CN104253715A - Monitoring system and method of multi-level cascade business - Google Patents
Monitoring system and method of multi-level cascade business Download PDFInfo
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- CN104253715A CN104253715A CN201310263788.0A CN201310263788A CN104253715A CN 104253715 A CN104253715 A CN 104253715A CN 201310263788 A CN201310263788 A CN 201310263788A CN 104253715 A CN104253715 A CN 104253715A
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Abstract
Disclosed is a monitoring method of a multi-level cascade business. The monitoring method includes scanning equipment of a data center to acquire operation information of the equipment of the data center; according to the operation information of the equipment, judging whether or not abnormality occurs to the equipment of the data center; if the abnormality occurs to the equipment of the data center, informing the manager who controls the abnormal equipment; searching software systems affected by the abnormal equipment according to names of the abnormal equipment, and informing the manager who controls the software system. The invention further provides a monitoring system of the multi-level cascade business. According to the arrangement, the associated equipment is monitored, and meanwhile the associated software systems are monitored. If the abnormality occurs to the equipment of the data center, the related managers are informed and timely get the picture clearly, so that waiting time spent on maintaining the equipment is shortened.
Description
Technical field
The present invention relates to a kind of virtual machine control system and method, especially about a kind of multilayer cascade service monitoring system and method.
Background technology
Data center (data center), generally includes several and even up to ten thousand equipment, also referred to as equipment farm (server farm), refers to the facility for settling computer system and associated components, such as, and telecommunications and stocking system.Usually, data center comprises redundancy and stand-by power supply, and redundant data communication connects, and environmental Kuznets Curves (such as air-conditioning, fire extinguisher) and safety means, wherein, in data center, most important equipment is the equipment for storing data.Described equipment is provided with one or more virtual machine, each virtual machine is also provided with one or more software systems (such as, electric signing system etc.), in order to ensure the normal operation of the equipment in data center and software, need to monitor the supercentral equipment of data and software, but, (namely conventional monitoring generally concentrates on directly monitors equipment and software, man-to-man monitoring), the service logic that cannot realize equipment or software deploy is monitored, namely the monitoring to the equipment of being mutually related cannot be realized, also the monitoring to being mutually related between software systems cannot be realized.
Summary of the invention
In view of above content, be necessary to provide a kind of multilayer cascade service monitoring system, it can realize the monitoring to the equipment of being mutually related, realize the monitoring to being mutually related between software systems simultaneously, relevant director is notified in time when the equipment of the heart occurs abnormal in the data, allow relevant director go and find out what's going in time, thus shorten the stand-by period of service equipment.
In view of above content, there is a need to provide a kind of multilayer cascade business monitoring method, it can realize the monitoring to the equipment of being mutually related, realize the monitoring to being mutually related between software systems simultaneously, relevant director is notified in time when the equipment of the heart occurs abnormal in the data, allow relevant director go and find out what's going in time, thus shorten the stand-by period of service equipment.
A kind of multilayer cascade service monitoring system, this system cloud gray model is in supervisory control comuter, and this system comprises: scan module, for the equipment at scan-data center, to obtain the operation information of each equipment in data center; Judge module, abnormal for judging whether data center has equipment occur according to the operation information of each equipment; Notification module, when occurring abnormal for there being equipment when data center, the director of the above-mentioned warping apparatus of notice management; Search module, for according to the name lookup of warping apparatus to the software systems affected by this warping apparatus, and the notice director relevant to described software systems.
A kind of multilayer cascade business monitoring method, the method comprises: the equipment at scan-data center, to obtain the operation information of each equipment in data center; Judge whether data center has equipment occur according to the operation information of each equipment abnormal; When data center has equipment to occur abnormal, the director of the above-mentioned warping apparatus of notice management; According to the name lookup of warping apparatus to the software systems affected by this warping apparatus, and the director that notice is relevant to described software systems.
Compared to prior art, multilayer cascade service monitoring system provided by the invention and method, it can realize the monitoring to the equipment of being mutually related, realize the monitoring to being mutually related between software systems simultaneously, relevant director is notified in time when the equipment of the heart occurs abnormal in the data, allow relevant director go and find out what's going in time, thus shorten the stand-by period of service equipment.
Accompanying drawing explanation
Fig. 1 is the applied environment figure of multilayer cascade service monitoring system of the present invention preferred embodiment.
Fig. 2 is the structural representation of supervisory control comuter preferred embodiment of the present invention.
Fig. 3 is the flow chart of multilayer cascade business monitoring method of the present invention preferred embodiment.
Fig. 4 be in multilayer cascade business monitoring method of the present invention in step S40 according to the name lookup of warping apparatus to the software systems affected by this warping apparatus, and the refinement flow chart of the notice director relevant to described software systems.
Fig. 5 is the schematic diagram of logic tree of the present invention.
Main element symbol description
| Client | 10 |
| Supervisory control comuter | 20 |
| Database | 30 |
| Network | 40 |
| Data center | 50 |
| Equipment | 500 |
| Multilayer cascade service monitoring system | 200 |
| Scan module | 210 |
| Judge module | 220 |
| Notification module | 230 |
| Search module | 240 |
| Memory | 250 |
| Processor | 260 |
Following embodiment will further illustrate the present invention in conjunction with above-mentioned accompanying drawing.
Embodiment
Consulting shown in Fig. 1, is the applied environment figure of multilayer cascade service monitoring system 200 of the present invention preferred embodiment.This multilayer cascade service monitoring system 200 is applied in supervisory control comuter 20.This supervisory control comuter 20 is communicated to connect by network 40 with data center (Data Center) 50.
Described network 40 can be the Internet, local area network (LAN) or other communication network.
Described data center 50 comprises in multiple equipment 500(figure for four), described equipment 500 is server.In the present embodiment, described server is called Host main frame, and each Host main frame is provided with one or more virtual machine.Described virtual machine is provided with one or more software systems (such as, Certificate Validation System, cipher protection system).It should be noted that, associate in the mode of logic tree between described software systems, in logic tree, the corresponding node of title of each software systems, node can have child node, multiple node can have same child node, be illustrated in figure 5 some logic trees that node forms, wherein, node A comprises two child node A1 and A2, child node A1 comprises the child node A11 of lower one deck further, Node B comprises two sub-Node B 1 and B2, child node B2 comprises the child node B21 of lower one deck, wherein, A2 and B1 comprises the child node C of lower one deck jointly.According to the graph of a relation of logic tree, the node of the superiors can be found by some child nodes always, also can find the node of the bottom always.Software systems can be arranged in the same virtual machine of same equipment 500, also can be arranged in the different virtual machine of same equipment, can also be arranged in the virtual machine of distinct device 500, for example, in logic tree, the software systems corresponding to two child node A1 and A2 of A can be installed in the same virtual machine of same equipment 500, also can be installed in the different virtual machine of same equipment 500, can also be installed on respectively in the virtual machine of two different equipment 500.
Described supervisory control comuter 20 is for the ruuning situation of equipment 500 in monitor data center 50, when equipment 500 occurs abnormal, the relevant director of notice (director of virtual machine of such as, being in charge of the director of data center 50, being in charge of the director of equipment 500, be responsible for installing on equipment 500, be responsible for the director that the software systems that virtual machine is installed are safeguarded and the user using these software systems).
In addition, described data center 50 also includes one or more environmental instrument (such as, the instruments such as temperature sensor, humidity sensor, fan, transformer, electric current and voltage detecting instrument), described supervisory control comuter 20 also can monitor the ruuning situation of described environmental instrument, when the numerical value on environmental instrument exceedes the value of setting (such as, temperature on temperature sensor is more than 70 degree) or environmental instrument cannot work time, the relevant director's (such as, being in charge of the director of data center 50 or the director of responsible repair and maintaining instrument) of notice.Specifically, supervisory control comuter 20 and environmental instrument are by Simple Network Management Protocol (SNMP, Simple Network Management Protocol) establish a communications link, and obtain in time data on environmental instrument (such as, temperature, humidity, electric current, voltage etc.), by obtained data analysis to judge whether environmental instrument occurs exception.
Described supervisory control comuter 20 is connected with database 30 by a DataBase combining.Wherein, described DataBase combining can be an open database inter connection (Open Database Connectivity, ODBC), or Java DataBase combining (Java Database Connectivity, JDBC).Described database 30 is for storing title and the logic tree of the software systems that the virtual machine title that the title of equipment 500 in data center 50, each equipment 500 are installed, each virtual machine are installed.Described database 30 also store the director being in charge of data center 50 contact details, be in charge of the director of equipment 500 contact details, be responsible for the director installing virtual machine on equipment 500 contact details, be responsible for the contact details of the director that the software systems that virtual machine is installed are safeguarded and the contact details of user using these software systems.Described contact details include, but not limited to the information such as email address, telephone number.
It should be noted that at this, database 30 independent of supervisory control comuter 20, also can be positioned at supervisory control comuter 20.In the hard disk that described database 30 can be stored in supervisory control comuter 20 or flash disk.Consider from the angle of security of system, the database 30 in the present embodiment is independent of supervisory control comuter 20.
In addition, client 10, for providing an interactive interface to user, is convenient to user and is carried out operating and the various data in operating process be stored in supervisory control comuter 20.This client 10 can be personal computer, notebook computer, mobile phone, panel computer and other equipment that can be connected with supervisory control comuter 20 arbitrarily.
Consulting shown in Fig. 2, is the structural representation of supervisory control comuter 20 of the present invention preferred embodiment.This supervisory control comuter 20 also comprises memory 250, processor 260.Described multilayer cascade service monitoring system 200 comprises scan module 210, judge module 220, notification module 230 and searches module 240.The programming code of module 210 to 240 is stored in memory 250, and processor 260 performs these programming code, realizes the above-mentioned functions that multilayer cascade service monitoring system 200 provides.
Described scan module 210 for the equipment 500 at scan-data center 50, to obtain the operation information of each equipment 500 in data center 50.Specifically, scan module 210 calls HttpClient control, and to obtain the operation information of each equipment 500 in data center 50, described operation information comprises the information such as CPU usage, fan speed state, hard disk utilization rate, disk state, internal storage state.
Described judge module 220 is for judging whether data center 50 has equipment 500 occur exception according to the operation information of each equipment 500.Specifically, operation information when running according to operation information and the equipment 500 of each equipment 500 obtained are normal compares, thus whether judgment device 500 occurs exception.Such as, if the CPU usage obtaining some equipment 500 is 95%, and CPU usage when this equipment 500 normally runs requires lower than 85%, then judge module 220 judges that exception appears in this equipment 500.In addition, because the equipment 500 in data center 50 may be interrelated, if there is an equipment 500 to occur exception, also can affect the operation of the equipment 500 associated with it, therefore, in database 30, also store the multiple relation lists between equipment 500, multiple equipment 500 that is mutually related is comprised in each relation list, in each relation list, if exception appears in some equipment 500, then the miscellaneous equipment 500 in this relation list is also regarded as and is occurred extremely.For convenience of description, occur that abnormal equipment 500 is called warping apparatus 500.
Described notification module 230 is for notifying the director managing above-mentioned warping apparatus 500.Specifically, notification module 230 by the title of this warping apparatus 500, finds this to be in charge of the contact details of the director of this warping apparatus 500, and sends information to this director by the mode of mail or note from database 30.
Described search module 240 for according to the name lookup of warping apparatus to the software systems affected by this warping apparatus, and the notice director relevant to described software systems.The described name lookup according to warping apparatus to the software systems affected by this warping apparatus, and notifies that the embodiment of the director relevant to described software systems will be described in detail in the diagram.
Consulting shown in Fig. 3, is the flow chart of multilayer cascade business monitoring method of the present invention preferred embodiment.
Step S10, the equipment 500 at scan module 210 scan-data center 50, to obtain the operation information of each equipment 500 in data center 50.Specifically, scan module 210 calls HttpClient control, and to obtain the operation information of each equipment 500 in data center 50, described operation information comprises the information such as CPU usage, fan speed state, hard disk utilization rate, disk state, internal storage state.
Step S20, judge module 220 judges whether data center 50 has equipment 500 occur exception according to the operation information of each equipment 500.In addition, because the equipment 500 in data center 50 may be interrelated, if there is an equipment 500 to occur exception, also can affect the operation of the equipment 500 associated with it, therefore, in database 30, also store the multiple relation lists between equipment 500, multiple equipment 500 that is mutually related is comprised in each relation list, in each relation list, if exception appears in some equipment 500, then the miscellaneous equipment 500 in this relation list is also regarded as and is occurred extremely.For convenience of description, occur that abnormal equipment 500 is called warping apparatus 500.。If data center 50 does not have equipment 500 to occur exception, flow process returns step S10.If judge, data center 50 has equipment 500 to occur exception, and flow process enters step S30.
Step S30, notification module 230 notifies the director of the above-mentioned warping apparatus 500 of management.Specifically, notification module 230 by the title of this warping apparatus 500, finds this to be in charge of the contact details of the director of this warping apparatus 500, and sends information to this director by the mode of mail or note from database 30.
Step S40, searches module 240 according to the name lookup of warping apparatus to the software systems affected by this warping apparatus, and the director that notice is relevant to described software systems.The described name lookup according to warping apparatus to the software systems affected by this warping apparatus, and notifies that the embodiment of the director relevant to described software systems will be described in detail in the diagram.
Consult shown in Fig. 4, be in the step S40 of Fig. 3 of the present invention according to the name lookup of warping apparatus to the software systems affected by this warping apparatus, and the refinement flow chart of the notice director relevant to described software systems.
Step S410, searches the title of module 240 according to software systems on this warping apparatus 500 of the name acquiring of warping apparatus 500.Specifically, the title that module 240 searches the software systems on warping apparatus 500 in database 30 is searched.
Step S420, searches module 240 obtains other affected software systems title according to the title of software systems on this warping apparatus 500 and logic tree.The mode obtaining the title of other affected software systems according to logic tree is as follows: the first step: the node corresponding to title finding software systems on this warping apparatus 500 in logic tree, second step: upwards search, namely the node of this node last layer is obtained, and get root node corresponding to this node by the mode of recurrence always, 3rd step: search downwards, namely the node of one deck under this node is obtained, and got the node of this node bottom by the mode of recurrence always, due to the title of the corresponding software systems of each node, pass through the title that found node can obtain other affected software systems.For example, as shown in Figure 5, suppose that the node corresponding in logic tree of the title of software systems that obtains is A2, then search module 240 finds this node A2 last layer node A according to logic tree, and the node C of one deck under this node A2, it should be noted that, if node A also has last layer node, then continue upwards to search by the mode of recurrence, until the node obtained does not have last layer node, in like manner known, if node C also has next node layer, then continue to search downwards by the mode of recurrence, until the node obtained does not have next node layer.
Step S430, searches the director of module 240 according to the above-mentioned software systems of title notice management of the software systems of all acquisitions.Specifically, suppose that the node found is A, A2 and C, then the director of the software systems of notice management corresponding to above-mentioned three nodes.
It should be noted last that, above embodiment is only in order to illustrate technical scheme of the present invention and unrestricted, although with reference to above preferred embodiment to invention has been detailed description, those of ordinary skill in the art is to be understood that, can modify to technical scheme of the present invention or equivalent replacement, and not depart from the spirit and scope of technical solution of the present invention.
Claims (12)
1. a multilayer cascade service monitoring system, this system cloud gray model, in supervisory control comuter, is characterized in that, this system comprises:
Scan module, for the equipment at scan-data center, to obtain the operation information of each equipment in data center;
Judge module, abnormal for judging according to the operation information of each equipment whether data center has equipment to occur;
Notification module, when occurring abnormal for there being equipment when data center, the director of the above-mentioned warping apparatus of notice management; And
Search module, for according to the name lookup of warping apparatus to the software systems affected by this warping apparatus, and the notice director relevant to described software systems.
2. multilayer cascade service monitoring system as claimed in claim 1, it is characterized in that, the operation information of described equipment comprises CPU usage, fan speed state, hard disk utilization rate, disk state and internal storage state.
3. multilayer cascade service monitoring system as claimed in claim 1, it is characterized in that, described judgment device occurs that abnormal mode is that operation information when normally running according to the operation information of each equipment obtained and equipment compares, thus whether judgment device occurs exception.
4. multilayer cascade service monitoring system as claimed in claim 1, it is characterized in that, multiple relation list is stored in described database, multiple equipment that is mutually related is comprised in each relation list, in each relation list, if some equipment occurs abnormal, then the miscellaneous equipment in this relation list is also regarded as and is occurred extremely.
5. multilayer cascade service monitoring system as claimed in claim 1, is characterized in that, the described name lookup according to warping apparatus to the software systems affected by this warping apparatus, and notifies that the embodiment of the director relevant to described software systems is as follows:
According to the title of software systems on this warping apparatus of name acquiring of warping apparatus;
The title of other affected software systems is obtained according to the title of software systems on this warping apparatus and logic tree; And
According to the director of the above-mentioned software systems of title notice management of the software systems of all acquisitions.
6. multilayer cascade service monitoring system as claimed in claim 5, is characterized in that, the described mode according to obtaining the title of other affected software systems according to the title of software systems on this warping apparatus and logic tree is as follows:
The node corresponding to title of software systems on this warping apparatus is found, the title of the corresponding software systems of each node in this logic tree in logic tree;
Upwards searched by recursive fashion, obtain the node of this node last layer, until get root node corresponding to this node; And
Searched downwards by recursive fashion, obtain the node of one deck under this node, until get the node of this node bottom.
7. a multilayer cascade business monitoring method, is characterized in that, the method comprises:
The equipment at scan-data center, to obtain the operation information of each equipment in data center;
Judge whether data center has equipment to occur according to the operation information of each equipment abnormal;
When data center has equipment to occur abnormal, the director of the above-mentioned warping apparatus of notice management; And
According to the name lookup of warping apparatus to the software systems affected by this warping apparatus, and the director that notice is relevant to described software systems.
8. multilayer cascade business monitoring method as claimed in claim 7, it is characterized in that, the operation information of described equipment comprises CPU usage, fan speed state, hard disk utilization rate, disk state and internal storage state.
9. multilayer cascade business monitoring method as claimed in claim 7, it is characterized in that, described judgment device occurs that abnormal mode is that operation information when normally running according to the operation information of each equipment obtained and equipment compares, thus whether judgment device occurs exception.
10. multilayer cascade business monitoring method as claimed in claim 7, it is characterized in that, multiple relation list is stored in described database, multiple equipment that is mutually related is comprised in each relation list, in each relation list, if some equipment occurs abnormal, then the miscellaneous equipment in this relation list is also regarded as and is occurred extremely.
11. multilayer cascade business monitoring methods as claimed in claim 7, is characterized in that, the described name lookup according to warping apparatus to the software systems affected by this warping apparatus, and notifies that the embodiment of the director relevant to described software systems is as follows:
According to the title of software systems on this warping apparatus of name acquiring of warping apparatus;
The title of other affected software systems is obtained according to the title of software systems on this warping apparatus and logic tree; And
According to the director of the above-mentioned software systems of title notice management of the software systems of all acquisitions.
12. multilayer cascade business monitoring methods as claimed in claim 11, is characterized in that, the described mode according to obtaining the title of other affected software systems according to the title of software systems on this warping apparatus and logic tree is as follows:
The node corresponding to title of software systems on this warping apparatus is found, the title of the corresponding software systems of each node in this logic tree in logic tree;
Upwards searched by recursive fashion, obtain the node of this node last layer, until get root node corresponding to this node; And
Searched downwards by recursive fashion, obtain the node of one deck under this node, until get the node of this node bottom.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310263788.0A CN104253715A (en) | 2013-06-28 | 2013-06-28 | Monitoring system and method of multi-level cascade business |
| TW102127070A TW201513605A (en) | 2013-06-28 | 2013-07-29 | System and method for monitoring multi-level devices |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310263788.0A CN104253715A (en) | 2013-06-28 | 2013-06-28 | Monitoring system and method of multi-level cascade business |
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| CN104253715A true CN104253715A (en) | 2014-12-31 |
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| CN201310263788.0A Pending CN104253715A (en) | 2013-06-28 | 2013-06-28 | Monitoring system and method of multi-level cascade business |
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| TW (1) | TW201513605A (en) |
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| CN106598764A (en) * | 2015-10-14 | 2017-04-26 | 北京国双科技有限公司 | Exception handling method and device |
| CN108628720A (en) * | 2018-05-02 | 2018-10-09 | 济南浪潮高新科技投资发展有限公司 | Equipment monitoring system and method under a kind of cascade scene |
| CN109558292A (en) * | 2017-09-26 | 2019-04-02 | 阿里巴巴集团控股有限公司 | A kind of monitoring method and device |
| CN111490900A (en) * | 2020-03-30 | 2020-08-04 | 中移（杭州）信息技术有限公司 | Gateway fault positioning method and device and gateway equipment |
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Also Published As
| Publication number | Publication date |
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| TW201513605A (en) | 2015-04-01 |
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Application publication date: 20141231 |