CN113238811B - Method and device for loading vehicle service order interface, storage medium and electronic equipment - Google Patents

Method and device for loading vehicle service order interface, storage medium and electronic equipment Download PDF

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CN113238811B
CN113238811B CN202110419272.5A CN202110419272A CN113238811B CN 113238811 B CN113238811 B CN 113238811B CN 202110419272 A CN202110419272 A CN 202110419272A CN 113238811 B CN113238811 B CN 113238811B
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target
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configuration data
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CN113238811A (en
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王海富
王红星
王哲
陈猛
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Tianjin Yihe Information Technology Co ltd
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Abstract

The disclosure relates to a method, a device, a storage medium and an electronic device for loading a vehicle service order interface, wherein a server can receive an interface loading request message sent by a service terminal, the interface loading request message is used for requesting to load an order interface corresponding to a target product, and the target product comprises any one of a plurality of preset vehicle service products; acquiring target configuration data corresponding to the target product from preset configuration data according to the interface loading request message, wherein the preset configuration data are data which are preset according to attributes of business elements of a plurality of preset vehicle service products and linkage control relations among the business elements; generating a target program file corresponding to the target product according to the target configuration data; and sending the target program file to the service terminal so that the service terminal can load the order interface corresponding to the target product according to the target program file.

Description

Method and device for loading vehicle service order interface, storage medium and electronic equipment
Technical Field
The present disclosure relates to the field of loading a vehicle service product order interface by using a product engine, and in particular, to a method, an apparatus, a storage medium, and an electronic device for loading a vehicle service order interface.
Background
The vehicle service products (such as tire guarantee service, replacement compensation service, transportation compensation service, automobile delay protection service and the like) are sold because too many factors are input and collected by sales personnel, the information collected by each product is complex and changeable, most software solutions provide specific implementation schemes based on specific business scenes, and the factor diversity and the complex control relationship of the products are completely solidified in codes, so that the problems can be solved at present, but the problems are also many, for example, the change of the business factors, the change of the display form, the change of the control rules, the change of the product contract template, the product sales control and the like have any change, the codes need to be redeveloped, and the development cost is huge.
Most of existing product engine software is semi-customized development, when a product engine tool develops a new product, a large amount of additional development work is needed to support the operation of the product engine, and the business is not stripped and abstracted, so that the product engine is completely positioned on the technical level, business personnel can not use the product engine almost, and the product engine can be developed and used by personnel who are skilled in business and product engine design, and therefore the product engine is low in execution efficiency and poor in universality.
Disclosure of Invention
The invention aims to provide a method and a device for loading a vehicle service order interface, a storage medium and electronic equipment.
In a first aspect, a method for loading a vehicle service order interface is provided, the method comprising:
receiving an interface loading request message sent by a service terminal, wherein the interface loading request message is used for requesting to load an order interface corresponding to a target product, and the target product comprises any one of a plurality of preset vehicle service products; acquiring target configuration data corresponding to the target product from preset configuration data according to the interface loading request message, wherein the preset configuration data are data which are preset according to attributes of service elements of a plurality of preset vehicle service products and linkage control relations among the service elements; generating a target program file corresponding to the target product according to the target configuration data; and sending the target program file to the service terminal so that the service terminal can load the order interface corresponding to the target product according to the target program file.
Optionally, the order interface includes an order purchase interface, the target program file includes a first program file corresponding to the order purchase interface, the target configuration data includes target template configuration data, target product configuration data, and a filter corresponding to at least one target element, the filter is configured to represent a linkage control relationship between other elements corresponding to the target product and the target element, and the target element is at least one service element of a specific type related to the target product; the generating of the target program file corresponding to the target product according to the target configuration data comprises: generating an intermediate program file by using a preset template engine tool according to the target template configuration data, the target product configuration data and a preset template program file; and for each target element, implanting the filter corresponding to the target element into the intermediate program file, and then generating the first program file.
Optionally, the order interface includes a product pricing interface, the object program file includes a second program file corresponding to the product pricing interface, and the object configuration data includes pricing elements corresponding to the object product; the generating of the target program file corresponding to the target product according to the target configuration data includes: generating a process program file by using a preset template engine tool according to the pricing elements and a preset template program file; and for each target element, implanting the filter corresponding to the target element into the process program file, and then generating the second program file.
Optionally, the preset configuration data includes template configuration data and product configuration data corresponding to each preset vehicle service product, and the preset configuration data is obtained by performing parameter configuration on each preset vehicle service product in the following manner in advance: configuring a resource dictionary of business elements in each preset vehicle service product, wherein the resource dictionary stores data types and alternative data items corresponding to a plurality of business elements respectively; determining a data source of a plurality of business objects, wherein the data source is used for representing a full set of business elements under a corresponding business object, and each business object comprises one or more business elements; aiming at each business object, determining a User Interface (UI) component corresponding to each business element under the business object according to the input operation of a user, wherein the UI component is used for defining the interface control type of the corresponding business element; for each preset vehicle service product in a plurality of preset vehicle service products, defining a plurality of service components corresponding to the preset vehicle service product according to the data source of the service object corresponding to the preset vehicle service product and the UI component of the service object corresponding to the preset vehicle service product; aiming at each preset vehicle service product, combining a plurality of business components corresponding to the preset vehicle service product to obtain template configuration data corresponding to the preset vehicle service product; and performing product configuration on the preset vehicle service product according to the input operation of the user to obtain product configuration data corresponding to the preset vehicle service product.
Optionally, the product configuration data includes product attributes, pricing elements, wind control rules, correction items and custom configuration information corresponding to the preset vehicle service product; wherein the pricing element comprises an associated business object influencing the selling price of the preset vehicle service product; the wind control rule comprises a product application range and a product non-application range corresponding to the preset vehicle service product; the correction project comprises selectable business elements of each business object corresponding to the preset vehicle service product.
Optionally, the preset configuration data further includes a filter of the target element in the preset car service product, and for each business object in the preset car service product, the filter is defined in each UI component corresponding to the business object.
Optionally, the preset configuration data further includes contract template configuration data, and different contract template configuration data correspond to combinations of selectable values of elements in different service components.
In a second aspect, there is provided an apparatus for loading a vehicle service order interface, the apparatus comprising:
the system comprises a receiving module, a service terminal and a display module, wherein the receiving module is used for receiving an interface loading request message sent by the service terminal, the interface loading request message is used for requesting to load an order interface corresponding to a target product, and the target product comprises any one of a plurality of preset vehicle service products;
the acquisition module is used for acquiring target configuration data corresponding to the target product from preset configuration data according to the interface loading request message, wherein the preset configuration data are data which are preset according to attributes of service elements of a plurality of preset vehicle service products and linkage control relations among the service elements;
the generating module is used for generating a target program file corresponding to the target product according to the target configuration data;
and the sending module is used for sending the target program file to the service terminal so that the service terminal can load the order interface corresponding to the target product according to the target program file.
Optionally, the order interface includes an order purchase interface, the target program file includes a first program file corresponding to the order purchase interface, the target configuration data includes target template configuration data, target product configuration data, and a filter corresponding to at least one target element, the filter is configured to represent a linkage control relationship between other elements corresponding to the target product and the target element, and the target element is at least one service element of a specific type related to the target product; the generation module is used for generating an intermediate program file by using a preset template engine tool according to the target template configuration data, the target product configuration data and a preset template program file; and for each target element, implanting the filter corresponding to the target element into the intermediate program file, and then generating the first program file.
Optionally, the order interface includes a product pricing interface, the object program file includes a second program file corresponding to the product pricing interface, and the object configuration data includes pricing elements corresponding to the object product; the generating module is used for generating a process program file by using a preset template engine tool according to the pricing element and a preset template program file; and for each target element, implanting the filter corresponding to the target element into the process program file, and then generating the second program file.
Optionally, the apparatus further comprises:
the data configuration module is used for performing parameter configuration on each preset vehicle service product in advance in the following mode to obtain the preset configuration data:
configuring a resource dictionary of business elements in each preset vehicle service product, wherein the resource dictionary stores data types and alternative data items corresponding to a plurality of business elements respectively; determining a data source of a plurality of business objects, wherein the data source is used for representing a full set of business elements under a corresponding business object, and each business object comprises one or more business elements; aiming at each business object, determining a User Interface (UI) component corresponding to each business element under the business object according to the input operation of a user, wherein the UI component is used for defining the interface control type of the corresponding business element; aiming at each preset car service product in a plurality of preset car service products, defining a plurality of business components corresponding to the preset car service products according to the data source of the business object corresponding to the preset car service product and the UI component of the business object corresponding to the preset car service product; aiming at each preset vehicle service product, combining a plurality of business components corresponding to the preset vehicle service product to obtain template configuration data corresponding to the preset vehicle service product; and performing product configuration on the preset vehicle service product according to the input operation of the user to obtain product configuration data corresponding to the preset vehicle service product.
Optionally, the product configuration data includes product attributes, pricing elements, wind control rules, correction items and custom configuration information corresponding to the preset vehicle service product; the pricing elements comprise related business objects influencing the selling price of the preset vehicle service product; the wind control rule comprises a product application range and a product non-application range corresponding to the preset vehicle service product; the correction project comprises selectable business elements of each business object corresponding to the preset vehicle service product.
Optionally, the preset configuration data further includes a filter of the target element in the preset car service product, and for each business object in the preset car service product, the filter is defined in each UI component corresponding to the business object.
Optionally, the preset configuration data further includes contract template configuration data, and different contract template configuration data correspond to combinations of selectable values of elements in different service components.
In a third aspect, a computer-readable storage medium is provided, on which a computer program is stored which, when being executed by a processor, carries out the steps of the method according to the first aspect of the disclosure.
In a fourth aspect, an electronic device is provided, comprising: a memory having a computer program stored thereon; a processor for executing the computer program in the memory to implement the steps of the method of the first aspect of the disclosure.
According to the technical scheme, an interface loading request message sent by a service terminal can be received through a server (an execution engine and a configuration engine are arranged on the server), the interface loading request message is used for requesting to load an order interface corresponding to a target product, and the target product comprises any one of a plurality of preset vehicle service products; acquiring target configuration data corresponding to the target product from preset configuration data according to the interface loading request message, wherein the preset configuration data are data which are preset according to attributes of business elements of a plurality of preset vehicle service products and linkage control relations among the business elements; generating a target program file corresponding to the target product according to the target configuration data; the target program file is sent to the business terminal, so that the business terminal loads the order interface corresponding to the target product according to the target program file, and since the business element corresponding to each preset car service product can be abstracted and solidified in advance on the server side, and the abstracted attribute of the business element of each preset car service product and the linkage control relationship among the business elements are configured into the preset configuration data through the configuration engine, the configuration of a full business scene is realized, so that after the interface loading request message of the order interface corresponding to the target product is requested to be loaded is obtained, the target configuration data corresponding to the target product can be quickly matched from the preset configuration data through the execution engine, the program file of the order interface corresponding to the target product is quickly generated, code development is avoided after the data is independently configured for the order interface of the target product, and the execution efficiency and the universality of the product engine are improved.
Additional features and advantages of the disclosure will be set forth in the detailed description which follows.
Drawings
The accompanying drawings, which are included to provide a further understanding of the disclosure and are incorporated in and constitute a part of this specification, illustrate embodiments of the disclosure and together with the description serve to explain the disclosure, but do not constitute a limitation of the disclosure. In the drawings:
FIG. 1 is a flow diagram illustrating a method of loading a vehicle service order interface in accordance with an exemplary embodiment;
FIG. 2 is a schematic diagram illustrating a product template interface corresponding to an automotive delay and insurance service, according to an example embodiment;
FIG. 3 is a flow chart illustrating a method of configuring vehicle service product data in accordance with an exemplary embodiment;
FIG. 4 is a schematic illustration of a product template maintenance interface for an automotive warranty service according to an exemplary embodiment;
FIG. 5 is a block diagram illustrating an apparatus for loading a vehicle service order interface in accordance with an exemplary embodiment;
FIG. 6 illustrates a block diagram of another apparatus for loading a vehicle service order interface, in accordance with an exemplary embodiment;
fig. 7 is a block diagram illustrating a structure of an electronic device according to an example embodiment.
Detailed Description
The following detailed description of specific embodiments of the present disclosure is provided in connection with the accompanying drawings. It should be understood that the detailed description and specific examples, while indicating the present disclosure, are given by way of illustration and explanation only, not limitation.
The method is mainly applied to a scene of loading an order interface of a vehicle service product by using a product engine, wherein the vehicle service product can comprise products such as a tire support service, a replacement compensation service, a mobility compensation service and an automobile delay service, in an actual application scene, when a salesperson sells a certain vehicle service product to a user, the salesperson needs to open a corresponding product order purchase interface through a business sale system on a terminal to fill information, such as product information, customer information and vehicle information, in the process, the business sale system needs to call an execution engine on a server side to load the order purchase interface so as to display the order purchase interface to the salesperson.
The vehicle service product sales requires too many factors to be input and collected by a salesperson, the information collected by each product is complex and changeable to maintain, most software solutions in the prior art provide specific implementation schemes based on specific business scenes, the factor diversity and the complex control relationship of the products are completely solidified in codes, but when any of the factors, the display forms, the control rules, the product contract templates and other elements of the vehicle service products are changed, the servers need to redevelop the codes, the development cost is huge, most of the existing product engine software is semi-customized development, when a product engine tool develops a new product, a great amount of additional development work is needed to support the operation of the product engine, and the services are not stripped and abstracted, so that the product engine is completely on a technical level, the service personnel can hardly use the product engine, and the product engine can be developed and used only by personnel who must master the services and master the product engine design, so that the execution efficiency of the product engine is low, and the universality is poor.
In order to solve the existing problems, the present disclosure provides a method, an apparatus, a storage medium, and an electronic device for loading a car service order interface, which may abstract and solidify a service element corresponding to each preset car service product in advance on a server side, and configure, by a configuration engine, attributes of the service element and a linkage control relationship between the service elements of each abstracted preset car service product as preset configuration data, so as to implement configuration of an all-service scene.
Specific embodiments of the present disclosure will be described in detail below with reference to the accompanying drawings.
Fig. 1 is a flowchart of a method for loading a car service order Interface according to an exemplary embodiment, where the method may be applied to a server, where the server is preconfigured with an execution engine and a configuration engine, the execution engine is configured to dynamically analyze configuration data, dynamically generate an executable front-end development component, and distribute the executable front-end development component to an operating environment corresponding to a business system, and the configuration engine is configured to implement functions such as resource management, business object management, business component management, UI (User Interface) component management, car service product template management, car service product information configuration, and product contract template management.
As shown in fig. 1, the method comprises the steps of:
in step S101, an interface loading request message sent by the service terminal is received, where the interface loading request message is used to request to load an order interface corresponding to the target product.
The target product comprises any one of a plurality of preset vehicle service products, and the preset vehicle service products can comprise vehicle service products such as tire guarantee service, replacement compensation service, walking compensation service, automobile delay and protection service and the like; the interface loading request message carries product identification information of the target product, for example, a product code of the target product; the service terminal may include a terminal where a service sale system for selling vehicle service products is located, and the order interface may include an order purchase interface, a product pricing interface, and the like.
In a possible application scenario, a vehicle service salesman can sell various vehicle service products provided by a product engine through the service sale system on a service terminal, when a certain type of vehicle service product is selected to be clicked and purchased, the service sale system identifies the target product clicked by a user according to a trigger operation of the user, acquires a product code of the target product, calls a service provided by a server side execution engine, and sends the product code to a server, and the server can receive an interface loading request message which is sent by the service terminal and used for requesting to load an order purchase interface or a product pricing interface corresponding to the target product.
In step S102, target configuration data corresponding to the target product is obtained from preset configuration data according to the interface loading request message, where the preset configuration data is data that is preset according to attributes of service elements of a plurality of preset vehicle service products and a linkage control relationship between the service elements.
The target configuration data may include target template configuration data, target product configuration data, and a filter corresponding to at least one target element, where the filter is used to represent a linkage control relationship between other elements corresponding to the target product and the target element, the target element is at least one service element of a specified type related to the target product, the specified type of service element refers to a service element that a data item of the element needs to be calculated according to a data item of the other element, for example, whether a service element "vehicle type" belongs to a new vehicle or a next new vehicle needs to be calculated according to two elements, namely a purchase date and a driving mileage corresponding to the vehicle, and the service element "vehicle type" is the target element, which is only an example, and is not limited in this disclosure.
Here, the product template may be understood as a complete element set of order purchase in a business scenario, and different product templates may be formed by using a combination of business components, so as to implement order differentiation entry problems of different car service products, where the target product configuration data may include product basic information (such as information about product category, product name, product code, and the like) corresponding to the target product, pricing elements (such as for car insurance service, the pricing elements may include brand, train, guarantee range, guarantee type, and vehicle type, and the like), wind control rules (for car insurance service, the wind control rules may include application rules and underwriting rules, where the application rules are used to define vehicles that cannot apply for applying for insurance service, and the underwriting rules are used to define vehicles that are directly underwrited by the insurance service), wholesale items (which elements of an order may support modification after a product is issued), and other configuration information (such as information about effective date, full date, and the like corresponding to the target product).
The following description will be made on the target template configuration data and the filter corresponding to the target product, taking the target product as an example of the automobile delay insurance service:
fig. 2 is a schematic diagram of a product template interface corresponding to an automobile delay and insurance service according to an exemplary embodiment, and as shown in fig. 2, the target template configuration data corresponding to the automobile delay and insurance service specifically includes the following business objects (shown in the form of business components in the interface): customer information, vehicle information, product information, image data, and sales information, wherein each business object includes a plurality of specific business elements, for example, as shown in fig. 2, the customer information includes: business elements such as client type, client name, certificate type, certificate number, organization structure code, gender, birth date, mobile phone number, address, e-mail box and the like; the vehicle information specifically includes the following service elements: brand, vehicle series, license plate number and frame number; the product information specifically includes the following service elements: vehicle type, guarantee range, and guarantee type; each of the other business objects also includes a business element as shown in fig. 2, which is not described herein again.
Therefore, the target template configuration data may include a service component corresponding to the target product, a service object corresponding to each service component, a service element corresponding to each service object, and a UI component corresponding to each service element, where the service object is obtained by classifying and abstracting service elements corresponding to all vehicle service products in the vehicle service industry in advance, and different service objects are used to represent different attribute categories of the service elements, in other words, the attribute categories of the service elements belonging to the same service object are the same, for example, for the service elements of a brand, a vehicle family, and a license plate number, the attribute categories are the same and all belong to vehicle information, and therefore, the service elements of the brand, the vehicle family, and the license plate number belong to the service object of "vehicle information", which is only an example, and the disclosure does not limit this.
In addition, taking the business element as a vehicle type as an example, the vehicle type may include a new vehicle and a next new vehicle, and for the automobile insurance-extending service, the calculation rule of the vehicle type is as follows: the corresponding vehicle purchase billing date of the vehicle is within 7 months and the driving mileage is within 8000 kilometers (inclusive), the vehicle belongs to a new vehicle, the other vehicles belong to a next new vehicle, and for other vehicle service products (such as a step-by-step compensation service, a replacement compensation service and the like), the calculation rule of the vehicle type is as follows: the data item of the business element of the 'vehicle type' is obtained by calculation according to the data items of the two business elements of the 'invoicing date' and the 'driving mileage' for the automobile insurance service, and the data item of the business element of the 'vehicle type' can be obtained by calculation according to the data item of the business element of the 'invoicing date' for other automobile service products, so that in the disclosure, a filter can be defined for a target element of a specified type, the filter is used for representing the linkage control relationship among the elements, and different filters correspond to different linkage control relationships, for example, for an automobile insurance service, a data item of any one of two corresponding business elements, namely "date of drawing an invoice" and "mileage" may change, and for other automobile service products, a data item of one corresponding business element, namely "date of drawing an invoice" may also change, and a data item of one corresponding business element, namely "date of drawing an invoice" may also change, so that two filters may be established for the business element, namely "vehicle type", based on the two linkage control relationships, the above example is only an example, and the disclosure does not limit the same.
In a possible implementation manner of this step, the target configuration data corresponding to the target product may be found in the preset configuration data according to the product code of the target product carried in the interface loading request message.
For example, the execution engine on the server may invoke a service provided by the configuration engine according to the product code, the input parameter is the product code, and the configuration engine returns target configuration data corresponding to the target product.
In step S103, an object program file corresponding to the object product is generated according to the object configuration data.
The object program file may include a first program file corresponding to the order purchase interface or a second program file corresponding to the product pricing interface, and the object program file may be a vue file.
If the interface loading request message is a message for requesting to load the order purchase interface, in this step, an intermediate program file may be generated by using a preset template engine tool according to the target template configuration data, the target product configuration data, and a preset template program file; then, aiming at each target element, implanting the filter corresponding to the target element into the intermediate program file, and generating the first program file; if the interface loading request message is a message for requesting to load the product pricing interface, in this step, a process program file can be generated by using a preset template engine tool according to pricing elements in the target configuration data and a preset template program file; then, for each target element, the filter corresponding to the target element is implanted in the process program file, and then the second program file is generated.
Here, in a possible implementation manner, the server may determine, according to a preset indication message in the received interface loading request message, what kind of order interface the interface loading request message is specifically used for requesting, for example, if the preset indication message is 1, it indicates that the interface loading request message is used for requesting to load the order purchase interface, and if the preset indication message is 0, it indicates that the interface loading request message is used for requesting to load the product pricing interface, which is only an example and is not limited in this disclosure.
The template program file is irrelevant to specific products, all existing products use the same display style, for example, all element displays adopt the arrangement of two elements in a row and are sequentially displayed downwards. In addition, the template program file can be written by using the vue grammar, and two front-end display modes supported by the template program file include a form mode and a table list mode.
In a possible implementation manner, a data driving part related to a target product can be replaced by adopting a variable manner, configuration data information related to the product (namely the target configuration data) is obtained according to a product code of the target product, then is analyzed through a Handlebar engine tool, and is combined with a template program file to generate an executable vue file, namely the intermediate program file or the process program file.
Considering that the existing product engine does not have a good implementation scheme in the aspect of linkage control between page data items, the fixed code is basically written in a program, and generality cannot be achieved, for the problem, the present disclosure is implemented based on a checker mechanism of a front end vue, and proposes a concept of a filter, one or more filters can be added for specified types of business elements in an interface form, each filter can monitor changes of data of the filter and related business elements of linkage control, so as to achieve linkage control between data items of different business elements, and therefore, in this step, after the intermediate program file or the process program file is generated, for each target element, a filter corresponding to the target element can be implanted in the intermediate program file or the process program file, so as to generate the target program file.
In step S104, the object program file is sent to the service terminal, so that the service terminal loads the order interface corresponding to the object product according to the object program file.
In this step, the server sends the object program file to the service terminal through the execution engine, so that the service terminal can load and render the order interface on the terminal interface based on the object program file, so as to display the order interface to the user through the service sale system on the service terminal.
By adopting the method, the service elements corresponding to each preset vehicle service product can be abstracted and solidified in advance on the server side, and the abstracted attributes of the service elements and the linkage control relationship among the service elements of each preset vehicle service product are configured into the preset configuration data through the configuration engine, so that the configuration of the whole service scene is realized.
The following describes a process of pre-configuring the preset configuration data for each preset car service product with reference to the accompanying drawings:
fig. 3 is a flowchart of a method for configuring data of car service products according to an exemplary embodiment, and it should be noted that the configuration process is generally performed by a product operator before the car service products are marketed based on years of accumulation in the car service industry, the business accumulation abstraction is converted into a product engine design, and the configuration is performed on the server side by a configuration engine in advance, so that the configuration project is highly adapted to the car service industry, the full-scene configuration is fully realized, and the universality of the configuration data with respect to various car service products is improved.
As shown in fig. 3, the method comprises the steps of:
in step S301, a resource dictionary of the business element in each preset car service product is configured.
For example, for a service element of "vehicle type", the corresponding data type may be a selection formula, the corresponding candidate data item includes "new car" and "next new car", for a service element of "document type", the corresponding data type is also a selection formula, the corresponding candidate data item includes "identity card", "passport" and "license", for a service element of "document number", the corresponding data type is an "input formula", and a specific data item of a service element of an input formula is generally manually input by a user.
In step S302, a data source of a plurality of business objects is determined, the data source being used for characterizing a full set of business elements under the corresponding business object, each business object comprising one or more business elements.
In this step, the vehicle service product operator may classify and abstract the service elements corresponding to the plurality of vehicle service products based on the vehicle service industry summary over many years, and then configure a corresponding data source for each service object, for example, for a service object in which the service elements such as "name, gender, certificate type, certificate number, customer type, customer name, date of birth" are abstracted as "customer information", and for a service object in which the service elements such as "vehicle type, brand, vehicle family, frame number, license plate number" are abstracted as "vehicle information", in this way, a plurality of service objects may be obtained based on the classification and abstraction summary of the service elements corresponding to all vehicle service products, and the data source corresponding to each service object, that is, the data source of the service object is all the service elements included in the service object, which the above example is merely an illustration, and the disclosure does not limit this.
In step S303, for each service object, a UI component corresponding to each service element under the service object is determined according to the input operation of the user.
The UI component is used for defining interface control types corresponding to the business elements, the interface control types can include control types such as a numerical value box, a text box, a drop-down box, a radio box, a check box, a date, an amount, file uploading (attachment type), a paragraph (displaying a paragraph) and the like, and the configured UI component types support two types of a form component and a list component.
In step S304, for each business object in the preset car service product, a filter of each target element is defined in each UI component corresponding to the business object.
The filter is used to represent the linkage control relationship between other elements corresponding to the preset vehicle service product and the target element, where the target element is at least one service element of a specified type related to the preset vehicle service product, the specified type of service element refers to a service element whose data item needs to be calculated according to the data item of the other element, for example, whether a service element "vehicle type" belongs to a new vehicle or a next new vehicle needs to be calculated according to two elements, namely, a purchase date and a travel mileage corresponding to the vehicle, and the service element "vehicle type" is the target element, which is only an example and is not limited in this disclosure.
When the filter is configured in advance, the filter of the target element may be defined in the UI component corresponding to the target element, for example, the filter may be implemented by a front-end script language, which is not limited herein.
In step S305, for each preset car service product in a plurality of preset car service products, a plurality of business components corresponding to the preset car service product are defined according to the data source of the business object corresponding to the preset car service product and the UI component of the business object corresponding to the preset car service product.
The service components classify, abstract and summarize service purchase order form elements related to vehicle services, reflect the difference of the service elements, and different service components reflect the difference of the service elements of different service vehicle service product orders, in other words, different vehicle service products can correspond to different service components, for example, for a service object of customer information, the service component corresponding to the customer information in the vehicle delay and insurance service is "delay order form _ customer information", and the service component "delay order form _ customer information" includes service elements: the service component corresponding to the client information in the replacement compensation service is 'replacement order _ client information', and the service component 'replacement order _ client information' comprises the service elements of: name, gender and telephone, so as to reflect the differentiation of business elements corresponding to the same business object of different car service products, the above examples are merely illustrative, and the disclosure does not limit this.
In addition, the configuration function of the service component can realize the maintenance function of the service component, including addition and modification, when the service component is added, firstly, the corresponding service object data source is selected, the attribute can be selected from all the attributes of the service object data source for use, then, the corresponding UI component is selected, the UI component can automatically match the UI setting according to the selected attribute, thereby the definition of the service component is completed, and the defined service component can meet the input control configuration of purchasing a certain kind of information by the service.
In step S306, for each preset car service product, combining a plurality of service components corresponding to the preset car service product to obtain template configuration data corresponding to the preset car service product.
Fig. 4 is a schematic diagram of a product template maintenance interface of an automobile delay insurance service according to an exemplary embodiment, and as shown in fig. 4, several business components, namely "delay application _ customer information", "delay application _ vehicle information", delay application _ product information "," delay application _ influence data ", and" sales information "may be combined to obtain the template configuration data corresponding to the automobile delay insurance service.
In step S307, product configuration is performed on the preset car service product according to the input operation of the user, so as to obtain product configuration data corresponding to the preset car service product.
The product configuration data comprises product attributes (such as the product category is vehicle service, the product name is vehicle delay and the product code is 123456) corresponding to the preset vehicle service product, pricing elements (such as a brand, a vehicle system, a guarantee range, a guarantee type and the like), wind control rules, correction projects and custom configuration information; wherein the pricing element comprises a related business object influencing the selling price of the preset vehicle service product; the wind control rule comprises a product application range and a product non-application range corresponding to the preset vehicle service product; the correction project comprises selectable business elements of each business object corresponding to the preset vehicle service product, and the selectable business elements refer to which elements can be changed after an order is formed.
In step S308, a contract template is configured.
Wherein different contract template configuration data correspond to combinations of selectable values of elements in different business components.
Different contract templates can be used by different vehicle service products according to different requirements of the entered service elements, the entered service elements are determined by completely self-defined service components, and based on the configuration of the contract templates, the vehicle service products can be supported to decompose any service element corresponding to order data of users to determine which contract template to use and perform automatic adaptation.
Therefore, the car service operator can pre-configure the associated service elements of the contract templates corresponding to different car service products, so as to determine the corresponding contract template according to the associated service elements input by the user in the actual service system.
In addition, in order to facilitate that other modules may call related functions of obtaining a resource dictionary and facilitate that an execution engine calls data of a configuration engine to implement a specific service, an Application Programming Interface (API) for a specific service call needs to be configured, for example, the API Interface may include an API Interface for obtaining a rule engine and a rule set configured according to a product code, an API Interface for obtaining other configuration item formulas configured according to a product code, an API Interface for obtaining corresponding car service pricing element configuration according to a product code, an API for obtaining a modifiable field set configuration according to a product code, and the like, which are described herein by way of example only and are not limited by the present disclosure.
It should be noted that the resource dictionary, the data source of the service object, the UI component, the filter, the service component, the product template, the product information, and the contract template configured based on the above steps all have extensibility, and for the extension elements of the unknown subsequent car service product, the extension elements can be configured in the configuration engine through the maintenance interfaces of each function, thereby realizing the rapid configuration and online of the car service product.
By adopting the method, all configuration data of the product can be solidified into executable program codes in advance, the execution efficiency of the engine is improved, negative efficiency effects caused by independent configuration of each car service product are avoided, in addition, the business accumulation can be abstractly converted into a product design engine based on years of accumulation in the car service industry, the car service industry is highly adapted, the configuration of the whole scene is completely realized, in addition, for the problem of complex element linkage control of different car service products, the corresponding filter is defined for each target element of the specified type, so that the linkage control relationship between other elements corresponding to each car service product and the target element is represented through the filter, the filter has expansibility, can be expanded and configured based on specific business, and also has universality, similar scenes can be directly used, and thus, the filter meeting all scenes corresponding to the car service industry products can be configured based on the accumulation of time, and the industrial practicability is improved.
FIG. 5 is a block diagram illustrating an apparatus for loading a vehicle service order interface, as shown in FIG. 5, according to an exemplary embodiment, comprising:
a receiving module 501, configured to receive an interface loading request message sent by a service terminal, where the interface loading request message is used to request to load an order interface corresponding to a target product, and the target product includes any one of a plurality of preset car service products;
an obtaining module 502, configured to obtain target configuration data corresponding to the target product from preset configuration data according to the interface loading request message, where the preset configuration data is data that is preset according to attributes of service elements of a plurality of preset vehicle service products and a linkage control relationship between the service elements;
a generating module 503, configured to generate an object program file corresponding to the object product according to the object configuration data;
a sending module 504, configured to send the object program file to the service terminal, so that the service terminal loads the order interface corresponding to the object product according to the object program file.
Optionally, the order interface includes an order purchase interface, the object program file includes a first program file corresponding to the order purchase interface, the object configuration data includes object template configuration data, object product configuration data, and a filter corresponding to at least one object element, the filter is configured to represent a linkage control relationship between other elements corresponding to the object product and the object element, and the object element is at least one service element of a specific type related to the object product;
the generating module 503 is configured to generate an intermediate program file by using a preset template engine tool according to the target template configuration data, the target product configuration data, and a preset template program file; and for each target element, implanting the filter corresponding to the target element into the intermediate program file, and then generating the first program file.
Optionally, the order interface includes a product pricing interface, the object program file includes a second program file corresponding to the product pricing interface, and the object configuration data includes pricing elements corresponding to the object product;
the generating module 503 is configured to generate a process program file by using a preset template engine tool according to the pricing element and a preset template program file; and for each target element, implanting the filter corresponding to the target element into the process program file, and then generating the second program file.
Optionally, fig. 6 is a block diagram of an apparatus for loading a vehicle service order interface according to the embodiment shown in fig. 5, and as shown in fig. 5, the apparatus further includes:
the data configuration module 505 is configured to perform parameter configuration on each preset car service product in advance by the following method, so as to obtain the preset configuration data:
configuring a resource dictionary of service elements in each preset vehicle service product, wherein the resource dictionary stores a plurality of data types and alternative data items corresponding to the service elements respectively; determining a data source of a plurality of business objects, wherein the data source is used for representing a full set of business elements under a corresponding business object, and each business object comprises one or more business elements; for each business object, determining a user interface UI component corresponding to each business element under the business object according to the input operation of a user, wherein the UI component is used for defining the interface control type of the corresponding business element; for each preset vehicle service product in a plurality of preset vehicle service products, defining a plurality of service components corresponding to the preset vehicle service product according to the data source of the service object corresponding to the preset vehicle service product and the UI component of the service object corresponding to the preset vehicle service product; aiming at each preset vehicle service product, combining a plurality of business components corresponding to the preset vehicle service product to obtain template configuration data corresponding to the preset vehicle service product; and performing product configuration on the preset vehicle service product according to the input operation of the user to obtain product configuration data corresponding to the preset vehicle service product.
Optionally, the product configuration data includes product attributes, pricing elements, wind control rules, correction items and custom configuration information corresponding to the preset vehicle service product; wherein the pricing element comprises an associated business object influencing the selling price of the preset vehicle service product; the wind control rule comprises a product application range and a product non-application range corresponding to the preset vehicle service product; the correction item comprises selectable business elements of each business object corresponding to the preset vehicle service product.
Optionally, the preset configuration data further includes a filter of the target element in the preset car service product, and for each business object in the preset car service product, the filter is defined in each UI component corresponding to the business object.
Optionally, the preset configuration data further includes contract template configuration data, and different contract template configuration data correspond to combinations of selectable values of elements in different service components.
With regard to the apparatus in the above embodiment, the specific manner in which each module performs the operation has been described in detail in the embodiment related to the method, and will not be described in detail here.
By adopting the device, the service elements corresponding to each preset vehicle service product can be abstracted and solidified in advance on the server side, and the abstracted attributes of the service elements and the linkage control relationship among the service elements of each preset vehicle service product are configured into the preset configuration data through the configuration engine, so that the configuration of a full-service scene is realized.
Fig. 7 is a block diagram illustrating an electronic device 700 in accordance with an example embodiment. For example, the electronic device 700 may be provided as a server. Referring to fig. 7, an electronic device 700 includes a processor 722, which may be one or more in number, and a memory 732 for storing computer programs that are executable by the processor 722. The computer programs stored in memory 732 may include one or more modules that each correspond to a set of instructions. Further, the processor 722 may be configured to execute the computer program to perform the method of loading a cart service product order interface described above.
Additionally, the electronic device 700 may also include a power component 726 and a communication component 750, the power component 726 may be configured to perform power management of the electronic device 700, and the communication component 750 may be configured to enable communication of the electronic device 700, e.g., wiredOr wireless communication. The electronic device 700 may also include input/output (I/O) interfaces 758. The electronic device 700 may operate based on an operating system, such as Windows Server, stored in the memory 732 TM ，Mac OS X TM ，Unix TM ，Linux TM And so on.
In another exemplary embodiment, a computer readable storage medium comprising program instructions which, when executed by a processor, implement the steps of the above-described method of loading a vehicle service product order interface is also provided. For example, the computer readable storage medium may be the memory 732 described above including program instructions that are executable by the processor 722 of the electronic device 700 to perform the method described above for loading a vehicle service product order interface.
In another exemplary embodiment, a computer program product is also provided, the computer program product comprising a computer program executable by a programmable apparatus, the computer program having code portions for performing the method of loading a vehicle service product order interface described above when executed by the programmable apparatus.
The preferred embodiments of the present disclosure are described in detail with reference to the accompanying drawings, however, the present disclosure is not limited to the specific details of the above embodiments, and various simple modifications may be made to the technical solution of the present disclosure within the technical idea of the present disclosure, and these simple modifications all belong to the protection scope of the present disclosure.
It should be noted that, in the foregoing embodiments, various features described in the above embodiments may be combined in any suitable manner, and in order to avoid unnecessary repetition, various combinations that are possible in the present disclosure are not described again.
In addition, any combination of various embodiments of the present disclosure may be made, and the same should be considered as the disclosure of the present disclosure, as long as it does not depart from the spirit of the present disclosure.

Claims (9)

1. A method of loading a vehicle service order interface, the method comprising:
receiving an interface loading request message sent by a service terminal, wherein the interface loading request message is used for requesting to load an order interface corresponding to a target product, and the target product comprises any one of a plurality of preset vehicle service products;
acquiring target configuration data corresponding to the target product from preset configuration data according to the interface loading request message, wherein the preset configuration data are data which are preset according to attributes of business elements of a plurality of preset vehicle service products and linkage control relations among the business elements;
generating a target program file corresponding to the target product according to the target configuration data;
sending the target program file to the service terminal so that the service terminal can load the order interface corresponding to the target product according to the target program file;
the order interface comprises an order purchase interface, the target program file comprises a first program file corresponding to the order purchase interface, the target configuration data comprises target template configuration data, target product configuration data and a filter corresponding to at least one target element, the filter is used for representing linkage control relations between other elements corresponding to the target product and the target element, and the target element is at least one service element of a specified type related to the target product;
the generating of the target program file corresponding to the target product according to the target configuration data includes:
generating an intermediate program file by using a preset template engine tool according to the target template configuration data, the target product configuration data and a preset template program file;
and for each target element, implanting the filter corresponding to the target element into the intermediate program file, and then generating the first program file.
2. The method of claim 1, wherein the order interface comprises a product pricing interface, the object program file comprises a second program file corresponding to the product pricing interface, and the object configuration data comprises pricing elements corresponding to the object product;
the generating of the target program file corresponding to the target product according to the target configuration data comprises:
generating a process program file by using a preset template engine tool according to the pricing elements and a preset template program file;
and for each target element, implanting the filter corresponding to the target element into the process program file, and then generating the second program file.
3. The method according to claim 1, wherein the preset configuration data comprises template configuration data and product configuration data corresponding to each preset vehicle service product, and the preset configuration data is obtained by performing parameter configuration on each preset vehicle service product in advance in the following manner:
configuring a resource dictionary of business elements in each preset vehicle service product, wherein the resource dictionary stores data types and alternative data items corresponding to a plurality of business elements respectively;
determining a data source of a plurality of business objects, wherein the data source is used for representing a full set of business elements under a corresponding business object, and each business object comprises one or more business elements;
aiming at each business object, determining a User Interface (UI) component corresponding to each business element under the business object according to the input operation of a user, wherein the UI component is used for defining the interface control type of the corresponding business element;
for each preset vehicle service product in a plurality of preset vehicle service products, defining a plurality of service components corresponding to the preset vehicle service product according to the data source of the service object corresponding to the preset vehicle service product and the UI component of the service object corresponding to the preset vehicle service product;
aiming at each preset vehicle service product, combining a plurality of business components corresponding to the preset vehicle service product to obtain template configuration data corresponding to the preset vehicle service product;
and performing product configuration on the preset vehicle service product according to the input operation of the user to obtain product configuration data corresponding to the preset vehicle service product.
4. The method of claim 3, wherein the product configuration data includes product attributes, pricing elements, wind control rules, correction items and custom configuration information corresponding to the predetermined car service product;
wherein the pricing element comprises an associated business object influencing the selling price of the preset vehicle service product; the wind control rule comprises a product application range and a product non-application range corresponding to the preset vehicle service product; the correction project comprises selectable business elements of each business object corresponding to the preset vehicle service product.
5. The method of claim 3, wherein the preset configuration data further comprises a filter of the target element in the preset car service product, and for each business object in the preset car service product, the filter is defined in each UI component corresponding to the business object.
6. The method of claim 3, wherein the pre-set configuration data further comprises contract template configuration data, wherein different contract template configuration data correspond to combinations of selectable values of elements in different business components.
7. An apparatus for loading a vehicle service order interface, the apparatus comprising:
the system comprises a receiving module, a service terminal and a display module, wherein the receiving module is used for receiving an interface loading request message sent by the service terminal, the interface loading request message is used for requesting to load an order interface corresponding to a target product, and the target product comprises any one of a plurality of preset vehicle service products;
the acquisition module is used for acquiring target configuration data corresponding to the target product from preset configuration data according to the interface loading request message, wherein the preset configuration data are data which are preset according to attributes of service elements of a plurality of preset vehicle service products and linkage control relations among the service elements;
the generating module is used for generating a target program file corresponding to the target product according to the target configuration data;
the sending module is used for sending the target program file to the service terminal so that the service terminal can load the order interface corresponding to the target product according to the target program file;
the order interface comprises an order purchase interface, the target program file comprises a first program file corresponding to the order purchase interface, the target configuration data comprises target template configuration data, target product configuration data and a filter corresponding to at least one target element, the filter is used for representing linkage control relations between other elements corresponding to the target product and the target element, and the target element is at least one service element of a specified type related to the target product;
the generation module is used for generating an intermediate program file by using a preset template engine tool according to the target template configuration data, the target product configuration data and a preset template program file; and for each target element, implanting the filter corresponding to the target element into the intermediate program file, and then generating the first program file.
8. A computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the steps of the method according to any one of claims 1 to 6.
9. An electronic device, comprising:
a memory having a computer program stored thereon;
a processor for executing the computer program in the memory to carry out the steps of the method of any one of claims 1 to 6.
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