CN112017752A - Income value conversion method and system - Google Patents
Income value conversion method and system Download PDFInfo
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- CN112017752A CN112017752A CN202010899988.5A CN202010899988A CN112017752A CN 112017752 A CN112017752 A CN 112017752A CN 202010899988 A CN202010899988 A CN 202010899988A CN 112017752 A CN112017752 A CN 112017752A
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
- G16H20/30—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to physical therapies or activities, e.g. physiotherapy, acupressure or exercising
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/90—Details of database functions independent of the retrieved data types
- G06F16/95—Retrieval from the web
- G06F16/958—Organisation or management of web site content, e.g. publishing, maintaining pages or automatic linking
Abstract
The invention discloses a revenue value conversion method and a system, which comprises the following steps: acquiring step number data of a user; converting the user step number data into points according to the user exchange request; when the integral changes dynamically, the integral is converted into formatted data; publishing and storing the formatted data, and recording the data in real time; and a trigger is arranged in the relevant service table of the source database and is used for responding to the integral data change operation in the service table in real time. According to the invention, the step number data of the user is converted into the score, so that the exercise enthusiasm of the step number of the user is improved, the interestingness is increased, and the score can be exchanged into various commodities and prizes in an actual application scene or is reddened through the score; the invention can well synchronize the integral and record the integral in real time, and the performance of the database can not be reduced.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to a revenue numerical conversion method and a revenue numerical conversion system.
Background
Studies show that walking not only has great benefits on physical health, but also can cause the drowsiness to be swept away. The accumulation of fat in the abdomen of the human body can be reduced by keeping walking, and the body beauty of the human body can be kept; the walking can strengthen the muscle strength, strengthen the legs, the feet and the muscles, can make the joints flexible and can promote the blood circulation and the metabolism of the human body; the constant walking can reduce the accumulation of triglyceride and cholesterol on the artery wall and reduce the chance of converting blood sugar into triglyceride; the walking can reduce the formation of blood clots and the possibility of myocardial infarction.
The existing small programs and APP relate to the conversion of walking number data into points, the synchronization efficiency of the points is low, and the real-time recording cannot be well realized.
Disclosure of Invention
The invention provides a income value conversion method and a system, which are used for converting step data into integrals, synchronizing the integrals well and recording the integrals in real time.
The invention adopts the following technical scheme for solving the technical problems:
a revenue numerical conversion method, comprising the steps of:
acquiring step number data of a user;
converting the user step number data into points according to the user exchange request;
when the integral changes dynamically, the integral is converted into formatted data;
publishing and storing the formatted data, and recording the data in real time;
and a trigger is arranged in the relevant service table of the source database and is used for responding to the integral data change operation in the service table in real time.
Preferably, the step data of the user is obtained by:
the step number data of the user is obtained through the mobile terminal with the APP, and the mobile terminal with the APP is a smart phone or a tablet computer.
Preferably, the specific steps of converting the step number data into points according to the user redemption request include: and exchanging the step number data for the points according to a preset exchange ratio of 2000:1, namely, the step number of 2000 steps can be exchanged for 1 point.
Preferably, when the integral changes dynamically, the specific steps of converting the integral into the formatted data are as follows:
when the integral is dynamically changed, the trigger arranged in the source database receives the integral data change information in real time, converts the integral data change information into formatted data and sends the formatted data to the connection module.
Preferably, the publishing and storing the formatted data and the real-time recording comprise the following specific steps:
the connection module is in communication connection with a publishing and subscribing system and sends the formatted data to the publishing and subscribing system;
the publishing and subscribing system analyzes and stores the formatted data after receiving the formatted data, and publishes the analyzed data change related information to a target database subscribing the related service table;
and the target database performs integral data synchronization processing according to the received data change related information.
Preferably, the publish-subscribe system is implemented based on a message queue.
The invention also provides a revenue value conversion system, comprising:
a step number obtaining module: the step number data of the user is obtained;
a point exchange module; the system is used for converting the step number data into points according to a preset conversion proportion;
a data formatting module: for converting the integration into formatted data;
publishing a storage module: the data processing device is used for publishing, storing and recording the formatted data in real time;
a trigger is arranged in the source database related service table and used for responding to the integral data change operation in the service table in real time;
the step number obtaining module is connected with the point exchange module, and the point exchange module is connected with the data formatting module.
Preferably, the step number obtaining module obtains the step number data of the user through a mobile terminal with an APP, and the mobile terminal with the APP is a smart phone or a tablet computer.
Preferably, the data formatting module converts the integral data change information into formatted data according to the dynamic change of the integral and sends the formatted data to the connection module.
Preferably, the publishing storage module sends the formatted data to a publishing and subscribing system in communication connection with the connection module;
the publishing and subscribing system analyzes and stores the formatted data after receiving the formatted data, and publishes the analyzed data change related information to a target database subscribing the related service table;
and the target database performs integral data synchronization processing according to the received data change related information.
The invention has the beneficial effects that: (1) according to the invention, the step number data of the user is converted into the score, so that the exercise enthusiasm of the step number of the user is improved, the interestingness is increased, and the score can be exchanged into various commodities and prizes in an actual application scene or is reddened through the score; (2) the invention can well synchronize the integral and record the integral in real time, and the performance of the database can not be reduced.
Drawings
FIG. 1 is a schematic flow chart of a revenue figure conversion method according to the present invention;
FIG. 2 is a block diagram of a revenue value conversion system according to the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below, and it is obvious that the described embodiments are a part of the embodiments of the present invention, but not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Example 1
A revenue numerical conversion method, comprising the steps of:
s1: acquiring step number data of a user;
s2: converting the user step number data into points according to the user exchange request;
s3: when the integral changes dynamically, the integral is converted into formatted data;
s4: publishing and storing the formatted data, and recording the data in real time;
and a trigger is arranged in the relevant service table of the source database and is used for responding to the integral data change operation in the service table in real time.
The step data of the user is obtained specifically as follows:
the step number data of the user is obtained through the mobile terminal with the APP, and the mobile terminal with the APP is a smart phone or a tablet computer.
The specific steps of converting the step number data into points according to the user exchange request are as follows: and exchanging the step number data for the points according to a preset exchange ratio of 2000:1, namely, the step number of 2000 steps can be exchanged for 1 point.
When the integral changes dynamically, the concrete steps of converting the integral into formatted data are as follows:
when the integral is dynamically changed, the trigger arranged in the source database receives the integral data change information in real time, converts the integral data change information into formatted data and sends the formatted data to the connection module.
Publishing and storing the formatted data, and recording the formatted data in real time, wherein the method comprises the following specific steps:
the connection module is in communication connection with a publishing and subscribing system and sends the formatted data to the publishing and subscribing system;
the publishing and subscribing system analyzes and stores the formatted data after receiving the formatted data, and publishes the analyzed data change related information to a target database subscribing the related service table;
and the target database performs integral data synchronization processing according to the received data change related information.
The publish-subscribe system is implemented based on a Message Queue (Message Queue).
When the integral is dynamically changed, receiving integral data change information in real time through a Trigger (Trigger) arranged in a source database; the Trigger (Trigger) needs to notify and send the dynamic change of the point to the publish-subscribe system, however, the Trigger (Trigger) is generally limited by the type of the source database and the network location where the publish-subscribe system is located, and the Trigger (Trigger) and the publish-subscribe system cannot directly communicate with each other, so that a forwarding connection needs to be performed through the connection module. The process of the Trigger (Trigger) notifying and sending the dynamic change of the integral to the publish-subscribe system is as follows: a Trigger (Trigger) sends formatted data about the dynamic change of the integral to a connection module, and the formatted data can be analyzed by a publish-subscribe system; the connection module receives the formatted data, automatically selects a proper connection communication instruction according to the type of the database and the network position of the publishing and subscribing system, and sends the formatted data of the integral dynamic change information to the publishing and subscribing system.
After receiving the formatted data of the point dynamic change information, the publishing and subscribing system analyzes and stores the data in the system, and pushes the relevant information of the point dynamic change operation to a target system subscribing the topic at proper time; the publishing and subscribing system is realized based on a memory database adopting an MQ mechanism, the dynamic change information formatting data of the integral is stored in the memory database, and the memory database publishes the message to a target system subscribing the corresponding dynamic change of the integral in time according to the storage performance of the memory database.
When the source database is SQL Server, the target system is database, and the publish-subscribe system based on RabbitMQ is adopted, the process of realizing data synchronization is as follows:
(1) adding an after or instead of trigger in a table T1 of the source SQL Server database to which data is to be transferred;
(2) a table in the target database designated to receive changed data;
(3) deploying a RabbitMQ in a publish-subscribe system, and establishing a queue Q and a subject T in the RabbitMQ;
(4) setting a DLL program implemented by C # in a connection module, wherein the DLL program comprises a method F1 for initializing connection of a RabbitMQ and a method F2 for issuing data to the RabbitMQ, and the method F2 can call the initialization connection information in the method F1;
(5) the DLL program realized in step S14 is referred to in SQLServer;
(6) logic for calling a DLL program is added in a trigger in T1, NEW or OLD variable data in the trigger are converted into a character string with a specific format S1, then a method F2 in the DLL program is called, the character string S1 is transmitted, and the effect that the data which is subjected to addition and deletion and modification is issued to a RabbitMQ after being processed is achieved.
(7) And the queue Q of the RabbitMQ and the subject T subscriber receive the published S1, perform character analysis processing after receiving the published S1, and change the data of the target database table.
As another preferred embodiment of the present invention, when the source database is SQL Server, the target system is database, and the publish-subscribe system based on Redis database is adopted, the process of implementing data synchronization is as follows:
(11) adding an after or instead of trigger in a table T2 of the source SQL Server database to which data is to be transferred;
(12) a table in the target database designated to receive changed data;
(13) deploying a memory database Redis in a publish-subscribe system, and establishing a Channel in the Redis;
(14) setting a DLL program realized by C #, wherein the DLL program comprises a method Fun1 for initializing connection of a RabbitMQ and a method Fun2 for publishing data to Redis, and the method Fun2 can call the initialized connection information in the method Fun 1;
(15) the DLL program realized in step S24 is referred to in SQLServer;
(16) adding logic for calling a DLL program into a trigger in T1, converting NEW or OLD variable data in the trigger into a character string with a specific format S2, then calling a method Fun2 in the DLL program, and transmitting the character string S2 to realize processing, adding and deleting modified data and then issuing the processed data to Redis.
(17) And the Channel subscriber of Redis receives the published S2, performs character analysis processing after receiving the published S2, and changes the target database table data.
When the source database is MySQL, Oracle, etc., the C # language adopted by the SQL Server cannot be used. Because different databases support different development languages, corresponding language codes or program files can be preset in the connection module according to different database types for calling different types of databases.
Example 2
A revenue value conversion system, comprising:
a step number obtaining module: the step number data of the user is obtained;
a point exchange module; the system is used for converting the step number data into points according to a preset conversion proportion;
a data formatting module: for converting the integration into formatted data;
publishing a storage module: the data processing device is used for publishing, storing and recording the formatted data in real time;
a trigger is arranged in the source database related service table and used for responding to the integral data change operation in the service table in real time;
the step number obtaining module is connected with the point exchange module, and the point exchange module is connected with the data formatting module.
The step number obtaining module obtains step number data of a user through a mobile terminal with an APP, and the mobile terminal with the APP is a smart phone or a tablet computer.
And the data formatting module converts the integral data change information into formatted data according to the dynamic change of the integral and sends the formatted data to the connection module.
The publishing storage module sends the formatted data to a publishing and subscribing system in communication connection with the connection module;
the publishing and subscribing system analyzes and stores the formatted data after receiving the formatted data, and publishes the analyzed data change related information to a target database subscribing the related service table;
and the target database performs integral data synchronization processing according to the received data change related information.
The publish-subscribe system is implemented based on a Message Queue (Message Queue).
When the integral is dynamically changed, receiving integral data change information in real time through a Trigger (Trigger) arranged in a source database; the Trigger (Trigger) needs to notify and send the dynamic change of the point to the publish-subscribe system, however, the Trigger (Trigger) is generally limited by the type of the source database and the network location where the publish-subscribe system is located, and the Trigger (Trigger) and the publish-subscribe system cannot directly communicate with each other, so that a forwarding connection needs to be performed through the connection module. The process of the Trigger (Trigger) notifying and sending the dynamic change of the integral to the publish-subscribe system is as follows: a Trigger (Trigger) sends formatted data about the dynamic change of the integral to a connection module, and the formatted data can be analyzed by a publish-subscribe system; the connection module receives the formatted data, automatically selects a proper connection communication instruction according to the type of the database and the network position of the publishing and subscribing system, and sends the formatted data of the integral dynamic change information to the publishing and subscribing system.
After receiving the formatted data of the point dynamic change information, the publishing and subscribing system analyzes and stores the data in the system, and pushes the relevant information of the point dynamic change operation to a target system subscribing the topic at proper time; the publishing and subscribing system is realized based on a memory database adopting an MQ mechanism, the dynamic change information formatting data of the integral is stored in the memory database, and the memory database publishes the message to a target system subscribing the corresponding dynamic change of the integral in time according to the storage performance of the memory database.
When the source database is SQL Server, the target system is database, and the publish-subscribe system based on RabbitMQ is adopted, the process of realizing data synchronization is as follows:
(1) adding an after or instead of trigger in a table T1 of the source SQL Server database to which data is to be transferred;
(2) a table in the target database designated to receive changed data;
(3) deploying a RabbitMQ in a publish-subscribe system, and establishing a queue Q and a subject T in the RabbitMQ;
(4) setting a DLL program implemented by C # in a connection module, wherein the DLL program comprises a method F1 for initializing connection of a RabbitMQ and a method F2 for issuing data to the RabbitMQ, and the method F2 can call the initialization connection information in the method F1;
(5) the DLL program realized in step S14 is referred to in SQLServer;
(6) logic for calling a DLL program is added in a trigger in T1, NEW or OLD variable data in the trigger are converted into a character string with a specific format S1, then a method F2 in the DLL program is called, the character string S1 is transmitted, and the effect that the data which is subjected to addition and deletion and modification is issued to a RabbitMQ after being processed is achieved.
(7) And the queue Q of the RabbitMQ and the subject T subscriber receive the published S1, perform character analysis processing after receiving the published S1, and change the data of the target database table.
As another preferred embodiment of the present invention, when the source database is SQL Server, the target system is database, and the publish-subscribe system based on Redis database is adopted, the process of implementing data synchronization is as follows:
(11) adding an after or instead of trigger in a table T2 of the source SQL Server database to which data is to be transferred;
(12) a table in the target database designated to receive changed data;
(13) deploying a memory database Redis in a publish-subscribe system, and establishing a Channel in the Redis;
(14) setting a DLL program realized by C #, wherein the DLL program comprises a method Fun1 for initializing connection of a RabbitMQ and a method Fun2 for publishing data to Redis, and the method Fun2 can call the initialized connection information in the method Fun 1;
(15) the DLL program realized in step S24 is referred to in SQLServer;
(16) adding logic for calling a DLL program into a trigger in T1, converting NEW or OLD variable data in the trigger into a character string with a specific format S2, then calling a method Fun2 in the DLL program, and transmitting the character string S2 to realize processing, adding and deleting modified data and then issuing the processed data to Redis.
(17) And the Channel subscriber of Redis receives the published S2, performs character analysis processing after receiving the published S2, and changes the target database table data.
When the source database is MySQL, Oracle, etc., the C # language adopted by the SQL Server cannot be used. Because different databases support different development languages, corresponding language codes or program files can be preset in the connection module according to different database types for calling different types of databases.
In light of the foregoing description of preferred embodiments according to the invention, it is clear that many changes and modifications can be made by the person skilled in the art without departing from the scope of the invention. The technical scope of the present invention is not limited to the contents of the specification, and must be determined according to the scope of the claims.
Claims (10)
1. A revenue numerical conversion method, comprising the steps of:
acquiring step number data of a user;
converting the user step number data into points according to the user exchange request;
when the integral changes dynamically, the integral is converted into formatted data;
publishing and storing the formatted data, and recording the data in real time;
and a trigger is arranged in the relevant service table of the source database and is used for responding to the integral data change operation in the service table in real time.
2. The revenue value conversion method of claim 1, wherein the obtaining step data of the user specifically comprises:
the step number data of the user is obtained through the mobile terminal with the APP, and the mobile terminal with the APP is a smart phone or a tablet computer.
3. The revenue value conversion method of claim 1, wherein the step data is converted into points according to the user exchange request by the specific steps of: and exchanging the step number data for points according to a preset exchange proportion.
4. The revenue value conversion method of claim 1, wherein the step of converting the credit into formatted data when the credit is dynamically changed comprises:
when the integral is dynamically changed, the trigger arranged in the source database receives the integral data change information in real time, converts the integral data change information into formatted data and sends the formatted data to the connection module.
5. The revenue value conversion method of claim 4, wherein the steps of publishing, storing and recording in real time the formatted data are:
the connection module is in communication connection with a publishing and subscribing system and sends the formatted data to the publishing and subscribing system;
the publishing and subscribing system analyzes and stores the formatted data after receiving the formatted data, and publishes the analyzed data change related information to a target database subscribing the related service table;
and the target database performs integral data synchronization processing according to the received data change related information.
6. The revenue value conversion method of any of claims 4 or 5 wherein the publish-subscribe system is implemented based on message queues.
7. A revenue numerical conversion system, comprising:
a step number obtaining module: the step number data of the user is obtained;
a point exchange module; the system is used for converting the step number data into points according to a preset conversion proportion;
a data formatting module: for converting the integration into formatted data;
publishing a storage module: the data processing device is used for publishing, storing and recording the formatted data in real time;
a trigger is arranged in the source database related service table and used for responding to the integral data change operation in the service table in real time;
the step number obtaining module is connected with the point exchange module, and the point exchange module is connected with the data formatting module.
8. The revenue value conversion system of claim 7, wherein the step number obtaining module obtains the step number data of the user through a mobile terminal with APP, and the mobile terminal with APP is a smart phone or a tablet computer.
9. The revenue value conversion system of claim 7, wherein the data formatting module converts the credit data change information into formatted data according to the dynamic change of the credit and sends the formatted data to the linking module.
10. The revenue value conversion system of claim 7, wherein the publish store module sends the formatted data to a publish-subscribe system communicatively coupled to the connection module;
the publishing and subscribing system analyzes and stores the formatted data after receiving the formatted data, and publishes the analyzed data change related information to a target database subscribing the related service table;
and the target database performs integral data synchronization processing according to the received data change related information.
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Cited By (1)
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| CN113034178A (en) * | 2021-03-15 | 2021-06-25 | 深圳市麦谷科技有限公司 | Multi-system integral calculation method and device, terminal equipment and storage medium |
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