CN114301898B - Device data dynamic issuing and remote control system - Google Patents
Device data dynamic issuing and remote control system Download PDFInfo
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Abstract
The invention discloses a device data dynamic issuing and remote control system, which comprises: basic data service clusters: the system is used for collecting the basic data and pushing the collected basic data to a dynamic issuing service cluster in a message queue mode; dynamic issuing service clusters: the method comprises the steps of assembling basic data pushed by a basic data service cluster, acquiring on-line equipment information, and notifying equipment to pull the data through a long-link service cluster; long-linked service clusters: the method is in charge of establishing a long link channel with equipment, transmitting data between the long link channel and the equipment, and simultaneously monitoring the on-line and off-line operation of the equipment and giving an early warning; remote control service cluster: data used for sending remote commands to the device and receiving feedback of the device; device cluster: the data transfer method is used for data transfer between the equipment and the long-link service cluster; the method can ensure the real-time consistency of the equipment data and the service area data, and has good market application value.
Description
Technical Field
The invention belongs to the technical field of Internet software, and particularly relates to a system for dynamically issuing equipment data and remotely controlling the equipment data.
Background
With the development of the Internet, the interaction between the equipment and the server is more and more frequent, meanwhile, in order to ensure the consistency of the data between the server and the equipment, the server can issue the data to the equipment at random, if the data of the server cannot be issued to the equipment, the equipment cannot be used, so that the real-time requirement of the equipment on the data is very high, but in the prior art, when the consumption of the equipment is large, larger pressure is caused on the server, so that the real-time performance of the data issuing is influenced, and the real-time synchronization of the data of the equipment and the data of the server is not realized, so that the service performance is influenced; in addition, the server also needs to remotely control the equipment to know the on-line state of the equipment, when the equipment fails, the server can remotely control the equipment to pull the equipment log, control the equipment to restart and the like, and the equipment cannot be remotely controlled in real time in the prior art, so that the problem between the equipment and the server cannot be discovered in the first time, and the real-time synchronization of the data between the server and the equipment is not guaranteed.
The prior art has defects and needs improvement.
Disclosure of Invention
The invention provides a system for dynamically issuing and remotely controlling equipment data, which solves the problems.
In order to solve the problems, the technical scheme provided by the invention is as follows: the equipment data dynamic issuing and remote control system comprises: basic data service clusters: the system comprises a dynamic issuing service cluster, a message queue and a message queue, wherein the dynamic issuing service cluster is used for collecting basic data of each service and pushing the collected basic data to the dynamic issuing service cluster in a message queue mode; the dynamic issuing service cluster: the basic data processing device is used for assembling basic data pushed by the basic data service cluster through a timing task, acquiring online equipment information through the timing task in turn, and notifying equipment to pull the data through a long-link service cluster; the long link service cluster: the method is in charge of establishing a long link channel with equipment, transmitting data between the long link channel and the equipment, and simultaneously monitoring the on-line and off-line operation of the equipment and giving an early warning; remote control service cluster: the remote control device is used for remotely controlling the device, sending a remote command to the device and receiving data fed back by the device; the remote command comprises an android/ios operation command, a linux operation command, an sql operation command and a custom command; device cluster: the method is used for data transfer between the equipment and the long-link service cluster.
The dynamic issuing service cluster, the long-link service cluster and the remote control service cluster can realize the real-time dynamic issuing and exchanging of data between the server and the equipment, can remotely acquire the real-time data of the equipment, monitor the running state of the equipment, realize the remote control of the equipment and ensure the consistency and the real-time performance of the data between the equipment and the server.
Preferably, the dynamic issuing service cluster sets a dynamic issuing implementation algorithm, a device data synchronization implementation algorithm, a dynamic issuing data early warning and a dynamic issuing configuration interface, and the dynamic issuing implementation algorithm includes:
data assembly: the dynamic issuing service cluster stores basic data in an issuing data to-be-assembled table, pulls data to be assembled from the issuing data to-be-assembled table through polling, and stores the assembled data into the to-be-assembled table;
and (3) equipment information acquisition: the dynamic issuing service cluster calculates the equipment data to be issued through issuing configuration, stores the equipment data into an equipment data issuing table, and then acquires the equipment information from the equipment data issuing table through polling; data pulling: and notifying equipment through the long-link service cluster to pull the data in the to-be-issued list in the dynamic issuing service cluster.
The server data is dynamically issued to the equipment in real time through the dynamic issuing implementation algorithm, and the data of the equipment and the server are ensured to be in a consistent state in real time.
Preferably, when the device is not online, the data is pulled as follows: the dynamic issuing service cluster puts the issued data into a cache, and after equipment is online and links are established with the long-chain service cluster, the dynamic issuing service cluster timely informs the equipment to pull the data in the to-be-issued table; by putting the data into the cache and the monitoring function of the long-link service cluster on the online state of the device, the data of the server can be issued to the device at the first time of online of the device, and the data of the device is ensured to be consistent with the server.
Preferably, the data synchronization implementation algorithm includes: the equipment initiates a data synchronous request to the dynamic issuing service cluster, the dynamic issuing service cluster asynchronously assembles data required by corresponding equipment through multi-data source configuration, and puts the assembled data into a database file, and simultaneously uploads the database file to a cloud platform and returns the database file address, wherein the database file is a database file used by the corresponding equipment; the data needed by the equipment can be issued to the equipment in real time through the data synchronization realization algorithm, the backup of the data is completed, the data loss is prevented, and the equipment can be ensured to pull the data at any time.
Preferably, the dynamically issued data pre-warning includes: setting a data volume threshold in the dynamic issuing service cluster, and when the dynamic issuing service cluster polls the notification equipment to pull data, finding that the data volume of the issuing of the equipment is larger than or equal to the data volume threshold, directly triggering the equipment data synchronization function to reduce the issuing pressure of the server; when the dynamic issuing service cluster polls the notification equipment to pull data, the equipment is found to be not on line, and the data volume to be issued by the equipment is larger than or equal to the threshold value of the issued data volume, the dynamic issuing service cluster sends an early warning notification in a short message and mail mode, and the equipment is manually interfered; the dynamic data issuing early warning can ensure the dynamic data issuing and simultaneously lighten the pressure of the server, avoid the occurrence of errors caused by overlarge pressure of the server when equipment pulls the data, and further ensure the accuracy of data issuing by combining with manual intervention.
Preferably, the dynamic issuing configuration interface includes a dynamic issuing record visual interface and a dynamic configuration visual interface, which are respectively used for inquiring the dynamic issuing record and modifying the dynamic issuing configuration; the dynamic issuing configuration comprises a data issuing format, data content, data issuing equipment, data early warning rules and the like, and the configuration can be configured through a visual interface and takes effect in real time.
Preferably, the remote control service cluster comprises a remote control implementation algorithm, a remote upgrade implementation algorithm and a remote control visual interface, wherein the remote control visual interface is used for inputting a remote control instruction to equipment and displaying data fed back by the equipment, the instruction can be sent to the equipment through the remote control visual interface, after the instruction is received by the equipment, the data obtained after the instruction is executed is returned to the remote control service cluster through the long-chain service cluster, and the returned data can be displayed in the remote control visual interface; the remote control implementation algorithm comprises the following steps: a long link is established between the remote control visual interface and a remote control service cluster, commands input on the remote control visual interface are transmitted to the remote control service cluster through the long link, the remote control service cluster selects corresponding command resolvers through a strategy design mode to resolve the received commands, different commands correspond to different command resolvers, the resolved commands are transmitted to equipment through the long link service cluster, after the equipment processing is completed, a processing result is returned to the command resolvers through the long link service cluster, and the command resolvers return the processing result to the remote control visual interface through the long link for display; the remote control implementation algorithm can remotely send the instruction to the equipment and receive the data returned after the equipment executes the instruction, so that the aim of remotely controlling the equipment is fulfilled.
Preferably, the remote upgrade implementation algorithm includes: creating an upgrade task for equipment at the remote control visual interface, wherein the remote control service cluster stores the upgrade task into a database, simultaneously pushes the upgrade task into a task upgrade message queue, and the task upgrade message queue performs upgrade selection processing on the task, wherein the upgrade selection processing is one of delay processing and non-delay processing, then pushes the upgrade task to the equipment through the remote control service cluster, and returns an upgrade result to the remote control service cluster after the equipment is upgraded; when the equipment is found to be off-line after the upgrade task is created, after the equipment is monitored to be on-line by the long-chain service cluster, notifying the remote control service cluster, pulling upgrade data from a database by the remote control service cluster, and pushing the upgrade task to the equipment again through the long-chain service cluster; the remote upgrade is divided into an immediate upgrade and a delay upgrade, which respectively correspond to a delay process and a non-delay process in the upgrade selection process; the equipment can be remotely upgraded by the remote upgrade realization algorithm, so that the consistency of the data of the equipment and the data of the server is ensured conveniently.
Preferably, the long-link service cluster includes on-line and off-line monitoring of the device and data pushing and forwarding, and the on-line and off-line monitoring of the device includes: after the data synchronization is completed, the device establishes a long link channel with the long link service cluster, wherein the long link channel comprises a command upgrading task channel, a device state channel and a dynamic issuing channel, the command upgrading task channel is used for sending commands and upgrading tasks to the device by the remote control service cluster, receiving the device execution commands and updated data feedback, and the device state channel is used for feeding back the online state of the device to the server, so that the server can conveniently select an issuing mode when issuing data to the device, and the dynamic issuing channel is used for dynamically issuing real-time data to the device by the dynamic issuing service cluster; the long-link service cluster judges the relation between equipment and the long-link channel by analyzing the state of the long-link channel, wherein the relation is one of disconnection and link establishment; when the equipment establishes a link with the long-chain channel, the long-chain service cluster sends the online information of the equipment to other data services through the information middleware, and the online state of the equipment is put into a cache; when the device is disconnected from the channel: the long-link service cluster sends the information of equipment disconnection to the early warning service through the message middleware, the early warning service sends early warning information to a system administrator, and meanwhile the on-line state of the equipment is cleared from the cache information; the online state of the equipment can be fed back to the server in real time through the online and offline monitoring of the equipment, so that data exchange between the server and the equipment is facilitated.
Preferably, the data pushing and forwarding include: the dynamic issuing service cluster pushes issuing data to the long-chain service cluster through call among micro services, the long-chain service cluster pushes the issuing data to equipment through the long-chain communication channel, after the equipment is processed, a processing result is returned to the long-chain service cluster through the long-chain communication channel, the long-chain service cluster pushes the processing result to other services through a corresponding mode, and the corresponding mode is one of service call and message middleware.
Compared with the prior art, the method has the beneficial effects that by adopting the scheme, the dynamic issuing service cluster assembles the collected basic service data and dynamically issues the basic service data to the equipment in real time, the service performance is greatly improved, and the real-time synchronization of the server data and the equipment data is realized; the remote control of the equipment is realized through the setting of the remote control service cluster and the setting of the equipment on-line and off-line monitoring of the long-link service cluster and the setting of the command upgrading task channel and the equipment state channel between the long-link service cluster and the equipment, the on-line state of the equipment can be obtained in real time, and the equipment operation log and the operation log are analyzed, so that the problems that the equipment data and the server data cannot be synchronized in real time, the service performance is reduced, the equipment cannot be remotely controlled in real time, and the real-time synchronization of the data between the server and the equipment is not guaranteed are solved.
Drawings
For a clearer description of an embodiment or of a technical solution in the prior art, the drawings used in the description of the embodiment or of the prior art will be briefly introduced below, it being obvious that the drawings in the description below are only some embodiments of the invention, and that other drawings can be obtained according to these drawings without inventive effort for a person skilled in the art.
Fig. 1 is a schematic control flow chart of the present invention.
Detailed Description
In order that the invention may be readily understood, a more particular description of the invention will be rendered by reference to specific embodiments that are illustrated in the appended drawings; there is shown in the drawings an embodiment of the invention; this invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein; rather, these embodiments are provided so that this disclosure will be thorough and complete.
It will be understood that when an element is referred to as being "fixed to" another element, it can be directly on the other element or intervening elements may also be present; when an element is referred to as being "connected" to another element, it can be directly connected to the other element or intervening elements may also be present; the terms "fixed," "integrally formed," "left," "right," and the like are used herein for descriptive purposes only and in the drawings like elements are identified by the same reference numerals.
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs; the terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention.
Example 1: as shown in fig. 1, the system for dynamically issuing and remotely controlling device data includes a basic data service cluster, a dynamic issuing service cluster, a long-link service cluster, a remote control service cluster and a device cluster, where the basic data service cluster is used to collect basic data of each service and push the collected basic data to the dynamic issuing service cluster in a message queue manner; the dynamic issuing service cluster is used for assembling the basic data pushed by the basic data service cluster through a timing task, acquiring online equipment information in turn through the timing task, and notifying equipment to pull the data through the long-link service cluster; the long link service cluster is used for establishing a long link channel with the equipment, transmitting data between the long link channel and the equipment, and simultaneously monitoring the on-line and off-line operation of the equipment and giving an early warning; the remote control service cluster is used for remotely controlling the equipment, sending a remote command to the equipment and receiving data fed back by the equipment; the device cluster is used for dynamically transmitting data between the device and the long-chain connection service cluster, a dynamic transmitting realization algorithm is arranged in the dynamic transmitting service cluster, basic data pushed by the basic data service cluster are stored into a transmitting data to-be-assembled table through the dynamic realization algorithm, then the data to be assembled are pulled from the transmitting data to-be-assembled table through polling to be assembled, and the assembled data are stored into the to-be-assembled table; meanwhile, equipment data needing to be issued are calculated through the issuing configuration and stored in an equipment data issuing table, and then equipment information is acquired from the equipment data issuing table through polling; then notifying corresponding equipment through the long-link service cluster to dynamically issue the data in the service cluster to be issued; a dynamic issuing channel is established between the long-link service cluster and the equipment cluster, the dynamic issuing service cluster pushes data to be issued to the long-link service cluster through calling among micro services, then the long-link service cluster pushes the data to be issued to the equipment cluster through the dynamic issuing channel, and the equipment cluster distributes the data to corresponding equipment, so that dynamic issuing of the data is completed; the basic data to be issued is provided to the dynamic issuing service cluster through the basic data service cluster, the basic data is collected, assembled and dynamically issued to the equipment in real time by the dynamic issuing service cluster, so that the real-time synchronization between the server data and the equipment data is realized, and the consistency of the equipment data and the server data is ensured.
In addition, an equipment data synchronization realization algorithm is further arranged in the dynamic issuing service cluster, when equipment initiates a data synchronization request to the dynamic issuing service cluster, the dynamic issuing service cluster asynchronously assembles data required by the equipment through a plurality of source configurations by the equipment data synchronization realization algorithm, and places the assembled data into a database file used by the equipment, and meanwhile uploads the database file to a cloud platform to complete the synchronization of the equipment data.
Example 2: in order to relieve the pressure of a server and carry out dynamic issuing configuration through a visual interface, the dynamic issuing service cluster is also provided with dynamic issuing data early warning and dynamic issuing configuration interface, the dynamic issuing data early warning enables a issuing data quantity threshold value to be set in the dynamic issuing service cluster, when the dynamic issuing service cluster draws data through polling notification equipment, the issuing data quantity of the equipment is found to reach or exceed the set issuing data quantity threshold value, then the equipment data synchronization function is directly triggered, and data issuing is carried out through an equipment data synchronization realization algorithm, so that the pressure of the server is relieved; the dynamic issuing configuration interface comprises a dynamic issuing record visual interface and a dynamic configuration visual interface which are respectively used for inquiring the dynamic issuing record and modifying the dynamic issuing configuration, and the modifiable dynamic issuing configuration comprises a data issuing format, data content, data issuing equipment, data early warning rules and the like and takes effect in real time after modification.
Example 3: the difference between this embodiment and embodiment 1 is that, in order to make the device offline when making data transmission on the device, the cache is set in the dynamic transmission implementation algorithm, when making data transmission, the device offline is found, the transmitted data is put into the cache, and a device state channel is established between the long-link service cluster and the device, the long-link service cluster determines whether the device is online by analyzing the state of the device state channel, if the device is found, the device online message is sent to the dynamic transmission service cluster by the message middleware, and then the dynamic transmission service cluster notifies the device to buffer and pull the data, thereby implementing that the data is transmitted to the device at the first time of the device online, and further guaranteeing the consistency of the device data and the server data; when the dynamic issuing service cluster pulls information by polling the notification equipment, the equipment is found to be not on line, and the data to be issued by the equipment reaches the threshold value of the issued data quantity, the dynamic issuing service cluster sends an early warning notification in a short message and mail mode, and the early warning notification is interfered by manual work, so that the normal data exchange between the server and the equipment and the data accuracy are ensured.
Example 4: in order to remotely control equipment, monitor the on-line state of the equipment, pull an equipment operation log, send an instruction to the equipment, acquire real-time data of the equipment, set a remote control visual interface, a remote control implementation algorithm and a remote control upgrading algorithm for a remote control service cluster, input a remote command and an upgrading task issued by the equipment through the remote control visual interface, and display the result and the upgrading result after the command fed back by the equipment is executed, wherein the equipment command comprises an android/ios operation command, a linux operation command, an sql operation command and a custom command; the remote control implementation algorithm transmits remote commands input on the remote control visual interface to the remote control service cluster by establishing long links between the remote control visual interface and the remote control service cluster, different commands are analyzed by the remote control service cluster through different command analyzers selected by a strategy design mode, a command upgrading task channel is established between the long link service cluster and the equipment, and the analyzed commands are sent to the equipment through the command upgrading task channel; after the device executes the command, returning the executed result to the long-link service channel through the command upgrading task channel, returning the result to the command analyzer of the remote control service cluster through the long-link service channel, and returning the result to the remote control visual interface through a long link established between the remote control visual interface and the remote control service cluster by the command analyzer for display; the remote control device can be realized through a remote control realization algorithm, the running log of the device is analyzed, and the running state of the device is known, so that the real-time exchange between the device data and the server data can be better ensured; the remote upgrade realization algorithm is used for remote upgrade of the equipment by the remote control service cluster, upgrade is divided into immediate upgrade and delayed upgrade, upgrade tasks are created for the equipment at the remote control visual interface, the remote control service cluster stores the upgrade tasks into a database, meanwhile, the upgrade tasks are pushed into a task upgrade message queue, the task upgrade message queue carries out delayed or non-delayed processing on the tasks, the delayed or non-delayed processing corresponds to the immediate upgrade or delayed upgrade, and then the upgrade tasks are pushed to the equipment through a command upgrade task channel by the long-link service cluster; after the equipment is upgraded, returning an upgrading result to the long-link service cluster through a command upgrading task channel, returning to the remote control service cluster, and returning the upgrading result to the remote control visual interface for display through a long link established between the remote control service cluster and the remote control visual interface; if the equipment is not online after the upgrade task is established, after the equipment is monitored to be online by the long-link service cluster, notifying the remote control service cluster, and pulling the upgrade data from the database by the remote control service cluster to push the upgrade task to the equipment again through the long-link service cluster; the equipment can be remotely upgraded through a remote upgrade realization algorithm, so that the equipment system can meet the real-time data exchange with the server, and the real-time consistency of the equipment data and the server data is further ensured;
the long-link service cluster monitors the online and offline of the equipment through an equipment state channel established between the long-link service cluster and the equipment, the long-link service cluster judges whether the equipment is disconnected from the equipment state channel or is linked with the equipment state channel through analyzing the state of the equipment state channel, if the equipment is linked with the equipment state channel, the long-link service cluster sends the online information of the equipment to other data services through a message middleware, and the online information of the equipment is put into a cache; if the equipment is disconnected from the equipment state channel, the long-link service cluster also sends a message to the early warning service through the message middleware, the early warning service sends early warning information to inform a system administrator, and meanwhile the equipment on-line state is cleared from the cache information.
The above-described features are continuously combined with each other to form various embodiments not listed above, and are regarded as the scope of the present invention described in the specification; and, it will be apparent to those skilled in the art from this disclosure that modifications and variations can be made without departing from the scope of the invention defined in the appended claims.
Claims (6)
1. The equipment data dynamic issuing and remote control system is characterized by comprising: basic data service clusters: the system comprises a dynamic issuing service cluster, a message queue and a message queue, wherein the dynamic issuing service cluster is used for collecting basic data of each service and pushing the collected basic data to the dynamic issuing service cluster in a message queue mode; the dynamic issuing service cluster: the basic data processing device is used for assembling basic data pushed by the basic data service cluster through a timing task, acquiring online equipment information through the timing task in turn, and notifying equipment to pull the data through a long-link service cluster; the long link service cluster: the method is in charge of establishing a long link channel with equipment, transmitting data between the long link channel and the equipment, and simultaneously monitoring the on-line and off-line operation of the equipment and giving an early warning; remote control service cluster: the remote control device is used for remotely controlling the device, sending a remote command to the device and receiving data fed back by the device; device cluster: the data transfer method is used for data transfer between the equipment and the long-link service cluster;
the dynamic issuing service cluster is provided with a dynamic issuing implementation algorithm, a device data synchronization implementation algorithm, dynamic issuing data early warning and dynamic issuing configuration interfacing, and the dynamic issuing implementation algorithm comprises: data assembly: the dynamic issuing service cluster stores basic data in an issuing data to-be-assembled table, pulls data to be assembled from the issuing data to-be-assembled table through polling, and stores the assembled data into the to-be-assembled table; and (3) equipment information acquisition: the dynamic issuing service cluster calculates the equipment data to be issued through issuing configuration, stores the equipment data into an equipment data issuing table, and then acquires the equipment information from the equipment data issuing table through polling; data pulling: the equipment is notified through the long-link service cluster to pull the data in the to-be-issued list from the dynamic issuing service cluster;
when the device is not online, the data is pulled in the following manner: the dynamic issuing service cluster puts the issued data into a cache, and after equipment is online and links are established with the long-chain service cluster, the dynamic issuing service cluster timely informs the equipment to pull the data in the to-be-issued table;
the data synchronization implementation algorithm comprises the following steps: the equipment initiates a data synchronous request to the dynamic issuing service cluster, the dynamic issuing service cluster asynchronously assembles data required by corresponding equipment through multi-data source configuration, and puts the assembled data into a database file used by the equipment, and simultaneously uploads the database file to a cloud platform;
the dynamic issuing data early warning comprises the following steps: setting a data volume threshold in the dynamic issuing service cluster, and when the dynamic issuing service cluster polls the notification equipment to pull data, finding that the data volume of the issuing of the equipment is larger than or equal to the data volume threshold, directly triggering the equipment data synchronization function to reduce the issuing pressure of the server; and when the dynamic issuing service cluster polls the notification equipment to pull the data, the equipment is found to be not on line, and the data volume to be issued by the equipment is more than or equal to the threshold value of the issued data volume, the dynamic issuing service cluster sends the early warning notification in a short message and mail mode, and the intervention is performed manually.
2. The system according to claim 1, wherein the dynamic issuing configuration interface comprises a dynamic issuing record visualization interface and a dynamic configuration visualization interface for querying the dynamic issuing record and modifying the dynamic issuing configuration, respectively.
3. The system according to claim 1, wherein the remote control service cluster includes a remote control implementation algorithm, a remote upgrade implementation algorithm, and a remote control visualization interface, the remote control visualization interface being configured to input a remote control command to the device and display data fed back by the device; the remote control implementation algorithm comprises the following steps: and establishing a long link between the remote control visual interface and the remote control service cluster, transmitting a command input on the remote control visual interface to the remote control service cluster through the long link, selecting a corresponding command analyzer by the remote control service cluster through a strategy design mode to analyze the received command, transmitting the analyzed command to equipment through the long link service cluster, returning a processing result to the command analyzer through the long link service cluster after the equipment processing is completed, and returning the processing result to the remote control visual interface through the long link by the command analyzer for display.
4. The device data dynamic distribution and remote control system according to claim 3, wherein the remote upgrade implementation algorithm comprises: creating an upgrade task for equipment at the remote control visual interface, wherein the remote control service cluster stores the upgrade task into a database, simultaneously pushes the upgrade task into a task upgrade message queue, and the task upgrade message queue performs upgrade selection processing on the task, wherein the upgrade selection processing is one of delay processing and non-delay processing, then pushes the upgrade task to the equipment through the remote control service cluster, and returns an upgrade result to the remote control service cluster after the equipment is upgraded; and when the equipment is found to be off-line after the upgrade task is created, after the long-chain service cluster monitors that the equipment is on-line, notifying the remote control service cluster, pulling upgrade data from a database by the remote control service cluster, and pushing the upgrade task to the equipment again through the long-chain service cluster.
5. The system for dynamically issuing and remotely controlling device data according to claim 1, wherein said long-link service cluster includes a device on-line and off-line monitoring and a data push and forwarding, and said device on-line and off-line monitoring includes: after the data synchronization of the equipment is completed, a long link channel is established with the long link service cluster, and the long link service cluster judges the relation between the equipment and the long link channel by analyzing the state of the long link channel, wherein the relation is one of disconnection and link establishment; when the equipment establishes a link with the long-chain access channel, the long-chain service cluster sends the online information of the equipment to other data services through the information middleware, and the online state of the equipment is put into a cache; when the device is disconnected from the channel: and the long-link service cluster transmits the equipment disconnection message to the early warning service through the message middleware, the early warning service transmits early warning information to a system administrator, and meanwhile, the equipment on-line state is cleared from the cache information.
6. The device data dynamic distribution and remote control system according to claim 5, wherein the data pushing and forwarding comprises: the dynamic issuing service cluster pushes issuing data to the long-chain service cluster through call among micro services, the long-chain service cluster pushes the issuing data to equipment through the long-chain communication channel, after the equipment is processed, a processing result is returned to the long-chain service cluster through the long-chain communication channel, the long-chain service cluster pushes the processing result to other services through a corresponding mode, and the corresponding mode is one of service call and message middleware.
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