CN109947537A - Create the system and method for cloud container service - Google Patents
Create the system and method for cloud container service Download PDFInfo
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- CN109947537A CN109947537A CN201910242221.2A CN201910242221A CN109947537A CN 109947537 A CN109947537 A CN 109947537A CN 201910242221 A CN201910242221 A CN 201910242221A CN 109947537 A CN109947537 A CN 109947537A
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Abstract
The invention discloses a kind of system and methods for creating cloud container service, belong to container service field, and technical problems to be solved are how to construct container service and manage charging, dispose the micro services of oneself in container service convenient for user and buy container resource；Its structure includes cke subsystem, for managing cluster life cycle；Order subsystem, for managing the charging of order and container service；Cam subsystem is used for elastic management virtual machine；Sdn subsystem for managing network, and manages the interconnection of cluster and public network IP；Ansible subsystem, for disposing cluster by perform script.Its method includes: the creation cluster information according to user setting, after creating virtual machine by cke subsystem and cam Subsystem and create cluster, it calls the open corresponding cluster ports of sdn subsystem and binds a public network eip for cluster, and call the charging of order subsystem completion container service.
Description
Technical field
The present invention relates to container service technical field, specifically a kind of system and method for creating cloud container service.
Background technique
In recent years, container technique is the paas technology of popular offer micro services, and kubernetes be in the recent period most
Popular container layout administrative skill, each internet manufacturer have launched the public cloud container service based on kubernetes.
Kubernetes is the completely new leading scheme of the distributed structure/architecture based on container technique, in Docker technology
On the basis of, a series of complete function such as deployment operation, scheduling of resource, service discovery and dynamic retractility are provided for the application of containerization
Can, improve the convenience and high availability of extensive container cluster management.
How to construct container service and manage charging, disposes oneself micro services and purchase in container service convenient for user
Container resource is the technical issues that need to address.
Summary of the invention
Technical assignment of the invention is against the above deficiency, to provide a kind of system and method for creating cloud container service, come
Solve how to construct container service and manage charging, in order to which user disposes the micro services of oneself in container service and buys appearance
The problem of device resource.
In a first aspect, the present invention provide it is a kind of create cloud container service system, for based on Kubernetes,
Docker, cloud host, VPC and EIP technology construct first container service and charging, comprising:
Cke subsystem, as the engine of Kubernetes, for managing cluster life cycle；
Order subsystem, for managing the charging of order and container service；
Cam subsystem is used for elastic management virtual machine；
Sdn subsystem for managing network, and manages the interconnection of cluster and public network IP；
Ansible subsystem, for disposing cluster by perform script；
Cluster life cycle includes creation cluster, dilatation cluster, capacity reducing cluster and deletes cluster.
Above system can realize the management of cluster life cycle, and carry out accounting management according to life cycle.It is specific:
Cke and cam Subsystem can create creation virtual machine according to user demand to generate cluster or dilatation cluster, and can delete
Except virtual machine with capacity reducing cluster or deletes cluster；Cke and sdn Subsystem carry out Secure group management simultaneously and eip is managed,
Corresponding cluster ports are opened when creating cluster and bind corresponding public network eip for cluster, or the deletion pair when deleting cluster
The cluster ports answered simultaneously unbind corresponding public network eip for cluster；Meanwhile cke subsystem and order Subsystem, it is creating
Cluster post-billing, to dilatation node charging, in capacity reducing cluster, subtracts expense to the node of deletion in dilatation cluster, collects deleting
When group, to container service not charging.
Preferably, cke subsystem includes:
Virtual machine add drop module creates virtual machine by cam subsystem for calling cam subsystem or deletes virtual
Machine；
Createcluster module, for ansible Subsystem create cluster, and with order Subsystem
Manage charging；
ScaleUpCluster module, for ansible Subsystem dilatation cluster, and match with order subsystem
Close management charging；
ScaleDownCluster module, for ansible subsystem capacity reducing cluster, and with order Subsystem
Manage charging；
DeleteCluster module for deleting virtual machine with ansible Subsystem, and is matched with order subsystem
Close management charging.
Preferably, order subsystem includes:
Order management module for calling and creating order by cke subsystem, and generates the request of creation virtual machine or deletes
Virtual machine request；
Billing management module, for according to cluster correct charging life cycle.
Preferably, cam subsystem includes virtual machine api module, terraform module and openstackprovider
Module；
Virtual machine api module for receiving virtual machine processing request, and generates corresponding tf file；
Terraform module calls openstackprovider module and according to tf document creation or the corresponding void of deletion
Quasi- machine.
Preferably, sdn subsystem includes:
Secure group management module is configured with vessel safety group api, for passing through vessel safety group when creating cluster
The open corresponding cluster ports number of api, and for deleting corresponding cluster ports by vessel safety group api when deleting cluster
Number；
Eip module, for binding public network eip when creating cluster for cluster, and for being cluster solution when deleting cluster
Tie up public network eip.
More preferably, further includes: user interface management subsystem, and cke Subsystem, for by display interface to
User shows cluster information, has increased CPU and the distribution of memory and total number information, and for supporting user by display interface
Inquire the operation note of cluster.
Second aspect, the present invention provides a kind of method for creating cloud container service, by as described in any one of first aspect
Creation cloud container service system, based on source asset creation cloud container service and carry out accounting management, comprising:
According to the creation cluster information of user setting, virtual machine is created with cam Subsystem by cke subsystem and is created
After building cluster, calls the open corresponding cluster ports of sdn subsystem and bind a public network EIP for cluster, and call order
The charging of system completion container service.
More preferably, further includes:
According to the dilatation cluster information of user setting, virtual machine is created with cam Subsystem by cke subsystem and is expanded
After holding cluster, order subsystem is called to complete the charging of dilatation node；
According to the dilatation cluster information of user setting, virtual machine is created with cam Subsystem by cke subsystem and is expanded
After holding cluster, order subsystem is called to complete the charging of dilatation node；
According to the capacity reducing cluster information of user setting, after deleting virtual machine by cke subsystem and cam Subsystem,
That calls order subsystem completion capacity reducing node subtracts expense；
According to the deletion cluster information of user setting, cluster is deleted with cam Subsystem by cke subsystem and is deleted
After virtual machine, calls sdn subsystem to delete corresponding cluster ports and unbind corresponding public network eip for cluster, and call order
The not charging of subsystem completion container service.
More preferably, further includes:
Show cluster information to user by display interface, increased CPU and the distribution of memory and total number information, and leads to
Cross the operation note that display interface supports user query cluster.
The system and method for creation cloud container service of the invention has the advantage that
1, the present invention can quickly and easily create container service towards tide public cloud, effectively use tide cloud resource；
2, present invention uses technologies such as terraform, operating procedure control, container service can concurrently create tide cloud money
Source, can quickly and easily create container service, and the various application services of tide cloud container service offer, side can be used in user
Just the resource using container service, while being convenient for the business revenue of tide cloud.
Detailed description of the invention
It, below will be to required in being described in embodiment in order to more clearly illustrate the technical solution in the embodiment of the present invention
The attached drawing used is briefly introduced, it should be apparent that, drawings in the following description are only some embodiments of the invention, for
For those skilled in the art, without creative efforts, it can also be obtained according to these attached drawings
His attached drawing.
The following further describes the present invention with reference to the drawings.
Attached drawing 1 is the structural schematic diagram for the system that embodiment 1 creates cloud container service.
Specific embodiment
The present invention will be further explained below with reference to the attached drawings and specific examples, so that those skilled in the art can be with
It more fully understands the present invention and can be practiced, but illustrated embodiment is not as a limitation of the invention, the case where not conflicting
Under, the technical characteristic in the embodiment of the present invention and embodiment can be combined with each other.
The embodiment of the present invention provides the system and method for creation cloud container service, for solving how to construct container service simultaneously
Charging is managed, the technical issues of disposing the micro services of oneself in container service convenient for user and buy container resource.
Embodiment 1:
As shown in Fig. 1, the system of creation cloud container service of the invention, including cke subsystem, order subsystem,
Cam subsystem, sdn subsystem, ansible subsystem, for being based on Kubernetes, Docker, cloud host, VPC and EIP skill
Art constructs first container service and charging.
Wherein, engine of the cke subsystem as Kubernetes, for managing cluster life cycle.The subsystem includes
Virtual machine add drop module, Createcluster module, ScaleUpCluster module, ScaleDownCluster module and
DeleteCluster module, virtual machine add drop module is for calling cam subsystem, to create virtual machine or delete virtual machine；
Createcluster module and ansible Subsystem cooperate for creating cluster, and with order module for creating
Charging is completed after cluster；ScaleUpCluster module and ansible Subsystem are used for dilatation cluster, and sub with order
System cooperates for increased node charging；ScaleDownCluster module and ansible Subsystem, capacity reducing collection
Group；DeleteCluster module and ansible Subsystem are used for or not deleting cluster, and with order Subsystem
Charging processing.
Order subsystem includes order management module and billing management module, and order management module is used for by cke subsystem
Order is called and created, and generates the request of creation virtual machine or deletes virtual machine request；Billing management module, for according to cluster
Correct charging life cycle.
Cam subsystem includes virtual machine api module, terraform module and openstackprovider module；Virtually
Machine api module and generates corresponding tf file for receiving virtual machine processing request, multiple tf files deposit in one it is newly-generated
File in；Terraform module is called openstack-provider module and is corresponded to according to tf document creation or deletion
Virtual machine.
Sdn subsystem includes Secure group management module and eip module, and Secure group management module has vessel safety group api, is used
Corresponding cluster ports number are opened in passing through vessel safety group api when creating cluster, and for passing through appearance when deleting cluster
Device secure group api deletes corresponding cluster ports number；Eip module is used to bind public network eip when creating cluster for cluster, is used in combination
In when deleting cluster be cluster unbind public network eip.
A kind of system of creation cloud container service of the invention, can be used for realizing the creation of container service and is taken according to container
The life cycle of business carries out charging, including creation cluster and charging, dilatation cluster and to the node charging of dilatation, capacity reducing cluster simultaneously
Expense is subtracted to the node of deletion, deletes cluster not charging.
It further include user interface management subsystem as further improvement of this embodiment, and cke Subsystem,
For showing cluster information to user by display interface, having increased CPU and the distribution of memory and total number information, and for leading to
Cross the operation note that display interface supports user query cluster.
Embodiment 2:
A kind of method for creating cloud container service of the present invention, is taken by the described in any item creation cloud containers of such as first aspect
The system of business based on source asset creation cloud container service and carries out accounting management, including creates cluster and charging, dilatation cluster simultaneously
To increased node charging, capacity reducing cluster and expense and deletion cluster not charging are subtracted to the node of deletion.
Wherein, cluster and charging are built, to pass through cke subsystem and cam subsystem according to the creation cluster information of user setting
After conjunction under unified central planning creates virtual machine and creates cluster, calls the open corresponding cluster ports of sdn subsystem and bind one for cluster
Public network eip, and call the charging of order subsystem completion container service.The concrete operations of the step are as follows:
(1) when creating cluster, after user inputs creation cluster information, the creation cluster api of cke is called；
(2) creation cluster api calls order module, generates order by creation order module, and raw after generating order
At creation virtual machine request, and by the virtual machine api module of virtual machine add drop module calling cam subsystem, it is empty to start creation
Quasi- machine；
(3) after cam receives the request for creating virtual machine, the tf file of creation virtual machine request, multiple tf files are generated
It deposits in a newly-generated group document folder, then calls terraform module, terraform module passes through
Openstackprovider module creation corresponds to virtual machine specified in tf file；
(4) after creating virtual machine, the Createcluster module of cke subsystem is called, and pass through ansible subsystem
The script for generating cluster is executed, cluster is disposed；
(5) connection of sdn subsystem Configuration network is called, when user selects setting cluster safety group, calls secure group pipe
Manage module, open corresponding cluster ports number call eip module when ssh is opened in user's selection, bind a public network eip to
Cluster；
(6) accounting module for calling order, starts charging.
Dilatation cluster and node charging to dilatation, to pass through cke subsystem according to the dilatation cluster information of user setting
After cam Subsystem creation virtual machine and dilatation cluster, order subsystem is called to complete the charging of dilatation node.Specifically
Are as follows:
(1) when dilatation cluster, after user inputs dilatation cluster information, the dilatation cluster api of cke is called；
(2) dilatation cluster api calls order module, generates order by creation order module, and raw after generating order
At creation virtual machine request, and the virtual machine api module of cam is called, starts to create virtual machine；
(3) after cam receives the request for creating virtual machine, the tf file of virtual machine request, multiple tf files storages are generated
In a newly-generated group document folder, terraform module is then called, terraform module passes through
Openstackprovider module creation corresponds to virtual machine specified in tf file；
(4) after creating virtual machine, the ScaleUpCluster module of cke subsystem is called, and pass through ansible subsystem
The script for generating cluster is executed, cluster is disposed；
(5) accounting module for calling order, starts the node charging for dilatation.
Capacity reducing cluster simultaneously subtracts expense to the node of deletion, to pass through cke subsystem according to the capacity reducing cluster information of user setting
After deleting virtual machine with cam Subsystem, that calls order subsystem completion capacity reducing node subtracts expense.Specifically:
(1) when capacity reducing cluster, after user inputs capacity reducing cluster information, the capacity reducing cluster api of cke is called；
(2) capacity reducing cluster api calls order module, generates order by creation order module, and raw after generating order
It is requested at virtual machine is deleted, and calls the virtual machine api module of cam, start to delete virtual machine；
(3) after cam receives the request for deleting virtual machine, the tf file of deletion virtual machine request, multiple tf files are generated
It deposits in a newly-generated group document folder, then calls terraform module, terraform module passes through
Openstackprovider module deletes virtual machine specified in corresponding tf file；
(4) after deleting virtual machine, the ScaleUpCluster module of cke subsystem is called, and pass through ansible subsystem
The script for generating cluster is executed, cluster is disposed；
(5) accounting module for calling order, starts to subtract expense for the node of deletion.
Deletion of node not charging, to pass through cke subsystem and cam subsystem according to the deletion cluster information of user setting
After conjunction under unified central planning deletes cluster and deletes virtual machine, sdn subsystem is called to delete corresponding cluster ports and unbind for cluster corresponding
Public network EIP, and call order subsystem complete container service not charging.Specifically:
(1) when deleting cluster, after user inputs deletion cluster information, the DeleteCluster mould of cke subsystem is called
Block, and the script for generating cluster is executed by ansible subsystem, delete cluster；
(2) the deletion cluster api for calling cke deletes cluster api and calls order module, is generated by creation order module
Order, and generated after generating order and delete virtual machine request, and call the virtual machine api module of cam, start to delete virtual
Machine；
(3) after cam receives the request for deleting virtual machine, the tf file of deletion machine request, multiple tf file storages are generated
In a newly-generated group document folder, terraform module is then called, terraform module passes through
Openstackprovider module deletes virtual machine specified in corresponding tf file；
(4) after deleting virtual machine, the connection of sdn subsystem Configuration network is called, Secure group management module is called, deletes and corresponds to
Cluster ports number, and call eip module, unbind corresponding public network EIP；
(5) accounting module of order, not charging are called.
It further include that cluster information is showed to user by display interface, has been increased as further improvement of this embodiment
The distribution of CPU and memory and total number information, and pass through the operation note of display interface support user query cluster.
Embodiment described above is only to absolutely prove preferred embodiment that is of the invention and being lifted, protection model of the invention
It encloses without being limited thereto.Those skilled in the art's made equivalent substitute or transformation on the basis of the present invention, in the present invention
Protection scope within.Protection scope of the present invention is subject to claims.
Claims (9)
1. create cloud container service system, it is characterised in that for based on Kubernetes, Docker, cloud host, VPC and
EIP technology constructs first container service and charging, comprising:
Cke subsystem, as the engine of Kubernetes, for managing cluster life cycle；
Order subsystem, for managing the charging of order and container service；
Cam subsystem is used for elastic management virtual machine；
Sdn subsystem for managing network, and manages the interconnection of cluster and public network IP；
Ansible subsystem, for disposing cluster by perform script；
Cluster life cycle includes creation cluster, dilatation cluster, capacity reducing cluster and deletes cluster.
2. the system of creation cloud container service according to claim 1, it is characterised in that cke subsystem includes:
Virtual machine add drop module, for calling cam subsystem to create virtual machine by cam subsystem or deleting virtual machine；
Createcluster module, for ansible Subsystem create cluster, and with order Subsystem management
Charging；
ScaleUpCluster module, for ansible Subsystem dilatation cluster, and with order Subsystem pipe
Manage charging；
ScaleDownCluster module, for ansible subsystem capacity reducing cluster, and with order Subsystem management
Charging；
DeleteCluster module, for ansible Subsystem delete virtual machine, and with order Subsystem pipe
Manage charging.
3. the system of creation cloud container service according to claim 1, it is characterised in that order subsystem includes:
Order management module for calling and creating order by cke subsystem, and generates the request of creation virtual machine or deletes virtual
Machine request；
Billing management module, for according to cluster correct charging life cycle.
4. the system of creation cloud container service according to claim 3, it is characterised in that cam subsystem includes virtual machine
Api module, terraform module and openstackprovider module；
Virtual machine api module for receiving virtual machine processing request, and generates corresponding tf file；
Terraform module calls openstackprovider module and according to tf document creation or the corresponding virtual machine of deletion.
5. the system of creation cloud container service according to claim 4, it is characterised in that sdn subsystem includes:
Secure group management module is configured with vessel safety group api, for opening when creating cluster by vessel safety group api
Corresponding cluster ports number are put, and for deleting corresponding cluster ports number by vessel safety group api when deleting cluster；
Eip module, for binding public network eip when creating cluster for cluster, and for public for cluster unbundlings when deleting cluster
Net eip.
6. the system of creation cloud container service according to claim 1-5, it is characterised in that further include: Yong Hujie
Face management subsystem, and cke Subsystem, for cluster information is showed to user by display interface, increased CPU and
The distribution of memory and total number information, and the operation note for supporting user query cluster by display interface.
7. the method for creating cloud container service, it is characterised in that pass through creation cloud container as claimed in any one of claims 1 to 6
The system of service based on source asset creation cloud container service and carries out accounting management, comprising:
According to the creation cluster information of user setting, virtual machine is created by cke subsystem and cam Subsystem and creates collection
After group, calls the open corresponding cluster ports of sdn subsystem and bind a public network eip for cluster, and call order subsystem
Complete the charging of container service.
8. the method for creation cloud container service according to claim 7, it is characterised in that further include:
According to the dilatation cluster information of user setting, virtual machine and dilatation collection are created by cke subsystem and cam Subsystem
After group, order subsystem is called to complete the charging of dilatation node；
According to the dilatation cluster information of user setting, virtual machine and dilatation collection are created by cke subsystem and cam Subsystem
After group, order subsystem is called to complete the charging of dilatation node；
It is called after deleting virtual machine by cke subsystem and cam Subsystem according to the capacity reducing cluster information of user setting
Order subsystem completion capacity reducing node subtracts expense；
According to the deletion cluster information of user setting, cluster is deleted by cke subsystem and cam Subsystem and is deleted virtual
After machine, calls sdn subsystem to delete corresponding cluster ports and unbind corresponding public network EIP for cluster, and call order subsystem
System completes the not charging of container service.
9. according to claim 7 or the method for the creation cloud container service, it is characterised in that further include:
Show cluster information to user by display interface, increased CPU and the distribution of memory and total number information, and by aobvious
Show that the operation note of user query cluster is supported at interface.
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Application publication date: 20190628 |