CN112269330A - Visualization system for monitoring real-time state of embedded equipment program and use method thereof - Google Patents
Visualization system for monitoring real-time state of embedded equipment program and use method thereof Download PDFInfo
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Abstract
A visualization system for monitoring the real-time status of an embedded device program and a method for using the same are provided. The system comprises a database module, a state data interface module, a data processing module, an information checking module, a data display module and a data section intercepting module. The monitored embedded program calls a state data interface module to periodically write the real-time values of the key variables into the database. The system periodically reads the real-time data from the database, and displays the real-time data in the interface in a visual mode after processing. When the information checking module judges that a variable is abnormal, an alarm is sent out actively, and the data section intercepting module is called to store the current data information for later analysis and inspection. The system realizes the function of monitoring the real-time state of the embedded equipment program in batches in a visual mode, simplifies the operation of monitoring the real-time state of the service, visually displays the program state of the equipment to a user, supports dynamic online expansion and improves the maintenance efficiency of the equipment.
Description
Technical Field
The invention relates to the field of monitoring of embedded equipment, in particular to a visualization system for monitoring the real-time state of an embedded equipment program and a use method thereof.
Background
The embedded equipment has the advantages of high stability, strong specialization, convenient use and the like, and is widely applied to various fields. According to different application occasions, the embedded device has various types, and application programs running in the device are more different. Therefore, it is difficult to uniformly monitor the real-time running states of the application services in different embedded devices. Currently, there are two main ways for monitoring running programs in embedded devices, one is to use a command line form through remote connection, and the other is to use a management system developed in a matching manner for monitoring. The former has the advantages of low cost, simple form and strong universality, but needs a user to have certain professional knowledge, and the result is not intuitive enough, so that a plurality of devices cannot be monitored simultaneously; the latter has the advantages of simple operation, friendly interface and the like, but a matched management system needs to be developed, so the cost is higher and the universality is not strong. In addition, when a program running in the embedded device has a problem, a user can only obtain conclusive information of system running abnormity and brief description of an abnormity reason, and cannot obtain real-time data of various variables in the system when the system runs abnormity, so that the reason of the system abnormity is not easy to find afterwards, and when the problem is complicated, the abnormal state is more difficult to reproduce, and the problem is not easy to rapidly solve.
Disclosure of Invention
The invention aims to provide a visualization system for monitoring the real-time state of embedded equipment and a use method thereof, aiming at overcoming the defects of the prior art, and the visualization system is used for displaying the real-time change condition of the internal state of an application program in different types of embedded equipment for a user in the form of a visual graphic picture so as to solve the problem that engineering personnel cannot intuitively and detailedly monitor the real-time running state of a service program in the embedded equipment.
In order to achieve the above object, a first aspect of the present invention provides a visualization system for monitoring a real-time status of an embedded device program, the system comprising:
(1) a database module: the embedded device monitoring system is used for storing various real-time data generated when a monitored embedded device program runs;
(2) the state data interface module: providing an interface interacting with a database module, calling the interface by a monitored target object to write data into the database module, and calling the module by the visual system to read the data from the database;
(3) a data processing module: calling a state data interface module, reading the real-time state of the application service of the monitored equipment from the database module, and sending the result to a data display module and an information checking module after comprehensive processing;
(4) the information checking module: based on a rule base loaded from a configuration file during initialization, the information checking module checks real-time data of the core state of the monitored equipment output by the data processing module, judges the working state of the monitored equipment, pushes abnormal information to a user according to a set mode if the abnormal information is generated, and calls a data section intercepting module to intercept the current abnormal data;
(5) a data display module: displaying the result of the data processing module to a user in a visual graphic picture mode through various expression forms;
(6) a data section intercepting module: when the information checking module judges that the equipment state is abnormal, the real-time data of the specified equipment at the current moment is intercepted and stored automatically or manually by a user for later analysis.
Further, the method also comprises the following steps: and the configuration file reading and writing module is used for loading, modifying and storing various configuration data required by the system in operation and rule base data required by the information checking module.
Furthermore, the configuration file stores connection parameters of the database module, including information of refresh frequency, interface style and system configuration.
Further, the database module comprises a real-time database, wherein the stored data comprises real-time status data of the monitored equipment.
Further, when the visualization system monitors a plurality of embedded devices or application services at the same time, the combination of the device ID and the application service ID is used as a unique identifier, and the data of a specific object is read from the corresponding real-time database according to the mapping relationship between the unique identifier provided in the configuration file and the real-time database IP and port number.
Furthermore, the content displayed by the data display module comprises real-time processing processes of various real-time states and business processes of the monitored equipment; and the historical data is used for displaying the historical data stored in the file and presenting various states of the specified equipment at a specific moment for the user.
Furthermore, the visualization system supports an online dynamic expansion function, when the monitored object needs to be expanded, the object information is added into the configuration file as required, and the equipment and service information in the configuration file is reloaded if the reloading operation is selected.
A second aspect of the invention provides a method of using a visualization system as described above, comprising the steps of:
when an application program in the monitored embedded equipment is developed, calling a state data interface module provided by the visualization system, and periodically writing the specified internal variable real-time data in the monitored equipment into a real-time database;
writing the self information of the monitored equipment, the real-time database connection information and the name of the monitored state primary key into a configuration file according to a specified format;
starting an application service and the visualization system in the monitored equipment, initializing the visualization system, loading monitored embedded equipment information and monitored variable information from a configuration file, establishing a connection relation with a read real-time database, processing the read data, and then sending the processed data to the data display module to display an equipment tree list and a monitored state list;
and the information checking module reads the rule base in the configuration file and stores the rule base in the memory for later use.
Further, a reference value or range of the internal variable to be monitored is provided in the configuration file, so that the information checking module can judge whether the corresponding variable is abnormal;
when the monitored equipment normally runs, the visualization system periodically reads data from the real-time database, and the data are displayed in a current picture in a visualization mode after being processed;
when the information checking module judges that the monitored equipment is abnormal, the user manually or automatically intercepts the real-time characteristics of all variables in the real-time database at the current moment, and the real-time characteristics are stored in a file with a specific format for later analysis.
Further, when the monitored embedded device needs to be dynamically expanded, the device information to be expanded is added into the configuration file, the reloading operation in the visualization system is selected, and the information in the configuration file is reloaded.
In summary, the present invention provides a visualization system for monitoring the real-time status of an embedded device program and a method for using the same. The system comprises a database module, a state data interface module, a data processing module, an information checking module, a data display module and a data section intercepting module. The monitored embedded program calls a state data interface module to periodically write the real-time values of the key variables into the database. The system periodically reads the real-time data from the database, and displays the real-time data in the interface in a visual mode after processing. When the information checking module judges that a variable is abnormal, an alarm is sent out actively, and the data section intercepting module is called to store the current data information for later analysis and inspection. The invention realizes the function of monitoring the real-time state of the embedded equipment program in batch in a visual mode, simplifies the operation of monitoring the real-time state of the service, visually displays the program state of the equipment to a user, supports dynamic online expansion and improves the maintenance efficiency of the equipment.
The invention has the beneficial effects that:
the visual and universal monitoring system with dynamic expansion capability provided by the invention enables a user to intuitively and quickly know the real-time working state of the monitored system in a visual graphic picture form. When an application program in a monitored device has a problem, abnormal real-time data can be intercepted in time, when the problem occurs, a research and development worker is not required to be helped, and the original data of the first hand can be provided for the research and development worker by means of the method and the device, so that interference caused by unclear description can be shielded, the field environment can be restored at the rear, and the problem can be rapidly positioned and solved.
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FIG. 1 is a schematic structural framework diagram of a visualization system of an embodiment of the present invention;
fig. 2 is a flow chart of a visualization system using method according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail with reference to the accompanying drawings in conjunction with the following detailed description. It should be understood that the description is intended to be exemplary only, and is not intended to limit the scope of the present invention. Moreover, in the following description, descriptions of well-known structures and techniques are omitted so as to not unnecessarily obscure the concepts of the present invention.
As shown in FIG. 1, implementations of the invention provide a visualization system for monitoring the real-time status of an embedded device program. The system comprises: the device comprises a database module, a state data interface module, a data processing module, an information checking module, a data display module and a data section intercepting module.
And the database module is used for storing various real-time data generated when the monitored embedded device program runs. The system mainly comprises a real-time database which is used for storing various real-time data generated when an application program in the monitored embedded equipment runs. The monitored application program periodically writes real-time data of internal variables of the monitored application program into the real-time database, and the monitoring system reads the data written by the monitored application program from the database. The real-time database in fig. 1 stores various real-time data generated by the monitored embedded device program during operation. In practical engineering, a Redis open source database may be used. The appropriate mode of operation is selected according to different application purposes. In the case where there are a plurality of real-time databases, different real-time databases are distinguished by a combination of the IP address and port number of Redis.
And the state data interface module provides an interface for interacting with the database module, the monitored target object calls the interface to write data into the database module, and the visualization system calls the module to read data from the database. The method comprises the following steps: the method comprises the following steps of working states of an application program, real-time values and quality factors of core variables inside the program, auxiliary information such as a timestamp and the like, current flow states of complex operations and the like. Strings (strings) or sets (sets) using redis support may also be used to store historical data for certain variables. And the visual monitoring system calls the module to read data written by the monitored equipment service from the real-time library. The module is the basis for realizing the 'universality' of the system, namely any program meeting the specification can call the module to interact with the real-time database. The interface file and the library file of the state data interface module are provided for developers of monitored equipment and service objects, and the developers call the module to write data into the real-time database. In practical application, the interface can be developed by itself, or an open-source interface program can be directly used, or the open-source interface program is packaged to form an interface module with a self style. In order to give consideration to the convenience of use and expand the application range, the hiredis interface module written by the C language can be packaged to form a required interface for users and the users to use.
And the data processing module calls the state data interface module, reads the real-time state of the application service of the monitored equipment from the database module, and sends the result to the data display module and the information checking module after comprehensive processing. On one hand, the module reads monitored object information including information such as equipment names and IDs, application service names and IDs, IP and port numbers of associated real-time databases and the like from the configuration file, processes the information, forms 'equipment tree' data and sends the 'equipment tree' data to the data display module so as to be displayed. And on the other hand, the state data interface module is called, the real-time state of the monitored equipment is read from the corresponding real-time library, the comprehensive processing is carried out, and the result is sent to the data display module and the information checking module.
The information checking module checks the real-time data of the core state of the monitored equipment output by the data processing module based on the rule base loaded during system initialization, judges the working state of the monitored equipment, pushes abnormal information to a user according to a set mode if the abnormal information is generated, and calls the data section intercepting module to intercept the current abnormal data. The step of pushing the abnormal information comprises the steps of reminding a user by popping up an alarm interface, making an alarm sound, sending alarm information and the like, and calling a data section intercepting module to store the associated data content in a real-time library.
And the data display module is used for displaying the data processed by the data processing module, displaying the integral structure of the monitored equipment, various real-time states and real-time processing processes of services to a user in a rich form and a humanized style, such as a monitored service list, real-time numerical values of application internal characteristic variables and statistical information of specific services, and also displaying the complete processing process and the current real-time state of some services. In addition, the method can be used for displaying historical data of the monitored equipment stored in a specific file by a user. In the module, the complete real-time state of the system is shown to the user in various representation forms such as trees, lists, tables, pictures, flow charts and the like. For example, the monitored device objects and application service objects are presented to the user in a tree-like list, multi-level structure. And displaying the current real-time data of the selected internal variable of the application service and the associated data such as the timestamp, the reference value and the like in a table form. If the historical numerical values of the variables are stored in the real-time library in the type of the ordered set, displaying the historical data change condition of the selected variables in the form of various curves. If the information such as the data message exists, the original information of the message is displayed in the form of text. And displaying the real-time processing state of the selected operation process to a user in a real-time flow chart mode. The data content displayed by the data display module can be real-time data stored in a real-time database or historical data stored in a data file. If real-time data is displayed, the refresh period of the picture also needs to be set. If historical data is displayed, the data file of the historical data is derived from a data section intercepting module.
And the data section intercepting module is used for intercepting the real-time data of the monitored equipment selected at the current moment when the information checking module judges that the preposed state is abnormal, and the real-time data is automatically or manually triggered by a user and is stored in a well-organized data file for later analysis. By utilizing the data file generated by the module, a user can restore the real-time state of the specific equipment at a certain historical moment, and the data of all variables in the system at that time can be visually checked, thereby being beneficial to solving the problem. The data are automatically intercepted, namely, the data are automatically triggered and intercepted when the information checking module judges that an application program running in a certain monitored device has a problem; the data is manually intercepted, namely, the user manually selects the functional items provided by the system, and all the contents in the selected real-time library at the current moment are intercepted. The content of the data file comprises the name and the numerical value of the intercepted data main key, equipment information, real-time library connection information, an interception timestamp and the like. The format of the data file can be XML format or JSON format.
Referring to fig. 1, a configuration file stores parameter information and a rule base of which an information checking module is used as a criterion for normal operation of the monitoring system. The information of the monitored equipment is specifically included, and comprises an equipment name, an equipment ID and the like; the monitored application service information comprises an application name and ID, a device ID, and an IP and port number of a real-time library used by the application; the monitored variable information comprises variable names (main key names stored in a real-time library), application IDs (identification) of the variables, variable descriptions, variable types, normal values or ranges of the variables (which can be default and support regular expressions) and the like; the monitored flow information comprises the name of the flow, the ID of the application, the description of the flow, the description of all the steps of the flow and the like; other information, such as interface refresh period, number of monitored objects limit, etc. user preference information. The format of the configuration file may be in accordance with conventional requirements, i.e. the content is a simple key-value pair format, a file ending with an extension such as ". cfg", ". conf" or ". ini".
The invention realizes the function of monitoring the real-time state of the service program in the embedded equipment in batch in a visual mode, does not need to consider the application type of the embedded equipment, supports the online dynamic expansion function, can intercept the real-time data of an abnormal program for future reference, solves the problem of low maintenance efficiency caused by the difficulty in checking the real-time state of the program in the embedded equipment at low cost at present, is suitable for various occasions needing to monitor the real-time state of the equipment, particularly the occasions that field engineering personnel start debugging after the equipment is deployed, does not need to master very professional theoretical knowledge, and can master the running condition of the equipment service in real time without executing fussy operation. Even if problems occur on the spot, real abnormal data can be provided for research personnel, and the rapid positioning and solving of the problems are facilitated.
A second aspect of the invention provides a method of using the visualization system as described above, comprising the following steps, as shown in fig. 2:
step S100, calling a state data interface module provided by the visualization system when an application program in the monitored embedded equipment is developed, and periodically writing the specified internal variable real-time data in the monitored equipment into a real-time database;
step S200, writing the self information of the monitored equipment, the real-time database connection information and the name of the monitored state primary key into a configuration file according to a specified format;
step S300, starting an application service and the visualization system in the monitored equipment, initializing the visualization system, loading monitored embedded equipment information and monitored variable information from a configuration file, establishing a connection relation with a read real-time database, processing the read data, sending the processed data to the data display module, and displaying an equipment tree list and a monitored state list;
in step S400, the information checking module reads the rule base in the configuration file and stores the rule base in the memory for later use.
Furthermore, a reference value or range of the internal variable to be monitored is provided in the configuration file, so that the information checking module can judge whether the corresponding variable is abnormal. When the monitored equipment normally runs, the visualization system periodically reads data from the real-time database, and the data are displayed in a current picture in a visualization mode after being processed; when the information checking module judges that the monitored equipment is abnormal, the user manually or automatically intercepts the real-time characteristics of all variables in the real-time database at the current moment, and the real-time characteristics are stored in a file with a specific format for later analysis.
Furthermore, when the monitored embedded device needs to be dynamically expanded, the device information to be expanded needs to be added into the configuration file, and then the reloading operation in the monitoring system is selected to reload the information in the configuration file.
In summary, the present invention provides a visualization system for monitoring the real-time status of an embedded device program and a method for using the same. The system comprises a database module, a state data interface module, a data processing module, an information checking module, a data display module and a data section intercepting module. The monitored embedded program calls a state data interface module to periodically write the real-time values of the key variables into the database. The system periodically reads the real-time data from the database, and displays the real-time data in the interface in a visual mode after processing. When the information checking module judges that a variable is abnormal, an alarm is sent out actively, and the data section intercepting module is called to store the current data information for later analysis and inspection. The invention realizes the function of monitoring the real-time state of the embedded equipment program in batch in a visual mode, simplifies the operation of monitoring the real-time state of the service, visually displays the program state of the equipment to a user, supports dynamic online expansion and improves the maintenance efficiency of the equipment.
The invention has the advantages that: the method solves the problem that the current field engineering personnel or other users can only look up the real-time running state of the service program in the embedded equipment through a terminal window command line or a specific management software mode. The form of the command line terminal is used, so that the universality is strong, the form is simple, but only a small amount of data of specified variables can be inquired, the real-time data of all other variables cannot be checked, the visualization cannot be realized, the intuition is not enough, and certain requirements are met for the knowledge level of a user; the checking form of the specific management software can only check the real-time variable of the application service matched with the specific management software, even cannot check the real-time variable in other application services running in the same embedded device, and a management system needs to be developed in a matched manner, so that the cost is high, and the universality is not realized. In view of this, the invention provides a visual, generalized and dynamically extensible monitoring system, so that a user can intuitively and quickly know the real-time working state of the monitored system in a visual graphical picture form. When an application program in a monitored device has a problem, abnormal real-time data can be intercepted in time, when the problem occurs, a research and development worker is not required to be helped, and the original data of the first hand can be provided for the research and development worker by means of the method and the device, so that interference caused by unclear description can be shielded, the field environment can be restored at the rear, and the problem can be rapidly positioned and solved.
It is to be understood that the above-described embodiments of the present invention are merely illustrative of or explaining the principles of the invention and are not to be construed as limiting the invention. Therefore, any modification, equivalent replacement, improvement and the like made without departing from the spirit and scope of the present invention should be included in the protection scope of the present invention. Further, it is intended that the appended claims cover all such variations and modifications as fall within the scope and boundaries of the appended claims or the equivalents of such scope and boundaries.
Claims (10)
1. A visualization system for monitoring real-time status of an embedded device program, the system comprising:
(1) a database module: the embedded device monitoring system is used for storing various real-time data generated when a monitored embedded device program runs;
(2) the state data interface module: providing an interface interacting with a database module, calling the interface by a monitored target object to write data into the database module, and calling the module by the visual system to read the data from the database;
(3) a data processing module: calling a state data interface module, reading the real-time state of the application service of the monitored equipment from the database module, and sending the result to a data display module and an information checking module after comprehensive processing;
(4) the information checking module: based on a rule base loaded from a configuration file during initialization, the information checking module checks real-time data of the core state of the monitored equipment output by the data processing module, judges the working state of the monitored equipment, pushes abnormal information to a user according to a set mode if the abnormal information is generated, and calls a data section intercepting module to intercept the current abnormal data;
(5) a data display module: displaying the result of the data processing module to a user in a visual graphic picture mode through various expression forms;
(6) a data section intercepting module: when the information checking module judges that the equipment state is abnormal, the real-time data of the specified equipment at the current moment is intercepted and stored automatically or manually by a user for later analysis.
2. The visualization system for monitoring the real-time status of an embedded device program according to claim 1, further comprising: and the configuration file reading and writing module is used for loading, modifying and storing various configuration data required by the system in operation and rule base data required by the information checking module.
3. A visualization system for monitoring the real-time status of an embedded device program as recited in claim 2, wherein the configuration file stores connection parameters of the database module, including information on refresh rate, interface style, and system configuration.
4. A visualization system for monitoring the real-time status of an embedded device program as recited in claim 1, wherein the database module comprises a real-time type database, wherein the stored data comprises real-time status data of the monitored device.
5. The visualization system for monitoring the real-time status of the embedded device program as claimed in claim 4, wherein when the visualization system monitors a plurality of embedded devices or application services simultaneously, the combination of the device ID and the application service ID is used as the unique identifier, and the data of the specific object is read from the corresponding real-time database according to the mapping relationship between the unique identifier and the real-time database IP and port number provided in the configuration file.
6. The visualization system for monitoring the real-time status of the embedded device program according to claim 1, wherein the content displayed by the data display module includes real-time processing procedures of real-time status and business processes of the monitored device; and the historical data is used for displaying the historical data stored in the file and presenting various states of the specified equipment at a specific moment for the user.
7. A visualization system for monitoring the real-time status of an embedded device program as recited in claim 1, wherein the visualization system supports an online dynamic extension function, and when the monitored object needs to be extended, the object information is added to the configuration file as required, and if a "reload" operation is selected, the device and service information in the configuration file will be reloaded.
8. Use of a visualization system for monitoring the real-time status of an embedded device program according to any of claims 1-7, characterized in that it comprises the following steps:
when an application program in the monitored embedded equipment is developed, calling a state data interface module provided by the visualization system, and periodically writing the specified internal variable real-time data in the monitored equipment into a real-time database;
writing the self information of the monitored equipment, the real-time database connection information and the name of the monitored state primary key into a configuration file according to a specified format;
starting an application service and the visualization system in the monitored equipment, initializing the visualization system, loading monitored embedded equipment information and monitored variable information from a configuration file, establishing a connection relation with a read real-time database, processing the read data, and then sending the processed data to the data display module to display an equipment tree list and a monitored state list;
and the information checking module reads the rule base in the configuration file and stores the rule base in the memory for later use.
9. The use method of claim 8, wherein a reference value or range of the internal variable to be monitored is provided in the configuration file for the information checking module to determine whether the corresponding variable is abnormal;
when the monitored equipment normally runs, the visualization system periodically reads data from the real-time database, and the data are displayed in a current picture in a visualization mode after being processed;
when the information checking module judges that the monitored equipment is abnormal, the user manually or automatically intercepts the real-time characteristics of all variables in the real-time database at the current moment, and the real-time characteristics are stored in a file with a specific format for later analysis.
10. The method of use of claim 9, wherein when dynamic expansion of the monitored embedded device is required, the device information to be expanded is added to the configuration file, the reloading operation in the visualization system is selected, and the information in the configuration file is reloaded.
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