CN109213766A - A kind of processing method and terminal of data zero-lag - Google Patents
A kind of processing method and terminal of data zero-lag Download PDFInfo
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Abstract
The present invention provides the processing methods and terminal of a kind of data zero-lag, after its method is the following steps are included: receive the registration request that the first system is initiated by Internet data center IDC, the registration request is responded, and receives the log-on data of the first system transmission；Judge in first database with the presence or absence of the data to match with the log-on data；If it does not exist, then User ID corresponding with the log-on data is sent to the first system, so that being stored in the local data base of the first system after User ID is associated with by the first system with log-on data.The present invention passes through the above method, it ensure that the zero-lag of data storage, User ID and log-on data can be stored in time in the local data base of the first system, so that user is when the first system registers completion, login authentication can be carried out by the data stored in the local data base of the first system immediately, solve the problems, such as that synchrodata has certain delay and causes user experience bad when registration.
Description
Technical field
The present invention relates to technical field of data processing more particularly to a kind of processing methods and terminal of data zero-lag.
Background technique
With increasingly improving for society, smart phone is popularized and is quickly grown, and then has driven mobile Internet function
The further development of energy.With a large amount of growths of user volume and data volume, the server-side for giving mobile Internet is huge
Pressure.Therefore, present service end system uses to adapt to different places, and typically multiple spot is disposed, and is respectively connected to make
?., can be a set of in China's deployment for example, same set of system, disposed in the U.S. it is a set of, also disposed in Japan it is a set of, and it is every
Set of system is all independent deployment, and Dynamic data exchange, the relevant information that general can not use.And it is different in order to realize
Ground deployment more set systems can data interchange, shared data use, it is necessary to realize globalization data synchronizing function, realize strange land
Data are synchronous, thus may be implemented, and U.S. system registration is also able to carry out login in the system of China.
It in globalization method of data synchronization, is come with Internet data center (Internet Data Center, IDC)
The receive capabilities of data are carried out, later, are worked asynchronously by the distribution that this IDC carries out related data, synchrodata is to other
It unites on corresponding IDC.Such as: in globalization project deployment, China, the U.S., Japanese three places, exist simultaneously 3 it is corresponding
IDC, it is assumed that the unified record of the operation of all uniqueness data is to Chinese IDC, by this synchrodata of Chinese IDC to the U.S.
With Japan, forms 3 point datas and synchronize, reached the function of all IDC synchrodatas.At this point, can be achieved in U.S. system
In registered, simultaneously, it will be able to carry out logging in the system of China and use.There is one in the methods described above to ask
Topic, all data are written by IDC, are carried out data judgement operation by IDC, can be written in core database after success, by
Core database synchronizes back the database of called side, at this point, in this case, there is certain data window phase, that is, counts
According to asynchronous.For example, later, core database is written by unique center point in system when a user is in A system registry, and
Synchrodata is into A system database, when data are synchronous returns, can exist registered successful, still, pass through A system
There is delay in the case where not logging in but, data, user experience is bad.
Summary of the invention
The technical problems to be solved by the present invention are: the present invention provides a kind of processing method of data zero-lag and ends
End solves the problems, such as that log-on data synchronous when registration has certain delay and causes user experience bad.
In order to solve the above-mentioned technical problems, the present invention provides a kind of processing methods of data zero-lag, including following step
It is rapid:
S1: it after the registration request for receiving the first system initiation by Internet data center IDC, responds the registration and asks
It asks, and receives the log-on data of the first system transmission；
S2: judge in first database with the presence or absence of the data to match with the log-on data；
S3: if it does not exist, then User ID corresponding with the log-on data is sent to the first system, so that the first system
After User ID is associated with log-on data, it is stored in the local data base of the first system.
The present invention also provides a kind of processing terminal of data zero-lag, including memory, processor and it is stored in memory
Computer program that is upper and can running on a processor, the processor perform the steps of when executing the computer program
S1: it after the registration request for receiving the first system initiation by Internet data center IDC, responds the registration and asks
It asks, and receives the log-on data of the first system transmission；
S2: judge in first database with the presence or absence of the data to match with the log-on data；
S3: if it does not exist, then User ID corresponding with the log-on data is sent to the first system, so that the first system
After User ID is associated with log-on data, it is stored in the local data base of the first system.
The invention has the benefit that
The processing method and terminal of a kind of data zero-lag provided by the invention, are received by Internet data center IDC
After the registration request initiated to the first system, the registration request is responded, and receives the log-on data of the first system transmission；Then
Judge with the presence or absence of the data to match with the log-on data in first database, if it does not exist, then sends and the registration
The corresponding User ID of data is to the first system, so that being stored in first after User ID is associated with by the first system with log-on data
In the local data base of system.The present invention ensure that the zero-lag of data storage by the above method, can be by User ID and note
Volumes according to being stored in the local data base of the first system in time, so that user can lead to immediately when the first system registers completion
It crosses the data stored in the local data base of the first system and carries out login authentication, synchrodata has centainly when solving registration
The problem for postponing and causing user experience bad.
Detailed description of the invention
Fig. 1 is the key step schematic diagram according to a kind of processing method of data zero-lag of the embodiment of the present invention；
Fig. 2 is the structural schematic diagram according to a kind of processing terminal of data zero-lag of the embodiment of the present invention；
Label declaration:
1, memory；2, processor.
Specific embodiment
To explain the technical content, the achieved purpose and the effect of the present invention in detail, below in conjunction with embodiment and cooperate attached
Figure is explained in detail.
Fig. 1 is please referred to, the present invention provides a kind of processing methods of data zero-lag, comprising the following steps:
S1: it after the registration request for receiving the first system initiation by Internet data center IDC, responds the registration and asks
It asks, and receives the log-on data of the first system transmission；
S2: judge in first database with the presence or absence of the data to match with the log-on data；
S3: if it does not exist, then User ID corresponding with the log-on data is sent to the first system, so that the first system
After User ID is associated with log-on data, it is stored in the local data base of the first system.
As can be seen from the above description, a kind of processing method of data zero-lag provided by the invention, by internet data
After heart IDC receives the registration request of the first system initiation, the registration request is responded, and receives the registration of the first system transmission
Data；Then judge with the presence or absence of the data that match with the log-on data in first database, if it does not exist, then send with
The corresponding User ID of the log-on data is to the first system, so that depositing after User ID is associated with by the first system with log-on data
It is stored in the local data base of the first system.The present invention ensure that the zero-lag of data storage, can will be used by the above method
Family ID and log-on data are stored in time in the local data base of the first system so that user the first system register complete when,
Login authentication can be carried out by the data stored in the local data base of the first system immediately, synchrodata has when solving registration
The problem for having certain delay and causing user experience bad.
Further, the S1 specifically:
After receiving the registration request that the first system is initiated by registration interface by Internet data center IDC, response
The registration request, and receive the log-on data that the first system is sent by registration interface.
As can be seen from the above description, by the above method, the efficiency of data transmission when can be improved registration request.
Further, the S3 specifically:
S30: if it exists, then the IDC is controlled by registration interface and sends the registered information of account to the first system；
S31: if it does not exist, then after generating User ID corresponding with the log-on data, S32 is executed；
S32: the IDC is controlled by the registration interface and sends User ID to the first system, so that the first system will
After User ID and log-on data are associated, it is stored in the local data base of the first system.
As can be seen from the above description, by the above method, when there are the data to match with log-on data in first database,
It then represents and completes to register by above-mentioned registration information, then return to the registered information of account to the first system, not to the first number
Data write operation is carried out according to library；Otherwise, corresponding User ID is generated, and the User ID is returned to by corresponding registration interface
To the first system, the efficiency of transmission of data is improved.
Further, after the S31 further include:
S33: User ID and log-on data are associated, and obtain related information；The related information is written by IDC
In the first database；Control the local data base that the related information of write-in is synchronized to multiple systems by the first database
In, the multiple system includes the first system.
As can be seen from the above description, related information can be synchronized to the system for being deployed in multiple countries by the above method
Local data base in, realize in a national registration, registers can be carried out in multiple countries.
Further, the S32 and S33 is performed simultaneously.
As can be seen from the above description, log-on data and User ID write-in the first system local data base is synchronous with data simultaneously
It executes, data-handling efficiency can be improved.
Further, the S32 specifically:
It controls the IDC and User ID is sent to the first system, so that the first system is received by the registration interface
After User ID, judge log-on data corresponding with the User ID whether is stored in local data base；If so, without data
Processing；If it is not, being stored in the local data base of the first system after being then associated User ID and log-on data.
As can be seen from the above description, by the above method, if the data for being synchronized to the first system are first written to the first system
Local data base does not then carry out write operation to the local data of the first system, the process performance of system can be improved.
Further, the S2 specifically:
The log-on data includes communication account and log-in password；
The communication account in the log-on data is obtained, inquiring in the first database by the IDC whether there is
The communication account.
As can be seen from the above description, can quickly judge to whether there is in first database and registration number by the above method
According to the data to match, data-handling efficiency is improved.
Referring to figure 2., the present invention also provides a kind of processing terminal of data zero-lag, including memory 1, processor 2 and
It is stored in the computer program that can be run on memory 1 and on processor 2, the processor 2 executes the computer program
When perform the steps of
S1: it after the registration request for receiving the first system initiation by Internet data center IDC, responds the registration and asks
It asks, and receives the log-on data of the first system transmission；
S2: judge in first database with the presence or absence of the data to match with the log-on data；
S3: if it does not exist, then User ID corresponding with the log-on data is sent to the first system, so that the first system
After User ID is associated with log-on data, it is stored in the local data base of the first system.
Further, the processing terminal of a kind of data zero-lag, the S1 specifically:
After receiving the registration request that the first system is initiated by registration interface by Internet data center IDC, response
The registration request, and receive the log-on data that the first system is sent by registration interface.
Further, the processing terminal of a kind of data zero-lag, the S3 specifically:
S30: if it exists, then the IDC is controlled by registration interface and sends the registered information of account to the first system；
S31: if it does not exist, then after generating User ID corresponding with the log-on data, S32 is executed；
S32: the IDC is controlled by the registration interface and sends User ID to the first system, so that the first system will
After User ID and log-on data are associated, it is stored in the local data base of the first system.
Further, the processing terminal of a kind of data zero-lag, after the S31 further include:
S33: User ID and log-on data are associated, and obtain related information；The related information is written by IDC
In the first database；Control the local data base that the related information of write-in is synchronized to multiple systems by the first database
In, the multiple system includes the first system.
Further, a kind of processing terminal of data zero-lag, the S32 and S33 are performed simultaneously.
Further, the processing terminal of a kind of data zero-lag, the S32 specifically:
It controls the IDC and User ID is sent to the first system, so that the first system is received by the registration interface
After User ID, judge log-on data corresponding with the User ID whether is stored in local data base；If so, without data
Processing；If it is not, being stored in the local data base of the first system after being then associated User ID and log-on data.
Further, the processing terminal of a kind of data zero-lag, the S2 specifically:
The log-on data includes communication account and log-in password；
The communication account in the log-on data is obtained, inquiring in the first database by the IDC whether there is
The communication account.
Please refer to Fig. 1, the embodiment of the present invention one are as follows:
A kind of processing method of data zero-lag provided by the invention, comprising the following steps:
S1: it after the registration request for receiving the first system initiation by Internet data center IDC, responds the registration and asks
It asks, and receives the log-on data of the first system transmission；
Wherein, the S1 specifically:
After receiving the registration request that the first system is initiated by registration interface by Internet data center IDC, response
The registration request, and receive the log-on data that the first system is sent by registration interface.
S2: judge in first database with the presence or absence of the data to match with the log-on data；
Wherein, the S2 specifically:
The log-on data includes communication account and log-in password；
The communication account in the log-on data is obtained, inquiring in the first database by the IDC whether there is
The communication account；The communication account includes mailbox number and cell-phone number.
S3: if it does not exist, then User ID corresponding with the log-on data is sent to the first system, so that the first system
After User ID is associated with log-on data, it is stored in the local data base of the first system；
Wherein, the S3 specifically:
S30: if it exists, then the IDC is controlled by registration interface and sends the registered information of account to the first system；
S31: if it does not exist, then after generating User ID corresponding with the log-on data, S32 is executed；
S32: the IDC is controlled by the registration interface and sends User ID to the first system, so that the first system will
After User ID and log-on data are associated, it is stored in the local data base of the first system；
Wherein, the S32 specifically:
It controls the IDC and User ID is sent to the first system, so that the first system is received by the registration interface
After User ID, judge log-on data corresponding with the User ID whether is stored in local data base；If so, without data
Processing；If it is not, being stored in the local data base of the first system after being then associated User ID and log-on data.
S33: User ID and log-on data are associated, and obtain related information；The related information is written by IDC
In the first database；Control the local data base that the related information of write-in is synchronized to multiple systems by the first database
In, the multiple system includes the first system；
Wherein, each system establishes communication connection by unique IDC and first database, when first database will close
When joining synchronizing information into the local data base of multiple systems, need to complete write-in behaviour by IDC corresponding with each system
Make.
The S32 and S33 is performed simultaneously.
Referring to figure 2., the embodiment of the present invention two are as follows:
A kind of processing terminal of data zero-lag provided by the invention, including memory 1, processor 2 and it is stored in storage
On device 1 and the computer program that can run on processor 2, the processor 2 are realized following when executing the computer program
Step:
S1: it after the registration request for receiving the first system initiation by Internet data center IDC, responds the registration and asks
It asks, and receives the log-on data of the first system transmission；
Wherein, the S1 specifically:
After receiving the registration request that the first system is initiated by registration interface by Internet data center IDC, response
The registration request, and receive the log-on data that the first system is sent by registration interface.
S2: judge in first database with the presence or absence of the data to match with the log-on data；
Wherein, the S2 specifically:
The log-on data includes communication account and log-in password；
The communication account in the log-on data is obtained, inquiring in the first database by the IDC whether there is
The communication account；The communication account includes mailbox number and cell-phone number.
S3: if it does not exist, then User ID corresponding with the log-on data is sent to the first system, so that the first system
After User ID is associated with log-on data, it is stored in the local data base of the first system；
Wherein, the S3 specifically:
S30: if it exists, then the IDC is controlled by registration interface and sends the registered information of account to the first system；
S31: if it does not exist, then after generating User ID corresponding with the log-on data, S32 is executed；
S32: the IDC is controlled by the registration interface and sends User ID to the first system, so that the first system will
After User ID and log-on data are associated, it is stored in the local data base of the first system；
Wherein, the S32 specifically:
It controls the IDC and User ID is sent to the first system, so that the first system is received by the registration interface
After User ID, judge log-on data corresponding with the User ID whether is stored in local data base；If so, without data
Processing；If it is not, being stored in the local data base of the first system after being then associated User ID and log-on data.
S33: User ID and log-on data are associated, and obtain related information；The related information is written by IDC
In the first database；Control the local data base that the related information of write-in is synchronized to multiple systems by the first database
In, the multiple system includes the first system；
Wherein, each system establishes communication connection by unique IDC and first database, when first database will close
When joining synchronizing information into the local data base of multiple systems, need to complete write-in behaviour by IDC corresponding with each system
Make.
The S32 and S33 is performed simultaneously.
The embodiment of the present invention three are as follows:
Step 1: when client initiates registration request by the first system, the first system internal registration interface is ready to infuse
Volumes evidence calls IDC interface later, carries out data register operation；After IDC responds registration request, receives the first system and send
Log-on data；
Step 2:IDC such as meets industry by the verifying work of progress log-on data in core database (first database)
Be engaged in rule condition, such as mobile phone, mailbox there is no etc. conditions, then carry out data insertion core database, and return to the first system
System, informs that this registration has succeeded.Conversely, mailbox is existing such as cell-phone number, then inform that the first system processing correlation is unsuccessfully believed
Breath.
Step 3: the first system is by calling IDC registering functional to directly acquire if malloc failure malloc in registration interface
Failure information, and client is returned to, user's prompt is carried out by client.After such as calling successfully, registration interface is certain to return
It registers unique identifier (i.e. User ID, userId), needs to carry out the write operation of local data base.I.e. the first system is IDC
The userId and log-on data of middle return write local data base, if report major key repeats exception, (because core database has synchronized
This registration information returns the local data base of the first system), then Direct Acquisition exception, without processing, the first system registration
Interface is directly returned and is succeeded in registration, and user can directly log in.(as failed extremely for non-primary key to handwritten copy at this time, located
Reason judges whether program error perhaps service error or local data base is problematic causes.)
Step 4: the step is asynchronous operation, after central node write-in core database success, by special software
OTTER or other synchronizing softwares execute data synchronous working, synchrodata to the first system and be deployed in other countries be
In the local data base of system.
Step 5: to after executing registration interface, as long as registration interface returns successfully, can directly be logged in step 3
Operation, because no matter whether data synchronize back local data base, local data base all has existed a data, can directly visit
Ask carry out register.Similarly, other registrations or information field are modified operation, and double WriteModes also can be used (together
When write-in the first system local data base and core database by data to be synchronized write-in the first system local data base in)
It carries out.In this way, by way of double write, it is local also to save a information, it comes into force, reduces at once after family modification information can be used
The window phase of data, the data efficient of the system of raising and the experience sense of user.
In conclusion the processing method and terminal of a kind of data zero-lag provided by the invention, by internet data
After heart IDC receives the registration request of the first system initiation, the registration request is responded, and receives the registration of the first system transmission
Data；Then judge with the presence or absence of the data that match with the log-on data in first database, if it does not exist, then send with
The corresponding User ID of the log-on data is to the first system, so that depositing after User ID is associated with by the first system with log-on data
It is stored in the local data base of the first system.The present invention ensure that the zero-lag of data storage, can will be used by the above method
Family ID and log-on data are stored in time in the local data base of the first system so that user the first system register complete when,
Login authentication can be carried out by the data stored in the local data base of the first system immediately, synchrodata has when solving registration
The problem for having certain delay and causing user experience bad.
The above description is only an embodiment of the present invention, is not intended to limit the scope of the invention, all to utilize this hair
Equivalents made by bright specification and accompanying drawing content are applied directly or indirectly in other relevant technical fields, similarly
It is included within the scope of the present invention.
Claims (10)
1. a kind of processing method of data zero-lag, which comprises the following steps:
S1: after the registration request for receiving the first system initiation by Internet data center IDC, responding the registration request,
And receive the log-on data of the first system transmission；
S2: judge in first database with the presence or absence of the data to match with the log-on data；
S3: if it does not exist, then User ID corresponding with the log-on data is sent to the first system, so that the first system will be used
After family ID is associated with log-on data, it is stored in the local data base of the first system.
2. a kind of processing method of data zero-lag according to claim 1, which is characterized in that the S1 specifically:
After receiving the registration request that the first system is initiated by registration interface by Internet data center IDC, described in response
Registration request, and receive the log-on data that the first system is sent by registration interface.
3. a kind of processing method of data zero-lag according to claim 2, which is characterized in that the S3 specifically:
S30: if it exists, then the IDC is controlled by registration interface and sends the registered information of account to the first system；
S31: if it does not exist, then after generating User ID corresponding with the log-on data, S32 is executed；
S32: controlling the IDC by the registration interface and send User ID to the first system, so that the first system is by user
After ID and log-on data are associated, it is stored in the local data base of the first system.
4. a kind of processing method of data zero-lag according to claim 3, which is characterized in that also wrapped after the S31
It includes:
S33: User ID and log-on data are associated, and obtain related information；The related information is passed through described in IDC write-in
In first database；The first database is controlled to be synchronized to the related information of write-in in the local data base of multiple systems,
The multiple system includes the first system.
5. a kind of processing method of data zero-lag according to claim 4, which is characterized in that the S32 and S33 are simultaneously
It executes.
6. a kind of processing method of data zero-lag according to claim 4, which is characterized in that the S32 specifically:
It controls the IDC and User ID is sent to the first system, so that the first system receives user by the registration interface
After ID, judge log-on data corresponding with the User ID whether is stored in local data base；If so, at without data
Reason；If it is not, being stored in the local data base of the first system after being then associated User ID and log-on data.
7. a kind of processing method of data zero-lag according to claim 1, which is characterized in that the S2 specifically:
The log-on data includes communication account and log-in password；
The communication account in the log-on data is obtained, is inquired in the first database by the IDC with the presence or absence of described
Communicate account.
8. a kind of processing terminal of data zero-lag, including memory, processor and storage are on a memory and can be in processor
The computer program of upper operation, which is characterized in that the processor performs the steps of when executing the computer program
S1: after the registration request for receiving the first system initiation by Internet data center IDC, responding the registration request,
And receive the log-on data of the first system transmission；
S2: judge in first database with the presence or absence of the data to match with the log-on data；
S3: if it does not exist, then User ID corresponding with the log-on data is sent to the first system, so that the first system will be used
After family ID is associated with log-on data, it is stored in the local data base of the first system.
9. a kind of processing terminal of data zero-lag according to claim 8, which is characterized in that the S1 specifically:
After receiving the registration request that the first system is initiated by registration interface by Internet data center IDC, described in response
Registration request, and receive the log-on data that the first system is sent by registration interface.
10. a kind of processing terminal of data zero-lag according to claim 9, which is characterized in that the S3 specifically:
S30: if it exists, then the IDC is controlled by registration interface and sends the registered information of account to the first system；
S31: if it does not exist, then after generating User ID corresponding with the log-on data, S32 is executed；
S32: controlling the IDC by the registration interface and send User ID to the first system, so that the first system is by user
After ID and log-on data are associated, it is stored in the local data base of the first system.
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