CN107483245A - It is a kind of that realization device is actively gathered based on karaf_agent - Google Patents
It is a kind of that realization device is actively gathered based on karaf_agent Download PDFInfo
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- CN107483245A CN107483245A CN201710690493.XA CN201710690493A CN107483245A CN 107483245 A CN107483245 A CN 107483245A CN 201710690493 A CN201710690493 A CN 201710690493A CN 107483245 A CN107483245 A CN 107483245A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/04—Network management architectures or arrangements
- H04L41/046—Network management architectures or arrangements comprising network management agents or mobile agents therefor
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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
- G06F9/46—Multiprogramming arrangements
- G06F9/54—Interprogram communication
- G06F9/546—Message passing systems or structures, e.g. queues
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/04—Network management architectures or arrangements
- H04L41/042—Network management architectures or arrangements comprising distributed management centres cooperatively managing the network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/06—Management of faults, events, alarms or notifications
- H04L41/069—Management of faults, events, alarms or notifications using logs of notifications; Post-processing of notifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/50—Testing arrangements
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Abstract
Realization device, including the application server with karaf server modules are actively gathered based on karaf_agent the invention discloses a kind of, it builds MQ message-oriented middlewares by karaf and file issues plug-in unit；Monitored main frame, it builds client plug-in by karaf, and the application server calls client plug-in to obtain monitoring data；Database server, it is used to store monitoring configuration information and monitoring data；When being connected between the monitored main frame and the application server by proxy server, the proxy server is provided with karaf middlewares and carries out data forwarding, and the application server is by calling the karaf middlewares on proxy server to obtain the monitoring data of monitored main frame.The present invention's actively gathers realization device based on karaf_agent, possesses self refresh, heat deployment, distributed quick function extended capability, support is provided for operation maintenance personnel Daily Round Check.
Description
Technical field
The present invention relates to one kind actively to gather realization device, more particularly to a kind of active collection based on karaf_agent
Realization device.
Background technology
In automation O＆M field, zabbix is a main flow, well-known distributed system monitoring and network prison
The enterprise-level of visual function is increased income solution.Zabbix server can be by SNMP, and zabbix agent, ping, port is supervised
Depending on the methods of the function such as monitoring, Data Collection to remote server/network state is provided, it may operate in LinuX,
On the platforms such as S0lariS, HP-UX, AIX, Free BSD, Open BSD, OS X.Zabbix is installed with configuration simply, is learnt into
This is low；Support multilingual (including Chinese)；Freely increase income；It is automatic to find server and the network equipment；Distributed monitoring and WEB
Manage function concentratedly；It can be monitored without agent；User safety authentication and soft authorization；Set or look into by WEB interface
See monitoring result；Informing functions such as email etc..Zabbix can monitor various network parameters, ensure the safety of server system
Operation；And flexible informing mechanism is provided to allow various problems existing for system manager's fast positioning/solution.
Puppet is a kind of centralized configuration management system of Linux, Unix, windows platform, uses own puppet
Description language, can management configuration file, user, cron tasks, software kit, system service etc..Puppet is these system entitys
Referred to as resource, the dependence puppet design object is the management simplified these resources and deals carefully with resource are closed
System.
But there are the following problems for current technology scheme：
1st, system client itself does not possess the ability of self refresh, a large amount of manpowers of renewal consuming of program after deployment.
2nd, system client does not possess heat deployment ability, it is necessary to which stopping client entering line program renewal.
3rd, systemic-function is fixed, and extended capability is weak, or Function Extension complex steps, such as needs to log in client etc..
The content of the invention
The technical problems to be solved by the invention be to provide it is a kind of realization device is actively gathered based on karaf_agent,
Disposed using application server, proxy server and client plug-in mode, have and support distributed monitoring ability, supported
The monitor mode of agency, not because local problem influences whole system, possess powerful ability extending transversely, can quickly be disposed
Promote.
The present invention is to provide a kind of master based on karaf_agent to solve the technical scheme that above-mentioned technical problem uses
Dynamic collection realization device, including：Application server, it includes karaf server modules, and the karaf server modules pass through
Karaf builds MQ message-oriented middlewares and file issues plug-in unit；Monitored main frame, it builds client plug-in by karaf, described
Application server is by calling the client plug-in on monitored main frame to obtain monitoring data；Database server, it is used to deposit
Store up monitoring configuration information and monitoring data；When passing through proxy server phase between the monitored main frame and the application server
Lian Shi, the proxy server are provided with karaf middlewares and carry out data forwarding, and the application server is by calling agency's clothes
The karaf middlewares being engaged on device obtain the monitoring data of monitored main frame.
Further, the client plug-in includes monitoring alarm plug-in unit, automation O＆M feature card and basis clothes
Business feature card.
Further, it is connected between the monitored main frame and the application server by proxy server；It is described to answer
File is sent into request with server to be issued in the MQ message-oriented middlewares of the server end module；The application server
File issue plug-in unit and listen to the file and send request, file is sent into request is sent to the proxy server
In karaf middlewares；Client plug-in on the monitored main frame listens to the karaf middlewares of the proxy server
Corresponding queue has the message of itself, then receives the message；The monitored main frame monitors unique queue, according to message solution in queue
Release and get corresponding operational order, then send file transmission to the recovery message queue that karaf server modules are monitored
File is construed to file stream after receiving the file transmission order and is put into respective queue, institute by order, the server
State monitored main frame and get restoring files and be saved in into file under local directory, determined according to the order received before next
Step exits or performed respective file, sends back by basic message state plug-in unit corresponding message after completion task described
In the MQ message-oriented middlewares of application server, and it is written to the database server；The application server reads message shape
State, file is issued into result and feeds back to user.
Further, the monitored main frame and the application server are joined directly together；The karaf of the application server
The file crawl plug-in unit of server module listens to MQ message-oriented middleware message；The monitored main frame feedback prepares to download file
Message status to the database server；The monitored main frame starts to download file, receives file stream, described monitored
Main frame feedback is receiving the message status of file to the database server；The monitored main frame completes file reception,
The message status that the monitored main frame feedback reception is completed is to the database server；The karaf of the application server
Server module deletes the temporary file of reception.
Further, the file crawl plug-in unit of the proxy server listens to MQ message-oriented middleware message；The karaf
Server module or proxy server feedback prepare to download the message status of file to the database server；Start lower published article
Part, receives file stream, and the service monitor or proxy server feedback are receiving the message status of file described in
Database server；The karaf server modules or the proxy server complete file reception, file are saved in described
Karaf server modules or institute's proxy server, and the message status that feedback reception is completed is to the database server；It is described
Proxy server deletes the temporary file of reception.
Further, the application server also includes the parameter of file crawl being forwarded to institute by MQ message-oriented middlewares
In the karaf middlewares for stating proxy server；The client plug-in of the monitored main frame listens to the proxy server
Task of having file to capture in queue, then receive message；The monitored main frame judges that file whether there is, if file is not present
Then stop collection, it is newly-built, task scheduling is deleted or modified if file is present；File type is judged, if crawl configuration text
Part, judges whether the configuration file changes, and is not captured if the configuration file does not change, if the configuration file has
Change then captures configuration file.
Further, if the file type is daily record crawl file, the journal file is returned into the application
Server.
Further, under using Observer Pattern, the karaf server modules or proxy server are monitored accordingly
The message queue of monitored main frame, the information content is assembled according to the monitored host object address to be performed, and is then propagated or wide
It is multicast in corresponding message queue, after monitored main frame receives the content of message queue accordingly, according to the message queue
Content be acquired with file transmit, perform remote scripting order, and assemble execution after the completion of return information to return queue
In, the karaf server modules or the proxy server are monitored and return to queue, obtain implementing result, and update and arrive data
In the corresponding data row in storehouse.
Further, the remote scripting order includes to the database server, MQ message-oriented middlewares and and supervised
Control main frame and perform SHELL and sql command, for periodicity, timing or manual mode to the database server, MQ message
Middleware and monitored main frame are restarted, and verification and state verification is compared to restarting front and rear data.
Further, between the monitored main frame and the application server using go-ahead mode realize automatic deployment or
Manually dispose.
It is proposed by the present invention it is a kind of realization device is actively gathered based on karaf_agent, using application server, agency
Server and client side's plug-in unit mode is disposed, have support distributed monitoring ability, support agency monitor mode, not because
Local problem influences whole system, possesses powerful ability extending transversely, can quickly carry out deployment popularization.
Further, the system module include remote command, file issue/capture, automate restart, automatically dispose etc.
Automation function, the operating efficiency and O＆M standardization of operation maintenance personnel can be greatly enhanced.
Brief description of the drawings
Fig. 1 is a kind of module map for actively gathering realization device based on karaf_agent in the embodiment of the present invention；
Fig. 2 is that a kind of file for actively gathering realization device based on karaf_agent in the embodiment of the present invention issues
Flow chart；
Fig. 3 is a kind of application service for actively gathering realization device based on karaf_agent in the embodiment of the present invention
The file crawl flow chart of device；
Fig. 4 is a kind of agency service for actively gathering realization device based on karaf_agent in the embodiment of the present invention
The file crawl flow chart of device；
Fig. 5 is a kind of monitored master for actively gathering realization device based on karaf_agent in the embodiment of the present invention
The file crawl flow chart of machine.
Embodiment
A kind of in the embodiment of the present invention actively gathers realization device based on karaf_agent, using application server,
Proxy server and client plug-in mode are disposed, and are had and are supported distributed monitoring ability, support the monitor mode of agency,
Not because local problem influences whole system, possess powerful ability extending transversely, can quickly carry out deployment popularization.
The Karaf that the present invention uses is an operation for being based on OSGi (Open Service GatewayInitiative)
Environment, OSGi technologies are the dynamic modeling systems towards Java.OSGi service platform provides service to Java, and these services make
Java turns into Integrated Simulation and the preferred environment of software development.Java provides the portability that product is supported in multiple platforms.
OSGi technologies, which provide, allows application program to use refining, the reusable and standardization primitive of component construction that can cooperate.
OSGi is a standard, and it is directed to being supplied to one modular BOTTOM LAYER ENVIRONMENT of Java projects, and a series of
General service (Service).Compared with common JVM programs, the characteristics of OSGi program innately possesses dynamic module, it is different
Module (in OSGi be referred to as Bundle) have independent life cycle, can independently be installed, started, stopped, being unloaded
Operation, the dependence management of intermodule also provides by OSGi.As can be seen that OSGi is especially suitable for needing to carry out Plugin management
Project, a typical successful case is exactly Eclipse and its numerous Plugin.OSGi standards also specifications is a series of often
Operation, daily record, configuration file, event queue, Web exploitations and JPA＆JDBC for seeing etc., most of frame for disposing OSGi standards
Frame both provides these services, such one side specification structure of code, has on the one hand saved the time of exploitation.
Karaf is an open source projects under Apache；Karaf is also the running environment based on OSGi simultaneously,
Karaf provides the OSGi containers of a lightweight, can be used for disposing various assemblies, application program.Karaf is provided a lot
Characteristic is used to help developer and the more flexible application deployment of user, such as:Heat deployment, dynamic configuration, several log processings
System, local system integrate, may be programmed extension console, ssh remote accesses and built-in installation authentication mechanism etc..Simultaneously
Karaf has been gone out as a ripe and outstanding OSGi running environment and container by many Apache projects as foundation stone
Container, such as：Apache Geronimo, ApacheServiceMix and Fuse ESB, it can be seen that Karaf is in performance, function
Be all a good selection in stability.
Apache Felix are an OSGi frameworks under Apache, and project itself is highly developed, has been used
In a lot of other projects, such as the service that Apache Servicemixo itselfs provide is also most complete, is almost covered
Whole OSGi4.2 standard.In addition some off-gauge functions, such as iPOJO are additionally provided.Framework is very tight in itself
Gather, it is only necessary to which 3 Bao Jiayi shell cans are run, and either exploitation or Debug are very easy.
Apache Felix Karaf are a Felix sub-project in itself, but he is to encapsulate Felix to provide more in fact
High one layer of Runtime, built-in a large amount of utilities under default situations.
Karaf is intended to reference to Equinox or two frameworks of Felix outstanding OSGi functions, and ensures its out-of-the-box.
Such as it contains a configurable log system and (is based on Log4J, but is carried out for numerous general log systems
Packaging), the remote access realized by SSH, pass through ConfigAdmin (source code is located in etc catalogues) configuration and interior
The JAAS built is supported.Moreover, Karaf there is also mounted Pax URL MVN agreements, thus can be from Maven central repositories
(can be packaged as bundle automatically in the case of necessary) installs bundle.
In addition, Karaf also proposed the concept of characteristic, so-called characteristic is exactly bundle set, can be pacified in the form of group
It is attached to central during running OSGi operations.Characteristic contains the support to obr, jetty and spring, has accomplished to unpack i.e.
With.So, multiple bundle are installed if desired, but do not have strict runtime dependence between these bundle, then this
Kind supports can to greatly simplify such case.
ActiveMQ is Apache products, the messaging bus of increasing income most popular, ability is powerful.ActiveMQ is one complete
It is complete to support JMS1.1 and the JMS Provider of the specifications of J2EE 1.4 to realize, although the appearance of JMS specifications has been thing for a long time
, but JMS still plays special status among current J2EE applications.Main feature is as follows:
(1) multilingual and agreement write client.Language:Java、C、C++、C#、Ruby、Perl、Python、PHP、
Using association IX, Openffire, Stomp REST, WS Notificat1n, XMPP and AMQP；
(2) JMS1.1 and J2EE1.4 specifications (persistence, XA message and affairs) are supported completely；
(3) to Spring support, ActiveMQ can be easy to be embedded into inside the system using Spring and go, and
Also Spring2.0 characteristic is supported；
(4) common J2EE servers (such as Geronimo, JBoss 4, GlassFish, WebLogic) test has been passed through,
Wherein by JCA 1.5resource adaptors configuration, ActiveMQ automatic deployments can be allowed to any compatible J2EE
In 1.4 commerce server；
(5) a variety of transportation protocols are supported:In-VM, TCP, SSL, N1, UDP, JGroups, and JXTA；
(6) message duration by JDBC and journal offer high speeds is supported；
(7) high performance cluster, client-server and point-to-point are ensure that from design；
(8) Ajax is supported；
(9) integration with Axis is supported；
(10) embedded JMS provider can be easily called to be tested.
It is understandable to enable above-mentioned purpose, feature and the beneficial effect of the present invention to become apparent, below in conjunction with the accompanying drawings to this
The specific embodiment of invention is described in detail.
Fig. 1 is a kind of module map of Self management realization device based on karaf_agent ends in the embodiment of the present invention.Such as
It is a kind of that realization device is actively gathered based on karaf_agent shown in Fig. 1, including：Application server 11, it includes service end
Module, the server module includes MQ message-oriented middlewares and file issues plug-in unit；Monitored main frame 12, the monitored main frame
12 and the application server 11 connect, the monitored main frame 12 includes client plug-in, and the client plug-in is used to obtain
Take monitoring data；Database server 13, it is used to store monitoring configuration information and monitoring data；Proxy server 14, it is wrapped
Karaf message-oriented middlewares are included, the client on plug-in unit and the monitored main frame 12 for calling proxy server 14
Plug-in unit is held to obtain monitoring data.
In specific implementation, the client plug-in includes monitoring alarm plug-in unit, automation O＆M feature card and base
Plinth service function plug-in unit.
Fig. 2 is that a kind of file for actively gathering realization device based on karaf_agent in the embodiment of the present invention issues
Flow chart.As shown in Fig. 2 step 21：File transmission request is issued to the server end module by the application server 11
MQ message-oriented middlewares in；Step 22：The application service:11 file issues plug-in unit and listens to the file transmission request,
File is sent into request to be sent in the karaf message-oriented middlewares of the proxy server 14；Step 23：The monitored main frame
The corresponding queue that client plug-in on 12 listens to the karaf message-oriented middlewares of the proxy server 14 has disappearing for itself
Breath, then receive the message；Step 24：The monitored main frame monitors unique queue, and phase is got according to message interpretation in queue
The operational order answered, then sends file transmission order to monitoring server recovery message queue, and the monitoring server receives
File is construed to file stream after the file transmission order and is put into respective queue, the monitored main frame gets file
Circulate into file to be saved under local directory, determined to exit or perform in next step corresponding text according to the order received before
Part, the file is received after completion task, corresponding message is sent back into the application service by basic message state plug-in unit
In the MQ message-oriented middlewares of device 11, and it is written to the database server 13；Step 25：The application server 11, which is read, to disappear
Breath state, file is issued into result and feeds back to user.
Fig. 3 is a kind of application service for actively gathering realization device based on karaf_agent in the embodiment of the present invention
The file crawl flow chart of device.As shown in figure 3, step 31：The file crawl of the server module of the application server 11 is inserted
Part listens to the MQ message-oriented middlewares of the server end module；Step 32：The monitored main frame feedback prepares to download file
Message status to the database server 13；Step 33：The monitored main frame starts to download file, receives file stream,
The monitored main frame feedback is receiving the message status of file to the database server 13；Step 34：It is described to be supervised
Control main frame and complete file reception, the message status that the monitored main frame feedback reception is completed to the database server 13；
Step 35：The server module of the application server 11 deletes the temporary file of reception.
Fig. 4 is a kind of agency service for actively gathering realization device based on karaf_agent in the embodiment of the present invention
The file crawl flow chart of device.As shown in figure 4, step 41：The file crawl plug-in unit of the proxy server 14 listens to described
The MQ message-oriented middleware message of server end module；Step 42：The service monitor or proxy server feedback prepare to download
The message status of file is to the database server 13；Step 43：Start to download file, receive file stream, the service prison
Control or proxy server feedback are receiving the message status of file to the database server 13；Step 44：It is described
Service monitor or the proxy server complete file reception, and file is saved in into the service monitor or the agency takes
It is engaged in device, and the message status that feedback reception is completed is to the database server 13；Step 45：The agency service:14 will connect
The temporary file of receipts is deleted.
Fig. 5 is a kind of monitored master for actively gathering realization device based on karaf_agent in the embodiment of the present invention
The file crawl flow chart of machine.As shown in figure 5, step 51：The MQ that the parameter that file captures is passed through into the application server 11
Message-oriented middleware is forwarded in the karaf message-oriented middlewares of the proxy server；Step 52；The visitor of the monitored main frame 12
Family end plug-in unit listens in the queue of the proxy server 14 task of having file to capture, then receives message；Step 53：It is described
Monitored main frame 12 judges that file whether there is, and stops collection if file is not present, if file is present, newly-built, deletion or
Change task scheduling；Step 54：Judge file type, if crawl configuration file, judges whether the configuration file changes,
Do not captured if the configuration file does not change, configuration file is captured if the configuration file changes.
In specific implementation, in addition to step：If the file type is daily record crawl file, by the journal file
Return to the application server 11.
It is proposed by the present invention it is a kind of realization device is actively gathered based on karaf_agent, using application server, agency
Server and client side's plug-in unit mode is disposed, have support distributed monitoring ability, support agency monitor mode, not because
Local problem influences whole system, possesses powerful ability extending transversely, can quickly carry out deployment popularization.
Further, the system module include remote command, file issue/capture, automate restart, automatically dispose etc.
Automation function, the operating efficiency and O＆M standardization of operation maintenance personnel can be greatly enhanced.
Further, Observer Pattern can also be used, the corresponding monitored main frame monitoring information queue, server
Or proxy server assembles the information content according to the monitored host object address to be performed, and then propagates or be broadcast to phase
In the message queue answered, after the corresponding monitored main frame receives the content of the message queue, according to the message team
The remote commands such as the content of row is acquired, file transmits and script performs, then perform completion according to corresponding queue command
Assembling return information content is returned in the return queue in order afterwards, the monitoring host computer or agent monitors server prison
Listen and return to queue acquisition to renewal after implementing result into the corresponding data row of database, the function can also issue long-range life
Order, the function can perform order, SHELL and sql command to database, middleware, main frame.
Further, Observer Pattern can also be used, the corresponding monitored main frame monitoring information queue, server
Or proxy server assembles the information content according to the monitored host object address to be performed, and then propagates or be broadcast to phase
In the message queue answered, after the corresponding monitored main frame receives the content of the message queue, according to the message team
The remote commands such as the content of row is acquired, file transmits and script performs, then perform completion according to corresponding queue command
Assembling return information content is returned in the return queue in order afterwards, the monitoring host computer or agent monitors server prison
Listen and return to queue acquisition to renewal after implementing result into the corresponding data row of database, the function is also equipped with file and issues/grab
Take function, the function provide to the operational capacity of file, file issued, covered, replaced, the crawl of partial replacement, increment,
The abilities such as full dose crawl.
Further, additionally it is possible to which automation is restarted, and the function supports periodicity, timing, manual mode to database, centre
Part, main frame are restarted, comparing verification and state verification after supporting before restarting.
Further, additionally it is possible to which automatically dispose, the function support deployment template, the management of deployment scheme and deployment system
Function is counted, the function of automatic deployment or manually dispose is realized using go-ahead mode.
Although the present invention is disclosed as above with preferred embodiment, so it is not limited to the present invention, any this area skill
Art personnel, without departing from the spirit and scope of the present invention, when a little modification and perfect, therefore the protection model of the present invention can be made
Enclose to work as and be defined by what claims were defined.
Claims (10)
1. a kind of actively gather realization device based on karaf_agent, it is characterised in that including：
Application server, it includes karaf server modules, and the karaf server modules are built in MQ message by karaf
Between part and file issue plug-in unit；
Monitored main frame, it builds client plug-in by karaf, and the application server is by calling on monitored main frame
Client plug-in obtains monitoring data；
Database server, it is used to store monitoring configuration information and monitoring data；
When being connected between the monitored main frame and the application server by proxy server, on the proxy server
Data forwarding is carried out provided with karaf middlewares, the application server is by calling the karaf middlewares on proxy server to obtain
Take the monitoring data of monitored main frame.
2. according to claim 1 actively gather realization device based on karaf_agent, it is characterised in that the visitor
Family end plug-in unit includes monitoring alarm plug-in unit, automation O＆M feature card and infrastructure service feature card.
3. according to claim 1 actively gather realization device based on karaf_agent, it is characterised in that the quilt
It is connected between monitoring host computer and the application server by proxy server；The application server sends file under request
It is dealt into the MQ message-oriented middlewares of the server end module；The file of the application server issue plug-in unit listen to it is described
File sends request, and file is sent into request is sent in the karaf middlewares of the proxy server；
The corresponding queue that client plug-in on the monitored main frame listens to the karaf middlewares of the proxy server has
The message of itself, then receive the message；
The monitored main frame monitors unique queue, and corresponding operational order, Ran Houxiang are got according to message interpretation in queue
The recovery message queue that karaf server modules are monitored sends file transmission order, and the server receives the file
File is construed to file stream after transmission order and is put into respective queue, it is written that the monitored main frame gets restoring files
Part is saved under local directory, is determined to exit or perform in next step respective file according to the order received before, completed
Corresponding message is sent back in the MQ message-oriented middlewares of the application server by basic message state plug-in unit after task, and
It is written to the database server；
The application server reads message status, and file is issued into result and feeds back to user.
4. according to claim 1 actively gather realization device based on karaf_agent, it is characterised in that the quilt
Monitoring host computer and the application server are joined directly together；The file crawl of the karaf server modules of the application server is inserted
Part listens to MQ message-oriented middleware message；
The monitored main frame feedback prepares to download the message status of file to the database server；
The monitored main frame starts to download file, receives file stream, and the monitored main frame feedback is receiving disappearing for file
Breath state is to the database server；
The monitored main frame completes file reception, the message status that the monitored main frame feedback reception is completed to the data
Storehouse server；
The karaf server modules of the application server delete the temporary file of reception.
5. realization device is actively gathered based on karaf_agent according to claim 3 or 4, it is characterised in that described
The file crawl plug-in unit of proxy server listens to MQ message-oriented middleware message；
The karaf server modules or proxy server feedback prepare to download the message status of file to the database service
Device；
Start to download file, receive file stream, the service monitor or proxy server feedback receive file
Message status is to the database server；
The karaf server modules or the proxy server complete file reception, and file is saved in into the karaf services
End module or institute's proxy server, and the message status that feedback reception is completed is to the database server；
The proxy server deletes the temporary file of reception.
6. according to claim 3 actively gather realization device based on karaf_agent, it is characterised in that described to answer
Also included the parameter that file captures being forwarded among the karaf of the proxy server by MQ message-oriented middlewares with server
In part；
The client plug-in of the monitored main frame listens in the queue of the proxy server task of having file to capture, then
Receive message；
The monitored main frame judges that file whether there is, and stops collection if file is not present, if file is present, newly-built,
Task scheduling is deleted or modified；
File type is judged, if crawl configuration file, judges whether the configuration file changes, if the configuration file does not have
Change, do not capture, configuration file is captured if the configuration file changes.
7. according to claim 6 actively gather realization device based on karaf_agent, it is characterised in that if described
File type is daily record crawl file, then the journal file is returned into the application server.
8. according to claim 1 actively gather realization device based on karaf_agent, it is characterised in that is using
Under Observer Pattern, the message queue of the karaf server modules or the corresponding monitored main frame of proxy server monitoring, root
The information content is assembled according to the monitored host object address to be performed, then propagates or is broadcast in corresponding message queue, phase
After the monitored main frame answered receives the content of message queue, it is acquired according to the content of the message queue and is passed with file
It is defeated, perform remote scripting order, and assemble execution after the completion of return information to return queue in, the karaf server modules
Or the proxy server is monitored and returns to queue, implementing result is obtained, and is updated into the corresponding data row of database.
9. according to claim 8 actively gather realization device based on karaf_agent, it is characterised in that described remote
Journey script command includes performing SHELL and SQL to the database server, MQ message-oriented middlewares and with monitored main frame and ordering
Order, weight is carried out to the database server, MQ message-oriented middlewares and monitored main frame for periodicity, timing or manual mode
Open, and verification and state verification is compared to restarting front and rear data.
10. according to claim 1 actively gather realization device based on karaf_agent, it is characterised in that the quilt
Automatic deployment or manually dispose are realized using go-ahead mode between monitoring host computer and the application server.
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