/or a vendor-specific message push channel of the target communication device.
Preferably, in step 3, the called party completes the shielding of the call reminder by replacing the local call reminder with a silent audio file or a music ring corresponding to the audio and video in the pre-made data, or directly replacing the local dedicated call reminder corresponding to the user communication number with the corresponding audio file of the pre-made data.
Preferably, in the step 3, the calling party is further included to avoid the audio and ringback tone mixed broadcast in the pre-prepared data.
Preferably, in the step 4, after the call is ended, the called party restores the local call reminder.
Preferably, the calling party and the called party are interchangeable.
A prefabricated data transmission device comprises a prefabricated data selection module, a sending module, a downloading module, a display module, a shielding module, a playing module and a call connection module, and can realize the prefabricated data transmission method.
An electronic device capable of implementing the prefabricated data dissemination method as described above.
Preferably, the electronic devices include, but are not limited to, cell phones, computers, tablet computers, and visual doorbells.
Compared with the prior art, the prefabricated data propagation method provided by the invention achieves the following effects:
(1) according to the prefabricated data transmission method provided by the invention, before the formal communication of the communication equipment, the calling party can effectively shield the polyphonic ringtone of the opposite party and reinforce the change of the polyphonic ringtone and the mobile phone ringtone of the called party, and the preset audio/video or image-text information is downloaded and displayed to the opposite party.
(2) The preset audio and video or image and text information can be transmitted, watched and used in any area range covered by the network; and no operator is required to be selected, and any operator can be used.
(3) The color ring back tone replaced by the called party is a section of silent music, or the calling party uses the lowest volume of the receiver to play the color ring back tone set by the called party, so that the calling party can normally play audio and video or image and text information sent by the called party.
(4) The called party can normally play the audio and video or image and text information sent by the calling party by replacing the local ring with a silent music file or a music ring corresponding to the audio and video in the prefabricated data or directly replacing the local special ring of the calling number with the corresponding audio file of the prefabricated data.
(5) The calling party and the called party can play and display audio and video or image and text information set by the calling party and the called party to the calling party and the called party in two directions.
(6) The calling party and the called party can still realize the effect even if the mobile phone is a dual-card mobile phone.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the invention and not to limit the invention.
Fig. 1 is a flow chart of a method for pre-production data dissemination in accordance with a preferred embodiment of the present invention.
Fig. 2 is a flow chart of a method for pre-production data dissemination according to another preferred embodiment of the present invention.
Fig. 3 is a system server architecture diagram for implementing the pre-fabricated data dissemination method in the present invention.
Detailed Description
The present application will be described in further detail below with reference to the accompanying drawings, but the present application is not limited thereto.
As shown in fig. 1, in a preferred embodiment, pre-made data including video, audio, photos, text, links, etc. downloaded locally or from the network is configured on the calling and called mobile phones for the target mobile phone number, and further, the user may also choose to directly take photos or record audio, video, etc., and then send a third party IM message and/or a target mobile phone manufacturer-specific message push channel to the target device, notify the target device to update the data configuration relationship and download corresponding data to a local cache, and notify the background server of the update of the configuration relationship. And if the called party does not receive the prefabricated data, the called party restarts the mobile phone or is awakened by the incoming call, and then the latest configuration relation is automatically acquired from the background server and the prefabricated data is downloaded. . After the target mobile phone successfully receives the prefabricated data, the local exclusive ring corresponding to the mobile phone number of the user needs to be replaced by the corresponding audio file of the prefabricated data.
As the calling and called parties are Android devices, updating of configuration relation and timely receiving of prefabricated data can be achieved by utilizing a mobile phone process keep-alive and pull-alive scheme, and the Android keep-alive scheme comprises a 1-pixel Activity keep-alive scheme and a foreground server keep-alive scheme. The Android pull-alive scheme comprises the following steps: 1. monitoring system broadcast (starting, locking screen, switching network, taking pictures, etc.); 2. the account synchronization mechanism is activated; 3. playing silent music in a circulating way; 4. double-process guard; 5. JobScheduler; 6. pushing and pulling; 7. NDK Fork pull-alive; 8. and pulling the system service.
The calling party sends a calling message to the called party, after the called party receives the calling message, the called party firstly inquires whether the prefabricated data configured by the calling party to the called party is cached locally or not according to the data configuration relation of the calling party to the called party, and if the prefabricated data exists, the ringing of the mobile phone of the local machine is replaced, and the replacement mode has three types: configuring ring tones into silent music files; replacing the global ring tone with the audio corresponding to the prefabricated data; and thirdly, replacing the own ring tone of the local corresponding to the mobile phone number of the user with the corresponding audio file of the prefabricated data. Firstly, and secondly, the information of the original mobile phone ring is stored at the same time. If the prefabricated data configured for the calling party is not cached locally, the platform downloads the prefabricated data to the local and then carries out the processing; and after the called party mobile phone ring is successfully replaced, returning a message to the calling party.
Further, the calling party avoids the mixed broadcast of the audio and the color ring back tone sound in the prefabricated data, and three methods can be mainly adopted: firstly, the called party applies for the background of the color ring of the group client and adds the own mobile phone number to complete the change of the color ring; secondly, the called party directly changes the color ring; and the calling party changes the playing mode of the color ring.
In the first method, the background server applies for opening group color ring client service of relevant operator in advance, maintains the list of mobile phone numbers of group color ring clients, and sets the color ring of the group clients as a silent music. When the called party receives the calling message, the called party applies for the group customer color ring background and adds the own mobile phone number, then the calling party initiates the system telephone call, the audio and video of the prefabricated data sent by the called party is played during the call waiting period, and the color ring of the group customer of the called party can play sound at the same time, so the playing effect of the prefabricated data is not influenced because of a section of silent music. And after the call is finished, the called party applies for and exits the polyphonic ringtone number list of the group client.
In the second method, after receiving the calling message from the calling party, the called party directly changes its own color ring back tone into a silent music without affecting the playing effect of the pre-made data. And when the call is finished, the called party changes the color ring back tone into the previous color ring back tone.
In the third method, the calling party uses loudspeaker to play the audio frequency in the preset data, and the receiver volume is minimized to play the color ring; and when the telephone is connected, the receiver calls back the volume. After the call is finished, the calling party resets the playing mode of the color ring.
After the color ring tone of the called party is changed through the first or second mode, a message is returned to the calling party, after the calling party receives a success message returned by the called party, whether the prefabricated data configured by the calling party to the calling party is cached locally or not is firstly inquired according to the configuration relation of the called party to the calling party, and if the prefabricated data does not exist, the prefabricated data is downloaded to the local cache through the platform. The calling party automatically initiates a system telephone call and plays the prefabricated data during the call waiting period, if the called party does not adopt the mode I or II, the calling party adopts the mode III, the mixed playing of the audio and the color ring sound in the prefabricated data is avoided, and the playing effect of the prefabricated data is ensured.
The called party is awakened by the incoming call and plays the prefabricated data during the ringing of the telephone, and when the called party chooses to answer and enters the normal communication interface of the system, the calling party also enters the normal communication interface of the system.
If the called party replaces the local ring of the mobile phone by the first or second mode, the called party restores the local ring of the mobile phone after the call is finished.
In this embodiment, both the calling party and the called party are Android devices.
Because the calling party is an Android device, the official SDK provides a Telecom Framework after the Android 6.0, the Framework allows a third party application to replace a default telephone application of the system, the API provides an InCallService service, a related method of incoming calls and dialing calls is defined, and the InCallService is realized and the service logic of a UI page of the InCallService is controlled. Each time the APP is started, it is checked whether the APP is the default application, and if not, the user is prompted to replace the current default system phone application.
When foretell prefabricated data is the video file, the user opens the user permission when opening corresponding APP, opens the system permission when setting up the video ring tone for the other side (relatives or friends), includes: automatically replacing a default telephone application of a system, opening the permission of a system floating window, reading an incoming call notice, modifying system settings and the like, opening a CallShowService service, registering the system incoming call to monitor PhoneStateListener, creating a system level popup window, and playing a video ringtone by using a Google Exoplayer player.
Because most of the existing Android devices are dual-card dual-standby mobile phones, when data configuration relation processing is carried out, the following conditions exist:
(1) one number is registered in the background server, and the other number is not registered:
A. the registered number is a main number, the main number orders related services, and only in the valid period, another number can be bound, which is called a binding number (the service ordering condition of the main number is judged before binding).
B. The binding number requires an authentication code to be bound.
C. The system automatically generates a user account for the binding number and associates the user account with the current mobile phone equipment ID. Such that the device ID associated with the primary number and binding number is the same. Both have the same video configuration relationship.
D. Only if the current mobile phone terminal has double card slots and a valid sim/uim card is inserted, the main number can be allowed to have the binding number.
E. And if B, C and D are satisfied, the binding can be successful.
(2) Both numbers have been registered at the background server:
the number card is separated from the current mobile phone double card slot to another mobile phone (namely, a new number card is inserted into the current mobile phone double card slot):
A. separation of major numbers
Firstly, inserting the separated main number into a new mobile phone to become the main number: the primary number inherits the original data configuration relationship and removes the original binding number. If the major number is bound with the number of another card slot of the current mobile phone (the service ordering condition of the major number is judged before binding), the video configuration relationship of the current new major number is updated no matter whether the number is the major number before or not or whether the number is the binding number of the other major numbers. If not, the two numbers respectively have independent video configuration relations.
And secondly, inserting the separated main number into a new mobile phone to form a binding number, wherein the data configuration relation is consistent with the main number of the current mobile phone.
B. Binding number separation
Firstly, inserting the separated binding number into a new mobile phone to become a main number: after logging in, if the associated equipment ID is found to be changed, prompting a user whether to synchronize the original primary number data configuration relationship or not, and whether the data configuration relationship is unchanged or not; if the major number is bound with the number of another card slot of the current mobile phone (the service ordering condition of the major number is judged before binding), the data configuration relationship of the current new major number is updated no matter whether the number is the major number before or not or whether the number is the binding number of the other major numbers. If not, the two numbers respectively have independent data configuration relations.
And secondly, inserting the separated binding number into a new mobile phone to form the binding number, wherein the video configuration relation is consistent with the current mobile phone major number.
As shown in fig. 2, in another preferred embodiment, pre-made data including video, audio, photos and texts downloaded locally or from the network is configured on the calling and called mobile phones for the target mobile phone number, and then the calling party initiates a VoIP call to the called party to establish a VoIP call connection; meanwhile, a special message pushing channel of a called party mobile phone manufacturer is also used for sending a calling message to a called party, informing the called party to update the data configuration relationship and download a local cache of corresponding data, informing a background server of the update of the configuration relationship, if the called party does not receive the prefabricated data, restarting the mobile phone or awakening the mobile phone by an incoming call by the called party, and then rotating the mobile phone to acquire the latest configuration relationship from the background server and download the prefabricated data;
after the called mobile phone receives the VoIP message, the data prefabricated by the calling party is directly displayed and ringing is carried out; or the VoIP ringing interface is displayed on the mobile phone of the called party through the keep-alive and pull-alive mechanism (including factory channel message push awakening), and the preset data configured by the calling party is played and displayed. Meanwhile, the calling party displays the VoIP call waiting interface and plays and displays the prefabricated data made by the called party. When the calling party and the called party display the prefabricated data configured for the calling party and the called party, firstly, whether the data is cached locally is inquired, if yes, the data is directly displayed, and if not, the data is played in a platform downloading cache.
And when the called party answers, the calling party closes the prefabricated data display page and enters a VoIP call interface. In this embodiment, both the calling party and the called party are Android devices.
Fig. 3 shows a system server architecture for implementing the method, in which a system main body architecture adopts an internet traditional technical architecture Spring mvc, which is a strong and flexible modular Web framework provided by Spring, and a Java-based lightweight Web framework with a request as a driving type, and aims to decouple a Web layer, that is, use a "request-response" model to implement good layering, distinguish responsibilities, and simplify Web development from an engineering structure.
The multi-master multi-slave cluster made of the mycat middleware for the database performs read-write separation and database and table division, and can effectively guarantee high concurrency and high availability of the database. The cache database is realized by a redis cluster, the redis is a high-performance key-value database, and the redis is a master-slave cluster, so that the performance is guaranteed and the high availability is also guaranteed. The system also uses mongdb to store non-relational data, and mainly records logs, third-party platform exchange logs and the like.
The file system is an Ali open-source fastdfs distributed file system and is mainly used for locally storing short video data. The Kafka message service is an open source stream processing platform developed by the Apache software foundation, is a high-throughput distributed publish-subscribe message system, and can improve the throughput capacity of a server. The ElasticSearch search engine service mainly performs relevance ranking query and improves retrieval efficiency.
Compared with the prior art, the prefabricated data transmission method adopts the technology of short video configuration relationship real-time updating and short video downloading and playing; a calling party dials a called party as a calling service logic realization technology of the Android device; processing technology of Android equipment replacement system call interface; fourthly, implementing the process keep-alive and pull-alive of the Android equipment; the Android dual-card device video configuration relation technology; sixthly, the Android equipment of the calling party shields the personalized color ring of the called party and only plays the audio and video in the prefabricated data; the combination of six technologies achieves the following effects:
(1) according to the prefabricated data transmission method provided by the invention, before the formal communication of the communication equipment, the calling party can effectively shield the polyphonic ringtone of the opposite party and reinforce the change of the polyphonic ringtone and the mobile phone ringtone of the called party, and the preset audio/video or image-text information is downloaded and displayed to the opposite party.
(2) The preset audio and video or image and text information can be transmitted, watched and used in any area range covered by the network; and no operator is required to be selected, and any operator can be used.
(3) The color ring back tone replaced by the called party is a section of silent music, or the calling party uses the lowest volume of the receiver to play the color ring back tone set by the called party, so that the calling party can normally play audio and video or image and text information sent by the called party.
(4) The called party can normally play the audio and video or image and text information sent by the calling party by replacing the local ring with a silent music file or a music ring corresponding to the audio and video in the prefabricated data or directly replacing the local special ring of the calling number with the corresponding audio file of the prefabricated data.
(5) The calling party and the called party can play and display audio and video or image and text information set by the calling party and the called party to the calling party and the called party in two directions.
(6) The calling party and the called party can still realize the effect even if the mobile phone is a dual-card mobile phone.
Although embodiments of the present invention have been shown and described above, it should be understood that the above embodiments are exemplary and not to be construed as limiting the present invention, and that changes, modifications, substitutions and alterations can be made to the above embodiments by those of ordinary skill in the art within the scope of the present invention.
Claims (8)
1. A method of pre-engineered data dissemination, comprising the steps of:
step 1, selecting prefabricated data;
step 2, the calling party sends the selected prefabricated data to the called party through a third party IM message and/or a manufacturer-specific message push channel of the target communication equipment, informs the called party of updating the data configuration relationship and downloading a local cache of the prefabricated data, and informs a background server of the updating of the configuration relationship;
step 3, the calling party sends a dialing request to the called party according to the intention of the user;
step 4, the called party displays the selected prefabricated data and shields the call reminding; the called party firstly inquires whether the selected prefabricated data is cached locally or not before displaying the selected prefabricated data, and if not, the prefabricated data is downloaded to the local cache;
the calling party displays the prefabricated data made by the called party during the call waiting period; the calling party and the called party are interchangeable.
2. The prefabricated data dissemination method according to claim 1, further comprising, before said step 1, making said prefabricated data, said prefabricated data including but not limited to video, audio, photos, text and links.
3. The prefabricated data propagation method of claim 2, wherein in the step 4, the called party completes the shielding of the call reminder by replacing the local call reminder with a silent audio file or a musical ring corresponding to the audio and video in the selected prefabricated data, or directly replacing the local exclusive call reminder corresponding to the user communication number with the corresponding audio file of the selected prefabricated data.
4. The prefabricated data dissemination method according to claim 3, further comprising the step 4 of the calling party avoiding the audio and ringback tone mixedly broadcast in the prefabricated data made by the called party.
5. The pre-fabricated data dissemination method according to claim 4, wherein after the step 4, the method further comprises the step of restoring the local call reminder by the called party after the conversation is ended.
6. A prefabricated data dissemination device, characterized by comprising a prefabricated data selection module, a sending module, a downloading module, a display module, a shielding module, a playing module and a call connection module, wherein the prefabricated data dissemination device can realize the prefabricated data dissemination method according to any one of claims 1 to 5.
7. An electronic device, characterized in that it is capable of implementing the prefabricated data dissemination method according to any of the claims 1-5.
8. The electronic device of claim 7, wherein the electronic device comprises but is not limited to a mobile phone, a computer, a tablet computer and a visible doorbell.
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| CN201910930064.4A CN110661926B (en) | 2019-09-27 | 2019-09-27 | Prefabricated data propagation method and device and electronic equipment |
| PCT/CN2019/127023 WO2021056874A1 (en) | 2019-09-27 | 2019-12-20 | Prefabricated data transmission method and apparatus, and electronic device |
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| CN110661920B (en) * | 2019-09-27 | 2021-01-12 | 北京巨象具象科技有限公司 | Prefabricated data propagation method and device and electronic equipment |
| CN115225917A (en) * | 2021-04-15 | 2022-10-21 | 北京字节跳动网络技术有限公司 | Recording plug-flow method, device, equipment and medium |
| CN115484349A (en) * | 2021-05-31 | 2022-12-16 | 中国移动通信集团重庆有限公司 | Video color ring playing method, device, equipment and computer storage medium |
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| CN110661926A (en) | 2020-01-07 |
| WO2021056874A1 (en) | 2021-04-01 |
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