Multidimensional monitoring service system and method for intercommunication sharing cloud platform

Abstract

The invention provides an intercommunication sharing cloud platform multi-dimensional monitoring operation and maintenance service system and method. Software deployment, basic data establishment and business application intercommunication sharing cloud deployment are carried out in a loose coupling mode through a business application intercommunication sharing cloud platform layer, and a business application intercommunication sharing cloud platform is created; the combinational logic data read-write cache layer is constructed according to a combinational logic interface transmission protocol, and data read-write cache acceleration is carried out; the hierarchical distributed storage layer is constructed, and the service access frequency and the storage resource pool capacity balance are intelligently adjusted according to the service application type scale; and the platform resource multi-dimensional monitoring operation and maintenance layer is constructed, software and hardware multi-dimensional monitoring is carried out on physical resources and virtual resources of the business application intercommunication sharing cloud platform, and visual environment multi-dimensional monitoring operation and maintenance service is carried out.

Description

Technical Field

[0001] The present invention relates to the field of communication monitoring data network cloud operation and maintenance technology, and more specifically, to an intercommunication and shared cloud platform multi-dimensional monitoring operation and maintenance service system and method. Background Art

[0002] At present, with the large-scale data transmission and the deployment of complex business applications, there are still many problems to be solved, such as how to deploy business application interoperable and shared software and build basic data, how to combine logical data transmission protocols to accelerate data reading and writing cache, how to build diversified storage to adapt to the scale of business application types and the balance between business access frequency and storage capacity, and how to conduct more comprehensive monitoring of various data software and hardware resources to adapt to complex environment operation and maintenance services. Therefore, it is necessary to propose a multi-dimensional monitoring and operation and maintenance service system and method for an interoperable and shared cloud platform to at least partially solve the problems existing in the prior art. Summary of the invention

[0003] A series of simplified concepts are introduced in the content of the invention, which will be further described in detail in the specific implementation method section; the content of the invention of the present invention does not mean to attempt to limit the key features and essential technical features of the technical solution claimed for protection, nor does it mean to attempt to determine the scope of protection of the technical solution claimed for protection.

[0004] In order to at least partially solve the above problems, the present invention provides an intercommunication and sharing cloud platform multi-dimensional monitoring and operation and maintenance service system, including:

[0005] The business application intercommunication and sharing cloud platform layer uses a loosely coupled model to deploy software, build basic data, and deploy business application intercommunication and sharing cloud to create a business application intercommunication and sharing cloud platform;

[0006] Combinatorial logic data read and write cache layer, which is built according to the combinatorial logic interface transmission protocol to accelerate data read and write cache;

[0007] Hierarchical distributed storage layer: build a hierarchical distributed storage layer to intelligently adjust the business access frequency and storage resource pool capacity balance according to the business application type and scale;

[0008] The platform resource multi-dimensional monitoring operation and maintenance layer is built to conduct multi-dimensional monitoring of the software and hardware of the physical and virtual resources of the business application interoperable shared cloud platform, and provide multi-dimensional monitoring and operation and maintenance services for the visualized environment.

[0009] Preferably, the business application intercommunication and sharing cloud platform layer includes:

[0010] Loosely coupled deployment basic data architecture module, through the loose coupling mode to deploy software and build basic data, to obtain the loose coupling deployment basic data architecture;

[0011] The application interoperability and sharing deployment module deploys the loosely coupled deployment basic data architecture into a business application interoperability and sharing cloud deployment to create a business application interoperability and sharing cloud platform;

[0012] Business application interoperability and sharing cloud platform, through the business application interoperability and sharing cloud platform, large-scale business application interoperability and sharing are carried out.

[0013] Preferably, the combined logical data read and write cache layer includes:

[0014] A combined logic transmission interface module combines a non-volatile host control interface transmission protocol and a serial connection transmission interface protocol into a logic interface transmission protocol;

[0015] The data read and write cache acceleration module builds a combinational logic data read and write cache layer according to the combinational logic interface transmission protocol to accelerate the data read and write cache; and analyzes the data read and write performance of the cache layer.

[0016] Preferably, the hierarchical distributed storage layer includes:

[0017] Hybrid deployment of hierarchical storage modules, through which hierarchical storage is deployed to build a hierarchical distributed storage layer;

[0018] The access frequency capacity balancing module intelligently adjusts the business access frequency and storage resource pool capacity balance according to the business application type and scale.

[0019] Preferably, the platform resources monitor the operation and maintenance layer in multiple dimensions, including:

[0020] The multi-dimensional monitoring module for software and hardware resources builds a multi-dimensional monitoring and operation layer for platform resources through multi-dimensional monitoring of software and hardware resources;

[0021] The resource monitoring, operation and maintenance alarm diagnosis module monitors the operation and maintenance layer in multiple dimensions through platform resources, performs multi-dimensional monitoring of the physical and virtual resources of the business application interoperable and shared cloud platform, and performs log fault alarms and operation fault diagnosis;

[0022] The visual environment operation and maintenance service module provides a visual environment for fault event services, visual log fault alarms and operation fault diagnosis, and provides multi-dimensional monitoring and operation services for the business application interoperability and shared cloud platform.

[0023] The present invention provides a multi-dimensional monitoring and operation and maintenance service method for an intercommunication and sharing cloud platform, comprising:

[0024] S100, through the loose coupling mode, software deployment, basic data construction and business application intercommunication and sharing cloud deployment, to create a business application intercommunication and sharing cloud platform;

[0025] S200, constructing a combined logic data read and write cache layer according to the combined logic interface transmission protocol to accelerate data read and write cache;

[0026] S300 builds a hierarchical distributed storage layer to intelligently adjust the business access frequency and storage resource pool capacity balance according to the business application type and scale;

[0027] S400 builds a multi-dimensional monitoring and operation layer for platform resources, performs multi-dimensional monitoring of the software and hardware of the physical and virtual resources of the business application interoperable and shared cloud platform, and provides multi-dimensional monitoring and operation services for the visualized environment.

[0028] Preferably, S100 includes:

[0029] S101, deploy software and build basic data through loose coupling mode to obtain the basic data architecture of loose coupling deployment;

[0030] S102, deploying the loosely coupled deployment basic data architecture to a business application intercommunication and sharing cloud, and creating a business application intercommunication and sharing cloud platform;

[0031] S103, through the business application intercommunication and sharing cloud platform, large-scale business application intercommunication and sharing are carried out.

[0032] Preferably, S200 includes:

[0033] S201, combining a non-volatile host control interface transmission protocol and a serial connection transmission interface protocol into a logic interface transmission protocol;

[0034] S202, constructing a combinational logic data read and write cache layer according to the combinational logic interface transmission protocol to perform data read and write cache acceleration; and analyzing the cache layer data read and write performance.

[0035] Preferably, S300 includes:

[0036] S301, constructing a hierarchical distributed storage layer by hybrid deployment of hierarchical storage;

[0037] S302, intelligently adjust the service access frequency and storage resource pool capacity balance according to the type and scale of business applications.

[0038] Preferably, S400 includes:

[0039] S401, build a multi-dimensional monitoring and operation layer for platform resources through multi-dimensional monitoring of software and hardware resources;

[0040] S402, through the multi-dimensional monitoring operation and maintenance layer of platform resources, the physical resources and virtual resources of the business application interoperable shared cloud platform are monitored in multiple dimensions of software and hardware, and log fault alarms and operation fault diagnosis are performed;

[0041] S403, through the fault event service visualization environment, visualized log fault alarms and operation fault diagnosis, to provide multi-dimensional monitoring and operation services for the business application interoperability and shared cloud platform.

[0042] Compared with the prior art, the present invention has at least the following beneficial effects:

[0043] The present invention discloses a multi-dimensional monitoring service system and method for an intercommunication and sharing cloud platform. The system adopts a business application intercommunication and sharing cloud platform layer, performs software deployment and basic data construction and business application intercommunication and sharing cloud deployment in a loosely coupled mode, and creates a business application intercommunication and sharing cloud platform; a combined logic data read and write cache layer is constructed according to a combined logic interface transmission protocol to accelerate data read and write cache; a hierarchical distributed storage layer is constructed to intelligently adjust the business access frequency and storage resource pool capacity balance according to the business application type and scale; a platform resource multi-dimensional monitoring and operation and maintenance layer is constructed to perform software and hardware multi-dimensional monitoring of the physical resources and virtual resources of the business application intercommunication and sharing cloud platform, and perform visual environment multi-dimensional monitoring and operation and maintenance services; software is performed in a loosely coupled mode Deployment and basic data construction and business application intercommunication and sharing cloud deployment, create a business application intercommunication and sharing cloud platform, which can significantly improve the flexibility of business application deployment; build a combined logic data read and write cache layer according to the combined logic interface transmission protocol, accelerate data read and write cache, and greatly improve data read and write speed and stability; build a hierarchical distributed storage layer to greatly improve storage efficiency and security; intelligently adjust business access frequency and storage resource pool capacity balance according to business application type and scale to avoid resource waste and significantly improve storage resource utilization; build a platform resource multi-dimensional monitoring and operation layer, conduct multi-dimensional software and hardware monitoring of the physical resources and virtual resources of the business application intercommunication and sharing cloud platform, and conduct multi-dimensional monitoring and operation services in a visualized environment, which greatly improves the stability of physical and virtual resource monitoring security operation and maintenance services and data resource utilization efficiency.

[0044] The present invention describes an interoperable and shared cloud platform multi-dimensional monitoring service system and method. Other advantages, objectives and features of the present invention will be partially reflected through the following description, and will also be partially understood by technical personnel in the field through research and practice of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0045] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0046] Figure 1 This is a diagram of an embodiment of an interoperable and shared cloud platform multi-dimensional monitoring service system described in the present invention.

[0047] Figure 2 This is another embodiment diagram of the interoperable and shared cloud platform multi-dimensional monitoring service system described in the present invention.

[0048] Figure 3 This is another embodiment diagram of the interoperable and shared cloud platform multi-dimensional monitoring service system and method described in the present invention. DETAILED DESCRIPTION

[0049] The present invention is further described in detail below in conjunction with the accompanying drawings and embodiments, so that those skilled in the art can implement it according to the instructions; as shown in the figure, the present invention provides an intercommunication and sharing cloud platform multi-dimensional monitoring and operation and maintenance service system, including:

[0050] The business application intercommunication and sharing cloud platform layer uses a loosely coupled model to deploy software, build basic data, and deploy business application intercommunication and sharing cloud to create a business application intercommunication and sharing cloud platform;

[0051] Combinatorial logic data read and write cache layer, which is built according to the combinatorial logic interface transmission protocol to accelerate data read and write cache;

[0052] Hierarchical distributed storage layer: build a hierarchical distributed storage layer to intelligently adjust the business access frequency and storage resource pool capacity balance according to the business application type and scale;

[0053] The platform resource multi-dimensional monitoring operation and maintenance layer is built to conduct multi-dimensional monitoring of the software and hardware of the physical and virtual resources of the business application interoperable shared cloud platform, and provide multi-dimensional monitoring and operation and maintenance services for the visualized environment.

[0054] The principle and effect of the above technical solution are as follows: the present invention provides a multi-dimensional monitoring and operation and maintenance service system for an intercommunication and shared cloud platform, including: a business application intercommunication and shared cloud platform layer, which uses a loosely coupled mode to perform software deployment and basic data construction and business application intercommunication and shared cloud deployment to create a business application intercommunication and shared cloud platform; a combined logic data read and write cache layer, which constructs a combined logic data read and write cache layer according to a combined logic interface transmission protocol to accelerate data read and write cache; a hierarchical distributed storage layer, which constructs a hierarchical distributed storage layer, and intelligently adjusts the business access frequency and storage resource pool capacity balance according to the business application type and scale; a platform resource multi-dimensional monitoring and operation and maintenance layer, which constructs a platform resource multi-dimensional monitoring and operation and maintenance layer, performs multi-dimensional monitoring of the software and hardware of the physical resources and virtual resources of the business application intercommunication and shared cloud platform, and performs multi-dimensional monitoring and operation and maintenance services for a visualized environment; through a loose The coupling mode is used to deploy software, build basic data, and deploy business application intercommunication and sharing cloud, and create a business application intercommunication and sharing cloud platform, which can significantly improve the flexibility of business application deployment; build a combined logic data read and write cache layer according to the combined logic interface transmission protocol to accelerate data read and write cache, greatly improving data read and write speed and stability; build a hierarchical distributed storage layer to significantly improve storage efficiency and security; intelligently adjust business access frequency and storage resource pool capacity balance according to the type and scale of business applications to avoid resource waste and significantly improve storage resource utilization; build a platform resource multi-dimensional monitoring and operation layer, conduct multi-dimensional software and hardware monitoring of the physical resources and virtual resources of the business application intercommunication and sharing cloud platform, and perform multi-dimensional monitoring and operation services in a visualized environment, which greatly improves the stability of physical and virtual resource monitoring security operation and maintenance services and data resource utilization efficiency.

[0055] In one embodiment, the business applications communicate with each other and share the cloud platform layer, including:

[0056] Loosely coupled deployment basic data architecture module, through the loose coupling mode to deploy software and build basic data, to obtain the loose coupling deployment basic data architecture;

[0057] The application interoperability and sharing deployment module deploys the loosely coupled deployment basic data architecture into a business application interoperability and sharing cloud deployment to create a business application interoperability and sharing cloud platform;

[0058] Business application interoperability and sharing cloud platform, through the business application interoperability and sharing cloud platform, large-scale business application interoperability and sharing are carried out.

[0059] The principle and effect of the above technical solution are as follows: the business application intercommunication and sharing cloud platform layer includes: a loosely coupled deployment basic data architecture module, which uses a loosely coupled mode to deploy software and build basic data to obtain a loosely coupled deployment basic data architecture; an application intercommunication and sharing deployment module, which uses a loosely coupled deployment basic data architecture to perform business application intercommunication and sharing cloud deployment, and creates a business application intercommunication and sharing cloud platform; a business application intercommunication and sharing cloud platform, which uses a business application intercommunication and sharing cloud platform to perform large-scale business application intercommunication and sharing; software deployment and basic data construction are performed in a loosely coupled mode to obtain a loosely coupled deployment basic data architecture including: through a loosely coupled mode, on the shared cloud platform basic equipment, a basic data intercommunication proxy node is deployed on the shared cloud platform layer; the shared cloud platform basic equipment serves as an intercommunication proxy node for the basic data sending end data center, and the shared cloud platform basic equipment shares each series of sending ports to listen to and transmit data sending requests between the basic equipment of the basic data sending end data center; setting the basic data sending end intercommunication instruction software The software deployment is to uniformly point the basic data sending-end intercommunication instructions to the sending proxy node, and the destination IP address is encapsulated in a data packet and sent; the sending-end intercommunication proxy node listens to the sending-end intercommunication request, and dynamically opens the port to establish intercommunication shared transmission; the loosely coupled deployment basic data architecture is used for business application intercommunication shared cloud deployment, and the creation of a business application intercommunication shared cloud platform includes: the shared cloud platform basic equipment deployment receiving-end data center as the receiving-end intercommunication proxy node, opens multiple receiving ports to listen and receive data sending requests from the basic data sending-end data center intercommunication proxy; the basic data receiving-end intercommunication instruction software deployment is set, the basic data receiving-end intercommunication instructions are uniformly pointed to the receiving proxy node, and the receiving target IP address is encapsulated in a data packet and sent; the loosely coupled deployment basic data architecture is used for business application intercommunication shared cloud deployment; the implementation code of the receiving-end intercommunication instruction is modified so that the receiving-end intercommunication instruction can direct the data flow to the shared cloud platform basic equipment of the original IP address specified by the instruction; and a business application intercommunication shared cloud platform is created.

[0060] In one embodiment, a combined logical data read and write cache layer includes:

[0061] A combined logic transmission interface module combines a non-volatile host control interface transmission protocol and a serial connection transmission interface protocol into a logic interface transmission protocol;

[0062] The data read and write cache acceleration module builds a combinational logic data read and write cache layer according to the combinational logic interface transmission protocol to accelerate the data read and write cache; and analyzes the data read and write performance of the cache layer.

[0063] The principle and effect of the above technical solution are: a combined logic data read and write cache layer, including: a combined logic transmission interface module, which combines the non-volatile host control interface transmission protocol and the serial connection transmission interface protocol into a logic interface transmission protocol; a data read and write cache acceleration module, which constructs a combined logic data read and write cache layer according to the combined logic interface transmission protocol to accelerate data read and write cache; and analyzes the data read and write performance of the cache layer.

[0064] In one embodiment, a hierarchical distributed storage layer includes:

[0065] Hybrid deployment of hierarchical storage modules, through which hierarchical storage is deployed to build a hierarchical distributed storage layer;

[0066] The access frequency capacity balancing module intelligently adjusts the business access frequency and storage resource pool capacity balance according to the business application type and scale.

[0067] The principles and effects of the above technical solution are: hierarchical distributed storage layer, including: hybrid deployment of hierarchical storage module, building a hierarchical distributed storage layer through hybrid deployment of hierarchical storage; access frequency capacity balancing module, intelligently adjusting business access frequency and storage resource pool capacity balance according to the type and scale of business applications.

[0068] In one embodiment, the platform resources monitor the operation and maintenance layer in multiple dimensions, including:

[0069] The multi-dimensional monitoring module for software and hardware resources builds a multi-dimensional monitoring and operation layer for platform resources through multi-dimensional monitoring of software and hardware resources;

[0070] The resource monitoring, operation and maintenance alarm diagnosis module monitors the operation and maintenance layer in multiple dimensions through platform resources, performs multi-dimensional monitoring of the physical and virtual resources of the business application interoperable and shared cloud platform, and performs log fault alarms and operation fault diagnosis;

[0071] The visual environment operation and maintenance service module provides a visual environment for fault event services, visual log fault alarms and operation fault diagnosis, and provides multi-dimensional monitoring and operation services for the business application interoperability and shared cloud platform.

[0072] The principle and effect of the above technical solution are as follows: the platform resource multi-dimensional monitoring operation and maintenance layer includes: the software and hardware resource multi-dimensional monitoring module, which builds the platform resource multi-dimensional monitoring operation and maintenance layer through the software and hardware resource multi-dimensional monitoring; the resource monitoring operation and maintenance alarm diagnosis module, which monitors the physical and virtual resources of the business application intercommunication and sharing cloud platform in software and hardware multi-dimensional manner through the platform resource multi-dimensional monitoring operation and maintenance layer, and performs log fault alarm and operation fault diagnosis; the visual environment operation and maintenance service module, which performs multi-dimensional monitoring and operation and maintenance services for the business application intercommunication and sharing cloud platform through the fault event service visualization environment, visual log fault alarm and operation fault diagnosis; through the platform resource multi-dimensional monitoring operation and maintenance layer, the physical and virtual resources of the business application intercommunication and sharing cloud platform are monitored in software and hardware multi-dimensionally, and log fault alarm and operation fault diagnosis include: according to the software and hardware resource monitoring dimension, call the business application intercommunication and sharing cloud platform, and apply for the large-scale business application and cloud computing resources of the business application intercommunication and sharing cloud platform; according to the large-scale business application and cloud computing resource processing monitoring strategy, build the physical resource monitoring dimension of the corresponding physical resources and the corresponding virtual resource monitoring dimension of the corresponding physical resources. The virtual resource monitoring dimension of the source; the physical resource monitoring dimension corresponds to the physical resource operation and maintenance level; the virtual resource monitoring dimension corresponds to the virtual resource operation architecture level; the physical resource monitoring dimension of the corresponding physical resource and the virtual resource monitoring dimension of the corresponding virtual resource are collected respectively, and the storage access interaction time of the information storage path and the information access frequency is estimated according to the corresponding hierarchical distributed storage layer; the business access frequency and storage resource pool capacity balance optimization are optimized with the virtual resources according to the storage access interaction time estimation; according to the business access frequency and storage resource pool capacity balance optimization, the business access frequency and storage resource pool capacity balance optimization time and resource utilization of physical resources and virtual resources are continuously optimized, and precise time configuration and precise dimension layered software and hardware multi-dimensional monitoring are performed; real-time tracking and alarming of log fault information in software and hardware multi-dimensional monitoring are performed; and the fault impact dimension analysis of the log fault information is performed, and the operation fault impact dimension is analyzed and diagnosed according to the fault impact dimension analysis; the business access frequency and storage resource pool capacity balance time and resource utilization are significantly optimized, and the time configuration and software and hardware level monitoring accuracy are significantly improved.

[0073] The present invention provides a multi-dimensional monitoring and operation and maintenance service method for an intercommunication and sharing cloud platform, comprising:

[0074] S100, through the loose coupling mode, software deployment, basic data construction and business application intercommunication and sharing cloud deployment, to create a business application intercommunication and sharing cloud platform;

[0075] S200, constructing a combined logic data read and write cache layer according to the combined logic interface transmission protocol to accelerate data read and write cache;

[0076] S300 builds a hierarchical distributed storage layer to intelligently adjust the business access frequency and storage resource pool capacity balance according to the business application type and scale;

[0077] S400 builds a multi-dimensional monitoring and operation layer for platform resources, performs multi-dimensional monitoring of the software and hardware of the physical and virtual resources of the business application interoperable and shared cloud platform, and provides multi-dimensional monitoring and operation services for the visualized environment.

[0078] The principle and effect of the above technical solution are as follows: the present invention provides a method for multi-dimensional monitoring and operation and maintenance services of an intercommunication and shared cloud platform, including: software deployment and basic data construction and business application intercommunication and shared cloud deployment are carried out in a loosely coupled mode to create a business application intercommunication and shared cloud platform; a combined logic data read and write cache layer is constructed according to the combined logic interface transmission protocol to accelerate data read and write cache; a hierarchical distributed storage layer is constructed to intelligently adjust the business access frequency and storage resource pool capacity balance according to the business application type and scale; a platform resource multi-dimensional monitoring and operation and maintenance layer is constructed to perform multi-dimensional monitoring of the physical resources and virtual resources of the business application intercommunication and shared cloud platform in software and hardware, and to perform multi-dimensional monitoring and operation and maintenance services for a visualized environment; software deployment and basic data construction and business application intercommunication and shared cloud platform are carried out in a loosely coupled mode to perform multi-dimensional monitoring and operation and maintenance services for ... Through shared cloud deployment, a business application intercommunication and shared cloud platform is created, which can significantly improve the flexibility of business application deployment; a combined logic data read and write cache layer is built according to the combined logic interface transmission protocol to accelerate data read and write cache, greatly improving data read and write speed and stability; a hierarchical distributed storage layer is built to significantly improve storage efficiency and security; according to the type and scale of business applications, the business access frequency and storage resource pool capacity balance are intelligently adjusted to avoid resource waste and significantly improve storage resource utilization; a platform resource multi-dimensional monitoring and operation layer is built to conduct multi-dimensional software and hardware monitoring of the physical and virtual resources of the business application intercommunication and shared cloud platform, and to provide multi-dimensional monitoring and operation services for a visualized environment, which significantly improves the stability of physical and virtual resource monitoring security operation and maintenance services and the efficiency of data resource utilization.

[0079] In one embodiment, S100 includes:

[0080] S101, deploy software and build basic data through loose coupling mode to obtain the basic data architecture of loose coupling deployment;

[0081] S102, deploying the loosely coupled deployment basic data architecture to a business application intercommunication and sharing cloud, and creating a business application intercommunication and sharing cloud platform;

[0082] S103, through the business application intercommunication and sharing cloud platform, large-scale business application intercommunication and sharing are carried out.

[0083] The principle and effect of the above technical solution are as follows: software deployment and basic data construction are carried out through loose coupling mode to obtain the basic data architecture of loose coupling deployment; the basic data architecture of loose coupling deployment is deployed in the business application intercommunication and sharing cloud to create a business application intercommunication and sharing cloud platform; large-scale business application intercommunication and sharing are carried out through the business application intercommunication and sharing cloud platform; software deployment and basic data construction are carried out through loose coupling mode to obtain the basic data architecture of loose coupling deployment, including: through the loose coupling mode, on the shared cloud platform basic equipment, on the shared cloud platform layer, basic data intercommunication proxy nodes are deployed; the shared cloud platform basic equipment serves as the intercommunication proxy node of the basic data sending end data center, and the shared cloud platform basic equipment shares each series of sending ports to listen to and transmit the data sending requests between the basic equipment of the basic data sending end data center; the basic data sending end intercommunication instruction software deployment is set, and the basic data sending end intercommunication instruction is uniformly directed to the sending proxy node, The destination IP address is encapsulated in a data packet and sent; the sending-end intercommunication proxy node listens to the sending-end intercommunication request and dynamically opens the port to establish intercommunication shared transmission; the loosely coupled deployment basic data architecture is deployed for business application intercommunication shared cloud deployment, and the creation of a business application intercommunication shared cloud platform includes: the shared cloud platform basic equipment deploys the receiving-end data center as a receiving-end intercommunication proxy node, opens multiple receiving ports to listen and receive data sending requests from the basic data sending-end data center intercommunication proxy; sets up the basic data receiving-end intercommunication instruction software deployment, uniformly points the basic data receiving-end intercommunication instructions to the receiving proxy node, and encapsulates the receiving target IP address in a data packet and sends it; the loosely coupled deployment basic data architecture is deployed for business application intercommunication shared cloud deployment; modifies the implementation code of the receiving-end intercommunication instruction so that the receiving-end intercommunication instruction can direct the data flow to the shared cloud platform basic equipment of the original IP address specified by the instruction; and creates a business application intercommunication shared cloud platform.

[0084] In one embodiment, S200 includes:

[0085] S201, combining a non-volatile host control interface transmission protocol and a serial connection transmission interface protocol into a logic interface transmission protocol;

[0086] S202, constructing a combinational logic data read and write cache layer according to the combinational logic interface transmission protocol to perform data read and write cache acceleration; and analyzing the cache layer data read and write performance.

[0087] The principle and effect of the above technical solution are: combining the non-volatile host control interface transmission protocol and the serial connection transmission interface protocol into a logic interface transmission protocol; constructing a combinational logic data read and write cache layer according to the combinational logic interface transmission protocol to accelerate data read and write cache; analyzing the cache layer data read and write performance.

[0088] In one embodiment, S300 includes:

[0089] S301, constructing a hierarchical distributed storage layer by hybrid deployment of hierarchical storage;

[0090] S302, intelligently adjust the service access frequency and storage resource pool capacity balance according to the type and scale of business applications.

[0091] The principle and effect of the above technical solution are: building a hierarchical distributed storage layer through hybrid deployment of hierarchical storage; intelligently adjusting the business access frequency and storage resource pool capacity balance according to the business application type and scale.

[0092] In one embodiment, S400 includes:

[0093] S401, build a multi-dimensional monitoring and operation layer for platform resources through multi-dimensional monitoring of software and hardware resources;

[0094] S402, through the multi-dimensional monitoring operation and maintenance layer of platform resources, the physical resources and virtual resources of the business application interoperable shared cloud platform are monitored in multiple dimensions of software and hardware, and log fault alarms and operation fault diagnosis are performed;

[0095] S403, through the fault event service visualization environment, visualized log fault alarms and operation fault diagnosis, to provide multi-dimensional monitoring and operation services for the business application interoperability and shared cloud platform.

[0096] The principle and effect of the above technical solution are as follows: through multi-dimensional monitoring of software and hardware resources, a multi-dimensional monitoring and operation and maintenance layer of platform resources is constructed; through the multi-dimensional monitoring and operation and maintenance layer of platform resources, the physical resources and virtual resources of the business application intercommunication and sharing cloud platform are monitored in software and hardware in a multi-dimensional manner, and log fault alarms and operation fault diagnosis are performed; through the fault event service visualization environment, visualized log fault alarms and operation fault diagnosis, multi-dimensional monitoring and operation and maintenance services of the business application intercommunication and sharing cloud platform are performed; through the multi-dimensional monitoring and operation and maintenance layer of platform resources, the physical resources and virtual resources of the business application intercommunication and sharing cloud platform are monitored in software and hardware in a multi-dimensional manner, and log fault alarms and operation fault diagnosis are performed, including: according to the software and hardware resource monitoring dimensions, the business application intercommunication and sharing cloud platform is called to apply for large-scale business applications and cloud computing resources of the business application intercommunication and sharing cloud platform; according to the large-scale business application and cloud computing resource processing monitoring strategy, the physical resource monitoring dimension corresponding to the physical resources and the virtual resource monitoring dimension corresponding to the virtual resources are constructed; the physical resource monitoring dimension corresponds to the physical resource operation Maintenance level; the virtual resource monitoring dimension corresponds to the virtual resource operation architecture level; the physical resource monitoring dimension of the corresponding physical resources and the virtual resource monitoring dimension of the corresponding virtual resources are respectively collected for each dimension monitoring information, and the storage access interaction time of the information storage path and the information access frequency is estimated according to the corresponding hierarchical distributed storage layer; the business access frequency and storage resource pool capacity balance optimization are optimized with the virtual resources according to the storage access interaction time estimation; according to the business access frequency and storage resource pool capacity balance optimization, the business access frequency and storage resource pool capacity balance optimization time and resource utilization of physical resources and virtual resources are continuously optimized, and precise time configuration and precise dimension layered software and hardware multi-dimensional monitoring are performed; real-time tracking and alarming of log fault information in software and hardware multi-dimensional monitoring are performed; and the fault impact dimension analysis of the log fault information is performed, and the operation fault impact dimension is diagnosed according to the fault impact dimension analysis; the business access frequency and storage resource pool capacity balance time and resource utilization are significantly optimized, and the accuracy of time configuration and software and hardware level monitoring is significantly improved.

[0097] Although the embodiments of the present invention have been disclosed as above, they are not limited to the applications listed in the specification and the implementation methods. They can be fully applied to various fields suitable for the present invention. For those familiar with the art, additional modifications can be easily implemented. Therefore, without departing from the general concept defined by the claims and the scope of equivalents, the present invention is not limited to the specific details and the illustrations shown and described herein.

Claims

1. A multi-dimensional monitoring and operation and maintenance service system for an interoperable and shared cloud platform, characterized in that: include: The business application intercommunication and sharing cloud platform layer uses a loosely coupled model to deploy software, build basic data, and deploy business application intercommunication and sharing cloud to create a business application intercommunication and sharing cloud platform; Combinatorial logic data read and write cache layer, which is built according to the combinatorial logic interface transmission protocol to accelerate data read and write cache; Hierarchical distributed storage layer: build a hierarchical distributed storage layer to intelligently adjust the business access frequency and storage resource pool capacity balance according to the business application type and scale; The platform resource multi-dimensional monitoring operation and maintenance layer is built to conduct multi-dimensional monitoring of the software and hardware of the physical and virtual resources of the business application interoperable shared cloud platform, and provide multi-dimensional monitoring and operation and maintenance services for the visualized environment.

2. The multi-dimensional monitoring and operation and maintenance service system of an intercommunication and sharing cloud platform according to claim 1 is characterized in that: Business applications communicate and share the cloud platform layer, including: Loosely coupled deployment basic data architecture module, through the loose coupling mode to deploy software and build basic data, to obtain the loose coupling deployment basic data architecture; The application interoperability and sharing deployment module deploys the loosely coupled deployment basic data architecture into a business application interoperability and sharing cloud deployment to create a business application interoperability and sharing cloud platform; Business application interoperability and sharing cloud platform, through the business application interoperability and sharing cloud platform, large-scale business application interoperability and sharing are carried out.

3. The multi-dimensional monitoring and operation and maintenance service system of an intercommunication and sharing cloud platform according to claim 1 is characterized in that: Combinatorial logic data read and write cache layer, including: A combined logic transmission interface module combines a non-volatile host control interface transmission protocol and a serial connection transmission interface protocol into a logic interface transmission protocol; The data read and write cache acceleration module builds a combinational logic data read and write cache layer according to the combinational logic interface transmission protocol to accelerate the data read and write cache; and analyzes the data read and write performance of the cache layer.

4. The multi-dimensional monitoring and operation and maintenance service system of an intercommunication and sharing cloud platform according to claim 1 is characterized in that: Hierarchical distributed storage layer, including: Hybrid deployment of hierarchical storage modules, through which hierarchical storage is deployed to build a hierarchical distributed storage layer; The access frequency capacity balancing module intelligently adjusts the business access frequency and storage resource pool capacity balance according to the business application type and scale.

5. The multi-dimensional monitoring and operation and maintenance service system for an intercommunication and sharing cloud platform according to claim 1 is characterized in that: The platform resources multi-dimensional monitoring operation and maintenance layer includes: The multi-dimensional monitoring module for software and hardware resources builds a multi-dimensional monitoring and operation layer for platform resources through multi-dimensional monitoring of software and hardware resources; The resource monitoring, operation and maintenance alarm diagnosis module monitors the operation and maintenance layer in multiple dimensions through platform resources, performs multi-dimensional monitoring of the physical and virtual resources of the business application interoperable and shared cloud platform, and performs log fault alarms and operation fault diagnosis; The visual environment operation and maintenance service module provides a visual environment for fault event services, visual log fault alarms and operation fault diagnosis, and provides multi-dimensional monitoring and operation services for the business application interoperability and shared cloud platform.

6. A multi-dimensional monitoring and operation and maintenance service method for an interoperable and shared cloud platform, characterized in that: include: S100, through the loose coupling mode, software deployment, basic data construction and business application intercommunication and sharing cloud deployment, to create a business application intercommunication and sharing cloud platform; S200, constructing a combined logic data read and write cache layer according to the combined logic interface transmission protocol to accelerate data read and write cache; S300 builds a hierarchical distributed storage layer to intelligently adjust the business access frequency and storage resource pool capacity balance according to the business application type and scale; S400 builds a multi-dimensional monitoring and operation layer for platform resources, performs multi-dimensional monitoring of the software and hardware of the physical and virtual resources of the business application interoperable and shared cloud platform, and provides multi-dimensional monitoring and operation services for the visualized environment.

7. The method for providing multi-dimensional monitoring and operation and maintenance services for an intercommunication and sharing cloud platform according to claim 6, characterized in that: S100 includes: S101, deploy software and build basic data through loose coupling mode to obtain the basic data architecture of loose coupling deployment; S102, deploying the loosely coupled deployment basic data architecture to a business application intercommunication and sharing cloud, and creating a business application intercommunication and sharing cloud platform; S103, through the business application intercommunication and sharing cloud platform, large-scale business application intercommunication and sharing are carried out.

8. The method for providing multi-dimensional monitoring and operation and maintenance services for an intercommunication and sharing cloud platform according to claim 6, characterized in that: S200 includes: S201, combining a non-volatile host control interface transmission protocol and a serial connection transmission interface protocol into a logic interface transmission protocol; S202, constructing a combinational logic data read and write cache layer according to the combinational logic interface transmission protocol to perform data read and write cache acceleration; and analyzing the cache layer data read and write performance.

9. The method for multi-dimensional monitoring and operation and maintenance service of an intercommunication and sharing cloud platform according to claim 6, characterized in that: S300 includes: S301, constructing a hierarchical distributed storage layer by hybrid deployment of hierarchical storage; S302, intelligently adjust the service access frequency and storage resource pool capacity balance according to the type and scale of business applications.

10. The method for multi-dimensional monitoring and operation and maintenance service of an intercommunication and sharing cloud platform according to claim 6, characterized in that: S400 includes: S401, build a multi-dimensional monitoring and operation layer for platform resources through multi-dimensional monitoring of software and hardware resources; S402, through the multi-dimensional monitoring operation and maintenance layer of platform resources, the physical resources and virtual resources of the business application interoperable shared cloud platform are monitored in multiple dimensions of software and hardware, and log fault alarms and operation fault diagnosis are performed; S403, through the fault event service visualization environment, visualized log fault alarms and operation fault diagnosis, to provide multi-dimensional monitoring and operation services for the business application interoperability and shared cloud platform.

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