CN106557395B - Application performance monitoring management method, system and application method of system - Google Patents
Application performance monitoring management method, system and application method of system Download PDFInfo
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Abstract
A method for monitoring and managing application performance includes carrying out modularized unified management on each plug-in by master control program always keeping structure independent with each plug-in to let main program and each plug-in run independently. The technical effect that the monitoring plug-in is modularized and easy to manage is achieved. The plug-in management module of the system comprises: the device comprises a configuration module, a Lib module, a log module and a starting module. The Lib module is provided with a main control program, and the main control program and each plug-in are always structurally independent; a plurality of plug-ins are stored in the plug-in module, and each plug-in has a uniform standard specification, namely: the system comprises a Bin module, an executable file for storing running plug-ins, a Lib module, other dependent files for storing running plug-ins, a Conf module, configuration information for storing plug-ins and cloud platform synchronization, a logs module for storing logs generated when the plug-ins run, and a plugin.
Description
Technical Field
The invention belongs to the field of Application Performance Management (APM), and relates to an Application Performance monitoring and Management method, an Application Performance Management system and an Application method of the system, which are used for realizing effective Management of monitoring plug-ins.
Background
In the field of information science and system control, the APM is used for monitoring and managing whether application software runs effectively, and the APM can monitor and analyze the Performance of the application software, so that the good running of the application software is ensured.
At present, in various existing application monitoring solutions, monitoring plug-ins are not effectively managed, and the installation and running states of the plug-ins are difficult to check.
Disclosure of Invention
In order to overcome the above-mentioned defects in the prior art, an object of the present invention is to provide an application performance monitoring and management method, which can implement modular management of various application monitoring plug-ins, so that each plug-in is easy to manage, and especially, the installation and running states of the plug-ins are easy to check.
The invention further aims to provide an application performance monitoring and management system which can realize the modularized management of various application monitoring plug-ins, so that each plug-in is easy to manage, and particularly, the installation and running states of the plug-ins are easy to check.
An object of the present invention is to provide an application method of an application performance monitoring management system, which is more convenient for implementing modular management of various application monitoring plug-ins, so that each plug-in is easy to manage, and especially, the installation and running states of the plug-ins are easy to check.
In order to achieve the above purpose, the main technical scheme provided by the invention comprises:
an application performance monitoring management method, comprising:
and the main control program which is always independent from the plug-in units to keep the structure carries out modularized unified management on the plug-in units, so that the main program and the plug-in units run independently.
The application performance monitoring and managing method of an embodiment of the present invention, wherein the structure independently includes: the shell script under the root directory of each plug-in provides execution parameters including starting, pausing, restarting and state, and the main control program is responsible for calling the shell script under the root directory of each plug-in so as to respectively carry out the operations of starting, pausing, restarting and state detection of each plug-in.
The application performance monitoring and managing method of an embodiment of the present invention, wherein the structure independently includes: and log output separation, namely the main control program and each plug-in output respective logs to different directories.
The application performance monitoring and managing method of an embodiment of the present invention, wherein the structure independently includes: the log control is separated, namely the main control program and each plug-in have respective log control files.
Preferably, the log control file uses a logback log framework, the output level of the log can be changed during operation, and the log output of the main control program and each plug-in can be adjusted when problems occur, so that the root of the problems can be effectively and quickly positioned.
The application performance monitoring and managing method of an embodiment of the present invention, wherein the structure independently includes: and respectively writing the heartbeat file into the conf directory of each plug-in when the main control program and each plug-in run, and simultaneously detecting the running state of the plug-in the corresponding script so as to enable the running state to be checked respectively.
In any of the above application performance monitoring and management methods, each plug-in must meet the following specifications, and has:
the Bin module is used for storing an executable file for running the plug-in;
the Lib module is used for storing other dependent files of the running plug-in;
the Conf module is used for storing configuration files including application configuration and log configuration;
the logs module is used for storing logs generated when the plug-in runs;
sh module whose shell script must provide the start | stop | restart | status command interface specification.
In the application performance monitoring and management method according to an embodiment of the present invention, the specification of each plug-in is established by the main control program.
The invention also provides an application performance monitoring and management system, which is provided with a plug-in management module, wherein the plug-in management module is provided with:
the configuration module is used for storing user information, control logs and interface configuration of the system;
the Lib module is provided with a main control program, and the main control program and each plug-in are always structurally independent;
the log module is used for storing a log generated during the operation of the system;
the plug-in module is used for storing each application monitoring plug-in downloaded from the cloud platform;
and the starting module is used for starting the script of the main control program.
The main control program is used for receiving commands of downloading, starting, pausing and synchronous configuration plug-ins issued by the cloud platform, and then automatically downloading, starting, pausing and synchronous configuration plug-ins at the local host correspondingly.
In the application performance monitoring and management system according to an embodiment of the present invention, a plurality of plug-ins are stored in the plug-in module, each plug-in has a uniform standard specification, and each plug-in the plug-in module has:
the Bin module is used for storing an executable file for running the plug-in;
the Lib module is used for storing other dependent files of the running plug-in;
the Conf module is used for storing configuration information of synchronization of the plug-in and the cloud platform;
the logs module is used for storing logs generated when the plug-in runs;
sh module is used to start executable file or script of dependent file in bin module or lib module.
The application performance monitoring and management system comprises a local host and a cloud platform, wherein each plug-in and a plug-in management module run on the local host, and after the system is started, any one, any several or all of the following actions are executed:
automatically starting a service discovery plug-in, acquiring discovery service data, reporting the discovery service data to a first message queue of a cloud platform through a data agent plug-in, and collecting data reported by each plug-in by the cloud platform through the first message queue;
automatically starting a host monitoring plug-in, collecting host performance index data, reporting the data to a first message queue of a cloud platform through a data agent plug-in, and collecting data reported by all plug-ins through the first message queue by the cloud platform;
the second message queue of the cloud platform receives the instruction information of the downloaded, started, suspended and configured plug-ins from the cloud platform, the plug-in management module obtains the plug-in instruction information from the second message queue of the cloud platform and manages the plug-ins accordingly, the plug-ins include the configuration information of the downloaded plug-ins, the started plug-ins, the suspended plug-ins and the synchronous plug-ins, after the plug-ins are started, corresponding service performance index data are collected and reported to the first message queue of the cloud platform through the data agent plug-ins, and the cloud platform collects the data reported by the plug-ins through the first message queue;
the plug-in management module reads the heartbeat information of each plug-in, and reports the state of each plug-in to a third message queue of the cloud platform through the data agent plug-in, and the cloud platform collects the state of each plug-in through the third message queue.
The invention also provides an application method of the application performance monitoring management system, which comprises the following steps:
s1, starting a data agent plug-in and a plug-in management module;
s2, starting a service discovery plug-in and a host detection plug-in;
s3, installing a preset plug-in from the cloud platform to the local host;
s4, installing the preset plug-in to the local host from the cloud platform configuration step S3, and opening the preset plug-in;
s5, synchronizing the configuration information of the cloud platform by the preset plug-in of the local host;
s6, the plug-in management module of the local host calls a shell start command to start the preset plug-in of the local host according to the instruction of the cloud platform;
s7, collecting the performance indexes of the preset plug-in of the local host, monitoring the host performance indexes collected by the plug-in by the host, and uploading the host performance indexes to the cloud platform;
and S8, the plug-in management module of the local host reads the states of all the plug-ins of the local host by calling status commands of the shell scripts of the plug-ins of the local host, and reports the states of the plug-ins to the cloud platform.
The invention has the beneficial effects that:
the main control program modularizes the monitoring plug-ins according to the standard, modularizes and unifies management of the plug-ins, enables the main program and each plug-in to run relatively independently and efficiently, and enables each plug-in to be easily managed.
Drawings
Fig. 1 is a schematic diagram (not shown) of the overall structure of an application performance monitoring management system according to an embodiment of the present invention;
fig. 2 is a schematic diagram of a plug-in structure in an application performance monitoring management system according to an embodiment of the present invention;
FIG. 3 is a specification standard diagram of the plug-in of FIG. 2;
fig. 4 is a schematic overall structure diagram (embodying a plug-in) of the application performance monitoring management system according to an embodiment of the present invention;
FIG. 5 is a schematic overall flowchart of an application performance monitoring management method according to an embodiment of the present invention;
FIG. 6 is a schematic diagram of services found on a local host as seen from a cloud platform in an application example of the present invention;
FIG. 7 is a diagram illustrating installation of a predetermined plug-in (mysql, for example) from a cloud platform to a local host in accordance with an embodiment of the present invention;
fig. 8(a) is a schematic diagram of configuring mysql plug-in on the local host from the cloud platform in an application example of the present invention, and fig. 8(b) is a schematic diagram of launching mysql plug-in on the local host from the cloud platform;
fig. 9 is a schematic diagram of configuration information of a local host synchronization cloud platform in an application example of the present invention;
fig. 10(a) is a schematic diagram of mysql performance indexes collected by mysql plug-in components on the local host seen from the cloud platform in an application example of the present invention, and fig. 10(b) is a schematic diagram of host performance indexes collected by host monitoring plug-in components on the local host seen from the cloud platform in an application example of the present invention;
fig. 11 is a schematic diagram of states of all plug-ins on the local host as seen from the cloud platform in an application example of the present invention.
Detailed Description
For the purpose of better explaining the present invention and to facilitate understanding, the present invention will be described in detail by way of specific embodiments with reference to the accompanying drawings.
Referring to fig. 1 to 4, an application performance monitoring management system (hereinafter abbreviated as SmartAgent) according to an embodiment of the present invention includes:
1. the SmartAgent/conf is used for storing the configuration of user information, control logs and data agent interfaces;
2. jar, namely a main control project of SmartAgents, and is used for receiving commands of downloading, starting, pausing, synchronous configuration of plug-ins and the like issued by a cloud platform, and then automatically downloading, starting, pausing, synchronous configuration of plug-ins and the like at a local host correspondingly;
3. SmartAgents/logs used for storing logs generated by SmartAgents during operation;
4. SmartAgents/plugins for storing each application monitoring plug-in downloaded from the cloud platform;
5. SmartAgents/plugins/, plugin1 represents a plug-in, the specification standard of which is shown in FIG. 3, and it has:
5.1 the/bin and/lib directories are used to store the executable and dependent files that run the plug-in,
5.2,/conf is used for storing the configuration information of the plug-in and the cloud platform synchronization,
5.3, a log used for storing the log generated when the plug-in runs under the/logs directory,
5.4, plugin.sh, which is responsible for starting the script of the executable file under the/bin or/lib directory;
6. smart agent/smart agent.sh, is a script responsible for starting/smart agent/lib/lower main program cloudwise-localmager.
Referring to fig. 5, a main idea of the application performance monitoring and management method according to an embodiment of the present invention includes:
1. the structure of the SmartAgent master control project and each plug-in is kept clear and independent all the time;
2. the script under the root directory of each plug-in provides the following execution parameter start (open) | stop | restart | status. The SmartAgent master control program is responsible for calling the shell script to respectively carry out operations such as starting, pausing, restarting and state detection of each plug-in;
3. log output separation, wherein SmartAgents and all the plug-ins output respective logs to different directories;
4. log control is separated, the SmartAgents and the plug-ins have respective log control files, a Log back log frame is used, the output level of logs can be changed during operation, the log output of the SmartAgents and the plug-ins can be adjusted when problems occur, and the root cause of the problems can be effectively and quickly positioned;
5. the operating states of the SmartAgents and the plug-ins can be checked respectively, heartbeat files are written into the conf directories of the SmartAgents and the plug-ins respectively during operation, and meanwhile, status commands are provided in corresponding scripts to detect the operating states of the SmartAgents and the plug-ins.
According to the application performance management method and system, the monitoring plug-ins are modularized according to the standard of the main control program, the modularized unified management of the plug-ins is carried out, the main program and each plug-in are relatively independent and operate efficiently, and each plug-in is easy to manage.
The following describes the application of the system of the present invention in detail as an application example of the present invention.
Referring to fig. 6 to 11, it includes the following steps:
1. logging in a cloud platform, and downloading SmartAgents;
2. decompressing the downloaded SmartAgents, and then putting the SmartAgents to a host computer to be monitored;
3. manually initiated data proxy plugin
cd/var/smart_agent
chmod u+x./*.sh./plugins/*/*.sh
./plugins/SendProxy/SendProxy.sh start
4. Manually starting SmartAgents
5. The service discovery plug-in and the host detection plug-in are automatically started and respectively detect the states:
6. various services found on the host can be seen from the cloud platform (see fig. 6);
7. installing a mysql plug-in from the cloud platform to the local host (see fig. 7);
8. after the mysql plug-in is installed on the cloud platform, the plug-in is displayed and downloaded under a local plugin directory;
9. configuring a mysql plug-in from the cloud platform and opening the plug-in (see fig. 8);
10. the mysql plug-in of the local host receives the configuration information synchronized by the cloud platform (see fig. 9);
11. the local SmartAgent receives the instruction of the cloud platform, calls the start command of the shell to start the plug-in, detects the mysql plug-in state on the local host computer, is in a normal operation state,
12. the mysql performance indexes collected by the mysql plug-ins can be seen from the cloud platform, and the host monitors the host performance indexes collected by the plug-ins (see fig. 10);
13. the SmartAgents read the states of all local plug-ins by calling the status command of each plug-in shell script and report the states of the plug-ins to the cloud platform (see figure 11).
In summary, in the application performance monitoring and management method and system of the present invention, SmartAgent is used as a main control program, a standard specification is established, and the main control program performs modular unified management of the plug-ins according to the standard specification, so that the main program and each plug-in operate relatively independently and efficiently.
Claims (8)
1. An application performance monitoring and management method is characterized in that:
the main control program which is independent from each plug-in unit keeping structure carries out modularized unified management on each plug-in unit all the time, so that the main program and each plug-in unit operate independently, wherein each plug-in unit must meet the following specifications and has the following functions:
the Bin module is used for storing an executable file for running the plug-in;
the Lib module is used for storing other dependent files of the running plug-in;
the Conf module is used for storing configuration files including application configuration and log configuration;
the logs module is used for storing logs generated when the plug-in runs;
sh module whose shell script must provide the start | stop | restart | status command interface specification.
2. The application performance monitoring management method of claim 1, wherein the structure independently comprises:
the shell script under the root directory of each plug-in provides execution parameters including starting, pausing, restarting and state, and the main control program is responsible for calling the shell script under the root directory of each plug-in so as to respectively carry out the operations of starting, pausing, restarting and state detection of each plug-in;
and/or
Log output separation, namely, the main control program and each plug-in output respective logs to different directories;
and/or
The main control program and each plug-in respectively write the heartbeat file to the corresponding directory when running, and simultaneously, the running state of the main control program and each plug-in is detected in the corresponding script, so that the running state can be checked respectively.
3. The application performance monitoring management method of claim 1, wherein the structure independently comprises: the log control is separated, namely the main control program and each plug-in have respective log control files.
4. The application performance monitoring management method according to claim 3, characterized in that:
the log control file uses a logback log frame, the output level of the log can be changed during operation, and the log output of the main control program and each plug-in can be adjusted when problems occur, so that the root of the problems can be effectively and quickly positioned.
5. The application performance monitoring management method according to claim 1, characterized in that: the specification of each plug-in is established by the master control program.
6. An application performance monitoring management system having a plug-in management module, the plug-in management module having:
the configuration module is used for storing user information, control logs and interface configuration of the system;
the Lib module is provided with a main control program, the main control program and each plug-in are always structurally independent, the main program and each plug-in run independently, and the main control program is used for receiving commands of downloading, starting, suspending and synchronously configuring the plug-ins, which are issued by the cloud platform, and then automatically downloading, starting, suspending and synchronously configuring the plug-ins at a local host correspondingly;
the log module is used for storing a log generated during the operation of the system;
the plug-in module is used for storing each application monitoring plug-in downloaded from the cloud platform;
the starting module is used for starting a script of the main control program;
wherein, a plurality of plug-ins are deposited in the plug-in module, and each plug-in has unified standard, and each plug-in the plug-in module has:
the Bin module is used for storing an executable file for running the plug-in;
the Lib module is used for storing other dependent files of the running plug-in;
the Conf module is used for storing configuration information of synchronization of the plug-in and the cloud platform;
the logs module is used for storing logs generated when the plug-in runs;
sh module is used to start executable file or script of dependent file in bin module or lib module.
7. The application performance monitoring and management system of claim 6, comprising a local host and a cloud platform, wherein each plug-in and plug-in management module runs on the local host, and after the system is started, any one, any few or all of the following actions are performed:
automatically starting a service discovery plug-in, acquiring discovery service data, reporting the discovery service data to a first message queue of a cloud platform through a data agent plug-in, and collecting data reported by each plug-in by the cloud platform through the first message queue;
automatically starting a host monitoring plug-in, collecting host performance index data, reporting the data to a first message queue of a cloud platform through a data agent plug-in, and collecting data reported by all plug-ins through the first message queue by the cloud platform;
the second message queue of the cloud platform receives the instruction information of the downloaded, started, suspended and configured plug-ins from the cloud platform, the plug-in management module obtains the plug-in instruction information from the second message queue of the cloud platform and manages the plug-ins accordingly, the plug-ins include the configuration information of the downloaded plug-ins, the started plug-ins, the suspended plug-ins and the synchronous plug-ins, after the plug-ins are started, corresponding service performance index data are collected and reported to the first message queue of the cloud platform through the data agent plug-ins, and the cloud platform collects the data reported by the plug-ins through the first message queue;
the plug-in management module reads the heartbeat information of each plug-in, and reports the state of each plug-in to a third message queue of the cloud platform through the data agent plug-in, and the cloud platform collects the state of each plug-in through the third message queue.
8. An application method of an application performance monitoring management system is characterized by comprising the following steps:
s1, starting a data agent plug-in and a plug-in management module;
s2, starting a service discovery plug-in and a host detection plug-in;
s3, installing a preset plug-in from the cloud platform to the local host;
s4, installing the preset plug-in to the local host from the cloud platform configuration step S3, and opening the preset plug-in;
s5, synchronizing the configuration information of the cloud platform by the preset plug-in of the local host;
s6, the plug-in management module of the local host calls a shell start command to start the preset plug-in of the local host according to the instruction of the cloud platform;
s7, collecting the performance indexes of the preset plug-in of the local host, monitoring the host performance indexes collected by the plug-in by the host, and uploading the host performance indexes to the cloud platform;
s8, the plug-in management module of the local host reads the states of all the plug-ins of the local host by calling status commands of shell scripts of all the plug-ins of the local host and reports the states of the plug-ins to the cloud platform;
wherein, a plurality of plug-ins are deposited in the plug-in module, and each plug-in has unified standard, and each plug-in the plug-in module has:
the Bin module is used for storing an executable file for running the plug-in;
the Lib module is used for storing other dependent files of the running plug-in;
the Conf module is used for storing configuration information of synchronization of the plug-in and the cloud platform;
the logs module is used for storing logs generated when the plug-in runs;
sh module is used to start executable file or script of dependent file in bin module or lib module.
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| CN107491308A (en) * | 2017-08-15 | 2017-12-19 | 成都民航空管科技发展有限公司 | Utilize script and the system and method for plug-in unit fast custom multipoint positioning monitoring system |
| CN109802842B (en) * | 2017-11-16 | 2021-12-03 | 华为技术有限公司 | Application topology generation method and related equipment |
| CN108038058A (en) * | 2017-12-21 | 2018-05-15 | 北京星河星云信息技术有限公司 | Monitoring method, system, memory and the server of application software performance |
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