CN105227379A - Centralized monitoring and early-warning method aimed at java web application - Google Patents

Centralized monitoring and early-warning method aimed at java web application Download PDF

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CN105227379A
CN105227379A CN 201510716354 CN201510716354A CN105227379A CN 105227379 A CN105227379 A CN 105227379A CN 201510716354 CN201510716354 CN 201510716354 CN 201510716354 A CN201510716354 A CN 201510716354A CN 105227379 A CN105227379 A CN 105227379A
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application
method
monitoring
data
deployment
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CN 201510716354
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Chinese (zh)
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吴海超
孟庆强
刘一田
刘士进
胡牧
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国家电网公司
南京南瑞集团公司
南京南瑞信息通信科技有限公司
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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00Arrangements for maintenance or administration or management of packet switching networks
    • H04L41/06Arrangements for maintenance or administration or management of packet switching networks involving management of faults or events or alarms
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network-specific arrangements or communication protocols supporting networked applications
    • H04L67/02Network-specific arrangements or communication protocols supporting networked applications involving the use of web-based technology, e.g. hyper text transfer protocol [HTTP]
    • H04L67/025Network-specific arrangements or communication protocols supporting networked applications involving the use of web-based technology, e.g. hyper text transfer protocol [HTTP] for remote control or remote monitoring of the application
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network-specific arrangements or communication protocols supporting networked applications
    • H04L67/28Network-specific arrangements or communication protocols supporting networked applications for the provision of proxy services, e.g. intermediate processing or storage in the network
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L65/00Network arrangements or protocols for real-time communications
    • H04L65/10Signalling, control or architecture
    • H04L65/1066Session control
    • H04L65/1073Registration

Abstract

The invention discloses a centralized monitoring and early-warning method aimed at a java web application. According to the method, a set of strategy of simple deployment is provided, deployment capability of the application in a cluster is promoted greatly, and operation and maintenance efficiency is improved; data is acquired in a non-invasive mode, and pressure on an application system is reduced to the greatest extent; data acquisition is executed in a manner of server-middleware-application, and abundant of monitoring data is provided; a nosql storage mode, integrated with analysis tools, such as hadoop, is adopted for predicting state trend of the server, and thus, healthy operation of the application system is guaranteed.

Description

一种针对java web应用的集中监控和预警方法 A method for centralized monitoring and early warning for the java web application

[0001] [0001]

技术领域 FIELD

[0002] 本发明涉及一种针对java web应用的集中监控和预警方法。 [0002] The centralized monitoring and early warning for the method of the present invention relates to a java web application.

背景技术 Background technique

[0003] 目前javaweb应用一般部署在javaweb容器中(俗称:java应用中间件),由应用容器管理应用系统运行时的资源分配和访问等。 [0003] Currently javaweb applications typically deployed in javaweb container (commonly known as: java application middleware), resource allocation and access, etc. run by the application container management system at the time of application. 大型的企业应用一般由多个应用容器组成集群,以提供错误恢复、会话保持、负载均衡等,在集群环境下,应用部署依赖应用容器提供的集群部署、监控功能。 Large-scale enterprise applications generally composed of multiple application containers clustered to provide error recovery, to keep the session, load balancing, etc., in a clustered environment, the clustered application deployment depend on the deployment of applications provided by the container, the monitoring function. 在没有专门的集群管理功能情况下,应用系统的部署和升级一般由程序集拷贝、解压、远程登录修改配置文件,系统部署、升级质量低下,而且人工操作错误可能性较大;由于集群环境的复杂性,可能出现多个操作系统或者多种java应用容器,维护成本较大,需要不同平台的专业人员;每次扩容服务器需要大量的服务器监控;监控系统需要依赖硬件,且受限物理距离和硬件瓶颈。 In the absence of a dedicated cluster management functions, the application system deployments and upgrades by the general assembly copy, decompression, remote login modify configuration files, system deployment, upgrade low quality, greater likelihood of error and manual operation; due to the cluster environment complexity, a plurality of operating systems or more containers may occur java applications, large maintenance costs, the need for professionals different platforms; each expansion requires a large amount of server monitoring server; monitoring system relies on hardware, and the limited physical distance and hardware bottlenecks.

[0004] 由于非商业javaweb容器的部署局限性,部署效率低下,人工操作出错性大,监控维护成本极高;虽然目前市面已经有一些监控开源软件,但由于其侵入性,监控力度不够等;无法快速、准确定位问题,且对应用系统损耗较大,不利于应用系统的稳定与可靠。 [0004] Since the deployment of limitations for non-commercial javaweb container, deployment inefficient, error large, high cost of monitoring and maintenance manual; although the current market there are already some open source monitoring software, but because of its invasive monitoring is not enough and so on; unable to quickly and accurately locate the problem and the application of the system loss is large, is not conducive to the stability and reliability of applications.

发明内容 SUMMARY

[0005] 为了解决上述技术问题,本发明提供了一种针对java web应用的集中监控和预警方法。 [0005] To solve the above problems, the present invention provides a method for centralized monitoring and early warning for the java web application.

[0006] 为了达到上述目的,本发明所采用的技术方案是: [0006] To achieve the above object, the technical solution employed in the present invention:

一种针对java web应用的集中监控和预警方法,包括以下步骤, One for centralized monitoring and early warning methods java web applications, including the following steps

步骤一,依次配置Agent程序、启动Agent程序; A step of sequentially arranged Agent program, program start Agent;

步骤二,在管理服务中依次配置服务器、注册服务器; Step two, in order to configure the server to register the server management services;

步骤三,服务器注册完成后,将初始化数据发送给对应的Agent,完成Agent程序的参数初始化; Step three, the server after registration is completed, the initialization data sent to the corresponding Agent, parameter initialization process is completed Agent;

步骤四,在管理服务中依次配置中间件、应用系统; Step four, turn the configuration of middleware, application management services;

步骤五,注册中间件; Step five, registered middleware;

在指定的服务器中注册受管的中间件对象; Register middleware managed objects in the specified server;

步骤六,中间件注册完成后,向Agent发送中间件校验和配置指令,检查中间件路径和类型是否正确,检查通过后Agent从管理服务下载扩展组件并安装部署到中间件中;步骤七,注册应用系统; Step 6 after completion of registration middleware, the middleware checksum Agent sends configuration instructions to check whether the correct type of intermediate paths and, after inspection by the Service Agent deployment manager downloads and install the expansion assembly middleware; Step 7 registration application;

步骤八,应用系统注册完成后,上传对应的程序集文件,记录应用系统与程序集文件的关耳关; Step eight, application registration is complete, the corresponding assembly upload files, records shut off the ear with the application of the assembly file system;

步骤九,配置应用系统; 对指定的应用系统,创建并并联多个不同类型的配置文件; Step 9, to deploy applications; for specific applications, and creating a plurality of different types of parallel profiles;

步骤十,配置应用; Step 10, the configuration application;

多个应用组成一个部署单元,在部署单元中的应用具有不同的名称和访问路径; A deployment unit composed of a plurality of applications, application deployment unit has a different name and access path;

步骤十一,管理服务向Agent发送部署指令; Step 11, the management service transmits an instruction to deploy - Agent;

步骤十二,Agent接收指令后,首先停止正在运行的中间件实例,备份已部署的应用程序,其次删除当前已部署的应用程序,然后从管理服务下载最新的程序集文件并解压到部署目录,下载配置文件并按配置文件定义存放到程序集目录中相应位置; Step 12, Agent after receiving instructions, first stop the running instance of middleware, application backup deployed, followed by deleting the applications that are currently deployed, and then from the management server to download the latest assembly file and extract to the deployment directory, download a configuration file stored in the configuration file defines the press assembly corresponding directory location;

步骤十三,中间件启动过程中,扩展组件加载并运行,扩展组件向中间件安装目录中的预定目录输出JVM运行数据; Step XIII intermediate during startup, loading and running the expansion assembly, the expansion assembly mounted predetermined output JVM directory data directory operation to the broker;

步骤十四,Agent监视扩展组件输出,周期性检查预定目录中的文件变更; Fourteen step, the extended component output monitoring - Agent periodically checks a predetermined directory file change;

步骤十五,Agent将最新的JVM运行数据发送到管理服务; Step fifteen, Agent will send the latest JVM to run data management services;

步骤十六,管理服务将JVM运行数据以非结构化的方式存至hadoop的hdfs中,通过hadoop的定义好的mapreduce定时计算JVM运行数据; Step sixteen, the JVM execution management services data stored in an unstructured manner to the HDFS hadoop good mapreduce JVM execution timing calculation data by defining the hadoop;

步骤十七,管理服务将hadoop计算获得的预警数据存储至数据库中; Step seventeenth and early-warning data management services will get hadoop computing storage to the database;

步骤十八,管理服务定时向数据库采集预警数据,并将预警数据在页面上进行展示; Step eight, the timing of collection of early warning data management services to the database, and early-warning data to appear on the page;

步骤十九,运维人员登录管理服务,查看预警数据,根据预警数据握服务器状态。 Step nine, operation and maintenance personnel to log management service, see the warning data, grip server status under the early warning data.

[0007] 配置服务器包括配置服务器名称、IP和管理端口;注册服务器包括注册服务器名称、IP和管理端口。 [0007] configuration server includes a configuration server name, IP and port management; registration server includes a registration server name, IP and port management.

[0008] 注册受管的中间件对象包括注册中间件类型、名称、安装目录和端口。 [0008] The object is registered by the intermediate tube comprises registration middleware type, name, the directory and the port installation.

[0009] 配置文件为Xml或Properties格式的配置文件。 [0009] Xml configuration file or configuration file format Properties.

[0010] 部署指令包括中间件信息、程序集下载路径和配置文件列表。 [0010] The instruction includes a middleware deployment information, and the assembly download path profile list.

[0011] JVM运行数据包括静态数据和动态数据;静态数据只在扩展组件初始化时输出一次,包括JVM版本、厂家、当前进程号、类路径和工作目录;动态数据为周期性获取最新数据,包括进程列表、进程堆栈、类加载数量和堆大小。 [0011] JVM operational data comprises static data and dynamic data; outputting static data only once during initialization of the expansion assembly, including the JVM version, the manufacturers, the current process, and the working directory path the class; dynamic data to periodically obtain the latest data, comprising process list, process stack, heap size and the number of class loading.

[0012] 在服务器、中间件、应用出现问题时,管理服务可以通过短信邮件接口通知告警运维人员。 [0012] In the server, middleware, applications when problems arise, alarm management service can notify maintenance personnel via SMS message interface.

[0013] 本发明所达到的有益效果:本发明提供一种针对java web应用的集中监控和预警方法,提供一套简易部署的策略,极大提升集群下应用的部署能力,提高运维效率;采用非侵入式采集数据,最大限度减轻对应用系统的压力;提供服务器-中间件-应用运行数据采集,提供丰富的监控数据;采用nosql存储方式,与hadoop等大数据分析工具集成,预测服务器状态走势,进而保障应用系统的健康运行。 [0013] The present invention to achieve beneficial effects: The present invention provides a method for centralized monitoring and early warning for java web applications provide a simple strategy deployment, greatly enhance the ability to deploy applications under cluster, improve the efficiency of operation and maintenance; collecting data using non-invasive, would minimize the pressure application system; providing server - middleware - applications running data collection, monitoring data provide rich; nosql storage use, integrated with other large hadoop data analysis tools, server state prediction trend, and thus safeguard the healthy operation of the application system.

附图说明 BRIEF DESCRIPTION

[0014] 图1为本发明的流程图。 [0014] FIG. 1 is a flowchart of the present invention.

具体实施方式 detailed description

[0015] 下面结合附图对本发明作进一步描述。 [0015] The following drawings in conjunction with the present invention will be further described. 以下实施例仅用于更加清楚地说明本发明的技术方案,而不能以此来限制本发明的保护范围。 The following examples serve only to more clearly illustrate the technical solutions of the present invention, and are not intended to limit the scope of the invention.

[0016] 如图1所示,一种针对java web应用的集中监控和预警方法,包括以下步骤: 步骤一,依次配置Agent程序、启动Agent程序。 [0016] As shown in FIG. 1, a method for centralized monitoring and early warning for the java web application, comprising the steps of: a step of sequentially arranged Agent program, program start Agent.

[0017] Agent的监听端口定义在配置文件中,如无定义使用默认端口;Agent启动过程中首先以嵌入方式初始化Jetty引擎监听指定端口,注册指令接收处理Handler。 [0017] Agent listening port defined in the configuration file, without using the default port defined; Agent startup first initializes to embed Jetty engine listening on the specified port registration instruction reception processing Handler.

[0018] 步骤二,在管理服务中依次配置服务器、注册服务器。 [0018] Step two, in order to configure the server management services, the registration server.

[0019] 配置服务器包括配置服务器名称、IP、管理端口(Agent的监听端口中);注册服务器包括注册服务器名称、IP、管理端口(Agent的监听端口中)。 [0019] configuration server configuration includes the server name, IP, port management (Agent's listening port); registration server includes a registration server name, IP, port management (Agent's listening port).

[0020] 步骤三,服务器注册完成后,将初始化数据发送给对应的Agent,完成Agent程序的参数初始化; [0020] Step three, the server after registration is completed, the initialization data sent to the corresponding Agent, Agent parameter initialization process is completed;

步骤四,在管理服务中依次配置中间件、应用系统。 Step four, turn the configuration of middleware, application management services.

[0021] 步骤五,注册中间件。 [0021] Step five, registered middleware.

[0022] 在指定的服务器中注册受管的中间件对象,包括注册中间件类型、名称、安装目录和端口。 [0022] Register middleware managed objects in the specified server, the registration including the middleware type, name, the directory and the port installation.

[0023] 步骤六,中间件注册完成后,向Agent发送中间件校验和配置指令,检查中间件路径和类型是否正确,检查通过后Agent从管理服务下载扩展组件并安装部署到中间件中。 [0023] Step 6 after completion of registration middleware, the middleware checksum Agent sends configuration instructions to check whether the correct type of intermediate paths and, after inspection by the management service from the Download Agent deployment and extension assembly is mounted to the middleware.

[0024] 步骤七,注册应用系统。 [0024] Step 7 Registration Application.

[0025] 应用系统主要属性包括名称、部署上下文、程序集文件路径。 [0025] The attributes include the name of the main application, deployment context, the file path assembly.

[0026] 步骤八,应用系统注册完成后,上传对应的程序集文件(ZIP),记录应用系统与程序集文件的关联(I对I)。 [0026] Step 8 after the application registration is complete, the corresponding assembly file upload (the ZIP), the associated records (I for I) and the application system assembly file.

[0027] 步骤九,配置应用系统。 [0027] Step 9, the configuration application.

[0028] 对指定的应用系统,创建并并联多个不同类型的配置文件。 [0028] The specific applications, and creating a plurality of different types of parallel profiles.

[0029] 应用系统配置由所属应用、文件位置、文件类型、文件内容组成,保存在数据库中。 [0029] The application configured by the application belongs, file location, file type, file content component, stored in the database. 配置文件为Xml或Properties格式的配置文件,有格式校验功能,检查文件内容格式的合法性,其他格式的配置文件不提供校验功能。 Properties Xml configuration file format or configuration files, formatted check function, check the legality of the contents of the file format, other formats profile does not provide check functions.

[0030] 步骤十,配置应用。 [0030] Step 10, the configuration application.

[0031] 多个应用组成一个部署单元,在部署单元中的应用具有不同的名称和访问路径。 [0031] a deployment unit composed of a plurality of applications, application deployment unit has a different name and access paths.

[0032] 步骤十一,管理服务向Agent发送部署指令。 [0032] Step 11, the management service transmits an instruction to deploy the Agent.

[0033] 部署指令包括中间件信息、程序集下载路径和配置文件列表。 [0033] The instruction includes a middleware deployment information, and the assembly download path profile list.

[0034] 步骤十二,Agent接收指令后,首先停止正在运行的中间件实例,备份已部署的应用程序,其次删除当前已部署的应用程序,然后从管理服务下载最新的程序集文件并解压到部署目录,下载配置文件并按配置文件定义存放到程序集目录中相应位置。 [0034] Step 12, Agent after receiving instructions, first stop the running instance of middleware, application backup deployed, followed by deleting the applications that are currently deployed, and then from the management server to download the latest assembly file and unzip deployment directory, press download a configuration file stored in the configuration file defines an assembly position of the corresponding directory.

[0035] 步骤十三,中间件启动过程中,扩展组件加载并运行,扩展组件向中间件安装目录中的预定目录输出JVM运行数据。 [0035] Step XIII intermediate during startup, loading and running the expansion assembly, the expansion assembly installation directory predetermined directory data to output the JVM execution middleware.

[0036] JVM运行数据包括静态数据和动态数据;静态数据只在扩展组件初始化时输出一次,包括JVM版本、厂家、当前进程号、类路径和工作目录;动态数据为周期性获取最新数据,包括进程列表、进程堆栈、类加载数量和堆大小。 [0036] JVM operational data comprises static data and dynamic data; outputting static data only once during initialization of the expansion assembly, including the JVM version, the manufacturers, the current process, and the working directory path the class; dynamic data to periodically obtain the latest data, comprising process list, process stack, heap size and the number of class loading.

[0037] 步骤十四,Agent监视扩展组件输出,周期性检查预定目录中的文件变更。 [0037] Step fourteen, - Agent extension component output monitor periodically checks the predetermined directory file change.

[0038] 步骤十五,Agent将最新的JVM运行数据发送到管理服务。 [0038] Step fifteen, Agent will send the latest JVM to run data management services.

[0039] 步骤十六,管理服务将JVM运行数据以非结构化的方式存至hadoop的hdfs中,通过hadoop的定义好的mapreduce定时计算JVM运行数据。 [0039] Step sixteen, the JVM execution management service data stored in an unstructured manner to hdfs hadoop, the JVM execution timing calculation data defined by the mapreduce hadoop.

[0040] 步骤十七,管理服务将hadoop计算获得的预警数据存储至数据库中。 [0040] Step seventeenth and early-warning data management services will get hadoop computing storage to the database.

[0041] 步骤十八,管理服务定时向数据库采集预警数据,并将预警数据在页面上进行展不O [0041] Step eight, the timing management service acquisition database to the warning data, and alarm data show on the page without O

[0042] 步骤十九,运维人员登录管理服务,查看预警数据,根据预警数据握服务器状态。 [0042] Step nine, operation and maintenance personnel to log management service, see the warning data, grip server status under the early warning data.

[0043] 在服务器、中间件、应用出现问题时,管理服务可以通过短信邮件接口通知告警运维人员。 [0043] In the server, middleware, applications when problems arise, alarm management service can notify maintenance personnel via SMS message interface.

[0044] 上述方法提供一套简易部署的策略极大提升集群下应用的部署能力,提高运维效率;采用非侵入式采集数据,最大限度减轻对应用系统的压力;提供服务器-中间件-应用运行数据采集,提供丰富的监控数据;采用nosql存储方式,与hadoop等大数据分析工具集成,预测服务器状态走势,进而保障应用系统的健康运行。 [0044] The foregoing approach provides an easy deployment strategy greatly enhance the ability to deploy a clustered application, to improve carriers; data acquisition using non-invasive, would minimize the pressure application system; providing server - Middleware - Application operational data collection, provide a wealth of monitoring data; using nosql storage, integration with other large hadoop data analysis tools, forecasting the trend of server status, and thus safeguard the healthy operation of the application system.

[0045] 以上所述仅是本发明的优选实施方式,应当指出,对于本技术领域的普通技术人员来说,在不脱离本发明技术原理的前提下,还可以做出若干改进和变形,这些改进和变形也应视为本发明的保护范围。 [0045] The above are only preferred embodiments of the present invention, it should be noted that those of ordinary skill in the art, in the art without departing from the principles of the present invention is provided, can make various modifications and variations, these improvements and modifications should also be regarded as the protection scope of the present invention.

Claims (7)

  1. 1.一种针对java web应用的集中监控和预警方法,其特征在于:包括以下步骤, 步骤一,依次配置Agent程序、启动Agent程序; 步骤二,在管理服务中依次配置服务器、注册服务器; 步骤三,服务器注册完成后,将初始化数据发送给对应的Agent,完成Agent程序的参数初始化; 步骤四,在管理服务中依次配置中间件、应用系统; 步骤五,注册中间件; 在指定的服务器中注册受管的中间件对象; 步骤六,中间件注册完成后,向Agent发送中间件校验和配置指令,检查中间件路径和类型是否正确,检查通过后Agent从管理服务下载扩展组件并安装部署到中间件中;步骤七,注册应用系统; 步骤八,应用系统注册完成后,上传对应的程序集文件,记录应用系统与程序集文件的关耳关; 步骤九,配置应用系统; 对指定的应用系统,创建并并联多个不同类型的配置文件; CLAIMS 1. A method for centralized monitoring and early warning java web application, characterized by: comprising the following steps, a step of sequentially arranged Agent program, program start Agent; two steps, in the order management service configuration server, the registration server; Step Third, the server registration is completed, the initialization data sent to the corresponding Agent, Agent parameter initialization process is completed; step 4 sequentially arranged in the service management middleware, applications; step 5 intermediate register; specified server managed objects registered middleware; step 6 after completion of registration middleware, the middleware transmits configuration instructions to the Agent and check, check whether the correct type of intermediate paths and, after inspection by the management service from the Agent to download and install the expansion assembly deploy the middleware; step 7 registration application; step eight, after application registration is complete, upload the corresponding assembly file, recording systems and applications off the ears off the assembly file; step 9, to configure the application system; the specified application of the system, and creates a plurality of different types of parallel profiles; 步骤十,配置应用; 多个应用组成一个部署单元,在部署单元中的应用具有不同的名称和访问路径; 步骤十一,管理服务向Agent发送部署指令; 步骤十二,Agent接收指令后,首先停止正在运行的中间件实例,备份已部署的应用程序,其次删除当前已部署的应用程序,然后从管理服务下载最新的程序集文件并解压到部署目录,下载配置文件并按配置文件定义存放到程序集目录中相应位置; 步骤十三,中间件启动过程中,扩展组件加载并运行,扩展组件向中间件安装目录中的预定目录输出JVM运行数据; 步骤十四,Agent监视扩展组件输出,周期性检查预定目录中的文件变更; 步骤十五,Agent将最新的JVM运行数据发送到管理服务; 步骤十六,管理服务将JVM运行数据以非结构化的方式存至hadoop的hdfs中,通过hadoop的定义好的mapreduce定时计算JVM运行数据; 步 Step 10, the configuration application; a deployment unit composed of a plurality of applications, application deployment unit has a different name and access path; Step 11, the management service transmits an instruction to deploy - Agent; Step 12, after receiving an instruction - Agent, first stop a running instance of middleware, application backup deployed, followed by deleting the applications that are currently deployed, and then from the management server to download the latest assembly file and extract it to a directory deployment, download the configuration file and press the definitions stored in the configuration file assembly directory corresponding positions; step thirteen, middleware during startup, loading and running the expansion assembly, the expansion assembly in a predetermined directory of the installation directory JVM execution data output to the broker; fourteen step, the expansion assembly - Agent monitor output period check book files in the directory change; step fifteen, Agent will send the latest JVM to run data management services; step six, the JVM management services operating data stored in an unstructured way to hdfs hadoop of by hadoop the timing calculation JVM mapreduce defined operational data; step 十七,管理服务将hadoop计算获得的预警数据存储至数据库中; 步骤十八,管理服务定时向数据库采集预警数据,并将预警数据在页面上进行展示; 步骤十九,运维人员登录管理服务,查看预警数据,根据预警数据握服务器状态。 Seventeenth and early-warning data management services will get hadoop computing storage to the database; step eight, the timing of collection of early warning data management services to the database, and early-warning data to appear on the page; step nine, operation and maintenance personnel to log management services see warning data, grip server status under the early warning data.
  2. 2.根据权利要求1所述的一种针对java web应用的集中监控和预警方法,其特征在于:配置服务器包括配置服务器名称、IP和管理端口;注册服务器包括注册服务器名称、IP和管理端口。 According to one of the claim 1 method for centralized monitoring and early warning java web application, wherein: the configuration server includes a configuration server name, IP and port management; registration server comprises a registration server name, IP and port management.
  3. 3.根据权利要求1所述的一种针对java web应用的集中监控和预警方法,其特征在于:注册受管的中间件对象包括注册中间件类型、名称、安装目录和端口。 According to one of the claim 1 method for centralized monitoring and early warning java web application, wherein: the managed object registration intermediate register comprise middleware type, name, the directory and the port installation.
  4. 4.根据权利要求1所述的一种针对java web应用的集中监控和预警方法,其特征在于:配置文件为Xml或Properties格式的配置文件。 According to one of the claim 1 method for centralized monitoring and early warning java web applications, wherein: a profile for Xml Properties format or file configuration.
  5. 5.根据权利要求1所述的一种针对java web应用的集中监控和预警方法,其特征在于:部署指令包括中间件信息、程序集下载路径和配置文件列表。 According to one of the claim 1 method for centralized monitoring and early warning java web application, wherein: the instruction includes a middleware deployment information, and the assembly download path profile list.
  6. 6.根据权利要求1所述的一种针对java web应用的集中监控和预警方法,其特征在于:JVM运行数据包括静态数据和动态数据;静态数据只在扩展组件初始化时输出一次,包括JVM版本、厂家、当前进程号、类路径和工作目录;动态数据为周期性获取最新数据,包括进程列表、进程堆栈、类加载数量和堆大小。 According to one of the claim 1 method for centralized monitoring and early warning java web application, wherein: JVM operational data comprises static data and dynamic data; outputting static data only once during initialization of the expansion assembly, including the JVM version manufacturers, the current process, type the path and the working directory; dynamic data periodically to obtain the latest data, including a list of processes, process stack, heap size and the number of class loading.
  7. 7.根据权利要求1所述的一种针对java web应用的集中监控和预警方法,其特征在于:在服务器、中间件、应用出现问题时,管理服务可以通过短信邮件接口通知告警运维人员。 According to one of the claim 1 method for centralized monitoring and early warning java web application, wherein: in the server, middleware, application problems, the management service may alert maintenance personnel notified via SMS message interface.
CN 201510716354 2015-10-29 2015-10-29 Centralized monitoring and early-warning method aimed at java web application CN105227379A (en)

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