CN117749615A - Method, system and device for constructing mining management and control communication link based on object combination - Google Patents
Method, system and device for constructing mining management and control communication link based on object combination Download PDFInfo
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Abstract
The invention provides a method, a system and a device for constructing a mining management and control communication link based on object combination, wherein the method comprises the following steps: constructing a visual configuration guide; respectively generating key value data according to the communication protocol interface type, the communication content carrier format and the user transmission information type stored by the visual configuration guide, and storing the key value data into a hash mapping data dictionary; constructing a communication array for storing various objects generated based on key value pairs in a hash mapping data dictionary; and constructing a management and control communication data link according to control protocols preset by various objects and soft and hard equipment, and realizing access, control, acquisition and nano-tube of various soft and hard equipment. The invention obviously enhances the dynamic configuration capability of the communication link, and a user can flexibly select the proper communication protocol interface type, communication content carrier format and user transmission information type according to actual service requirements, thereby realizing the rapid and accurate configuration of the communication link and greatly reducing the complexity of manual configuration and programming.
Description
Technical Field
The present invention relates to the field of communications technologies, and in particular, to a method, a system, and an apparatus for constructing a management and control communications link based on object combination.
Background
In the construction and operation of satellite data communications and computer network data communications systems, the integration of a variety of devices is often involved, including general purpose devices, specialized devices, sensors, and the like. In the initial system setup phase, there is a need for access, control, acquisition and comprehensive management (nanotubes) of these diverse devices. In addition, with the continuous operation of the service system, conditions such as system upgrade, equipment fault handling, service adjustment and the like are inevitably encountered, and all the conditions require that the system has efficient access, control, acquisition and management capabilities for new equipment.
Conventional communication link construction procedures typically include three encoding stages and a joint test and debug stage. This approach has limited flexibility and efficiency in the face of varying access and service requirements for diverse devices, since it only supports a single or limited user transport information type, communication content carrier format, and communication protocol interface type. In addition, when software and hardware devices are newly added or replaced, developers need to go to the site in person to customize and develop, including coding according to service requirements, and adaptation and joint debugging of user information transmission types, communication content format carriers, communication protocol interface types and devices are realized. This process is time consuming and complex and is fraught with uncertainties such as coding errors, environmental dependency problems, and the like.
The existing satellite data communication and computer network management and control data communication link construction method has several main problems: first, the code implementation and debugging process is cumbersome and time consuming, often requiring 1 to 2 days to build and complete a communication link. Second, because only limited types of user transport information, communication content carrier formats, and communication protocol interface types are supported, they are not flexible and adaptable enough to handle changes in various mining and control requirements. Finally, the dependence of the user on the developer is too strong, so that the operability and usability of the user in the link construction process are low, and the user cannot autonomously and rapidly respond to the service change or equipment update requirement.
Disclosure of Invention
Aiming at the defects of the prior art, the invention aims to provide a method, a system and a device for constructing a mining management and control communication link based on object combination, which solve the problems of complex coding realization process and debugging process and long time consumption in the existing scene; the efficiency of flexibly coping with various mining management and control scenes is low, and the limitation is large; the user has strong dependence on developer, the operability of the user in the link construction process is low, the usability is low, and the like.
In order to achieve the above object, the present invention provides a technical solution comprising:
the method for constructing the mining management and control communication link based on object combination comprises the following steps:
s1, constructing a visual configuration guide comprising a communication protocol interface type, a communication content carrier format and a user transmission information type related to access, control, acquisition and nano-tube of soft and hard equipment, so that a user can select according to service requirements;
s2, respectively generating key value data according to the communication protocol interface type, the communication content carrier format and the user transmission information type selected by the user and stored by the visual configuration guide, and storing the key value data into a hash mapping data dictionary;
s3, constructing a communication array for storing a communication protocol interface type object, a communication content carrier format object and a user transmission information type object which are generated based on key value pairs in the hash mapping data dictionary;
s4, constructing a management and control communication data link according to the communication protocol interface type object, the communication content carrier format object, the user transmission information type object and a control protocol preset by soft and hard equipment, and realizing access, control, acquisition and nano-management of various soft and hard equipment.
In some preferred embodiments, the visual configuration wizard includes a visual form for element selection using a tab and drop down list.
In some preferred embodiments, the key pair data generating method includes: the key values of the preset communication protocol interface type, the communication content carrier format and the user transmission information type automatically generate rules for the data.
In some preferred embodiments, the step S3 includes:
s301, constructing a communication array communication Arr;
s302, based on the communication protocol interface type key value pair in the hash mapping data dictionary, generating a communication protocol interface type object through reflection assembly, and loading the communication protocol interface type object into a communication array communication Arr [0 ];
s303, generating a communication content carrier format object through reflection assembly based on a communication content carrier format key value pair in the hash mapping data dictionary, and loading the communication content carrier format object into a communication array communication Arr 1;
s304, based on the key value pair of the user transmission information type in the hash mapping data dictionary, generating a user transmission information type object through reflection assembly, and loading the user transmission information type object into a communication array communication Arr 2.
The invention also provides a system for constructing the mining management and control communication link based on object combination, which comprises the following steps:
the visual configuration guide module is configured to contain the communication protocol interface types, the communication content carrier formats and the user transmission information types related to the access, control, acquisition and nano-tube of the soft and hard equipment so as to be selected by a user according to service requirements;
the key value pair storage module is connected with the visual configuration guide module and is configured to respectively generate key value data according to the communication protocol interface type, the communication content carrier format and the user transmission information type selected by the user and store the key value data into the hash mapping data dictionary;
a communication array module configured to store a communication protocol interface type object, a communication content carrier format object, and a user transport information type object;
the system comprises a management and control communication link scheduling module, a communication array module, a key value pair storage module and a communication control module, wherein the management and control communication link scheduling module is respectively connected with the key value pair storage module and the communication array module and is configured to generate a communication protocol interface type object, a communication content carrier format object and a user transmission information type object based on the key value pair in the key value pair storage module and store the communication protocol interface type object, the communication content carrier format object and the user transmission information type object in the communication array module; and constructing a management and control communication data link based on the communication protocol interface type object, the communication content carrier format object, the user transmission information type object and a control protocol preset by soft and hard equipment.
In some preferred embodiments, the visual configuration wizard module incorporates a visual form for element selection using a tab and drop down list.
In some preferred embodiments, the key-value pair storage module includes a generation rule configuration unit; the generation rule configuration unit is configured to preset key values of a communication protocol interface type, a communication content carrier format and a user transmission information type to automatically generate rules for the data.
In some preferred embodiments, the communication array module comprises:
the communication Arr 0 unit is connected with the mining management and control communication link scheduling module and is configured to store a communication protocol interface type object generated by the mining management and control communication link scheduling module through reflection assembly based on the communication protocol interface type key value pair in the key value pair storage module;
the communication Arr 1 unit is connected with the mining management and control communication link scheduling module and is configured to store a communication content carrier format object generated by the mining management and control communication link scheduling module through reflection assembly based on the communication content carrier format key value pair in the key value pair storage module;
and the communication Arr 2 unit is connected with the mining management and control communication link scheduling module and is configured to store a user transmission information type object generated by the mining management and control communication link scheduling module through reflection assembly based on the key value pair in the key value pair storage module.
The invention also provides an object-based combined mining and control communication link construction device, comprising a processor and an interface circuit, wherein the interface circuit is used for receiving signals from other devices outside the object-based combined mining and control communication link construction device and transmitting the signals from the processor to the other devices outside the object-based combined mining and control communication link construction device, and the processor is used for realizing the method according to any one of the previous claims through a logic circuit or executing code instructions.
Advantageous effects
1. The invention remarkably enhances the dynamic configuration capability of the communication link by constructing the mining management and control communication link by adopting the method based on object combination. By using the visual configuration guide, a user can flexibly select a proper communication protocol interface type, a communication content carrier format and a user transmission information type according to actual service requirements, so that the quick and accurate configuration of a communication link is realized. This flexibility allows the system to adapt to varying communication needs and environments, improving its applicability and practicality.
2. The invention uses the Hash mapping data dictionary to store the key value data configured by the user, and combines the reflection assembly technology to effectively simplify the integration and deployment process of the communication assembly. By automatically generating communication protocol interface type objects, communication content carrier format objects, and user transport information type objects, the integration and deployment of the system becomes more efficient and accurate, greatly reducing the complexity of manual configuration and programming.
3. The invention supports the dynamic generation and adjustment of the communication link assembly according to the configuration of the user, and the expandability of the system is obviously improved. The system can be easily adapted when the communication protocol is newly added or the existing configuration is updated, and large-scale reconstruction or reprogramming is not needed, so that the maintenance cost and the upgrading difficulty are reduced.
Drawings
FIG. 1 is a schematic flow chart of a method for constructing a mining management and control communication link based on object combination in a preferred embodiment of the present invention;
FIG. 2 is a schematic diagram of a conventional mining management and control data communication link construction process in the field of the present invention;
FIG. 3 is a schematic diagram of a process for constructing a mining management and control data communication link according to the present invention;
FIG. 4 is a schematic diagram of a system for constructing a management and control communication link based on object combining in another preferred embodiment of the present invention;
Detailed Description
The present invention will be further described with reference to the accompanying drawings, in order to make the objects, technical solutions and advantages of the present invention more apparent. In the description of the present invention, it should be understood that the terms "upper," "lower," "front," "rear," "left," "right," "top," "bottom," "inner," "outer," and the like indicate or are based on the orientation or positional relationship shown in the drawings, merely to facilitate description of the present invention and to simplify the description, and do not indicate or imply that the devices or elements referred to must have a specific orientation, be configured and operated in a specific orientation, and thus should not be construed as limiting the present invention.
As shown in fig. 1, the embodiment provides a method for constructing a mining management and control communication link based on object combination, which includes the steps of:
s1, constructing a visual configuration guide comprising a communication protocol interface type, a communication content carrier format and a user transmission information type related to access, control, acquisition and nano-tube of soft and hard equipment, so that a user can select according to service requirements.
In the process of constructing satellite data communication links and computer network communication links, three key elements play a vital role in the process of accessing, controlling, collecting and comprehensively managing (nano-tube) soft and hard equipment. First, the communication protocol interface type determines the rules and criteria for data transmission, which is the basis for ensuring proper, efficient transmission of data, including but not limited to protocols such as TCP/IP, UDP, HTTP. Secondly, the format of the communication content carrier, such as JSON, XML or binary format, is key to data representation and parsing, affecting the readability and compatibility of the data. Finally, the type of information transmitted by the user determines the purpose and manner of processing the data, such as control instructions, status reports or parameter data. The three parts cooperate with each other to form the core of the communication link, so that the stability, the safety and the high efficiency of data communication are ensured.
The communication protocol interface refers to an external data exchange interface of various software and hardware devices, and mainly comprises a network port, a serial port, an optical port and the like because of different device interface designs, and the explanation of the communication protocol interface is shown in table 1.
Table 1 communication protocol interface type specification table
The communication content carrier format is a data exchange format between software and hardware devices, and the data exchange format is inconsistent due to different manufacturers, and mainly comprises XML, JSON, STRING and the like, and the description is shown in table 2.
Table 2 table of description of format types of communication content carrier
The user transmission information is a user service requirement type, and can be classified into control information, running state information, working parameter information and the like according to the user service requirement, and the description of the user transmission information is shown in table 3.
Table 3 user transmission information type specification table
The visual configuration guide is designed to reduce the dependency of the user on the developer and improve the operability and usability of the present invention, and may be a configuration guide technology commonly used in the art, for example, it includes a graphical selection button to simplify the operation flow, and a parameter custom input manner to meet the more specific configuration requirement. In some preferred embodiments, the use of visual forms for element selection using tab boxes and drop-down lists as visual configuration guides is contemplated, where the element tab boxes and drop-down lists reduce the complexity of user input. The design method enables the user to complete the configuration process through simple clicking and selecting operation, and greatly reduces the input burden of the user in the configuration process. The option box is used for one-out-of-two or multi-option configuration, and the drop-down list provides a series of preset options, so that the configuration efficiency and accuracy are further improved. In this way, the visual configuration guide not only improves the intuitiveness of user operation, but also enhances the usability and accessibility of the whole system, so that users without technical background can easily complete complex communication link configuration tasks.
S2, key value data are generated respectively according to the communication protocol interface type, the communication content carrier format and the user transmission information type selected by the user and stored by the visual configuration guide and are stored in a hash mapping data dictionary.
The hash mapping data dictionary (also called as HashMap data dictionary) is a data structure for storing key information in the construction process of the software and hardware equipment management and control communication data link. It is a data structure commonly used in the art that allows data to be stored and accessed in key-value pairs. In this embodiment, the hash-map data dictionary is used to generate and store business requirements configured by the user through the visual user business requirements configuration UI. These service requirements include the type of user transfer information, the format of the communication content carrier, the type of communication protocol interface, etc., which are stored in the form of keys and values. In this way, subsequent steps can dynamically construct and adjust the mining-control communication data link based on these stored key-value pairs.
S3, constructing a communication array for storing the communication protocol interface type object, the communication content carrier format object and the user transmission information type object which are generated based on the key value pairs in the hash mapping data dictionary.
The communication array is an ordered set of elements, each element accessible through an index. This array is used to store the various components that make up the communication link. These components may include different types of communication protocol processing modules, data processing modules, etc., each of which is responsible for specific functions in the communication link.
The term "Object" refers to an instance of a data structure that contains data (often referred to as attributes or fields) and functions (referred to as methods or functions) that can manipulate the data. The concept of an object is a core component of Object Oriented Programming (OOP).
In this embodiment, the communication protocol interface type object refers to a specific object created according to different communication protocol interface types (such as TCP/IP, UDP, HTTP, etc.), which encapsulates all key details and functions of implementing a specific communication protocol, including data related to the specific communication protocol (such as connection parameters, port information, protocol specific settings) and operation methods (such as connection establishment, data transmission, connection termination), which can be dynamically created and managed at runtime as needed to implement interaction with the specific communication protocol interface. Is used primarily for handling specific tasks related to the communication protocol interface, such as data packetization and depacketization, error detection, data encryption and decryption, etc.
The communication content carrier format object refers to a specific object created based on a representation or coding format (e.g., JSON, XML, binary format, etc.) of data, which specifically handles formatting and parsing of the data, encapsulates data (e.g., formatting rules, coding parameters) and methods of operation (e.g., serialization, deserialization, format verification) related to a particular communication content carrier format. These objects can be dynamically created and managed at program runtime, depending on the requirements of the data processing. Is used primarily to perform specific tasks related to the data format, such as converting a data structure into a string of a specific format for network transmission, or parsing received formatted data to recover the original data structure.
The user transmission information type object refers to a specific object created according to the user transmission information type (such as control information, working parameter information, etc.). Which encapsulates data (e.g., control commands, target device identifiers) related to the type of information transmitted by a particular user and implements the methods needed to process or transmit such data. These objects can be dynamically created and managed at program runtime, depending on the requirements of the data processing. Is primarily used to perform specific tasks related to the type of information transmitted by the user. For example, the control information object may be responsible for generating and transmitting control instructions.
S4, constructing a management and control communication data link according to the communication protocol interface type object, the communication content carrier format object, the user transmission information type object and a control protocol preset by soft and hard equipment, and realizing access, control, acquisition and nano-management of various soft and hard equipment.
And (3) beneficial effect analysis:
in the traditional construction process of a data communication link, the construction of a data communication link is generally time-consuming due to the complicated coding implementation and debugging phases involved. Based on the statistics, the average time required for the management of a new piece of equipment is about 1 to 2 days, as shown in fig. 2. This time consumption is mainly focused on the coding implementation and the subsequent joint test and debug phase. In contrast, the invention adopts a plurality of data communication link modes which are built in advance, and realizes quick deployment through simplified visual configuration. Statistically, the method of the invention can reduce the average configuration time of the new equipment of the mining management and control unit to 5-10 minutes, as shown in figure 3. Therefore, the equipment configuration time is greatly shortened from the original daily calculation to the minute calculation, the efficiency is obviously improved, and the efficiency is improved by about two orders of magnitude.
Conventional approaches typically require three encoding phases and a joint testing and debugging phase to be experienced in constructing the managed communication link. The method specifically comprises the following steps: the first step of coding realizes the type of information transmitted by users, the second step of coding realizes the format carrier of communication content, the third step of coding realizes the type of communication protocol interface, and the last step is to carry out joint debugging with specific soft and hard equipment, databases, file systems and the like. In this process, any change in service demand requires repeating the above four steps. In contrast, the present invention adopts a combined and modularized link construction concept, and by combining the simple permutation and combination shown in table 1, table 2, table 3 and fig. 3, the present invention can cope with up to 162 kinds of modification situations. Along with the increase of the types of user transmission information, communication content format carriers, communication protocol interface types and soft and hard equipment types, the demand change situation which can be adapted by the invention is also increased, and compared with the original mode, the capacity of coping with the demand change is improved by two orders of magnitude.
In the original system, whether operation staff, mining management and control task establishment staff or staff needing to acquire information of soft and hard equipment, the construction of a mining management and control data communication link is highly dependent on coding realization of developers. By introducing the visual configuration guide, the invention greatly reduces the dependence of the user on the developer. The user can easily complete the construction of the data communication link by configuring the user transmission information type, the communication content format carrier and the communication protocol interface type through the guide. This not only improves the operability and ease of use of the system, but also enables users of non-technical background to autonomously and efficiently perform link configuration.
This embodiment is developed on the basis of embodiment 1 described above. The embodiment provides a method for generating the key value pair data. The key value pair data generation method comprises the following steps: the key values of the preset communication protocol interface type, the communication content carrier format and the user transmission information type automatically generate rules for the data. The following will describe an example of automatically generating a key value of a communication protocol interface type:
presetting a rule:
in two communication protocol interface types: TCP, UDP are examples. Each type of communication protocol has its specific configuration parameters. The preset rules may be as follows:
for the TCP protocol, the key-value pair rule is:
Key："ProtocolType"
value: automatically generated based on the selected TCP version (e.g., TCPv4 or TCPv 6) and the port number in the format of "TCP: < version >: < port number >".
For the UDP protocol, the key-value pair rule is:
Key："ProtocolType"
value: based on the port number, the automatic generation is carried out in the format of UDP.
The automatic generation process is as follows:
when a user selects a TCP protocol through a visual configuration guide and designates a TCP version as TCPv4 and a port number as 8080, the system automatically generates a key value pair according to a preset rule:
Key："ProtocolType"
Value："TCP:TCPv4:8080"
similarly, if the user selects the UDP protocol, the port number is 1234, and the key-value pair is:
Key："ProtocolType"
Value："UDP:1234"
the automatic generation rule of the key value pair can be flexibly set by a person skilled in the art through a configuration file according to actual needs, so that the configuration process is more efficient, accurate and widely applicable. The user only needs to provide basic information (such as protocol type, version, port number and the like), and the system automatically creates key value pairs in a correct format according to preset rules, so that the complexity of configuration is reduced, and meanwhile, the consistency and accuracy of the configuration are ensured.
The present embodiment is developed on the basis of the above embodiment 1, and this embodiment provides a preferred implementation manner of step S3.
S301, constructing a communication array communication Arr;
s302, based on the communication protocol interface type key value pair in the hash mapping data dictionary, generating a communication protocol interface type object through reflection assembly, and loading the communication protocol interface type object into a communication array communication Arr [0 ];
s303, generating a communication content carrier format object through reflection assembly based on a communication content carrier format key value pair in the hash mapping data dictionary, and loading the communication content carrier format object into a communication array communication Arr 1;
s304, based on the key value pair of the user transmission information type in the hash mapping data dictionary, generating a user transmission information type object through reflection assembly, and loading the user transmission information type object into a communication array communication Arr 2.
The reflective assembly (Reflection Assembly) allows the program to check, modify and invoke its own structure and behavior at runtime in computer programming, particularly in object-oriented programming. Specifically, it has the following characteristics:
1. run-time inspection: the reflection allows the program to check the type and structure of the object, such as class name, method, attribute, etc. This means that the program can know the information of the object dynamically, rather than being fixed at compile time.
2. Dynamic calling method and attribute: by reflection, the program is able to create objects, invoke methods, access properties at runtime, even though these methods and properties are not known at the time of programming the program. This provides great flexibility, allowing the program to be more dynamic and adaptable.
3. Modifying behavior: the reflection may also be used to modify the behavior of existing classes, such as methods to dynamically add, modify, or delete classes.
In this embodiment, reflection assembly is used to dynamically assemble and configure the communication protocol interface type, user transfer information type, and format of the communication content carrier according to key value pairs in the hash-map data dictionary. This means that the system can adjust its behavior based on real-time configuration information or user input without modifying and recompiling the code. This increases the flexibility and scalability of the system, allowing it to adapt to different needs and environments.
As shown in fig. 4, the present embodiment provides a mining management and control communication link construction system based on object combination, including:
the visual configuration guide module is configured to contain the communication protocol interface types, the communication content carrier formats and the user transmission information types related to the access, control, acquisition and nano-tube of the soft and hard equipment so as to be selected by a user according to service requirements;
the key value pair storage module is connected with the visual configuration guide module and is configured to respectively generate key value data according to the communication protocol interface type, the communication content carrier format and the user transmission information type selected by the user and store the key value data into the hash mapping data dictionary;
a communication array module configured to store a communication protocol interface type object, a communication content carrier format object, and a user transport information type object;
the system comprises a management and control communication link scheduling module, a communication array module, a key value pair storage module and a communication control module, wherein the management and control communication link scheduling module is respectively connected with the key value pair storage module and the communication array module and is configured to generate a communication protocol interface type object, a communication content carrier format object and a user transmission information type object based on the key value pair in the key value pair storage module and store the communication protocol interface type object, the communication content carrier format object and the user transmission information type object in the communication array module; and constructing a management and control communication data link based on the communication protocol interface type object, the communication content carrier format object, the user transmission information type object and a control protocol preset by soft and hard equipment.
The modules between the same layers in the embodiment are designed independently in a generalized manner, all the modules are not affected, and the modules between the layers are designed in a combined manner, so that the requirements of constructing data communication links by different mining management and control can be flexibly and efficiently met.
In some preferred embodiments, the visual configuration wizard module incorporates a visual form for element selection using a tab and drop down list.
In some preferred embodiments, the key-value pair storage module includes a generation rule configuration unit; the generation rule configuration unit is configured to preset key values of a communication protocol interface type, a communication content carrier format and a user transmission information type to automatically generate rules for the data.
In some preferred embodiments, the communication array module comprises:
the communication Arr 0 unit is connected with the mining management and control communication link scheduling module and is configured to store a communication protocol interface type object generated by the mining management and control communication link scheduling module through reflection assembly based on the communication protocol interface type key value pair in the key value pair storage module;
the communication Arr 1 unit is connected with the mining management and control communication link scheduling module and is configured to store a communication content carrier format object generated by the mining management and control communication link scheduling module through reflection assembly based on the communication content carrier format key value pair in the key value pair storage module;
and the communication Arr 2 unit is connected with the mining management and control communication link scheduling module and is configured to store a user transmission information type object generated by the mining management and control communication link scheduling module through reflection assembly based on the key value pair in the key value pair storage module.
The present embodiment provides an object-based combined mining and control communication link construction device, comprising a processor and an interface circuit for receiving signals from or transmitting signals from the processor to other devices than the object-based combined mining and control communication link construction device, the processor implementing the method according to any one of embodiments 1-3 by logic circuitry or executing code instructions.
The foregoing has shown and described the basic principles, principal features and advantages of the invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, and that the above embodiments and descriptions are merely illustrative of the principles of the present invention, and various changes and modifications may be made without departing from the spirit and scope of the invention, which is defined in the appended claims. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (9)
1. The method for constructing the mining management and control communication link based on object combination is characterized by comprising the following steps:
s1, constructing a visual configuration guide comprising a communication protocol interface type, a communication content carrier format and a user transmission information type related to access, control, acquisition and nano-tube of soft and hard equipment, so that a user can select according to service requirements;
s2, respectively generating key value data according to the communication protocol interface type, the communication content carrier format and the user transmission information type selected by the user and stored by the visual configuration guide, and storing the key value data into a hash mapping data dictionary;
s3, constructing a communication array for storing a communication protocol interface type object, a communication content carrier format object and a user transmission information type object which are generated based on key value pairs in the hash mapping data dictionary;
s4, constructing a management and control communication data link according to the communication protocol interface type object, the communication content carrier format object, the user transmission information type object and a control protocol preset by soft and hard equipment, and realizing access, control, acquisition and nano-management of various soft and hard equipment.
2. The method for constructing the mining management and control communication link based on object combination as claimed in claim 1, wherein: the visual configuration wizard includes a visual form for element selection using a tab and a drop down list.
3. The method for constructing a managed communication link based on object combining as claimed in claim 1, wherein the method for generating the key pair data comprises: the key values of the preset communication protocol interface type, the communication content carrier format and the user transmission information type automatically generate rules for the data.
4. The method for constructing a mining management and control communication link based on object combination as claimed in claim 1, wherein the step S3 includes:
s301, constructing a communication array communication Arr;
s302, based on the communication protocol interface type key value pair in the hash mapping data dictionary, generating a communication protocol interface type object through reflection assembly, and loading the communication protocol interface type object into a communication array communication Arr [0 ];
s303, generating a communication content carrier format object through reflection assembly based on a communication content carrier format key value pair in the hash mapping data dictionary, and loading the communication content carrier format object into a communication array communication Arr 1;
s304, based on the key value pair of the user transmission information type in the hash mapping data dictionary, generating a user transmission information type object through reflection assembly, and loading the user transmission information type object into a communication array communication Arr 2.
5. The system for constructing the mining management and control communication link based on object combination is characterized by comprising the following components:
the visual configuration guide module is configured to contain the communication protocol interface types, the communication content carrier formats and the user transmission information types related to the access, control, acquisition and nano-tube of the soft and hard equipment so as to be selected by a user according to service requirements;
the key value pair storage module is connected with the visual configuration guide module and is configured to respectively generate key value data according to the communication protocol interface type, the communication content carrier format and the user transmission information type selected by the user and store the key value data into the hash mapping data dictionary;
a communication array module configured to store a communication protocol interface type object, a communication content carrier format object, and a user transport information type object;
the system comprises a management and control communication link scheduling module, a communication array module, a key value pair storage module and a communication control module, wherein the management and control communication link scheduling module is respectively connected with the key value pair storage module and the communication array module and is configured to generate a communication protocol interface type object, a communication content carrier format object and a user transmission information type object based on the key value pair in the key value pair storage module and store the communication protocol interface type object, the communication content carrier format object and the user transmission information type object in the communication array module; and constructing a management and control communication data link based on the communication protocol interface type object, the communication content carrier format object, the user transmission information type object and a control protocol preset by soft and hard equipment.
6. The subject combining-based mining management and control communication link construction system as set forth in claim 5 wherein: the visual configuration guide module is internally provided with a visual form for selecting elements by utilizing the option boxes and the drop-down list.
7. The subject combining-based mining management and control communication link construction system as set forth in claim 5 wherein: the key value pair storage module comprises a generation rule configuration unit; the generation rule configuration unit is configured to preset key values of a communication protocol interface type, a communication content carrier format and a user transmission information type to automatically generate rules for the data.
8. The subject combining-based mining management and control communication link construction system of claim 5, wherein the communication array module comprises:
the communication Arr 0 unit is connected with the mining management and control communication link scheduling module and is configured to store a communication protocol interface type object generated by the mining management and control communication link scheduling module through reflection assembly based on the communication protocol interface type key value pair in the key value pair storage module;
the communication Arr 1 unit is connected with the mining management and control communication link scheduling module and is configured to store a communication content carrier format object generated by the mining management and control communication link scheduling module through reflection assembly based on the communication content carrier format key value pair in the key value pair storage module;
and the communication Arr 2 unit is connected with the mining management and control communication link scheduling module and is configured to store a user transmission information type object generated by the mining management and control communication link scheduling module through reflection assembly based on the key value pair in the key value pair storage module.
9. An object-based combined mining and control communication link construction device, comprising a processor and interface circuitry for receiving signals from or transmitting signals to a device external to the object-based combined mining and control communication link construction device, the processor implementing the method of any one of claims 1 to 4 by logic circuitry or executing code instructions.
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