CN109327553A - A kind of operation management system and method towards IaaS cloud platform - Google Patents
A kind of operation management system and method towards IaaS cloud platform Download PDFInfo
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Abstract
The embodiment of the invention discloses a kind of operation management system and method towards IaaS cloud platform, the system comprises five physical layer, virtualization layer, podium level, operation management layer, presentation layer levels, the system is built into an opening by five levels and services IaaS cloud platform operation management system towards infrastructure, and the underlying hardware of enterprise data center and software are carried out unified resource management by virtualization software and cloud computing software.All kinds of service related contents of cloud service manager, cloud service consumer are carried out Data Integration by the embodiment of the present invention, improve utilization rate of equipment and installations, and by authentication and authentication access mode, realize the safety certification and access of IaaS cloud platform operation management system.
Description
Technical Field
The invention relates to a cloud computing technology, in particular to an operation management system and method for an IaaS cloud platform.
Background
The traditional enterprise IT infrastructure is composed of data center physical facilities which are independently built, such as small computers, PC servers, disk arrays, tape libraries, switches, routers and other equipment resources. Due to the numerous equipment resources, many enterprises are faced with the problems of complex data center management, repeated investment, unbalanced equipment utilization rate, high data center energy consumption overhead, poor security and the like.
Disclosure of Invention
In order to solve the above technical problems, embodiments of the present invention provide an operation management system and method for an Infrastructure as a Service (IaaS) cloud platform, which can integrate data of various Service-related contents of a cloud Service manager and a cloud Service consumer, improve a device utilization rate, and implement security authentication and access of an IaaS cloud platform operation management system through an identity authentication and authorized access manner.
In order to achieve the object of the present invention, in one aspect, an embodiment of the present invention provides an operation management system for an IaaS cloud platform, where the operation management system for an infrastructure as a service IaaS cloud platform includes:
the system comprises five layers, namely a physical layer, a virtualization layer, a platform layer, an operation management layer and a presentation layer, wherein the system constructs an open IaaS-oriented cloud platform operation management system through the five layers, and unified resource management is performed on basic hardware and software of an enterprise data center through virtualization software and cloud computing software.
Further, the system is configured to:
and virtualizing various physical hardware of the enterprise data center through the virtualization software to generate computing resources, storage resources, network resources and other resources, and classifying the resources into various resource pools for unified management.
Further, the system comprises:
the physical layer is used for providing computing resources, network resources and storage resources for the IaaS service;
the virtualization layer is used for centrally managing vSphere virtualization by utilizing a Server management software VMware vCenter Server, constructing a data center, and implementing and delivering a virtual infrastructure;
the platform layer is used for providing platform support for interaction between an IaaS cloud platform operation management system and service resources and performing secondary development on the cloud platform based on each component of an IT Automation tool VMware vReaize Automation;
the operation management layer is used for providing IaaS service, charging operation and management of service related content for external users;
the presentation layer is used as a system user unified access entry, so that the IaaS service user and a cloud platform administrator perform corresponding operations through a unified portal.
Furthermore, the system adopts a Model-View-Controller (MVC) layered software architecture to face the IaaS cloud platform operation management system; the software architecture comprises five layers, namely a database layer, a model layer, a platform interface layer, a service logic layer, a control layer and a view layer;
application integration, data sharing and data exchange among systems are carried out by adopting a service oriented architecture SOA technology and an extensible markup language XML technology standard;
adopting JavaEE platform technique and Internet Web technique to construct Internet-based network information system platform.
Further, the system is also configured to:
performing resource management, service formulation, service release, service application approval, charging management, resource recovery and other management; wherein,
the resource management comprises management of computing resources, storage resources, network resources, and virtual machines;
the service formulation comprises blueprint management, configuration reservation, service authorization and service directory management;
the service release comprises service starting and service monitoring;
the service application approval comprises a service application, an approval strategy and an application approval;
the charging management comprises service charging;
the resource reclamation includes service deletion;
the other management comprises user management, backup management and authority management.
On the other hand, an embodiment of the present invention further provides an operation management method for an IaaS cloud platform, including:
dividing an operation management system facing an infrastructure as a service (IaaS) cloud platform into five layers, namely a physical layer, a virtualization layer, a platform layer, an operation management layer and a presentation layer, and constructing the system into an open IaaS cloud platform-facing operation management system through the five layers;
and performing unified resource management on basic hardware and software of the enterprise data center through virtualization software and cloud computing software.
Further, the unified resource management of the basic hardware and software of the enterprise data center through the virtualization software and the cloud computing software comprises:
and virtualizing various physical hardware of the enterprise data center through the virtualization software to generate computing resources, storage resources, network resources and other resources, and classifying the resources into various resource pools for unified management.
Further, the method comprises:
the physical layer provides computing resources, network resources and storage resources for the IaaS service;
the virtualization layer centrally manages vSphere virtualization by utilizing a Server management software VMware vCenter Server, constructs a data center, and implements and delivers a virtual infrastructure;
the platform layer provides platform support for interaction between an IaaS cloud platform operation management system and service resources and performs secondary development on the cloud platform based on each component of an IT Automation tool VMware vReaize Automation;
the operation management layer provides IaaS service, charging operation and management of service related content for external users;
the presentation layer is a unified access entry of a system user, and both IaaS service users and cloud platform administrators perform corresponding operations through a unified portal.
Further, the method comprises:
an IaaS cloud platform operation management system is oriented by adopting a model-view-controller MVC layered software architecture;
the software architecture of the system comprises five layers, namely a database layer, a model layer, a platform interface layer, a service logic layer, a control layer and a view layer;
application integration, data sharing and data exchange among systems are carried out by adopting a service oriented architecture SOA technology and an extensible markup language XML technology standard;
adopting JavaEE platform technique and Internet Web technique to construct Internet-based network information system platform.
Further, the method comprises:
performing resource management, service formulation, service release, service application approval, charging management, resource recovery and other management; wherein,
the resource management comprises management of computing resources, storage resources, network resources, and virtual machines;
the service formulation comprises blueprint management, configuration reservation, service authorization and service directory management;
the service release comprises service starting and service monitoring;
the service application approval comprises a service application, an approval strategy and an application approval;
the charging management comprises service charging;
the resource reclamation includes service deletion;
the other management comprises user management, backup management and authority management.
According to the embodiment of the invention, the operation management system facing the infrastructure as a service (IaaS) cloud platform is divided into five layers, namely a physical layer, a virtualization layer, a platform layer, an operation management layer and a presentation layer, the system constructs an open IaaS cloud platform-facing operation management system through the five layers, unified resource management is carried out on basic hardware and software of an enterprise data center through virtualization software and cloud computing software, data integration can be carried out on various service-related contents of cloud service managers and cloud service consumers, the utilization rate of equipment is improved, and the safety certification and access of the IaaS cloud platform operation management system are realized through an identity certification and authorized access mode.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
Drawings
The accompanying drawings are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the example serve to explain the principles of the invention and not to limit the invention.
Fig. 1 is a structural diagram of an operation management system oriented to an IaaS cloud platform according to an embodiment of the present invention;
fig. 2 is a software architecture diagram of an operation management system for an IaaS cloud platform according to an embodiment of the present invention;
fig. 3 is a functional architecture diagram of an operation management system for an IaaS cloud platform according to an embodiment of the present invention;
fig. 4 is a flowchart of an operation management method for an IaaS cloud platform according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, embodiments of the present invention will be described in detail below with reference to the accompanying drawings. It should be noted that the embodiments and features of the embodiments in the present application may be arbitrarily combined with each other without conflict.
The steps illustrated in the flow charts of the figures may be performed in a computer system such as a set of computer-executable instructions. Also, while a logical order is shown in the flow diagrams, in some cases, the steps shown or described may be performed in an order different than here.
Fig. 1 is a structural diagram of an operation management system for an IaaS cloud platform according to an embodiment of the present invention, and as shown in fig. 1, the operation management system for an IaaS cloud platform for infrastructure as a service according to an embodiment of the present invention includes:
the system comprises five layers, namely a physical layer, a virtualization layer, a platform layer, an operation management layer and a presentation layer, wherein the system constructs an open IaaS-oriented cloud platform operation management system through the five layers, and unified resource management is performed on basic hardware and software of an enterprise data center through virtualization software and cloud computing software.
Specifically, the embodiment of the invention relates to an operation management system facing an IaaS cloud platform in the technical field of cloud platforms.
With the rapid development of virtualization technology and cloud computing technology, an effective way is provided for solving the problems of complex resources and low security of the cloud platform in the prior art.
The embodiment of the invention utilizes the prior art provided by VMware company to carry out unified resource management on the basic hardware and software of the enterprise data center through virtualization software and cloud computing software, and constructs an open infrastructure as a service (IaaS) oriented cloud platform operation management system. All system participants access the cloud platform operation management system in a Web mode, wherein an administrator processes various management works in the cloud platform operation management system, a consumer user applies for IaaS services such as a virtual machine to the system, an own operation platform or application is installed and deployed on an IaaS layer, and the consumer user pays the cost of the actual usage amount of the IaaS services.
Various physical hardware of the enterprise data center is virtualized through virtualization system software, abstracted into a plurality of computing resources, storage resources, network resources and other resources, and classified into various resource pools for unified management. On the basis, the data center is virtualized and abstracted by using a virtualization tool, so that enterprise infrastructure seen by a user is a virtual data center overall structure managed in a unified mode. On the basis of a virtualization framework, cloud computing basic services such as computing service, storage service, network service and the like are provided for upper-layer platforms and users conveniently. In addition, as an IaaS platform, cloud IaaS service management is also provided.
Therefore, the embodiment of the invention provides an operation management system facing an IaaS cloud platform.
Further, the system is configured to:
and virtualizing various physical hardware of the enterprise data center through the virtualization software to generate computing resources, storage resources, network resources and other resources, and classifying the resources into various resource pools for unified management.
Further, the system comprises:
the physical layer is used for providing computing resources, network resources and storage resources for the IaaS service;
the virtualization layer is used for centrally managing vSphere virtualization by utilizing a Server management software VMware vCenter Server, constructing a data center, and implementing and delivering a virtual infrastructure;
the platform layer is used for providing platform support for interaction between an IaaS cloud platform operation management system and service resources and performing secondary development on the cloud platform based on each component of an IT Automation tool VMware vReaize Automation;
the operation management layer is used for providing IaaS service, charging operation and management of service related content for external users;
the presentation layer is used as a system user unified access entry, so that the IaaS service user and a cloud platform administrator perform corresponding operations through a unified portal.
Specifically, the technical scheme of the embodiment of the invention is elaborated as follows:
the system provided by the embodiment of the invention mainly comprises a physical layer, a virtualization layer, a platform layer, an operation management layer and a presentation layer, wherein,
physical layer: the system mainly comprises some infrastructures, such as a server host, a disk array, a switch and the like, and provides computing resources, network resources and storage resources for the IaaS service.
A virtualization layer: computing resources, storage and networks are virtualized by using a virtualization tool vSphere of a VMware company, a server is integrated, availability is improved, performance is enhanced, and capacity is optimized. And (3) utilizing a Server management software VMwartecevCenter Server to centrally manage vSphere virtualization, constructing a data center, and implementing and delivering a virtual infrastructure.
Platform layer: each component based on the IT Automation tool VMware vReaize Automation comprises a component VMware Identity application, a component VMware vReaize Automation application and a cloud platform supported by a component vReaize Automation Infrastructure as a Service, and provides platform support for interaction between an IaaS-oriented cloud platform operation management system and Service resources, and the provided vReaize-Automation-62-rest-api interface is convenient for developers to carry out secondary development on the cloud platform.
An operation management layer: the method is mainly oriented to an IaaS cloud platform operation management system, and provides IaaS service, charging operation and management of service related content for external users.
A presentation layer: the presentation layer is that the system uses a user unified access entrance, and both IaaS service users and cloud platform administrators perform corresponding operations through a unified portal.
Furthermore, the system adopts a model-view-controller MVC layered software architecture to face an IaaS cloud platform operation management system; the software architecture comprises five layers, namely a database layer, a model layer, a platform interface layer, a service logic layer, a control layer and a view layer;
application integration, data sharing and data exchange among systems are carried out by adopting a service oriented architecture SOA technology and an extensible markup language XML technology standard;
adopting JavaEE platform technique and Internet Web technique to construct Internet-based network information system platform.
Further, the system is also configured to:
performing resource management, service formulation, service release, service application approval, charging management, resource recovery and other management; wherein,
the resource management comprises management of computing resources, storage resources, network resources, and virtual machines;
the service formulation comprises blueprint management, configuration reservation, service authorization and service directory management;
the service release comprises service starting and service monitoring;
the service application approval comprises a service application, an approval strategy and an application approval;
the charging management comprises service charging;
the resource reclamation includes service deletion;
the other management comprises user management, backup management and authority management.
Specifically, the specific implementation manner of the technology implementation of the embodiment of the present invention is as follows:
the embodiment of the invention adopts a model-view-controller MVC layered software architecture to face an extensible markup language system of an IaaS cloud platform operation management system.
And the application integration, data sharing and data exchange among systems are solved by adopting a service oriented architecture SOA technology and an XML technical standard. In the data exchange interface, the JavaEE architecture used by the platform system is used as an infrastructure, a specified interface is exposed to an external system to be used as an interface for data exchange, and Web Service is used as a communication protocol with the external system.
Adopting JavaEE platform technique and Web technique to construct Internet-based network information system platform. Data integration is carried out on various service related contents of a cloud service manager and a cloud service consumer, and safety authentication and access of an IaaS cloud platform operation management system are achieved through identity authentication and authorized access modes. The security of the user data is ensured through a data encryption technology.
And developing and realizing required functions by an external RESTAPI development interface of VMware vRealixe Automation and SDKform.
Fig. 2 is a software architecture diagram of an operation management system for an IaaS cloud platform according to an embodiment of the present invention, and as can be seen from fig. 2, the software architecture of the system is divided into five layers, which are a database layer, a model layer, a platform interface layer, a business logic layer, a control layer, and a view layer.
Database layer: the embodiment of the invention adopts a small-size relational database management system MySQL as a bottom database, and the platform adopts an open-source object relational database management system PostgreSQL as an operation database.
Model layer and platform interface layer: the model layer generally comprises POJO classes and DAO classes, wherein the two classes are generated according to a Hibernate framework, and the Hibernate generates one DAO class and one POJO class according to a table and a table in a database. The cloud platform interface layer of the system is mainly a vRealixe Automation API. The vRealixe Automation API comprises operations on a cloud platform and cloud services, and provides calling for the realization of a business logic layer. The main interfaces are as follows: an Info message interface, a serviceAPI service interface, a User API User interface, an Authentication interface, a vReaize Operation interface, and the like. The vRealixe Automation API is a RESTful type of API, and most implementations can be implemented using VMware-vCAC-Java-SDK 6.2.
And a service logic layer: mainly comprises a plurality of service logic units, and realizes interaction with a data layer by calling a DAO layer interface. In addition, an external interface such as a vRealixe Operation interface can be called to realize Operation monitoring of the platform, such as operations of checking resource states, starting and stopping a virtual machine and the like.
A control layer: mainly some Controller classes, which are responsible for receiving requests from the View layer to distribute the service logic processing of the lower layer and receiving data from the lower layer back to the page layer.
Viewing the image layer: the Jsp/html pages are mainly responsible for responding to the operation of a user, sending an operation request to the Controller and displaying data returned by the Controller layer.
Fig. 3 is a functional architecture diagram of an operation management system for an IaaS cloud platform according to an embodiment of the present invention, and in combination with the analysis of the operation management system for the IaaS cloud platform, a functional architecture of the system is designed from the viewpoint of providing an IaaS cloud service by the system, as shown in fig. 3:
as can be seen from fig. 3, the function of the system is relatively complex, and is described in detail below:
resource management: and managing cloud platform technical resources, virtual resources, network resources, virtual machines and the like.
Configuration reservation: the configuration reservation is to reserve some resources including storage, network and other resources for the cloud platform service group. Including establishment of reservation policies, creation of network reservations, storage reservations, and the like.
Service blueprint management: the management service blueprints can be provided with various virtual machines with different systems and different configurations for the user to apply, and each blueprint corresponds to one type of configured virtual machine. Service blueprint management includes creation, modification, deletion, publication, etc. of blueprints.
Service authorization: the service authorization adopts service management based on roles, limits the access authority and the application authority of the service, and authorizes the operation of the virtual machine service.
Service directory management: the service directory lists all specifications of cloud services which can be provided by the platform, the service directory is shown to users through service authorization management, and the services are distinguished from different levels of services through a service blueprint. The service directory management comprises the creation of a service directory, the display of a service list and the classification of services.
And (3) service starting: and starting all running virtual machines on the IaaS cloud platform to ensure the normal running of the cloud platform.
Service monitoring: the cloud service is provided, an administrator needs to manage the cloud service, and monitoring of the cloud service is very important. The method mainly monitors the CPU occupation condition, the memory occupation condition, the network flow usage condition, the system disk occupation condition and the like of the virtual machine.
Applying for service: and applying for cloud services provided by the platform, applying for services through directory entries displayed by the service directory, and performing self-adaptive configuration on resources.
Approval service: when the resources required by the service application exceed the threshold defined by the approval strategy, the order of the service request needs to be submitted to an approval manager for document approval, and the service application is valid after approval.
Establishing an approval strategy: an approval policy is created by the cloud service approval administrator. Each approval policy has an approval policy type for determining a request to apply the policy.
Service deployment: the service deployment is mainly based on the service application list of the user, and the self-adaptive configuration of resources is carried out for the user.
Virtual machine management: and centrally checking and managing IaaS service, namely virtual machines, used by all users.
Service charging: and charging the service subscribed by the IaaS service user according to the actual resource usage and the service usage duration.
Service logout: for illegal services which are out of date or affect the safety of the cloud platform, the system automatically and forcibly deletes the cloud services, and cloud service users can also delete the cloud services which are cancelled by the cloud service users.
In addition to the various functional modules above, the platform also provides other management: such as user management, backup management, rights management, etc.
In the technical scheme of the embodiment of the invention, in the data exchange interface, a JavaEE framework used by a platform system is used as a basic framework, a specified interface is exposed to an external system to be used as an interface for data exchange, and Web Service is used as a communication protocol with the external system. Data integration is carried out on various service related contents of a cloud service manager and a cloud service consumer, and safety authentication and access of an IaaS cloud platform operation management system are achieved through identity authentication and authorized access modes. The security of the user data is ensured through a data encryption technology.
The embodiment of the invention adopts an MVC layered software architecture to face an IaaS cloud platform operation management system.
The SOA technology and the XML technology standard are adopted to solve the problems of application integration, data sharing and data exchange between systems. Adopting JavaEE platform technique and Web technique to construct Internet-based network information system platform.
The embodiment of the invention utilizes the technology provided by VMware company to perform unified resource management on the basic hardware and software of the enterprise data center through virtualization software and cloud computing software, constructs an open IaaS-oriented cloud platform operation management system, virtualizes various physical hardware of the enterprise data center through virtualization system software, abstracts the physical hardware into a plurality of computing resources, storage resources, network resources and other resources, and classifies the computing resources, the storage resources, the network resources and the other resources into various resource pools for unified management.
Fig. 4 is a flowchart of an operation management method for an IaaS cloud platform according to an embodiment of the present invention, and as shown in fig. 4, an operation management method for an IaaS cloud platform according to another aspect of the embodiment of the present invention includes:
step 401: dividing an operation management system facing an infrastructure as a service (IaaS) cloud platform into five layers, namely a physical layer, a virtualization layer, a platform layer, an operation management layer and a presentation layer, and constructing the system into an open IaaS cloud platform-facing operation management system through the five layers;
step 402: and performing unified resource management on basic hardware and software of the enterprise data center through virtualization software and cloud computing software.
Further, the unified resource management of the basic hardware and software of the enterprise data center through the virtualization software and the cloud computing software comprises:
and virtualizing various physical hardware of the enterprise data center through the virtualization software to generate computing resources, storage resources, network resources and other resources, and classifying the resources into various resource pools for unified management.
Further, the method comprises:
the physical layer provides computing resources, network resources and storage resources for the IaaS service;
the virtualization layer centrally manages vSphere virtualization by utilizing a Server management software VMware vCenter Server, constructs a data center, and implements and delivers a virtual infrastructure;
the platform layer provides platform support for interaction between an IaaS cloud platform operation management system and service resources and performs secondary development on the cloud platform based on each component of an IT Automation tool VMware vReaize Automation;
the operation management layer provides IaaS service, charging operation and management of service related content for external users;
the presentation layer is a unified access entry of a system user, and both IaaS service users and cloud platform administrators perform corresponding operations through a unified portal.
Further, the method comprises:
an IaaS cloud platform operation management system is oriented by adopting a model-view-controller MVC layered software architecture;
the software architecture of the system comprises five layers, namely a database layer, a model layer, a platform interface layer, a service logic layer, a control layer and a view layer;
application integration, data sharing and data exchange among systems are carried out by adopting a service oriented architecture SOA technology and an extensible markup language XML technology standard;
adopting JavaEE platform technique and Internet Web technique to construct Internet-based network information system platform.
Further, the method comprises:
performing resource management, service formulation, service release, service application approval, charging management, resource recovery and other management; wherein,
the resource management comprises management of computing resources, storage resources, network resources, and virtual machines;
the service formulation comprises blueprint management, configuration reservation, service authorization and service directory management;
the service release comprises service starting and service monitoring;
the service application approval comprises a service application, an approval strategy and an application approval;
the charging management comprises service charging;
the resource reclamation includes service deletion;
the other management comprises user management, backup management and authority management.
In the data exchange interface, the JavaEE architecture used by the platform system is used as a basic architecture, a specified interface is exposed to an external system to be used as an interface for data exchange, and Web Service is used as a communication protocol with the external system. Data integration is carried out on various service related contents of a cloud service manager and a cloud service consumer, and safety authentication and access of an IaaS cloud platform operation management system are achieved through identity authentication and authorized access modes. The security of the user data is ensured through a data encryption technology.
In summary, the operation management system of the IaaS cloud platform oriented to the infrastructure as a service is divided into five layers, namely a physical layer, a virtualization layer, a platform layer, an operation management layer and a presentation layer, the system constructs an open IaaS cloud platform oriented operation management system through the five layers, unified resource management is performed on basic hardware and software of an enterprise data center through virtualization software and cloud computing software, data integration can be performed on various service related contents of cloud service managers and cloud service consumers, the utilization rate of equipment is improved, and the safety authentication and access of the IaaS cloud platform operation management system are realized through an identity authentication and authorized access mode.
Although the embodiments of the present invention have been described above, the above description is only for the convenience of understanding the present invention, and is not intended to limit the present invention. It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (10)
1. An operation management system for an IaaS cloud platform is characterized in that the operation management system for the IaaS cloud platform comprises:
the system comprises five layers, namely a physical layer, a virtualization layer, a platform layer, an operation management layer and a presentation layer, wherein the system constructs an open IaaS-oriented cloud platform operation management system through the five layers, and unified resource management is performed on basic hardware and software of an enterprise data center through virtualization software and cloud computing software.
2. The IaaS cloud platform-oriented operations management system of claim 1, wherein the system is configured to:
and virtualizing various physical hardware of the enterprise data center through the virtualization software to generate computing resources, storage resources, network resources and other resources, and classifying the resources into various resource pools for unified management.
3. The IaaS cloud platform-oriented operations management system of claim 1, wherein the system comprises:
the physical layer is used for providing computing resources, network resources and storage resources for the IaaS service;
the virtualization layer is used for centrally managing vSphere virtualization by utilizing a Server management software VMware vCenter Server, constructing a data center, and implementing and delivering a virtual infrastructure;
the platform layer is used for providing platform support for interaction between an IaaS cloud platform operation management system and service resources and performing secondary development on the cloud platform based on each component of an IT Automation tool VMware vReaize Automation;
the operation management layer is used for providing IaaS service, charging operation and management of service related content for external users;
the presentation layer is used as a system user unified access entry, so that the IaaS service user and a cloud platform administrator perform corresponding operations through a unified portal.
4. The IaaS cloud platform-oriented operation management system of claim 3, wherein the system is oriented to the IaaS cloud platform operation management system using model-view-controller (MVC) layered software architecture; the software architecture comprises five layers, namely a database layer, a model layer, a platform interface layer, a service logic layer, a control layer and a view layer;
application integration, data sharing and data exchange among systems are carried out by adopting a service oriented architecture SOA technology and an extensible markup language XML technology standard;
adopting JavaEE platform technique and Internet Web technique to construct Internet-based network information system platform.
5. The IaaS cloud platform oriented operations management system of claim 4, wherein the system is further configured to:
performing resource management, service formulation, service release, service application approval, charging management, resource recovery and other management; wherein,
the resource management comprises management of computing resources, storage resources, network resources, and virtual machines;
the service formulation comprises blueprint management, configuration reservation, service authorization and service directory management;
the service release comprises service starting and service monitoring;
the service application approval comprises a service application, an approval strategy and an application approval;
the charging management comprises service charging;
the resource reclamation includes service deletion;
the other management comprises user management, backup management and authority management.
6. An operation management method facing an IaaS cloud platform is characterized by comprising the following steps:
dividing an operation management system facing an infrastructure as a service (IaaS) cloud platform into five layers, namely a physical layer, a virtualization layer, a platform layer, an operation management layer and a presentation layer, and constructing the system into an open IaaS cloud platform-facing operation management system through the five layers;
and performing unified resource management on basic hardware and software of the enterprise data center through virtualization software and cloud computing software.
7. The IaaS cloud platform-oriented operation management method of claim 6, wherein the unified resource management of the basic hardware and software of the enterprise data center through the virtualization software and the cloud computing software comprises:
and virtualizing various physical hardware of the enterprise data center through the virtualization software to generate computing resources, storage resources, network resources and other resources, and classifying the resources into various resource pools for unified management.
8. The IaaS cloud platform-oriented operation management method of claim 6, wherein the method comprises:
the physical layer provides computing resources, network resources and storage resources for the IaaS service;
the virtualization layer centrally manages vSphere virtualization by utilizing a Server management software VMware vCenter Server, constructs a data center, and implements and delivers a virtual infrastructure;
the platform layer provides platform support for interaction between an IaaS cloud platform operation management system and service resources and performs secondary development on the cloud platform based on each component of an IT Automation tool VMware vReaize Automation;
the operation management layer provides IaaS service, charging operation and management of service related content for external users;
the presentation layer is a unified access entry of a system user, and both IaaS service users and cloud platform administrators perform corresponding operations through a unified portal.
9. The IaaS cloud platform-oriented operation management method of claim 8, wherein the method comprises:
an IaaS cloud platform operation management system is oriented by adopting a model-view-controller MVC layered software architecture;
the software architecture of the system comprises five layers, namely a database layer, a model layer, a platform interface layer, a service logic layer, a control layer and a view layer;
application integration, data sharing and data exchange among systems are carried out by adopting a service oriented architecture SOA technology and an extensible markup language XML technology standard;
adopting JavaEE platform technique and Internet Web technique to construct Internet-based network information system platform.
10. The IaaS cloud platform-oriented operation management method of claim 9, wherein the method comprises:
performing resource management, service formulation, service release, service application approval, charging management, resource recovery and other management; wherein,
the resource management comprises management of computing resources, storage resources, network resources, and virtual machines;
the service formulation comprises blueprint management, configuration reservation, service authorization and service directory management;
the service release comprises service starting and service monitoring;
the service application approval comprises a service application, an approval strategy and an application approval;
the charging management comprises service charging;
the resource reclamation includes service deletion;
the other management comprises user management, backup management and authority management.
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