CN112311859A - Method and system for integrating data and processing interface of Internet of things card - Google Patents
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Abstract
The invention provides a method and a system for integrating data and processing an interface of an internet of things card, relating to the technical field of data processing in the communication industry; the method comprises the following steps: s1, downloading a full data file of an upstream Internet of things channel; s2, transferring the full data files, wherein the downloaded full data files trigger a data file transfer module to transfer the full data files to a corresponding local server; s3, analyzing the full data file, wherein the data file analyzing module judges the difference of the upstream Internet of things card channels according to the file name of the full data file, and calls the ticket data processing module aiming at different upstream Internet of things card channels to analyze; s4, processing the bill data, creating a bill file for the data in the bill table by the bill data processing module, and pushing the bill file; the invention has the beneficial effects that: the system can unify a plurality of interfaces of an upstream Internet of things channel, and can realize one-to-many unified management of interface functions.
Description
Technical Field
The invention relates to the technical field of data processing in the communication industry, in particular to a method and a system for integrating data and processing an interface of an internet of things card.
Background
With the rapid development of the information society, Human-to-Machine (H2M) and Machine-to-Machine (M2M) connections are becoming the main components of the internet of things. The wide application of the M2M service provides great convenience for the production and life of people. In the current internet of things, a plurality of terminal devices of the internet of things use a short-distance networking protocol of a competition mechanism, data to be transmitted are converged to a gateway in a single-hop or multi-hop mode, and the gateway transmits the data to a communication base station by adopting a Zigbee (Zigbee) protocol or a wireless local area network (wifi) protocol.
However, in the prior art, no internet of things service in the communication industry has a very strong universal applicability, and the method and the system for processing the data and the interface of the integrated multi-upstream channel upstream internet of things card channel are provided. Moreover, there is no method for performing full-volume monthly flow data acquisition calculation for an OneLink internet of things, and multiple account number operation is required for managing the internet of things card of the OneLink platform, so that single account management cannot be effectively performed, and interface operation cannot be performed.
Disclosure of Invention
In order to overcome the defects of the prior art, the invention provides a method and a system for integrated data and interface processing of an Internet of things card, which can unify a plurality of interfaces of an upstream Internet of things card channel and can realize one-to-many unified management of interface functions.
The technical scheme adopted by the invention for solving the technical problems is as follows: in a method for integrating data and processing an interface of an internet of things card, the improvement comprising the steps of:
s1, downloading the full data file of the upstream Internet of things channel, and acquiring and storing the full data after performing butt joint judgment on the form of the full data file provided by the upstream Internet of things channel;
s2, transferring the full data files, triggering a data file transfer module by the downloaded full data files, transferring the full data files to a corresponding local server, and storing and backing up the files;
s3, analyzing the full data file, wherein the data file analyzing module judges the difference of the upstream Internet of things card channels according to the file name of the full data file, calls the ticket data processing modules aiming at the different upstream Internet of things card channels to analyze, and stores the newly generated ticket data into the ticket table of the database;
and S4, processing the ticket data, creating a ticket file for the data in the ticket list by the ticket data processing module, and pushing the ticket file.
Further, in step S1, the form in which the upstream internet of things channel provides the full amount of data includes a file pulling form, and the process of acquiring the full amount of data is as follows:
s11, newly adding a transmission form provided by the corresponding upstream Internet of things channel, acquiring and storing the total data in a local server, judging the data volume of the downloaded file, the file modification time and whether the downloading is successful, giving an alarm to error information according to the judgment condition, and determining the problem with the upstream Internet of things channel by searching logs after the error occurs.
Further, in step S1, the form that the upstream internet of things channel provides the full amount of data includes obtaining data through an interface in an OneLink form, where the process of obtaining data is as follows:
and S12, calculating the number of executed processes according to the number of file lines, acquiring required information by calling the one-to-many interface module of the upstream Internet of things channel, generating corresponding subfiles, uniformly generating a full amount of data resources and storing the data resources in a local server.
Further, after the step S1, the method further includes the following steps:
s13, for the interface to download the whole amount of data resource, it is necessary to determine whether the interface can be used, and whether the number is used in the corresponding interface.
Further, in step S13, it is further necessary to determine a situation of data reacquiring due to network connection, and when data reacquiring is necessary, the one-to-many interface module of the upstream internet of things channel is called again, and when an error occurs, a mail alarm is performed.
Further, in step S2, when the data file transfer module fails to trigger, an email alarm is performed, and the alarm information includes a specific instruction, a file name, and a specific operation.
Further, in step S3, the data file parsing module detects whether the outgoing directory to be parsed contains the full data files to be parsed at regular time, and determines the difference of the channels according to the file names of the full data files in the directory.
Further, the step S3 further includes the following steps:
and after the full data file is analyzed, the database stores the latest flow data in the current month for recording so as to prevent the data from changing suddenly, and if the data of the IOT card corresponding to the number is wrong, the error reporting processing of the mail is carried out and the error reporting processing is provided for an upstream IOT card channel.
Further, in step S4, the ticket data processing module pushes the ticket file to the ticket packet sending module, and then pushes the ticket file to the ticket charging module that needs the ticket data through the ticket packet sending module.
On the other hand, the invention also provides a system for integrating data and processing interfaces of the Internet of things card, which is improved in that the system comprises an upstream Internet of things card channel one-to-many interface module, an upstream Internet of things card channel data centralized downloading module, a data file transfer module, a local server, a data file analysis module and a ticket data processing module;
the system comprises an upstream Internet of things channel, a one-to-many interface module and a data resource module, wherein the upstream Internet of things channel is connected with the upstream Internet of things channel, and when the upstream Internet of things channel provides full data and is obtained through an interface in an OneLink form, the required information is obtained by calling the one-to-many interface module of the upstream Internet of things channel, so that the full data resource is generated;
the upstream Internet of things card channel data centralized downloading module is connected with the upstream Internet of things card channel one-to-many interface module and is used for downloading a full data file;
the data file transfer module is used for receiving the downloaded full data files and transferring the downloaded full data files to the corresponding local server;
the data file analysis module is connected with the local server and used for judging different upstream Internet of things card channels according to the file names of the full data files and calling the ticket data processing modules aiming at different upstream Internet of things card channels for analysis;
the call ticket data processing module is connected with the data file analyzing module and used for creating call ticket files for data existing in the call ticket table and pushing the call ticket files.
In the structure, the system also comprises a database, the database is connected with the ticket data processing module, and the ticket data processing module stores the newly generated ticket data into a ticket table of the database.
In the structure, the system also comprises a ticket packet sending module and a ticket charging module, wherein the ticket data processing module pushes the ticket file to the ticket packet sending module, and then the ticket file is pushed to the ticket charging module needing the ticket data through the ticket packet sending module.
The invention has the beneficial effects that: a plurality of interfaces of an upstream Internet of things channel are unified, and one-to-many unified management of the interface functions can be realized; the traffic use accumulated amount of the Internet of things card in the current month can be successfully acquired, so that ticket data of a corresponding system is generated and fused into various systems; the monthly flow data of each card of the OneLink Internet of things is successfully acquired, different account numbers are managed in one system, and limitation among the account numbers is not limited.
Drawings
Fig. 1 is a schematic flow chart of a method for integrating data and processing an interface of an internet of things card according to the present invention.
Fig. 2 is a schematic diagram of a framework of an internet of things card integrated data and interface processing system according to the present invention.
Detailed Description
The invention is further illustrated with reference to the following figures and examples.
The conception, the specific structure, and the technical effects produced by the present invention will be clearly and completely described below in conjunction with the embodiments and the accompanying drawings to fully understand the objects, the features, and the effects of the present invention. It is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments, and those skilled in the art can obtain other embodiments without inventive effort based on the embodiments of the present invention, and all embodiments are within the protection scope of the present invention. In addition, all the connection/connection relations referred to in the patent do not mean that the components are directly connected, but mean that a better connection structure can be formed by adding or reducing connection auxiliary components according to specific implementation conditions. All technical characteristics in the invention can be interactively combined on the premise of not conflicting with each other.
Example 1
Referring to fig. 1, the invention discloses a method for integrating data and processing interfaces of an internet of things card, and by the method, a one-to-many unified management of interface functions can be realized through a plurality of interfaces of the same upstream internet of things card channel. Specifically, the method comprises the following steps:
s1, downloading the full data file of the upstream Internet of things channel, and acquiring and storing the full data after performing butt joint judgment on the form of the full data file provided by the upstream Internet of things channel;
in step S1, the form in which the upstream internet of things channel provides the full amount of data includes a file pulling form, and the process of acquiring the full amount of data is as follows: s11, newly adding a transmission form provided by a corresponding upstream Internet of things channel, acquiring full data, storing the full data in a local server, judging the data volume of a downloaded file, the file modification time and whether the downloading is successful, giving an alarm to error information according to the judgment condition, and determining the problem with the upstream Internet of things channel by searching logs after the error occurs;
in this embodiment, the determined situation needs to be defined, wherein the time for modifying the file should be the current month; whether the record number of the file is normal or not and the record cannot be null; whether the file can be downloaded normally is finished; whether the information of each line in the file is correct or not; for example, when the modification time of the file is not the same month and the file cannot be downloaded normally, an error is considered to occur, that is, an alarm needs to be given to the error information.
S2, transferring the full data files, triggering a data file transfer module by the downloaded full data files, transferring the full data files to a corresponding local server, and storing and backing up the files; in the scheme, the full data files have respective file names and file paths, and are distinguished through the file names and the file paths;
e.g. when the data file transfer module fails to trigger, a mail alarm is carried out, and the alarm information comprises a specific instruction, a file name and a specific operation;
s3, analyzing the full data file, wherein the data file analyzing module judges the difference of the upstream Internet of things card channels according to the file name of the full data file, calls the ticket data processing modules aiming at the different upstream Internet of things card channels to analyze, and stores the newly generated ticket data into the ticket table of the database;
meanwhile, the data file analysis module detects whether the outgoing directory to be analyzed contains the full data files to be analyzed at regular time, and judges the channels to be different according to the file names of the full data files in the directory.
Further, the method comprises the steps of:
and after the full data file is analyzed, the database stores the latest flow data in the current month for recording so as to prevent the data from changing suddenly, and if the data of the IOT card corresponding to the number is wrong, the error reporting processing of the mail is carried out and the error reporting processing is provided for an upstream IOT card channel.
And S4, processing the ticket data, creating a ticket file for the data in the ticket list by the ticket data processing module, and pushing the ticket file. Specifically, in the step, the ticket data processing module pushes the ticket file to a ticket packet sending module, and then the ticket file is pushed to a ticket charging module needing the ticket data through the ticket packet sending module.
Example 2
Referring to fig. 1, the invention discloses a method for integrating data and processing interfaces of an internet of things card, and by the method, a one-to-many unified management of interface functions can be realized through a plurality of interfaces of the same upstream internet of things card channel. Specifically, the method comprises the following steps:
s1, downloading the full data file of the upstream Internet of things channel, and acquiring and storing the full data after performing butt joint judgment on the form of the full data file provided by the upstream Internet of things channel;
in step S1, the form that the upstream internet of things channel provides the full amount of data includes acquiring data through an interface in an OneLink form, where the data acquiring process is as follows:
s12, calculating the number of executed processes according to the number of file lines, acquiring required information by calling the one-to-many interface module of the upstream Internet of things channel, generating corresponding subfiles, and uniformly generating a full amount of data resources to be stored in a local server;
after the step S1, the method further includes the following steps:
s13, for the interface to download the full amount of data resources, the interface needs to be judged whether to be used, and whether the number is used in the corresponding interface is judged; in addition, in step S13, it is further necessary to determine the situation of data reacquiring due to network connection, and when data reacquiring is necessary, the one-to-many interface module of the upstream internet of things channel is called again, and when an error occurs, a mail alarm is performed.
S2, transferring the full data files, triggering a data file transfer module by the downloaded full data files, transferring the full data files to a corresponding local server, and storing and backing up the files; in the scheme, the full data files have respective file names and file paths, and are distinguished through the file names and the file paths;
e.g. when the data file transfer module fails to trigger, a mail alarm is carried out, and the alarm information comprises a specific instruction, a file name and a specific operation;
s3, analyzing the full data file, wherein the data file analyzing module judges the difference of the upstream Internet of things card channels according to the file name of the full data file, calls the ticket data processing modules aiming at the different upstream Internet of things card channels to analyze, and stores the newly generated ticket data into the ticket table of the database;
meanwhile, the data file analysis module detects whether the outgoing directory to be analyzed contains the full data files to be analyzed at regular time, and judges the channels to be different according to the file names of the full data files in the directory.
Further, the method comprises the steps of:
and after the full data file is analyzed, the database stores the latest flow data in the current month for recording so as to prevent the data from changing suddenly, and if the data of the IOT card corresponding to the number is wrong, the error reporting processing of the mail is carried out and the error reporting processing is provided for an upstream IOT card channel.
And S4, processing the ticket data, creating a ticket file for the data in the ticket list by the ticket data processing module, and pushing the ticket file. Specifically, in the step, the ticket data processing module pushes the ticket file to a ticket packet sending module, and then the ticket file is pushed to a ticket charging module needing the ticket data through the ticket packet sending module.
Based on the embodiment 2, as shown in fig. 2, the invention further provides a system for integrating data and processing interfaces of the internet of things card, which includes an upstream internet of things card channel one-to-many interface module 10, an upstream internet of things card channel data centralized downloading module 20, a data file transfer module 30, a local server 40, a data file analysis module 50 and a ticket data processing module 60;
the one-to-many interface module 10 of the upstream Internet of things channel is connected with the upstream Internet of things channel, and when the interface in the form of OneLink of the full data provided by the upstream Internet of things channel is acquired, the required information is acquired by calling the one-to-many interface module 10 of the upstream Internet of things channel to generate the full data resource;
the upstream IoT card channel data centralized downloading module 20 is connected with the upstream IoT card channel one-to-many interface module 10 and is used for downloading a full data file;
the data file transfer module 30 is configured to receive the downloaded full data file and transfer the downloaded full data file to the corresponding local server 40;
the data file analysis module 50 is connected with the local server 40 and used for judging different upstream Internet of things card channels according to the file names of the full data files and calling the ticket data processing module 60 aiming at different upstream Internet of things card channels for analysis;
the ticket data processing module 60 is connected to the data file parsing module 50, and is configured to create a ticket file for data existing in the ticket table, and then push the ticket file.
As shown in fig. 2, the system further includes a database 70, the database 70 is connected to the ticket data processing module 60, and the ticket data processing module 60 stores the newly generated ticket data in the ticket table of the database 70. In this embodiment, the database is the Mysql database. In addition, the system further comprises a ticket packet sending module 80 and a ticket charging module 90, wherein the ticket data processing module 60 pushes the ticket file to the ticket packet sending module 80, and then pushes the ticket file to the ticket charging module 90 needing the ticket data through the ticket packet sending module 80.
By the method and the system for integrating data and processing the interfaces of the Internet of things card, a plurality of interfaces of an upstream Internet of things card channel are unified, and one-to-many unified management of the interface functions can be realized; the traffic use accumulated amount of the Internet of things card in the current month can be successfully acquired, so that ticket data of a corresponding system is generated and fused into various systems; the monthly flow data of each card of the OneLink Internet of things is successfully acquired, different account numbers are managed in one system, and limitation among the account numbers is not limited.
While the preferred embodiments of the present invention have been illustrated and described, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (12)
1. A method for integrating data and processing an interface of an Internet of things card is characterized by comprising the following steps:
s1, downloading the full data file of the upstream Internet of things channel, and acquiring and storing the full data after performing butt joint judgment on the form of the full data file provided by the upstream Internet of things channel;
s2, transferring the full data files, triggering a data file transfer module by the downloaded full data files, transferring the full data files to a corresponding local server, and storing and backing up the files;
s3, analyzing the full data file, wherein the data file analyzing module judges the difference of the upstream Internet of things card channels according to the file name of the full data file, calls the ticket data processing modules aiming at the different upstream Internet of things card channels to analyze, and stores the newly generated ticket data into the ticket table of the database;
and S4, processing the ticket data, creating a ticket file for the data in the ticket list by the ticket data processing module, and pushing the ticket file.
2. The method for integrating data and processing an interface of an internet of things card according to claim 1, wherein in step S1, the form in which the upstream internet of things card channel provides the full amount of data includes a file pull form, and the process of acquiring the full amount of data is as follows:
s11, newly adding a transmission form provided by the corresponding upstream Internet of things channel, acquiring and storing the total data in a local server, judging the data volume of the downloaded file, the file modification time and whether the downloading is successful, giving an alarm to error information according to the judgment condition, and determining the problem with the upstream Internet of things channel by searching logs after the error occurs.
3. The method for integrating data and processing interfaces of the internet of things card according to claim 1, wherein in step S1, the form that the upstream internet of things card channel provides the full amount of data includes obtaining the data through an interface in an OneLink form, and the process of obtaining the data is as follows:
and S12, calculating the number of executed processes according to the number of file lines, acquiring required information by calling the one-to-many interface module of the upstream Internet of things channel, generating corresponding subfiles, uniformly generating a full amount of data resources and storing the data resources in a local server.
4. The method for integrating data and processing an interface of an internet of things card according to claim 3, wherein after the step S1, the method further comprises the following steps:
s13, for the interface to download the whole amount of data resource, it is necessary to determine whether the interface can be used, and whether the number is used in the corresponding interface.
5. The method as claimed in claim 4, wherein in step S13, it is further determined that data needs to be reacquired due to network connection, when data needs to be reacquired, the upstream IOT card channel one-to-many interface module is called again, and when an error occurs, a mail alarm is given.
6. The method for integrating data and interface processing of the internet of things card according to claim 1, wherein in step S2, if the data file transfer module fails to trigger, a mail alarm is performed, and the alarm information includes a specific instruction, a file name, and a specific operation.
7. The method as claimed in claim 1, wherein in step S3, the data file parsing module periodically detects whether the outbound directory to be parsed contains the full amount of data files to be parsed, and determines the channels according to the file names of the full amount of data files in the directory.
8. The method for integrating data and processing an interface of an internet of things card according to claim 7, wherein the step S3 further comprises the steps of:
and after the full data file is analyzed, the database stores the latest flow data in the current month for recording so as to prevent the data from changing suddenly, and if the data of the IOT card corresponding to the number is wrong, the error reporting processing of the mail is carried out and the error reporting processing is provided for an upstream IOT card channel.
9. The method for integrated data and interface processing of the internet of things card according to claim 1, wherein in step S4, the ticket data processing module pushes the ticket file to the ticket issuing module, and then the ticket issuing module pushes the ticket file to the ticket charging module requiring the ticket data.
10. A system for integrating data and processing interfaces of an Internet of things card is characterized by comprising an upstream Internet of things card channel one-to-many interface module, an upstream Internet of things card channel data centralized downloading module, a data file transfer module, a local server, a data file analysis module and a ticket data processing module;
the system comprises an upstream Internet of things channel, a one-to-many interface module and a data resource module, wherein the upstream Internet of things channel is connected with the upstream Internet of things channel, and when the upstream Internet of things channel provides full data and is obtained through an interface in an OneLink form, the required information is obtained by calling the one-to-many interface module of the upstream Internet of things channel, so that the full data resource is generated;
the upstream Internet of things card channel data centralized downloading module is connected with the upstream Internet of things card channel one-to-many interface module and is used for downloading a full data file;
the data file transfer module is used for receiving the downloaded full data files and transferring the downloaded full data files to the corresponding local server;
the data file analysis module is connected with the local server and used for judging different upstream Internet of things card channels according to the file names of the full data files and calling the ticket data processing modules aiming at different upstream Internet of things card channels for analysis;
the call ticket data processing module is connected with the data file analyzing module and used for creating call ticket files for data existing in the call ticket table and pushing the call ticket files.
11. The system for integrating data and interface processing of the internet of things card according to claim 10, further comprising a database connected to the ticket data processing module, wherein the ticket data processing module stores the newly generated ticket data in a ticket table of the database.
12. The system for integrated data and interface processing of the internet of things card according to claim 10, further comprising a ticket issuing module and a ticket charging module, wherein the ticket data processing module pushes the ticket file to the ticket issuing module, and then pushes the ticket file to the ticket charging module requiring ticket data through the ticket issuing module.
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