CN104866404B - A kind of general data monitoring method - Google Patents
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Abstract
本发明提供了一种通用的数据监视方法，该方法通过四层结构的通用处理系统实现外部数据接收、解码、存储和显示；首先针对于特定的数据系统生成XML格式的配置文件，通用处理系统的每层根据配置文件内容创建对象并设置对象属性，依次通过各层的对象实现数据接收、解码、存储和显示。本发明采用XML格式的配置文件描述特定环境的数据监视任务，根据该配置文件的内容可以准确创建每层的对象并设置对象属性，其中，对象对应于XML标签，而对象的属性对应于XML标签的属性，因此，采用这种格式的配置文件更易于对象实现。在显示任务发生变化时，仅需要修改配置文件，无需重新编码，易于实现、扩展，具有很强的适用性。
The present invention provides a general data monitoring method, which realizes external data reception, decoding, storage and display through a general processing system with a four-layer structure; first, a configuration file in XML format is generated for a specific data system, and the general processing system Each layer creates objects and sets object properties according to the content of the configuration file, and realizes data reception, decoding, storage and display through the objects of each layer in turn. The present invention adopts a configuration file in XML format to describe the data monitoring task of a specific environment, and according to the content of the configuration file, objects of each layer can be accurately created and object attributes can be set, wherein the objects correspond to XML tags, and the attributes of objects correspond to XML tags properties, therefore, configuration files in this format are easier for object implementations. When the display task changes, it only needs to modify the configuration file without recoding, it is easy to implement and expand, and has strong applicability.
Description
技术领域technical field
本发明涉及实物、半实物仿真技术领域，特别涉及一种通用的数据监视方法。The invention relates to the technical field of physical and semi-physical simulation, in particular to a general data monitoring method.
背景技术Background technique
在实物、半实物仿真系统中，通常需要实时监视来自不同设备的数据，各种设备的通讯方式、数据结构存在着很大差异，针对特定系统定制开发的数据监视软件通常无法在别的系统中复用，导致软件成本太高。当数据协议发生变化时，定制软件需要随之变化，代码需要修改、重新测试，再次增加了软件成本，并且代码难以维护。In physical and semi-physical simulation systems, it is usually necessary to monitor data from different devices in real time. The communication methods and data structures of various devices are very different. The data monitoring software developed for a specific system usually cannot be used in other systems. Multiplexing leads to high software cost. When the data protocol changes, custom software needs to change accordingly, and the code needs to be modified and retested, which again increases the software cost and makes the code difficult to maintain.
发明内容Contents of the invention
本发明的目的在与克服现有技术的不足，提供了一种通用的数据监视方法，该方法通过四层结构的通用处理系统实现外部数据接收、解码、存储和显示；首先针对于特定的数据系统，生成XML格式的配置文件，通用处理系统的每层根据配置文件内容创建对象并设置对象属性，依次通过各层的对象实现数据接收、解码、存储和显示，这用采用通用结构的方法易于实现，适用范围广。The purpose of the present invention is to overcome the deficiencies in the prior art, and provides a general data monitoring method, which realizes external data reception, decoding, storage and display through a general processing system with a four-layer structure; at first for specific data The system generates configuration files in XML format, and each layer of the general processing system creates objects and sets object attributes according to the content of the configuration files, and realizes data reception, decoding, storage and display through the objects of each layer in turn, which is easy to use by adopting a general structure Realized, the scope of application is wide.
本发明的上述目的通过以下的技术方案实现：Above-mentioned purpose of the present invention is realized by following technical scheme:
一种通用的数据监视方法基于通用处理系统实现，所述系统包括通讯层、解码层、表示层和显示层；具体实现步骤如下：A general data monitoring method is realized based on a general processing system, and the system includes a communication layer, a decoding layer, a presentation layer and a display layer; the specific implementation steps are as follows:
(1)、根据设定的数据显示要求生成配置文件，其中，在所述配置文件中设定数据通信协议类型和内容、数据类型或解码器DLL地址、数据存储方式、数据存储类型、数据显示方式和显示内容；(1), generate a configuration file according to the set data display requirements, wherein the data communication protocol type and content, data type or decoder DLL address, data storage method, data storage type, and data display are set in the configuration file manner and display content;
(2)、运行所述通用处理系统，并加载步骤(1)生成的配置文件，所述系统按照配置文件内容在通讯层、解码层、表示层和显示层分别创建接收器对象、解码器对象、存储对象和显示对象，实现数据接收、解码、存储和显示处理，具体实现步骤如下：(2), run described universal processing system, and load the configuration file that step (1) generates, described system creates receiver object, decoder object respectively in communication layer, decoding layer, presentation layer and display layer according to configuration file content , storage object and display object, realize data receiving, decoding, storage and display processing, the specific implementation steps are as follows:
(2a)、在通讯层中，按照配置文件中设定的数据通信协议类型创建接收器对象，并按照配置文件中设定的通信协议内容设置接收器对象的属性，然后在通讯层中通过所述接收器对象接收外部数据并形成字节流；(2a), in the communication layer, create a receiver object according to the data communication protocol type set in the configuration file, and set the attributes of the receiver object according to the communication protocol content set in the configuration file, and then pass the set in the communication layer The receiver object receives external data and forms a byte stream;
(2b)、在解码层中，如果配置文件中设定了数据类型，则创建通用解码对象，并按照所述数据类型设置通用解码对象的属性，然后通过所述通用解码对象将步骤(2a)得到的字节流按照数据类型恢复为变量；如果配置文件中设定了解码器DLL地址，则按照所述地址调用已定义的解码器，通过所述解码器将步骤(2a)得到的字节流恢复为变量；(2b), in the decoding layer, if the data type is set in the configuration file, then create a general decoding object, and set the attributes of the general decoding object according to the data type, and then pass step (2a) through the general decoding object The obtained byte stream is restored as a variable according to the data type; if the decoder DLL address is set in the configuration file, the defined decoder is called according to the address, and the byte obtained in step (2a) is passed through the decoder. The stream is restored as a variable;
(2c)、在表示层，按照配置文件中设定的数据存储方式创建存储对象，并按照设定的存储类型设置所述存储对象的属性，然后通过所述存储对象将步骤(2b)中恢复的变量存放在内存或文件中；(2c), at the presentation layer, create a storage object according to the data storage mode set in the configuration file, and set the attributes of the storage object according to the set storage type, and then restore the data in step (2b) through the storage object variables are stored in memory or in files;
(2d)、在显示层，按照配置文件中设定的数据显示方式，创建显示对象，并按照设定的显示内容设置所述显示对象的属性，然后通过所述显示对象从内存中读取变量并显示。(2d), in the display layer, create a display object according to the data display method set in the configuration file, and set the attributes of the display object according to the set display content, and then read variables from the memory through the display object and display.
上述的通用的数据监视方法，在步骤(1)中，数据通信协议类型包括UDP协议、TCP协议和串口协议；在步骤(2a)中，根据所述的三种通信协议类型创建的接收器对象分别为UDP接收器对象、TCP接收器对象和串口接收器对象。Above-mentioned general data monitoring method, in step (1), data communication protocol type comprises UDP agreement, TCP agreement and serial port agreement; In step (2a), according to the receiver object that described three kinds of communication protocol types create They are UDP receiver object, TCP receiver object and serial port receiver object respectively.
上述的通用的数据监视方法，在步骤(1)中，数据存储方式包括内存存储和文件存储，数据存储类型包括二进制源码存储、文本存储、结构体存储、数据序列存储；其中，如果设定数据存储方式为内存存储，则步骤(2c)在表示层中创建内存存储对象，然后按照数据存储类型设置内存对象属性，并通过内存存储对象将步骤(2b)中恢复的变量保存在内存中；如果设定数据存储方式为文件存储，则步骤(2c)在表示层中创建文件存储对象，并通过文件存储对象将步骤(2b)中恢复的变量保存在文件中。In the above general data monitoring method, in step (1), the data storage method includes memory storage and file storage, and the data storage type includes binary source code storage, text storage, structure storage, and data sequence storage; wherein, if the data is set If the storage method is memory storage, step (2c) creates a memory storage object in the presentation layer, then sets the memory object attributes according to the data storage type, and saves the variable recovered in step (2b) in memory through the memory storage object; if If the data storage mode is set as file storage, then step (2c) creates a file storage object in the presentation layer, and saves the variable restored in step (2b) in the file through the file storage object.
上述的通用的数据监视方法，在步骤(1)中，数据显示方式包括表格显示、曲线显示、文本显示和二进制源码显示，按照所述四种显示方式，步骤(2d)在显示层创建的显示对象分别为表格控件对象、曲线控件对象、文本控件对象和二进制源码控件对象。In the above general data monitoring method, in step (1), the data display methods include table display, curve display, text display and binary source code display. According to the four display methods, the display created by step (2d) in the display layer The objects are table control object, curve control object, text control object and binary source code control object respectively.
上述的通用的数据监视方法，在步骤(1)中，配置文件基于XML格式。In the above general data monitoring method, in step (1), the configuration file is based on the XML format.
本发明与现有技术相比，具有以下优点：Compared with the prior art, the present invention has the following advantages:
(1)、本发明的数据监视方法可以在一个通用的软件框架中实现，在该框架中设定了通讯层、解码层、表示层和显示层，本发明在每层根据配置文件内容创建对象并设置对象属性，数据经过逐层对象处理，逐步消除数据差异，最终形成通用变量并在显示界面上进行显示，实现简单且通用性强；(1), data monitoring method of the present invention can be realized in a general software frame, set communication layer, decoding layer, presentation layer and display layer in this frame, the present invention creates object according to configuration file content at each layer And set the object properties, the data is processed layer by layer, and gradually eliminate the data differences, and finally form a common variable and display it on the display interface, which is simple and versatile;
(2)、本发明的四层通用结构，每一层只为下一层提供服务，层间耦合性小，接口易于维护，并且在每层中创建不同类型的对象，每种对象只处理特定的数据，功能划分明确；(2), four-layer general structure of the present invention, each layer only provides service for the next layer, the coupling between layers is small, the interface is easy to maintain, and different types of objects are created in each layer, and each kind of object only handles specific The data, the functional division is clear;
(3)、本发明采用XML格式的配置文件描述特定环境的数据监视任务，根据该配置文件的内容可以准确创建每层的对象并设置对象属性，其中，对象对应于XML标签，而对象的属性对应于XML标签的属性，因此，采用这种格式的配置文件更易于对象实现；(3), the present invention adopts the configuration file of XML form to describe the data monitoring task of specific environment, can accurately create the object of each layer and set object attribute according to the content of this configuration file, wherein, object corresponds to XML label, and the attribute of object Corresponds to the attribute of the XML tag, therefore, the configuration file in this format is easier to realize by the object;
(4)、本发明将特定的数据显示任务完全用配置文件进行描述，因此在显示任务发生变化时，仅需要修改配置文件，无需重新编码，易于实现、扩展，具有很强的适用性。(4), the present invention completely uses the configuration file to describe the specific data display task. Therefore, when the display task changes, only the configuration file needs to be modified without recoding. It is easy to implement and expand, and has strong applicability.
附图说明Description of drawings
图1为本发明通用的数据监视方法基于的系统框架示意图；Fig. 1 is a schematic diagram of the system framework based on the general data monitoring method of the present invention;
图2为本发明通用的数据监视方法的处理流程。FIG. 2 is a processing flow of the general data monitoring method of the present invention.
具体实施方式detailed description
下面结合附图和具体实施例对本发明作进一步详细的描述：Below in conjunction with accompanying drawing and specific embodiment the present invention is described in further detail:
本发明提供了一种通用的数据监视方法，可用于对不同设备的数据进行监视。该方法基于一种通用处理系统实现，如图1所示的系统框架示意图，该通用处理系统通讯层、解码层、表示层和显示层，其中，数据自通讯层向显示层流动，在每一层经过相应处理后，逐步消除数据的差异，最终得到通用的变量，并显示在显示界面上。The invention provides a general data monitoring method, which can be used to monitor the data of different devices. The method is implemented based on a general processing system, as shown in the schematic diagram of the system framework shown in Figure 1, the general processing system communication layer, decoding layer, presentation layer and display layer, wherein data flow from the communication layer to the display layer, in each After the layers are processed accordingly, the data differences are gradually eliminated, and finally the common variables are obtained and displayed on the display interface.
如图2所示的方法流程图，本发明的通用数据监视方法的步骤如下：Method flowchart as shown in Figure 2, the steps of general data monitoring method of the present invention are as follows:
(1)、根据设定的数据显示要求生成XML格式的配置文件，其中，在所述配置文件中设定数据通信协议类型和内容、数据类型或解码器DLL地址、数据存储方式、数据存储类型、数据显示方式和显示内容。本发明采用的XML格式非常适合用于描述对象，其中，对象对应于XML标签，而对象的属性对应于XML标签的属性。(1), according to the set data display requirements to generate a configuration file in XML format, wherein the data communication protocol type and content, data type or decoder DLL address, data storage method, data storage type are set in the configuration file , data display method and display content. The XML format adopted by the present invention is very suitable for describing objects, wherein the objects correspond to XML tags, and the attributes of the objects correspond to the attributes of the XML tags.
(2)、运行所述通用处理系统，并加载步骤(1)生成的配置文件，所述系统按照配置文件内容在通讯层、解码层、表示层和显示层分别创建接收器对象、解码器对象、存储对象和显示对象，实现数据接收、解码、存储和显示处理，具体实现步骤如下：(2), run described universal processing system, and load the configuration file that step (1) generates, described system creates receiver object, decoder object respectively in communication layer, decoding layer, presentation layer and display layer according to configuration file content , storage object and display object, realize data receiving, decoding, storage and display processing, the specific implementation steps are as follows:
(2a)、在通讯层中，按照配置文件中设定的数据通信协议类型创建接收器对象，并按照配置文件中设定的通信协议内容设置接收器对象的属性，然后在通讯层中通过所述接收器对象接收外部数据并形成字节流。(2a), in the communication layer, create a receiver object according to the data communication protocol type set in the configuration file, and set the attributes of the receiver object according to the communication protocol content set in the configuration file, and then pass the set in the communication layer The receiver object receives external data and forms a byte stream.
其中，一般采用的数据通信协议类型包括UDP协议、TCP协议和串口协议；在通讯层中可以根据这三种通信协议类型创建UDP接收器对象、TCP接收器对象和串口接收器对象。该接收器对象的属性可以根据通信协议内容进行设置，例如，UDP接收器对象需要设置的属性包括接收地址、端口等。Among them, the commonly used data communication protocol types include UDP protocol, TCP protocol and serial port protocol; in the communication layer, UDP receiver objects, TCP receiver objects and serial port receiver objects can be created according to these three communication protocol types. The attributes of the receiver object can be set according to the content of the communication protocol. For example, the attributes that need to be set for the UDP receiver object include receiving address, port, and so on.
(2b)、在解码层中，如果配置文件中设定了数据类型，则创建通用解码对象，并按照所述数据类型设置通用解码对象的属性，然后通过所述通用解码对象将步骤(2a)得到的字节流按照数据类型恢复为变量；如果配置文件中设定了解码器DLL地址，则按照所述地址调用已定义的解码器，通过所述解码器将步骤(2a)得到的字节流恢复为变量。(2b), in the decoding layer, if the data type is set in the configuration file, then create a general decoding object, and set the attributes of the general decoding object according to the data type, and then pass step (2a) through the general decoding object The obtained byte stream is restored as a variable according to the data type; if the decoder DLL address is set in the configuration file, the defined decoder is called according to the address, and the byte obtained in step (2a) is passed through the decoder. Streams revert to variables.
其中，解码层的功能是对字节流进行解码，从字节流中区分整形、浮点等各种类型的变量，进行高低字节序转换等工作。解码器对象可以分为两类：通用解码器和自定义解码器。其中，自定义解码器针对复杂的数据格式，如特殊编码、压缩数据格式，自定义解码器通过用户自行开发的DLL来实现。Among them, the function of the decoding layer is to decode the byte stream, distinguish various types of variables such as shaping and floating point from the byte stream, and perform work such as high and low endian conversion. Decoder objects can be divided into two categories: generic decoders and custom decoders. Among them, the custom decoder is aimed at complex data formats, such as special encoding and compressed data format, and the custom decoder is realized through the DLL developed by the user.
(2c)、在表示层，按照配置文件中设定的数据存储方式创建存储对象，并按照设定的存储类型设置所述存储对象的属性，然后通过所述存储对象将步骤(2b)中恢复的变量存放在内存或文件中。(2c), at the presentation layer, create a storage object according to the data storage mode set in the configuration file, and set the attributes of the storage object according to the set storage type, and then restore the data in step (2b) through the storage object The variables are stored in memory or in a file.
其中，数据存储方式包括内存存储和文件存储，数据存储类型包括二进制源码存储、文本存储、结构体存储、数据序列存储。如果设定数据存储方式为内存存储，则步骤(2c)在表示层中创建内存存储对象，然后按照数据存储类型设置内存对象属性，并通过内存存储对象将步骤(2b)中恢复的变量保存在内存中。如果设定数据存储方式为文件存储，则步骤(2c)在表示层中创建文件存储对象，并通过文件存储对象将步骤(2b)中恢复的变量保存在文件中。在进行文件存储中，如果配置文件中设定了存放地址，则将文件保存在该地址，如果配置文件中没有设定文件地址，则将文件保存在默认地址。Among them, the data storage methods include memory storage and file storage, and the data storage types include binary source code storage, text storage, structure storage, and data sequence storage. If the data storage method is set as memory storage, then step (2c) creates a memory storage object in the presentation layer, then sets the memory object properties according to the data storage type, and saves the variable restored in step (2b) in the memory storage object through the memory storage object in memory. If the data storage method is set as file storage, then step (2c) creates a file storage object in the presentation layer, and saves the variable restored in step (2b) in the file through the file storage object. In file storage, if the storage address is set in the configuration file, the file will be saved at this address; if the file address is not set in the configuration file, the file will be saved at the default address.
(2d)、在显示层，按照配置文件中设定的数据显示方式，创建显示对象，并按照设定的显示内容设置所述显示对象的属性，然后通过所述显示对象从内存中读取变量并显示。(2d), in the display layer, create a display object according to the data display method set in the configuration file, and set the attributes of the display object according to the set display content, and then read variables from the memory through the display object and display.
其中，数据显示方式包括表格显示、曲线显示、文本显示和二进制源码显示，按照所述四种显示方式，步骤(2d)在显示层创建的显示对象分别为表格控件对象、曲线控件对象、文本控件对象和二进制源码控件对象。Wherein, the data display methods include table display, curve display, text display and binary source code display. According to the four display methods, the display objects created in the display layer in step (2d) are table control objects, curve control objects, and text control objects respectively. object and binary source control object.
本发明将特定的数据显示任务完全用配置文件进行描述，因此在显示任务发生变化时，仅需要修改配置文件，无需重新编码，易于实现、扩展，具有很强的适用性。The invention fully describes specific data display tasks with configuration files, so when the display tasks change, only the configuration files need to be modified without recoding, and it is easy to implement and expand, and has strong applicability.
以上所述，仅为本发明一个具体实施方式，但本发明的保护范围并不局限于此，任何熟悉本技术领域的技术人员在本发明揭露的技术范围内，可轻易想到的变化或替换，都应涵盖在本发明的保护范围之内。The above is only a specific embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Any person skilled in the art can easily think of changes or substitutions within the technical scope disclosed in the present invention. All should be covered within the protection scope of the present invention.
本发明说明书中未作详细描述的内容属于本领域专业技术人员的公知技术。The content that is not described in detail in the specification of the present invention belongs to the well-known technology of those skilled in the art.
Claims (5)
- A kind of 1. general data monitoring method, it is characterised in that：Realized based on generic processing system, the system includes communication Layer, decoding layer, expression layer and display layer, specific implementation step are as follows：(1), shown according to the data of setting and require generation configuration file, wherein, data communication is set in the configuration file Protocol type and content, data type or decoder DLL addresses, data storage method, Stored Data Type, data display mode And display content；(2) generic processing system, and the configuration file of load step (1) generation, are run, the system is according to configuration file Content is respectively created receiver object, decoder object, storage object in Communication Layer, decoding layer, expression layer and display layer and shown Show object, realize data receiver, decoding, storage and display processing, it is as follows to implement step：(2a), in Communication Layer, according to the data communication protocol type establishment receiver object set in configuration file, and according to The attribute of the communication protocol curriculum offering receiver object set in configuration file, then passes through the receiver in Communication Layer Object receives external data and forms byte stream；(2b), in decoding layer, if setting data type in configuration file, general decoding object is created, and according to institute State the attribute that data type sets general decoding object, the byte for then step (2a) being obtained by the general decoding object Stream is variable according to data type recovery；If decoder DLL addresses are set in configuration file, according to the call by location Defined decoder, the byte stream that step (2a) obtains is reverted to by variable by the decoder；(2c), in expression layer, storage object, and depositing according to setting are created according to the data storage method set in configuration file The attribute that type sets the storage object is stored up, is then stored in the variable recovered in step (2b) by the storage object In internal memory or file；(2d), in display layer, according to the data display mode set in configuration file, create and show object, and according to setting Display content sets the attribute of the display object, and variable is then read from internal memory by the display object and is shown.
- A kind of 2. general data monitoring method according to claim 1, it is characterised in that：In step (1), data are led to Letter protocol type includes udp protocol, Transmission Control Protocol and serial port protocol；In step (2a), according to three kinds of described communication protocol classes The receiver object that type creates is respectively UDP receivers object, TCP receivers object and serial ports receiver object.
- A kind of 3. general data monitoring method according to claim 1, it is characterised in that：In step (1), data are deposited Storage mode includes memory storage and file stores, and Stored Data Type includes the storage of binary system source code, text stores, structure is deposited Storage, data sequence storage；Wherein, if setting data storage method as memory storage, step (2c) creates in expression layer Memory storage object, memory object attribute then is set according to Stored Data Type, and by memory storage object by step The variable save recovered in (2b) is in internal memory；If setting data storage method to store as file, step (2c) is representing Establishment file storage object in layer, and by file storage object by the variable save recovered in step (2b) hereof.
- A kind of 4. general data monitoring method according to claim 1, it is characterised in that：In step (1), data show Show that mode is shown including form, curve is shown, text is shown and binary system source code is shown, according to four kinds of display modes, step Suddenly (2d) is respectively grid control object, Curve Controls object, text control object and two in the display object that display layer creates System source code control object.
- A kind of 5. general data monitoring method according to claim 1, it is characterised in that：In step (1), configuration text Part is based on XML format.
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| CN110377655A (en) * | 2019-06-10 | 2019-10-25 | 厦门科灿信息技术有限公司 | The method and terminal device that front equipment end data are shown |
| CN111464565B (en) * | 2020-05-13 | 2021-09-28 | 中国科学院自动化研究所 | Intelligent decoding method and decoder following general information exchange protocol specification |
| CN112287177B (en) * | 2020-11-25 | 2021-07-13 | 城云科技（中国）有限公司 | A method and apparatus for creating, changing, displaying and querying object tags |
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| US20050198006A1 (en) * | 2004-02-24 | 2005-09-08 | Dna13 Inc. | System and method for real-time media searching and alerting |
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| CN202353704U (en) * | 2011-12-08 | 2012-07-25 | 人民网股份有限公司 | Wireless network video system |
| CN104123364A (en) * | 2014-07-21 | 2014-10-29 | 上海迈循信息科技有限公司 | Method and device for transmitting and receiving data through mobile terminal |
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