CN102480749B - Method, device and system for remotely collecting host process information - Google Patents
Method, device and system for remotely collecting host process information Download PDFInfo
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- CN102480749B CN102480749B CN201010567351.2A CN201010567351A CN102480749B CN 102480749 B CN102480749 B CN 102480749B CN 201010567351 A CN201010567351 A CN 201010567351A CN 102480749 B CN102480749 B CN 102480749B
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Abstract
The invention provides a method for remotely collecting host process information, which comprises the following steps that: A. a interface module of a server monitors a collection request from an application layer; if the collection request is monitored, process collection configuration information is collected from a configuration file, and the collected process collection configuration information is arranged in a buffer; B. an adaption module of the server is remotely connected with a target host, and a remote data collection order is transmitted to the target host through the remote connection according to the process collection configuration information in the buffer; C. the target host collects the process running information according to the remote data collection order; and D. the server acquires the process running information through the remote collection and saves the process running information into a database. The invention also provides a device and a system for remotely collecting host process information. Due to the adoption of the method, the device and the system, the process information of the target host can be remotely collected by adopting a scheme without a proxy.
Description
Technical field
The present invention relates to mobile communication technology field, particularly a kind of methods, devices and systems of remote collection host processes information.
Background technology
The process situation of business main frame and network management system is monitored in real time, belongs to very important part in the platform monitoring of mobile service supporting network.Current industry to the monitor management method of this existing standard of comparison and standard, as standard Simple Network management agreement (SNMP, Simple Network ManagementProtocol) protocol and non-standard master agent mechanism.On the whole, existing technical scheme realize host monitor mainly point two-tier system realize, one deck is agency (agent) layer being installed on monitored internal system, and one deck is management (manager) layer being positioned at management server.
Adopt standard SNMP protocol can realize carrying out comprehensively monitoring to business main frame, SNMP agency is installing and operating in the lightweight software that business main frame can perform SNMP, local cura specialis information bank (MIB is deployed in for enforcement division, Management Information Base) in definition information and management function, thus realize collecting the information of host computer system, Configuration Agent parameter, respond gerentocratic requirement and produce warning etc., be that a kind of realization carries out simply and effectively taking precautions against and approach of comprehensively monitoring to main frame.
Non-standard master agent technology is adopted to realize main frame comprehensively monitoring, as IBM tivoli, hpOpenView Agent etc., these agent ways are that producer adopts privately owned data acquisition and obtains agreement and mechanism mostly, it realizes manageable standardization to the monitoring range of host computer system more dependences managed object, and the maturity of the product of producer own and opening.
Existing host processes method for supervising, substantially all uses proxy access mechanism, and the process that namely embeds on monitored main frame gathers background program, and after this background program starts, the progress information gathered on the main frame of place is sent to management section.Prior art often has following problem unresolved:
1, applicability is not strong.For different destination hosts, because operating system is different with host hardware parameter, the mode of collection is also different, thus needs to develop different agent programs for particular server operating system and version.
2, maintainable poor.First to different operating system and host hardware parameter, need first to determine that different agent programs disposed by type and hardware (as CPU model etc.); Secondly for each process, a collection rule must be set, configure loaded down with trivial details.
3, fail safe is not high.The method of prior art needs to embed agent capture program at every platform main frame, produces doubt when may use to the fail safe of the program of embedding.
4, disaster tolerance is poor.Owing to being be deployed to the program that main frame runs, therefore when main frame surprisingly shut down, power-off or crash after, collection process must be restarted, otherwise cannot host information be collected.
Summary of the invention
The invention provides a kind of methods, devices and systems of remote collection host processes information, can realize carrying out progress information collection without agency to the destination host of far-end.
The embodiment of the present invention proposes a kind of method of remote collection host processes information, comprises the steps:
The interface module of A, server monitors the collection request from application layer; If listen to the request of collection, then from configuration file, obtain process acquisition configuration information, and gathered process acquisition configuration information is put into buffer memory;
Long-range connection set up by adaptation module and the destination host of B, server, and send remote data acquisition order by described long-range connection to destination host according to the process acquisition configuration information in buffer memory;
C, destination host, according to described remote data acquisition order, gather process operation information;
D, server obtain described process operation information by described long-range connection, and are saved in database by described process operation information.
Preferably, after described step D, comprise further:
E, according to process alarm configuration, the progress information collected to be analyzed, if meet alarm conditions, send alarm information.
Preferably, described process acquisition configuration information includes but not limited to: the description of process name, process, user name, should have process number, CPU occupation proportion, EMS memory occupation number, monitoring mark, booting script path, stop the combination in any of script, stopping keyword, process raiser, process handler or more content.
Preferably, described long-range connection is that Secure Shell SSH connects or telnet connects.
Preferably, meet alarm conditions if described, send alarm information and comprise:
If the process number collected is more than or equal to pre-configured maximum process number, then send alarm information;
CPU occupation proportion in the progress information collected is greater than the CPU occupation proportion upper limit pre-set, then send alarm information; Or,
EMS memory occupation number in the progress information collected is greater than the EMS memory occupation number upper limit pre-set, then send alarm information.
The embodiment of the present invention also proposes a kind of server of remote collection host processes information, and this server comprises interface module, control module and adaptation module;
Described interface module stores pre-configured configuration file; Monitor the collection request from application layer; If listen to the request of collection, then from configuration file, obtain process acquisition configuration information, and gathered process acquisition configuration information is put into the buffer memory of server;
Described adaptation module is used for setting up long-range connection with destination host, and sends remote data acquisition order by described long-range connection to destination host according to the process acquisition configuration information in buffer memory; Adaptation module also obtains described process operation information by described long-range connection, and is saved in database by described process operation information.
Preferably, described server comprises further:
Warning processing module, for analyzing the progress information that adaptation module collects according to process alarm configuration, if meet alarm conditions, sends alarm information.
The embodiment of the present invention also proposes a kind of system of remote collection host processes information, comprises server and destination host,
The interface module of described server monitors the collection request from application layer; If listen to the request of collection, then from configuration file, obtain process acquisition configuration information, and gathered process acquisition configuration information is put into buffer memory; The adaptation module of server is used for setting up long-range connection with destination host, and sends remote data acquisition order by described long-range connection to destination host according to the process acquisition configuration information in buffer memory; Server obtains the process operation information of destination host by described long-range connection, and is saved in database by described process operation information;
Described destination host is used for, according to the remote data acquisition order from server, gathering process operation information.
Existing host processes supervisory control system mostly adopts and embeds agent proxy access mechanism, relies on destination host and gets progress information, usability agent capture program that is poor, that need design different to different system, and extensibility is poor; Meanwhile, each amendment gathers content and all will revise separately, does not support batch process, maintainable not enough.
And the present invention adopts without agent acquisition mode, far call performs acquisition mode, solves these problems common in agent collection, and main tool has the following advantages by contrast:
1. autgmentability is strong.
Because the practical form that gatherer process calls main frame extracts language (perl, Practical Extractionand Report Language), the applicability of perl language is high, automatically can support the collection of the main frames such as AIX, HP-UX, Linux, Sun-OS at present, and not need to design separately agent capture program;
Meanwhile, when framework is constant, by the amendment of foreground configuration file, the host information that any available perl language obtains can be realized, thus other host information collections except process can be realized, as CPU, internal memory performance etc.;
2. maintainable high.
Do not need every platform main frame that corresponding agent program is installed, only need representing layer configuration the connection mode of main frame, the scheduling mode of acquisition tasks, and acquisition tasks supports that Excel batch imports, and does not need once to configure separately individual process, supports that batch assigns acquisition instructions.
3. fail safe is high, main unit load is low, disaster tolerance is strong.Owing to not needing embedded agent running background module (much virus also has similar operational mode), thus avoid the dependence to system, thus lower risk main frame starting too much running background formula; Avoid system reboot or the correlation acquisition problem caused that crashes simultaneously.
Accompanying drawing explanation
Fig. 1 is the block diagram of the server of the remote collection host processes information that the embodiment of the present invention proposes;
Fig. 2 is the internal structure schematic diagram of the control module 102 shown in Fig. 1;
Fig. 3 is the process chart of the remote collection host processes information that the embodiment of the present invention proposes.
Embodiment
The distance host progress information acquisition scheme that the embodiment of the present invention proposes, adopt to gather without the progress information of agent acquisition mode to distance host, namely do not install on destination host and anyly act on behalf of detection process, but be directly connected to destination host by server end, the process operation information of destination host is obtained by remote command.
Fig. 1 is the block diagram of the server of the remote collection host processes information that the embodiment of the present invention proposes, this server divides three-decker from top to bottom, comprise interface module 101, control module 102 and adaptation module 103, also comprise application layer on interface module 101 in addition.
Interface module 101 is mainly used in carrying out alternately with the application layer of server, implementation process acquisition configuration, the process acquisition configuration information of administrative purposes main frame, real time down process initiation command or process the finish command etc.Described configuration information includes but not limited to connect log-on message, process acquisition configuration information, alarm transmission configuration information etc.
Described connection log-on message includes but not limited to: the combination in any of working directory after host IP address, login mode (comprising Secure Shell (SSH, Secure Shell) mode or telnet mode), login username, password, login or more content.
Described process acquisition configuration information includes but not limited to: the description of process name, process, user name, should have process number, CPU occupation proportion, EMS memory occupation number, monitoring mark, booting script path, stop the combination in any of script, stopping keyword, process raiser, process handler or more content.
Described alarm sends configuration information configuration pin and arranges alarm to three kinds of situations:
1st kind, if the process number collected is more than or equal to pre-configured maximum process number, then report to the police;
2nd kind, the CPU occupation proportion in the progress information collected is greater than the CPU occupation proportion upper limit pre-set, then report to the police;
3rd kind, the EMS memory occupation number in the progress information collected is greater than the EMS memory occupation number upper limit pre-set, then report to the police.
Interface module 101 receives the real-time command from application layer, manages process acquisition configuration information.Interface module 101 upon actuation, will open listening port, and described listening port is for monitoring the collection request from application layer; If listen to the request of collection, then from configuration file, obtain process acquisition configuration information, and gathered process acquisition configuration information is put into buffer memory.
Interface module 101 includes but not limited to be socketed (socket) connected mode and file connected mode with the connected mode of application layer.
Wherein, file connected mode comprises:
After startup, read process acquisition configuration file, according to described process acquisition configuration file, poll is carried out to database, obtain process image data; And obtained process image data is preserved in the buffer.
Socket connected mode comprises following processing procedure:
After startup, create socket process, connect with application layer, application layer is monitored.If listen to the process request from application layer, then from buffer memory, transfer corresponding process image data, and transferred process image data is returned to application layer.
The Main Function of control module 102 comprises:
A critical processes is followed the tracks of: in process acquisition configuration information, some process is set to critical processes.For critical processes, from process initiation to procedure termination, the whole life cycle of control module 102 complete monitoring critical processes.Trap message can be sent when critical processes starts or stop, and the last running time of recorded key process.
B obtains progress information: described progress information includes but not limited to the connection of process path, process parameter, network, process identification (PID) (Process ID), parent process mark, owning user title, process title, process status, cpu busy percentage, EMS memory occupation, memory consumption, sub-Thread Count, activity time, total run time, last running time etc.
Wherein, the internal structure of control module 102 as shown in Figure 2, comprising: engine manager 201, task manager 202, account manager 203, command manager 204 and connection manager 205.
Described engine manager 201, for after this startup of server, carries out initialization operation to task manager 202, account manager 203, command manager 204 and connection manager 205.
Task manager 202 for setting up remote process acquisition tasks according to the collection request from application layer, and manages described remote process acquisition tasks, sends acquisition tasks to command manager 204.
Account manager 203 is for managing the accounts information of user, and described accounts information comprises user name, password etc.
Command manager 204 for managing the process acquisition configuration information in buffer memory, and according to the acquisition tasks of task manager 202, the process acquisition that the destination host generating far-end according to process acquisition configuration information can perform.
Connection manager 205 manages for the long-range connection of setting up adaptation module 103, the process acquisition from command manager 204 is sent to the destination host of far-end by the long-range connection of having set up.
Adaptation module 103, for for each destination host, distributes an adapter thread, in real time by specifying connected mode to set up long-range connection with destination host; Described appointment connected mode can be one of telnet/ssh1/ssh2 tri-kinds.Adaptation module 103 sends remote data acquisition order to destination host by described long-range connection, destination host is dispatched perl interpreter and gathers process operation information.Described perl interpreter is other program of operating system grade on destination host, is generally arranged on main frame in operating system installation process.Then, obtain progress information by the long-range connection of having set up, and obtained progress information is saved in database; According to process alarm configuration, the progress information collected is analyzed simultaneously, alarm information is sent to the process meeting alarm conditions, and proceeds to alarming processing flow process.Described alarming processing flow process comprises: filter alarm information according to alarm level, shows on alarm interface important alarm information, by alarm information stored in database, and carries out forward processing etc. to alarm information.
Figure 3 shows that the handling process of the remote collection host processes information that the embodiment of the present invention proposes, comprise the steps:
Step 301: the interface module of server monitors the collection request from application layer; If listen to the request of collection, then from configuration file, obtain process acquisition configuration information, and gathered process acquisition configuration information is put into buffer memory.
Step 302: long-range connection set up by adaptation module and the destination host of server, and send remote data acquisition order by described long-range connection to destination host according to the process acquisition configuration information in buffer memory.
Step 303: destination host is according to described remote data acquisition order, and scheduling perl interpreter gathers process operation information.
Step 304: server obtains described process operation information by described long-range connection, and described process operation information is saved in database.
Step 305: analyze the progress information collected according to process alarm configuration, if meet alarm conditions, sends alarm information.This step is optional step.
Wherein, described process acquisition configuration information includes but not limited to: the description of process name, process, user name, should have process number, CPU occupation proportion, EMS memory occupation number, monitoring mark, booting script path, stop the combination in any of script, stopping keyword, process raiser, process handler or more content.
Described long-range connection is that Secure Shell SSH connects or telnet connects.
Meet alarm conditions if described, send alarm information and comprise:
If the process number collected is more than or equal to pre-configured maximum process number, then send alarm information;
CPU occupation proportion in the progress information collected is greater than the CPU occupation proportion upper limit pre-set, then send alarm information; Or,
EMS memory occupation number in the progress information collected is greater than the EMS memory occupation number upper limit pre-set, then send alarm information.
The present invention program adopts without agent acquisition mode: by long-range connection destination host, send dispatch command and obtain the information such as process on main frame and carry out passback and realize data acquisition.Gatherer process does not need the installation of traditional agent, avoids loaded down with trivial details and risky agent and embeds start-up course, and carry out Intelligent treatment to the far call mode of different host operating system, have dispose simple, overhead is little.And gatherer process to call the applicability of main frame perl language high therefore have the high feature of autgmentability.Further, the three-tier architecture of acquisition server well solves the adaptation issues of configuration distributing, transfer of data and distinct device type, clear in structure and greatly simplify configuration effort amount.
The present invention is applicable to mobile service supporting network operation management system centralized monitor platform, realizes monitoring business support network service host system processes running status Real-time Collection.Also the process real-time monitoring and control of other any business platforms is gone for.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment made, equivalent replacement, improvement etc., all should be included within the scope of protection of the invention.
Claims (8)
1. a method for remote collection host processes information, is characterized in that, comprises the steps:
The interface module of A, server monitors the collection request from application layer; If listen to the request of collection, then from configuration file, obtain process acquisition configuration information, and gathered process acquisition configuration information is put into buffer memory;
Long-range connection set up by adaptation module and the destination host of B, server, and send remote data acquisition order by described long-range connection to destination host according to the process acquisition configuration information in buffer memory;
C, destination host are according to described remote data acquisition order, and scheduling perl interpreter gathers process operation information;
D, server obtain described process operation information by described long-range connection, and are saved in database by described process operation information.
2. method according to claim 1, is characterized in that, after described step D, comprises further:
E, according to process alarm configuration, the progress information collected to be analyzed, if meet alarm conditions, send alarm information.
3. method according to claim 1, it is characterized in that, described process acquisition configuration information includes but not limited to: the description of process name, process, user name, should have process number, CPU occupation proportion, EMS memory occupation number, monitoring mark, booting script path, stop the combination in any of script, stopping keyword, process raiser, process handler or more content.
4. method according to claim 1, is characterized in that, described long-range connection is that Secure Shell SSH connects or telnet connects.
5. method according to claim 2, is characterized in that, meets alarm conditions if described, sends alarm information and comprises:
If the process number collected is more than or equal to pre-configured maximum process number, then send alarm information;
CPU occupation proportion in the progress information collected is greater than the CPU occupation proportion upper limit pre-set, then send alarm information; Or,
EMS memory occupation number in the progress information collected is greater than the EMS memory occupation number upper limit pre-set, then send alarm information.
6. a server for remote collection host processes information, is characterized in that, this server comprises interface module, control module and adaptation module;
Described interface module stores pre-configured configuration file; Monitor the collection request from application layer; If listen to the request of collection, then from configuration file, obtain process acquisition configuration information, and gathered process acquisition configuration information is put into the buffer memory of server;
Described adaptation module is used for setting up long-range connection with destination host, and sends remote data acquisition order by described long-range connection to destination host according to the process acquisition configuration information in buffer memory; Adaptation module also obtains described process operation information by described long-range connection, and is saved in database by described process operation information;
Described control module comprises: engine manager, task manager, account manager, command manager and connection manager;
Described engine manager is used for after this startup of server, carries out initialization operation to task manager, account manager, command manager and connection manager;
Task manager is used for setting up remote process acquisition tasks according to the collection request from application layer, and manages described remote process acquisition tasks, sends acquisition tasks to command manager;
Account manager is used for managing the accounts information of user, and described accounts information comprises user name, password;
Command manager is used for managing the process acquisition configuration information in buffer memory, and according to the acquisition tasks of task manager, the process acquisition that the destination host generating far-end according to process acquisition configuration information can perform;
The long-range connection that connection manager is used for adaptation module is set up manages, and the process acquisition from command manager is sent to the destination host of far-end by the long-range connection of having set up.
7. server according to claim 6, is characterized in that, described server comprises further:
Warning processing module, for analyzing the progress information that adaptation module collects according to process alarm configuration, if meet alarm conditions, sends alarm information.
8. a system for remote collection host processes information, comprises server and destination host, it is characterized in that,
The interface module of described server monitors the collection request from application layer; If listen to the request of collection, then from configuration file, obtain process acquisition configuration information, and gathered process acquisition configuration information is put into buffer memory; The adaptation module of server is used for setting up long-range connection with destination host, and sends remote data acquisition order by described long-range connection to destination host according to the process acquisition configuration information in buffer memory; Server obtains the process operation information of destination host by described long-range connection, and is saved in database by described process operation information; The control module of server comprises: engine manager, task manager, account manager, command manager and connection manager;
Described engine manager is used for after this startup of server, carries out initialization operation to task manager, account manager, command manager and connection manager;
Task manager is used for setting up remote process acquisition tasks according to the collection request from application layer, and manages described remote process acquisition tasks, sends acquisition tasks to command manager;
Account manager is used for managing the accounts information of user, and described accounts information comprises user name, password;
Command manager is used for managing the process acquisition configuration information in buffer memory, and according to the acquisition tasks of task manager, the process acquisition that the destination host generating far-end according to process acquisition configuration information can perform;
The long-range connection that connection manager is used for adaptation module is set up manages, and the process acquisition from command manager is sent to the destination host of far-end by the long-range connection of having set up;
Described destination host is used for according to the remote data acquisition order from server, and scheduling perl interpreter gathers process operation information.
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| CN101600168A (en) * | 2009-03-31 | 2009-12-09 | 江苏大学 | Wireless sensor network remote data transmission system via GSM |
| CN101719801A (en) * | 2009-11-25 | 2010-06-02 | 中兴通讯股份有限公司 | Method and system for realizing power detection |
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