CN106406933A - One-key automatic deployment method for Tomcat cluster - Google Patents
One-key automatic deployment method for Tomcat cluster Download PDFInfo
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- CN106406933A CN106406933A CN201610749398.8A CN201610749398A CN106406933A CN 106406933 A CN106406933 A CN 106406933A CN 201610749398 A CN201610749398 A CN 201610749398A CN 106406933 A CN106406933 A CN 106406933A
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- virtual machine
- tomcat
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- automatic deployment
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/445—Program loading or initiating
- G06F9/44521—Dynamic linking or loading; Link editing at or after load time, e.g. Java class loading
- G06F9/44526—Plug-ins; Add-ons
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/455—Emulation; Interpretation; Software simulation, e.g. virtualisation or emulation of application or operating system execution engines
- G06F9/45504—Abstract machines for programme code execution, e.g. Java virtual machine [JVM], interpreters, emulators
Abstract
The invention discloses a one-key automatic deployment method for a Tomcat cluster and relates to the technical field of virtual machines. The Tomcat cluster comprises a primary virtual machine and a secondary virtual machine; and the one-key automatic deployment method for the Tomcat cluster comprises the steps of configuring the primary virtual machine and the secondary virtual machine in advance; installing cgroup container assemblies in the primary virtual machine and the secondary virtual machine; installing Tomcat middleware in each of the cgroup container assemblies in the primary virtual machine and the secondary virtual machine; and registering a Tomcat port of the secondary virtual machine in the primary virtual machine to form the Tomcat cluster. The one-key automatic deployment method for the Tomcat cluster is used for automatic deployment of the Tomcat cluster.
Description
Technical field
The present invention relates to virtual machine technique field, more particularly, to a kind of Tomcat cluster one key automatic deployment method.
Background technology
Tomcat is a www application server, operates in master server, belongs to lightweight application server,
Middle-size and small-size system and concurrent users are not to be commonly used under a lot of occasions.
Currently, to the deployment of Tomcat by manually performing.Specifically, when needing to dispose Tomcat, work
Installation kit is placed on target virtual machine personnel, then clicks on installation, needs constantly to carry out manual configuration various during installation
The steps such as database, parameter, operation is inconvenient and efficiency is low.For Tomcat cluster, then need to each virtual in cluster
Tomcat disposed respectively by machine, passes through artificial means afterwards again and each virtual machine having configured Tomcat is connected composition cluster, need
Multiple staff operate or staff's multi-pass operation respectively, if staff is individually operated at least needs 45
The time of minute, this leads to the cost of labor configuring, deployment Tomcat cluster needs consuming is higher, improves Tomcat cluster
Lower deployment cost.
Content of the invention
The technical problem to be solved is to provide a kind of Tomcat cluster one key automatic deployment method, can solve
The certainly higher technical problem of the deployment cost of labor of Tomcat cluster.
For solving above-mentioned technical problem, the present invention adopts the following technical scheme that：
Embodiments provide a kind of Tomcat cluster one key automatic deployment method, it is virtual that described Tomcat cluster includes master
Machine and from virtual machine, a described key automatic deployment method includes：
Obtain the described host virtual machine that is pre-configured with and described from virtual machine；
In described host virtual machine and described installation cgroup container assemblies from virtual machine；
Tomcat middleware is installed respectively in described host virtual machine and described cgroup container assemblies from virtual machine；
From the Tomcat port of virtual machine described in registering in described host virtual machine, and the Tomcat end of described host virtual machine is disclosed
Mouthful, form described Tomcat cluster.
Preferably, this key automatic deployment method also includes：
In described host virtual machine and described application bag incoming from the Tomcat of virtual machine.
Preferably, inclusion after described host virtual machine and described installation cgroup container assemblies from virtual machine：
Start described container assemblies and by described container assemblies add to described host virtual machine and described from dummy machine system startup
When automatic loading project in.
Preferably, after cgroup container assemblies being installed in described host virtual machine, also include：
Configuration database, load equalizer and updating device in described host virtual machine.
Preferably, configure described database to include：
Connect to Remote Installation Server, download configuration manages database；
The storage catalogue of the FPDP data file of described configuration management database is set；
Start described configuration management database；
Described configuration management database is added and starts in described cgroup container and configure automatic item.
Preferably, configure described load equalizer to include：
Connect to described Remote Installation Server, download load balanced device；
The port of described load equalizer and the storage catalogue of journal file are set；
Start described load equalizer；
Described load equalizer is added and starts in described cgroup container and configure automatic item.
Preferably, configure described updating device to include：
Connect to described Remote Installation Server, download described updating device；
According to the latest data in described configuration management database, refresh the configuration file of described load equalizer in real time；
The profile template of described load equalizer is added in described updating device；
The profile template of load equalizer is added in updating device；
Preferably, configure described database also to include：
Connect to described Remote Installation Server, download session sync database；
The maximum arranging described session synchronization database uses internal memory and connectivity port；
Described session synchronization database is added and starts in cgroup container and configure automatic item.
Preferably, this key automatic deployment method also includes：
In described host virtual machine and the described external feature card of addition user conversation from the Tomcat of virtual machine, and automatically join
Put the context.xml file under conf file, add the support configuration item to the external interactive function of user.
Preferably, this key automatic deployment method also includes：
Obtain user configuring；
Based on accessed user configuring, it is long that the minimum Thread Count remaining activation, the maximum queue having access to are set
Degree.
Embodiments provide a kind of Tomcat cluster one key automatic deployment method, this key automatic deployment method exists
Get the host virtual machine being pre-configured with and after virtual machine, automatically host virtual machine and from virtual machine install cgroup hold
Device assembly, installs Tomcat middleware afterwards, finally registers the Tomcat port from virtual machine in host virtual machine, and open master
The Tomcat port of virtual machine, it is achieved that a key deployment of Tomcat cluster, additionally participates in without user, single-set operation only needs 13
Minute, improve the efficiency of deployment Tomcat cluster, reduce the cost of labor participating in deployment.
Brief description
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, embodiment will be described below
In required use accompanying drawing be briefly described it should be apparent that, drawings in the following description be only the present invention some
Embodiment, for those of ordinary skill in the art, on the premise of not paying creative work, can also be attached according to these
Figure obtains other accompanying drawings.
Fig. 1 is the schematic diagram of Tomcat cluster provided in an embodiment of the present invention；
Fig. 2 is the schematic flow sheet of a key automatic deployment method provided in an embodiment of the present invention.
Specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation description is it is clear that described embodiment a part of embodiment that is the present invention, rather than whole embodiments.Based on this
Embodiment in bright, the every other enforcement that those of ordinary skill in the art are obtained under the premise of not making creative work
Example, broadly falls into the scope of protection of the invention.
The embodiment of the present invention provides a kind of Tomcat cluster one key automatic deployment method, specifically, as shown in figure 1, each
Tomcat cluster include host virtual machine and one or more from virtual machine.As shown in Fig. 2 this key automatic deployment method includes：
Step S1, obtain the host virtual machine that is pre-configured with and from virtual machine.
Virtual machine（Virtual Machine）Refer to by software simulate have complete hardware system function, operate in
Complete computer in one completely isolated environment.Wherein, host virtual machine is responsible for receiving and distribution task；Bear from virtual machine
Duty processes the subtask that host virtual machine distributes.Specifically, configure host virtual machine and create multiple simulations from virtual machine
Complete computer system, should determine according to actual conditions from the number of virtual machine.
Step S2, host virtual machine and from virtual machine install cgroup container assemblies.
Cgroups is the abbreviation of control groups, is that one kind that linux kernel provides can limit, records, isolate
Process group（process groups）The physical resource being used（As：Cpu, memory, IO etc.）Mechanism.Initially by
The engineer of google proposes, and is integrated into linux kernel later.Cgroups is also linux container（Abbreviation LXC）For realizing
Virtualize used resource management means it may be said that there is no LXC without cgroups.
Therefore, it should install cgroup container first in host virtual machine and from virtual machine before carrying out subsequent step
Assembly.
Tomcat middleware is installed in step S3, respectively the cgroup container assemblies in host virtual machine and from virtual machine.
After installing cgroup container assemblies, you can in the Tomcat needed for installing in host virtual machine and from virtual machine
Between part.
Step S4, register Tomcat port from virtual machine in host virtual machine, and the Tomcat end of open host virtual machine
Mouthful, form Tomcat cluster.
Finally, register in host virtual machine from the Tomcat port of virtual machine so that host virtual machine can access from virtual
Machine, and the Tomcat port of open host virtual machine, so that user can access from extraneous, inputs multiple application bags, expanding should
The function of Tomcat cluster is so that Tomcat cluster meets the demand of user it is achieved that a key of Tomcat cluster is disposed.
Specifically, the Tomcat cluster one key automatic deployment method providing in the embodiment of the present invention is by write can be
Under Linux environment, the shell script of execution to be replacing manually operating, and realizes the automation of installation process, unmanned.Tomcat collection
Group one key deployment is combined using host virtual machine realizes multi-process cooperation from the pattern of virtual machine, thus realizing distributed effect.
The embodiment of the present invention is respectively from host virtual machine with to be described separately Tomcat cluster one key in terms of virtual machine two automatic
Dispositions method.
First, illustrate for host virtual machine.Cgroup container assemblies are installed in host virtual machine, container assemblies adopt
Thread isolation technology, can configuration between the multiple different application of quick running configuration in a virtual machine, and each application
File and being independent of each other using port.
In order to install suitable cgroup container assemblies in host virtual machine, need to first determine whether the operation system of host virtual machine
System version.If it is determined that being CentOS6 to the virtual operating system version of master, then device-mapper-libs group is installed in advance
Part, this assembly has to rely on assembly, for supporting the disk required for cgroup container technique to reflect for cgroup container technique
Penetrate function.
Afterwards, cgroup container assemblies can be installed.
In order to add cgroup container assemblies to automatic loading project during os starting, need to judge operation
System version, closes corresponding fire wall according to operating system version.Specifically, then close iptables if CentOS6
Fire wall, then closes firewalld fire wall if CentOS7.Afterwards, you can start container assemblies and container assemblies are added
Add in automatic loading project during os starting.
Next, needing to carry out the configuration of the parts such as database, load equalizer and updating device.
Connect to Remote Installation Server, download configuration manages database, configuration management database is used for real-time monitoring
The addition of Tomcat cluster working node and deletion, notify updating device.Updating device refreshes load automatically according to latest configuration record
The configuration file of balanced device, reaches the purpose that clustered node is automatically added to and deletes.
The FPDP of configuration management database is set to 2379, data file storage catalogue is set to/var/lib/
Etcd, starts configuration management database, configuration management database is added and starts in cgroup container and configure automatic item.
Similar, for load equalizer, need also exist for connecting to Remote Installation Server download load balanced device,
The port of load equalizer is set to 80, journal file is stored in/var/logs/ catalogue under.Starting load balanced device, will bear
Carry and start in balanced device addition cgroup container and configure automatic item.
Updating device similarly needs to connect to be downloaded to Remote Installation Server, and updating device safeguards joining of load equalizer
Put file template, and the latest data according to configuration management database, refresh the configuration file of load equalizer in real time.Afterwards,
Updating device is added and starts in cgroup container and configure automatic item.
In addition to configuration management database, in the embodiment of the present invention, host virtual machine also needs to configuration session synchrodata
Storehouse, as the preservation assembly preserving with the session of user.For session synchronization database, need also exist for connecting and pacify to long-range
Dress server download session sync database, the maximum of setting session synchronization database saves as 64m using interior, and connectivity port is
11211.Session sync database is added and starts in cgroup container and configure automatic item.
Afterwards, you can carry out installation, the configuration of Tomcat middleware.
Need also exist for connecting to Remote Installation Server, according to the user input option getting in advance or in real time, automatically
Adaptation downloads Tomcat6, Tomcat7 or Tomcat8 version.
Based on the user input option getting, judge whether to delete manager under Tomcat catalogue webapps and
Host-manager file, to improve security of system, the management function in shielding later stage.
Afterwards, Tomcat middleware adds the external feature card of user conversation, and automatically configure conf file
Under context.xml file, add support configuration item to the external interactive function of user, it is achieved thereby that host virtual machine and use
The interaction at family.
Obtain user configuring, be related to host virtual machine in user configuring and remain the minimum Thread Count of activation, Neng Goujie
The parameters such as the maximum queue length entering.
Specifically, according to user configuring, the minSpareThreads in server.xml file is set, represents and protect all the time
Hold the minimum Thread Count of activation.This value of system recommendations that concurrent user number is less than or equal to 50 is set to 50；Concurrent user number 50-
This value of the system recommendations of 200 is set to 200；This value of system recommendations that concurrent user number is more than 200 is set to maximum concurrent request
Number.If the minimum Thread Count that user does not remain activation to this is configured, default value is 50.
Similar, according to user configuring, the acceptCount in server.xml file is set, expression has access to
Maximum queue length.If user is not configured to maximum queue length, default value is 100.
Afterwards, after configuration completes Tomcat middleware, Tomcat is added and starts in cgroup container and configure automatically
Startup item.And register Tomcat port from virtual machine in host virtual machine, the Tomcat port of open host virtual machine, for user
The Tomcat cluster that this configures is conducted interviews.
Finally, can add in configuration management database【Itself IP：8080】Data record, input in a browser
【master-ip:80】, check whether that deployed good five application page occurs, be proved to be successful the main void representing Tomcat cluster
Plan machine node deployment completes.
In the user configuring getting, also can carry the parameters such as the attribute of war bag needed for user, title.Then main void
Plan machine can connect to Remote Installation Server according to user configuring, downloads application deployment war bag, and by the war having downloaded
Bag is put in webapps file.
Afterwards according to the war bag title downloaded, automatically refresh context.xml file, Tomcat middleware meeting is set
Automatically user is connected and be directed to war bag place path.
Can specifically there is following deployment process in cluster from virtual machine：
Get as after the virtual machine of virtual machine, still first determine whether this operating system version from virtual machine, if
For CentOS6, device-mapper-libs assembly is then installed in advance, this assembly has to rely on assembly for container technique.For
Support the Disk Mapping function required for container technique.
Cgroup container assemblies are installed, installation process is identical with host virtual machine, judges operating system version, if
CentOS6 then closes iptables fire wall, then closes firewalld fire wall if CentOS7；Afterwards, just can start
Container assemblies and by container assemblies add to system start when automatic loading project in.
Afterwards, you can carry out installation, the configuration of Tomcat middleware.
Connect to Remote Installation Server, according to the user input option getting in advance or in real time, automatic adaptation is downloaded
Tomcat6, Tomcat7 or Tomcat8 version.
By user input option, judge whether to delete manager under Tomcat middleware catalogue webapps and
Host-manager file, to improve security of system, the management function in shielding later stage.
Add the external feature card of user conversation in Tomcat middleware, and automatically configure under conf file
Context.xml file, adds the support configuration item to the external interactive function of user.
Obtain user configuring, be related in user configuring remain minimum Thread Count, the Neng Goujie of activation from virtual machine
The parameters such as the maximum queue length entering.
Specifically, according to user configuring, the minSpareThreads in server.xml file is set, represents and protect all the time
Hold the minimum Thread Count of activation.This value of system recommendations that concurrent user number is less than or equal to 50 is set to 50；Concurrent user number 50-
This value of the system recommendations of 200 is set to 200；This value of system recommendations that concurrent user number is more than 200 is set to maximum concurrent request
Number.If the minimum Thread Count that user does not remain activation to this is configured, default value is 50.
Similar, according to user configuring, the acceptCount in server.xml file is set, expression has access to
Maximum queue length.If user is not configured to maximum queue length, default value is 100.
Tomcat middleware is added and starts in cgroup container and configure automatic item；Afterwards, can be in configuration management
Database adds【Itself IP：8080】Data record, input in a browser【Itself ip:8080】, check whether out
Deployed good five application page, is proved to be successful and represents completing from virtual machine node deployment of Tomcat cluster.
In the user configuring getting, also can carry the parameters such as the attribute of war bag needed for user, title.Then main void
Plan machine can connect to Remote Installation Server according to user configuring, downloads application deployment war bag, and by the war having downloaded
Bag is put in webapps file.
Afterwards according to the war bag title downloaded, automatically refresh context.xml file, Tomcat middleware meeting is set
Automatically user is connected and be directed to war bag place path.
Obviously, can carry out with a key deployment of host virtual machine from a key deployment of virtual machine simultaneously, finally will be from virtual
The port of machine is registered in host virtual machine, completes the connection of principal and subordinate's virtual machine.
In sum, embodiments provide a kind of Tomcat cluster one key automatic deployment method, this key is automatic
Dispositions method is getting the host virtual machine being pre-configured with and after virtual machine, is automatically pacifying in host virtual machine with from virtual machine
Dress cgroup container assemblies, install Tomcat middleware afterwards, finally register the Tomcat end from virtual machine in host virtual machine
Mouthful, and the Tomcat port of host virtual machine is disclosed it is achieved that a key deployment of Tomcat cluster, and additionally participate in without user, single
Machine operation only needs 13 minutes, improves the efficiency of deployment Tomcat cluster, reduces the cost of labor participating in deployment.
The above, the only specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, and any
Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, all should contain
Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be defined by described scope of the claims.
Claims (10)
1. a kind of Tomcat cluster one key automatic deployment method, described Tomcat cluster includes host virtual machine and from virtual machine, its
It is characterised by, a described key automatic deployment method includes：
The described host virtual machine that is pre-configured with and described from virtual machine；
In described host virtual machine and described installation cgroup container assemblies from virtual machine；
Tomcat middleware is installed respectively in described host virtual machine and described cgroup container assemblies from virtual machine；
From the Tomcat port of virtual machine described in registering in described host virtual machine, and the Tomcat end of described host virtual machine is disclosed
Mouthful, form described Tomcat cluster.
2. a key automatic deployment method according to claim 1 is it is characterised in that also include：
In described host virtual machine and described application bag incoming from the Tomcat middleware of virtual machine.
3. a key automatic deployment method according to claim 1 it is characterised in that described host virtual machine and described from void
Include after cgroup container assemblies are installed in plan machine：
Start described container assemblies and by described container assemblies add to described host virtual machine and described from dummy machine system startup
When automatic loading project in.
4. a key automatic deployment method according to claim 3 is it is characterised in that install in described host virtual machine
After cgroup container assemblies, also include：
Configuration database, load equalizer and updating device in described host virtual machine.
5. a key automatic deployment method according to claim 4 includes it is characterised in that configuring described database：
Connect to Remote Installation Server, download configuration manages database；
The storage catalogue of the FPDP data file of described configuration management database is set；
Start described configuration management database；
Described configuration management database is added and starts in described cgroup container and configure automatic item.
6. a key automatic deployment method according to claim 5 includes it is characterised in that configuring described load equalizer：
Connect to described Remote Installation Server, download load balanced device；
The port of described load equalizer and the storage catalogue of journal file are set；
Start described load equalizer；
Described load equalizer is added and starts in described cgroup container and configure automatic item.
7. a key automatic deployment method according to claim 6 includes it is characterised in that configuring described updating device：
Connect to described Remote Installation Server, download described updating device；
According to the latest data in described configuration management database, refresh the configuration file of described load equalizer in real time；
The profile template of described load equalizer is added in described updating device；
The profile template of load equalizer is added in updating device.
8. the key automatic deployment method according to claim 5 or 7 also includes it is characterised in that configuring described database：
Connect to described Remote Installation Server, download session sync database；
The maximum arranging described session synchronization database uses internal memory and connectivity port；
Described session synchronization database is added and starts in cgroup container and configure automatic item.
9. a key automatic deployment method according to claim 8 is it is characterised in that also include：
In described host virtual machine and the described external feature card of addition user conversation from the Tomcat middleware of virtual machine, and
Automatically configure the context.xml file under conf file, add the support configuration item to the external interactive function of user.
10. a key automatic deployment method according to claim 9 is it is characterised in that also include：
Obtain user configuring；
Based on accessed user configuring, it is long that the minimum Thread Count remaining activation, the maximum queue having access to are set
Degree.
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| CN106406933B (en) | 2020-05-12 |
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