CN109683987B - Configurable software dynamic interface loading and data processing method - Google Patents
Configurable software dynamic interface loading and data processing method Download PDFInfo
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Abstract
The invention discloses a configurable software dynamic interface loading and data processing method, and relates to a software research and development technology. The method divides the service into a plurality of sub-processes, sets a plurality of configuration items for each sub-process, adds the attributes of the configuration items for a client according to the requirements to form a configuration table, loads data in a software interface according to the configuration table, realizes the personalized configuration of different sub-processes, thereby reducing the adaptation workload, simultaneously supporting the personalized requirements of different users on the data processing under the condition that the main process is the same, realizing the classified configuration effect of different management information according to the processing process, and leading the display information of the software interface to be concise and clear because the different sub-processes all carry out the display of separate interfaces.
Description
Technical Field
The invention relates to a software research and development technology, in particular to a configurable software dynamic interface loading and data processing method.
Background
With the continuous expansion of the application of information system software, the dependence degree of various industries on the information system software is higher and higher. However, due to different service characteristics, the requirements of various industries on the information system are different, and even if the information system software users in the same industry have greater or lesser differences in the requirements on the information system software.
At present, in order to meet different requirements of information system software users, there are generally the following two processing methods:
the first way is to abstract, that is, to develop the software according to the requirement of common use of many users, and the personalized part can only be handled by the users in a way of manual management, and at the same time, each user must follow the unified software operation flow. Taking the warehousing system as an example, some users only need to manage the materials and the corresponding quantities thereof, and some users may need to manage the suppliers, the materials and the corresponding quantities, at this time, if the system only manages the materials and the quantities, the requirements of the latter are not met, and if the system manages the suppliers, the materials and the quantities, the former does not matter the suppliers but must give way, and a virtual supplier is maintained on the system;
the second way is that a software provider provides a plurality of software systems for users with different requirements, but because there is more common service requirements among the software systems, the software system will lead to repeated development of the same service requirement part, which causes cost increase.
Disclosure of Invention
The invention aims to provide a configurable software dynamic interface loading and data processing method, so as to solve the problems in the prior art.
In order to achieve the purpose, the technical scheme adopted by the invention is as follows:
a configurable software dynamic interface loading and data processing method comprises the following steps:
s1, dividing each type of service into a plurality of sub-flows according to the corresponding processing flow, and loading the software interface of each sub-flow according to the flow sequence;
s2, setting a plurality of configuration items for each sub-flow;
s3, analyzing the customer demand by the user, adding the attribute of the configuration item to the customer according to the demand, and forming a configuration table;
and S4, reading the current client type and the configuration table, and dynamically loading the configuration attribute of the current client and the corresponding data thereof on the sub-process software interface according to the input data.
Preferably, in S2, the configuration items include: the method comprises the following steps of data field items, interface display sequence items, data loading sequence items, whether information items are supplemented or not and whether the information items are used as follow-up flow data loading correlation query condition items or not.
Preferably, S3 specifically includes analyzing the customer needs, classifying the customers according to the needs, classifying the customers with the same needs into one class, and adding the same attribute to the configuration items of each class of customers.
Preferably, in S4, the configuration attributes of the current client and the data corresponding to the configuration attributes are dynamically loaded on the sub-process software interface and output in the same table.
Preferably, in S4, the input data is obtained by associating data from a plurality of database tables in a view mode.
Preferably, in S4, the loading of the configuration attribute of the current client is specifically that, for a data field in a configuration table that needs to be loaded, the data field is placed in a select and group by statement of sql according to an interface display order, the data field is placed in an order by statement of sql according to a data loading order, a higher-level node in the configuration table is placed in a where statement of sql as a field of a subsequent flow data loading associated query condition, so as to obtain a data field set needed by the current software interface, and the software interface performs dynamic data loading according to the data field set, so as to perform final display.
Preferably, in S1, if the software interface of the sub-process includes the supplementary information interface, the configuration table formed in S3 includes the field of the supplementary information, and in S4, the corresponding field data is dynamically loaded on the supplementary information interface.
Preferably, the data loaded on the supplemental information interface is first put into the cache, and the association relationship between the data and the data of the upper node of the supplemental information interface is maintained, and then the cache data is associated with the data loaded on other interfaces and then written into the database.
The invention has the beneficial effects that: the configurable software dynamic interface loading and data processing method provided by the invention has the advantages that the service is divided into a plurality of sub-processes, a plurality of configuration items are set for each sub-process, the attributes of the configuration items are added to a client according to requirements to form a configuration table, and then data are loaded in the software interface according to the configuration table, so that different sub-processes are subjected to personalized configuration, the adaptation workload is reduced, the personalized requirements of different users on the data processing requirement under the condition that the main process is the same can be supported, the effect of classifying and configuring different management information according to the processing process is realized, and the display information of the software interface is concise and clear because different sub-processes are subjected to the display of separate interfaces.
Drawings
FIG. 1 is a flow chart of a configurable software dynamic interface loading and data processing method provided by the present invention;
FIG. 2 is a sub-flow of the warehousing inventory service partitioning;
FIG. 3 is a setting result of configuration items for respective sub-flows;
FIG. 4 is a configuration representation view;
FIG. 5 is a schematic diagram of the data entered and the results of the interface for dynamic loading according to the configuration table.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to the accompanying drawings. It should be understood that the detailed description and specific examples, while indicating the invention, are intended for purposes of illustration only and are not intended to limit the scope of the invention.
As shown in fig. 1, an embodiment of the present invention provides a configurable software dynamic interface loading and data processing method, including the following steps:
s1, dividing each type of service into a plurality of sub-flows according to the corresponding processing flow, and loading the software interface of each sub-flow according to the flow sequence;
s2, setting a plurality of configuration items for each sub-flow;
s3, analyzing the customer demand by the user, adding the attribute of the configuration item to the customer according to the demand, and forming a configuration table;
and S4, reading the current client type and the configuration table, and dynamically loading the configuration attribute of the current client and the corresponding data thereof on the sub-process software interface according to the input data.
In most cases, different users in the same industry have a plurality of personalized requirements for the system, but actually have a certain rule, so in the present invention, the business is divided into a plurality of sub-processes according to the processing flow according to the rules, because the processing flows of the same business are the same, for different users, the divided sub-processes are the same, and the processing sequences of the sub-processes are also the same, only for different users, when processing data in each sub-process, the requirements are different, for example, in the warehousing inventory business of different third-party warehousing enterprises, the business can be divided into four sub-processes of warehousing menu, information selection, information supplement and quantity inventory according to the processing flow, but when managing data in different sub-processes, the requirements may be different for different enterprises, for example, for the sub-process of the warehousing menu, an enterprise a may need to manage both the warehousing entry number and the customer order number, and an enterprise B may only need to manage the warehousing entry number, so that, in the present invention, after dividing the service into a plurality of sub-processes, only the personalized configuration needs to be performed on different sub-processes, instead of the personalized configuration performed on the whole service process, thereby reducing the adaptation workload, and simultaneously, the personalized requirements of different users on the data processing under the condition that the main process is the same can be supported. For example, the enterprise a and the enterprise B may set the data field configuration item of the enterprise a as the warehousing entry number and the customer order number, and set the data field configuration item of the enterprise B as the warehousing entry number in the warehousing menu subprocess according to their own needs, so as to realize A, B personalized needs of two different enterprises for data processing under the same main process. In addition, in the invention, a plurality of configuration items are set for each sub-process, the attributes of the configuration items are added to the client according to the requirements to form a configuration table, and then data is loaded in the software interface according to the configuration table, so that the effect of classifying and configuring different management information according to the processing process is realized.
In S2, the configuration items may include: the method comprises the following steps of data field items, interface display sequence items, data loading sequence items, whether information items are supplemented or not and whether the information items are used as follow-up flow data loading correlation query condition items or not.
S3 is that the user analyzes the customer demand, classifies the customers according to the demand, classifies the customers with the same demand into one class, and adds the same attribute to the configuration items of each class of customers.
In S4, the configuration attribute of the current client and the data corresponding to the configuration attribute are dynamically loaded on the sub-process software interface, and output in the same table.
In S4, the input data is obtained by associating data from a plurality of database tables in a view mode.
For the original input data, such as the warehousing instruction, the data source of which may come from a plurality of database tables, in the present invention, the table data are associated in a view manner to obtain the original input data. For the output result, all the related field information needs to be managed in the same table, even if some fields are not used for some of the user types.
In S4, the loading of the configuration attribute of the current client is specifically that, for the data fields in the configuration table that needs to be loaded, the data fields are put into select and group by statements of sql according to the interface display order, the data fields are put into order by statements of sql according to the data loading order, the upper nodes in the configuration table are put into where statements of sql as fields of subsequent process data loading associated query conditions, so as to obtain a data field set needed by the current software interface, and the software interface performs dynamic data loading according to the data field set, so as to perform final display.
In S1, if the software interface of the sub-process includes the supplementary information interface, the configuration table formed in S3 includes fields containing supplementary information, and in S4, corresponding field data is dynamically loaded on the supplementary information interface.
The data loaded on the supplementary information interface is firstly put into the cache, the association relationship between the data and the data of the superior node of the supplementary information interface is kept, and then the cache data is associated with the data loaded on other interfaces and then written into the database.
In practical application, a software interface corresponding to a sub-process is generally composed of a fixed data field and a dynamic configuration data field, the dynamic configuration data field needs to be configured in a configuration table, and the fixed data field only needs to be set in a software code. For the fixed data field, merging processing such as sum, max, etc. needs to be performed in sql according to the actual situation of each business process.
The specific embodiment is as follows:
in the embodiment of the invention, the warehousing inventory business of the third-party warehousing enterprise is selected, the business is managed according to the method provided by the invention, and the warehousing inventory business is divided into four sub-flows of warehousing menu, information selection, information supplement and quantity inventory according to the processing flow, as shown in fig. 2.
In fig. 2, each sub-process except the diamond-shaped node corresponds to a software interface, and the software interfaces are loaded according to the processing sequence of the sub-process, wherein the three sub-processes of the warehousing menu, the information selection and the information entry can be configured by dynamic interface loading, and the quantity counting sub-process can be configured by fixed interface loading.
Before dynamic interface loading configuration is carried out on three sub-processes of a warehousing menu, information selection and information supplement and recording, configuration items are firstly set, and the configuration items can comprise data field items, interface display sequence items, data loading sequence items, whether information items are supplemented or not and whether the information items are used as follow-up process data loading associated query condition items or not. The setting result of the configuration items is shown in fig. 3, and fig. 3 shows four configuration items of A, B, C types of clients in three sub-processes of library entry menu, information selection, and information entry.
After analyzing the demands of different types of clients, the user adds contents to the configuration items of each type of clients to form a configuration table, and the result is shown in fig. 4. As can be seen from fig. 4, different users have the same sub-processes, and each sub-process has the same configuration item, but for the same configuration item, different contents can be added according to requirements, for example, for the configuration item of the data field, the contents added for enterprise a are the warehousing entry number and the customer order number, and for enterprise B are the warehousing entry number.
Then, for the current client type, the input data is read, and dynamic loading is performed on the sub-process software interface according to the configuration table, and the input data and the result of performing dynamic loading on the interface according to the configuration table are shown in fig. 5.
By adopting the technical scheme disclosed by the invention, the following beneficial effects are obtained: the configurable software dynamic interface loading and data processing method provided by the invention has the advantages that the service is divided into a plurality of sub-processes, a plurality of configuration items are set for each sub-process, the attributes of the configuration items are added to a client according to the requirements to form a configuration table, and the data is loaded in the software interface according to the configuration table, so that the personalized configuration of different sub-processes is realized, the adaptation workload is reduced, the personalized requirements of different users on the data processing requirement under the condition that the main process is the same can be supported, the effect of classifying and configuring different management information according to the processing process is realized, and the display information of the software interface is concise and clear because different sub-processes are respectively displayed on separate interfaces.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and improvements can be made without departing from the principle of the present invention, and such modifications and improvements should also be considered within the scope of the present invention.
Claims (7)
1. A configurable software dynamic interface loading and data processing method is characterized by comprising the following steps:
s1, dividing each type of service into a plurality of sub-flows according to the corresponding processing flow, and loading the software interface of each sub-flow according to the flow sequence;
s2, setting a plurality of configuration items for each sub-flow;
s3, analyzing the customer demand by the user, adding the attribute of the configuration item to the customer according to the demand, and forming a configuration table;
s4, reading the current client type and the configuration table, and dynamically loading the configuration attribute of the current client and the corresponding data thereof on the sub-process software interface according to the input data;
in S4, the loading of the configuration attribute of the current client is specifically that, for the data fields in the configuration table that needs to be loaded, the data fields are put into select and group by statements of sql according to the interface display order, the data fields are put into order by statements of sql according to the data loading order, the upper nodes in the configuration table are put into where statements of sql as fields of subsequent process data loading associated query conditions, so as to obtain a data field set needed by the current software interface, and the software interface performs dynamic data loading according to the data field set, so as to perform final display.
2. The configurable software dynamic interface loading and data processing method according to claim 1, wherein in S2, the configuration items include: the method comprises the following steps of data field items, interface display sequence items, data loading sequence items, whether information items are supplemented or not and whether the information items are used as follow-up flow data loading correlation query condition items or not.
3. The configurable software dynamic interface loading and data processing method according to claim 1, wherein S3 is specifically configured to, by the user, analyze the customer needs, classify the customers according to the needs, classify the customers with the same needs into one class, and add the same attribute to the configuration items of each class of customers.
4. The configurable software dynamic interface loading and data processing method according to claim 1, wherein in S4, the configuration attributes of the current client and the corresponding data are dynamically loaded on the sub-process software interface and output in the same table.
5. The configurable software dynamic interface loading and data processing method according to claim 1, wherein in S4, the input data is obtained by associating data from a plurality of database tables in a view mode.
6. The configurable software dynamic interface loading and data processing method according to claim 1, wherein in S1, if the software interface of the sub-process includes the supplementary information interface, the fields including the supplementary information in the configuration table formed in S3, and in S4, the corresponding field data is dynamically loaded on the supplementary information interface.
7. The configurable software dynamic interface loading and data processing method according to claim 6, wherein the data loaded on the supplemental information interface is first placed in the cache, and the association relationship between the data and the data of the upper node of the supplemental information interface is maintained, and then the cache data is associated with the data loaded on other interfaces and written into the database.
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| CN111427631B (en) * | 2020-04-01 | 2022-03-15 | 中电万维信息技术有限责任公司 | Dynamic configuration method of diversified mobile application function module |
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