CN113688005A - Operation and maintenance monitoring method and system - Google Patents
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Abstract
The invention discloses an operation and maintenance monitoring method and system, wherein the operation and maintenance monitoring method comprises the following steps: receiving an operation and maintenance monitoring request input by a user, responding to the operation and maintenance monitoring request, creating an API (application program interface) identification instruction and a control instruction according to the operation and maintenance monitoring request, wherein the API identification instruction is used for acquiring a first API (application program interface) and a component in the same platform, meanwhile, the API identification instruction carries out approval operation on monitoring resources and equipment of a monitoring layer, screening whether a second API and a component in other platforms are associated with the first API and the component, if not, the control instruction compresses the first API and the component and releases a corresponding acquisition unit to complete monitoring data acquisition operation of target equipment in the same platform, and monitoring the target equipment in the same platform according to acquired monitoring data. The invention monitors each software hardware device of the same platform basic layer in real time and can early warn faults in advance.
Description
Technical Field
The invention relates to the technical field of operation and maintenance monitoring, in particular to an operation and maintenance monitoring method and system.
Background
With the continuous development of the network era, the information security is also the focus, and domestic software and hardware platforms are gradually developed towards the tendency of localization to prevent secret leakage. However, the device and system based on the localization software and hardware do not have an integral management and control technology, and do not form an integral ecology to distribute and install the software. In the presence of such increasingly large amounts of domestic equipment, the safety, reliability, availability, and use status of the equipment are all of great concern. In the common operation and maintenance management work, the interaction with equipment and the problem troubleshooting generally need operation and maintenance personnel to have strong professional ability, but the maintenance efficiency is low one by one, and the cost is high, so that a system which can be compatible with software and hardware platforms of all the domestic equipment is needed.
The common operation and maintenance platform only monitors software and hardware of a general-purpose machine and x86 platforms including windows, and most functional components of the operation and maintenance platform cannot directly run on a domestic chip and an operating system software and hardware platform. Meanwhile, the existing operation platform can only support the monitoring of the target equipment on the same platform, and the monitoring can not be realized for the associated platform.
Disclosure of Invention
In view of the above, the main objective of the present invention is to provide an operation and maintenance monitoring method and system.
The technical scheme adopted by the invention is as follows:
an operation and maintenance monitoring method comprises the following steps: receiving an operation and maintenance monitoring request input by a user, responding to the operation and maintenance monitoring request, creating an API (application program interface) identification instruction and a control instruction according to the operation and maintenance monitoring request, wherein the API identification instruction is used for acquiring a first API (application program interface) and a component in the same platform, meanwhile, the API identification instruction carries out approval operation on monitoring resources and equipment of a monitoring layer, screening whether a second API and a component in other platforms are associated with the first API and the component or not, if the second API and the component are not associated with the first API and the component, the control instruction compresses the first API and the component and releases a corresponding acquisition unit to complete monitoring data acquisition operation of target equipment in the same platform, and monitoring the target equipment in the same platform according to the acquired monitoring data; if the correlation exists, the control instruction acquires the control authority of the correlation platform, the first API interface and the component, the second API interface and the component are respectively compressed according to the corresponding channels, the corresponding acquisition units are released, the monitoring data acquisition operation of target equipment in different platforms is completed, and the target equipment in different platforms is monitored according to the acquired monitoring data.
Further, the control instruction forms a static call instruction, a first API interface and a first API component in a foundation layer in the platform are obtained, a system version corresponding to the first API interface and the first API component are detected, the first API interface and the first API component are compressed, a collection unit of a version corresponding to a target device corresponding to the first API interface and the first API component is released, whether the collection unit is matched with the target device corresponding to the first API interface and the first API component is respectively determined, if the collection unit is matched with the target device corresponding to the first API interface and the first API component, corresponding collection operation is matched, and collection of monitoring data of the target device corresponding to the first API interface and the first API component is completed.
Further, the control instructions form a dynamic call instruction and a static call instruction,
the dynamic call instruction acquires the control authority of the association platform to acquire a second API interface and a component in a basic layer in the association platform, detects a system version corresponding to the second API interface and the component, compresses the second API interface and the component, releases an acquisition unit of a version corresponding to target equipment corresponding to the second API interface and the component, respectively judges whether the acquisition unit is matched with the target equipment corresponding to the second API interface and the component, and matches corresponding acquisition operation if the acquisition unit is matched with the target equipment corresponding to the second API interface and the component to finish acquisition of monitoring data of the target equipment corresponding to the second API interface and the component;
the static calling instruction obtains a first API interface and a component in a basic layer in the platform, detects a system version corresponding to the first API interface and the component, compresses the first API interface and the component, releases a collecting unit corresponding to a target device version corresponding to the first API interface and the component, respectively judges whether the collecting unit is matched with the target device corresponding to the first API interface and the component, and if the collecting unit is matched with the target device version corresponding to the first API interface and the component, matches corresponding collecting operation to complete collection of monitoring data of the target device corresponding to the first API interface and the component.
Further, the acquiring unit completes acquisition of monitoring data of the target device corresponding to the first API interface and the component, and includes:
if the acquisition unit is matched with the target equipment corresponding to the first API and the component, system version identification and server verification are carried out on the target equipment, after the server verification is passed, the server end returns to a corresponding acquisition mode, at the moment, the server end is changed from a hard coding mode to a dynamic coding mode, the type of the target equipment corresponding to the first API and the component is judged, an acquisition function code unit in the acquisition unit is acquired, the compressed first API and the compressed component are called, monitoring data acquisition is carried out, and the monitoring data are transmitted back to the server end.
Further, the acquiring unit completes acquisition of monitoring data of the target device corresponding to the second API interface and the component, and includes:
and if the acquisition unit is matched with the target equipment corresponding to the second API and the component, performing system version identification and server verification on the target equipment, returning a corresponding acquisition mode after the server verification is passed, changing a hard coding mode of the server end into a dynamic coding mode at the moment, judging the type of the target equipment corresponding to the second API and the component, acquiring an acquisition function code unit in the acquisition unit, calling the compressed second API and the compressed component, acquiring monitoring data, and transmitting the monitoring data back to the server end.
The invention also provides an operation and maintenance monitoring system, which comprises:
the input equipment is connected with the human-computer interaction module of the monitoring platform and used for inputting an operation and maintenance monitoring request by a user;
the API identification module responds to the operation and maintenance monitoring request and creates an API identification instruction according to the operation and maintenance monitoring request, and the API identification instruction is used for acquiring a first API interface and a first API component of a basic layer in the same platform;
the control module responds to the operation and maintenance monitoring request and creates a dynamic call instruction and a static call instruction according to the operation and maintenance monitoring request, wherein the dynamic call instruction is used for acquiring the control authority of the associated platform so as to acquire a second API interface and a component in a basic layer in the associated platform, detect a system version corresponding to the second API interface and the component and compress the second API interface and the component;
the static calling instruction is used for acquiring a first API (application programming interface) and a component of a basic layer in the same platform, detecting a system version corresponding to the first API and the component and compressing the first API and the component;
the acquisition module is internally provided with a plurality of acquisition units, each acquisition unit is matched with the first API interface and the target equipment corresponding to the component or the second API interface and the target equipment corresponding to the component of the corresponding system version,
the identification module is used for identifying the target equipment corresponding to the first API interface and the component of the matched version with the acquisition unit, or identifying the second API interface and the component of the matched version with the acquisition unit,
the Server checking module is used for checking the marked acquisition unit matched with the target equipment corresponding to the first API and the component, or checking the marked acquisition unit matched with the target equipment corresponding to the second API and the component;
the acquisition unit is used for judging the types of the target equipment corresponding to the first API and the component, acquiring an acquisition function code unit in the acquisition unit, calling the compressed first API and the compressed component, acquiring monitoring data and transmitting the monitoring data back to the server end; or, the device is used for judging the type of the target device corresponding to the second API interface and the component, acquiring the acquisition function code unit in the acquisition unit, calling the compressed second API interface and the component, acquiring the monitoring data, and returning the monitoring data to the server.
And the storage module is used for storing the compressed first API interface and the compressed component or storing the compressed second API interface and the compressed component.
The invention has the beneficial effects that:
the invention can supervise each software hardware device of the platform foundation layer in real time, can early warn faults, and reduce the quality reduction of operation and maintenance service caused by equipment faults to the maximum extent.
Meanwhile, the invention can monitor each software hardware device of other platforms related to the monitoring platform in real time, and can realize cross-platform monitoring.
Drawings
FIG. 1 is a flow chart of a method of the present invention;
FIG. 2 is a system framework schematic of the present invention;
fig. 3 is a schematic diagram of a framework for a monitoring platform system according to an embodiment of the present invention.
Detailed Description
The present invention will be described in detail below with reference to examples and the accompanying drawings.
With reference to figures 1 and 3 of the drawings,
embodiment 1, the present invention provides an operation and maintenance monitoring method, including the following steps: receiving an operation and maintenance monitoring request input by a user, responding to the operation and maintenance monitoring request, creating an API (application program interface) identification instruction and a control instruction according to the operation and maintenance monitoring request, wherein the API identification instruction is used for acquiring a first API (application program interface) and a component in the same platform, meanwhile, the API identification instruction carries out approval operation on monitoring resources and equipment of a monitoring layer, screening whether a second API and a component in other platforms are associated with the first API and the component, if not, the control instruction compresses the first API and the component and releases a corresponding acquisition unit to complete monitoring data acquisition operation of target equipment in the same platform, and monitoring the target equipment in the same platform according to acquired monitoring data.
The control instruction forms a static calling instruction, a first API interface and a first API component in a basic layer in the platform are obtained, a system version corresponding to the first API interface and the first API component is detected, the first API interface and the first API component are compressed, a collection unit of a corresponding version of target equipment corresponding to the first API interface and the first API component is released, whether the collection unit is matched with the target equipment corresponding to the first API interface and the first API component or not is judged respectively, corresponding collection operation is matched if the collection unit is matched with the target equipment corresponding to the first API interface and the first API component, and collection of monitoring data of the target equipment corresponding to the first API interface and the first API component is completed.
The acquisition unit completes acquisition of monitoring data of the target device corresponding to the first API and the component, and the acquisition unit comprises the following steps: if the acquisition unit is matched with the target equipment corresponding to the first API and the component, system version identification and server verification are carried out on the target equipment, after the server verification is passed, the server end returns to a corresponding acquisition mode, at the moment, the server end is changed from a hard coding mode to a dynamic coding mode, the type of the target equipment corresponding to the first API and the component is judged, an acquisition function code unit in the acquisition unit is acquired, the compressed first API and the compressed component are called, monitoring data acquisition is carried out, and the monitoring data are transmitted back to the server end.
The method and the system can supervise each software hardware device of the same platform foundation layer in real time, can early warn faults, and reduce the quality reduction of operation and maintenance service caused by equipment faults to the maximum extent.
Example 2: the invention provides an operation and maintenance monitoring method, which comprises the following steps: receiving an operation and maintenance monitoring request input by a user, responding to the operation and maintenance monitoring request, creating an API identification instruction and a control instruction according to the operation and maintenance monitoring request, wherein the API identification instruction is used for acquiring a first API interface and a component in the same platform, meanwhile, the API identification instruction carries out approval operation on monitoring resources and equipment of a monitoring layer, screening whether a second API interface and a component in other platforms are associated with the first API interface and the component, if so, the control instruction acquires the control authority of the associated platform, respectively compressing the first API interface and the component and the second API interface and the component according to corresponding channels and releasing corresponding acquisition units, completing the monitoring data acquisition operation of target equipment in different platforms, and monitoring the target equipment in different platforms according to acquired monitoring data.
The control instructions form a dynamic call instruction and a static call instruction,
the dynamic call instruction acquires the control authority of the association platform to acquire a second API interface and a component in a basic layer in the association platform, detects a system version corresponding to the second API interface and the component, compresses the second API interface and the component, releases an acquisition unit of a version corresponding to target equipment corresponding to the second API interface and the component, respectively judges whether the acquisition unit is matched with the target equipment corresponding to the second API interface and the component, and matches corresponding acquisition operation if the acquisition unit is matched with the target equipment corresponding to the second API interface and the component to finish acquisition of monitoring data of the target equipment corresponding to the second API interface and the component;
the static calling instruction obtains a first API interface and a component in a basic layer in the platform, detects a system version corresponding to the first API interface and the component, compresses the first API interface and the component, releases a collecting unit corresponding to a target device version corresponding to the first API interface and the component, respectively judges whether the collecting unit is matched with the target device corresponding to the first API interface and the component, and if the collecting unit is matched with the target device version corresponding to the first API interface and the component, matches corresponding collecting operation to complete collection of monitoring data of the target device corresponding to the first API interface and the component.
The acquisition unit completes acquisition of monitoring data of the target device corresponding to the first API and the component, and the acquisition unit comprises the following steps:
if the acquisition unit is matched with the target equipment corresponding to the first API and the component, system version identification and server verification are carried out on the target equipment, after the server verification is passed, the server end returns to a corresponding acquisition mode, at the moment, the server end is changed from a hard coding mode to a dynamic coding mode, the type of the target equipment corresponding to the first API and the component is judged, an acquisition function code unit in the acquisition unit is acquired, the compressed first API and the compressed component are called, monitoring data acquisition is carried out, and the monitoring data are transmitted back to the server end.
The acquisition unit completes acquisition of monitoring data of the target device corresponding to the second API and the component, and the acquisition unit comprises the following steps:
and if the acquisition unit is matched with the target equipment corresponding to the second API and the component, performing system version identification and server verification on the target equipment, returning a corresponding acquisition mode after the server verification is passed, changing a hard coding mode of the server end into a dynamic coding mode at the moment, judging the type of the target equipment corresponding to the second API and the component, acquiring an acquisition function code unit in the acquisition unit, calling the compressed second API and the compressed component, acquiring monitoring data, and transmitting the monitoring data back to the server end.
The invention can monitor each software hardware device of other platforms related to the monitoring platform in real time, and can realize cross-platform monitoring.
Embodiment 3, the present invention further provides an operation and maintenance monitoring system, including:
the input equipment is connected with the human-computer interaction module of the monitoring platform and used for inputting an operation and maintenance monitoring request by a user;
the API identification module responds to the operation and maintenance monitoring request and creates an API identification instruction according to the operation and maintenance monitoring request, and the API identification instruction is used for acquiring a first API interface and a first API component of a basic layer in the same platform;
the control module responds to the operation and maintenance monitoring request and creates a dynamic call instruction and a static call instruction according to the operation and maintenance monitoring request, wherein the dynamic call instruction is used for acquiring the control authority of the associated platform so as to acquire a second API interface and a component in a basic layer in the associated platform, detect a system version corresponding to the second API interface and the component and compress the second API interface and the component;
the static calling instruction is used for acquiring a first API (application programming interface) and a component of a basic layer in the same platform, detecting a system version corresponding to the first API and the component and compressing the first API and the component;
the acquisition module is internally provided with a plurality of acquisition units, each acquisition unit is matched with the first API interface and the target equipment corresponding to the component or the second API interface and the target equipment corresponding to the component of the corresponding system version,
the identification module is used for identifying the target equipment corresponding to the first API interface and the component of the matched version with the acquisition unit, or identifying the second API interface and the component of the matched version with the acquisition unit,
the Server checking module is used for checking the marked acquisition unit matched with the target equipment corresponding to the first API and the component, or checking the marked acquisition unit matched with the target equipment corresponding to the second API and the component;
the acquisition unit is used for judging the types of the target equipment corresponding to the first API and the component, acquiring an acquisition function code unit in the acquisition unit, calling the compressed first API and the compressed component, acquiring monitoring data and transmitting the monitoring data back to the server end; or, the device is used for judging the type of the target device corresponding to the second API interface and the component, acquiring the acquisition function code unit in the acquisition unit, calling the compressed second API interface and the component, acquiring the monitoring data, and returning the monitoring data to the server.
And the storage module is used for storing the compressed first API interface and the compressed component or storing the compressed second API interface and the compressed component.
Example 4, example 4 is a description of the present invention in conjunction with the same system platform.
Referring to fig. 3, a framework schematic of the system platform is depicted in fig. 3, including a base layer, a monitoring layer, a platform layer, and an interaction layer.
In this embodiment, various software and hardware devices of the base layer are monitored.
Inputting an operation and maintenance monitoring request input by a user through a man-machine interaction module, displaying the operation and maintenance monitoring request on a man-machine interaction interface, responding to the operation and maintenance monitoring request, creating an API identification instruction and a control instruction according to the operation and maintenance monitoring request, the API recognition instruction is used to retrieve a first API interface and components (APIs for various operating systems and chips) within the same platform, meanwhile, the API recognition instruction performs an approval operation on monitoring resources and devices (the monitoring hardware resources include hardware resources and data communication devices, refer to fig. 3 specifically) of the monitoring layer, screens whether second API interfaces and components in other platforms are associated with the first API interfaces and components, and if not, the control instruction compresses the first API interfaces and components and releases corresponding acquisition units to complete the monitoring data acquisition operation of target devices in the same platform, and monitors the target devices in the same platform according to the acquired monitoring data.
In the invention, the operation and maintenance monitoring system is deployed on a special operation and maintenance server and is used for processing, maintaining and displaying the dynamic index data returned by the operation and maintenance equipment, software pushing and configuration of the operation and maintenance function. The method mainly comprises the steps of monitoring dynamic index data, displaying network topology functions, monitoring asset data, performing statistical analysis on report data, managing alarm functions, setting alarm strategies, performing log management functions, configuring system parameters, configuring system management functions, allocating authority to set system users, and displaying related data according to the authority when the system users log in the system. And supporting hierarchical deployment integrated display.
The client software is deployed on a special server or a special desktop to perform daily data acquisition and supervision operations, and the client software deployed on the user desktop also has a unique software pushing function so that a client can download and use software application adapted to the current operating system; the system has the functions of operation and maintenance consultation and on-line consultation and question bank inquiry.
Supervision of state index data: the intelligent large screen can comprehensively display the running states of all asset information through a network, count the online quantity, count the asset quantity according to categories and the alarm state information, and more intuitively display the asset quantity of each city unit through butting map resources.
Topology management: the topology management module can uniformly display all monitored software and hardware equipment, including special equipment and general equipment, and can visually prompt in real time on topology when monitored nodes are abnormal.
Asset management: the asset management module realizes the operations of adding, modifying, deleting, retrieving, importing and exporting the monitoring nodes, and the monitoring nodes comprise a special server, a special desktop, a special workstation, general software and hardware (a general server, general network equipment, general safety equipment) and the like. The add operation is a registration function for asset information: the specific asset information comprises asset types, departments, responsible persons, longitude and latitude, host computer S/N, IP addresses, MAC addresses, hard disk serial numbers, security levels, operating systems, external hardware equipment names and external hardware equipment numbers; the modification operation completes the modification function of the asset information: the specific modification information includes: asset type, department, responsible person, longitude and latitude, host computer S/N, IP address, MAC address, hard disk serial number, security level, operating system, external hardware equipment name and external hardware equipment number; when the deletion operation is performed, the deletion operation is performed on the asset devices (invalid data) in the current asset list, and the deletion operation can be completed by clicking the deletion button in the operation list. The retrieval operation is to perform an input condition query function on the current asset list, and perform retrieval operation on input types, responsible persons, departments, hosts s/n, IP addresses, mac addresses and hard disk s/n conditions;
monitoring and managing: the monitoring management module monitors the running states of various monitoring nodes in real time, and comprises a special server, a special desktop, a special workstation, a general server, general network equipment, general safety equipment, a general database, general middleware and the like.
And (3) report management: statistical analysis information of asset data, performance data and alarm data is provided, and export reports are supported.
And (3) alarm management: the method supports the warning of the offline state, the CPU utilization rate exceeding a threshold value, the memory utilization rate exceeding a threshold value and the like, supports the starting and stopping operations of a warning strategy, and supports the configuration of a warning threshold value. The method supports alarming according to the alarm threshold values of various equipment indexes, and the alarm information can be fed back in real time and the alarm event can be handled. The method supports the retrieval of the alarm according to the dimensions of keywords, time intervals, handling states and the like.
Log management: displaying operation logs of managers at all levels of the platform; the log information is searched according to the dimensions of operation time, IP addresses, log contents, log types and the like. And the log export operation is supported.
And (3) system management: the system configuration work of the whole platform can configure and manage various kinds of information such as service, personnel roles, personnel account numbers, authorities, organizations and the like.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (7)
1. The operation and maintenance monitoring method is characterized by comprising the following steps: receiving an operation and maintenance monitoring request input by a user, responding to the operation and maintenance monitoring request, creating an API (application program interface) identification instruction and a control instruction according to the operation and maintenance monitoring request, wherein the API identification instruction is used for acquiring a first API (application program interface) and a component in the same platform, meanwhile, the API identification instruction carries out approval operation on monitoring resources and equipment of a monitoring layer, screening whether a second API and a component in other platforms are associated with the first API and the component or not, if the second API and the component are not associated with the first API and the component, the control instruction compresses the first API and the component and releases a corresponding acquisition unit to complete monitoring data acquisition operation of target equipment in the same platform, and monitoring the target equipment in the same platform according to the acquired monitoring data; if the correlation exists, the control instruction acquires the control authority of the correlation platform, the first API interface and the component, the second API interface and the component are respectively compressed according to the corresponding channels, the corresponding acquisition units are released, the monitoring data acquisition operation of target equipment in different platforms is completed, and the target equipment in different platforms is monitored according to the acquired monitoring data.
2. The operation and maintenance monitoring method according to claim 1, wherein the control instruction forms a static call instruction, acquires a first API interface and a component in a base layer in the platform, detects a system version corresponding to the first API interface and the component, compresses the first API interface and the component, releases an acquisition unit corresponding to a version of a target device corresponding to the first API interface and the component, respectively determines whether the acquisition unit is matched with the target device corresponding to the first API interface and the component, and matches a corresponding acquisition operation if the acquisition unit is matched with the target device corresponding to the first API interface and the component, thereby completing acquisition of monitoring data of the target device corresponding to the first API interface and the component.
3. The operation and maintenance monitoring method according to claim 1, wherein the control instruction forms a dynamic call instruction and a static call instruction,
the dynamic call instruction acquires the control authority of the association platform to acquire a second API interface and a component in a basic layer in the association platform, detects a system version corresponding to the second API interface and the component, compresses the second API interface and the component, releases an acquisition unit of a version corresponding to target equipment corresponding to the second API interface and the component, respectively judges whether the acquisition unit is matched with the target equipment corresponding to the second API interface and the component, and matches corresponding acquisition operation if the acquisition unit is matched with the target equipment corresponding to the second API interface and the component to finish acquisition of monitoring data of the target equipment corresponding to the second API interface and the component;
the static calling instruction obtains a first API interface and a component in a basic layer in the platform, detects a system version corresponding to the first API interface and the component, compresses the first API interface and the component, releases a collecting unit corresponding to a target device version corresponding to the first API interface and the component, respectively judges whether the collecting unit is matched with the target device corresponding to the first API interface and the component, and if the collecting unit is matched with the target device version corresponding to the first API interface and the component, matches corresponding collecting operation to complete collection of monitoring data of the target device corresponding to the first API interface and the component.
4. The operation and maintenance monitoring method according to claim 2 or 3, wherein the acquiring unit completes acquisition of the monitoring data of the target device corresponding to the first API and the component includes:
if the acquisition unit is matched with the target equipment corresponding to the first API and the component, system version identification and server verification are carried out on the target equipment, after the server verification is passed, the server end returns to a corresponding acquisition mode, at the moment, the server end is changed from a hard coding mode to a dynamic coding mode, the type of the target equipment corresponding to the first API and the component is judged, an acquisition function code unit in the acquisition unit is acquired, the compressed first API and the compressed component are called, monitoring data acquisition is carried out, and the monitoring data are transmitted back to the server end.
5. The operation and maintenance monitoring method according to claim 2 or 3, wherein the acquisition unit completing acquisition of the monitoring data of the target device corresponding to the second API and the component comprises:
and if the acquisition unit is matched with the target equipment corresponding to the second API and the component, performing system version identification and server verification on the target equipment, returning a corresponding acquisition mode after the server verification is passed, changing a hard coding mode of the server end into a dynamic coding mode at the moment, judging the type of the target equipment corresponding to the second API and the component, acquiring an acquisition function code unit in the acquisition unit, calling the compressed second API and the compressed component, acquiring monitoring data, and transmitting the monitoring data back to the server end.
6. An operation and maintenance monitoring system, comprising:
the input equipment is connected with the human-computer interaction module of the monitoring platform and used for inputting an operation and maintenance monitoring request by a user;
the API identification module responds to the operation and maintenance monitoring request and creates an API identification instruction according to the operation and maintenance monitoring request, and the API identification instruction is used for acquiring a first API interface and a first API component of a basic layer in the same platform;
the control module responds to the operation and maintenance monitoring request and creates a dynamic call instruction and a static call instruction according to the operation and maintenance monitoring request, wherein the dynamic call instruction is used for acquiring the control authority of the associated platform so as to acquire a second API interface and a component in a basic layer in the associated platform, detect a system version corresponding to the second API interface and the component and compress the second API interface and the component;
the static calling instruction is used for acquiring a first API (application programming interface) and a component of a basic layer in the same platform, detecting a system version corresponding to the first API and the component and compressing the first API and the component;
the acquisition module is internally provided with a plurality of acquisition units, each acquisition unit is matched with the first API interface and the target equipment corresponding to the component or the second API interface and the target equipment corresponding to the component of the corresponding system version,
the identification module is used for identifying the target equipment corresponding to the first API interface and the component of the matched version with the acquisition unit, or identifying the second API interface and the component of the matched version with the acquisition unit,
the Server checking module is used for checking the marked acquisition unit matched with the target equipment corresponding to the first API and the component, or checking the marked acquisition unit matched with the target equipment corresponding to the second API and the component;
the acquisition unit is used for judging the types of the target equipment corresponding to the first API and the component, acquiring an acquisition function code unit in the acquisition unit, calling the compressed first API and the compressed component, acquiring monitoring data and transmitting the monitoring data back to the server end; or, the device is used for judging the type of the target device corresponding to the second API interface and the component, acquiring the acquisition function code unit in the acquisition unit, calling the compressed second API interface and the component, acquiring the monitoring data, and returning the monitoring data to the server.
7. The operation and maintenance monitoring system according to claim 6, further comprising a storage module, wherein the storage module is configured to store the compressed first API interface and component, or is configured to store the compressed second API interface and component.
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Denomination of invention: Operation and maintenance monitoring methods and systems Granted publication date: 20220826 Pledgee: Qilu Bank Co.,Ltd. Jinan Science and Technology Innovation Financial Center Branch Pledgor: Shandong Yaze Information Technology Co.,Ltd. Registration number: Y2024980011476 |