WO2019019384A1 - Message push method, apparatus, computer device, and storage medium - Google Patents

Abstract

Provided is a message push method, comprising: separately determining an initial sequence number corresponding to a message encapsulation thread, a push object determining thread, and a rule filtering thread in a circular buffer storing a plurality of meta information; from the circular buffer, concurrently reading in order a sequence number, beginning from the corresponding sequence number, concerning each of the message encapsulation thread, push object determining thread, and rule filtering thread, and obtaining meta information corresponding to each read sequence number; by means of the message encapsulation thread, push object thread, and rule filtering thread, concurrently performing message encapsulation, push object determination, and push rule determination on the corresponding obtained meta information; according to the push object determination result and push rule determination result of the corresponding meta information, obtaining an encapsulated message determining the push object and complying with the push rule, and pushing said message.

Description

Message push method, device, computer device and storage medium

This application claims the priority of the Chinese Patent Application entitled "Message Pushing Method, Apparatus, Computer Equipment and Storage Media" by the Chinese Patent Office, filed on July 27, 2017, with the application number of 2017106263150, the entire contents of which are incorporated by reference. In this application.

Technical field

The present application relates to the field of computer technologies, and in particular, to a message push method, apparatus, computer device, and storage medium.

Background technique

With the advent of the information age, message push has become a very important means of information transfer.

In the traditional method, the batch information of the message to be pushed is added to the linear queue, and the information is pushed and processed in a linear manner in order, and the next processing can be performed after the previous processing is completed, so that When performing batch message push processing, it is easy to cause a large amount of information to be queued for a long time in the linear queue, resulting in low message push efficiency.

Summary of the invention

According to various embodiments provided by the present application, a message push method, apparatus, computer device, and storage medium are provided.

A message pushing method includes:

Determining, respectively, an initial sequence number corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread in a ring buffer area storing a plurality of meta information;

And respectively, for the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently read the sequence number from the ring buffer area from the corresponding initial sequence number, and obtain the read The meta information corresponding to each serial number;

Encapsulating a thread, the push object determining thread, and the rule filtering thread by the message, and Sending a message encapsulation process, a push object determination process, and a push rule determination process on the corresponding acquired meta information;

Based on the push target determination result and the push rule determination result of the corresponding meta information, a message indicating the push target and conforming to the push rule is obtained and pushed.

A message pushing device comprising:

a sequence number determining module, configured to respectively determine an initial sequence number corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread in a ring buffer area storing a plurality of meta information;

a sequence number reading module, configured to respectively process the thread encapsulation thread, the push object determination thread, and the rule filtering thread, and concurrently read from the ring buffer area from the corresponding initial sequence number Taking the serial number and obtaining the meta information corresponding to each of the read serial numbers;

a meta-information processing module, configured to: through the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently perform message encapsulation processing, push object determination processing, and push rule determination processing on the corresponding acquired meta information; and

The message pushing module is configured to obtain, according to the push object determination result and the push rule determination result of the corresponding meta information, a packaged message that determines the push object and conforms to the push rule, and pushes the message.

A computer device comprising a memory and a processor, the memory storing computer readable instructions, the computer readable instructions being executed by the processor such that the processor performs the following steps:

Determining, respectively, an initial sequence number corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread in a ring buffer area storing a plurality of meta information;

And respectively, for the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently read the sequence number from the ring buffer area from the corresponding initial sequence number, and obtain the read The meta information corresponding to each serial number;

And the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently performing message encapsulation processing, push object determination processing, and push rule determination processing on the corresponding acquired meta information; and

Based on the push target determination result and the push rule determination result of the corresponding meta information, a message indicating the push target and conforming to the push rule is obtained and pushed.

One or more non-volatile storage media storing computer readable instructions, when executed by one or more processors, cause one or more processors to perform the following steps:

Determining, respectively, an initial sequence number corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread in a ring buffer area storing a plurality of meta information;

And respectively, for the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently read the sequence number from the ring buffer area from the corresponding initial sequence number, and obtain the read The meta information corresponding to each serial number;

And the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently performing message encapsulation processing, push object determination processing, and push rule determination processing on the corresponding acquired meta information; and

Based on the push target determination result and the push rule determination result of the corresponding meta information, a message indicating the push target and conforming to the push rule is obtained and pushed.

Details of one or more embodiments of the present application are set forth in the accompanying drawings and description below. Other features, objects, and advantages of the invention will be apparent from the description and appended claims.

DRAWINGS

In order to more clearly illustrate the technical solutions in the embodiments of the present application, the drawings used in the description of the embodiments will be briefly described below. It is obvious that the drawings in the following description are only some embodiments of the present application. Other drawings may also be obtained from those of ordinary skill in the art in light of the inventive work.

1 is an application environment diagram of a message pushing method in an embodiment;

2 is a schematic diagram showing the internal structure of a computer device in an embodiment;

3 is a schematic flow chart of a message pushing method in an embodiment;

4 is a schematic flow chart of a meta-information processing step in an embodiment;

FIG. 5 is a schematic flowchart of a message selection step of an encapsulated in an embodiment; FIG.

Figure 6 is a block diagram of a message push device in an embodiment;

7 is a block diagram of a message push module in an embodiment;

8 is a block diagram of a meta-information processing module in an embodiment; and

9 is a block diagram of a meta information processing module in another embodiment.

Detailed ways

In order to make the objects, technical solutions, and advantages of the present application more comprehensible, the present application will be further described in detail below with reference to the accompanying drawings and embodiments. It is understood that the specific embodiments described herein are merely illustrative of the application and are not intended to be limiting.

FIG. 1 is an application environment diagram of a message pushing method in an embodiment. Referring to FIG. 1, the application environment includes a server 110 and a terminal 120 connected through a network. The server 110 determines the initial sequence number corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread in the ring buffer area storing the plurality of meta information. The server 110 determines the thread and the rule filtering thread for the message encapsulation thread, the push object, and the sequence number from the ring buffer from the corresponding initial sequence number, and acquires the meta information corresponding to the read sequence number. The server 110 determines the thread and the rule filtering thread through the message encapsulation thread, the push object, and concurrently performs message encapsulation processing, push object determination processing, and push rule determination processing on the corresponding acquired meta information, and determines according to the push object of the corresponding meta information. The result and the push rule judgment result obtain a message of the package that determines the push object and conforms to the push rule. The server 110 pushes the obtained message to the terminal 120.

2 is a schematic diagram showing the internal structure of a computer device in an embodiment. The computer device may be the server 110 in FIG. 1, and the server 110 may be implemented by a stand-alone server or a server cluster composed of a plurality of physical servers. Referring to Figure 2, the computer device includes a processor, memory, and network interface coupled by a system bus. Wherein, the memory comprises a non-volatile storage medium and an internal memory. The non-volatile storage medium of the computer device can store an operating system and computer readable instructions that, when executed by the processor, cause the processor to implement a message push method. The processor is used to provide computing and control capabilities to support the operation of the entire computer device. Computer readable instructions may be stored in the internal memory of the computer device, and when the computer readable instructions are executed by the processor, the processor may be caused to perform a message push processing method. The network interface of the computer device is used to connect to the network for communication, for example, to push a message.

It will be understood by those skilled in the art that the structure shown in FIG. 2 is only a block diagram of a part of the structure related to the solution of the present application, and does not constitute a limitation of the computer device to which the solution of the present application is applied. Particular computer equipment may include more or fewer components than those shown in the figures, or some components may be combined, or have different component arrangements.

As shown in FIG. 3, in one embodiment, a message push method is provided. This embodiment is mainly illustrated by the method being applied to the computer device in FIG. 2 described above. Referring to FIG. 3, the cache processing method specifically includes the following steps:

S302. Determine an initial sequence number corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread in the ring buffer area storing the plurality of meta information.

Among them, the message encapsulation process is a program for message encapsulation. The push object is the object to which the message is to be pushed. The push object determination process is a program for determining the object to which the message is to be pushed. The rule filtering process is a program for judging whether a message push conforms to a push rule.

The ring buffer is a fixed-size, end-to-end data structure used to buffer data streams. The ring buffer includes a sequence number, which is used to identify a cache area in the ring buffer.

The initial sequence number is the current sequence number corresponding to the sequential read in the ring buffer area. The message encapsulation thread, the push object determination thread, and the rule filtering thread respectively have their own read sequence numbers in the ring buffer area. For example, if the sequence number read by the message encapsulation process before the sequential read in the ring buffer is 3, the initial sequence number corresponding to the message encapsulation process is 3, and the push object determination thread and the rule filtering thread are pressed in the ring buffer area. The serial numbers read before the sequential reading are 3 and 4, respectively, and their corresponding initial numbers are 3 and 4, respectively. It can be understood that the initial sequence number corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread may be the same default value, such as 1.

The meta information is basic description information of the message to be pushed, and the meta information includes information such as a user identifier to be pushed, a push message acquisition parameter, or a push template identifier. The user identifier is to be pushed to uniquely identify the user to be pushed (ie, the user who receives the pushed message). The push message acquisition parameter is a parameter for obtaining the content of the message to be pushed. By pushing the message to obtain the parameter, the parameter value corresponding to which parameter is to be obtained may be determined, and the message content is composed according to the parameter and the corresponding parameter value. Push template is a preset message template.

It can be understood that meta information is stored in a cache area corresponding to each sequence number of the ring buffer area.

S304, for the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently read the sequence numbers from the ring buffer area sequentially from the corresponding initial sequence numbers, and obtain the read each Meta information corresponding to the serial number.

Concurrency means that the message encapsulation thread, the push object determination thread, and the rule filtering thread are executed simultaneously.

Specifically, the computer device reads the sequence number sequentially from the ring buffer area by using the initial sequence number corresponding to the message encapsulation thread through the message encapsulation thread, and acquires the meta information corresponding to each read sequence number, At the same time, the thread and the rule filtering thread are respectively determined for the push object, and the sequence number is sequentially read from the ring buffer area from the corresponding initial sequence number, and the meta information corresponding to each read sequence number is obtained. It can be understood that the processing performed by these three threads is independent. The meta information corresponding to the serial number is the meta information stored in the cache area corresponding to the serial number.

For example, starting from the corresponding initial sequence number 3, the message encapsulation thread sequentially reads the sequence number from the ring buffer area, and also determines the thread from the corresponding initial sequence number 3 for the push object, and sequentially from the ring buffer. The sequence number is read in the zone, and at the same time, for the rule filtering thread, starting from the corresponding initial sequence number 4, the sequence number is sequentially read from the ring buffer. Taking the message encapsulation thread as an example, it is assumed that the meta information corresponding to the sequence number 3 is also obtained by sequentially reading the sequence numbers 4, 5, ... N from the ring buffer area starting from the corresponding initial sequence number 3. Obtain the meta information corresponding to the sequence number 4, obtain the meta information corresponding to the sequence number 5, and obtain the meta information corresponding to the sequence number N.

S306: Determine a thread and a rule filtering thread by using a message encapsulation thread, a push object, and concurrently perform message encapsulation processing, push object determination processing, and push rule determination processing on the corresponding acquired meta information.

Among them, the push object is the object to which the message is to be pushed.

Specifically, the computer device may perform message encapsulation processing on the meta information obtained by the message encapsulation thread through the message encapsulation thread to obtain the encapsulated message. At the same time, the computer device concurrently determines the thread by pushing the object, performs the push object determination processing on the meta information obtained by the thread determining the thread, and simultaneously passes the rule filtering thread to perform the meta information acquired by the rule filtering thread. Push rule judgment. It can be understood that the three processes of message encapsulation processing, push object determination processing, and push rule judgment are performed independently.

S308: According to the push target determination result and the push rule determination result of the corresponding meta information, a message of the package that is determined to be the push target and conforms to the push rule is obtained and pushed.

Specifically, the computer device can obtain, according to the result of the concurrent processing by the three threads, a message that determines the push target and conforms to the push rule. The push object determined by the encapsulated message is a push object of the meta information corresponding to the encapsulated message. The meta information corresponding to the encapsulated message is the basic information describing the encapsulated message. The corresponding meta information meets the condition after being judged by the push rule, indicating that the encapsulated message conforms to the push rule.

For example, the message encapsulation thread obtains the meta information corresponding to sequence numbers 1 and 2, and the message encapsulation thread performs message encapsulation processing on the meta information in sequence numbers 1, 2, and 3 to obtain encapsulated messages M1, M2, and M3, and the push object is determined. The thread obtains the meta information corresponding to the sequence numbers 1, 2, and 3, and the push object determination thread performs the push object determination process on the meta information in the sequence numbers 1, 2, and 3, and determines the corresponding push objects T1, T2, and T3. The rule filtering thread obtains the meta information corresponding to the sequence numbers 1 and 2, and the rule filtering thread performs the push rule judgment on the meta information in the sequence numbers 1 and 2, and the meta information in the sequence number 2 meets the condition, and the meta information in the sequence number 1 does not meet the condition. . Then, the message that is determined by the push target and conforms to the push rule is the message M2, because the push object determined by the message M2 is T1, and the meta information corresponding to the message M2, the meta information in the serial number 2 is being The conditions are met after the push rule is judged.

In one embodiment, the push object includes a channel for message push and a device for receiving the pushed message. The computer device can push the obtained message to the determined device according to the determined corresponding push channel.

It can be understood that after the message is pushed, the meta-information corresponding to the message is deleted in the ring buffer, and the meta-information in the ring buffer is read when the message encapsulation thread, the push object determination thread, and the rule filtering thread. After the completion and corresponding processing is completed (that is, the message encapsulation thread encapsulates all meta information in the ring buffer area, the push object determines the thread to perform push object determination processing on all meta information in the ring buffer area, and the rule filtering thread pair After all the meta-information in the ring buffer is judged by the push rule, a new batch of meta-information can be stored in the ring buffer.

The above message pushing method, device, computer device and storage medium store the batch meta information in the ring buffer area, and the three threads of the message encapsulation thread, the push object determination thread and the rule filtering thread are concurrently transmitted from the ring buffer area. The corresponding initial sequence number sequentially reads the sequence number and obtains the corresponding meta information, and performs corresponding processing on the corresponding acquired meta information, and encapsulates the message and pushes the object. The three processes of the rule and the rule filter are concurrently processed, and the message generation process can be performed concurrently, thereby improving the message generation efficiency and improving the message push efficiency.

In an embodiment, as shown in FIG. 4, step S306 includes (referred to as a meta information processing step), specifically including the following steps:

S402: Obtain a corresponding message content according to the obtained meta information and encapsulate the message by using a message encapsulation thread to obtain an encapsulated message.

The meta information includes a push message acquisition parameter. The push message acquisition parameter is a parameter for obtaining the content of the message to be pushed.

Specifically, the computer device may extract, by using a message encapsulation thread, the included push message acquisition parameter from the corresponding acquired meta information, and obtain, by using the extracted push message, the parameter, and determine, according to the extracted push message acquisition parameter, from the database. The parameter value generates a message content according to the push message acquisition parameter and the corresponding parameter value.

Further, the computer device may perform encapsulation processing on the generated message content to obtain an encapsulated message.

S404. Determine a thread by pushing the object, and determine a push object corresponding to the corresponding acquired meta information.

The corresponding acquired meta information described in step S404 is determined by the push object to determine the meta information acquired by the thread. The push object corresponding to the meta information is an object to which the information described by the meta information is to be pushed.

In one embodiment, the meta information includes a user identification to be pushed. In this embodiment, step S404 includes: determining, by the push object, a thread, and searching for a device identifier corresponding to the to-be-pushed user identifier from a database according to the to-be-pushed user identifier in the corresponding acquired meta information; The operating system type identifier corresponding to the device identifier; determining a corresponding pushing channel according to the operating system type identifier; the pushing channel and the device identifier are determined push objects. In this embodiment, according to the push object determination result and the push rule determination result of the corresponding meta information, obtaining a packaged message that is determined to be a push target and conforms to the push rule, and pushing further includes: according to the corresponding push channel, The message is pushed to the device corresponding to the device ID.

The user identifier is to be pushed to uniquely identify the user to be pushed (ie, the user who receives the pushed message). The corresponding meta information obtained here is determined by the push object to determine the element acquired by the thread. information. The type of operating system used to characterize which category the operating system is used by the device. Operating system types include Android operating system (Android, a free and open source operating system based on Linux), iOS operating system (mobile operating system developed by Apple), Windows operating system (a developed by Microsoft Corporation of the United States) At least one of the operating system) or the Linux operating system (a set of free-to-use and free-spread Unix-like operating systems), etc. Push channels include Android push channels, iOS push channels, Windows push channels, or Linux push channels. At least one of them.

Specifically, the correspondence between the user identifier and the device identifier to be pushed is pre-stored in the database, and according to the correspondence, the computer device may determine the thread by pushing the object, and search for the to-be-pushed user identifier in the meta-information obtained from the database. Corresponding device ID. The mapping between the device identifier and the operating system type identifier is also pre-stored in the database, and the operating system type identifier corresponding to the found device identifier is obtained according to the corresponding relationship. Further, the computer device can determine a corresponding push channel according to the operating system type identifier. For example, if the determined operating system type identifier is used to uniquely identify the Android operating system, it is determined that the push channel corresponding to the operating system type identifier is an Android push channel.

S406: Perform a push rule determination on the push template information corresponding to the corresponding acquired meta information by using a rule filtering thread, where the message encapsulation thread, the push object determination thread, and the rule filtering thread are concurrently executed.

The corresponding acquired meta information described in step S406 is meta information obtained by the rule filtering thread. In this embodiment, the meta information includes a push template identifier.

Specifically, the computer device may extract the push template identifier from the corresponding acquired meta information through the rule filtering thread, and obtain the corresponding push template information from the database according to the extracted push template identifier. Further, the computer device presets the push determination rule, and the computer device may perform the push rule determination on the obtained push template information according to the preset push determination rule to determine whether the push template information meets the push rule. The push template is a preset message template, including a content format template of the message.

In the above embodiment, the three threads of the message encapsulation thread, the push object determination thread, and the rule filtering thread concurrently perform message encapsulation processing on the corresponding acquired meta information, push object determination processing, and push rule judgment processing, so as to generate a conformity. Conditional messages are more efficient and thus improve The message push efficiency.

In an embodiment, step S308 includes: obtaining a packaged message obtained from the start of sequentially reading the serial number until the preset duration is reached; and selecting, from the obtained encapsulated message, the corresponding meta information is determined to be pushed. The push template information of the object corresponding to the corresponding meta information conforms to the push rule message and is pushed.

The corresponding meta information is meta information corresponding to the encapsulated message, that is, meta information describing the basic information of the message. The push object to which the corresponding meta information is determined is the push object determined by the encapsulated message. If the push template information corresponding to the corresponding meta information conforms to the push rule, the encapsulated message conforms to the push rule.

Specifically, the computer device can perform all the encapsulated messages obtained by the encapsulation process by using the message encapsulation thread from the start of sequentially reading the sequence number to the preset duration, and determine whether all the encapsulated messages satisfy the corresponding The meta-information is determined as the push object, and the push template information corresponding to the corresponding meta-information meets the two conditions of the push rule, so that the push object is determined from all the encapsulated messages, and the corresponding meta-information is determined, and The push template information corresponding to the corresponding meta information conforms to the two conditions of the push rule.

The computer device may also firstly determine the meta-information of the selected meta-information from all the encapsulated messages obtained by the message encapsulation thread from the start of the sequential reading of the sequence number until the preset duration is reached. And the push object determines the processed encapsulated message. The computer device may determine, according to the selected message, whether the push object of the corresponding meta information has been determined and whether the push template information corresponding to the corresponding meta information conforms to the push rule, and select, from the selected message, the corresponding element. The information is determined as a push target, and the push template information corresponding to the corresponding meta information conforms to the two conditions of the push rule.

It can be understood that, when the preset time length is reached, if the corresponding meta information is not subjected to the push object determination process or the corresponding push template information is not determined by the push rule, the encapsulated message does not exist in the determined message. Then, when the message encapsulation thread, the push object determination thread, and the rule filtering thread start to sequentially read the sequence number to the preset duration, if the sequence number corresponding to the encapsulated message exists in the next smallest initial sequence number determined To the selected target maximum sequence number, the encapsulated message may be obtained, and it is determined whether the push template information corresponding to the encapsulated message conforms to the push rule. then.

In the above embodiment, the message to be pushed is determined by the preset duration and the batch, so that the one-time processing amount is too large and the processing efficiency is affected.

As shown in FIG. 5, in an embodiment, from the obtained encapsulated message, the message that the corresponding meta information is determined to be the push target and the push template information corresponding to the corresponding meta information conforms to the push rule is selected. And push (referred to as the encapsulated message selection step), specifically including the following steps:

S502: Determine a maximum sequence number read by the message encapsulation thread, a maximum sequence number read by the push object determination thread, and a maximum sequence number read by the rule filtering thread when the sequence number is read from the beginning to the preset duration.

The maximum serial number read by the thread is the largest serial number among the serial numbers read by the thread from the beginning of the sequential reading of the serial number to the preset duration.

Specifically, the computer device may determine, respectively, that the message encapsulation thread, the push object determination thread, and the rule filtering thread sequentially read the sequence number from the initial sequence number corresponding to the ring buffer area, and when the preset duration is reached, the read sequence is read. Maximum serial number.

S504. Take a minimum value from each of the determined maximum serial numbers to obtain a target maximum serial number.

The target maximum serial number refers to the sequence number obtained by taking the minimum value of the plurality of largest serial numbers.

Specifically, the computer device may select a minimum value from the maximum sequence number read by the message encapsulation thread, the maximum sequence number read by the push object determination thread, and the maximum sequence number read by the rule filtering thread, to obtain the target maximum sequence number.

For example, the initial sequence number corresponding to the message encapsulation thread is 3, and the sequence number is sequentially read. When the preset duration is reached, the sequence numbers read are 3, 4, 5, and 6, and the message encapsulation is reached when the preset duration is reached. The maximum sequence number read by the thread is 6. The push object determines that the initial sequence number corresponding to the thread is 4, and starts to sequentially read the sequence number. When the preset duration is reached, the read sequence numbers are 4, 5, 6, 7, and 8, and when the preset duration is reached, the push is performed. The object determines that the maximum sequence number read by the thread is 8. The initial sequence number corresponding to the rule filtering thread is 3, and the sequence number is read sequentially. When the preset duration is reached, the sequence numbers read are 3, 4, and 5. When the preset duration is reached, the rule filtering thread reads The maximum number to arrive is 5. Further, the computer device may select the minimum value from the maximum sequence number 6 read by the message encapsulation thread, the maximum sequence number 8 read by the push object determination thread, and the maximum sequence number 5 read by the rule filtering thread. aims The maximum serial number is 5.

S506. Select a minimum value from the initial sequence numbers corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread respectively, to obtain a minimum initial sequence number.

Similarly, in combination with the example in step S502, the minimum initial number is obtained from the initial sequence number 3 corresponding to the message encapsulation thread, the initial sequence number 4 corresponding to the push object determination thread, and the initial sequence number 3 corresponding to the rule filtering thread. 3.

S508. Select, from the obtained encapsulated message, a packaged message corresponding to each sequence number in the minimum initial sequence number to the target maximum sequence number.

The encapsulated message corresponding to the sequence number refers to the encapsulated message obtained by performing the encapsulation process on the meta information in the sequence number.

Similarly, in combination with the examples in steps S502 and S504, each of the minimum initial number 3 to the target maximum number 5 is numbered 3, 4, and 5, respectively, and the computer device can obtain the package information corresponding to the serial numbers 3, 4, and 5, respectively. M3, M4, and M5, that is, information M3, M4, and M5 obtained by encapsulating the meta information in the sequence numbers 3, 4, and 5 are acquired.

S510. Select, from the selected message, the corresponding meta-information, and the push template information corresponding to the corresponding meta-information is matched with the push rule message and pushed.

It can be understood that, when the determining object determines that the corresponding push object is determined by the push object, there may be two cases in which the push object is determined and the push object cannot be determined. Therefore, the encapsulated message selected in step S508 is used. There may be a message that the corresponding push object of the meta information is not determined. Similarly, the rule filtering thread performs the push rule judgment on the push template information corresponding to the corresponding acquired meta information, and may obtain two cases of conforming to the push rule and not conforming to the push rule. Therefore, there may be a message in the encapsulated message selected in step S508 that does not comply with the push rule.

Therefore, the computer device may select, from the obtained message, the corresponding meta information to be determined, and the push template information corresponding to the corresponding meta information conforms to the push rule message and push. For example, in combination with the examples in steps S504-S508, the computer device respectively obtains encapsulated information M3, M4, and M5 corresponding to the serial numbers 3, 4, and 5, and the rule filtering thread corresponds to the meta information in the serial numbers 3, 4, and 5. The push template information is judged by the push rule, and the push template information corresponding to the meta information in the sequence number 3 does not conform to the push rule, and the push information corresponding to the meta information in the numbers 4 and 5 is pushed. The template information conforms to the push rule after the push rule is judged, and the push object determination thread determines the push object for the meta information in the sequence numbers 3, 4, and 5, respectively, and finally selects the information M4 and M5.

It can be understood that, when the preset meta-information is not subjected to the push object determination process or the corresponding push template information is not determined by the push rule when the preset duration is reached, the encapsulated message does not exist in step S508. In the message, when the message encapsulation thread, the push object determination thread, and the rule filtering thread start to sequentially read the sequence number to the preset duration, if the sequence number corresponding to the encapsulated message exists in the next smallest initial sequence number. To the selected target maximum sequence number, the encapsulated message may be obtained, and it is determined whether the push template information corresponding to the encapsulated message conforms to the push rule.

For example, in combination with the example in steps S504-S508, the push template information corresponding to the encapsulated message M6 is not determined by the push rule, then the M6 does not exist in the message acquired in step S506, then the message encapsulation thread and the push object determine the thread. When the rule filtering thread starts to read the sequence number sequentially and reaches the preset duration, the determined minimum initial sequence number to the selected target maximum sequence number is 6-8, and the sequence number 6 corresponding to the message M6 exists in the next determination. The minimum initial sequence number to the selected target maximum sequence number 6-8 can obtain the message M6 and determine whether the push template information corresponding to the message M6 meets the push rule.

In the above embodiment, the sequence numbers read and processed by the three threads are first selected, and then the encapsulated message corresponding to the selected sequence number is judged whether the push object is determined and whether the push rule is satisfied or not. The efficiency is greatly improved in that all the encapsulated information is judged whether or not the push object is determined and whether the push rule is satisfied.

In an embodiment, the step S402 includes: obtaining, by the message encapsulation thread, the corresponding message content according to the push message in the corresponding acquired meta information, and acquiring the corresponding push content according to the push template identifier in the corresponding acquired meta information. Template information; the message content is substituted into the push template information for encapsulation processing, and the encapsulated message is obtained.

The meta information includes a push message acquisition parameter and a push template identifier. The push message acquisition parameter is a parameter for obtaining the content of the message to be pushed.

Specifically, the computer device may extract, by using the message encapsulation thread, the included push message acquisition parameter and the push template identifier from the corresponding acquired meta information, and obtain the parameter by using the extracted push message. Determining to obtain a parameter value corresponding to the extracted push message acquisition parameter from the database, and generating a message content according to the push message acquisition parameter and the corresponding parameter value. The correspondence between the push template identifier and the push template information is pre-stored in the computer device, and according to the correspondence, the push template information corresponding to the extracted push template identifier can be obtained. Further, the computer device may substitute the acquired message content into the push template information for encapsulation processing to generate an encapsulated message.

In the above embodiment, only the meta information is stored in the ring buffer area, the content of the message is obtained through the cached meta information, and the corresponding push template information is obtained, thereby encapsulating the message, thereby greatly improving the storage capacity of the ring buffer area and improving the storage amount. The utilization of storage resources does not need to always add or update meta information to the ring buffer, thereby improving the efficiency of message push.

In an embodiment, according to the push object determination result and the push rule determination result of the corresponding meta information, the encapsulated message that is determined to be the push object and conforms to the push rule is obtained, and the push further includes: obtaining the obtained by routing logic The message is routed to the ring buffer corresponding to the determined push channel and cached; the cached message is extracted from the ring buffer corresponding to the push channel according to the preset period; and the extracted message is pushed to the device corresponding to the device identifier.

The routing logic refers to a program or process used to implement the routing function. Routing refers to passing information from a source through a network to a destination.

Specifically, the computer device separately sets a corresponding ring buffer area for different push channels. The computer device can route the obtained message to the ring buffer corresponding to the push channel according to the determined routing channel, and cache the message in the ring buffer.

Further, the computer device may extract the cached message from the ring buffer corresponding to the push channel according to the preset period, and push the extracted message to the device corresponding to the device identifier.

In the foregoing embodiment, a ring buffer area is set for different push channels to store the generated message, and the stored message is obtained from the ring buffer area by a preset period to be pushed, thereby avoiding high frequency times caused by frequent message push. Interface calls improve machine performance.

As shown in FIG. 6, in an embodiment, a message pushing device 600 is provided. The device 600 includes a sequence number determining module 602, a sequence number reading module 604, a meta information processing module 606, and a message pushing module 608, where:

The sequence number determining module 602 is configured to respectively determine a message encapsulation thread, a push object determination thread, and a rule The filtering sequence is an initial sequence number corresponding to a ring buffer that stores a plurality of meta information.

The sequence number reading module 604 is configured to determine a thread and a rule filtering thread for the message encapsulation thread, the push object, and sequentially sequentially read the sequence number from the ring buffer area from the corresponding initial sequence number, and obtain the read sequence. Meta information corresponding to each serial number.

The meta information processing module 606 is configured to determine a thread and a rule filtering thread by using a message encapsulation thread, a push object, and concurrently perform message encapsulation processing, push object determination processing, and push rule determination processing on the corresponding acquired meta information.

The message pushing module 608 is configured to obtain, according to the push object determination result and the push rule determination result of the corresponding meta information, a packaged message that is determined to be a push target and conforms to the push rule, and is pushed.

In one embodiment, the meta-information processing module 606 is further configured to: obtain, by the message encapsulation thread, the corresponding message content according to the obtained meta-information and encapsulate the encapsulation message, obtain the encapsulated message, determine the thread by pushing the object, and determine the corresponding acquired element. Corresponding push object; the rule filtering thread performs push rule determination on the push template information corresponding to the corresponding acquired meta information; wherein the message encapsulation thread, the push object determination thread, and the rule filtering thread are concurrently executed.

In an embodiment, the message pushing module 608 is further configured to obtain a packaged message obtained when the serial number is read sequentially until the preset duration is reached; and the obtained meta information is selected from the obtained encapsulated message. The push template information corresponding to the push target and corresponding to the corresponding meta information is determined to be in accordance with the push rule message and pushed.

As shown in FIG. 7, in one embodiment, the message pushing module 608 includes:

The maximum sequence number determining module 608a is configured to determine a maximum sequence number respectively read by the message encapsulation thread, the push object determining thread, and the rule filtering thread from the start of sequentially reading the sequence number to the preset duration.

The target maximum sequence number determining module 608b is configured to take a minimum value from each of the determined maximum sequence numbers to obtain a target maximum sequence number.

The minimum initial sequence number determining module 608c is configured to select a minimum value from the initial sequence numbers corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread respectively to obtain a minimum initial sequence number.

The message selection module 608d is configured to select, from the obtained encapsulated message, a message corresponding to each sequence number in the minimum initial sequence number to the target maximum sequence number; and select a corresponding element from the selected message. The information is determined to be the push target, and the push template information corresponding to the corresponding meta information conforms to the push rule message and is pushed.

As shown in FIG. 8, in one embodiment, the meta-information processing module 606 includes:

The message content obtaining module 606a is configured to obtain a corresponding message content by using a message encapsulation thread to acquire a parameter according to a push message in the corresponding acquired meta information.

The push template obtaining module 606b is configured to obtain corresponding push template information according to the push template identifier in the corresponding acquired meta information.

The message encapsulating module 606c is configured to substitute the message content into the push template information for encapsulation processing to obtain the encapsulated message.

As shown in FIG. 9, in one embodiment, the meta-information processing module 606 further includes:

The device identifier obtaining module 606d is configured to determine a thread by using a push object, and search for a device identifier corresponding to the user identifier to be pushed from the database according to the to-be-pushed user identifier in the corresponding acquired meta information.

The operating system type identifier obtaining module 606e is configured to obtain an operating system type identifier corresponding to the device identifier.

The push channel determining module 606f is configured to determine a corresponding push channel according to the operating system type identifier; the device corresponding to the push channel and the device identifier is the determined push object.

In an embodiment, the message pushing module 608 is further configured to: route the obtained message to the determined ring buffer corresponding to the push channel by using routing logic, and cache the ring buffer corresponding to the push channel according to the preset period. Extract the cached message; push the extracted message to the device corresponding to the device identifier.

In one embodiment, the message push device provided by the present application can be implemented in the form of a computer program that can be run on a computer device as shown in FIG. 2, a non-volatile storage medium of the computer device Each program module constituting the message pushing device can be stored, for example, the sequence number determining module 602, the sequence number reading module 604, the meta information processing module 606, and the message pushing module 608 shown in FIG. Each of the program modules includes computer readable instructions for causing the computer device to perform the steps in the message push method of various embodiments of the present application described in this specification. For example, the computer device may The sequence number determining module 602 in the message pushing device 600 shown in FIG. 6 determines that the message encapsulation thread, the push object determination thread, and the rule filtering thread are stored in multiple The initial sequence number corresponding to the ring buffer of the meta information, and the sequence encapsulation thread 604, the push object determination thread and the rule filtering thread are sequentially used by the sequence number reading module 604, and concurrently from the corresponding initial sequence number, respectively, from the ring cache The serial number is read in the area, and the meta information corresponding to each of the read serial numbers is obtained. The computer device can determine the thread and the rule filtering thread through the message encapsulation thread, the push object, and the message encapsulation processing, the push object determination process, and the push rule determination process by the meta-information processing module 606. The computer device can obtain, by the message pushing module 608, the push target determination result and the push rule determination result according to the corresponding meta information, and obtain a packaged message that determines the push target and conforms to the push rule and pushes the message.

In one embodiment, a computer apparatus is provided, comprising a memory and a processor, the memory storing computer readable instructions, when the computer readable instructions are executed by the processor, causing the processor to perform the steps of: respectively determining a message encapsulation thread The push object determines the initial sequence number corresponding to the thread and the rule filtering thread in the ring buffer area storing the plurality of meta information; and determines the thread and the rule filtering thread for the message encapsulation thread, the push object, and concurrently from the corresponding initial sequence number respectively The sequence number is sequentially read from the ring buffer area, and the meta information corresponding to each read sequence number is obtained; the thread is encapsulated by the message encapsulation thread, the push object is determined, and the rule filtering thread is concurrently, and the message information of the corresponding acquired meta information is concurrently encapsulated. The processing, the push object determination processing, and the push rule determination processing are performed, and based on the push target determination result and the push rule determination result of the corresponding meta information, a message indicating the push target and conforming to the push rule is obtained and pushed.

In one embodiment, the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently performing message encapsulation processing, push object determination processing, and push rule determination processing on the corresponding acquired meta information include: encapsulating the thread by the message, according to The corresponding meta-information obtains the corresponding message content and encapsulates the packet, and obtains the encapsulated message; the thread is determined by the push object, and the push object corresponding to the corresponding acquired meta-information is determined; and the rule filtering thread is used to correspond to the corresponding acquired meta-information. Pushing the template information to perform push rule determination; wherein the message encapsulation thread, the push object determination thread, and the rule filtering thread are concurrently executed.

In an embodiment, according to the push object determination result and the push rule determination result of the corresponding meta information, the encapsulated message that determines the push object and conforms to the push rule is obtained and pushed: the acquisition sequentially reads the sequence number from the beginning Get the encapsulated message when it reaches the preset duration; In the encapsulated message, the corresponding meta-information is selected and the push template information corresponding to the corresponding meta-information is matched with the push rule message and pushed.

In one embodiment, from the obtained encapsulated message, the message that the corresponding meta information is determined to be the push object and the push template information corresponding to the corresponding meta information conforms to the push rule is selected and pushed: Determining the maximum sequence number read by the message encapsulation thread, the push object determination thread, and the rule filtering thread from the start of sequentially reading the sequence number until the preset duration is reached; taking the minimum value from each determined maximum sequence number to obtain the target The maximum sequence number is selected from the initial sequence number corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread, to obtain a minimum initial sequence number; from the obtained encapsulated message, the minimum initial sequence number to the target maximum sequence number is selected. The message corresponding to each sequence number is selected from the selected message, and the corresponding meta-information is selected and the push template information corresponding to the corresponding meta-information is matched with the push rule message and pushed.

In an embodiment, the message encapsulation thread obtains the corresponding message content according to the obtained meta information and encapsulates the packet, and the encapsulated message includes: obtaining, by the message encapsulation thread, the parameter according to the push message in the corresponding acquired meta information, and acquiring Corresponding message content; obtaining the corresponding push template information according to the push template identifier in the corresponding acquired meta information; and substituting the message content into the push template information for encapsulation processing to obtain the encapsulated message.

In an embodiment, the determining object by the push object determines that the push object corresponding to the corresponding acquired meta information comprises: determining the thread by pushing the object, and searching and waiting from the database according to the user identifier to be pushed in the corresponding acquired meta information. The device identifier corresponding to the user identifier is obtained; the operating system type identifier corresponding to the device identifier is obtained; and the corresponding push channel is determined according to the operating system type identifier; the device corresponding to the push channel and the device identifier is the determined push object.

In an embodiment, according to the push object determination result and the push rule determination result of the corresponding meta information, the encapsulated message that is determined to be the push object and conforms to the push rule is obtained, and the push further includes: obtaining the obtained by routing logic The message is routed to the ring buffer corresponding to the determined push channel and cached; the cached message is extracted from the ring buffer corresponding to the push channel according to the preset period; and the extracted message is pushed to the device corresponding to the device identifier.

One or more storage media storing computer readable instructions, when executed by one or more processors, cause one or more processors to perform the steps of separately determining message encapsulation The thread, the push object determines the initial sequence number corresponding to the thread and the rule filtering thread in the ring buffer area storing the plurality of meta information; and determines the thread and the rule filtering thread for the message encapsulation thread, the push object, and the corresponding initial sequence number respectively The sequence number is read sequentially from the ring buffer area, and the meta information corresponding to each read sequence number is obtained; the thread is encapsulated by the message encapsulation thread, the push object is determined, and the rule filtering thread is concurrently sent to the corresponding acquired meta information. The encapsulation processing, the push object determination processing, and the push rule determination processing are performed, and based on the push target determination result and the push rule determination result of the corresponding meta information, a message indicating the push target and conforming to the push rule is obtained and pushed.

In one embodiment, the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently performing message encapsulation processing, push object determination processing, and push rule determination processing on the corresponding acquired meta information include: encapsulating the thread by the message, according to The corresponding meta-information obtains the corresponding message content and encapsulates the packet, and obtains the encapsulated message; the thread is determined by the push object, and the push object corresponding to the corresponding acquired meta-information is determined; and the rule filtering thread is used to correspond to the corresponding acquired meta-information. Pushing the template information to perform push rule determination; wherein the message encapsulation thread, the push object determination thread, and the rule filtering thread are concurrently executed.

In an embodiment, according to the push object determination result and the push rule determination result of the corresponding meta information, the encapsulated message that determines the push object and conforms to the push rule is obtained and pushed: the acquisition sequentially reads the sequence number from the beginning When the preset time length is reached, the obtained encapsulated message is obtained. From the determined message, the corresponding meta information is selected to be the push object, and the push template information corresponding to the corresponding meta information conforms to the push rule message. And push.

In one embodiment, from the obtained encapsulated message, the message that the corresponding meta information is determined to be the push object and the push template information corresponding to the corresponding meta information conforms to the push rule is selected and pushed: Determining the maximum sequence number read by the message encapsulation thread, the push object determination thread, and the rule filtering thread from the start of sequentially reading the sequence number until the preset duration is reached; taking the minimum value from each determined maximum sequence number to obtain the target The maximum sequence number is selected from the initial sequence number corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread, to obtain a minimum initial sequence number; from the obtained encapsulated message, the minimum initial sequence number to the target maximum sequence number is selected. The message corresponding to each sequence number is selected from the selected message, and the corresponding meta-information is selected and the push template information corresponding to the corresponding meta-information is matched with the push rule message and pushed.

In an embodiment, the message encapsulation thread obtains the corresponding message content according to the obtained meta information and encapsulates the packet, and the encapsulated message includes: obtaining, by the message encapsulation thread, the parameter according to the push message in the corresponding acquired meta information, and acquiring Corresponding message content; obtaining the corresponding push template information according to the push template identifier in the corresponding acquired meta information; and substituting the message content into the push template information for encapsulation processing to obtain the encapsulated message.

In an embodiment, the determining object by the push object determines that the push object corresponding to the corresponding acquired meta information comprises: determining the thread by pushing the object, and searching and waiting from the database according to the user identifier to be pushed in the corresponding acquired meta information. The device identifier corresponding to the user identifier is obtained; the operating system type identifier corresponding to the device identifier is obtained; and the corresponding push channel is determined according to the operating system type identifier; the device corresponding to the push channel and the device identifier is the determined push object.

In an embodiment, according to the push object determination result and the push rule determination result of the corresponding meta information, the encapsulated message that is determined to be the push object and conforms to the push rule is obtained, and the push further includes: obtaining the obtained by routing logic The message is routed to the ring buffer corresponding to the determined push channel and cached; the cached message is extracted from the ring buffer corresponding to the push channel according to the preset period; and the extracted message is pushed to the device corresponding to the device identifier.

It should be understood that the various steps in the various embodiments of the present application are not necessarily performed in the order indicated by the steps. Except as explicitly stated herein, the execution of these steps is not strictly limited, and the steps may be performed in other orders. Moreover, at least some of the steps in the embodiments may include multiple sub-steps or multiple stages, which are not necessarily performed at the same time, but may be executed at different times, and the execution of these sub-steps or stages The order is also not necessarily sequential, but may be performed alternately or alternately with other steps or at least a portion of the sub-steps or stages of the other steps.

A person skilled in the art can understand that all or part of the process of implementing the above embodiment method can be completed by a computer program to instruct related hardware, and the computer program can be stored in a computer readable storage medium. When executed, the flow of an embodiment of the methods as described above may be included. The storage medium may be a non-volatile storage medium such as a magnetic disk, an optical disk, or a read-only memory (ROM).

The technical features of the above embodiments may be arbitrarily combined, in order to make the description concise, the above is not All possible combinations of the various technical features in the embodiments are described, however, as long as there is no contradiction in the combination of these technical features, it should be considered as the scope of the present specification.

The above embodiments are merely illustrative of several embodiments of the present application, and the description thereof is more specific and detailed, but is not to be construed as limiting the scope of the claims. It should be noted that a number of variations and modifications may be made by those skilled in the art without departing from the spirit and scope of the present application. Therefore, the scope of the invention should be determined by the appended claims.

Claims (28)

1. A message pushing method includes:

   Determining, respectively, an initial sequence number corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread in a ring buffer area storing a plurality of meta information;

   And the sequence of the message encapsulation thread, the push object determination thread, and the rule filtering thread are concurrently read from the ring buffer area sequentially from the corresponding initial sequence number, and the read sequence is obtained. The meta information corresponding to each serial number;

   And the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently performing message encapsulation processing, push object determination processing, and push rule determination processing on the corresponding acquired meta information; and

   Based on the push target determination result and the push rule determination result of the corresponding meta information, a message indicating the push target and conforming to the push rule is obtained and pushed.
2. The method according to claim 1, wherein the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently perform message encapsulation processing and push object on the corresponding acquired meta information. The determination processing and the push rule determination processing include:

   Obtaining, by the message encapsulating thread, the corresponding message content according to the obtained meta information, and encapsulating the packet to obtain an encapsulated message;

   Determining a thread by the push object, and determining a push object corresponding to the corresponding acquired meta information;

   Passing the rule filtering thread, and performing push rule determination on the push template information corresponding to the corresponding acquired meta information; and

   The message encapsulation thread, the push object determination thread, and the rule filtering thread are concurrently executed.
3. The method according to claim 2, wherein the push object determination result and the push rule determination result according to the corresponding meta information obtain a packaged message that is determined to be a push object and conforms to the push rule and is pushed to include :

   Obtaining a packaged message obtained from the start of sequential reading of the serial number until the preset duration is reached; and

   From the obtained encapsulated message, selecting the corresponding meta information is determined to be the push object, And the push template information corresponding to the corresponding meta information conforms to the push rule message and is pushed.
4. The method according to claim 3, wherein the extracting template information corresponding to the corresponding meta information is determined from the obtained encapsulated message, and the corresponding meta information is selected as the push object. Messages that match the push rules and push include:

   Determining a maximum sequence number respectively read by the message encapsulation thread, the push object determination thread, and the rule filtering thread when the sequence number is read sequentially from the beginning to the preset duration;

   Taking a minimum value from each of the determined maximum serial numbers to obtain a target maximum serial number;

   Selecting a minimum value from the initial sequence numbers corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread respectively, to obtain a minimum initial sequence number;

   Extracting, from the obtained encapsulated message, a message corresponding to each of the minimum initial sequence number to the target maximum sequence number; and

   From the selected message, the corresponding meta-information is selected and the push template information corresponding to the corresponding meta-information is matched with the push rule message and pushed.
5. The method according to claim 2, wherein the message encapsulating thread obtains the corresponding message content according to the corresponding acquired meta information and encapsulates the packet, and the encapsulated message includes:

   Obtaining, by using the message encapsulation thread, a parameter according to a push message in the obtained meta information, and acquiring a corresponding message content;

   Obtaining corresponding push template information according to the push template identifier in the corresponding obtained meta information; and

   Substituting the message content into the push template information for encapsulation processing to obtain an encapsulated message.
6. The method according to claim 2, wherein the determining, by the push object determining thread, the push object corresponding to the corresponding acquired meta information comprises:

   Determining, by the push object, a thread, and searching for a device identifier corresponding to the to-be-pushed user identifier from a database according to the to-be-pushed user identifier in the corresponding acquired meta information;

   Obtaining an operating system type identifier corresponding to the device identifier; and

   Determining a corresponding push channel according to the operating system type identifier; the push channel and the device corresponding to the device identifier are determined push objects.
7. The method according to claim 6, wherein the push object determination result and the push rule determination result according to the corresponding meta information obtain a packaged message that identifies the push object and conforms to the push rule and pushes the message include:

   Routing the obtained message to the determined ring buffer corresponding to the push channel by using routing logic and buffering;

   Extracting the cached message from the ring buffer corresponding to the push channel according to a preset period; and

   Pushing the extracted message to the device corresponding to the device identifier.
8. A message pushing device, characterized in that the device comprises:

   a sequence number determining module, configured to respectively determine an initial sequence number corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread in a ring buffer area storing a plurality of meta information;

   a sequence number reading module, configured to, for the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently read from the ring buffer area sequentially from the corresponding initial sequence number Taking the serial number and obtaining the meta information corresponding to each of the read serial numbers;

   a meta-information processing module, configured to: through the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently perform message encapsulation processing, push object determination processing, and push rule determination processing on the corresponding acquired meta information; and

   The message pushing module is configured to obtain, according to the push object determination result and the push rule determination result of the corresponding meta information, a packaged message that determines the push object and conforms to the push rule, and pushes the message.
9. The apparatus according to claim 8, wherein the meta-information processing module is further configured to: obtain, by the message encapsulation thread, the corresponding message content according to the obtained meta-information, and encapsulate the packet to obtain an encapsulated message; The push object determining thread determines a push object corresponding to the corresponding acquired meta information; and the rule filtering thread performs a push rule judgment on the push template information corresponding to the corresponding acquired meta information; and wherein the message encapsulation thread The push object determining thread and the rule filtering thread are concurrently executed.
10. The device according to claim 9, wherein the message pushing module is further configured to obtain a packaged message obtained when the serial number is read sequentially until the preset duration is reached; and the obtained package is obtained from the foregoing In the message, the corresponding meta information is selected and the push template information corresponding to the corresponding meta information meets the push rule message and is pushed.
11. The device according to claim 10, wherein the message pushing module comprises:

    a maximum sequence number determining module, configured to determine a maximum sequence number respectively read by the message encapsulation thread, the push object determining thread, and the rule filtering thread, respectively, when the sequence number is sequentially read to reach a preset duration;

    a target maximum sequence number determining module, configured to take a minimum value from each of the determined maximum serial numbers to obtain a target maximum serial number;

    a minimum initial sequence number determining module, configured to select a minimum value from the initial sequence numbers corresponding to the message encapsulation thread, the push object determining thread, and the rule filtering thread respectively, to obtain a minimum initial sequence number;

    a message selection module, configured to: select, from the obtained encapsulated message, a message corresponding to each sequence number in the minimum initial sequence number to the target maximum sequence number; and select, according to the selected message The meta information is determined and the push template information corresponding to the corresponding meta information conforms to the push rule message and is pushed.
12. The device according to claim 9, wherein the meta information processing module comprises:

    a message content obtaining module, configured to obtain a corresponding message content by using a message encapsulating thread to obtain a parameter according to a push message in the corresponding acquired meta information;

    a push template obtaining module, configured to obtain corresponding push template information according to the push template identifier in the corresponding acquired meta information; and

    The message encapsulating module is configured to perform the encapsulation process by substituting the message content into the push template information to obtain a packaged message.
13. The device according to claim 9, wherein the meta information processing module comprises:

    a device identifier obtaining module, configured to determine a thread by using the push object, and search for a device identifier corresponding to the to-be-pushed user identifier from a database according to the to-be-pushed user identifier in the corresponding acquired meta information;

    An operating system type identifier obtaining module, configured to acquire an operating system type identifier corresponding to the device identifier; and

    The operating system type identifier obtaining module is configured to determine a corresponding pushing channel according to the operating system type identifier; the pushing channel and the device corresponding to the device identifier are determined push objects.
14. The device according to claim 13, wherein the message pushing module is further configured to route the obtained message to the determined ring buffer corresponding to the push channel by using routing logic and cache; The preset period extracts the cached message from the ring buffer corresponding to the push channel; and pushes the extracted message to the device corresponding to the device identifier.
15. A computer device comprising a memory and a processor, the memory storing computer readable instructions, the computer readable instructions being executed by the processor such that the processor performs the following steps:

    Determining, respectively, an initial sequence number corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread in a ring buffer area storing a plurality of meta information;

    And the sequence of the message encapsulation thread, the push object determination thread, and the rule filtering thread are concurrently read from the ring buffer area sequentially from the corresponding initial sequence number, and the read sequence is obtained. The meta information corresponding to each serial number;

    And the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently performing message encapsulation processing, push object determination processing, and push rule determination processing on the corresponding acquired meta information; and

    Based on the push target determination result and the push rule determination result of the corresponding meta information, a message indicating the push target and conforming to the push rule is obtained and pushed.
16. The computer device according to claim 15, wherein said said message encapsulating thread, said push object determining thread and said rule filtering line are executed by said processor The process of concurrently performing message encapsulation processing, push object determination processing, and push rule determination processing on the corresponding acquired meta information includes:

    Obtaining, by the message encapsulating thread, the corresponding message content according to the obtained meta information, and encapsulating the packet to obtain an encapsulated message;

    Determining a thread by the push object, and determining a push object corresponding to the corresponding acquired meta information;

    Passing the rule filtering thread, and performing push rule determination on the push template information corresponding to the corresponding acquired meta information; and

    The message encapsulation thread, the push object determination thread, and the rule filtering thread are concurrently executed.
17. The computer device according to claim 16, wherein the push target determination result and the push rule determination result according to the corresponding meta information executed by the processor are obtained, and the push target is determined and the push is matched. The rules encapsulated messages and pushes include:

    Obtaining a packaged message obtained from the start of sequential reading of the serial number until the preset duration is reached; and

    From the obtained encapsulated message, the corresponding meta-information is selected and the push template information corresponding to the corresponding meta-information is matched with the push rule message and pushed.
18. The computer device according to claim 17, wherein the message from the obtained package is selected by the processor, and the corresponding meta information is selected to be determined and corresponding to the push object. The push template information corresponding to the meta information conforms to the push rule message and is pushed to include:

    Determining a maximum sequence number respectively read by the message encapsulation thread, the push object determination thread, and the rule filtering thread when the sequence number is read sequentially from the beginning to the preset duration;

    Taking a minimum value from each of the determined maximum serial numbers to obtain a target maximum serial number;

    Selecting a minimum value from the initial sequence numbers corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread respectively, to obtain a minimum initial sequence number;

    Extracting, from the obtained encapsulated message, a message corresponding to each of the minimum initial sequence number to the target maximum sequence number; and

    From the selected message, selecting the corresponding meta information is determined by the push object, and The push template information corresponding to the corresponding meta information conforms to the push rule message and is pushed.
19. The computer device according to claim 16, wherein the message executed by the processor obtains a corresponding message content according to the obtained meta-information and encapsulates the encoded message, and the encapsulated message includes:

    Obtaining, by using the message encapsulation thread, a parameter according to a push message in the obtained meta information, and acquiring a corresponding message content;

    Obtaining corresponding push template information according to the push template identifier in the corresponding obtained meta information; and

    Substituting the message content into the push template information for encapsulation processing to obtain an encapsulated message.
20. The computer device according to claim 16, wherein the determining, by the processor, the push object by the push object, determining that the push object corresponding to the corresponding acquired meta information comprises:

    Determining, by the push object, a thread, and searching for a device identifier corresponding to the to-be-pushed user identifier from a database according to the to-be-pushed user identifier in the corresponding acquired meta information;

    Obtaining an operating system type identifier corresponding to the device identifier; and

    Determining a corresponding push channel according to the operating system type identifier; the push channel and the device corresponding to the device identifier are determined push objects.
21. The computer device according to claim 20, wherein the push object determination result and the push rule determination result according to the corresponding meta information executed by the processor are determined to be pushed and conformed to the push The rules of the encapsulated message and push also include:

    Routing the obtained message to the determined ring buffer corresponding to the push channel by using routing logic and buffering;

    Extracting the cached message from the ring buffer corresponding to the push channel according to a preset period; and

    Pushing the extracted message to the device corresponding to the device identifier.
22. One or more non-volatile storage media storing computer readable instructions for said computing When the machine readable instructions are executed by one or more processors, cause one or more processors to perform the following steps:

    Determining, respectively, an initial sequence number corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread in a ring buffer area storing a plurality of meta information;

    And the sequence of the message encapsulation thread, the push object determination thread, and the rule filtering thread are concurrently read from the ring buffer area sequentially from the corresponding initial sequence number, and the read sequence is obtained. The meta information corresponding to each serial number;

    And the message encapsulation thread, the push object determination thread, and the rule filtering thread, concurrently performing message encapsulation processing, push object determination processing, and push rule determination processing on the corresponding acquired meta information; and

    Based on the push target determination result and the push rule determination result of the corresponding meta information, a message indicating the push target and conforming to the push rule is obtained and pushed.
23. The non-volatile storage medium according to claim 22, wherein said said message encapsulating thread, said push object determining thread and said rule filtering thread executed by said processor concurrently The message encapsulation processing, the push object determination processing, and the push rule determination processing of the corresponding acquired meta information include:

    Obtaining, by the message encapsulating thread, the corresponding message content according to the obtained meta information, and encapsulating the packet to obtain an encapsulated message;

    Determining a thread by the push object, and determining a push object corresponding to the corresponding acquired meta information;

    Passing the rule filtering thread, and performing push rule determination on the push template information corresponding to the corresponding acquired meta information; and

    The message encapsulation thread, the push object determination thread, and the rule filtering thread are concurrently executed.
24. The non-volatile storage medium according to claim 23, wherein the push target determination result and the push rule determination result according to the corresponding meta information executed by the processor are determined to be a push target. Encapsulated messages that conform to push rules and push include:

    Obtaining a packaged message obtained from the start of sequential reading of the serial number until the preset duration is reached; and

    From the obtained encapsulated message, the corresponding meta-information is selected and the push template information corresponding to the corresponding meta-information is matched with the push rule message and pushed.
25. The non-volatile storage medium according to claim 24, wherein the message from the obtained package is selected by the processor, and the corresponding meta information is selected to be the target of the push. And the push template information corresponding to the corresponding meta information meets the push rule message and the push includes:

    Determining a maximum sequence number respectively read by the message encapsulation thread, the push object determination thread, and the rule filtering thread when the sequence number is read sequentially from the beginning to the preset duration;

    Taking a minimum value from each of the determined maximum serial numbers to obtain a target maximum serial number;

    Selecting a minimum value from the initial sequence numbers corresponding to the message encapsulation thread, the push object determination thread, and the rule filtering thread respectively, to obtain a minimum initial sequence number;

    Extracting, from the obtained encapsulated message, a message corresponding to each of the minimum initial sequence number to the target maximum sequence number; and

    From the selected message, the corresponding meta-information is selected and the push template information corresponding to the corresponding meta-information is matched with the push rule message and pushed.
26. The non-volatile storage medium according to claim 23, wherein the code encapsulation thread executed by the processor acquires a corresponding message content according to the corresponding acquired meta information and encapsulates the packaged content to obtain a package. The news includes:

    Obtaining, by using the message encapsulation thread, a parameter according to a push message in the obtained meta information, and acquiring a corresponding message content;

    Obtaining corresponding push template information according to the push template identifier in the corresponding obtained meta information; and

    Substituting the message content into the push template information for encapsulation processing to obtain an encapsulated message.
27. The non-volatile storage medium according to claim 23, wherein the determining, by the processor, the push object by the push object determines that the push object corresponding to the corresponding acquired meta information comprises:

    Determining, by the push object, a thread, and searching for a device identifier corresponding to the to-be-pushed user identifier from a database according to the to-be-pushed user identifier in the corresponding acquired meta information;

    Obtaining an operating system type identifier corresponding to the device identifier; and

    Determining a corresponding push channel according to the operating system type identifier; the push channel and the device corresponding to the device identifier are determined push objects.
28. The non-volatile storage medium according to claim 27, wherein the push target determination result and the push rule determination result according to the corresponding meta information executed by the processor are determined to be a push target. Encapsulated messages that are compliant with push rules and pushes include:

    Routing the obtained message to the determined ring buffer corresponding to the push channel by using routing logic and buffering;

    Extracting the cached message from the ring buffer corresponding to the push channel according to a preset period; and

    Pushing the extracted message to the device corresponding to the device identifier.

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