CN112347178A - Data docking method and device based on human-computer interaction behavior, terminal and server - Google Patents
Data docking method and device based on human-computer interaction behavior, terminal and server Download PDFInfo
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Abstract
The application discloses a data docking method, a device, a terminal and a server based on human-computer interaction behaviors, wherein a behavior script corresponding to a second order system is generated in advance through the server, and normalized order data are generated according to order data of a first order system; and executing the behavior script through the terminal equipment, and writing the normalized order data into the second order system to realize data docking between the first order system and the second order system. The method replaces a manual entry mode, is suitable for any second order system, and overcomes the defects of the conventional EDI integration technology in the application of data docking between different systems.
Description
Technical Field
The present application relates to the field of data processing technologies, and in particular, to a data docking method and apparatus based on human-computer interaction behavior, a terminal, and a server.
Background
In the practical application of internet technology, it is often involved in acquiring data from one system and inputting it into another system. For example, in the field of electronic commerce, an enterprise or a dealer opens a shop on an e-commerce platform, and registered users purchase goods through the e-commerce platform to generate order data on the e-commerce platform. At this time, order data generated by the merchant platform needs to be acquired and input into an ERP (Enterprise Resource Planning) system or a purchase-sale-stock system of the Enterprise or the dealer, so that the Enterprise or the dealer can manage data of inventory, products, finance and the like.
The Data transmission process between the ERP system or the purchase-sale-storage system and the e-commerce platform can be theoretically realized by an EDI (Electronic Data exchange) integration technology, that is, the system and the system transmit and exchange structured Data through a specific Data interface, adopting a standardized format and utilizing a computer network. However, in the process of developing the interface, the docking code or the business rule needs to be formulated through negotiation according to the development characteristics of the systems of the two parties, so that the development of the specific data interface needs a long time and corresponding technical support, and the development efficiency is low. Especially when the systems involved have different kinds or versions, a specific interface needs to be developed for each system, which further takes a lot of time, thereby further reducing the development efficiency. For example, the number of different types or versions of ERP systems is up to 1500-. In addition, many developers of ERP or purchase-sale-storage systems used by small enterprises do not exist, or the system version is old, and the data interface cannot be supported by root pressing, so that the interface development of the system is difficult.
Therefore, it is unrealistic to rely on the EDI integration technology to solve the data interfacing problem between any different systems. In fact, currently, data interfacing among many systems is still completed by means of manual entry. For example, the dealer manually enters order data generated by the e-commerce platform into its own ERP system. Therefore, how to implement data interfacing between systems with different data structures to replace a manual entry manner remains a technical problem to be solved by those skilled in the art.
Disclosure of Invention
The application provides a data docking method, a device, a terminal and a server based on human-computer interaction behaviors so as to realize data docking between systems with different data structures.
In a first aspect, the present application provides a data docking method based on human-computer interaction behavior, which is applied to a terminal device, and the method includes:
acquiring a behavior script corresponding to the second order system from the server; the second order system is configured on the terminal equipment, and the behavior script is generated by the server according to a human-computer interaction event generated by the second order system and is used for executing preset data operation;
acquiring normalized order data from a server, wherein the normalized order data is generated by the server according to the order data of the first order system;
and running the behavior script to write the normalized order data into a second order system.
Further, the running behavior script to write the normalized order data to a second order system includes:
a second operation element of the terminal determines a sub-script to be executed in the behavior script; each item to be input in the normalized order data corresponds to at least one sub-script in the behavior script respectively;
acquiring an operation interface frame image and interactive action information corresponding to the to-be-executed sub-script; the interactive action information comprises operation positioning information and action types;
judging whether the operation interface frame image is matched with a current interface image of a second order system;
and if the operation interface frame image is matched with the current interface image of the second order system, determining a target operation position of the current interface of the second order system according to the operation positioning information, and executing the action of the action type at the target operation position so as to write the to-be-input item corresponding to the to-be-executed sub-script in the normalized order data into the second order system.
Further, the determining whether the operation interface frame image is matched with the current interface image of the second order system includes:
acquiring a unique identifier of the operation interface image;
judging whether the uniqueness identifier has uniqueness relative to the current interface image or not through pixel comparison;
and if the unique identifier has uniqueness relative to the current interface image, matching the operation interface frame image with the current interface image of the second order system.
Further, the performing the action of the action type at the target operation position to write the item to be input to a second order system includes:
performing an action at the target operating location to activate the data population location;
populating the item to be entered at the data population location.
Further, the populating the to-be-entered item at a data population location includes:
directly inputting the item to be input at the data fill location;
or searching a specified input item matched with the item to be input in a preset area of the target operation position;
and executing an action on the specified input item to input the item to be input.
Further, through pixel comparison, an image area matched with the item to be input is searched for as a designated input item in a preset area of the target operation position.
Further, after the entry of the item to be entered at the data fill location, the method further comprises:
acquiring an input item of this time;
comparing the input item with the item to be input;
if the comparison result is consistent, executing the step of determining the next to-be-executed sub-script;
and if the comparison result is not consistent, clearing the input items and inputting again.
Further, the method further comprises:
when the operation of the sub-script with the execution sequence positioned at the last in the behavior script is finished, a first operation element of the terminal generates and records write-in feedback;
and sending the write feedback to a final second operation element.
Further, the running a behavior script to write the normalized order data to a second order system further comprises:
a first operation element of the terminal monitors whether a stop instruction input by a user is received;
and if the stop instruction is received, controlling the second operation element and the second operation element to stop running after the next write feedback is generated and recorded.
Further, the method further comprises:
a third operation element of the terminal monitors the current running state of the first operation element;
and if the current running state of the first operation element is stop, starting the first operation element.
Further, the acquiring normalized order data from the server includes:
a first operation element of the terminal sends a data request including a target identifier to a server;
and receiving normalized order data returned by the server according to the target identifier.
Further, after receiving the normalized order data returned by the server according to the target identifier, the method further includes:
and generating a write-in instruction and sending the write-in instruction to a second operation element of the terminal so that the second operation element runs the behavior script to write the normalized order data into a second order system.
In a second aspect, an embodiment of the present application provides a data interfacing method based on human-computer interaction behavior, which is applied to a server, and the method includes:
acquiring interaction event information when a human-computer interaction event occurs in a second order system, and generating a behavior script corresponding to the second order system; the behavior script is used for executing preset data operation; the second order system is configured on the terminal equipment;
acquiring order data in a first order system, and processing the order data according to standard data of a second order system to generate normalized order data;
and receiving a data acquisition request sent by the terminal, and sending the behavior script or the normalized order data to the terminal.
Further, the acquiring interaction event information when a human-computer interaction event occurs in the second order system and generating a behavior script corresponding to the second order system includes:
when a man-machine interaction event to a second order system occurs, acquiring interaction event information; the interactive event information comprises a current operation interface frame associated with the interactive event and interactive position information of the interactive event in the operation interface frame;
determining a unique identification image of the operation interface frame;
determining operation positioning information according to the unique identification image and the interactive position information;
generating interactive action information corresponding to the operation interface frame according to the operation positioning information and the action type of the interactive event;
establishing a sub-script corresponding to the interaction event based on the operation interface frame and the interaction action information;
and generating a behavior script comprising the sub-scripts and the execution sequence of the sub-scripts according to the logic relation among the sub-scripts corresponding to the plurality of interactive events.
Further, the determining the unique identification image of the operation interface frame includes:
selecting one or more rectangular areas related through position layout in a preset area of the interaction position;
judging whether the image corresponding to the selected rectangular area or the plurality of rectangular areas related through the position layout has uniqueness relative to the operation interface frame through pixel comparison;
if the image corresponding to the selected one or the plurality of rectangular areas associated through the position layout has uniqueness relative to the operation interface frame, determining the image corresponding to the one or the plurality of rectangular areas associated through the position layout as a unique identification image of the operation interface frame;
if the image corresponding to the selected rectangular area or the rectangular areas related through the position layout does not have uniqueness relative to the operation interface frame, the step of selecting another rectangular area in the preset area of the interaction position is executed, and the other rectangular area is related to the selected rectangular area or rectangular areas through the position layout.
Further, the processing the order data according to the standard data of the second order system to generate normalized order data includes:
establishing a matching relation between fields in the order data and standard fields of a second order system;
splitting an account set for the order data to obtain a plurality of documents;
converting the bill through a preset conversion script, and determining the data type of the bill;
and adding the converted data into a queue to form normalized order data.
Further, the establishing a matching relationship between the fields in the order data and the standard fields of the second order system includes:
analyzing fields contained in the order data;
determining non-standard fields in the order data according to the standard fields of the second order system;
judging whether a standard field having a matching relation with the non-standard field exists or not;
if the standard field having the matching relation with the non-standard field does not exist, searching the standard field matched with the non-standard field, and establishing the matching relation between the non-standard field and the standard field.
Further, the method further comprises:
setting equivalent fields for one or more standard fields in the second order system and the standard data; the equivalent fields are used to compare with fields contained in the order data to determine non-standard fields in the order data.
In a third aspect, the present application provides a data docking apparatus based on human-computer interaction behavior, which is applied to a terminal device, where the terminal device is configured with a second order system, and the apparatus includes:
a first obtaining unit, configured to obtain, from a server, a behavior script corresponding to a second order system; the behavior script is generated by the server according to a human-computer interaction event generated by the second order system and is used for executing preset data operation;
the second acquisition unit is used for acquiring normalized order data from the server, and the normalized order data is generated by the server according to the order data of the first order system;
and the script running unit is used for running the behavior script so as to write the normalized order data into a second order system.
In a fourth aspect, the present application provides a terminal configured with a second ordering system, the terminal including: a processor;
a memory for storing processor-executable instructions;
wherein the processor is configured to:
acquiring a behavior script corresponding to the second order system from the server; the behavior script is generated by the server according to a human-computer interaction event generated by the second order system and is used for executing preset data operation;
acquiring normalized order data from a server, wherein the normalized order data is generated by the server according to the order data of the first order system;
and running the behavior script to write the normalized order data into a second order system.
In a fifth aspect, the present application provides a server, comprising: a processor;
a memory for storing processor-executable instructions;
wherein the processor is configured to:
acquiring interaction event information when a human-computer interaction event occurs in a second order system, and generating a behavior script corresponding to the second order system; the behavior script is used for executing preset data operation;
acquiring order data in a first order system, and processing the order data according to standard data of a second order system to generate normalized order data;
and receiving a data acquisition request sent by the terminal, and sending the behavior script or the normalized order data to the terminal.
In a sixth aspect, the present application further provides a storage medium, where the storage medium may store a program, and the program may implement, when executed, some or all of the steps in the embodiments of the data interfacing method based on human-computer interaction behavior provided by the present application.
According to the data docking method, the data docking device, the terminal and the server based on the human-computer interaction behaviors, the behavior script corresponding to the second order system is generated in advance through the server, and normalized order data are generated according to the order data of the first order system; and executing the behavior script through the terminal equipment, and writing the normalized order data into the second order system to realize data docking between the first order system and the second order system. The method replaces a manual entry mode, is suitable for any second order system, and overcomes the defects of the conventional EDI integration technology in the application of data docking between different systems.
Drawings
In order to more clearly explain the technical solution of the present application, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious to those skilled in the art that other drawings can be obtained according to the drawings without any creative effort.
FIG. 1 is a flowchart of a method for generating a behavior script by a server according to an embodiment of the present disclosure;
FIG. 2(a) is a schematic diagram of an application scenario according to an embodiment of the present application;
FIG. 2(b) is a schematic diagram of an application scenario according to an embodiment of the present application;
FIG. 3 is a flowchart of a method for determining a unique identification image of an operator interface frame according to an exemplary embodiment;
FIG. 4 is a schematic diagram of an application scenario according to an embodiment of the present application;
fig. 5 is a flowchart of a method for processing order data by a server to generate normalized order data according to a second embodiment of the present application;
fig. 6 is a flowchart of a method for processing order data by a server to generate normalized order data according to a second embodiment of the present application;
fig. 7 is a flowchart of a data docking method based on human-computer interaction behavior according to a third embodiment of the present application;
fig. 8 is a flowchart of a data docking method based on human-computer interaction behavior according to a fourth embodiment of the present application;
fig. 9 is a flowchart of another data interfacing method based on human-computer interaction behavior according to the fourth embodiment of the present application;
fig. 10 is a block diagram of a data interfacing apparatus based on human-computer interaction behavior according to a fifth embodiment of the present application.
Detailed Description
In order to make those skilled in the art better understand the technical solution of the present invention, the technical solution in the embodiment of the present invention will be clearly and completely described below with reference to the drawings in the embodiment of the present invention, and it is obvious that the described embodiment is only a part of the embodiment of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The data docking method, the data docking device, the terminal and the server based on the man-machine interaction behaviors provided by the application include but are not limited to application in technical scenes of acquiring data in one system and inputting the data into another system, and can also be applied to other technical scenes of repeated man-machine interaction operation with regularity, so that the technical problems of frequent operation and low efficiency of a user are solved.
Example one
[ claim 14/15 ] the method for data docking based on human-computer interaction behavior provided by the present application relates to a process in which a server generates a behavior script according to a human-computer interaction event occurring in a second order system, and with reference to fig. 1, the process includes the following steps:
step S110, when a man-machine interaction event to the second order system occurs, acquiring interaction event information; the interactive event information comprises a current operation interface frame associated with the interactive event and interactive position information of the interactive event in the operation interface frame;
the man-machine interaction means that information interaction between a user and a computer is realized through computer input equipment and computer output equipment. In the present application, an interactive event may be understood as an event in which a user inputs information on a machine through a corresponding interactive action. The type of interaction that triggers an interaction event varies depending on the input mode, e.g., mouse click type (mouse input), keyboard input type, etc.
In this embodiment, when a human-computer interaction event occurs, a current operation interface frame is acquired. And binding the acquired operation interface frame with the corresponding interaction event to enable the interaction event to be associated with the specific operation interface frame. The operation interface frame can carry a time stamp or sequence coding which is added to the operation interface frame and corresponds to the time stamp, and is used for distinguishing the operation interface frames corresponding to different interaction events and determining the sequence among the operation interface frames.
In this embodiment, when a human-computer interaction event occurs, the occurrence position or area of a user response action triggering the interaction event in an operation interface frame, that is, interaction position information of the interaction event in the operation interface frame, such as a mouse click position, a keyboard input area, and the like, is recorded. It is to be understood that "interaction location information" is quantitative information for characterizing an interaction location or region, and should contain "location coordinates". That is, if the "position coordinates" is one index, the interactive position information is a set of indexes. For example, the position coordinates of the mouse click position in the operation interface frame, or the set of point coordinates of the boundary of the keyboard input area in the operation interface frame, or the like.
Step S120, determining a unique identification image of the operation interface frame;
in the present embodiment, the unique identification image is a part of the image of the operation interface frame. In a more specific implementation manner, the unique identification image may include an image corresponding to a rectangular area in a preset area of the interaction location, for example, an image corresponding to an area B shown in fig. 2 (a); it is also possible to include images corresponding to a plurality of rectangular regions within a preset region of the interaction location, in which case the unique identification image can be understood as a collection of several small image regions, such as the images corresponding to regions B1, B2, and B3 shown in fig. 2 (B).
In the technical scheme of the application, the unique identification image mainly plays two roles, one is that the unique identification image is used for representing the complete operation interface frame to which the unique identification image belongs, the unique identification image of the operation interface frame is stored in a processor cache instead of storing the complete operation interface frame, the data processing amount and the storage amount can be reduced, and the other is used for positioning the interaction position so as to execute corresponding action at the interaction position.
Specifically, through the steps shown in fig. 3, a unique identification image of the operation interface frame is determined;
in step S121, selecting one or more rectangular regions associated by position layout within a preset region of the interaction position;
it should be noted that the interaction location described in this embodiment corresponds to a preset area, and the preset area may be understood as a vicinity area of the interaction location. In a specific implementation, an image corresponding to a preset region of an interaction position is scanned to obtain pixel distribution data of the preset region, and one or more rectangular regions with relatively more characteristics are selected by analyzing and processing the pixel distribution data.
When a plurality of rectangular regions are selected, the positional layout or relative positional relationship of the rectangular regions is deterministic, that is, the plurality of rectangular regions are associated with each other by the deterministic positional layout. When the position of any one rectangular area is determined, the positions of the rest rectangular areas are determined accordingly.
It should be noted that, the size of the rectangular area is not limited in the present application, and in a specific implementation, the size data may be preset, or may be dynamically adjusted according to the pixel distribution data.
In step S122, whether the image corresponding to the selected one or multiple rectangular areas associated with each other through position layout has uniqueness with respect to the operation interface frame is determined through pixel comparison; if the uniqueness exists, executing step S123, otherwise executing step S124;
and comparing the pixel sequence contained in the image corresponding to the selected one or more rectangular areas with the rest pixel areas (excluding the parts corresponding to the rectangular areas) of the operation interface frame to judge whether the image pixels corresponding to the rectangular areas are distributed in a consistent manner in the operation interface frame.
For a single rectangular area, if an area consistent with a pixel part of the rectangular area exists in the rest pixel areas of the operation interface frame, the image corresponding to the rectangular area does not have uniqueness relative to the operation interface frame; otherwise, it has uniqueness.
For a plurality of rectangular areas related through position layout, if the rest pixel areas of the operation interface frame have the same position layout as the rectangular areas and the pixel distribution of the areas corresponding to the positions is also consistent, the images corresponding to the rectangular areas do not have uniqueness relative to the operation interface frame; otherwise, it has uniqueness.
Based on this, the present embodiment determines whether the image corresponding to the selected one or the plurality of rectangular regions associated by the position layout has uniqueness with respect to the operation interface frame by:
performing pixel comparison on the selected image corresponding to one or more rectangular areas associated through position layout and the images corresponding to the rest areas of the operation interface frame;
and if the same region as the image pixel corresponding to the selected rectangular region exists in the rest regions of the operation interface frame, or the same region as the image pixel corresponding to the plurality of rectangular regions associated with the selected position layout exists in the rest regions of the operation interface frame, and the position layout among the same regions is the same as the position layout of the plurality of rectangular regions, determining that the image corresponding to the selected rectangular region or the plurality of rectangular regions associated with the position layout has uniqueness relative to the operation interface frame.
For example, referring to fig. 4, the selected rectangular region includes C1, C2, and C3 associated by a position layout, and in other regions in the operation interface shown in fig. 4, there are C11, C22, and C33 that are consistent with the pixels of C1, C2, and C3 and also have the same position layout, which indicates that C1, C2, and C3 do not have uniqueness with respect to the operation interface frame. Otherwise, the method has uniqueness.
In step S123, determining that the image corresponding to the rectangular area or the rectangular areas associated with each other through the position layout is a unique identification image of the operation interface frame;
a step of selecting another rectangular region within the preset region of the interaction position in step S124, the another rectangular region having a position layout association with the selected rectangular region or regions.
Step S130, determining operation positioning information according to the unique identification image and the interactive position information;
in this embodiment, the operation positioning information is used to position the interaction location, so that a corresponding action is performed at the interaction location, instead of manual operation. Specifically, the operation positioning information is determined through the following steps:
step S131, acquiring the current position coordinates of the unique identification image in the operation interface frame;
it should be noted that, the two-dimensional coordinate system where the operation interface frame is located is pre-established, and the two-dimensional coordinate system is used as a reference standard to discuss any position or position relationship described in the present application. In addition, since the unique identification image is a part or a plurality of regions of the operation interface frame and is a set of innumerable points, the coordinates of a certain boundary point or the coordinates of a center point of the unique identification image can be taken as the current position coordinates of the unique identification image. Because the actual sizes of the operation interface frame and the identification image can change under different scaling ratios, the values of the position coordinates of the interaction position or the identification image are relative values adaptive to the scaling ratio, but not absolute values.
Step S132, analyzing the interactive position information to obtain an interactive position coordinate;
step S133, determining a relative position relationship between the interaction position and the position of the unique identification image according to the current position coordinate and the interaction position coordinate of the unique identification image in the operation interface frame, and taking the unique identification image and the relative position relationship as operation positioning information.
If the unique identification image comprises an image corresponding to a rectangular area, determining the relative position relationship between the interaction position and the image corresponding to the rectangular area according to the current position coordinate and the interaction position coordinate of the rectangular area in the operation interface frame;
and if the identification image comprises a plurality of rectangular areas, determining the relative position relation between the interaction position and the corresponding image of each rectangular area according to the current position coordinate and the interaction position coordinate of each rectangular area in the operation interface frame.
It should be noted that, in the application, the relative position relationship between the interaction position and the position of the unique identification image is used as the operation positioning information, when the terminal device runs the behavior script, the position of the unique identification image is firstly searched on the execution interface, and then the interaction position is positioned according to the relative position relationship between the unique identification image and the interaction position, so that the corresponding action of the man-machine interaction behavior at the interaction position is simulated, and the manual operation is replaced. Even if the position (position coordinates) of the unique identification image on the execution interface changes, the relative position relation between the unique identification and the interactive position cannot change, so that the interactive position can still be positioned through the actual position of the unique identification image.
Step S140, generating interactive action information corresponding to the operation interface frame according to the operation positioning information and the action type of the interactive event;
in this embodiment, the interactive action information corresponding to the operation interface frame may be understood as information including an action type of the interactive event and the operation positioning information. The interaction action information is used for simulating man-machine interaction behaviors, positioning interaction positions and executing actions of corresponding action types at the interaction positions to replace manual operation.
Step S150, establishing a sub-script corresponding to the interaction event based on the operation interface frame and the interaction action information; and step S160, generating the behavior script including the sub-script and the execution sequence of the sub-script according to the logic relation among the sub-scripts corresponding to the plurality of interaction events.
If a script is a combination of commands for controlling a functional entity to perform an action, the sub-script described herein can be understood as a command in the combination for controlling the functional entity to perform an action. It should be noted that, in the embodiment of the present application, each operation interface frame corresponds to a specific interaction event, and meanwhile, a sub-script generated according to the operation interface frame and the corresponding interaction action information also corresponds to the specific interaction event. Based on this, the behavior script described in this application may be understood as a complete execution script formed by a plurality of sub-scripts after logic processing. When the script is run through the functional entity, each sub-script is executed according to the determined logical relationship, so that the interaction event corresponding to each sub-script is automatically realized.
In this embodiment, the logical relationship between each sub-script includes judgment, jump, branch processing, and the like. For example, when the screen pop contains two prompts of "yes" and "no", the screen to which the point "yes" or "no" jumps belongs to two branches. When the screen pops up the login page, the current login may need to be logged in again when overtime happens, and the logic relationship between the login screen and the sub-script corresponding to the screen before jumping is jumping.
Example two
The application provides a data docking method based on human-computer interaction behavior, which relates to a server processing order data in a first order system acquired by a server according to standard data of a second order system to generate normalized order data, and referring to fig. 5, the process includes the following steps:
step S210, establishing a matching relation between fields in the order data and standard fields of a second order system;
in this embodiment, the field includes a field name and field content, and a relationship between the field name and the field content is equivalent to a key and a key value. Field name-field contents such as distributor name-Yibao, shop name-Hui supermarket, size-300 ml, quantity-10, commodity name-mineral water, etc. The second order system, which is the side that accepts the data, has a specific field, namely a standard field. In order to make the fields in the order data of the first order system correspond to the standard fields of the second order system, a matching relationship between the two is established in step S210. The fields to be matched comprise field names and field contents under specific field names, such as pure coconut yogurt of commodity names.
Specifically, the method comprises the steps shown in fig. 6:
step S211, analyzing the fields contained in the order data;
for example, the fields parsed from the order data include the dealer name-Yibao dealer A, the store name-Huifei Supermarket, the Specification-350 ml, the quantity, the product name-Yibao mineral water, the product number-0001, the selling unit price, and so forth.
Step S212, according to the standard field of the second order system, determining a non-standard field in order data;
for example, assuming that the standard fields of the second order system include a dealer name-Yibao dealer A1, a shop-Hui supermarket, a size-350, a quantity, a product name-Yibao mineral water, it can be determined by comparison that the non-standard fields included in the order data of step S211 include: yibao distributor A (against the standard Yibao distributor A1), store name (against the standard store), 350ml (against the standard 350), and product name (against the standard product name).
Step S213, judging whether a standard field having a matching relation with the non-standard field exists;
in practice, the non-standard fields and standard fields in the order data may have been matched, for example, in the past data entry process, Yibao dealer A has been matched to Yibao dealer A1.
In step S213, the non-standard field to be currently matched is determined by determining whether there is a standard field having a matching relationship with the non-standard field.
Further in step S214, if there is no standard field having a matching relationship with the non-standard field, the standard field matching the non-standard field is searched for, and a matching relationship between the non-standard field and the standard field is established.
For example, the "store" is matched to the "store name", the "350 ml" is matched to the "350", and the "product name" is matched to the "product name".
Step S220, splitting an account set for the order data to obtain a plurality of bills;
in this embodiment, according to actual needs, one piece of order data is split into a plurality of specified account sets, and a plurality of documents corresponding to different account set types are obtained.
Step S230, converting the bill through a preset conversion script, and determining the data type of the bill;
for example, the "change" type bill is converted into the "in-stock" bill and the "out-stock" bill by a preset conversion script.
Step S240, adding the converted data into a queue to form normalized order data.
Further, step S250 is included, in the second order system and the standard data, setting an equivalent field for one or more standard fields; the equivalent fields are used to compare with fields contained in the order data to determine non-standard fields in the order data.
For example, the standard fields included in the second order system, such as "pure screening yogurt", "product name", "product number", and "unit price", are set, in step S250, the equivalent field "pure screening" is set as "pure screening yogurt", the equivalent field "product name" is set as "product name", the equivalent field "product number" is set as "product number", and the equivalent field "sales unit price" is set as "unit price".
In the data docking method based on the man-machine interaction behavior, the server processes the order data acquired by the server from the first order system into normalized order data, so that the behavior script can write the normalized data into the second order system with specific requirements.
EXAMPLE III
The embodiment provides a data docking method based on human-computer interaction behavior, which is applied to a server, and referring to fig. 7, the method includes:
step S310, acquiring interaction event information when a human-computer interaction event occurs in the second order system, and generating a behavior script corresponding to the second order system; the behavior script is used for executing preset data operation; the second order system is configured on the terminal equipment;
for a specific implementation of step S310, refer to the first embodiment, which is not described herein again.
Step S320, obtaining order data in a first order system, processing the order data according to standard data of a second order system, and generating normalized order data;
in step S320, the specific implementation manner can be referred to in the second embodiment, and details are not described here.
And step S330, receiving a data acquisition request sent by the terminal, and sending the behavior script or the normalized order data to the terminal.
Example four
The embodiment provides a data docking method based on human-computer interaction behavior, which is applied to a terminal device, and referring to fig. 8, the method includes:
step S410, acquiring a behavior script corresponding to the second order system from the server; the second order system is configured at the terminal equipment; the behavior script is generated by the server according to a human-computer interaction event generated by the second order system and is used for executing preset data operation;
in this embodiment, a second order system is first configured in the terminal device, where the second order system represents a system that receives data, such as an EPR system of a dealer. And data interaction is realized between the terminal equipment and the server through necessary communication equipment and interface protocols. The behavior script is generated by the server in the first embodiment.
Step S420, acquiring normalized order data from a server, wherein the normalized order data is generated by the server according to the order data of the first order system;
in this embodiment, the first order system represents a system for outputting order data, for example, an order system of an e-commerce platform. The normalized order data, for example, the order data with a specific format that is obtained after the server is normalized in the second embodiment, meets the requirement of the second order system.
Specifically, a data request including a target identifier is sent to a server through a first operation element of a terminal; and then receiving normalized order data returned by the server according to the target identification. Wherein the target identification is used to indicate to the server which data is specifically requested.
And after receiving the normalized order data, the first operation element of the terminal generates a write-in instruction and sends the write-in instruction to the second operation element of the terminal, so that the second operation element runs the behavior script, and the normalized order data is written into a second order system.
Specifically, in step S430, the second operation element of the terminal runs the behavior script under the instruction of the first operation element, so as to write the normalized order data into the second order system.
In this embodiment, the behavior script is specially corresponding to the second order system, and is used to execute a preset data operation. The preset data operation may be understood as a series of operations to write the normalized order data to the second order system.
Specifically, step S430 includes the refinement step shown in fig. 9:
in step S431, the terminal second operation element determines a to-be-executed sub-script in the behavior script; each item to be input in the normalized order data corresponds to at least one sub-script in the behavior script respectively;
in this embodiment, the to-be-executed sub-script is a sub-script corresponding to the data entry step to be executed at present. The normalized order data includes a plurality of items to be entered, such as store names, commodity names, etc., and at least one specific step is required to be performed to enter one item to be entered into the second order system.
In step S432, an operation interface frame image and interaction information corresponding to the to-be-executed sub-script are obtained; the interactive action information comprises operation positioning information and action types;
in this embodiment, the behavior script includes a plurality of sub-scripts, each of which is generated by the server according to the operation interface frame image and the interaction information when the interaction event corresponding to the sub-script occurs, where the interaction information further includes operation positioning information and an action type. The operation positioning information is used for positioning the execution position of the interactive action.
In step S433, it is determined whether the operation interface frame image matches a current interface image of a second order system;
in this embodiment, the interface image represents an operation interface image when the terminal device enters data into the second order system by running the behavior script, and the current interface image is the operation interface image when executing the current sub-script.
And in the process of running the script, determining whether the current interface is consistent with the step to be executed by judging whether the frame image of the operation interface is matched with the current interface image. If they match, correct execution of the step can be guaranteed.
Specifically, whether the operation interface frame image is matched with the current interface image of the second order system is judged through the following steps:
step S4331, acquiring a unique identifier of the operation interface image;
step S4332, comparing the pixels to judge whether the unique identifier has uniqueness relative to the current interface image;
step S4333, if the unique identifier has uniqueness relative to the current interface image, matching the operation interface frame image with the current interface image of the second order system.
Because the uniqueness identifier uniquely represents the operation interface frame image, if the same uniqueness identifier also has uniqueness relative to the current interface image, the operation interface frame image and the current interface image are the same image, namely are matched.
In step S434, if the operation interface frame image matches with the current interface image of the second order system, determining a target operation position of the current interface of the second order system according to the operation positioning information, and executing the action of the action type at the target operation position, so as to write the to-be-input item corresponding to the to-be-executed sub-script in the normalized order data into the second order system.
Specifically, since the operation positioning information includes the unique identifier and the relative position relationship between the interaction position and the position of the unique identifier image, in step S434, the position of the unique identifier in the current interface image is determined according to the position of the unique identifier in the operation interface frame image to which the unique identifier belongs; and determining the target operation position of the current interface of the second order system according to the position of the unique identifier in the current interface image and the relative position relation.
Wherein executing the action of the action type at the target operation position specifically includes:
performing an action at the target operating location to activate the data population location;
populating the item to be entered at the data population location.
For example, the entry to be entered is entered directly at the data-stuffing location; or searching a specified input item matched with the item to be input in a preset area of the target operation position; and executing an action on the specified input item to input the item to be input.
Specifically, an image area matched with the item to be input is searched for as a designated input item in a preset area of the target operation position through pixel comparison.
Further, after the item to be input is input at the data filling position, the input content can be checked, and specifically, the input item of this time is obtained; comparing the input item with the item to be input; if the comparison result is consistent, executing the step of determining the next to-be-executed sub-script; and if the comparison result is not consistent, clearing the input items and inputting again. The input result is checked in real time, so that the input accuracy can be improved.
In other embodiments of the present application, after step S430, that is, when the sub-script in the action script whose execution sequence is last runs, the method further includes:
step S440, generating and recording write-in feedback by a first operation element of the terminal; and sending the write feedback to a final second operation element.
In addition, during the terminal device executes the above step S430, that is, during the execution of the above steps S431 to S434, step S435 is also executed, and the terminal first operation element monitors whether a stop instruction input by the user is received; and step S436, if the stop instruction is received, controlling the second operation element and the self to stop running after the next write feedback is generated and recorded.
Through steps S435-S436, the terminal equipment is guaranteed to stop after completely writing the current order and successfully feeding back, and the problem of writing errors or feedback failure caused by unexpected stop is avoided.
In addition, in the process that the terminal device executes all the steps, step S440 may also be executed, where a third operation element of the terminal monitors the current running state of the first operation element; and step S450, if the current running state of the first operation element is stop, starting the first operation element. Thereby ensuring that the first operation element is always in a working state or a standby state.
According to the data docking method based on the human-computer interaction behavior, a behavior script corresponding to a second order system is generated in advance through a server, and normalized order data are generated according to the order data of a first order system; and executing the behavior script through the terminal equipment, and writing the normalized order data into the second order system to realize data docking between the first order system and the second order system. The method replaces a manual entry mode, is suitable for any second order system, and overcomes the defects of the conventional EDI integration technology in the application of data docking between different systems.
EXAMPLE five
The embodiment provides a data docking device based on human-computer interaction behavior, which is applied to a terminal device, where the terminal device is configured with a second order system, referring to fig. 10, the device includes:
a first obtaining unit U510, configured to obtain a behavior script corresponding to the second order system from the server; the behavior script is generated by the server according to a human-computer interaction event generated by the second order system and is used for executing preset data operation;
the second obtaining unit U520 is configured to obtain normalized order data from the server, where the normalized order data is generated by the server according to the order data of the first order system;
and the script running unit U530 is used for running the behavior script so as to write the normalized order data into the second order system.
The script execution unit U530 includes:
a determining subunit U531, configured to determine a to-be-executed sub-script in the behavior script; each item to be input in the normalized order data corresponds to at least one sub-script in the behavior script respectively;
the obtaining subunit U532 is configured to obtain an operation interface frame image and interaction action information corresponding to the to-be-executed sub-script; the interactive action information comprises operation positioning information and action types;
a judging subunit U533, configured to judge whether the operation interface frame image matches a current interface image of the second order system;
and the execution subunit U534 is configured to, if the operation interface frame image is matched with the current interface image of the second order system, determine a target operation position of the current interface of the second order system according to the operation positioning information, and execute the action of the action type at the target operation position, so as to write the to-be-input item corresponding to the to-be-executed sub-script in the normalized order data into the second order system.
The determining subunit U533 is specifically configured to:
acquiring a unique identifier of the operation interface image;
judging whether the uniqueness identifier has uniqueness relative to the current interface image or not through pixel comparison;
and if the unique identifier has uniqueness relative to the current interface image, matching the operation interface frame image with the current interface image of the second order system.
The execution subunit U534 is specifically configured to:
determining a target operation position of a current interface of a second order system according to the operation positioning information;
performing an action at the target operating location to activate the data population location;
populating the item to be entered at the data population location.
The execution subunit U534 is further configured to:
acquiring an input item of this time;
comparing the input item with the item to be input;
if the comparison result is consistent, executing the step of determining the next to-be-executed sub-script;
and if the comparison result is not consistent, clearing the input items and inputting again.
The script execution unit U530 further includes:
a feedback subunit U535, configured to generate and record a write feedback when the running of the sub-script whose execution sequence is located at the last in the behavior script is completed; the write feedback is sent to execution subunit U534.
The script execution unit U530 further includes:
a safety stop subunit U536 for monitoring whether a stop instruction input by a user is received;
if the stop instruction is received, after the next write feedback is generated and recorded, all the subunits in the script running unit U530 are controlled to stop running.
The data docking device based on the human-computer interaction behavior further comprises:
the process daemon unit U540 is used for monitoring the current running state of the second acquisition unit U520;
and if the current running state of the second obtaining unit U520 is stop, starting the second obtaining unit U520.
The second obtaining unit U520 is further configured to generate a write instruction, and send the write instruction to the script executing unit U530, so that the script executing unit U530 executes the behavior script to write the normalized order data into the second order system.
EXAMPLE six
This embodiment provides a terminal, this terminal configuration has a second order system, the terminal includes: a processor;
a memory for storing processor-executable instructions;
wherein the processor is configured to:
acquiring a behavior script corresponding to the second order system from the server; the behavior script is generated by the server according to a human-computer interaction event generated by the second order system and is used for executing preset data operation;
acquiring normalized order data from a server, wherein the normalized order data is generated by the server according to the order data of the first order system;
and running the behavior script to write the normalized order data into a second order system.
The terminal provided in this embodiment is further configured to execute all the steps described in the third embodiment, which is not described herein again.
EXAMPLE seven
The present embodiment provides a server, including: a processor;
a memory for storing processor-executable instructions;
wherein the processor is configured to:
acquiring interaction event information when a human-computer interaction event occurs in a second order system, and generating a behavior script corresponding to the second order system; the behavior script is used for executing preset data operation;
acquiring order data in a first order system, and processing the order data according to standard data of a second order system to generate normalized order data;
and receiving a data acquisition request sent by the terminal, and sending the behavior script or the normalized order data to the terminal.
In the server provided in this embodiment, the processor is further configured to perform all the steps described in the first embodiment and the second embodiment.
According to the data docking method, the data docking device, the terminal and the server based on the human-computer interaction behaviors, the behavior script corresponding to the second order system is generated in advance through the server, and normalized order data are generated according to the order data of the first order system; and executing the behavior script through the terminal equipment, and writing the normalized order data into the second order system to realize data docking between the first order system and the second order system. The method replaces a manual entry mode, is suitable for any second order system, and overcomes the defects of the conventional EDI integration technology in the application of data docking between different systems.
In specific implementation, the present invention further provides a computer storage medium, where the computer storage medium may store a program, and the program may include some or all of the steps in the embodiments of the data interfacing method based on human-computer interaction behaviors provided by the present invention when executed. The storage medium may be a magnetic disk, an optical disk, a read-only memory (ROM) or a Random Access Memory (RAM).
Those skilled in the art will readily appreciate that the techniques of the embodiments of the present invention may be implemented as software plus a required general purpose hardware platform. Based on such understanding, the technical solutions in the embodiments of the present invention may be essentially or partially implemented in the form of a software product, which may be stored in a storage medium, such as ROM/RAM, magnetic disk, optical disk, etc., and includes several instructions for enabling a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the method according to the embodiments or some parts of the embodiments.
The same and similar parts in the various embodiments in this specification may be referred to each other. Especially, for the device, terminal and server embodiments, since they are basically similar to the method embodiments, the description is simple, and the relevant points can be referred to the description in the method embodiments.
The above-described embodiments of the present invention should not be construed as limiting the scope of the present invention.
Claims (10)
1. A data docking method based on human-computer interaction behaviors is applied to terminal equipment, and the method comprises the following steps:
acquiring a behavior script corresponding to the second order system from the server; the second order system is configured at the terminal equipment; the behavior script is generated by the server according to a human-computer interaction event generated by the second order system and is used for executing preset data operation;
acquiring normalized order data from a server, wherein the normalized order data is generated by the server according to the order data of the first order system;
and running the behavior script to write the normalized order data into a second order system.
2. The method of claim 1, wherein the running a behavior script to write the normalized order data to a second order system comprises:
a second operation element of the terminal determines a sub-script to be executed in the behavior script; each item to be input in the normalized order data corresponds to at least one sub-script in the behavior script respectively;
acquiring an operation interface frame image and interactive action information corresponding to the to-be-executed sub-script; the interactive action information comprises operation positioning information and action types;
judging whether the operation interface frame image is matched with a current interface image of a second order system;
and if the operation interface frame image is matched with the current interface image of the second order system, determining a target operation position of the current interface of the second order system according to the operation positioning information, and executing the action of the action type at the target operation position so as to write the to-be-input item corresponding to the to-be-executed sub-script in the normalized order data into the second order system.
3. The method of claim 2, wherein said determining whether the operator interface frame image matches the current interface image of the second order system comprises:
acquiring a unique identifier of the operation interface image;
judging whether the uniqueness identifier has uniqueness relative to the current interface image or not through pixel comparison;
and if the unique identifier has uniqueness relative to the current interface image, matching the operation interface frame image with the current interface image of the second order system.
4. The method of claim 2, wherein said performing an action of said action type at a target operational location to write said item to be entered to a second order system comprises:
performing an action at the target operating location to activate the data population location;
populating the item to be entered at the data population location.
5. The method of claim 4, wherein the populating the to-be-entered item at a data population location comprises:
directly inputting the item to be input at the data fill location;
or searching a specified input item matched with the item to be input in a preset area of the target operation position;
and executing an action on the specified input item to input the item to be input.
6. The method according to claim 5, wherein the image area matching the to-be-input item is searched for as the designated input item in a preset area of the target operation position by pixel comparison.
7. The method of claim 5, wherein after entering the item to be entered at the data fill location, the method further comprises:
acquiring an input item of this time;
comparing the input item with the item to be input;
if the comparison result is consistent, executing the step of determining the next to-be-executed sub-script;
and if the comparison result is not consistent, clearing the input items and inputting again.
8. A data docking device based on human-computer interaction behavior is applied to terminal equipment, and is characterized in that the terminal equipment is provided with a second order system, and the device comprises:
a first obtaining unit, configured to obtain, from a server, a behavior script corresponding to a second order system; the behavior script is generated by the server according to a human-computer interaction event generated by the second order system and is used for executing preset data operation;
the second acquisition unit is used for acquiring normalized order data from the server, and the normalized order data is generated by the server according to the order data of the first order system;
and the script running unit is used for running the behavior script so as to write the normalized order data into a second order system.
9. A terminal, configured with a second ordering system, the terminal comprising: a processor;
a memory for storing processor-executable instructions;
wherein the processor is configured to:
acquiring a behavior script corresponding to the second order system from the server; the behavior script is generated by the server according to a human-computer interaction event generated by the second order system and is used for executing preset data operation;
acquiring normalized order data from a server, wherein the normalized order data is generated by the server according to the order data of the first order system;
and running the behavior script to write the normalized order data into a second order system.
10. A server, comprising: a processor;
a memory for storing processor-executable instructions;
wherein the processor is configured to:
acquiring interaction event information when a human-computer interaction event occurs in a second order system, and generating a behavior script corresponding to the second order system; the behavior script is used for executing preset data operation;
acquiring order data in a first order system, and processing the order data according to standard data of a second order system to generate normalized order data;
and receiving a data acquisition request sent by the terminal, and sending the behavior script or the normalized order data to the terminal.
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