CN114389963A - Whole-process debugging method and debugging device for rapid access of Internet of things fusion terminal - Google Patents
Whole-process debugging method and debugging device for rapid access of Internet of things fusion terminal Download PDFInfo
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Abstract
The invention discloses a whole-process debugging method and a debugging device for fast access of an Internet of things fusion terminal, which comprise the following steps: the method comprises the steps of primary modeling of equipment, primary and secondary model information association, edge-to-end equipment registration, online verification of a fusion terminal, real-time data storage and sampled data storage, so that engineering personnel can debug the terminal conveniently, the problem that each link is easy to occur when the fusion terminal is accessed is found, each flow of the fusion terminal from access, data uploading, forwarding, storage and the like is verified, and data information of the node can be checked by clicking each link; when a link fails to be checked, information such as the failure reason of the link can be checked.
Description
Technical Field
The invention belongs to the technical field of power electronics, and particularly relates to a whole-process debugging method and a debugging device for fast access of an Internet of things fusion terminal.
Background
Along with the construction of the distribution internet of things, the distributed energy and the electric automobile are connected to a distribution network in a large scale, the supply and demand interaction between users and a power grid is increased continuously, and the challenge is provided for the distribution network area management. Meanwhile, a large number of fusion terminals are connected into a distribution network, and the collection and edge calculation capabilities of the fusion terminals provide high requirements and high standards for the power supply reliability and the power supply service capability of the urban distribution network. However, when a problem occurs in a certain link in the access process of the convergence terminal, the investigation is only performed manually at present, but the investigation performed manually has the following disadvantages: the checking efficiency is low, the difficulty is high, the cost is high, and the timeliness is difficult to guarantee.
Disclosure of Invention
The purpose of the invention is as follows: in order to solve the problem that troubleshooting cannot be performed quickly and efficiently in the process of accessing the fusion terminal, the invention provides a whole-process debugging method and a debugging device for quickly accessing the fusion terminal of the Internet of things.
The technical scheme is as follows: a whole-process debugging method for fast access of an Internet of things convergence terminal comprises the following steps:
step 1: judging whether the fusion terminal corresponding to the fusion terminal number has associated primary equipment or not according to the fusion terminal number, if so, judging whether power distribution exists or not according to the associated primary equipment number, and if so, executing the step 2; if the power distribution does not exist, sending a primary device unmodeled information prompt to the user side; if the associated primary equipment does not exist, sending a prompt of unassociated information of the secondary equipment to the user side;
step 2: checking the registration condition of the edge and end equipment according to the registration state of the fusion terminal corresponding to the fusion terminal number, and if the registration state is not available, sending an edge and end equipment unregistered information prompt to a user side; if the registration state exists, executing the step 3;
and step 3: judging the online state of the fusion terminal according to the online state value of the fusion terminal corresponding to the fusion terminal number, and if the online state value is online, executing the step 4; if the fusion terminal is offline, sending a fusion terminal online state verification failure and a fusion terminal offline information prompt to the user side;
and 4, step 4: inquiring data stored in real time by the fusion terminal in an uploading period according to the number of the fusion terminal, judging whether the number of effective telemetering values in the uploading period of the fusion terminal is greater than a threshold value and whether a telemetering accumulated value is greater than or equal to 0, if the number of the effective telemetering values in the uploading period of the fusion terminal is greater than the threshold value and the telemetering accumulated value is greater than or equal to 0, executing the step 5, otherwise, sending a prompt that the IOT management platform forwards the access service data and the real-time data of the fusion terminal is verified to fail to the user side;
and 5: inquiring the sampled data according to the sampling time and the remote measuring type, and finishing the debugging in the whole process if any adjacent sampling values in all the inquired sampled data are inconsistent; otherwise, sending a prompt that the sampled data of the fusion terminal is stored but not passed to the user side.
Further, when the online state of the convergence terminal is not checked and the convergence terminal is offline, relevant information is displayed to the user side according to a user request for maintenance operation of the user.
Further, when the online status of the convergence terminal fails to be checked and the convergence terminal is offline, relevant information is displayed to the user side for maintenance operation of the user according to a user request, and the specific implementation steps include:
acquiring an IP address of the convergence terminal input by a user from the user request, and calling a target diagnosis command to access the IP address to diagnose the port connection state of the convergence terminal to obtain the port connection state, wherein the target diagnosis command comprises at least one of the following commands: ping command, netstat command.
Further, when the forwarding of the access service data by the internet of things management platform and the real-time data verification of the fusion terminal are failed, relevant information is displayed to the user side according to the user request for maintenance operation of the user.
Further, when the forwarding of the access service data by the internet of things management platform and the verification of the real-time data of the fusion terminal are failed, relevant information is displayed to the user side for the user to maintain and operate according to the user request, and the specific implementation steps include:
acquiring a fusion terminal number input by a user from the user request, calling a navigation tree generation command, generating a navigation tree data format according to the fusion terminal number, and generating a secondary equipment navigation tree at one side and multiple ends at a user side;
acquiring secondary equipment navigation tree nodes, calling a command of forwarding a real-time message to obtain a real-time message, and packaging the real-time message into a table data format; calling a real-time data storage command to obtain real-time storage data of the secondary equipment navigation tree nodes, and packaging the real-time storage data of the secondary equipment navigation tree nodes into a table data format;
and displaying the real-time message packaged into the table data format and the secondary equipment navigation tree node real-time storage data packaged into the table data format on a user side.
Further, the real-time message packaged into the table data format and the secondary equipment navigation tree node real-time storage data packaged into the table data format are stored as historical data for a user to inquire.
Further, the real-time message encapsulated into the table data format and the real-time storage data of the secondary device navigation tree node encapsulated into the table data format are stored as historical data for users to inquire, and the specific implementation steps include:
the method comprises the steps of obtaining a user request, obtaining navigation tree nodes and time conditions selected by a user from the user request, calling a historical data query command to obtain historical data meeting the time conditions, and displaying the historical data on a user side.
Furthermore, when the sampled data of the fusion terminal is not stored, relevant information is displayed to the user side according to the user request for maintenance operation of the user.
Further, when the sampled data of the fusion terminal is not stored, the relevant information is displayed to the user side according to the user request for the user to maintain and operate, and the specific implementation steps include:
acquiring a sampling time period selected by a user from the user request, and calling a sampling value information query module to obtain sampling value information meeting the sampling time period; and calling a line graph generation command, and displaying sampling value information meeting the sampling time period in a line graph form at the user side.
The invention discloses a whole-process debugging device for fast access of an Internet of things fusion terminal, which comprises:
the secondary model checking module is used for judging whether the fusion terminal corresponding to the fusion terminal number has associated primary equipment or not according to the fusion terminal number, judging whether power distribution exists or not according to the associated primary equipment number if the fusion terminal corresponding to the fusion terminal number exists, and calling the side and end equipment registration checking module if the power distribution exists; if the power distribution does not exist, sending a primary device unmodeled information prompt to the user side; if the associated primary equipment does not exist, sending a prompt of unassociated information of the secondary equipment to the user side;
the side and end equipment registration checking module is used for checking the registration condition of the side and end equipment according to the registration state of the fusion terminal corresponding to the fusion terminal number, and sending an unregistered information prompt of the side and end equipment to the user side if the registration state does not exist; if the registration state exists, calling a fusion terminal online state verification module;
the fusion terminal online state checking module is used for judging the online state of the fusion terminal according to the online state value of the fusion terminal corresponding to the fusion terminal number, and if the fusion terminal is online, the fusion terminal is called to forward the access service data and the real-time data checking module; if the fusion terminal is offline, sending a fusion terminal online state verification failure and a fusion terminal offline information prompt to the user side;
the system comprises a check module for forwarding access service data and fusion terminal real-time data by the IOT management platform, a sampling data storage and check module for calling the fusion terminal if the number of effective telemetering values in the uploading period of the fusion terminal is greater than a threshold value and the telemetering accumulated value is greater than or equal to 0, and otherwise, sending a prompt that the IOT management platform forwards the access service data and the fusion terminal real-time data check fails to pass;
the fusion terminal sampling data storage and verification module is used for inquiring sampling data according to sampling time and a remote measuring type, and if any adjacent sampling values in all the inquired sampling data are inconsistent, debugging in the whole process is completed; otherwise, sending a prompt that the sampled data of the fusion terminal is stored but not passed to the user side.
Furthermore, the primary and secondary model checking module, the edge and end equipment registration checking module, the fusion terminal online state checking module, the IOT management platform forwarding access service data and fusion terminal real-time data checking module and the fusion terminal sampling data storage checking module are all realized based on a micro-service architecture and are all independently deployed in the cloud master station.
And further, the system also comprises a user request response module which is used for displaying relevant information to the user side according to the user request for the maintenance operation of the user.
Further, the user request response module includes: the online state of the fusion terminal is not checked to be passed, and the fusion terminal offline user request response module, the IOT management platform forwarding access service data, the fusion terminal real-time data checking and checking detail request response module and the fusion terminal sampling data storage checking and checking detail request response module are one or more.
Further, the convergence terminal online status check failing and convergence terminal offline user request response module is configured to, when the convergence terminal online status check failing and the convergence terminal offline, obtain a user request, obtain an IP address of the convergence terminal input by a user from the user request, and call a target diagnosis command to access the IP address to perform port connectivity status diagnosis on the convergence terminal, so as to obtain a port connectivity status, where the target diagnosis command includes at least one of: ping command, netstat command.
Further, the internet of things management platform forwarding access service data and fusion terminal real-time data verification and detail checking request response module is used for acquiring a user request when the internet of things management platform forwarding access service data and fusion terminal real-time data verification are not passed, acquiring a fusion terminal number input by a user from the user request, calling a navigation tree generation command, generating a navigation tree data format according to the fusion terminal number, and generating a secondary equipment navigation tree at one side with multiple ends at a user side; calling a command for forwarding the real-time message based on the secondary equipment navigation tree node to obtain the real-time message, and packaging the real-time message into a table data format; calling a fusion terminal real-time data storage command to obtain fusion terminal real-time storage data, and packaging the fusion terminal real-time storage data into a table data format; and displaying the real-time message packaged into the table data format and the fusion terminal real-time storage data packaged into the table data format on a user side.
Further, the fusion terminal sampling data storage verification and viewing details request response module is used for acquiring a user request when the sampling data storage fails, acquiring a sampling time period selected by a user from the user request, and calling a fusion terminal sampling value information query command to obtain sampling value information meeting the sampling time period; and calling a line graph generation command, and displaying sampling value information meeting the sampling time period in a line graph form at the user side.
Has the advantages that: by adopting the debugging method or the debugging device, the debugging of the fusion terminal is greatly facilitated for engineering personnel, the problems which are easy to occur in each link when the fusion terminal is accessed are found in time, the flows of the fusion terminal such as access, data uploading, forwarding and storage are verified, the whole complete operation process is more clearly understood, and the reason of the verification failure in the process is prompted; when the data access process is abnormal, field engineers can visually locate the problem through the page and quickly solve the problem.
Drawings
FIG. 1 is a flow chart of the present invention;
FIG. 2 is a flow chart of the present invention for obtaining all data associated with a converged terminal based on organizational structure;
FIG. 3 is a flow chart of the modeling/association/registration check of the present invention;
FIG. 4 is a flow chart of the on-line verification of the convergence terminal of the present invention;
fig. 5 is a flowchart of the present invention integrating the forwarding of access service data by the terminal and the verification of real-time data;
FIG. 6 is a flow chart of the sample data storage verification of the convergence terminal of the present invention;
FIG. 7 is a verification main flow chart user interface;
FIG. 8 is a user interface for modeling/association/registration verification;
FIG. 9 is a user interface for online verification of the convergence terminal;
fig. 10 is a user interface for forwarding access service data and real-time data verification by the convergence terminal;
fig. 11 is a user interface for storage verification of sampled data of the convergence terminal.
Detailed Description
The technical solution of the present invention will be further explained with reference to the accompanying drawings and embodiments.
As shown in fig. 1, the whole process debugging method of the present invention obtains and displays the data of the terminal service table according to the organization structure, and performs problem troubleshooting on the data. The steps of the method will now be described from the system side:
step 1: acquiring a corresponding organization structure according to the login account authority, and displaying all associated fusion terminal information according to the organization structure, wherein the specific implementation steps are as follows: the user selects the navigation node in the navigation tree, fills in/selects the screening condition, the system reads all information of the area table and the associated internet of things management docking service table according to the navigation tree node selected by the user and the screening condition filled in/selected by the user, and obtains the relevant information of all the fusion terminals meeting the screening condition corresponding to the navigation tree node, wherein the relevant information refers to all data associated with the fusion terminals, the obtained relevant information is packaged into a table format, and the relevant information of all the fusion terminals meeting the screening condition corresponding to the selected navigation tree node is displayed in the form at the user side so that the user can select at least one target fusion terminal, and the specific flow can be seen in fig. 2.
The organizational structure in this step refers to an organizational structure divided by geographic regions, for example: the organization structure is displayed to a user in a navigation tree form, navigation nodes in the navigation tree correspond to districts of a certain region, and if the user selects one navigation tree node in the navigation tree (such as Nanjing city) and fills in a screening condition (such as abnormal commissioning state), relevant information of all fusion terminals with abnormal commissioning state in the district corresponding to Nanjing city is screened out. All data associated with the convergence terminal indicated in this step include, but are not limited to, the following: the method comprises the steps of terminal name, commissioning state, whether online, commissioning time, terminal IP, affiliated project, affiliated product, product version, equipment identification code, associated equipment, associated name, associated business type, associated mode, service information, creation time, data validity, affiliated gateway, affiliated feeder line, whether certificate is uploaded or not and equipment firmware version.
Step 2: and receiving and carrying out fusion check on each target fusion terminal through subsequent steps according to a data flow check request sent by a user. In the step, a user clicks a data flow check button to send a data flow check request.
And step 3: and checking whether the primary and secondary equipment is successfully modeled/associated/registered or not through the target fusion terminal number, and when the primary and secondary equipment model is established and the side equipment is registered, the verification is passed.
The process of the modeling/association/registration verification step will now be described with reference to fig. 3: after receiving a data flow check request of a user side, the system side judges whether primary equipment associated with the target fusion terminal exists or not according to the number of the target fusion terminal, and if the primary equipment does not exist, a secondary equipment unassociated information prompt is sent to the user side; if yes, checking whether the distribution transformer exists according to the serial number of the associated primary equipment; if the distribution transformer does not exist, sending a device unmodeled information prompt to the user side; if the distribution transformer exists, sending a secondary model verification passing prompt to the user side, and verifying the side and end equipment registration condition according to the registration state of the target fusion terminal; if no registration state exists, sending an unregistered information prompt of the side and end equipment to the user side; and if the registration state exists, sending a modeling/association/registration check passing prompt to the user side.
And 4, step 4: and checking the online state of the target fusion terminal, namely judging whether the fusion terminal is online or not, and if so, passing the check.
Now, the online status verification process of the target fusion terminal will be described with reference to fig. 4: when the modeling/association/registration check passes, the check is performed. The system reads the online state value according to the serial number of the target fusion terminal, judges the online state of the target fusion terminal based on the online state value, and sends a prompt that the online state verification of the target fusion terminal passes to a user side if the target fusion terminal is online; and if the target fusion terminal is offline, sending a prompt of the online state verification failure of the target fusion terminal and terminal offline information to the user side. And after the user receives the prompt of the on-line state check failure of the target fusion terminal and the terminal off-line information, clicking the on-line check word of the fusion terminal, inputting the IP address of the fusion terminal, and completing the sending of the user request to acquire the related information for maintenance operation. At the moment, the system displays relevant information to the user side for the user to maintain and operate according to the user request; there are various implementations for displaying the relevant information to the user side, and the implementation is not limited to the specific implementation given in the embodiment of the present application. The following is a specific embodiment: acquiring an IP address of the fusion terminal input by a user and a target port needing to be subjected to communication state diagnosis from a user request, calling a target diagnosis command to access the IP address to perform port communication state diagnosis on the fusion terminal to obtain a port communication state, wherein the target diagnosis command comprises at least one of the following commands: ping command, netstat command.
And 5: the Internet of things management platform forwards the access service data and fuses the real-time data storage and verification of the terminal; if the number of the effective telemetering values in the uploading period of the target fusion terminal is greater than the threshold value and the telemetering accumulated value is greater than or equal to 0, the verification is passed; otherwise the check fails.
Now, with reference to fig. 5, a description will be given of a processing procedure of forwarding access service data and merging terminal real-time data storage and verification steps of the internet of things management platform: when the online state verification of the target fusion terminal passes the online state verification, the step of verification is carried out; the system acquires the number, the data type and real-time storage data of the target fusion terminal, and checks according to the acquired data, namely, whether the number of effective telemetering values in the uploading period of the target fusion terminal is greater than a threshold value and whether the telemetering accumulated value is greater than or equal to 0 are judged, if the number of effective telemetering values in the uploading period of the target fusion terminal is greater than the threshold value and the telemetering accumulated value is greater than or equal to 0, the check is passed; otherwise the check fails. When the check is not passed and the request for forwarding the access service data and checking the details of the real-time data by the convergence terminal is received, displaying the relevant information to the user side for the user to maintain and operate, and implementing ways for displaying the relevant information to the user side are various and are not limited to the specific implementing ways provided by the embodiment of the application. The following is a specific embodiment: acquiring a fusion terminal number input by a user from a user request, calling a navigation tree generation command, generating a navigation tree data format according to the fusion terminal number, and generating a secondary equipment navigation tree at one side and multiple ends at a user side; acquiring secondary equipment navigation tree nodes from a user request, calling and forwarding a real-time message command to obtain a real-time message of the Internet of things management platform, and packaging the real-time message of the Internet of things management platform into a table data format; calling a real-time data storage command to obtain real-time storage data of the secondary equipment navigation tree nodes, and packaging the real-time storage data of the secondary equipment navigation tree nodes into a table data format; and displaying the real-time message of the Internet of things management platform packaged into the form data format and the real-time storage data of the secondary equipment navigation tree node packaged into the form data format in two forms at a user side. And storing the real-time message packaged into the table data format and the secondary equipment navigation tree node real-time storage data packaged into the table data format as historical data for a user to inquire.
The implementation manners for the user query are various and are not limited to the specific implementation manners provided in the embodiments of the present application. The following is a specific embodiment: the user may query the historical data by selecting a navigation tree node, clicking on the historical data, and selecting a time condition according to the displayed table. When receiving a historical data request sent by a user, the system calls a historical data command according to the navigation tree nodes and the data types to obtain required historical data, packages the required historical data into a table data format, returns the table data format to the user side, and displays a historical message of the navigation tree nodes in a certain time period on the user side. The method comprises the steps that a user can inquire the message data of the upper line and the lower line by selecting a navigation tree node, clicking the message data of the upper line and the lower line and selecting a time condition, when a system receives a message data request of the upper line and the lower line sent by the user, a query command of the upper line and the lower line is called according to the obtained navigation tree node and the data type to obtain the message data of the upper line and the lower line, the message data of the upper line and the lower line are packaged into a tabular data format and returned to the user side, and the message data of the upper line and the lower line in a certain time period of the navigation tree node is displayed on a page of the user side.
The step provides a method for rapidly positioning the access problem of the fusion terminal on site, wherein the related data is divided into real-time messages of an internet of things management platform and real-time storage data of the fusion terminal, and the data types are remote signaling and remote measuring. The query and the encapsulation calling of the real-time message of the Internet of things management platform and the real-time storage of data by the terminal are supported, and a user can compare the real-time message with the terminal through a visual data table; and supporting the inquiry of history messages and the data of the online and offline messages. And field personnel forward and fuse the real-time stored data of the terminal for comparison through the Internet of things management platform in the page real-time data, and quickly position and troubleshoot problems.
Step 6: storing and checking the sampled data; and if any adjacent sampling values in all telemetering are not consistent, the verification is passed.
The processing procedure of the sample data storage verification step will now be described with reference to fig. 6: when the forwarding of the access service data by the IOT management platform and the real-time data verification of the fusion terminal pass, the system analyzes and verifies sampling historical data according to sampling time and a remote measuring type, and if adjacent sampling values are inconsistent, the verification is successful; otherwise, the check fails. When the system receives a sampling data storage, verification and detail checking request sent by a user, sampling value information is displayed to the user side through a line graph, and the user can select a sampling time period and a remote measuring type to inquire. And the sampling values of the line graphs display the date, week, month, year and user-defined date, and the current, voltage, active power, reactive power and other conditions for screening and inquiring. The sampling value information displayed by the page line graph can be quickly positioned and the problem can be solved.
The invention also discloses a whole-process debugging device for the rapid access of the Internet of things fusion terminal, which is developed based on the micro-service architecture and carries out the development ideas of high cohesion and low coupling. The complexity problem is solved for multiple service methods by decomposing huge monolithic applications; each service can be developed by a special development team, and developers can freely select development technologies to provide common interface services; the micro-service architecture mode is that each micro-service is independently deployed, so that a developer does not need to coordinate the influence of other service deployments on the service, and the deployment speed is increased. The method specifically comprises the following steps:
the secondary model checking module is used for judging whether the fusion terminal corresponding to the fusion terminal number has associated primary equipment or not according to the fusion terminal number, judging whether power distribution exists or not according to the associated primary equipment number if the fusion terminal corresponding to the fusion terminal number exists, and calling the side and end equipment registration checking module if the power distribution exists; if the power distribution does not exist, sending a primary device unmodeled information prompt to the user side; if the associated primary equipment does not exist, sending a prompt of unassociated information of the secondary equipment to the user side;
the side and end equipment registration checking module is used for checking the registration condition of the side and end equipment according to the registration state of the fusion terminal corresponding to the fusion terminal number, and sending an unregistered information prompt of the side and end equipment to the user side if the registration state does not exist; if the registration state exists, calling a fusion terminal online state verification module;
the fusion terminal online state checking module is used for judging the online state of the fusion terminal according to the online state value of the fusion terminal corresponding to the fusion terminal number, and if the fusion terminal is online, the fusion terminal is called to forward the access service data and the real-time data checking module; if the fusion terminal is offline, sending a fusion terminal online state verification failure and a fusion terminal offline information prompt to the user side;
the system comprises an IOT management platform forwarding access service data and fusion terminal real-time data verification module, a fusion terminal sampling data storage verification module and a user side, wherein the IOT management platform forwarding access service data and fusion terminal real-time data verification module is used for inquiring data stored in real time by a fusion terminal in an uploading period according to a fusion terminal number and a configuration domain number, judging whether the number of effective telemetering values in the uploading period of the fusion terminal is greater than a threshold value and whether a telemetering accumulated value is greater than or equal to 0, and calling the fusion terminal sampling data storage verification module if the number of the effective telemetering values in the uploading period of the fusion terminal is greater than the threshold value and the telemetering accumulated value is greater than or equal to 0, otherwise sending an IOT management platform forwarding access service data and fusion terminal real-time data verification failure prompt to the user side;
the fusion terminal sampling data storage and verification module is used for inquiring sampling data according to sampling time and a remote measuring type, and if any adjacent sampling values in all the inquired sampling data are inconsistent, debugging in the whole process is completed; otherwise, sending a prompt that the sampled data of the fusion terminal is stored but not passed to the user side.
The system comprises a fusion terminal online state check failure and fusion terminal offline user request response module, a user request acquisition module, a fusion terminal IP address input by a user from the user request acquisition module, and a target diagnosis command calling to access the IP address to perform port communication state diagnosis on the fusion terminal to obtain a port communication state, wherein the target diagnosis command comprises at least one of the following: ping command, netstat command.
The system comprises a response module of a request for forwarding access service data and a request for checking fusion terminal real-time data, a request module for checking and checking details, a navigation tree generation command and a secondary equipment navigation tree, wherein the response module is used for acquiring a user request when the request module fails to check the access service data and the fusion terminal real-time data forwarded by the management platform of the internet of things, acquiring a fusion terminal number input by a user from the user request, calling the navigation tree generation command, generating a navigation tree data format according to the fusion terminal number, and generating the secondary equipment navigation tree at one side by multiple ends at the user side; calling a command for forwarding the real-time message based on the secondary equipment navigation tree node to obtain the real-time message, and packaging the real-time message into a table data format; calling a fusion terminal real-time data storage command to obtain fusion terminal real-time storage data, and packaging the fusion terminal real-time storage data into a table data format; and displaying the real-time message packaged into the table data format and the fusion terminal real-time storage data packaged into the table data format on a user side.
The fusion terminal sampling data storage checking detail checking request response module is used for acquiring a user request when the sampling data storage fails, acquiring a sampling time period selected by a user from the user request, and calling a fusion terminal sampling value information query command to obtain sampling value information meeting the sampling time period; and calling a line graph generation command, and displaying sampling value information meeting the sampling time period in a line graph form at the user side.
The primary and secondary model checking module, the edge and end equipment registration checking module, the terminal online state checking module, the IOT management platform forwarding access service data and fusion terminal real-time data checking module and the fusion terminal sampling data storage checking module are all realized based on a micro-service architecture and are all independently deployed in a cloud master station. Fig. 7 shows a user interface of a main flow chart for verification, fig. 8 shows a user interface for modeling/association/registration verification, fig. 9 shows a user interface for terminal online verification, fig. 10 shows a user interface for forwarding access service data and real-time data verification by an internet of things management platform, and fig. 11 shows a user interface for sample data storage verification, so that the invention verifies each flow of the terminal from access, data uploading, forwarding, storage and the like, and shows whether the current terminal data access is successful or not through a flow graph, so that the whole complete operation process is more clearly understood, and the reason for verification failure in the process is prompted; when the data access process is abnormal, field engineers can visually locate the problem through the page and quickly solve the problem.
As will be appreciated by one skilled in the art, embodiments of the present application may be provided as a method, system, or computer program product. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
The present application is described with reference to flowchart illustrations of methods, apparatus (systems), and computer program products according to embodiments of the application. It will be understood that each flow in the flow diagrams can be implemented by computer program instructions. These computer program instructions may be provided to a computer to cause the computer to perform instructions to implement the functions specified in the flowchart or flowcharts.
These computer program instructions may also be stored in a computer-readable memory that can direct a computer to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows.
These computer program instructions may also be loaded onto a computer to cause a series of operational steps to be performed on the computer to perform a process such that the instructions which execute on the computer provide steps for implementing the functions specified in the flowchart flow or flows.
The above description is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, several modifications and variations can be made without departing from the technical principle of the present invention, and these modifications and variations should also be regarded as the protection scope of the present invention.
Claims (16)
1. A whole-process debugging method for fast access of an Internet of things convergence terminal is characterized by comprising the following steps: the method comprises the following steps:
step 1: judging whether the fusion terminal corresponding to the fusion terminal number has associated primary equipment or not according to the fusion terminal number, if so, judging whether power distribution exists or not according to the associated primary equipment number, and if so, executing the step 2; if the power distribution does not exist, sending a primary device unmodeled information prompt to the user side; if the associated primary equipment does not exist, sending a prompt of unassociated information of the secondary equipment to the user side;
step 2: checking the registration condition of the edge and end equipment according to the registration state of the fusion terminal corresponding to the fusion terminal number, and if the registration state is not available, sending an edge and end equipment unregistered information prompt to a user side; if the registration state exists, executing the step 3;
and step 3: judging the online state of the fusion terminal according to the online state value of the fusion terminal corresponding to the fusion terminal number, and if the online state value is online, executing the step 4; if the fusion terminal is offline, sending a fusion terminal online state verification failure and a fusion terminal offline information prompt to the user side;
and 4, step 4: inquiring data stored in real time by the fusion terminal in an uploading period according to the number of the fusion terminal, judging whether the number of effective telemetering values in the uploading period of the fusion terminal is greater than a threshold value and whether a telemetering accumulated value is greater than or equal to 0, if the number of the effective telemetering values in the uploading period of the fusion terminal is greater than the threshold value and the telemetering accumulated value is greater than or equal to 0, executing the step 5, otherwise, sending a prompt that the IOT management platform forwards the access service data and the real-time data of the fusion terminal is verified to fail to the user side;
and 5: inquiring the sampled data according to the sampling time and the remote measuring type, and finishing the debugging in the whole process if any adjacent sampling values in all the inquired sampled data are inconsistent; otherwise, sending a prompt that the sampled data of the fusion terminal is stored but not passed to the user side.
2. The whole-process debugging method for the rapid access of the converged terminal of the internet of things according to claim 1, wherein: and when the online state of the fusion terminal is not verified and the fusion terminal is offline, displaying relevant information to the user side according to a user request for maintenance operation of the user.
3. The whole-process debugging method for the rapid access of the converged terminal of the internet of things according to claim 2, characterized in that: when the online state of the fusion terminal is not checked and the fusion terminal is offline, relevant information is displayed to a user side according to a user request for maintenance operation of the user, and the specific implementation steps comprise:
acquiring an IP address of the convergence terminal input by a user from the user request, and calling a target diagnosis command to access the IP address to diagnose the port connection state of the convergence terminal to obtain the port connection state, wherein the target diagnosis command comprises at least one of the following commands: ping command, netstat command.
4. The whole-process debugging method for the rapid access of the converged terminal of the internet of things according to claim 1, wherein: and when the forwarding of the access service data by the Internet of things management platform and the real-time data verification of the fusion terminal are failed, displaying related information to a user side according to a user request for user maintenance operation.
5. The whole-process debugging method for the rapid access of the converged terminal of the internet of things according to claim 4, wherein: when the internet of things management platform forwards the access service data and the fusion terminal real-time data are not verified, relevant information is displayed to a user side for user maintenance operation according to a user request, and the specific implementation steps comprise:
acquiring a fusion terminal number input by a user from the user request, calling a navigation tree generation command, generating a navigation tree data format according to the fusion terminal number, and generating a secondary equipment navigation tree at one side and multiple ends at a user side;
acquiring secondary equipment navigation tree nodes, calling a command of forwarding a real-time message to obtain a real-time message, and packaging the real-time message into a table data format; calling a real-time data storage command to obtain real-time storage data of the secondary equipment navigation tree nodes, and packaging the real-time storage data of the secondary equipment navigation tree nodes into a table data format;
and displaying the real-time message packaged into the table data format and the secondary equipment navigation tree node real-time storage data packaged into the table data format on a user side.
6. The whole-process debugging method for the rapid access of the converged terminal of the internet of things according to claim 5, wherein: and storing the real-time message packaged into the table data format and the secondary equipment navigation tree node real-time storage data packaged into the table data format as historical data for a user to inquire.
7. The whole-process debugging method for the rapid access of the converged terminal of the internet of things according to claim 6, wherein: the real-time storage data of the real-time message encapsulated into the table data format and the secondary equipment navigation tree node encapsulated into the table data format are stored as historical data for a user to inquire, and the specific implementation steps comprise:
the method comprises the steps of obtaining a user request, obtaining navigation tree nodes and time conditions selected by a user from the user request, calling a historical data query command to obtain historical data meeting the time conditions, and displaying the historical data on a user side.
8. The whole-process debugging method for the rapid access of the converged terminal of the internet of things according to claim 1, wherein: and when the sampled data of the fusion terminal is not stored, displaying related information to the user side for user maintenance operation according to a user request.
9. The whole-process debugging method for the rapid access of the converged terminal of the internet of things according to claim 8, characterized in that: when the sampled data of the fusion terminal is not stored, relevant information is displayed to a user side according to a user request for maintenance operation of the user, and the specific implementation steps comprise:
acquiring a sampling time period selected by a user from the user request, and calling a sampling value information query module to obtain sampling value information meeting the sampling time period; and calling a line graph generation command, and displaying sampling value information meeting the sampling time period in a line graph form at the user side.
10. The utility model provides an overall process debugging device to quick access of thing networking fusion terminal which characterized in that: the method comprises the following steps:
the secondary model checking module is used for judging whether the fusion terminal corresponding to the fusion terminal number has associated primary equipment or not according to the fusion terminal number, judging whether power distribution exists or not according to the associated primary equipment number if the fusion terminal corresponding to the fusion terminal number exists, and calling the side and end equipment registration checking module if the power distribution exists; if the power distribution does not exist, sending a primary device unmodeled information prompt to the user side; if the associated primary equipment does not exist, sending a prompt of unassociated information of the secondary equipment to the user side;
the side and end equipment registration checking module is used for checking the registration condition of the side and end equipment according to the registration state of the fusion terminal corresponding to the fusion terminal number, and sending an unregistered information prompt of the side and end equipment to the user side if the registration state does not exist; if the registration state exists, calling a fusion terminal online state verification module;
the fusion terminal online state checking module is used for judging the online state of the fusion terminal according to the online state value of the fusion terminal corresponding to the fusion terminal number, and if the fusion terminal is online, the fusion terminal is called to forward the access service data and the real-time data checking module; if the fusion terminal is offline, sending a fusion terminal online state verification failure and a fusion terminal offline information prompt to the user side;
the system comprises a check module for forwarding access service data and fusion terminal real-time data by the IOT management platform, a sampling data storage and check module for calling the fusion terminal if the number of effective telemetering values in the uploading period of the fusion terminal is greater than a threshold value and the telemetering accumulated value is greater than or equal to 0, and otherwise, sending a prompt that the IOT management platform forwards the access service data and the fusion terminal real-time data check fails to pass;
the fusion terminal sampling data storage and verification module is used for inquiring sampling data according to sampling time and a remote measuring type, and if any adjacent sampling values in all the inquired sampling data are inconsistent, debugging in the whole process is completed; otherwise, sending a prompt that the sampled data of the fusion terminal is stored but not passed to the user side.
11. The overall process debugging device for the rapid access of the converged terminal of the internet of things according to claim 10, wherein: the system comprises a primary model checking module, a secondary model checking module, an edge and end equipment registration checking module, a fusion terminal online state checking module, an Internet of things management platform forwarding access service data and fusion terminal real-time data checking module and a fusion terminal sampling data storage checking module, wherein the primary model checking module, the edge and end equipment registration checking module, the fusion terminal online state checking module, the Internet of things management platform forwarding access service data and fusion terminal real-time data checking module and the fusion terminal sampling data storage checking module are all realized based on a micro-service architecture and are all independently deployed in a cloud master station.
12. The overall process debugging device for the rapid access of the converged terminal of the internet of things according to claim 10, wherein: the system also comprises a user request response module which is used for displaying relevant information to the user side for the user to maintain and operate according to the user request.
13. The overall process debugging device for the rapid access of the converged terminal of the internet of things according to claim 12, wherein: the user request response module comprises: the online state of the fusion terminal is not checked to be passed, and the fusion terminal offline user request response module, the IOT management platform forwarding access service data, the fusion terminal real-time data checking and checking detail request response module and the fusion terminal sampling data storage checking and checking detail request response module are one or more.
14. The overall process debugging device for the rapid access of the converged terminal of the internet of things according to claim 13, wherein: the system comprises a fusion terminal online state check failure and fusion terminal offline user request response module, a user request acquisition module, a fusion terminal IP address acquisition module and a target diagnosis command calling module, wherein the fusion terminal online state check failure and fusion terminal offline user request response module is used for acquiring the user request when the fusion terminal online state check failure and the fusion terminal offline, acquiring the IP address of the fusion terminal input by a user from the user request, calling the target diagnosis command to access the IP address to perform port communication state diagnosis on the fusion terminal, and acquiring a port communication state, and the target diagnosis command comprises at least one of the following: ping command, netstat command.
15. The overall process debugging device for the rapid access of the converged terminal of the internet of things according to claim 13, wherein: the system comprises a system management platform, a fusion terminal real-time data verification and check detail request response module, a navigation tree generation command and a secondary equipment navigation tree, wherein the system management platform is used for receiving a request of a user, receiving a fusion terminal number input by the user from the user request, generating a navigation tree data format according to the fusion terminal number, and generating the secondary equipment navigation tree at one side by multiple ends; calling a command for forwarding the real-time message based on the secondary equipment navigation tree node to obtain the real-time message, and packaging the real-time message into a table data format; calling a fusion terminal real-time data storage command to obtain fusion terminal real-time storage data, and packaging the fusion terminal real-time storage data into a table data format; and displaying the real-time message packaged into the table data format and the fusion terminal real-time storage data packaged into the table data format on a user side.
16. The overall process debugging device for the rapid access of the converged terminal of the internet of things according to claim 13, wherein: the fusion terminal sampling data storage checking detail checking request response module is used for acquiring a user request when the sampling data storage fails, acquiring a sampling time period selected by a user from the user request, and calling a fusion terminal sampling value information query command to obtain sampling value information meeting the sampling time period; and calling a line graph generation command, and displaying sampling value information meeting the sampling time period in a line graph form at the user side.
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