CN111966381A - Light business terminal health detection system and method - Google Patents
Light business terminal health detection system and method Download PDFInfo
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- CN111966381A CN111966381A CN202010857359.6A CN202010857359A CN111966381A CN 111966381 A CN111966381 A CN 111966381A CN 202010857359 A CN202010857359 A CN 202010857359A CN 111966381 A CN111966381 A CN 111966381A
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Abstract
The invention provides a light-weight business terminal health detection system which comprises a central server and a business terminal, wherein the central server is sequentially provided with a detection service module, a detection storage module, a business middleware, a detection display module and a connection agent module, the business terminal is sequentially provided with a detection execution module and a detection agent module, and the detection execution module is configured to be connected with the detection display agent. The invention realizes the light business terminal health detection technology by utilizing the detection service module, the detection storage module, the business middleware, the detection display module, the connection agent module and the detection execution module and the detection display agent on the business terminal on the central server, simplifies the function development and implementation of the detection requirement of the business terminal, and greatly reduces the labor cost and the time cost.
Description
Technical Field
The invention belongs to the technical field of information, and particularly relates to a light business terminal health detection system and method.
Background
The service terminal, which is a PC equipped with a Windows operating system, is generally used in many places such as counters in tax hall, bank counters, airport/station ticket counter, and office counters in government hall.
In order to handle the business requirements, the terminals are equipped with various peripherals, such as a printer, a scanner, a high-speed scanner, a POS machine, a bar code scanning gun, a USB hub and the like, and the working efficiency of the business terminal is affected if the driving of the various peripherals is normal and the physical connection is normal. Different counter terminals can handle different businesses, different detection display module plug-ins or controls are required to be installed in different businesses, and the working efficiency can be influenced if the working states of the plug-ins or controls are stable.
In order to ensure the continuous healthy and stable operation of these service terminals, various terminal detection products, such as 360-degree security guards, are often installed. In order to adapt to different detection requirements and statistical analysis requirements, the functions of such products are frequently changed, and naturally, frequent upgrade of software versions is also involved, so as to ensure the effectiveness of new functions. In the upgrade process, generally, the upgrade of the server side is performed first, and then the upgrade of the client side is performed, and with the increase of the number of terminals, the manpower required for use is increased, and the cost is greatly increased.
Currently, for a scenario of service terminal health detection, a server is generally deployed in a central machine room, a client (including a program of a detection interface and a detection instruction) is installed on a service terminal requiring health detection, when the client needs version upgrade, a detailed upgrade scheme or plan needs to be made because the detection interface and the detection instruction need to be completely upgraded, and the upgrade range is generally upgraded and observed in small batches, and then gradually expanded after the client is operated for a period of time and is stable. The process involves a central server and operation and maintenance personnel of service terminals in various regions, and the work implementation rhythm of each party needs to be coordinated. Time cost, labor cost are high, and risks are large. The concrete expression is as follows:
because the implementation process involves the central server and various service terminals in different areas, the manpower of each party needs to be invested, a comprehensive and stable implementation plan is made, a large amount of time needs to be spent for discussion and review, and the time cost and the labor cost are high.
2) Poor timeliness
The requirements of health detection of the service terminal are often variable, the requirement timeliness is high, a gradual upgrading mode is adopted in the implementation stage in order to guarantee continuous and stable propulsion, the mode inevitably consumes much time, and a client cannot use the function of the new version in time.
3) Self-service terminal unconditional interface display
Some terminals do not have the condition for displaying the detection interface, such as an ATM terminal, a gate of a subway/railway, an electric power monitoring terminal, and the like, and the terminals cannot actively trigger the real-time detection and result check of the terminals because the terminals do not have the condition for displaying the detection interface.
Disclosure of Invention
In view of this, the present invention is directed to provide a lightweight service terminal health detection system, which completes a fast online of a new terminal detection function without updating a detection client on a service terminal.
In order to achieve the purpose, the technical scheme of the invention is realized as follows:
a light business terminal health detection system comprises a central server and a business terminal, wherein a detection service module, a detection storage module, a business middleware, a detection display module and a connection agent module are sequentially arranged on the central server, a detection execution module and a detection agent module are sequentially arranged on the business terminal, and the configuration detection execution module is connected with the detection display agent.
Further, the detection execution module periodically performs detection according to the detection time interval of the pulled detection item, caches the detection result, and pushes the detection result in the cache to the detection service module; and the detection service module compares the reasonable threshold interval of each detection item, and generates an event record item to be stored in the detection storage module when the received detection result is not in the reasonable threshold interval.
Furthermore, the detection display module is used for displaying the detection interface, and simultaneously distributing the user request to the service middleware according to the user operation, the service middleware queries the detection storage module according to the request, finds the detection instruction corresponding to the request and sends the detection instruction to the detection service module, the detection service module sends the detection instruction to the detection execution module, and the detection execution module executes the instruction and returns the result to the detection display module along the path.
Further, the detection and presentation agent presents the detection and presentation module at the service terminal side through a connection agent module on the central server.
Further, the connection agent module is configured to receive a request or a detection command sent by a detection presentation agent at the service terminal side, and return a result to the detection presentation agent for result presentation.
Furthermore, the service middleware runs on the central server, receives a request of the detection display module or the connection agent module, finds out a corresponding service instruction from the detection storage module according to the service logic, and forwards the service instruction to the detection service module for processing.
Further, the detection storage module is used for storing detection commands corresponding to different service logics and detection results collected by the detection execution module.
Further, the detection service module is used for receiving the detection result acquired by the detection execution module and delivering the detection result to the detection storage module for recording and storing; and meanwhile, the instruction request forwarded by the service middleware can be issued to a detection execution module on the service terminal for execution.
A light business terminal health detection method specifically comprises
(1) Opening a detection display agent on the service terminal, enabling the detection display agent to display the detection display module on the service terminal through a connection agent module, and triggering a detection request to the connection agent module on the central server through an interface;
(3) the connection agent module receives the request and forwards the request to the service middleware;
(3) the service middleware acquires corresponding instructions from the detection storage module according to different functions and sends the instructions to a service terminal sending the detection request through the detection service module;
(4) after receiving the instruction, the service terminal executes and returns a result to the detection service module;
(5) the detection service module returns the data to the service middleware;
(6) the service middleware returns the data to the connection agent module;
(7) the connection broker module returns the data to the detection presentation broker for corresponding presentation.
Further, the method also comprises a service terminal detection software upgrading method, specifically comprising
(1) Updating a service middleware program at the central server;
(2) updating the detection instruction stored in the detection storage module at the central server;
(3) updating a detection display module at the central server;
(4) each service terminal does not need to be modified, the detection display module is opened, and the interface of the latest detection display module is displayed by connecting the agent module;
(5) and on the interface of the detection display agent, health detection can be carried out on the current terminal according to functional operation.
Compared with the prior art, the light business terminal health detection system has the following advantages:
the invention realizes the light business terminal health detection technology by utilizing the detection service module, the detection storage module, the business middleware, the detection display module, the connection agent module and the detection execution module and the detection display agent on the business terminal on the central server, simplifies the function development and implementation of the detection requirement of the business terminal, and greatly reduces the labor cost and the time cost.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate an embodiment of the invention and, together with the description, serve to explain the invention and not to limit the invention. In the drawings:
fig. 1 is a schematic diagram of a lightweight service terminal health detection system according to an embodiment of the present invention.
Detailed Description
It should be noted that the embodiments and features of the embodiments may be combined with each other without conflict.
In the description of the present invention, it is to be understood that the terms "center", "longitudinal", "lateral", "up", "down", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", and the like, indicate orientations or positional relationships based on those shown in the drawings, and are used only for convenience in describing the present invention and for simplicity in description, and do not indicate or imply that the referenced devices or elements must have a particular orientation, be constructed and operated in a particular orientation, and thus, are not to be construed as limiting the present invention. Furthermore, the terms "first", "second", etc. are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first," "second," etc. may explicitly or implicitly include one or more of that feature. In the description of the present invention, "a plurality" means two or more unless otherwise specified.
In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, e.g., as meaning either a fixed connection, a removable connection, or an integral connection; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present invention can be understood by those of ordinary skill in the art through specific situations.
The present invention will be described in detail below with reference to the embodiments with reference to the attached drawings.
As shown in fig. 1, the present invention provides a lightweight service terminal health detection system, which specifically includes a detection execution module, that is, a service program on a service terminal, which runs under the authority of a system user, where the authority can satisfy the functional requirements of health detection of the service terminal, and also has the authority to quickly repair detected abnormalities. This module periodically pulls all the test items from the test service module (the pulling interval is up to 120 seconds by default, each test item includes, the content of the test, the command of the test, the time interval of the test, etc., and the test intervals of different test items may be different). The detection execution module periodically detects according to the detection time interval of the pulled detection item, supports caching the detection result, and pushes the detection result in the cache to the detection service module according to two mechanisms. One is based on the cache size, the default is 100 bytes, that is, when the cache exceeds 100 bytes, the detection result is directly pushed; the other method is that the default is 5 seconds based on the cache duration, namely, when the cache duration of the detection result is greater than 5 seconds, the pushing of the detection result is directly triggered. And the detection service module compares the reasonable threshold interval of each detection item, and generates an event record item to be stored in the detection storage module when the received detection result is not in the reasonable threshold interval.
The detection display module is used for displaying the detection interface, simultaneously distributing the user request to the service middleware according to the user operation, the service middleware inquires the detection storage module according to the request, finds the detection instruction corresponding to the request and sends the detection instruction to the detection service module, the detection service module sends the detection instruction to the detection execution module, and the detection execution module executes the instruction and returns the result to the detection display module along the path.
And the detection display agent displays the detection display module on the service terminal side through the connection agent module on the central server. When a user operates in the detection and display agent, a detection request of the user can be sent to the service middleware through the connection agent module, the service middleware queries the detection storage module according to the request, finds a detection instruction corresponding to the request and sends the detection instruction to the detection service module, the detection service module sends the detection instruction to the detection execution module, and the detection execution module executes the instruction and returns a result to the detection and display agent along a path.
And the connection agent module is used for receiving a request or a detection command sent by the detection display agent at the service terminal side and returning a result to the detection display agent for result display.
And the service middleware runs on the central server, receives the request of the detection display module or the connection agent module, finds out a corresponding service instruction from the detection storage module according to the service logic and forwards the service instruction to the detection service module for processing.
And the detection storage module is used for storing detection commands corresponding to different business logics, detection results collected by the detection execution module and the like.
The detection service module, namely a resident process running on the central server, is used for receiving the detection result acquired by the detection execution module and sending the detection result to the detection storage module for recording and storing. And meanwhile, the instruction request forwarded by the service middleware can be issued to a detection execution module on the service terminal for execution.
When the system works, the first installation process of the service terminal detection software is as follows:
1) a detection service module, a detection storage module, a service middleware, a detection display module and a connection agent module are sequentially installed on the central server;
2) a detection execution module and a detection agent module are sequentially installed on a business terminal needing health detection, and the detection execution module is configured to be connected with a detection service module;
3) opening a detection display module, and performing health detection on the current terminal according to functional operation on an opened interface;
during working, the processing flow of the service terminal health detection is as follows:
(1) and opening a detection display agent on the service terminal. The detection display agent displays the detection display module on the service terminal by connecting the agent module. Triggering a detection request to a connection agent module on the central server through an interface;
(2) the connection agent module receives the request and forwards the request to the service middleware;
(3) the service middleware acquires corresponding instructions from the detection storage module according to different functions and sends the instructions to a service terminal sending the detection request through the detection service module;
(4) after receiving the instruction, the service terminal executes and returns a result to the detection service module;
(5) the detection service module returns the data to the service middleware;
(6) the service middleware returns the data to the connection agent module;
(7) the connection agent module returns the data to the detection and display agent for corresponding display;
when the system works, the service terminal detects the software upgrading process as follows:
1) updating a service middleware program at the central server;
2) updating the detection instruction stored in the detection storage module at the central server;
3) updating a detection display module at the central server;
4) and each service terminal does not need to be modified, the detection display module is opened, and the interface of the latest detection display module is displayed by connecting the agent module.
5) On the interface of the detection display agent, health detection can be carried out on the current terminal according to functional operation;
the invention only needs to update the central server, does not need to update the health detection software of the service terminal, does not relate to a large amount of physical equipment, and does not relate to operation and maintenance personnel at the service terminal side, so the implementation time cost and the labor cost can be greatly reduced. Even if the version is abnormal, the cost of version rollback operation is very low.
The invention has less links and manpower involved in upgrading implementation and easy on-line, can well meet the frequent change requirement of the client, and can quickly apply new functions and make feedback.
The invention can trigger detection and check result in real time in the service middleware of the central server
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (10)
1. A light business terminal health detection system is characterized in that: the system comprises a central server and a service terminal, wherein a detection service module, a detection storage module, a service middleware, a detection display module and a connection agent module are sequentially arranged on the central server, a detection execution module and a detection agent module are sequentially arranged on the service terminal, and the detection execution module is configured to be connected with the detection display agent.
2. A lightweight service terminal health detection system as recited in claim 1, wherein: the detection execution module periodically detects according to the detection time interval of the pulled detection item, caches the detection result and pushes the detection result in the cache to the detection service module; and the detection service module compares the reasonable threshold interval of each detection item, and generates an event record item to be stored in the detection storage module when the received detection result is not in the reasonable threshold interval.
3. A lightweight service terminal health detection system as recited in claim 1, wherein: the detection display module is used for displaying the detection interface, simultaneously distributing the user request to the service middleware according to the user operation, the service middleware inquires the detection storage module according to the request, finds the detection instruction corresponding to the request and sends the detection instruction to the detection service module, the detection service module sends the detection instruction to the detection execution module, and the detection execution module executes the instruction and returns the result to the detection display module along the path.
4. A lightweight service terminal health detection system as recited in claim 1, wherein: and the detection display agent displays the detection display module on the service terminal side through the connection agent module on the central server.
5. A lightweight service terminal health detection system as recited in claim 1, wherein: and the connection agent module is used for receiving a request or a detection command sent by the detection display agent at the service terminal side and returning a result to the detection display agent for result display.
6. A lightweight service terminal health detection system as recited in claim 1, wherein: the service middleware runs on the central server, receives a request of the detection display module or the connection agent module, finds out a corresponding service instruction from the detection storage module according to service logic and forwards the service instruction to the detection service module for processing.
7. A lightweight service terminal health detection system as recited in claim 1, wherein: and the detection storage module is used for storing detection commands corresponding to different business logics and detecting the detection results collected by the execution module.
8. A lightweight service terminal health detection system as recited in claim 1, wherein: the detection service module is used for receiving the detection result acquired by the detection execution module and delivering the detection result to the detection storage module for recording and storing; and meanwhile, the instruction request forwarded by the service middleware can be issued to a detection execution module on the service terminal for execution.
9. A light business terminal health detection method is characterized in that: specifically comprises
(1) Opening a detection display agent on the service terminal, enabling the detection display agent to display the detection display module on the service terminal through a connection agent module, and triggering a detection request to the connection agent module on the central server through an interface;
(2) the connection agent module receives the request and forwards the request to the service middleware;
(3) the service middleware acquires corresponding instructions from the detection storage module according to different functions and sends the instructions to a service terminal sending the detection request through the detection service module;
(4) after receiving the instruction, the service terminal executes and returns a result to the detection service module;
(5) the detection service module returns the data to the service middleware;
(6) the service middleware returns the data to the connection agent module;
(7) the connection broker module returns the data to the detection presentation broker for corresponding presentation.
10. A lightweight service terminal health detection method according to claim 9, characterized in that: the method also comprises a service terminal detection software upgrading method, and specifically comprises
(1) Updating a service middleware program at the central server;
(2) updating the detection instruction stored in the detection storage module at the central server;
(3) updating a detection display module at the central server;
(4) each service terminal does not need to be modified, the detection display module is opened, and the interface of the latest detection display module is displayed by connecting the agent module;
(5) and on the interface of the detection display agent, health detection can be carried out on the current terminal according to functional operation.
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