CN106951357B - A kind of server end application publication monitoring method and device based on finger daemon - Google Patents
A kind of server end application publication monitoring method and device based on finger daemon Download PDFInfo
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- CN106951357B CN106951357B CN201710325012.5A CN201710325012A CN106951357B CN 106951357 B CN106951357 B CN 106951357B CN 201710325012 A CN201710325012 A CN 201710325012A CN 106951357 B CN106951357 B CN 106951357B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/30—Monitoring
- G06F11/3089—Monitoring arrangements determined by the means or processing involved in sensing the monitored data, e.g. interfaces, connectors, sensors, probes, agents
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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
- G06F9/44505—Configuring for program initiating, e.g. using registry, configuration files
Abstract
Server end application publication and monitoring method based on finger daemon, 1) after the pre-release project of server end is compiled, it is uploaded in the form of compressed package in long-range maven libraries；The activation bit of the project is worked out according to the rule that finger daemon defines simultaneously；2) when the project currently needs to issue on the server, the activation bit of the project is submitted into finger daemon, the lasting monitoring after flow and publication is issued by finger daemon item controlled；Wherein, activation bit is provided with jar packet forms；3) finger daemon migrates the project of currently assigned publication from maven warehouses, project is built according to maven configuration standards according to activation bit and deployment configuration file；4) finger daemon extracts item reduction packet, publication of the project implementation in server according to the configuration parameter of pre- publication project；5) finger daemon is persistently monitored according to enabled instruction to announced project implementation start-up operation, and for the operating condition of project example in each terminal.
Description
Technical field
The present invention relates to server system O＆M fields, and in particular to a kind of server end application hair based on finger daemon
Cloth monitoring method and device.
Background technology
Finger daemon (operation program), that is, the Daemon processes usually said.It is independently of control terminal and period
Perform certain task or wait the event of pending certain generations to property.The most of server processes of linux are exactly to use finger daemon
It realizes, such as web services.Finger daemon usually starts when System guides are packed into, and is terminated when system is closed.Finger daemon
The characteristics of maximum is to operate in backstage, connectionless with terminal, unless in special circumstances, user cannot operate finger daemon.
In Linux, the interface that each system is exchanged with user is known as terminal, each process to bring into operation from this terminal
This terminal can be depended on, this terminal is known as the control terminal of these processes, when control terminal is closed, accordingly into
Cheng Douhui is automatically closed.But finger daemon can but break through this limitation, it starts running from being performed, until whole system
It is just exited during closing.It is not affected if it is desired to allowing some process because of user or terminal or other ground variations, then just must
This process must be become a finger daemon
With flourishing for Internet technology, in order to meet the continually changing demand of client, internet system is increasingly
More presents following situation：
(1) frequent release cycle：The continuous variation of user demand promotes internet system to constantly update, and publication is new
Version.Frequent iteration undoubtedly increases workload to maintenance work.Traditional published method process " compiling → configuration file modification
→ publication → startup "；Since each link is required for operation maintenance personnel to participate in, promote us to operation maintenance personnel Context aware on line
Degree and fineness etc. propose requirements at the higher level.In addition more and more internet systems implementations at present mostly dispose, more editions
This deployment, fully relying on operation maintenance personnel and being managed will become very difficult.
(2) fault discovery promptness：Internet era, the access of user be not limited to certain time period or certain
One place.At any time, the system failure can all cause the access of user immeasurable consequence, how understand problem in time
And it timely responds to solve to become key.Most systems can customize alarm monitoring according to service conditions, but in face of a plurality of production
Product line, repeating customization monitoring and warning function will waste and much exploit natural resources.And provide one it is general, timely and pacify
Full monitoring alarm function will greatly improve system working efficiency, and reduce cost.
In larger Internet company, O＆M can be related to different types of project publication, such as web projects
Publication, the publication of serviceization project, the publication of infrastructure service, different projects developed by different team, may provided not
Same deployment scheme, this can be undoubtedly a method for expending very much workload and confusion for the O＆M of centralization.
About it is existing the technical issues of, patent " a kind of application dissemination method and system " (number of accepting
CN201410601878.0 a solution) is proposed, which provides a kind of application dissemination method and system, specific steps：
Step 1：Obtain the application that completes, will apply and translate, obtain it is at least one be respectively applied to different system platform,
The application to be released of different frames type；Step 2：It is released news and target scope of release, is obtained into ginseng according to input by user
Message；Step 3：According to entering to join message, different types of application to be released is issued respectively in target scope of release；Step
Rapid 4：Application to be released is tested in target scope of release, when test passes through, performs step 5, otherwise, performs step
1；Step 5：When testing is complete, it will apply and be published to using distribution platform.The invention is answered for what same technology platform made
With multiple provinces can be published to simultaneously；In administrative center, pc on-line testings can be carried out to the application of publication；Greatly shorten
The Review Cycle of application reduces the cost of making；Realize the transparent introducing of business interface.However, the invention is only needle
To special applications scene, universality and versatility are not had, effectively can not be monitored management to having issued to apply.
Invention content
To solve the limitation of the prior art, it is an object of the present invention to provide a kind of server end applications based on finger daemon
Publication and monitoring method, the present invention also reside in, and issue project by finger daemon and monitor the progress of project example, and fully tie
The establishment of item characteristic of maven is closed, make pre-release any project compiled in nonproductive environment and is sent to after being packaged long-range
Maven warehouses, Maven warehouses are exactly the place for placing all jar files (WAR, ZIP, POM etc.), and all Maven projects can
Oneself required dependence JAR is obtained from same Maven warehouses, saves disk resource.It is all in Maven warehouses
JAR has the coordinate of their own, which tells its group ID of Maven, component ID, version；It is controlled by finger daemon and is performed
Migration of certain project in maven warehouses, by standard structure and externally publication；Project example executive condition after publication is by guarding
Sequence lasts, dynamically obtain monitoring data, in a manner that unified interface to be provided, reduce between monitoring system and project example
Complexity reduces the manual of operation maintenance personnel and participates in, realizes the standardization of publication and monitoring and facilitate extension, effectively support O＆M work
That makees is timely and efficient；
The technical scheme is that：A kind of server end application publication and monitoring method based on finger daemon, specifically
Step has：
Step 1：After the pre-release project of server end is compiled, it is uploaded in the form of compressed package in long-range maven libraries；Together
When the activation bit of the project is worked out according to the rule that finger daemon defines, the activation bit includes：Project configuration description text
Part, based on finger daemon driving implementation rule, project build maven scripts；
It is pre-defined descriptive file that the project configuration, which describes file, form xml, have recorded project by
All kinds of parameters that maven warehouses need to be configured when being sent to server, the configuration ginseng including finger daemon operating parameter and project itself
Number；
Particularly, project configuration describe file only be responsible for parameter is described, without giving parameter assignment, the assignment of parameter
Action revests when finger daemon is submitted to be issued.
The driving implementation rule based on finger daemon is substantially that can be known for pre-release project by finger daemon
Other interface, script path that the script path including project initiation, project stop, the probe port of project, project plug-in unit
Catalogue etc.；By above-mentioned interface, project can be issued for finger daemon and start and stop are managed；
The maven scripts of the project build are applied to build project script according to maven configuration modes, including specified
The Item version that need to be migrated from maven warehouses, in server in specified directory, specified needs are replaced technical routine structure
Configuration file, project permission；
Step 2：When the project currently needs to issue on the server, the activation bit of the project is submitted to guard into
Journey is issued the lasting monitoring after flow and publication by finger daemon item controlled；Wherein, activation bit is provided with jar packet forms.
Step 3：Finger daemon migrates currently assigned hair according to activation bit and deployment configuration file from maven warehouses
The project of cloth builds project according to maven configuration standards, specifically includes：
Step 3-1：Finger daemon receives Item drive information jar packets, by parsing activation bit jar packets, extracts item
Mesh configuration describing document, the driving based on finger daemon are realized, the maven scripts of project build；
Step 3-4：Finger daemon describes the content of file according to project configuration, extracts preconfigured relevant item publication
Parameter and finger daemon operating parameter, structure can by maven identify project issue configuration file, that is, profile files
(profile files do an explanation)；
Step 3-5：Finger daemon migrates pre- publication project according to the maven scripts of project build from maven warehouses
In compressed package to specified publisher server in specified directory；It is in combination with maven scripts and project publication configuration file
Profile files form the configuration parameter of final pre- publication project, and so far, by using maven warehouses, project build finishes；
Step 4：Finger daemon extracts item reduction packet, project implementation is servicing according to the configuration parameter of pre- publication project
Publication in device；
Step 5：Finger daemon is according to enabled instruction, to announced project implementation start-up operation, and in each machine
The operating condition of project example implements lasting monitoring, specifically has：
Step 5-1：The finger daemon of machine where the project example that monitoring system is monitored to needs initiates monitoring request；
Step 5-2：Finger daemon receives the request that monitoring application is initiated, and judges that request needs which project reality be sent to
Example, then confirms from the project example of finger daemon management, and provides monitoring interface to finger daemon, passes through the monitoring interface
Forward the monitoring request of project example；
Step 5-3：Project example receives finger daemon forwarding to monitor request, is obtained according to request content and is responsible for monitoring
Plug-in unit obtains the data for needing to monitor.
Step 5-4：The monitoring data got is returned to finger daemon by example；
Step 5-5：The monitoring data received is returned to monitoring system by finger daemon；
Particularly, during project example is monitored, finger daemon is acting as the role of a data forwarding, is supervising
Between control application and example, an external unified interface is acted as, reducing monitoring application needs to safeguard between example
The complexity of relationship；
Beneficial effects of the present invention：
(1) present invention controls publication project by finger daemon and monitors the progress of project example, and fully combine maven
Establishment of item characteristic, the published method of variety classes project is made to obtain unification, the manual of operation maintenance personnel is reduced and participates in, effectively prop up
Support the timely and efficient of maintenance work；
(2) present invention is realized after project publication, monitors interface by offer by finger daemon, it is real persistently to monitor projects
The operation of example, reduces the monitor mode complexity brought due to different monitoring demand, improves the monitoring efficiency of project example；
Description of the drawings
Fig. 1 is the server end application delivery system structure diagram based on finger daemon in the embodiment of the present invention；
Fig. 2 be traditional server application publication (above) and based on Maven warehouses server application publication comparison diagram (under
Figure)；
Fig. 3 is a kind of server end application publication flow diagram based on finger daemon in the embodiment of the present invention；
Fig. 4 is a kind of application example monitoring structure schematic diagram based on finger daemon in the embodiment of the present invention；
Fig. 5 is a kind of monitoring flow chart based on finger daemon in the embodiment of the present invention.
Specific embodiment
To make the objectives, technical solutions, and advantages of the present invention clearer, below to a kind of in the embodiment of the present invention
Some involved terms do simplicity of explanation in server end application publication monitoring method based on finger daemon：
It is pre-defined descriptive file that the project configuration, which describes file, form xml, have recorded project by
All kinds of parameters that maven warehouses need to be configured when being sent to server, the configuration ginseng including finger daemon operating parameter and project itself
Number；
The driving based on finger daemon is realized, is substantially that can be identified for pre-release project by finger daemon
Interface, script path that the script path including project initiation, project stop, the probe port of project, project plug-in unit catalogue
Deng.By above-mentioned interface, project can be issued for finger daemon and start and stop are managed；
The maven scripts of the project build are applied to build project script according to maven configuration modes, including specified
The Item version that need to be migrated from maven warehouses, in server in specified directory, specified needs are replaced technical routine structure
Configuration file, project permission；
For the technical solution that those skilled in the art can be better understood from present application example, below in conjunction with the accompanying drawings
Technical scheme of the present invention in implementing to the application is described further.
Fig. 1 is the server end application delivery system structure diagram based on finger daemon in the embodiment of the present invention, specifically
Including：Interface layer 101, distribution module 102, configuration module 103, instance management module 104, machine monitors module 105, example prison
Control module 106；Finger daemon is communicated by interface layer 101 with applications, and distribution module is used to receive and process from interface layer
The content of transmission；The all items example by finger daemon management is had recorded in example module 104, and control example publication,
Start and stop；The configuration information of the configuration information of finger daemon and its project example managed is managed by configuration module 103；
Finger daemon is responsible for being monitored the system information of machine, such as CPU, memory, magnetic by disposing machine monitors module 105
Disk etc.；To obtain multiple types machine monitors
For finger daemon by deployment examples monitoring module 106, the project example for managing it provides monitoring；
Card module is the dynamic loading function that the Classloader mechanism based on java is realized, which can be not
In the case of redirecting finger daemon, additional correlation module is loaded, it is only necessary to which correlation module is provided in the form of jar packets.
Fig. 2 is that traditional server application publication flow and the server application based on finger daemon issue flow comparison diagram,
After traditional project issues compiled server compiling, it is sent directly to production server and is issued, whole process needs to transport
Dimension personnel participate in control；And the publication of disparity items needs to configure different published methods, the monitoring of disparity items also has not
With configuration；In the server application issuing process based on finger daemon of the present invention, any one project (such as web projects
Publication, the publication of serviceization project, the publication of infrastructure service) it is compiled after, first by finger daemon control by after compiling should
With being sent to Maven warehouses, then control and perform the production service that migration of the project in maven warehouses is specified by finger daemon
Device, and issue according to configuration file finished item structure and externally, the project example executive condition after publication is held by finger daemon
Continuous ground dynamically obtains monitoring data, in a manner of providing unified interface, reduces the complexity between monitoring system and project example
Degree reduces the manual of operation maintenance personnel and participates in, realizes the standardization of publication and monitoring and facilitate extension, effectively support maintenance work
In time and efficiently；
Fig. 3 is a kind of server end application publication flow diagram based on finger daemon in the embodiment of the present invention, is passed through
Finger daemon issues project and monitors the progress of project example, and fully combines the establishment of item characteristic of maven, makes pre-release
Any project in nonproductive environment it is compiled and be packaged after be sent to long-range maven warehouses, by finger daemon control and perform should
Migration of the project in maven warehouses, by standard structure and externally publication, specific steps include：
Step 301：After pre-release project is compiled, it is uploaded in the form of compressed package and is disposed in long-range maven libraries,
The deployment information in maven warehouses is recorded, forms deployment configuration file；Simultaneously the project is worked out according to the rule that finger daemon defines
Activation bit, the activation bit includes：Project profile, the driving implementation rule based on finger daemon, project build
Maven scripts.
Particularly, project configuration describe file only be responsible for parameter is described, without giving parameter assignment, the assignment of parameter
Action revests when finger daemon is submitted to be issued.
Step 302：When project currently needs to issue on the server, the activation bit of the project is submitted to guard into
Journey is issued the lasting monitoring after flow and publication by finger daemon item controlled；Wherein, activation bit is provided with jar packet forms；
Step 303：：Finger daemon receives Item drive information jar packets, by parsing activation bit jar packets, extracts item
Mesh configuration describing document, the driving based on finger daemon are realized, the maven scripts of project build；
Step 304：Finger daemon describes the content of file according to project configuration, extracts preconfigured relevant item publication
Parameter and finger daemon operating parameter, structure can by maven identify project issue configuration file, that is, profile files
(profile files are used to define the collection of configuration information of relevant item)；
Step 305：Finger daemon migrates pre- publication project according to the maven scripts of project build from maven warehouses
In compressed package to specified publisher server in specified directory；It is in combination with maven scripts and project publication configuration file
Profile files form the configuration parameter of final pre- publication project, and so far, by using maven warehouses, project build finishes；
Step 306：Finger daemon extracts item reduction packet, project implementation is taking according to the configuration parameter of pre- publication project
The publication being engaged in device；
Step 307：Finger daemon is according to enabled instruction, to announced project implementation start-up operation；
Fig. 4 is a kind of application example monitoring structure schematic diagram based on finger daemon, finger daemon in the embodiment of the present invention
Parsing monitoring data is not undertaken, only undertakes the role of monitoring data forwarding, is responsible for receiving the monitoring request that monitoring system is sent out, and
Project example is given in monitoring request, the monitoring data most got from project example at last returns to monitoring system；
During the monitoring to project example, finger daemon is to provide interface (heartbeat monitor interface or self-defined prison
Control interface) form, receive project example transmission monitoring data；
Fig. 5 is that a kind of monitoring flow chart based on finger daemon, finger daemon are uniformly connect with providing in the embodiment of the present invention
The form of mouth, the monitoring relationship between maintenance monitoring system and project example, specific steps include：
Step 501：The finger daemon of machine where the project example that monitoring system is monitored to needs initiates monitoring request；
Step 502：Finger daemon receives the request that monitoring application is initiated, and judges that request needs which project reality be sent to
Example, then confirms from the project example of finger daemon management, and provides monitoring interface to finger daemon, passes through the monitoring interface
Forward the monitoring request of project example；
Step 503：Project example receives finger daemon forwarding to monitor request, is obtained according to request content and is responsible for monitoring
Plug-in unit obtains the data for needing to monitor.
Step 504：The monitoring data got is returned to finger daemon by example；
Step 505：The monitoring data received is returned to monitoring system by finger daemon；
Particularly, during project example is monitored, finger daemon is acting as the role of a data forwarding, is supervising
Between control application and example, an external unified interface is acted as, reducing monitoring application needs to safeguard between example
The complexity of relationship.
Claims (3)
1. a kind of server end application publication and monitoring method based on finger daemon, it is characterized in that the specific steps are：
Step 1：After the pre-release project of server end is compiled, it is uploaded in the form of compressed package in long-range maven libraries；It presses simultaneously
The activation bit of the project is worked out according to the rule that finger daemon defines, the activation bit includes：Project configuration describes file, base
The maven scripts of driving implementation rule, project build in finger daemon；
It is pre-defined descriptive file that the project configuration, which describes file, and form xml has recorded project by maven storehouses
All kinds of parameters that library need to be configured when being sent to server, the configuration parameter including finger daemon operating parameter and project itself；
The driving implementation rule based on finger daemon, is substantially that can be identified for pre-release project by finger daemon
Interface, script path that the script path including project initiation, project stop, the probe port of project, project plug-in unit catalogue；
By above-mentioned interface, project can be issued for finger daemon and start and stop are managed；
The maven scripts of the project build are applied to build project script according to maven configuration modes, including it is specified need to be from
The Item version migrated in maven warehouses, in server in specified directory, what specified needs were replaced matches technical routine structure
Put file, project permission；
Step 2：When the project currently needs to issue on the server, the activation bit of the project is submitted into finger daemon,
The lasting monitoring after flow and publication is issued by finger daemon item controlled；Wherein, activation bit is provided with jar packet forms；
Step 3：Finger daemon migrates currently assigned publication according to activation bit and deployment configuration file from maven warehouses
Project builds project according to maven configuration standards, specifically includes：
Step 3-1：Finger daemon receives Item drive information jar packets, and by parsing activation bit jar packets, extraction project is matched
Put description file, the driving based on finger daemon is realized, the maven scripts of project build；
Step 3-4：Finger daemon describes the content of file according to project configuration, extracts the ginseng of preconfigured relevant item publication
Number and finger daemon operating parameter, the project that structure can be identified by maven issue configuration file, that is, profile files；
Step 3-5：Finger daemon migrates the compression of pre- publication project according to the maven scripts of project build from maven warehouses
In packet to specified directory in specified publisher server；In combination with maven scripts and project publication configuration file, that is, profile texts
Part forms the configuration parameter of final pre- publication project, and so far, by using maven warehouses, project build finishes；
Step 4：Finger daemon extracts item reduction packet, project implementation is in server according to the configuration parameter of pre- publication project
Publication；
Step 5：Finger daemon is according to enabled instruction, to announced project implementation start-up operation, and in each machine terminal
The operating condition of project example implements lasting monitoring, specifically has：
Step 5-1：The finger daemon of machine terminal where the project example that monitoring system is monitored to needs initiates monitoring request；
Step 5-2：Finger daemon receives the request that monitoring system application is initiated, and judges that request needs which project reality be sent to
Example, then confirms from the project example of finger daemon management, and provides monitoring interface to finger daemon, passes through the monitoring interface
Forward the monitoring request of project example；
Step 5-3：Project example receives finger daemon forwarding to monitor request, is obtained according to request content and is responsible for inserting for monitoring
Part obtains the data for needing to monitor；
Step 5-4：The monitoring data got is returned to finger daemon by project example；
Step 5-5：The monitoring data received is returned to monitoring system by finger daemon.
2. server end application publication and monitoring method according to claim 1 based on finger daemon, it is characterized in that
During monitoring project example, finger daemon is acting as the role of a data forwarding, between monitoring application and example,
An external unified interface is acted as, reducing monitoring application needs to safeguard the complexity of the relationship between example.
3. server end application publication and monitoring method according to claim 1 based on finger daemon, it is characterized in that item
Mesh configuration describing document is only described parameter, without giving parameter assignment, the assignment action of parameter submit finger daemon into
It is revested when row publication.
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| CN108334410A (en) * | 2018-01-26 | 2018-07-27 | 福建星瑞格软件有限公司 | A kind of distributed application program client light weight method and computer equipment |
| CN108628632B (en) * | 2018-03-20 | 2021-09-10 | 车音智能科技有限公司 | Packing method and device |
| CN110968357B (en) * | 2018-09-30 | 2023-04-07 | 北京国双科技有限公司 | Method and device for packaging maven item, storage medium and processor |
| CN110324209B (en) * | 2019-08-02 | 2020-10-09 | 泰康保险集团股份有限公司 | Micro-service system monitoring method and device, electronic equipment and computer readable medium |
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| CN102185900A (en) * | 2011-04-18 | 2011-09-14 | 北京新媒传信科技有限公司 | Application service platform system and method for developing application services |
| CN104331287A (en) * | 2014-10-31 | 2015-02-04 | 北京思特奇信息技术股份有限公司 | Method and system for releasing applications |
| CN104731580A (en) * | 2015-01-12 | 2015-06-24 | 上海新炬网络信息技术有限公司 | Automation operation and maintenance system based on Karaf and ActiveMQ and implement method thereof |
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| US8120802B2 (en) * | 2006-12-06 | 2012-02-21 | Sharp Laboratories Of America, Inc. | System and method for securely accessing downloaded print job resources |
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| CN102185900A (en) * | 2011-04-18 | 2011-09-14 | 北京新媒传信科技有限公司 | Application service platform system and method for developing application services |
| CN104331287A (en) * | 2014-10-31 | 2015-02-04 | 北京思特奇信息技术股份有限公司 | Method and system for releasing applications |
| CN104731580A (en) * | 2015-01-12 | 2015-06-24 | 上海新炬网络信息技术有限公司 | Automation operation and maintenance system based on Karaf and ActiveMQ and implement method thereof |
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