CN112866375B - Code analysis system and method - Google Patents
Code analysis system and method Download PDFInfo
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- CN112866375B CN112866375B CN202110048684.2A CN202110048684A CN112866375B CN 112866375 B CN112866375 B CN 112866375B CN 202110048684 A CN202110048684 A CN 202110048684A CN 112866375 B CN112866375 B CN 112866375B
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16Y—INFORMATION AND COMMUNICATION TECHNOLOGY SPECIALLY ADAPTED FOR THE INTERNET OF THINGS [IoT]
- G16Y10/00—Economic sectors
- G16Y10/35—Utilities, e.g. electricity, gas or water
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L61/00—Network arrangements, protocols or services for addressing or naming
- H04L61/45—Network directories; Name-to-address mapping
- H04L61/4505—Network directories; Name-to-address mapping using standardised directories; using standardised directory access protocols
- H04L61/4511—Network directories; Name-to-address mapping using standardised directories; using standardised directory access protocols using domain name system [DNS]
Abstract
The invention discloses a code analysis system and a code analysis method. The system comprises: the application client is used for acquiring the power internet of things identification code and carrying out identification division to obtain the identification code and the object code in the power internet of things identification code; the code version analysis server is used for receiving the identification code sent by the application client, determining the identification and identifying the domain name according to the identification code, and returning to the application client; the code data structure analysis server is used for receiving the identification domain name and the object code sent by the application client, determining the object code domain name according to the identification domain name and the object code, and returning to the application client; and the object code analysis server is used for receiving the object code domain name sent by the application client, determining an object information server address according to the object code domain name and returning to the application client. The method overcomes the defects of the electric power Internet of things aiming at the identification information coding and analyzing technology, and realizes the efficient analysis of the electric power Internet of things identification coding.
Description
Technical Field
The embodiment of the invention relates to the technical field of information processing, in particular to a coding analysis system and a coding analysis method.
Background
Along with the establishment of the national industrial Internet and Internet plus action plans and the deep promotion of cloud computing and big data strategy, each industry is accelerating the construction of an identification analysis service system, supporting the construction of all levels of identification analysis nodes and public recursion analysis nodes, realizing the accurate butt joint between a global supply chain system and an enterprise production system by using identification information, managing the whole life cycle of products across enterprises, regions and industries, and promoting the integrated sharing of information resources.
The electric power internet of things terminal types are various, different business departments carry out different dimensionality codes on managed equipment, unified electric power internet of things identification coding and analysis technology are not provided in the field of electric power internet of things identification coding at present, coding modes provided by various professions still stay in a simple identity coding ID stage, the identity coding ID and the business logic behind the back have no corresponding mapping relation, due conversion capability of identification is lacked, and electric network data sharing cannot be well realized.
Disclosure of Invention
The invention provides a coding analysis system and a coding analysis method, which overcome the defect of the coding and analysis technology aiming at identification information in the existing electric power Internet of things and realize quick and accurate analysis of the electric power Internet of things identification coding.
In a first aspect, an embodiment of the present invention provides an encoding parsing system, including: the system comprises an application client, an encoding version analysis server, an encoding data structure analysis server and an object encoding analysis server;
the application client is used for acquiring the electric power internet of things identification codes and carrying out identification division to obtain the identification codes and the object codes in the electric power internet of things identification codes;
the code version analysis server is used for receiving the identification code sent by the application client, determining an identification and identifying domain name according to the identification code and returning to the application client;
the code data structure analysis server is used for receiving the identification domain name and the object code sent by the application client, determining an object code domain name according to the identification domain name and the object code, and returning to the application client;
the object code analysis server is used for receiving the object code domain name sent by the application client, determining an object information server address according to the object code domain name, and returning to the application client.
Optionally, the application client is further configured to:
after the electric power internet of things identification code is obtained, the electric power internet of things identification code is converted into a decimal data storage format.
Optionally, the application client is specifically configured to:
determining the first preset number bit coding data of the power internet of things identification code as the identification code;
determining second preset number bit coding data after the identification codes of the electric power Internet of things as check codes;
and determining the coded data except the identification code and the check code in the identification code of the electric power Internet of things as the object code.
Optionally, the encoded data structure parsing server is specifically configured to:
and receiving the identification domain name and the object code sent by the application client, acquiring a resource record corresponding to the identification domain name according to the identification domain name, searching the object code domain name corresponding to the object code from the resource record, and returning the object code domain name to the application client.
Optionally, the application client is further configured to:
setting a timer when the electric power internet of things identification code is acquired, and if the object information server address returned by the object code analysis server is not received after the preset longest analysis time, acquiring the electric power internet of things identification code again to perform code analysis operation.
In a second aspect, an embodiment of the present invention further provides an encoding parsing method, which is applied to the encoding parsing system in the first aspect of the present invention, where the method includes:
the method comprises the steps that an application client obtains an electric power Internet of things identification code, and the electric power Internet of things identification code is subjected to identification division to obtain an identification code and an object code in the electric power Internet of things identification code;
the code version analysis server receives the identification code sent by the application client, determines an identification and identification domain name according to the identification code, and returns to the application client;
the code data structure analysis server receives the identification domain name and the object code sent by the application client, determines an object code domain name according to the identification domain name and the object code, and returns to the application client;
the object code analysis server receives the object code domain name sent by the application client, determines an object information server address according to the object code domain name, and returns to the application client;
and the application client determines coding analysis information according to the address of the object information server.
Optionally, after the application client obtains the power internet of things identifier code, the method further includes:
and converting the electric power internet of things identification code into a decimal data storage format.
Optionally, the performing the identification division on the power internet of things identification code includes:
determining the first preset number bit coding data of the power internet of things identification code as the identification code;
determining second preset number bit coding data after the identification codes of the electric power Internet of things as check codes;
and determining the coded data except the identification code and the check code in the identification code of the electric power Internet of things as the object code.
Optionally, the identifying a domain name according to the identifier and determining an object code domain name according to the object code includes:
and acquiring a resource record corresponding to the identification domain name according to the identification domain name, and searching an object code domain name corresponding to the object code from the resource record.
Optionally, when the application client obtains the power internet of things identification code, the method further includes:
setting a timer, and if the application client does not receive the address of the object information server returned by the object code analysis server after the preset maximum analysis time, carrying out code analysis operation again.
According to the method, the code analysis system comprising the application client, the code version analysis server, the code data structure analysis server and the object code analysis server is constructed, after the application client obtains the power Internet of things identification codes and carries out identification division to obtain the identification codes and the object codes in the power Internet of things identification codes, the code version analysis server receives the identification codes sent by the application client, determines the identification domain name according to the identification codes and returns to the application client, the code data structure analysis server receives the identification domain name and the object codes sent by the application client, determines the object code domain name according to the identification domain name and the object codes and returns to the application client, the object code analysis server determines the address of the object information server according to the object code domain name and returns to the application client, the defect of carrying out coding and analysis technology aiming at identification information in the existing power Internet of things is overcome, high-efficiency analysis on the power Internet of things identification codes is achieved, and the method has the advantages of high accuracy and fast operation, and particularly has strong analysis capability under a huge amount of power Internet of things identification.
Drawings
Fig. 1 is a block diagram of a coding parsing system according to a first embodiment of the present invention;
fig. 2 is a schematic diagram of an identification code structure of an electric power internet of things in a code analysis system according to a first embodiment of the present invention;
fig. 3 is a schematic diagram of a coding analysis principle of a coding analysis system according to a first embodiment of the present invention;
fig. 4 is a flowchart of a code parsing method according to a second embodiment of the present invention.
Detailed Description
The invention is described in further detail below with reference to the drawings and examples. It is to be understood that the specific embodiments described herein are merely illustrative of the invention and are not limiting thereof. It should be noted that, for convenience of description, only some, but not all of the structures related to the present invention are shown in the drawings, and furthermore, embodiments of the present invention and features in the embodiments may be combined with each other without conflict.
Example 1
Fig. 1 is a block diagram of a coding parsing system according to an embodiment of the present invention. As shown in fig. 1, the system may specifically include: an application client 110, an encoded version resolution server 120, an encoded data structure resolution server 130, and an object encoding resolution server 140.
Before the coding analysis system performs coding analysis, the Internet of things equipment can be coded according to the formulated coding rules. Fig. 2 is a schematic diagram of an identification code structure of an electric power internet of things in a code analysis system according to a first embodiment of the present invention. As shown in fig. 2, the electric power internet of things identification code may include a coding version number, an industry code, an enterprise code, an object code and a check code, where the coding version number, the industry code, the enterprise code and the check code may have fixed coding bits, the object code may be specifically set according to the coding version, different coding versions may be set with object codes with different bits, in a specific example, the coding version number is set to 1 bit, the industry code is set to 4 bits, the enterprise code is set to 18 bits, and the check code is set to 6 bits. The check code in the electric power internet of things identification code can be not written, but when the check code is not written, check code data bits are required to be reserved, and 0 or other specific values can be filled in the check code data bits.
In this embodiment, the encoded version number may be represented by decimal integer codes, with a length of 1 bit and a range of values of 0 to 9, which respectively represent ten different encoded versions. When the Code version number is 0, the Code can be named as Code-V0 and is used for being compatible with the existing asset physical ID Code of the power grid, and the object Code can represent the asset physical ID Code and is executed according to the requirements of Q/GDW 11712-2017; when the Code version number is 1, the Code can be named as Code-V1 and is used for being compatible with the bar Code of the electric energy metering appliance, and the object Code can represent the bar Code of the electric energy metering appliance and is executed according to the Q/GDW 1205-2013 requirement; when the Code version number is 2, the Code can be named as Code-V2 and is used for the electric power Internet of things physical object Code which cannot be covered by the physical ID of the asset and the bar Code of the electric energy metering device, the total length of the Code main body is not fixed, and the limit total length is not more than 99 bits; when the coding version number is 3, the Code is named Code-V3 and is used for virtual object coding of the electric power Internet of things, the total length of the coding main body is not fixed, and the limit total length is not more than 99 bits; when the code version number is 4-9, the code version can be a standby code version for the code expansion of the future power internet of things identification code, the total length of the code main body is not fixed, and the limit total length is not more than 99 bits. The industry code can be set to 4-bit decimal, each bit takes a value of 0-9, and the range of values takes a value of 0000-9999, preferably following the rule of compiling national industry code. The enterprise code may be set to an 18-digit alphanumeric code, directly using the enterprise's unified social credit code. The object code may be defined autonomously by the registration enterprise, the length may be set to an indefinite length, and may be defined in an alphanumeric format. The check code can be set to be 6-bit decimal, and is used for checking the accuracy of ubiquitous power internet of things identification codes, and the check code calculation rule can be required to be executed by referring to GB/T18347.
It can be understood that when the electric power internet of things identification codes are coded, codes can be formed according to a decimal data storage format, and when the codes are written into related internet of things equipment, the electric power internet of things identification codes in the decimal data storage format can be converted into any data storage format for storage.
The application client 110 may be configured to obtain the power internet of things identifier code and perform identifier division, so as to obtain the identifier code and the object code in the power internet of things identifier code.
In this embodiment, the device with the code scanning function may be used as the application client 110, and the code information on the internet of things device is scanned by the application client 110 to obtain the power internet of things identification code of the internet of things device. After the electric power internet of things identification codes are obtained, the codes can be identified and divided, and the identification codes and the object codes in the electric power internet of things identification codes are obtained. The identification code may include, among other things, a code version number, an industry code, and an enterprise code.
Optionally, after the application client obtains the power internet of things identification code, the power internet of things identification code may be converted into a decimal data storage format, and then the code is identified and divided. Because the embodiment finishes encoding based on the decimal data format when encoding the Internet of things equipment, the acquired electric power Internet of things identification code is converted into the decimal data storage format, and identification information can be conveniently divided. After the application client converts the power internet of things identification code into a decimal data storage format, the code version number, the industry code, the enterprise code, the object code and the check code can be divided according to the digits of the code version number, the industry code, the object code and the check code in the coding rule, the code version number, the industry code and the enterprise code can be separated by "/", the code version number, the industry code and the enterprise code form the identification code, and the identification code, the object code and the check code can be separated by "/".
Optionally, the application client 110 may determine the first preset number of bit encoding data of the power internet of things identification code as the identification code; determining second preset number bit coding data after the identification coding of the electric power Internet of things as a check code; and determining the coded data except the identification code and the check code in the identification code of the electric power Internet of things as object codes.
In a specific example, the application client 110 may determine the first 23 bits of encoded data of the power internet of things identifier code as an identifier code, the last 6 bits of encoded data as a check code, and the remaining intermediate encoded data as an object code, where the 1 st bit is the code version number, the 2 nd bit to the 5 th bit are industry codes, and the 6 th bit to the 23 rd bit are industry codes.
Fig. 3 is a schematic diagram of a coding analysis principle of a coding analysis system according to a first embodiment of the present invention. As shown in fig. 3, after the application client 110 divides the power internet of things identifier codes, the identifier codes of the power internet of things identifier codes may be sent to the code version analysis server 120.
The code version resolution server 120 may be configured to receive the identification code sent by the application client 110, determine the identification domain name according to the identification code, and return to the application client 110.
After receiving the identification code sent by the application client 110, the code version analysis server 120 can process an analysis request of the ubiquitous power internet of things identification code from the application client 110 by using the code version analysis service carried on the identification code, and complete the correspondence of the code version, the industry code and the enterprise code with the code system. The code version analysis service extracts the corresponding identification and identification domain name according to the code version number, the industry code, the enterprise code and other identification codes and returns the extracted identification and identification domain name to the application client 110.
The application client 110, upon receiving the identification domain name transmitted from the code version resolution server 120, may transmit the identification domain name and the object code to the code data structure resolution server 130.
The code data structure resolution server 130 may be configured to receive the identification domain name and the object code sent by the application client 110, determine an object code domain name according to the identification domain name and the object code, and return to the application client 110.
When receiving the identification domain name and the object code sent by the application client 110, the code data structure analysis server 130 may use the code data structure analysis service carried thereon to provide analysis from any identification domain name to the corresponding object code domain name conversion rule, complete conversion from the power internet of things identification code to the object code domain name, and return the object code domain name to the application client 110.
Optionally, the code data structure analysis server receives the identification domain name and the object code sent by the application client, acquires the resource record corresponding to the identification domain name according to the identification domain name, searches the object code domain name corresponding to the object code from the resource record, and returns the object code domain name to the application client.
The application client 110 sends the identification domain name to the code data structure analysis server 130 to request for inquiring the resource record, the code data structure analysis server 130 obtains the resource record returned by the code data structure analysis service, the code data structure analysis server 130 selects the resource record corresponding to the identification domain name, the code data structure analysis server extracts the value of the object code field in the selected resource record to obtain the object code domain name, and the code data structure analysis server 130 returns the object code domain name to the application client 110.
The application client 110, upon receiving the object encoded domain name sent by the encoded data structure resolution server 130, may send the object encoded domain name to the object encoded resolution server 140.
The object code resolution server 140 may be configured to receive the object code domain name sent by the application client 110, determine an object information server address according to the object code domain name, and return to the application client 110.
The application client 110 sends the object code domain name to the object code resolution server 140 to request to query the IPv4/IPv6 address or the URI information server address of the ubiquitous power internet of things identification code resource record; the object code resolution server 140 determines the queried address information corresponding to the object code domain name as an object information server address, and transmits the object information server address to the application client 110. The application client 110 may obtain specific device information of the internet of things device by accessing the object information server address.
Optionally, the application client may be further configured to set a timer when the power internet of things identification code is acquired, and after a preset maximum analysis time, if the address of the object information server returned by the object code analysis server is not received, re-acquire the power internet of things identification code to perform the code analysis operation.
In this embodiment, the preset longest resolving time may be set to 3 seconds, that is, resolving time for a power internet of things identifier code does not exceed 3 seconds, in addition, resolving time for identifying a domain name by using a power internet of things identifier may be further set to not exceed 1 second, resolving time for encoding a domain name by using an object does not exceed 1 second, and resolving time for resolving an address of an object information server does not exceed 1 second. Meanwhile, the code analysis system can also support concurrency analysis of at least 10000 electric power Internet of things identification codes.
According to the technical scheme, an encoding analysis system comprising an application client, an encoding version analysis server, an encoding data structure analysis server and an object encoding analysis server is constructed, after the application client obtains the power Internet of things identification codes and carries out identification division, the encoding version analysis server receives the identification codes sent by the application client and returns the identification codes to the application client after the application client obtains the identification codes and the object codes in the power Internet of things identification codes, the encoding data structure analysis server receives the identification domain names and the object codes sent by the application client, determines the object encoding domain names and returns the object encoding domain names to the application client according to the identification domain names and the object codes, and the object encoding analysis server receives the object encoding domain names sent by the application client according to the object encoding domain names and returns the object information server address to the application client.
Example two
Fig. 4 is a flowchart of a code analysis method provided in the second embodiment of the present invention, where the present embodiment is applicable to a case of analyzing a code of an internet of things device, the method may be performed by a code analysis device, and the device may be implemented by software and/or hardware.
As shown in fig. 4, the method specifically includes the following steps:
step 210, the application client obtains the power internet of things identification code, and performs identification division on the power internet of things identification code to obtain an identification code and an object code in the power internet of things identification code.
Specifically, before the coding analysis, the internet of things device can be coded according to the formulated coding rule. When the code analysis is carried out, the application client can be used for sweeping the code information on the Internet of things equipment to obtain the electric power Internet of things identification code of the Internet of things equipment. After the electric power internet of things identification codes are obtained, the codes can be identified and divided, and the identification codes and the object codes in the electric power internet of things identification codes are obtained.
Optionally, after the application client obtains the power internet of things identifier code, the method may further include: and converting the electric power Internet of things identification code into a decimal data storage format.
Optionally, performing identification division on the power internet of things identification code may include:
determining the first preset number bit coding data of the power internet of things identification code as the identification code;
determining second preset number bit coding data after the identification coding of the electric power Internet of things as a check code;
and determining the coded data except the identification code and the check code in the identification code of the electric power Internet of things as object codes.
And 220, the code version analysis server receives the identification code sent by the application client, determines the identification and identifies the domain name according to the identification code, and returns to the application client.
Specifically, after the application client divides the power internet of things identification codes, the identification codes of the power internet of things identification codes can be sent to the code version analysis server. After receiving the identification code sent by the application client, the code version analysis server can process an analysis request of the ubiquitous power internet of things identification code from the application client by using the code version analysis service carried on the code version analysis server to complete the correspondence of the code version, the industry code and the enterprise code with the code system. And the code version analysis service extracts the corresponding identification domain name and returns the identification domain name to the application client according to the code version number, the industry code, the enterprise code and other identification codes.
Step 230, the code data structure analysis server receives the identification domain name and the object code sent by the application client, determines the object code domain name according to the identification domain name and the object code, and returns to the application client.
Specifically, after receiving the identification domain name sent by the code version analysis server, the application client may send the identification domain name and the object code to the code data structure analysis server. When the code data structure analysis server receives the identification domain name and the object code sent by the application client, the code data structure analysis service carried on the code data structure analysis server can be used for providing analysis from any identification domain name to the corresponding object code domain name conversion rule, completing conversion from the electric power internet of things identification code to the object code domain name and returning the object code domain name to the application client.
Optionally, determining the object code domain name according to the identification domain name and the object code may include: and acquiring a resource record corresponding to the identification domain name according to the identification domain name, and searching an object code domain name corresponding to the object code from the resource record.
And 240, the object code analysis server receives the object code domain name sent by the application client, determines an object information server address according to the object code domain name, and returns to the application client.
Specifically, after receiving the object code domain name sent by the code data structure analysis server, the application client can send the object code domain name to the object code analysis server to request to query the address of the ubiquitous power internet of things identification code resource record IPv4/IPv6 or the address of the URI information server; the object code analysis server determines the queried address information corresponding to the object code domain name as an object information server address, and sends the object information server address to the application client.
And 250, the application client determines coding analysis information according to the address of the object information server.
Specifically, the application client may obtain specific device information of the internet of things device by accessing the address of the object information server.
Optionally, when the application client obtains the power internet of things identification code, the method further includes:
setting a timer, and if the application client does not receive the address of the object information server returned by the object code analysis server after the maximum analysis time is preset, carrying out code analysis operation again.
According to the technical scheme, after the application client obtains the power Internet of things identification codes and carries out identification division, the code version analysis server receives the identification codes sent by the application client after obtaining the identification codes and the object codes in the power Internet of things identification codes, the code version analysis server determines identification domain names and returns to the application client according to the identification codes, the code data structure analysis server receives the identification domain names and the object codes sent by the application client, determines object code domain names and returns to the application client according to the identification domain names and the object codes, the object code analysis server receives the object code domain names sent by the application client, determines an object information server address according to the object code domain names and returns to the application client, the defect of coding and analysis technology aiming at identification information in the existing power Internet of things is overcome, the efficient analysis of the power Internet of things identification codes is achieved, the advantages of high analysis accuracy and high operation speed are achieved, and particularly strong analysis capability is achieved under a huge amount of power Internet of things identification analysis scenes.
It should be noted that, in the embodiment of the above-mentioned code analysis system, each client and server included are only divided according to the functional logic, but not limited to the above-mentioned division, so long as the corresponding functions can be implemented; in addition, the specific names of the functional units are also only for distinguishing from each other, and are not used to limit the protection scope of the present invention.
Note that the above is only a preferred embodiment of the present invention and the technical principle applied. It will be understood by those skilled in the art that the present invention is not limited to the particular embodiments described herein, but is capable of various obvious changes, rearrangements and substitutions as will now become apparent to those skilled in the art without departing from the scope of the invention. Therefore, while the invention has been described in connection with the above embodiments, the invention is not limited to the embodiments, but may be embodied in many other equivalent forms without departing from the spirit or scope of the invention, which is set forth in the following claims.
Claims (8)
1. A code parsing system, comprising: the system comprises an application client, an encoding version analysis server, an encoding data structure analysis server and an object encoding analysis server;
the application client is used for acquiring the electric power Internet of things identification codes and carrying out identification division to obtain the identification codes and the object codes in the electric power Internet of things identification codes;
the identification code comprises a code version number, an industry code and an enterprise code;
the code version analysis server is used for receiving the identification code sent by the application client, determining an identification and identifying domain name according to the identification code and returning to the application client; the code data structure analysis server is used for receiving the identification domain name and the object code sent by the application client, determining an object code domain name according to the identification domain name and the object code, and returning to the application client;
the object code analysis server is used for receiving the object code domain name sent by the application client, determining an object information server address according to the object code domain name and returning to the application client;
wherein, the determining the identification domain name according to the coding identification comprises:
the code version analysis server extracts a corresponding identification and identification domain name by using the code version analysis service carried on the code version analysis server according to the code version number, the industry code and the enterprise code;
the encoded data structure analysis server is specifically configured to:
and receiving the identification domain name and the object code sent by the application client, acquiring a resource record corresponding to the identification domain name according to the identification domain name, extracting the value of the object code field in the selected resource record, and returning the obtained object code domain name to the application client.
2. The code resolution system according to claim 1, wherein the application client is further configured to:
after the electric power internet of things identification code is obtained, the electric power internet of things identification code is converted into a decimal data storage format.
3. The code resolution system according to claim 2, wherein the application client is specifically configured to:
determining the first preset number bit coding data of the power internet of things identification code as the identification code;
determining second preset number bit coding data after the identification codes of the electric power Internet of things as check codes;
and determining the coded data except the identification code and the check code in the identification code of the electric power Internet of things as the object code.
4. The code resolution system according to claim 1, wherein the application client is further configured to:
setting a timer when the electric power internet of things identification code is acquired, and if the object information server address returned by the object code analysis server is not received after the preset longest analysis time, acquiring the electric power internet of things identification code again to perform code analysis operation.
5. A code parsing method applied to the code parsing system of claims 1-4, the method comprising:
the method comprises the steps that an application client obtains an electric power Internet of things identification code, and the electric power Internet of things identification code is subjected to identification division to obtain an identification code and an object code in the electric power Internet of things identification code;
the identification code comprises a code version number, an industry code and an enterprise code;
the code version analysis server receives the identification code sent by the application client, determines an identification and identification domain name according to the identification code, and returns to the application client; the code data structure analysis server receives the identification domain name and the object code sent by the application client, determines an object code domain name according to the identification domain name and the object code, and returns to the application client;
the object code analysis server receives the object code domain name sent by the application client, determines an object information server address according to the object code domain name, and returns to the application client;
the application client determines coding analysis information according to the address of the object information server;
wherein, the determining the identification domain name according to the coding identification comprises:
the code version analysis server extracts a corresponding identification and identification domain name by using the code version analysis service carried on the code version analysis server according to the code version number, the industry code and the enterprise code;
wherein determining an object encoded domain name from the identification domain name and the object encoding comprises:
and acquiring a resource record corresponding to the identification domain name according to the identification domain name, and extracting the value of an object coding field in the selected resource record to obtain the object coding domain name.
6. The code resolution method according to claim 5, further comprising, after the application client obtains the power internet of things identification code:
and converting the electric power internet of things identification code into a decimal data storage format.
7. The code resolution method of claim 6, wherein the performing the identification division on the power internet of things identification code comprises:
determining the first preset number bit coding data of the power internet of things identification code as the identification code;
determining second preset number bit coding data after the identification codes of the electric power Internet of things as check codes;
and determining the coded data except the identification code and the check code in the identification code of the electric power Internet of things as the object code.
8. The code resolution method according to claim 5, wherein the method further comprises, while the application client obtains the power internet of things identification code:
setting a timer, and if the application client does not receive the address of the object information server returned by the object code analysis server after the preset maximum analysis time, carrying out code analysis operation again.
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