CN115203454A - Method, system and equipment for generating rocket gun professional skill training questions - Google Patents
Method, system and equipment for generating rocket gun professional skill training questions Download PDFInfo
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Abstract
The invention provides a method, a system and equipment for generating rocket gun professional skill training questions, wherein the method comprises the following steps: when the application layer drags each operation step module and the vector diagram into the operation area, a first analysis class and a second analysis class are constructed, each vector diagram is analyzed through the second analysis class to obtain the association relation among the operation step modules, and the association relation and the execution sequence among the operation step modules are set; when the application layer edits the data elements of each operation step module, acquiring attribute data information of each operation step module, analyzing the attribute data information through a first analysis class to acquire identification information, and calling the corresponding editing modules in the core code layer in sequence after clicking and storing the attribute data information so that each editing module perfectly sets the attribute information of each operation step module to generate a training question. The invention only needs to drag each graphic module in sequence and edit data elements in the application layer, and the operation is simple and is not easy to make mistakes.
Description
Technical Field
The invention relates to the field of generation of rocket gun professional skill training questions, in particular to a method, a system and equipment for generating rocket gun professional skill training questions.
Background
When a rocket gun professional skill training application is created, generally, a worker needs to master a computer professional database query language SQL, and inputs training question information (such as training question names, data of each training operation step, operation time elements and the like) in an operation database in the form of the SQL language so as to edit and generate the rocket gun professional skill training questions in the application.
The traditional editing and generating method for rocket gun professional skill training questions is not friendly enough in man-machine interaction, needs to edit a lot of contents and is high in specialty, and needs to arrange trained professional technicians to perform editing operation, so that a new method for generating rocket gun professional skill training questions is urgently needed to solve the problems.
Disclosure of Invention
The invention aims to provide a method, a system and equipment for generating rocket gun professional skill training questions, which are used for solving the problems that the existing editing and generating mode of rocket gun professional skill training questions is not friendly enough in human-computer interaction, needs to be edited for a plurality of contents and is high in specialty, and needs to arrange trained professional technicians for editing operation.
The invention provides a method for generating a rocket gun professional skill training question, which comprises the following steps:
when the application layer drags each operation step module and vector diagram into the operation area, a first analysis class corresponding to each operation step module and a second analysis class corresponding to each vector diagram are established, each vector diagram is analyzed through the second analysis class to obtain the association relation among the operation step modules, and then the association relation and the execution sequence among the operation step modules are set;
when the application layer edits the data elements of each operation step module, acquiring attribute data information of each operation step module and analyzing the attribute data information through the first analysis class to acquire identification information, and after clicking and storing in the application layer, calling the corresponding editing module in the core code layer in sequence according to the identification information of each operation step module so that each editing module perfectly sets the attribute information of each operation step module according to the data elements of each operation step module to generate a training title.
The method for generating the rocket gun professional skill training questions provided by the invention has the following beneficial effects:
the data analysis layer service is dragged by the application layer to each operation step module and the vector diagram dragging operation area and is edited and called to the data elements of each operation step module, corresponding first analysis class and second analysis class are constructed, the incidence relation between the operation step modules is analyzed and obtained through the second analysis class, the identification information is obtained through the first analysis class analysis, the corresponding editing module is called from the core code layer according to the identification information so as to perfect the setting of the attribute information of each operation step module, and therefore a complete training topic is automatically generated.
In addition, the method for generating the rocket launcher professional skill training questions provided by the invention can also have the following additional technical characteristics:
further, the step of constructing a first analysis class corresponding to each operation step module and a second analysis class corresponding to each vector diagram when the application layer drags each operation step module and vector diagram into the job space, analyzing each vector diagram through the second analysis class to obtain an association relationship between each operation step module, and setting the association relationship and the execution sequence between each operation step module includes:
when the application layer sequentially drags each operation step module and the vector graphics related to each operation step module into a working area, analyzing each vector graphics to obtain the type of each vector graphics, and constructing a second analysis class corresponding to each vector graphics according to the type of each vector graphics;
analyzing the corresponding vector diagrams through the second analysis classes to obtain the logic relation in the vector diagrams;
acquiring the association relationship between the operation step modules associated with the vector diagrams according to the logic relationship in the vector diagrams;
and setting the incidence relation and the execution sequence among all the operation step modules according to the sequence of each operation step module and each vector diagram in the operation area.
Further, after the step of setting the association relationship and the execution order between all the operation step modules according to the sequence of each operation step module and each vector diagram in the operation area, the method further comprises the following steps:
and constructing an operation step module linked list according to the execution sequence of all the operation step modules.
Further, the step of sequentially dragging each operation step module and the vector diagram associated with each operation step module into the operating area by the application layer further includes:
analyzing each operation step module to obtain the type of the graph of the operation step module, and constructing a first analysis class corresponding to each operation step module according to the type of the graph of each operation step module;
the method comprises the following steps of acquiring attribute data information of each operation step module when the application layer edits the data elements of each operation step module, analyzing the attribute data information through the first analysis class to acquire identification information, and calling corresponding editing modules in a core code layer in sequence according to the identification information of each operation step module after clicking and storing the attribute data information of each operation step module in the application layer so that each editing module perfectly sets the attribute information of each operation step module according to the data elements of each operation step module to generate a training question, wherein the steps comprise:
when the application layer edits the data elements of the operation step modules, calling an attribute list of the operation step modules from a database and storing the data elements of the operation step modules into a CContext class, wherein the data elements of the operation step modules and the attribute names of the operation step modules have a one-to-one correspondence relationship in the CContext class, and the attribute data information of the operation step modules is stored in the attribute list in a data structure form;
analyzing the attribute list of each operation step module through each first analysis class to acquire identification information of each operation step module, wherein the identification information comprises a step type and an attribute name;
acquiring data elements corresponding to the attribute names of the operation step modules from a CContext class according to the attribute names of the operation step modules;
and transmitting the data elements of each operation step module to an editing module corresponding to the step type of each operation step module in a core code layer according to the step type of each operation step module.
Further, after the step of transferring the data elements of each operation step module to the editing module corresponding to the step type of each operation step module in the core code layer according to the step type of each operation step module, the method further includes:
and sequentially placing each editing module corresponding to the step type of each operation step module in a linked list according to the operation step module linked list and generating an editing module linked list.
Further, after the step of sequentially placing each editing module corresponding to the step type of each operation step module in one linked list according to the operation step module linked list and generating an editing module linked list, the method further comprises the following steps:
after the data elements are clicked and stored in the application layer, all the editing modules of the core code layer are sequentially called according to the sequence of the editing module linked list so as to perform data processing on the data elements of all the operation step modules and are sequentially stored in the attribute list of all the operation step modules to generate training titles.
Further, after the step of sequentially placing each editing module corresponding to the step type of each operation step module in one linked list according to the operation step module linked list and generating an editing module linked list, the method further comprises the following steps:
after clicking and saving in the application layer, sequentially calling each editing module in the core code layer according to the sequence of the editing module linked list so as to judge the legality of the data elements of each operation step module;
if the data elements of each operation step module are legal, the data elements of each operation step module are sequentially converted into character streams and are sequentially stored in the attribute list of each operation step module to generate training titles.
The invention also provides a system for generating the rocket gun professional skill training questions, which comprises the following steps:
a first setting module: the system comprises a plurality of operation step modules, a plurality of vector diagrams and an application layer, wherein the application layer is used for establishing a first analysis class corresponding to each operation step module and a second analysis class corresponding to each vector diagram when dragging each operation step module and the vector diagrams into a working area, analyzing each vector diagram through the second analysis class to acquire an incidence relation among the operation step modules, and setting the incidence relation and the execution sequence among the operation step modules;
a second setting module: the method is used for acquiring attribute data information of each operation step module and analyzing the attribute data information through the first analysis class to acquire identification information when the application layer edits the data elements of each operation step module, and sequentially calling the corresponding editing modules in the core code layer according to the identification information of each operation step module after clicking and storing the data elements in the application layer so that each editing module perfectly sets the attribute information of each operation step module according to the data elements of each operation step module to generate a training topic.
The invention also provides a computer readable storage medium, which stores a computer program, and the program is executed by a processor to realize the method for generating the rocket gun professional skill training questions.
The invention also provides a device for generating the rocket gun professional skill training questions, which comprises a memory, a processor and a computer program which is stored on the memory and can run on the processor, wherein the processor realizes the method for generating the rocket gun professional skill training questions when executing the program.
Additional aspects and advantages of the invention will be set forth in part in the description which follows and, in part, will be obvious from the description, or may be learned by practice of the invention.
Drawings
The above and/or additional aspects and advantages of the present invention will become apparent and readily appreciated from the following description of the embodiments, taken in conjunction with the accompanying drawings of which:
FIG. 1 is a flowchart of a method for generating a rocket gun professional skill training topic according to a first embodiment of the present invention;
FIG. 2 is a software architecture diagram of a method for generating a rocket gun professional skill training topic according to a first embodiment of the present invention;
FIG. 3 is a system block diagram of a system for generating a rocket gun professional skill training question according to a second embodiment of the present invention;
FIG. 4 is a schematic structural diagram of a rocket gun technical skill training topic generation device according to a third embodiment of the invention.
Detailed Description
In order to make the objects, features and advantages of the present invention comprehensible, embodiments accompanied with figures are described in detail below. Several embodiments of the invention are presented in the drawings. This invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete.
Example 1
As shown in fig. 1 and fig. 102, an embodiment of the present invention provides a method for generating a rocket launcher specialized skill training topic, which is applied to a data analysis layer and includes steps S101 to S102.
S101, when an application layer drags each operation step module and a vector diagram into a work area, a first analysis class corresponding to each operation step module and a second analysis class corresponding to each vector diagram are established, the vector diagrams are analyzed through the second analysis class to obtain an association relation among the operation step modules, and then the association relation and the execution sequence among the operation step modules are set.
Specifically, when the application layer drags each operation step module and the vector diagram into the operation area, the steps of constructing a first analysis class corresponding to each operation step module and a second analysis class corresponding to each vector diagram, analyzing each vector diagram through the second analysis class to obtain an association relationship between each operation step module, and setting the association relationship and the execution sequence between each operation step module include:
when the application layer sequentially drags each operation step module and the vector graphics related to each operation step module into a work area, analyzing each vector graphics to obtain the type of each vector graphics, and constructing a second analysis class corresponding to each vector graphics according to the type of each vector graphics;
analyzing the corresponding vector graphics through the second analysis classes to obtain the logic relationship in the vector graphics;
acquiring the association relationship between the operation step modules associated with the vector diagrams according to the logic relationship in the vector diagrams;
and setting the incidence relation and the execution sequence among all the operation step modules according to the sequence of each operation step module and each vector diagram in the operation area.
Further, after the step of setting the association relationship and the execution order between all the operation step modules according to the sequence of each operation step module and each vector diagram in the operation area, the method further comprises:
and constructing an operation step module linked list according to the execution sequence of all the operation step modules.
Further, the step of sequentially dragging the vector graphics of each operation step module and the operation step modules related thereto into the operating area at the application layer further includes:
analyzing each operation step module to obtain the type of the graph of the operation step module, and constructing a first analysis class corresponding to each operation step module according to the type of the graph of each operation step module.
S102, when the application layer edits the data elements of each operation step module, acquiring attribute data information of each operation step module and analyzing the attribute data information through the first analysis class to acquire identification information, and after clicking and storing the attribute data information, calling the corresponding editing modules in the core code layer in sequence according to the identification information of each operation step module so that each editing module perfectly sets the attribute information of each operation step module according to the data elements of each operation step module to generate a training title.
It should be noted that each operation step module is a graphic module, a graphic editing interface is used as a class-packaged human-computer interaction interface, a user can use and edit the graphical editing interface on an application layer, a graphic corresponding to the operation step module can be displayed when the user clicks and drags a mouse, a sub-window can pop up when the graphic displayed by the operation step module is clicked in a working area, a data analysis layer service is called at the moment, data editing can be performed, and an editing interface of a data element and information of the edited operation step module are displayed.
Specifically, the step of acquiring attribute data information of each operation step module and analyzing the attribute data information through the first analysis class to acquire identification information when the application layer edits the data elements of each operation step module, and sequentially calling the corresponding editing modules in the core code layer according to the identification information of each operation step module after the application layer clicks and stores the data elements, so that each editing module perfectly sets the attribute information of each operation step module according to the data elements of each operation step module to generate the training questions includes:
when the application layer edits the data elements of the operation step modules, calling an attribute list of the operation step modules from a database and storing the data elements of the operation step modules into a CContext class, wherein the data elements of the operation step modules and the attribute names of the operation step modules have a one-to-one correspondence relationship in the CContext class, and the attribute data information of the operation step modules is stored in the attribute list in a data structure form;
analyzing the attribute list of each operation step module through each first analysis class to acquire identification information of each operation step module, wherein the identification information comprises a step type and an attribute name;
acquiring data elements corresponding to the attribute names of the operation step modules from a CContext class according to the attribute names of the operation step modules;
and transmitting the data elements of each operation step module to an editing module corresponding to the step type of each operation step module in a core code layer according to the step type of each operation step module.
It should be noted that the data parsing layer includes classes hidden from the user, and encapsulates data and functions.
The data analysis layer provides the graphic analysis service of the operation step module for the application layer, and the graphic analysis is realized through an interface IExpression provided by the data analysis layer.
An interface function analyzeData (CContext) of the data analyzing layer is responsible for analyzing the attribute data information of the operation step modules and the association relationship between the operation step modules.
The first parsing class is the COperExpression class and the second parsing class is the CLinkRelExpression class.
And when the COPPEREXPRESSION class object is constructed, setting a data processing interface IOperateBlock corresponding to the operation step module through a constructor. Each operation step module corresponds to a graphics analysis class COPPEREXPRESSION, and the AnalyzeData function in the interface IExpression is rewritten in a specific subclass to realize the setting of the attribute information of the operation step.
When constructing the CLinkRelExpression class object, setting the logic relation between the associated two operation step module objects and the vector diagram through a construction function. Each vector diagram corresponds to a CLinkRelExpression class, and the AnalyzeData function in the interface IExpression is rewritten in a specific subclass to realize the setting of the association relation between the operation step modules.
Further, after the step of transferring the data element of each operation step module to the editing module corresponding to the step type of each operation step module in the core code layer according to the step type of each operation step module, the method further includes:
and sequentially placing each editing module corresponding to the step type of each operation step module in a linked list according to the operation step module linked list and generating an editing module linked list.
Further, after the step of sequentially placing each editing module corresponding to the step type of each operation step module in one linked list according to the operation step module linked list and generating an editing module linked list, the method further comprises:
after the data elements are clicked and stored in the application layer, all the editing modules of the core code layer are sequentially called according to the sequence of the editing module linked list so as to perform data processing on the data elements of all the operation step modules and are sequentially stored in the attribute list of all the operation step modules to generate training titles.
Further, after the step of sequentially placing each editing module corresponding to the step type of each operation step module in one linked list according to the operation step module linked list and generating an editing module linked list, the method further comprises the following steps:
after clicking and saving in the application layer, sequentially calling each editing module in the core code layer according to the sequence of the editing module linked list so as to judge the legality of the data elements of each operation step module;
if the data elements of each operation step module are legal, the data elements of each operation step module are sequentially converted into character streams and are sequentially stored in the attribute list of each operation step module to generate a training topic.
The validity judgment of the data elements is to judge whether the length, the type and the like of the data are in compliance, and the attribute list is set in a data structure form and comprises attribute names, data types, value range ranges, user input data and the like.
It should be noted that: the set association relation between each operation step module is also stored in the attribute information of each operation step module, the set and improved attribute information of the operation step modules comprises input, output and logic relations, and the input is the data element of the output of the previous operation step module and the input of a user; the output is used as the input of the next operation step module, namely the trigger condition of the next step; the logical relationship comprises logical judgment, time constraint and the like of the incidence relationship between the modules of the upper and lower operation steps.
Setting attribute information: setphotorevious blockable (true, n _ minus _ 1); the module for the last operation step is allowed to connect Block _ n _ minus _1,
setnextblockable (true, block _ n _ plus _ 1); the module connection Block n _ plus _1 is allowed to exist for the next operation step,
seticonclick (Block _ n); when the operation step module is clicked by a mouse, a data element editing submenu n is popped up for a user to input the data elements.
Each editing module of the core code layer is provided with an implementation class of IOperateBlock, the IOperateBlock is an operation step data processing interface provided by the core code layer to the data analysis layer, when a user drags an operation step module into a working area, the corresponding IOperateBlock implementation class and the first analysis class are created according to the operation step type, and the created IOperateBlock implementation class is set as the data processing interface of the editing module associated with the first analysis class; when dragging the vector diagram into the operation area, the user creates a corresponding second analysis class in the data analysis layer according to the type of the vector diagram, and when the vector diagram is analyzed by the second analysis class, the data processing interface IOperateBlock of the editing module corresponding to the operation step module is placed in a linked list. The IExpression is used for realizing that the data processing interface IOpertateBlock of the editing module corresponding to the operation step module is placed in a linked list.
Receiving the operation input of an external trainee during the use (training implementation) process of the edited training questions, responding to the operation input according to the judgment standard preset by the questions, if the operation response is correct, turning to the next link, otherwise, waiting for the correct operation response or until the link is overtime, turning to the next link, completing the operation of the whole training link or exceeding the preset total duration of the training questions, finishing the training implementation, and comparing the operation log record with the evaluation standard to give a training result.
According to the embodiment of the invention, the operation content of the professional skill training questions is decomposed into limited operation step modules (discrete events), each operation step module is designed by a single detailed operation, the flexibility of the operation step modules is high due to the detailed functions of the operation step modules, the operation step modules can be freely combined with other operation step modules, and related and complete professional skill training questions can be formed according to training requirements.
In order to improve the use of users for generating the theme editing, the C + + language is adopted to encapsulate each operation step of the professional skill training theme into a corresponding single graphical module, and users operating on an application layer only need to cut and combine each graphical module according to the actual operation flow sequence and edit data elements to finish the theme editing and generating operation, so that the method is very friendly to common users, greatly reduces the operation and use difficulty and reduces the error probability.
In conclusion, the method for generating the rocket gun professional skill training questions provided by the invention has the beneficial effects that: the data analysis layer service is dragged by the application layer to each operation step module and the vector diagram dragging operation area and is called for editing the data elements of each operation step module, corresponding first analysis class and second analysis class are constructed, the incidence relation between the operation step modules is analyzed and obtained through the second analysis class, the identification information is obtained through the first analysis class analysis, the corresponding editing module is called from the core code layer according to the identification information, and the attribute information of each operation step module is perfectly set, so that a complete training topic is automatically generated.
Example 2
Referring to fig. 3, the present embodiment provides a system for generating a rocket gun professional skill training topic, including:
a first setting module: the system comprises a first analysis class and a second analysis class, wherein the first analysis class corresponds to each operation step module and the second analysis class corresponds to each vector diagram when an application layer drags each operation step module and the vector diagrams into an operation area;
a second setting module: the method is used for acquiring attribute data information of each operation step module and analyzing the attribute data information through the first analysis class to acquire identification information when the application layer edits the data elements of each operation step module, and sequentially calling the corresponding editing modules in the core code layer according to the identification information of each operation step module after clicking and storing the data elements in the application layer so that each editing module perfectly sets the attribute information of each operation step module according to the data elements of each operation step module to generate a training topic.
The first setup module is further to:
when the application layer sequentially drags each operation step module and the vector graphics related to each operation step module into a working area, analyzing each vector graphics to obtain the type of each vector graphics, and constructing a second analysis class corresponding to each vector graphics according to the type of each vector graphics;
analyzing the corresponding vector diagrams through the second analysis classes to obtain the logic relation in the vector diagrams;
obtaining the incidence relation between the operation step modules associated with the vector diagrams according to the logic relation in the vector diagrams;
and setting the incidence relation and the execution sequence among all the operation step modules according to the sequence of each operation step module and each vector diagram in the operation area.
The first setup module is further to:
and constructing an operation step module linked list according to the execution sequence of all the operation step modules.
The first setup module is further to:
analyzing each operation step module to obtain the type of the graph of the operation step module, and constructing a first analysis class corresponding to each operation step module according to the type of the graph of each operation step module;
the second setup module is further to:
when the application layer edits the data elements of the operation step modules, calling an attribute list of the operation step modules from a database and storing the data elements of the operation step modules into a CContext class, wherein the data elements of the operation step modules and the attribute names of the operation step modules have a one-to-one correspondence in the CContext class, and the attribute data information of the operation step modules is stored in the attribute list in a data structure form;
analyzing the attribute list of each operation step module through each first analysis class to acquire identification information of each operation step module, wherein the identification information comprises a step type and an attribute name;
acquiring data elements corresponding to the attribute names of the operation step modules from a CContext class according to the attribute names of the operation step modules;
and transmitting the data elements of each operation step module to an editing module corresponding to the step type of each operation step module in a core code layer according to the step type of each operation step module.
The second setting module is further configured to:
and sequentially placing each editing module corresponding to the step type of each operation step module in a linked list according to the operation step module linked list and generating an editing module linked list.
The second setting module is further configured to:
after the data elements are clicked and stored in the application layer, all the editing modules of the core code layer are sequentially called according to the sequence of the editing module linked list so as to perform data processing on the data elements of all the operation step modules and are sequentially stored in the attribute list of all the operation step modules to generate training titles.
The second setup module is further to:
after clicking and saving in the application layer, sequentially calling each editing module in the core code layer according to the sequence of the editing module linked list so as to judge the legality of the data elements of each operation step module;
if the data elements of each operation step module are legal, the data elements of each operation step module are sequentially converted into character streams and are sequentially stored in the attribute list of each operation step module to generate a training topic.
Example 3
Referring to fig. 4, the present invention further provides a device for generating rocket launcher specialized technical training questions, which is shown as a device for generating rocket launcher specialized technical training questions in a third embodiment of the present invention, and includes a memory 20, a processor 10, and a computer program 30 stored in the memory and executable on the processor, wherein the processor 10 implements the method for generating rocket launcher specialized technical training questions as described above when executing the computer program 30.
The generation device of the rocket gun professional skill training topic may specifically be a computer, a server, an upper computer, and the like, and the processor 10 may be a Central Processing Unit (CPU), a controller, a microcontroller, a microprocessor, or another data Processing chip in some embodiments, and is configured to run a program code stored in the memory 20 or process data, for example, execute an access restriction program.
The memory 20 includes at least one type of readable storage medium, which includes a flash memory, a hard disk, a multimedia card, a card type memory (e.g., SD or DX memory, etc.), a magnetic memory, a magnetic disk, an optical disk, and the like. The memory 20 may be an internal storage unit of the generation device of the rocket gun technical skill training subjects in some embodiments, for example, a hard disk of the generation device of the rocket gun technical skill training subjects. The memory 20 may also be an external storage device of the rocket gun professional skill training subject generating device in other embodiments, for example, a plug-in hard disk, a Smart Media Card (SMC), a Secure Digital (SD) Card, a Flash memory Card (Flash Card), and the like provided on the rocket gun professional skill training subject generating device. Further, the memory 20 may also include both an internal storage unit and an external storage device of the rocket gun professional skill training topic generating apparatus. The memory 20 can be used not only for storing application software installed in a device for generating rocket gun technical skill training subjects and various types of data, but also for temporarily storing data that has been output or is to be output.
It should be noted that the structure shown in fig. 4 does not constitute a limitation of the device for generating a rocket gun technical training topic, and in other embodiments, the device for generating a rocket gun technical training topic may include fewer or more components than those shown, or may combine some components, or may be arranged differently.
The embodiment of the invention also provides a computer readable storage medium, on which a computer program is stored, and when the program is executed by a processor, the method for generating the rocket gun professional skill training topic is realized.
The above examples are merely illustrative of several embodiments of the present invention, and the description thereof is more specific and detailed, but not to be construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (10)
1. A method for generating a rocket gun professional skill training topic is applied to a data analysis layer, and comprises the following steps:
when the application layer drags each operation step module and vector diagram into the operation area, a first analysis class corresponding to each operation step module and a second analysis class corresponding to each vector diagram are established, each vector diagram is analyzed through the second analysis class to obtain the association relation among the operation step modules, and then the association relation and the execution sequence among the operation step modules are set;
when the application layer edits the data elements of each operation step module, acquiring attribute data information of each operation step module and analyzing the attribute data information through the first analysis class to acquire identification information, and after the application layer clicks and stores the identification information of each operation step module, sequentially calling the corresponding editing modules in the core code layer according to the identification information of each operation step module so that each editing module perfectly sets the attribute information of each operation step module according to the data elements of each operation step module to generate a training topic.
2. The method for generating a rocket gun technical skill training topic as recited in claim 1, wherein the step of constructing a first analytic class corresponding to each operation step module and a second analytic class corresponding to each vector diagram when the application layer drags each operation step module and vector diagram into the working area, and analyzing each vector diagram through the second analytic class to obtain the association relationship between each operation step module, and then setting the association relationship and the execution sequence between each operation step module comprises:
when the application layer sequentially drags each operation step module and the vector graphics related to each operation step module into a work area, analyzing each vector graphics to obtain the type of each vector graphics, and constructing a second analysis class corresponding to each vector graphics according to the type of each vector graphics;
analyzing the corresponding vector diagrams through the second analysis classes to obtain the logic relation in the vector diagrams;
acquiring the association relationship between the operation step modules associated with the vector diagrams according to the logic relationship in the vector diagrams;
and setting the incidence relation and the execution sequence among all the operation step modules according to the sequence of each operation step module and each vector diagram in the operation area.
3. The method for generating a rocket gun technical skill training topic as recited in claim 2, wherein the step of setting the association relationship and execution sequence between all the operation step modules according to the sequence of each operation step module and each vector diagram in the operation area further comprises:
and constructing an operation step module linked list according to the execution sequence of all the operation step modules.
4. The method for generating a rocket gun technical skill training topic according to claim 3, wherein the step of sequentially dragging each operation step module and the vector diagram associated with each operation step module into the working area at the application layer further comprises:
analyzing each operation step module to obtain the type of the graph of the operation step module, and constructing a first analysis class corresponding to each operation step module according to the type of the graph of each operation step module;
the method comprises the following steps of acquiring attribute data information of each operation step module when the application layer edits the data elements of each operation step module, analyzing the attribute data information through the first analysis class to acquire identification information, and calling corresponding editing modules in a core code layer in sequence according to the identification information of each operation step module after clicking and storing the attribute data information of each operation step module in the application layer so that each editing module perfectly sets the attribute information of each operation step module according to the data elements of each operation step module to generate a training question, wherein the steps comprise:
when the application layer edits the data elements of the operation step modules, calling an attribute list of the operation step modules from a database and storing the data elements of the operation step modules into a CContext class, wherein the data elements of the operation step modules and the attribute names of the operation step modules have a one-to-one correspondence relationship in the CContext class, and the attribute data information of the operation step modules is stored in the attribute list in a data structure form;
analyzing the attribute list of each operation step module through each first analysis class to acquire identification information of each operation step module, wherein the identification information comprises a step type and an attribute name;
acquiring data elements corresponding to the attribute names of the operation step modules from a CContext class according to the attribute names of the operation step modules;
and transmitting the data elements of each operation step module to an editing module corresponding to the step type of each operation step module in a core code layer according to the step type of each operation step module.
5. The method for generating rocket gun technical skill training topics as recited in claim 4, wherein the step of transferring the data elements of each of the operation step modules to an editing module in a core code layer corresponding to the step type of each of the operation step modules according to the step type of each of the operation step modules further comprises:
and sequentially placing each editing module corresponding to the step type of each operation step module in a linked list according to the operation step module linked list to generate an editing module linked list.
6. The method for generating a rocket gun professional skill training topic according to claim 5, wherein after the step of sequentially placing each editing module corresponding to the step type of each operation step module in a linked list according to the operation step module linked list and generating an editing module linked list, the method further comprises:
after the data elements are clicked and stored in the application layer, all the editing modules of the core code layer are sequentially called according to the sequence of the editing module linked list so as to perform data processing on the data elements of all the operation step modules and are sequentially stored in the attribute list of all the operation step modules to generate training titles.
7. The method for generating a rocket gun professional skill training topic according to claim 5, wherein after the step of sequentially placing each editing module corresponding to the step type of each operation step module in a linked list according to the operation step module linked list and generating an editing module linked list, the method further comprises:
after clicking and saving in the application layer, sequentially calling each editing module in the core code layer according to the sequence of the editing module linked list so as to judge the legality of the data elements of each operation step module;
if the data elements of each operation step module are legal, the data elements of each operation step module are sequentially converted into character streams and are sequentially stored in the attribute list of each operation step module to generate a training topic.
8. A generation system for rocket gun professional skill training questions is characterized by comprising the following steps:
a first setting module: the system comprises a plurality of operation step modules, a plurality of vector diagrams and an application layer, wherein the application layer is used for establishing a first analysis class corresponding to each operation step module and a second analysis class corresponding to each vector diagram when dragging each operation step module and the vector diagrams into a working area, analyzing each vector diagram through the second analysis class to acquire an incidence relation among the operation step modules, and setting the incidence relation and the execution sequence among the operation step modules;
a second setting module: the method is used for acquiring attribute data information of each operation step module and analyzing the attribute data information through the first analysis class to acquire identification information when the application layer edits the data elements of each operation step module, and sequentially calling the corresponding editing modules in the core code layer according to the identification information of each operation step module after clicking and storing the data elements in the application layer so that each editing module perfectly sets the attribute information of each operation step module according to the data elements of each operation step module to generate a training topic.
9. A computer-readable storage medium, on which a computer program is stored, which, when being executed by a processor, implements a method for generating a rocket gun technical skill training topic according to any one of claims 1 to 7.
10. A rocket gun technical skill training topic generation device, characterized by comprising a memory, a processor and a computer program stored on the memory and operable on the processor, wherein the processor executes the program to realize the rocket gun technical skill training topic generation method according to any one of claims 1-7.
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