CN110471970B - Flexible and configurable rule engine data forwarding method - Google Patents
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Abstract
The invention provides a flexible and configurable rule engine data forwarding method, comprising the following steps of S1, creating a destination management page; the selection and the self-definition of the forwarding destination are realized through a destination management page; s2, constructing destinations of various database types, and performing unified maintenance on the destinations through a destination management page; s3, configuring basic connection information on a destination management page; and S4, establishing high-level configuration on the destination management page, providing a destination format self-defining function for the database, and configuring a self-defining data format aiming at different database types. The invention supports the format conversion function of various destinations, users can self-define the format of the forwarding data or the stored data, and reduce the adaptation cost of the users.
Description
Technical Field
The invention belongs to the field of data forwarding, and particularly relates to a flexible and configurable rule engine data forwarding method.
Background
The existing rule engine data forwarding is basically in a fixed forwarding format, a user needs to make corresponding adaptation modification according to the fixed format more or less, and the forwarding formats of all platforms are not uniform, so that the workload of the user is increased continuously when the user connects multiple platforms. Based on the current situation, the invention provides a flexible and configurable forwarding format from the user perspective, and the user can directly interface without modification only by simple page configuration as long as the user has an existing interface, thereby greatly reducing the adaptation work of the user.
Disclosure of Invention
In view of the above, the present invention provides a flexible and configurable rule engine data forwarding method to overcome the above-mentioned drawbacks in the prior art.
In order to achieve the purpose, the technical scheme of the invention is realized as follows:
a flexibly configurable rule engine data forwarding method comprises the following steps:
s1, creating a destination management page; the forwarding destination is selected and customized through a destination management page;
s2, constructing destinations of various database types, and performing unified maintenance on the destinations through a destination management page;
s3, configuring basic connection information on a destination management page;
s4, establishing high-level configuration on a destination management page, providing a destination format self-defining function for the database, and configuring a self-defining data format aiming at different database types;
and S5, forwarding the data according to the data format defined by the user.
Further, the specific method of step S2 is as follows:
s201, performing addition, deletion, modification and check operation through a destination management page;
s202, initializing condition parameters of various database type destinations;
s203, creating a forwarding destination and selecting a destination type;
s204, acquiring parameter information corresponding to the destination type from a database;
s205, after the corresponding parameter information is modified, the parameter information of the destination is stored in the database again.
Further, the specific method of step S4 is as follows:
s401, establishing high-level configuration on a destination management page;
s402, selecting a data field to be forwarded in high-level configuration;
s403, filling target field information to be stored or forwarded in the field;
and S404, storing the target field information into a database.
Further, the specific method of step S401 is as follows:
s4011, aiming at the destination of the database type, providing a data table structure custom function;
s4012, aiming at the destination of the network protocol transmission type, providing a text data structure custom function;
further, the specific method of step S4011 is as follows: providing a fixed header mode and a dynamic header mode for Mysql and PostgreSQL type destinations; providing custom functions of tag and field for InfluxDB type destinations; for a MongoDB type destination, a field alias option and a custom function of data format are provided.
Further, the specific method of step S4022 is as follows: custom functions for data formats are provided for the destination of protocol types and text types.
Further, the specific method of step S5 is as follows: when the data is reported and the forwarding condition is met, the data is forwarded according to the user-defined table structure and the data structure configured by the user, and if the user does not perform the user-defined configuration, the data is forwarded by adopting the default table structure and the data structure.
Compared with the prior art, the invention has the following advantages:
the invention provides independent destination management, and the forwarding destinations are uniformly maintained in the destination management page, and only the selection in the rules is needed when the forwarding destinations are used, so that the multiplexing of the same destination in different rules is realized, and the uniform management function is realized, and the query and the maintenance of a user are facilitated. Based on the method, the system and the device, format conversion functions of various destinations are supported, a user can customize the format of forwarding data or storing data, the adaptation cost of the user is reduced, compared with other existing rule engine data forwarding, the method and the device provide a set of more convenient, easier and flexible data forwarding system, and better use experience can be provided for the user.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention, illustrate embodiments of the invention and together with the description serve to explain the invention and do not constitute a limitation of the invention. In the drawings:
FIG. 1 is a flow chart of a method for creating the flexibly configurable rules engine data forwarding according to the present invention;
FIG. 2 is a flow chart of Mysql, postgreSQL type destination data forwarding in an embodiment of the present invention;
fig. 3 is a flowchart of infiluxdb type destination data forwarding in an embodiment of the present invention;
FIG. 4 is a flow chart of protocol type and text type data forwarding in an embodiment of the present invention;
fig. 5 is a flowchart illustrating the operation of a data forwarding program in an embodiment of the present invention.
Detailed Description
It should be noted that the embodiments and features of the embodiments of the present invention may be combined with each other without conflict.
In the description of the present invention, it is to be understood that the terms "central," "longitudinal," "lateral," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," and the like are used in the orientation or positional relationship indicated in the drawings, which are merely for convenience in describing the invention and to simplify the description, and are not intended to indicate or imply that the referenced device or element must have a particular orientation, be constructed and operated in a particular orientation, and are therefore not to be construed as limiting the invention. Furthermore, the terms "first", "second", etc. are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first," "second," etc. may explicitly or implicitly include one or more of that feature. In the description of the invention, "a plurality" means two or more unless otherwise specified.
In the description of the invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "mounted", "connected" and "connected" are to be construed broadly, e.g. as being fixed or detachable or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the creation of the present invention can be understood by those of ordinary skill in the art through specific situations.
The invention will be described in detail below with reference to the drawings and embodiments.
A method for forwarding flexibly configurable rule engine data, as shown in fig. 1 to 5, includes:
s1, creating a destination management page; the selection and the self-definition of the forwarding destination are realized through a destination management page;
s2, constructing destinations of various database types, and uniformly maintaining the destinations by a user through a destination management page;
s3, configuring basic connection information on a destination management page by a user;
s4, establishing high-level configuration on a destination management page, providing a destination format self-defining function for the database, and enabling a user to configure a self-defining data format according to different database types;
and S5, forwarding data according to the data format defined by the user.
The specific method of the step S2 is as follows:
s201, performing addition, deletion, modification and check operation through a destination management page;
s202, initializing condition parameters of various database type destinations;
s203, selecting a destination type by using the newly-built forwarding destination;
s204, acquiring parameter information corresponding to the destination type from a database;
and S205, after the user modifies the corresponding parameter information, storing the parameter information of the destination into a database.
The specific method of the step S4 is as follows:
s401, establishing high-level configuration on a destination management page;
s402, selecting a data field to be forwarded by a user in advanced configuration;
s403, filling target field information to be stored or forwarded in the field;
and S404, storing the target field information into a database.
The specific method of step S401 is as follows:
s4011, aiming at the destination of the database type, providing a data table structure custom function;
s4012, providing a text data structure self-defining function aiming at a destination of a network protocol transmission type;
the specific method of the step S4011 is as follows: aiming at Mysql and PostgreSQL type destinations, a fixed header mode and a dynamic header mode are provided; providing custom functions of tag and field for InfluxDB type destinations; for a MongoDB type destination, a field alias option and a custom function of data format are provided.
Specifically, the invention provides a function of self-defining a data table structure for a destination of a database type, and the specific destination type and the self-defining steps and methods are as follows:
1. as shown in fig. 2, the MySQL type destination is newly added through a destination management page, and the type selects MySQL, and then the user is guided to fill some basic connection information of MySQL for establishing MySQL connection, where the specific information is: ip, port number, user name, password, database name, and data table name. And after the user fills in the basic information, storing the destination information into a database for persistence, and performing subsequent editing, deleting and inquiring operations. After the basic information is configured, advanced configuration can be carried out, and data structure self-defining operation can be completed in the advanced configuration, the invention provides two modes aiming at MySQL data self-defining, wherein one mode is a fixed header mode, in the mode, data can be stored in a fixed header mode, a user can edit the fixed header fields and define the field names, when the data is forwarded, a data forwarding program can identify the incidence relation between the original field and the defined field, the header mapping is realized by using codes, inserting sentences meeting MySQL grammar specifications are assembled, and the data are inserted into a data table configured by the user according to the user-defined header information;
the other mode is a dynamic header mode, in the mode, data can be stored in a dynamic header mode, a user can dynamically select data to be forwarded, a header field of the data storage is edited, the field name is customized, when the data are forwarded, a data forwarding program can dynamically acquire the incidence relation between the reported data and the customized header, the mapping of the data to the header is realized by using codes, an insertion statement conforming to MySQL syntax specification is assembled, and the data are inserted into a data table configured by the user according to header information customized by the user; the table structure self-defining function can be realized through high-level configuration. After the information of the destination is configured, the destination information can be seen in the rule engine configuration, the rule is started after the destination is selected, when data is reported and a forwarding condition is met, the data forwarding method can carry out data forwarding according to the user-defined table structure configured by the user, and if the user does not carry out user-defined configuration, the data forwarding method can adopt a default table structure to carry out data forwarding;
2. as shown in fig. 2, the PostgreSQL type destination selects PostgreSQL through a destination management page, newly adds a destination, and selects the type, and then guides the user to fill some basic connection information of PostgreSQL, which is used to establish a PostgreSQL connection, where the specific information is: ip, port number, user name, password, database name, database schema, and data table name. After the user fills in the basic information, clicking 'confirmation' can make the destination information persistent for subsequent editing, deleting and inquiring operations. After the basic information is configured, advanced configuration can be carried out, and the data structure self-defining operation can be completed in the advanced configuration, the invention provides two modes aiming at the data self-definition of PostgreSQL, wherein one mode is a fixed header mode, under the mode, data can be stored in a fixed header mode, a user can edit the fixed header fields and self-define the field names, when the data is forwarded, a data forwarding program can identify the incidence relation between the original field and the self-defined field, the header mapping is realized by using codes, an insertion statement which accords with the grammar specification of the PostgreSQL is assembled, and the data is inserted into a data table configured by the user by using the header information defined by the user; the other mode is a dynamic header mode, in which data can be stored in a dynamic header form, a user can dynamically select data to be forwarded, edit a header field of the data storage, and define the field name by itself, when the data is forwarded, a data forwarding program (as shown in fig. 5) can dynamically acquire the association relationship between the reported data and the defined header, use codes to realize the mapping of the data to the header, assemble an insertion statement conforming to PostgreSQL syntax specification, and insert the data into a data table configured by the user with the user-defined header information; the table structure self-defining function can be realized through high-level configuration. After the information of the destination is configured, the destination information can be seen in the rule engine configuration, the rule is started after the destination is selected, when data is reported and a forwarding condition is met, the data forwarding method can carry out data forwarding according to the user-defined table structure configured by the user, and if the user does not carry out user-defined configuration, the data forwarding method can adopt a default table structure to carry out data forwarding;
3. as shown in fig. 3, the type of the infilxdb destination is newly added with a destination through a destination management page, and the infilxdb type is selected, and then the user is guided to fill some basic connection information of the infilxdb for establishing the infilxdb connection, where the specific information is: ip, port number, user name, password, database name, and data table name. After the user fills in the basic information, clicking 'confirmation' can make the destination information persistent for subsequent editing, deleting and inquiring operations. After the basic information is configured, advanced configuration can be carried out, and the data structure self-defining operation can be completed in the advanced configuration. Under the tag custom page label, a user can select a field needing to be forwarded, and then custom defines a tag field to be stored in the field; under the field custom tab, the user can select the field that needs to be forwarded and then customize the field that the field is to store. After data is reported, tag and field fields corresponding to the reported data are identified through codes, then insertion sentences are assembled according to syntax rules of InfluxDB to generate corresponding builder, and data forwarding is carried out. After the information of the destination is configured, the destination information can be seen in the rule engine configuration, the rule is started after the destination is selected, when data is reported and a forwarding condition is met, the data forwarding method can carry out data forwarding according to the user-defined table structure configured by the user, and if the user does not carry out user-defined configuration, the data forwarding method can adopt a default table structure to carry out data forwarding;
4. the MongoDB type destination is newly added with the destination through a destination management page, the type of the MongoDB is selected, then a user is guided to fill some basic connection information of PostgreSQL for establishing MongoDB connection, and the specific information is as follows: ip, port number, user name, password, database name, set name. After the user fills in the basic information, clicking 'confirm' can make the destination information persistent for subsequent editing, deleting and inquiring operations. After the basic information is configured, advanced configuration can be carried out, and the data structure self-defining operation can be completed in the advanced configuration; meanwhile, the invention provides the self-defining function of the data format aiming at the characteristics of the MongoDB text database, when a rule engine is configured, after subscription data is selected, the invention can dynamically generate a text sample which is forwarded by default by a system according to subscription information, and simultaneously guide a user to complete self-defining of a forwarding data structure of the MongoDB, after the user can copy the text sample, the text sample is pasted in a data structure conversion input box corresponding to the MongoDB, then the text information is edited, after the data is reported, a data forwarding program can perform data conversion according to a configuration item of the user, and assemble an insert statement of the MongoDB according to a storage field configured by the MongoDB for data forwarding. After the information of the destination is configured, the destination information can be seen in the rule engine configuration, the rule is started after the destination is selected, when data is reported and a forwarding condition is met, the data forwarding method can carry out data forwarding according to the user-defined table structure and the data structure configured by the user, and if the user does not carry out user-defined configuration, the data forwarding method can adopt a default table structure and the data structure to carry out data forwarding;
the specific method of step S4022 is as follows: providing a data format self-defining function aiming at the destinations of the protocol type and the text type; specifically, the invention provides a function of self-defining a text data structure aiming at a destination of a network protocol transmission type, and the specific destination type and self-defining steps and the method are as follows:
1. the HTTP type destination, as shown in fig. 4, adds a destination through a destination management page, selects HTTP by type, and then guides the user to fill some basic connection information of HTTP for establishing HTTP connection, where the specific information is: url path. After the user fills in the basic information, clicking 'confirm' can make the destination information persistent for subsequent editing, deleting and inquiring operations. The invention provides a self-defining function of a data format aiming at the data self-definition of HTTP, when a rule engine is configured, after subscription data is selected, the invention can dynamically generate a JSON sample which is forwarded by default according to the subscription information, and simultaneously guide a user to complete the self-defining of the forwarding data structure of HTTP, the user can paste the JSON sample in a data structure conversion input frame corresponding to HTTP after copying the JSON sample, then edit the JSON information, after data is reported, a data forwarding program can perform data conversion according to the configuration items of the user, and then forward the result to the url configured by the user. After the information of the destination is configured, the destination information can be seen in the rule engine configuration, the destination is selected, the rule is started, when data is reported and the forwarding condition is met, the data forwarding method can forward the data according to the user-defined data structure configured by the user, and if the user does not perform user-defined configuration, the data forwarding method can forward the data by adopting a default data structure;
2. as shown in fig. 4, the HTTPS type destination selects HTTPS by the type of the new destination through the destination management page, and then guides the user to fill some basic connection information of HTTPS, which is used for establishing an HTTPS connection, where the specific information is: url path. After the user fills in the basic information, clicking 'confirm' can make the destination information persistent for subsequent editing, deleting and inquiring operations. The invention provides a self-defining function of a data format aiming at the data self-definition of HTTPS, when a rule engine is configured, after subscription data is selected, the invention can dynamically generate a JSON sample which is forwarded by default according to the subscription information, and simultaneously guide a user to complete the self-defining of a forwarding data structure of the HTTPS, the user can paste the JSON sample in a data structure conversion input frame corresponding to the HTTPS after copying the JSON sample, then edit the JSON information, and after data is reported, a data forwarding program can perform data conversion according to the configuration items of the user, and then forward the result to a url configured by the user. After the information of the destination is configured, the destination information can be seen in the rule engine configuration, the rule is started after the destination is selected, when data is reported and a forwarding condition is met, the data forwarding method can carry out data forwarding according to the user-defined data structure configured by the user, and if the user does not carry out user-defined configuration, the data forwarding method can adopt a default data structure to carry out data forwarding;
3. MQTT type destinations, as shown in fig. 4, add destinations newly and select MQTT by type through a destination management page, and then guide a user to fill some basic connection information of MQTT for establishing MQTT connection, where the specific information is: ip, port number, username, password, topic. After the user fills in the basic information, clicking 'confirm' can make the destination information persistent for subsequent editing, deleting and inquiring operations. The invention provides a self-defining function of a data format aiming at the data self-definition of MQTT, when a rule engine is configured, after subscription data is selected, the invention can dynamically generate a JSON sample which is forwarded by default according to the subscription information, and simultaneously guide a user to complete the self-defining of the forwarding data structure of the MQTT, the user can paste the JSON sample in a data structure conversion input frame corresponding to the MQTT after copying the JSON sample, then edit the JSON information, after data is reported, a data forwarding program can perform data conversion according to the configuration items of the user, and then forward the result to the topic configured by the user. After the information of the destination is configured, the destination information can be seen in the rule engine configuration, the rule is started after the destination is selected, when the data is reported and the forwarding condition is met, the data forwarding method can carry out the data forwarding according to the user-defined data structure configured by the user, and if the user does not carry out the user-defined configuration, the data forwarding method can adopt a default data structure to carry out the data forwarding.
The data forwarding of the rule engine is the final purpose of configuring the rule engine, and finally forwards the data meeting the conditions through a series of logic judgment, and pushes the data to a specified destination for subsequent processing of a user; the invention provides independent destination management, and the forwarding destinations are uniformly maintained in the destination management page, and only the selection in the rules is needed when the forwarding destinations are used, so that the multiplexing of the same destination in different rules is realized, and the uniform management function is realized, and the query and the maintenance of a user are facilitated. Based on the method, the format conversion function of various destinations is supported, a user can customize the format of forwarding data or storing data, the adaptation cost of the user is reduced, and compared with other existing rule engine data forwarding, the method provides a set of more convenient, easy-to-use and flexible data forwarding system, and can provide better use experience for the user.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and should not be taken as limiting the invention, so that any modifications, equivalents, improvements and the like, which are within the spirit and principle of the present invention, should be included in the scope of the present invention.
Claims (5)
1. A method for forwarding flexibly configurable rule engine data is characterized by comprising the following steps:
s1, creating a destination management page; the selection and the self-definition of the forwarding destination are realized through a destination management page;
s2, constructing destinations of various database types, and performing unified maintenance on the destinations through a destination management page;
s3, configuring basic connection information on a destination management page;
s4, establishing high-level configuration on a destination management page, providing a destination format self-defining function for the database, and configuring a self-defining data format aiming at different database types;
s5, forwarding data according to a data format defined by a user;
the specific method of step S4 is as follows:
s401, establishing high-level configuration on a destination management page;
s402, selecting a data field to be forwarded in the high-level configuration;
s403, filling target field information to be stored or forwarded in the field;
s404, storing the target field information into a database;
the specific method of step S401 is as follows:
s4011, providing a data table structure self-defining function aiming at a destination of a database type;
s4012, aiming at the destination of the network protocol transmission type, providing a text data structure custom function;
the text data structure custom function comprises the following steps:
the HTTP type destination is newly added through a destination management page, HTTP is selected as the type, a user is guided to fill basic HTTP connection information for establishing HTTP connection, and the destination information is subjected to persistence for subsequent editing, deleting and inquiring operations; after basic information is configured, advanced configuration is carried out, data structure self-defining operation is completed in the advanced configuration, when a rule engine is configured, after subscription data is selected, a JSON sample which is forwarded by default by a system is dynamically generated according to the subscription information, meanwhile, a user is guided to complete HTTP forwarding data structure self-defining, after the JSON sample is copied by the user, the JSON sample is pasted in a data structure conversion input box corresponding to HTTP, the JSON information is edited, after data is reported, data forwarding program can carry out data conversion according to configuration items of the user, after information of a destination is configured, the destination information can be seen in the rule engine configuration, after the destination is selected, a rule is started, when data is reported and forwarding conditions are met, data forwarding can be carried out according to the self-defining data structure configured by the user, and if the user does not carry out the self-defining configuration, the data structure can be adopted for data forwarding.
2. The method for forwarding flexibly configurable rule engine data according to claim 1, wherein the specific method of step S2 is as follows:
s201, performing addition, deletion, modification and check operation through a destination management page;
s202, initializing condition parameters of various database type destinations;
s203, creating a forwarding destination and selecting a destination type;
s204, acquiring parameter information corresponding to the destination type from a database;
s205, after the corresponding parameter information is modified, the parameter information of the destination is stored in the database again.
3. The method for forwarding flexibly configurable rule engine data according to claim 1, wherein the specific method in step S4011 is as follows: aiming at Mysql and PostgreSQL type destinations, a fixed header mode and a dynamic header mode are provided; providing custom functions of tag and field for InfluxDB type destinations; for the MongoDB type destination, a field alias option and a custom function of a data format are provided.
4. The method for forwarding flexibly configurable rule engine data according to claim 1, wherein the specific method of step S4012 is as follows: custom functionality of data formats is provided for the destination of protocol types and text types.
5. The method for forwarding flexibly configurable rule engine data according to claim 1, wherein the specific method of step S5 is as follows: when the data is reported and the forwarding condition is met, the data is forwarded according to the user-defined table structure and the data structure configured by the user, and if the user does not perform the user-defined configuration, the data is forwarded by adopting the default table structure and the data structure.
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| CN112532528B (en) * | 2020-11-30 | 2023-04-25 | 北京百度网讯科技有限公司 | Message routing method and device for rule engine |
| CN112422695A (en) * | 2020-12-07 | 2021-02-26 | 重庆忽米网络科技有限公司 | Industrial equipment data forwarding method supporting multiple protocols and multiple rules |
| CN114172973B (en) * | 2021-11-30 | 2023-12-19 | 深圳市国电科技通信有限公司 | Data conversion processing method based on MQTT protocol and 698 protocol and electronic equipment |
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