CN102609252B - Based on the logic menu resource intelligent configuration method measuring instrument - Google Patents

Abstract

The present invention provides an intelligent configuration method of logic menu resources, which uses logic menu "fool-style" customization tools to interactively customize the logic menu tree and the attributes of each menu item; calls the intelligent mapping generation module to generate logic menu resource scripts and logic menus Functional framework module; integrate the generated logical menu functional framework module into the measuring instrument software development module, and generate the measuring instrument execution file after compiling and linking. The invention can realize "fool" customization of logical menu resources; intelligent generation and restoration of logical menu resources; automatic generation of logical menu function frame modules; The required menus can be dynamically generated and configured according to the needs, saving resources.

Description

Intelligent Configuration Method of Logic Menu Resources Based on Measuring Instruments

technical field

The invention relates to the field of measuring instruments, in particular to a method for intelligently configuring logic menu resources based on measuring instruments.

Background technique

At present, there are generally two ways to customize and maintain the logic menu resources of measuring instruments. One is a purely manual method, where the developer manually adds each item according to the relevant structure definition of the logical menu resource. The other is to generate a relatively simple menu resource management tool without solving the intelligent generation and restoration technology of logical menu resources, and realize partial "fool" customization of menu resources, and many other related data need to be manually configured. The editing of the logical menu function frame module is generally done by pure manual input. If the instrument needs to implement multiple measurement modes, it usually initializes each set of menu resources required in the memory at one time, and switches according to the selected measurement mode during use.

Currently, a push-button hierarchical menu is commonly used in the field of measuring instruments. Since there are many types of measuring instrument menus, various forms of expression, deep layers, and the associated data types and ranges are very flexible, the data structure of the corresponding logical menu resources is very complicated, and manual maintenance of the menu resources requires a lot of manpower and is very expensive. easy to make mistake. With the development of technology, the functions of measuring instruments are becoming more and more complex. More and more instruments can realize multiple measurement modes on the basis of a set of hardware resources, and the menu requirements of each measurement mode are different. Therefore, it is required that the logic menu can be dynamically configurable. The more complex the function of the instrument, the more menu items there will be. Manually generating the logical menu function framework module of the measuring instrument is also a time-consuming and labor-intensive task.

In summary, the prior art has the following deficiencies:

One: when generating logical menu resources, manual operations are required, the workload is heavy, the content is boring, and it is very error-prone; For the automatic mapping of other associated parameters, it is still necessary to manually adjust a lot of associated content, which is difficult to maintain.

Second: The logical menu function framework module and associated pre-definition are manually entered, which is inefficient and consumes a lot of energy.

Third: to implement multiple measurement modes on the basis of a set of hardware resources, it is necessary to initialize each set of menu resources required at one time, which consumes more resources.

Therefore, it has become an urgent problem to solve the "fool" customization of logic menu resources of measuring instruments, intelligent generation and restoration of logic menu resource scripts, automatic generation of logic menu function framework modules, and dynamic configurability of logic menus.

Contents of the invention

The object of the present invention is to overcome the defects of the above-mentioned technical problems, and propose a highly efficient logical menu resource intelligent configuration method, which is characterized in that: use the logic menu "fool-like" custom tool to interactively customize the logical menu tree and each menu item properties; call the intelligent mapping generation module to generate the logic menu resource script and logic menu function framework module; integrate the generated logic menu resource script and logic menu function framework module into the measuring instrument software development module, and generate the measuring instrument execution file after compiling and linking .

According to a preferred embodiment of the present invention, an intelligent analysis and restoration module, a logic menu function frame module and a menu manager module are integrated in the execution file of the measuring instrument, and when the execution file of the measuring instrument is running, the software development module contains The logical menu resource script is parsed and restored to obtain the menu tree and associated parameter data table, which are managed by the menu manager module and respond to user input.

According to a preferred embodiment of the present invention, the logic menu resource "fool" type customization tool is an integrated tool, which provides a friendly and convenient user interface to facilitate the customization management of menu resources; and generates a logic menu by calling the internal intelligent mapping generation module Resource script and logic menu function framework module; it can also call in the historical logic menu resource script by calling the internal intelligent analysis and restoration module, and further modify and improve on the basis of the old logic menu resource.

According to a preferred embodiment of the present invention, wherein the logic menu "fool" customization tool is used for:

1) Establishment of menu tree, menu tree hierarchical management;

2) Menu item attribute setting;

3) Parameter attribute setting associated with the menu item;

4) calling the logical menu intelligent mapping generation module to generate menu resource script files and logical menu function framework modules;

5) Call the logical menu resource script intelligent parsing and restoration module, which can restore the menu tree of the logical menu and all associated parameter data from the logical menu script file, and initialize each control of the interactive operation interface synchronously. On this basis, the logical menu resource Make further revisions and improvements.

According to a preferred embodiment of the present invention, the intelligent mapping generation module can automatically classify the attributes, associated data, auxiliary information, etc. of menu items, count and calculate the mapping relationship between them, no matter adding or deleting menu items, Whether you adjust the order, hierarchy or other attributes of menu items, you can automatically achieve adaptive adjustment and matching.

According to a preferred embodiment of the present invention, wherein the intelligent mapping generation module can be used for:

1) According to the menu tree customized on the interface, generate the relationship between parent, child, former brother and later brother of the logical menu tree, write it into the relevant fields of the logical menu tree, and write each fixed attribute information into each of the logical menu tree Relevant fields of menu items, such as menu item main string, menu ID, menu type, associated parameter type and other menu item attribute information. At this time, the parameter index associated with each menu has not been generated yet;

2) Traverse the menu tree according to the type of menu associated parameters, classify and count the parameters, automatically generate the index of each parameter in the relevant menu item and write it into the parameter index field in the logical menu;

Indexes of various data types are numbered independently without interfering with each other, adding or deleting various types of parameters corresponding to the menu, the traversal generation process can be automatically adjusted to ensure that the mapping relationship between each parameter and the logical menu is completely matched;

3) format and store the logical menu tree into the logical menu resource script file;

4) According to the parameter type of the logic menu, the parameters are classified and counted, and the parameter information is classified and formatted and stored in the logic menu resource script file;

5) Generate the macro definition of the menu ID according to the menu ID string, automatically generate the macro definition of each parameter index according to the menu ID and parameter type information, store it in the macro definition header file, and use it for the main program of the measuring instrument;

6) Generate a logical menu function framework module, and the name of each menu response function is automatically generated according to the menu ID string.

According to a preferred embodiment of the present invention, the intelligent parsing and restoration module is responsible for parsing the logic menu resource script, and dynamically generating the data table data associated with the running state menu tree object and the menu; in the measuring instrument software, these data are provided to the menu manager Use to meet the running requirements of the software; In the logic menu resource "fool" type customization tool, the generated menu resources can be transferred, the information can be restored to the interactive interface control, and the logic menu resources can be further modified and improved.

According to a preferred embodiment of the present invention, wherein: the intelligent mapping generating module and the intelligent parsing and restoring module make it unnecessary to manually force a menu item to be hard-bound to a certain parameter index when customizing a logical menu, and only need to specify the associated parameter index of the menu. The parameter type and the characteristics of the parameter itself are enough; the module solves the problem of the association between the menu and the data by automatically traversing the menu and automatically generating the parameter index. Whenever adding parameters, deleting parameters, changing parameter types, etc., it can be automatically realized mutual match.

According to a preferred embodiment of the present invention, the menu manager is responsible for managing the traversal of the logical menu, the refreshing of the menu button buffer information, the extraction and management of associated parameters, and interacts with the main frame through messages to complete the refreshing of the menu buttons, Parameter state switching and input management; the menu manager provides a configuration interface, which can dynamically configure the logical menu resources associated with the menu manager, and can dynamically configure the logical menu resources according to the needs during operation to meet the needs of multiple modes under multi-mode measurement. Logical menu tree requirements.

According to a preferred embodiment of the present invention, wherein the logic menu resource script adopts a common text file format, which is convenient for cross-platform use; at the same time, the structure of the menu resource script file is clear through segment definition and segment description, and the format Simple and easy to parse.

According to a preferred embodiment of the present invention, it is also characterized in that: automatically generate a logical menu function frame module, in this module, the predefined code associated with the logical menu is automatically generated according to the menu ID; in the measuring instrument software, the logical menu response function and related parameters are accessed through the predefined parameters to ensure the coordination and unity of logic menu resources and measuring instrument software; in the automatically generated logic menu function framework module, the logic menu response function names are also automatically generated according to the menu ID, so that the response The style of the function is completely unified.

According to the intelligent configuration method of logical menu resources of the present invention, "fool" customization of logical menu resources can be realized; intelligent generation and restoration of logical menu resources; automatic generation of logical menu function frame modules; if the measuring instrument needs to realize multiple sets of menus, no one-time operation is required Each set of menu resources is initialized, and the required menus can be dynamically generated and configured according to the needs, saving resources.

Although the present invention will be described below in conjunction with some exemplary implementations and usage methods, those skilled in the art should understand that the present invention is not intended to be limited to these embodiments. On the contrary, it is intended to cover all alternatives, modifications and equivalents as included within the spirit and scope of the invention as defined by the appended claims.

Other advantages, objects and features of the present invention will be set forth in the following description to some extent, and to some extent, will be obvious to those skilled in the art based on the investigation and research below, or can be obtained from Taught in the practice of the present invention. The objectives and other advantages of the invention may be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.

Description of drawings

Fig. 1 is a schematic diagram of a button logic menu of a conventional measuring instrument;

Fig. 2 shows the logic menu customizing tool of the present invention, the file that tool generates, the relation of measuring instrument execution file;

Figure 3 shows the execution flow of the logic menu "fool" custom tool;

Fig. 4 is a schematic diagram of measuring instrument execution file generation;

Fig. 5 is a schematic diagram of a resource script calling a logic menu of a measuring instrument execution file;

Fig. 6 shows the execution flow of the measuring instrument execution file;

Figure 7 shows the logical menu resource file format;

Fig. 8 shows the interactive interface of the logic menu "dumb" customization tool.

detailed description

The specific implementation manners of the present invention will be further described in detail below in conjunction with the accompanying drawings. It should be noted that the implementation of the method for intelligent configuration of logical menu resources according to the present invention is only an example, but the present invention is not limited to this specific implementation.

Next, specific embodiments of the present invention will be described in detail with reference to the drawings.

The purpose of the present invention is to provide a high-efficiency intelligent configuration method of logical menu resources, which can realize "fool" customization of logical menu resources; intelligent generation and restoration of logical menu resources; automatic generation of logical menu function framework modules; The instrument needs to implement multiple sets of menus, and there is no need to initialize each set of menu resources at one time. The required menus can be dynamically generated and configured according to needs, saving resources.

In general, first use the logic menu "fool-style" customization tool to customize the logic menu tree and the attributes of each menu item in a convenient and efficient interactive way, and then call the intelligent mapping generation module to generate the logic menu resource script and logic menu function framework module; then Integrate the generated resources and source code files into the measuring instrument software development module, compile and link to generate the measuring instrument execution file.

The execution file of the measuring instrument is integrated with an intelligent analysis and restoration module and a menu manager module. When the execution file of the measuring instrument is running, the logic menu resource script is parsed and restored to obtain the menu tree object and the corresponding parameter data table for the management of the menu manager module. , responding to user input.

If you need to modify the menu, use the logic menu "fool" custom tool to import the logic menu resource, and generate a new logic menu resource script and logic menu function framework module after the modification is completed, regardless of the increase or decrease in the number of menus and the adjustment of the menu level , or modify menu attributes, change associated parameters, etc., the intelligent mapping generation module and intelligent mapping restoration module can ensure that each part is completely corresponding, no manual adjustment is required, the efficiency and reliability are greatly improved, and there is no need for time-consuming and laborious manual processing and logic. Tasks related to menu resources enable developers to concentrate on the design and development of other instrument functions.

FIG. 1 is a diagram of a button-type logic menu of a conventional measuring instrument. The button-type logic menu of a conventional measuring instrument is presented in a tree-like hierarchical structure. As far as the specific implementation is concerned, basically some "hard menu" buttons and several "soft menu" buttons are set on the front panel of the instrument. Click the "hard menu" button to directly call out the logical menu tree branch associated with it, and the menu manager will display the menu of the same level on the menu button of the user interface according to the attributes of the logical menu item. If there are more logical menu items at the same level than menu buttons, they will be displayed in a page-by-page format to ensure a one-to-one correspondence between the menu buttons and the "soft menu" buttons. If you want to operate any menu button, just click the corresponding "soft menu" button directly, and the menu function corresponding to the "soft menu" button changes with the change of the logic menu. Due to the large variety of measuring instrument menu items, various forms of expression, and the flexible and changeable associated parameter types and ranges, the corresponding logical menu resource data structure is very complex. It should be noted that Fig. 1 is only a simple example.

The present invention proposes a high-efficiency intelligent configuration method of logic menu resources, which uses logic menu "fool-style" customization tools to interactively customize the logic menu tree and the attributes of each menu item; calls the intelligent mapping generation module to generate logic menu resource scripts and Logic menu function framework module; integrate the generated logic menu resource script and logic menu function framework module into the measuring instrument software development module, and generate the measuring instrument execution file after compiling and linking.

In a preferred embodiment, an intelligent analysis and restoration module, a logical menu function framework module and a menu manager module are integrated in the execution file of the measuring instrument. When the execution file of the measuring instrument is running, the logic menu resource contained in the software development module The script is parsed and restored to obtain the menu tree and associated parameter data table, which are managed by the menu manager module and respond to user input.

In a preferred embodiment, the logic menu resource "fool" type customization tool is an integrated tool, which provides a friendly and convenient user interface to facilitate the customization management of menu resources; and generates logic menu resource scripts and scripts by calling the internal intelligent mapping generation module Logical menu function framework module; it can also call in the historical logical menu resource script by calling the internal intelligent analysis and restoration module, and further modify and improve on the basis of the old logical menu resource.

In a preferred embodiment, the logic menu "for dummies" customization tool is used for:

1) Establishment of menu tree, menu tree hierarchical management;

2) Menu item attribute setting;

3) Parameter attribute setting associated with the menu item;

4) calling the logical menu intelligent mapping generation module to generate menu resource script files and logical menu function framework modules;

5) Call the logical menu resource script intelligent parsing and restoration module, which can restore the menu tree of the logical menu and all associated parameter data from the logical menu script file, and initialize each control of the interactive operation interface synchronously. On this basis, the logical menu resource Make further revisions and improvements.

In a preferred embodiment, the intelligent mapping generation module can automatically classify the attributes of menu items, associated data, auxiliary information, etc., count and calculate the mapping relationship between them, whether adding or deleting menu items, or adjusting menu items Item order, hierarchy or other attributes can be automatically adjusted and matched automatically.

In a preferred embodiment, the intelligent mapping generation module can be used for:

1) According to the menu tree customized on the interface, generate the relationship between parent, child, former brother and later brother of the logical menu tree, write it into the relevant fields of the logical menu tree, and write each fixed attribute information into each of the logical menu tree Relevant fields of menu items, such as menu item main string, menu ID, menu type, associated parameter type and other menu item attribute information. At this time, the parameter index associated with each menu has not been generated yet;

2) Traverse the menu tree according to the type of menu associated parameters, classify and count the parameters, automatically generate the index of each parameter in the relevant menu item and write it into the parameter index field in the logical menu;

Indexes of various data types are numbered independently without interfering with each other, adding or deleting various types of parameters corresponding to the menu, the traversal generation process can be automatically adjusted to ensure that the mapping relationship between each parameter and the logical menu is completely matched;

3) format and store the logical menu tree into the logical menu resource script file;

4) According to the parameter type of the logic menu, the parameters are classified and counted, and the parameter information is classified and formatted and stored in the logic menu resource script file;

5) Generate the macro definition of the menu ID according to the menu ID string, automatically generate the macro definition of each parameter index according to the menu ID and parameter type information, store it in the macro definition header file, and use it for the main program of the measuring instrument;

6) Generate a logical menu function framework module, and the name of each menu response function is automatically generated according to the menu ID string.

In a preferred embodiment, the intelligent parsing and restoration module is responsible for parsing the logic menu resource script, dynamically generating the running state menu tree object and the data table data associated with the menu; in the measuring instrument software, these data are used by the menu manager, Meet the running requirements of the software; in the logic menu resource "fool" type customization tool, the generated menu resources can be transferred, the information can be restored to the interactive interface control, and the logic menu resources can be further modified and improved.

In a preferred embodiment, the intelligent mapping generating module and the intelligent parsing and restoring module make it unnecessary to manually force the menu item to be hard-bound to a certain parameter index when customizing the logical menu, and only need to specify the parameter type and parameter associated with the menu Its own characteristics are enough; the module solves the problem of association between menus and data by automatically traversing menus and automatically generating parameter indexes. Whenever adding parameters, deleting parameters, changing parameter types, etc., it can automatically achieve mutual matching.

In a preferred embodiment, the menu manager is responsible for managing the traversal of logical menus, the refreshing of menu button buffer information, the extraction and management of associated parameters, and interacts with the main frame through messages to complete the refreshing of menu buttons and the updating of parameters. State switching and input management; the menu manager provides a configuration interface, which can dynamically configure the logical menu resources associated with the menu manager, and the logical menu resources can be dynamically configured according to the needs during operation to meet the requirements for multiple logical menus under multi-mode measurement tree needs.

In a preferred embodiment, the logical menu resource script adopts a common text file format, which is convenient for cross-platform use; at the same time, the structure of the menu resource script file is clear, and the format is simple, and it is convenient to use by segment definition and segment description. parse.

In a preferred embodiment, the logic menu function frame module is automatically generated, and in this module, the predefined codes associated with the logic menu are automatically generated according to the menu ID; Define parameters for access to ensure the coordination and unity of logic menu resources and measuring instrument software; in the automatically generated logic menu function framework module, the names of logic menu response functions are also automatically generated according to the menu ID, so that the styles of response functions are completely unified.

According to the intelligent configuration method of logical menu resources of the present invention, "fool" customization of logical menu resources can be realized; intelligent generation and restoration of logical menu resources; automatic generation of logical menu function frame modules; if the measuring instrument needs to realize multiple sets of menus, no one-time operation is required Each set of menu resources is initialized, and the required menus can be dynamically generated and configured according to the needs, saving resources.

Figure 2 shows the composition structure and calling relationship of the logical menu resource intelligent configuration system, which mainly includes three modules, namely: "logic menu ("fool style") customization tool", "resource and function framework module" and "measurement Instrument Execution File". The following is a detailed description of each component module and its relationship:

1) Logic menu customization tool:

It consists of an editing management module, an intelligent mapping generation module and an intelligent analysis and restoration module.

Editing management module: edit the menu tree structure through the interactive interface, set menu item attributes, such as: menu name, menu ID, menu type, etc., and set menu item associated parameter information, such as: parameter type, parameter precision, unit type, default value , minimum value, maximum value and step value etc.

Smart mapping generation module: used to generate logic menu resource scripts and logic menu function framework modules. The specific steps are:

a) According to the menu tree customized by the interface, fill in the relationship between the parent, child, former brother, and later brother of the logical menu tree to the relevant fields of the logical menu tree; fill in the menu item attribute information to the relevant fields of each menu item in the logical menu tree, For example: menu item attribute information such as menu item string, menu ID, menu type, associated parameter type, etc. At this time, the parameter index associated with each menu has not yet been generated;

b) Traverse the menu tree according to the type of menu associated parameters, classify and count the parameters, automatically generate the index of each parameter in the relevant menu item and write it into the parameter index field in the logical menu.

c) Based on the filled-in menu tree structure information, sequentially format and store the logical menu tree into the logical menu resource script file; classify and count the parameters according to the parameter type of the logical menu, and store the parameter information in the logical menu in a classified format In the resource script file; and generate the macro definition of the menu ID according to the menu ID string, automatically generate the macro definition of each parameter index according to the menu ID and parameter type information, and store the generated menu and parameter macro definitions in a unified macro definition header file It is used by the main program of the measuring instrument; the final generated logic menu resource script file contains two: the menu tree structure and parameter information file (AvMenuData*.txt) and the macro definition header file of the menu index and parameter index (AvMenuData*.h ).

d) Finally, according to the menu function function class name field, menu function message macro definition field and message header file name field in the menu tree structure, a logical menu function frame module is generated, and each menu response function name is automatically generated according to the menu ID string. The files included in the logical menu function frame module are: menu function frame source file (AvMenuFunc*.cpp), menu function frame header file (AvMenuFunc*.h) and menu message header file (*MenuFuncMsg.h). Among them, the function realization of each menu item in the menu function frame source file is automatically filled to send a message to the associated window view, and the macro definition of the message is in the associated message header file (*MenuFuncMsg.h). The specific function implementation algorithm is implemented in the main program of the instrument. When the menu is changed in the future, it only needs to be modified in the corresponding menu item processing function in the main program of the instrument.

The intelligent parsing and restoration module restores the menu tree and all associated parameter data of the logic menu by calling the logic menu script file, and synchronously initializes each control of the interactive operation interface. On this basis, the logic menu resources can be further modified and improved.

2) Resource and functional framework modules

The product of the logic menu customization tool is the logic menu resource script and the logic menu function frame module. Among them, the logic menu resource script is mainly used to store menu and menu-associated parameter information, specifically includes two files, namely: menu tree structure and parameter information file (AvMenuData*.txt) and macro definition header file of menu index and parameter index (AvMenuData*.h); The logic menu function framework is the source file and header file of the menu function processing function automatically generated by the logic menu customization tool and the associated message macro definition header file. All files generated by the menu tool will be included in the relevant menu path of the measuring instrument software. If the instrument contains multiple measurement functions, then the menu resource scripts and menu function frame modules corresponding to each function will be classified and stored in the relevant path, and finally the measuring instrument will Called when the executable is run.

3) Measuring instrument execution file

The execution file of the measuring instrument is a large-scale instrument control software execution file, which only introduces the function modules related to the menu, mainly including the intelligent analysis and restoration module, the menu management module and the logic menu function framework module. The parsing and restoration module of this part is similar to the restoration module of the logic menu customization tool. By calling the logic menu script file, the menu tree and all associated parameter data of the logic menu are restored, and stored in the menu structure array and the corresponding data type array respectively. . On this basis, the future menu management module will manage and implement menu traversal, refresh of menu button buffer information, extraction and management of associated parameters by calling the logic menu function framework module, and interact with the main frame through messages to complete the menu button Refresh, parameter state switching and input management.

Fig. 3 is a schematic diagram of the execution flow of the logic menu "fool" custom tool. After opening the menu tool, if the stored logic menu resource script file (AvMenuData*.txt) is not called, the menu tree part on the left side of the interactive interface (Figure 8) is empty, and the menu attribute and parameter attribute part on the right side are in the initialization state. At this point, you can manually edit the custom menu tree and associated menu properties and parameter information. After editing, you can automatically generate the menu tree structure and associated parameter array through the "Save" button on the toolbar, and finally generate the logic menu resource script and logic menu function frame module. . If the stored logic menu resource script file (AvMenuData*.txt) is called, the tool first generates the menu structure in the script file to the memory image of the logic menu by calling the intelligent parsing and restoration module, and simultaneously refreshes the menu tree and menu attributes of the setting interface and parameter information and other controls. Then the user can edit and modify the menu tree and associated menu attributes and parameter information on this basis. After confirming that the editing is completed, the logic menu resource script and the logic menu function frame module are finally generated by calling the intelligent mapping generation module.

Fig. 4 is a schematic diagram of the execution file generation of the measuring instrument. The measuring instrument software development module includes many code source files and header files, among which, the logic menu function framework source files, header files and menu message macro definition header files automatically generated by the menu tool, and the menu analysis and restoration module, menu management module and others The source files and header files of the functional modules are included in the instrument software development module (software project engineering). After compiling and linking the development tools, the final execution file of the measuring instrument is generated to realize the software control of the instrument.

Fig. 5 is a schematic diagram of a script for calling a logic menu resource by a measuring instrument execution file. The logic menu resource script generated by the menu tool includes a text type file (*.txt), which stores the menu tree structure and associated parameter information. The menu tree structure and parameter information are restored to the menu memory image for initial setup of the user interface menu.

Fig. 6 is a flow chart of the implementation of the menu function by the execution file of the measuring instrument. When the main program is running, firstly open the logic menu resource script file, then perform parsing and restoration to restore the menu structure and parameter information to the memory image of the logic menu, and finally the menu manager module is responsible for managing the menu operations as a whole, and communicates with the main frame through The method of message transmission locates the message processing function and executes specific menu processing by calling the logic menu function frame module.

Figure 7 is the logical menu resource file format, which describes the format and content of the logical menu resource script text file. Among them, the segment mainly stores:

[MENU]: The menu structure tree is stored at the beginning of this mark, and the menu item attribute information is stored item by item, including menu parent, child, sibling relationship, menu item name, menu item ID, menu type, associated parameters and other information .

[DISCPARA], [LONGPARA], [DBLPARA], [STRPARA]: The information segment beginning with these flags stores the parameters of the discrete data type, long integer data type, floating point data type, and string data type one by one Information, including parameter name, parameter ID, default value, minimum value, maximum value, step value, etc. With different parameter types, the stored parameter information is also different.

[SWITCHINFO], [ASSINFO], [INCRSTR]: The information segments starting with these symbols store the switch type menu option information, multi-choice menu option information, and special regular step information item by item.

Figure 8 is the interactive interface of the logic menu "dumb" customization tool. The menu operation interface consists of two parts: the menu tree structure diagram and the menu item attribute editing page. The specific implementation of the menu tool will be further described below.

1. The "fool" customization tool for logic menu resources is an integrated tool. Its main responsibilities are to provide a friendly and convenient interactive interface for custom management of menu resources, and secondly, to call the intelligent mapping generation module to generate logic menu resource scripts and logic menus. The functional frame module, in addition, calls the intelligent parsing and restoration module to call in the historical logic menu resource script, and further modifies and improves the logic menu resource on this basis. The specific tasks in charge are as follows:

1) The establishment of the menu tree, the hierarchical management of the menu tree. Operations such as insert, delete, move up, move down, move left (level up), move right (level down), etc. can be performed on menu items through the tree control. Except for menu item strings that need to be manually input, all other operations can be completed by clicking with the mouse, and the operation is simple and intuitive.

2) Menu item attribute setting. Including menu ID, menu type, menu enable/disable/hide, whether it is the focus menu, type of associated parameters, whether to generate a response function, etc.

3) The parameter attribute setting associated with the menu item. If the parameter is a numerical parameter, you can customize the default value, minimum value, maximum value, step value, minimum step value, text length limit when inputting, numerical parameter display precision, unit type, etc.; if it is a discrete type, Various discrete character strings and default values can be customized.

4) Call the logic menu intelligent mapping generation module to generate menu resource script files and logic menu function framework modules (including response function framework class header files, response function framework class definition files, menu IDs and parameter indexes, etc. predefined header files).

5) Call the logic menu resource script intelligent parsing and restoration module, which can restore the menu tree and all associated parameter data of the logic menu from the logic menu script file, thereby initializing each control of the interactive operation interface, and on this basis, the logic menu resources for further revision and refinement.

2. The intelligent mapping generation module can automatically classify the attributes of menu items, associated data, auxiliary information, etc., count and calculate the mapping relationship between them, no matter adding or deleting menu items, or adjusting the order, level or other of menu items Attributes can be automatically adjusted and matched automatically. The specific tasks in charge are as follows:

1) According to the menu tree customized on the interface, generate the relationship between parent, child, former brother and later brother of the logical menu tree, write it into the relevant fields of the logical menu tree, and write each fixed attribute information into each of the logical menu tree Related fields of menu items, such as menu item main character string, menu ID, menu type, associated parameter type and other menu item attribute information. At this time, the parameter index associated with each menu has not been generated yet;

2) Traverse the menu tree according to the type of menu associated parameters, classify and count the parameters, automatically generate the index of each parameter in the relevant menu item and write it into the parameter index field in the logical menu. Indexes of various data types are numbered independently without interfering with each other, adding or deleting various types of parameters corresponding to the menu, the traversal generation process can be automatically adjusted to ensure that the mapping relationship between each parameter and the logical menu is completely matched;

3) Formatting and storing the logical menu tree into the logical menu resource script file.

4) According to the parameter type of the logic menu, the parameters are classified and counted, and the parameter information is classified and formatted and stored in the logic menu resource script file.

5) Generate the macro definition of the menu ID according to the menu ID string, automatically generate the macro definition of each parameter index according to the menu ID and parameter type information, store it in the macro definition header file, and use it for the main program of the measuring instrument;

6) Generate a logical menu function framework module, and the name of each menu response function is automatically generated according to the menu ID string.

Logic menu resource "fool" customization tool finally generates fully coordinated logic menu resource script and logic menu function framework module by calling the intelligent mapping generation module.

3. The intelligent parsing and restoration module is responsible for parsing the logic menu resource script, and dynamically generating the running state menu tree object and the data table data associated with the menu. In the measuring instrument software, these data are used by the menu manager to meet the running requirements of the software; in the logical menu resource "fool" custom tool, the generated menu resource can be transferred to restore the information to the interactive interface control, and the Logical menu resources are further revised and improved.

4. The menu manager is responsible for managing the traversal of the logical menu, the refresh of the menu button buffer information, the extraction and management of associated parameters, and interacts with the main frame through messages to complete the menu button refresh, parameter state switching and input management, etc. . The menu manager provides a configuration interface, which can dynamically configure the logical menu resources associated with the menu manager. During runtime, the logical menu resources can be dynamically configured as needed to meet the requirements for multiple logical menu trees under multi-mode measurement.

5. The logic menu resource script in the present invention is a script format optimized and designed after comparing and analyzing multiple resource formats. It is not only simple in format, but also easy to analyze, and has high efficiency in analyzing and restoring dynamic operating data.

Compared with the prior art, the present invention has the following advantages:

1) Using menu resource "fool" customization tools, logic menu customization can be easily realized, which frees developers from cumbersome menu resource maintenance, greatly improves production efficiency, improves the reliability of logic menu customization, and avoids manual modification Custom logic menus introduce new software bugs.

2) The application of the intelligent mapping generation module and the intelligent analysis and restoration module makes it unnecessary to manually force the menu item to be hard-bound to a certain parameter index when customizing the logic menu, and only needs to specify the parameter type associated with the menu and the characteristics of the parameter itself. Yes, it not only reduces the workload, but also avoids the errors introduced by manual operation. By automatically traversing menus and automatically generating parameter indexes, this module solves the problem of the association between menus and data. Whenever adding parameters, deleting parameters, changing parameter types, etc., they can automatically match each other.

3) The menu manager is not bound to any menu resources, and realizes the dynamic configuration interface. The measuring instrument software can dynamically realize the change and configuration of menu resources according to the needs during operation, so that the measuring instrument can easily implement multiple measurement modes to multiple logic menu needs.

4) The predefined code associated with the logic menu and the function frame module of the logic menu can be automatically generated. The logic menu response function and associated parameters in the measuring instrument software are accessed through the predefined parameters, which can ensure the coordination and unity of the logic menu resources and the instrument software. Automatically generate logical menu function framework modules, which reduces the workload of developers, improves work efficiency, and makes the styles of response functions completely unified.

It is not difficult to find that in the preferred embodiment of the present invention, there are "intelligent parsing and restoration modules" in the logic menu fool-style customization tool and measuring instrument software, because these are two independent software, and they all have a resource script for the logic menu. Requirements for parsing, this is a common module for use by both programs.

The role of the intelligent parsing and restoration module in the logic menu fool-style customization tool is to reload the generated logic menu resource script into the tool software, and restore the logic menu tree and various data associated with the logic menu for editing and modification.

The role of the intelligent analysis and restoration module in the measuring instrument software is to analyze the logic menu resource script when the software is started, restore and generate a logic menu tree and various data tables associated with the logic menu, which are used by the menu manager module.

The files generated by the logic menu fool-style customization tool include: menu message predefined .h file, menu ID and various types of parameter predefined .h file, menu function frame class .h file and .cpp file, menu resource script .txt file.

When the measuring instrument software is started, the "intelligent parsing and restoration module" is invoked to parse the menu resource script.txt file, and generate menu data and various data tables used inside the program for use by the menu manager module.

In the measuring instrument software development module, it is necessary to integrate the menu message predefined .h file, the menu ID and each type of parameter predefined .h file, the menu function framework class. Add specific processing codes to the generated menu function.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and equivalent technologies thereof, the present invention also intends to include these modifications and variations.

Claims (9)

1. A logical menu resource intelligent configuration method of a measuring instrument, characterized in that: Use the logic menu "fool-like" customization tool to interactively customize the logic menu tree and the properties of each menu item; The logic menu customization tool is composed of an editing management module, an intelligent mapping generation module and an intelligent analysis and restoration module; Edit management module: edit the menu tree structure through the interactive interface, and set the menu item attributes; Intelligent mapping generation module: used to generate logic menu resource scripts and logic menu function framework modules, the specific steps are: a) According to the menu tree customized by the interface, fill in the relationship between the parent, child, former brother, and later brother of the logical menu tree to the relevant fields of the logical menu tree; fill in the menu item attribute information to the relevant fields of each menu item in the logical menu tree, At this time, the parameter index associated with each menu has not been generated yet; b) Traverse the menu tree according to the type of menu associated parameters, classify and count the parameters, automatically generate the index of each parameter in the relevant menu item and write it into the parameter index field in the logical menu; c) Based on the filled-in menu tree structure information, sequentially format and store the logical menu tree into the logical menu resource script file; classify and count the parameters according to the parameter type of the logical menu, and store the parameter information in the logical menu in a classified format In the resource script file; and generate the macro definition of the menu ID according to the menu ID string, automatically generate the macro definition of each parameter index according to the menu ID and parameter type information, and store the generated menu and parameter macro definitions in a unified macro definition header file , used for the main program of the measuring instrument; the final generated logic menu resource script file contains two: the menu tree structure and parameter information file and the macro definition header file of menu index and parameter index; d) Finally, according to the menu function function class name field, the menu function message macro definition field and the message header file name field in the menu tree structure, a logical menu function frame module is generated, and each menu response function name is automatically generated according to the menu ID string; the logical menu The files included in the function frame module are: menu function frame source file, menu function frame header file and menu message header file; among them, the function realization of each menu item in the menu function frame source file is automatically filled as sending to the associated window view Message, the macro definition of the message is in the associated message header file; The intelligent parsing and restoration module restores the menu tree and all associated parameter data of the logic menu by calling the logic menu script file, and synchronously initializes each control of the interactive operation interface, and further modifies and improves the logic menu resources on this basis; Integrate the generated logic menu resource script and logic menu function frame module into the measuring instrument software development module, compile and link to generate the measuring instrument execution file; The execution file of the measuring instrument includes: an intelligent parsing and restoring module, a menu management module and a logical menu function frame module; the parsing and restoring module of the executing file of the measuring instrument restores the menu tree of the logical menu and all associated parameters by calling the logical menu resource script file data, and store them in the menu structure array and the corresponding data type array; on this basis, the menu management module manages and realizes the traversal of the menu, the refresh of the menu button buffer information, and the extraction of associated parameters by calling the logical menu function framework module and management, and interact with the main frame through messages to complete menu button refresh, parameter state switching and input management. 2. The method for intelligently configuring logic menu resources of a measuring instrument according to claim 1, wherein the "fool" type customization tool for logic menu resources is an integrated tool that provides a friendly and convenient user interface to facilitate customization management of menu resources; And generate logic menu resource script and logic menu function framework module by calling the internal intelligent mapping generation module; Also by calling the internal intelligent analysis and restoration module, and calling in the historical logic menu resource script, further modification and improvement are made on the basis of the old logic menu resource. 3. The logical menu resource intelligent configuration method of the measuring instrument according to claim 1, wherein the intelligent mapping generation module automatically classifies the attributes, associated data, and auxiliary information of menu items, and counts and calculates the mapping relationship between them , regardless of adding or deleting menu items, or adjusting the order, hierarchy or other attributes of menu items, adaptive adjustment and matching can be automatically realized. 4. the logical menu resource intelligent configuration method of measuring instrument according to claim 3, wherein The indexes of various data types are numbered independently without interfering with each other. Adding or deleting various types of parameters corresponding to the menu, and traversing the generation process can be automatically adjusted to ensure that the mapping relationship between each parameter and the logical menu is completely matched. 5. The logical menu resource intelligent configuration method of the measuring instrument according to claim 1, the intelligent parsing and restoring module is responsible for parsing the logical menu resource script, dynamically generating the data table data associated with the running state menu tree object and the menu; In the measuring instrument software, these data are used by the menu management module to meet the running requirements of the software; in the logical menu resource "fool" type customization tool, the generated menu resource is called in, and the information is restored to the interactive interface control, and the logical The menu resources are further modified and improved. 6. The logical menu resource intelligent configuration method of the measuring instrument according to claim 1, wherein: The intelligent mapping generating module and the intelligent parsing and restoring module make it unnecessary to manually force a menu item to be hard-bound to a certain parameter index when customizing a logical menu, and only need to specify the parameter type associated with the menu and the characteristics of the parameter itself; The intelligent mapping generating module and the intelligent parsing and restoring module solve the problem of association between menus and data by automatically traversing menus and automatically generating parameter indexes. Whenever adding parameters, deleting parameters, or changing parameter types, they can automatically realize mutual match. 7. The logical menu resource intelligent configuration method of the measuring instrument according to claim 1, the menu management module is responsible for managing the traversal of the logical menu, the refresh of the menu button buffer information, the extraction and management of associated parameters, and communicates with the main frame Interact through messages to complete menu button refresh, parameter status switching and input management; The menu management module provides a configuration interface to dynamically configure the logical menu resources associated with the menu management module, and dynamically configure the logical menu resources according to the needs during runtime to meet the needs of multiple logical menu trees under multi-mode measurement. 8. The logical menu resource intelligent configuration method of the measuring instrument according to claim 1, wherein the logical menu resource script adopts a general text file format, which is convenient for cross-platform use; At the same time, the structure of the menu resource script file is clear, the format is simple, and it is easy to analyze through the method of segment definition and segment description. 9. The logical menu resource intelligent configuration method of the measuring instrument according to claim 1, further characterized in that: Automatically generate the logic menu function frame module, in this module, the predefined codes associated with the logic menu are automatically generated according to the menu ID; The logical menu response function and associated parameters in the measuring instrument software are all accessed through the predefined code, ensuring the coordination and unity of the logical menu resources and the measuring instrument software; In the automatically generated logic menu function framework module, the names of the logic menu response functions are also automatically generated according to the menu ID, so that the styles of the response functions are completely unified.