CN104935482A - Distributed monitoring system and method - Google Patents
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Abstract
The invention discloses a distributed monitoring system and method. The system comprises a main management node and sub management nodes, wherein the main management node is used for monitoring status information of sub management nodes and appointing a communication connection relation between each sub management node and each server according to the status information, and recording the communication connection relation to a mapping module; the main management node is further used for acquiring monitor data information of the server sent by each sub management node and stored in message-oriented middleware, and storing the monitor data information; the sub management node is used for monitoring the server communicated with the sub management node according to the communication connection relation in the mapping module, and collecting the monitor data information of the monitored server, and then periodically sending the monitor data information to the message-oriented middleware.
Description
Technical field
The present invention relates to computer realm, specifically, relate to a kind of distributed monitoring system and method.
Background technology
Along with the high speed development of Internet technology, large data, cloud computing, the scale of data center server cluster is also in continuous expansion.In large-scale application, in cluster, the number of server node has reached up to ten thousand, and, still with exponential speed sustainable growth.Therefore, the monitoring management of large-scale cluster becomes more complicated.Monitor and management of cluster platform is also developed to distributed pipes platform by traditional single management dot pattern.
In order to meet the monitoring demand of large-scale server cluster, there is the cluster monitoring platform of some distributed structure/architecture.These platforms can set up several point of management point according to server cluster scale, and each point of management point is responsible for the monitor data gathering the server be attached thereto, then these monitor datas are aggregated into the total management point in upper strata.Although this mode alleviates the problem of monitoring scale limitation to a certain extent, still there is following problem:
(1) Expansion very flexible.Divide the corresponding relation of management node and its server resource managed to fix, therefore, when institute's monitoring server scale changes, need an artificial increase and decrease point management point, and adjust corresponding relation.
(2) if point management nodes break down, the server monitoring data of its monitoring management directly can be caused to gather in time and to store, even can cause and fail to report warning information.
(3) total management point adopts synchronous communication, degraded performance mostly with communicating between point management point, and the collection of data affects other business functions and uses.
For the problem in above-mentioned correlation technique, at present effective solution is not yet proposed.
Summary of the invention
For the problem in correlation technique, the present invention proposes a kind of distributed monitoring and method, can by monitoring Resource dynamic allocation to point management node of variable amounts, and total management node and a point management node be enable to realize efficient simultaneous asynchronous data transmissions by the communication mode of message-oriented middleware.
Technical scheme of the present invention is achieved in that
According to an aspect of the present invention, a kind of distributed monitoring system is provided.
This system comprises:
Total management node, multiple points of management nodes, multiple server, message-oriented middleware, mapping blocks;
Wherein, total management node, for monitoring the state information of point management node, specifies the communication connection relation between each point of management node and each server according to state information, and will communicate to connect relation record to mapping block.
Further, total management node is further used for the monitor data information obtaining the server sent by each point of management node stored in message-oriented middleware, and monitor data information is stored.
And point management node, manages for monitoring according to the communication connection relation in mapping block and divide the server saving and carry out communicating to connect, and collects the monitor data information of monitored server, and, periodically send monitor data information to message-oriented middleware.
In a preferred embodiment of the invention, message-oriented middleware and mapping block are arranged in total management node.
In a preferred embodiment of the invention, divide the state information of management node comprise following one of at least:
Divide quantity, operating state, the performance of management node.
In a preferred embodiment of the invention, total management node is further used for providing a visual interface, by visual interface display monitoring data message.
According to a further aspect in the invention, a kind of distributed monitoring method is provided.
The method comprises:
Total management node specifies the communication connection relation between each point of management node and each server according to the state information of multiple points of management nodes, and will communicate to connect relation record to mapping block;
The server that each point of management node is corresponding according to the communication connection relation monitoring in mapping block, and collect the monitor data information of monitored server, and periodically send monitor data information to message-oriented middleware;
Total management node obtains monitor data information from message-oriented middleware, and monitor data information is stored.
In a preferred embodiment of the invention, total management node specifies the communication connection relation between each point of management node and each server according to the state information of multiple points of management nodes, and will communicate to connect relation record to mapping block, comprises further:
Total management node monitors the state information of each point of management node in real time, if the state information of arbitrary point of management node occurs abnormal, then total management node reassigns the communication connection relation between each point of management node and each server, and communication connection relation is updated to mapping block;
In a preferred embodiment of the invention, divide the state information of management node comprise following one of at least:
Divide quantity, operating state, the performance of management node.
In a preferred embodiment of the invention, total management node comprises after communication connection relation is updated to mapping block further:
Divide the communication connection relation in management node periodicity detection mapping block, if communication connection relation changes, then divide management node according to the server of the communication connection relation monitoring correspondence after renewal.
In a preferred embodiment of the invention, provide a visual interface by total management node, and according to visual interface display monitoring data message.
In a preferred embodiment of the invention, monitor data information and preset monitoring threshold value compare by total management node, if monitor data information does not meet predetermined monitoring range, then send alarm.
The present invention is by enabling total management node and dividing management node by the communication mode of message-oriented middleware, achieve point management node to efficient simultaneous asynchronous data transmissions during total management node-node transmission monitor data, and, by relation record will be communicated to connect to mapping block, and point management node monitors the technological means of the server communicated to connect with it according to the communication connection in mapping block, total management node can be made by monitoring Resource dynamic allocation to point management node of variable amounts, thus when avoiding Single Point of Faliure, monitoring data collection not in time, cause the situation that monitor data is lost.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic diagram of the distributed monitoring system according to the embodiment of the present invention;
Fig. 2 is the flow chart of the distributed monitoring method according to the embodiment of the present invention;
Fig. 3 is the schematic flow sheet of the distributed monitoring method according to the present invention one specific embodiment;
Fig. 4 is the schematic flow sheet of the distributed monitoring method according to the another specific embodiment of the present invention;
Fig. 5 is the schematic flow sheet according to the present invention's distributed monitoring method of a specific embodiment again.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art obtain, all belongs to the scope of protection of the invention.
According to embodiments of the invention, provide a kind of distributed monitoring system.
As shown in Figure 1, according to the distributed monitoring system of the embodiment of the present invention, this system comprises: total management node 11, multiple points of management node 12-14, multiple server 15-17, message-oriented middleware, mapping blocks.Wherein, message-oriented middleware is arranged in total management node 11, for providing an asynchronous transmission passage when total management node 11 and a point management node 12 carry out monitoring data transmission, divide management node can be sent in the message queue of message-oriented middleware by the monitor data collected, total management node can obtain the monitor data that point management node sends from message-oriented middleware, thus achieves the asynchronous transfer mode of monitor data.In addition, mapping block is arranged in total management node 11 equally, is undertaken safeguarding and controlling by total management node 11, stores the server-wide of each point of management monitoring nodes in this mapping block.
Wherein, total management node 11, for monitoring the state information of each point of management node, specifies the communication connection relation between each point of management node and each server according to state information, and will communicate to connect relation record to mapping block.In a preferred embodiment of the invention, total management node when monitoring point management node 12, need the state information of point management node 12 of monitoring comprise following one of at least: quantity, operating state, the performance of point management node 12.Especially, in a preferred embodiment of the invention, total management node 11 according to the quantity of point management node, operating state and behavior pattern, can be averagely allocated to each state by needing the server resource monitored in cluster and divides management node normally.
Further, total management node 11 is further used for obtaining the monitor data information sent by each point of management node stored in message-oriented middleware, and monitor data information is stored.In a preferred embodiment of the invention, total management node 11 reads the monitor data information in the data queue of message-oriented middleware in real time.Then, the monitor data information of acquisition is stored in database.Further, in a preferred embodiment of the invention, total management node 11 also has alarm function, and when monitor data value exceeds the monitoring threshold range preset, total management node can to operating personnel's alarm.
Especially, in a preferred embodiment of the invention, total management node 11 can also provide a visual interface by browser for user, makes operating personnel can browse state and the monitor data of each server in cluster clearly.
And, divide management node 12, for monitoring according to the communication connection relation in mapping block and dividing the server 15 managing joint 12 and carry out communicating to connect, and collect the monitor data information of monitored server 15, and, periodically send monitor data information to message-oriented middleware.In a preferred embodiment of the invention, divide in management node 12 and there is a monitoring and scheduling list, store the monitoring range of this point of management node 12 in this monitoring and scheduling list, namely store this point of management node 12 and by the communication connection relation of server 15 of this point of management monitoring nodes.In addition, in a preferred embodiment of the invention, point management node 12 can communication connection relation in the mapping block regularly in the total management node of inquiry, then according to above-mentioned communication connection relation, monitors and collects the monitor data information of the server 15 corresponding with this point of management node 12.Especially, if point management node 12 is when inquiring about the communication connection relation in the mapping block in total management node 11, find that above-mentioned communication connection relation changes, then divide management node 12 meeting according to this change, reinitialize the monitoring and scheduling list in point management node 12, and according to the communication connection relation monitoring after mapping block change and the monitor data information of collecting corresponding server.
To sum up, the method described by the present embodiment, total management node and point management node by the communication mode of Effect-based operation middleware, can realize two internodal efficient simultaneous asynchronous data transmissions.And, by relation record will be communicated to connect to mapping block, and point management node monitors the technological means of the server communicated to connect with it according to the communication connection in mapping block, total management node can be made by monitoring Resource dynamic allocation to point management node of variable amounts, thus when avoiding point management node generation Single Point of Faliure, cause monitoring data collection not in time, and the situation that monitor data is lost.
According to embodiments of the invention, additionally provide a kind of distributed monitoring method.
As shown in Figure 2, according to the distributed monitoring method of the embodiment of the present invention, comprising:
Step S201, total management node specifies the communication connection relation between each point of management node and each server according to the state information of multiple points of management nodes, and will communicate to connect relation record to mapping block.Wherein, in a preferred embodiment of the invention, total management node monitors the health status of each point of management node in real time, if arbitrary point of management node occurs abnormal, then total management node can reassign the communication connection relation between each point of management node and each server, and the original communication connection relation revised in mapping block, thus the communication connection relation in mapping block is upgraded.
Step S203, the server that each point of management node is corresponding according to the communication connection relation monitoring in mapping block, and collect the monitor data information of monitored server, and periodically send monitor data information to message-oriented middleware.Wherein, in a preferred embodiment of the invention, point management node regularly inquires about the communication connection relation in the mapping block in total management node, then according to above-mentioned communication connection relation, monitors and collects the monitor data information of the server corresponding with this point of management node.Especially, if point management node is when inquiring about the communication connection relation in the mapping block in total management node, find that communication connection relation changes, then divide management node can according to this change, reinitialize the monitoring and scheduling list in point management node, and according to the communication connection relation monitoring after mapping block change and the monitor data information of collecting corresponding server, thus complete dynamic assignment monitoring resource, namely achieve the dynamic load leveling of monitoring resource.Especially, in a preferred embodiment of the invention, each point of management node gathers the monitor data information of monitored server by agreements such as IPMI, SNMP, and is sent in the data transmission queue in message centre.
Step S205, total management node obtains monitor data information from message-oriented middleware, and monitor data information is stored.
For a better understanding of the present invention, elaborate with a specific embodiment below.
Total management node is monitored and the health status of all points of management nodes in record clustering in real time, this health status comprises: the quantity of point management node, operating state and performance, and divide management node to monitor normally according to dividing the health status of management node that the server that the needs in cluster are monitored is averagely allocated to each health status, and by the communication connection relation record between the server of point management node and monitoring thereof in the mapping block of total management node, a mapping relations allocation list can be comprised in this mapping block, namely total management node by above-mentioned communication connection relation record in the mapping relations allocation list of mapping block.
Subsequently, each point of management node, by the communication connection relation in periodic detection mapping block, is connected with the monitored server of specifying according to this communication connection relation, then monitors described server, and collects the monitor data information on it.Then, the monitor data collected can upload in message-oriented middleware by a point management node, especially, monitor data in the message between wait for that total management node reads with the form of queue in part.
Then, total management node can read the monitor data in message-oriented middleware in real time, and by supervising data storage in database, total management node also can monitor described monitor data in real time simultaneously, once described monitor data exceedes the scope presetting monitoring threshold value, then total management node can carry out alarm.
Especially, in the present embodiment, if there be arbitrary point to manage node health abnormal state, when namely this point of management node cannot monitor the situation of the server that it will be monitored, the idiographic flow of the present embodiment as shown in Figure 3, in figure 3:
Point management node connection status in total management node Real-time Obtaining mapping block, and all points of management nodes in searching loop cluster, gather the real time health state of point management node simultaneously, total management node is according to the health status of point management node of last traversal record and this health status obtained, judge one point of management node health status and traveled through last time inconsistent, then determine that this point of management node occurs abnormal.
Then, total management node is by the current state information of point management node, i.e. abnormality, is recorded in delete list, and cancels the mapping relations (communication connection relation) of this point of management node and monitored server in mapping block.Subsequently, total management node revises the state information of this point of management node, is abnormal by status indication, and this state information can be recorded in point management node state list in total management node, also can be recorded in mapping block.In the present embodiment, this state information is recorded in mapping block.
Then, total management node continues traversal other point of management node, until traversal terminates, then and total management node state of having known abnormal nodes and the server annexation that communicates with.Total management node will divide management node to redistribute the server resource of needs monitoring normally according to current health status, and the communication connection relation of each point after redistributing between management node and monitored server will be updated in configuration module.
Then, as shown in Figure 4, in cluster, whether all health status divide management node can change from the mapping relations (communication connection relation) between total management querying node and monitored server through but not limited to web services interface normally, if mapping relations change, then divide management node can obtain the server list and index monitored needed for this node from mapping block.Then, again according to the server list got, namely the communication connection relation of well-behaved management node and monitored server reconfigures the monitoring and scheduling list in point management node, records the server list that this node is monitored, restart scheduling flow subsequently in this monitoring and scheduling list.Then, each point of management node by according to new communication connection relation, is monitored and collects the monitor data of the server that this node is monitored.
Especially, in the present embodiment, if after having arbitrary point to manage node health abnormal state, through the operation such as manual debugging or autoboot, under health status recovers normal situation again, the idiographic flow of the present embodiment as shown in Figure 5, in Figure 5:
Point management node connection status in total management node Real-time Obtaining mapping block, and all points of management nodes in searching loop cluster, gather the real time health state of point management node simultaneously, total management node judges according to the health status of point management node of last traversal record and this health status obtained, define one newly-increased point of management node, namely recover normal point management node.
Then, total management node is by the current state information of point management node, be recorded in newly-increased list, and revise the state information of this point of management node, be normal by status indication, this state information can be recorded in point management node state list in total management node, also can be recorded in mapping block.In the present embodiment, this state information is recorded in mapping block.
Then, total management node continues traversal other point of management node, until traversal terminates.Total management node will divide the quantity of management node normally according to current health status, for point management node in newly-increased list redistributes the server resource needing monitoring, and the communication connection relation of each point after redistributing between management node and monitored server is updated in configuration module.
Then, referring again to as shown in Figure 4, in cluster, whether all health status divide management node can change from the mapping relations (communication connection relation) between total management querying node and monitored server through but not limited to web services interface normally, if mapping relations change, then divide management node can obtain the server list and index monitored needed for this node from mapping block.Then, again according to the server list got, namely the communication connection relation of well-behaved management node and monitored server reconfigures the collection scheduling list in point management node, records the server list that this node is monitored, restart scheduling flow subsequently in this collection scheduling list.Then, each point of management node by according to new communication connection relation, is monitored and collects the monitor data of the server that this node is monitored.
To sum up, by means of technique scheme of the present invention, monitor framework by Triple distribution, improve the scale of monitoring management cluster greatly.Further, total management node provides a visual interface by browser to operating personnel, makes operating personnel can be inquired about the health status of cluster by browser.The present invention, also by the communication mode of Effect-based operation middleware, makes to realize efficient simultaneous asynchronous data transmissions between total management node and point management node.In addition, by point management node distributing to variable amounts of monitoring resource dynamic, thus Monitoring framework management scale can also be strengthened by technical scheme of the present invention, and achieve the dynamic load leveling of monitoring resource.Thus when avoiding Single Point of Faliure, monitoring data collection not in time, causes the situation that monitor data is lost.
These are 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 done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a distributed monitoring system, is characterized in that, comprising:
Total management node, multiple points of management nodes, multiple server, message-oriented middleware, mapping blocks;
Described total management node, for monitoring the state information of point management node, specifies the communication connection relation between each point of management node and each server according to described state information, and by described communication connection relation record to described mapping block;
Described total management node is further used for the monitor data information obtaining the server sent by each point of management node stored in described message-oriented middleware, and described monitor data information is stored;
Described point of management node, the server saving and carry out communicating to connect is managed for monitoring according to the described communication connection relation in described mapping block and divide, and collect the monitor data information of monitored server, and, periodically send described monitor data information to described message-oriented middleware.
2. system according to claim 1, is characterized in that, comprising:
Described message-oriented middleware and described mapping block are arranged in described total management node.
3. system according to claim 1, is characterized in that, the state information of described point of management node comprise following one of at least:
Divide quantity, operating state, the performance of management node.
4. system according to claim 1, is characterized in that, described total management node is further used for providing a visual interface, shows described monitor data information by described visual interface.
5. a distributed monitoring method, is characterized in that, comprising:
Total management node specifies the communication connection relation between each point of management node and each server according to the state information of multiple points of management nodes, and by described communication connection relation record to mapping block;
The server that each point of management node is corresponding according to the described communication connection relation monitoring in described mapping block, and collect the monitor data information of monitored server, and periodically send described monitor data information to message-oriented middleware;
Described total management node obtains described monitor data information from described message-oriented middleware, and described monitor data information is stored.
6. method according to claim 5, it is characterized in that, described total management node specifies the communication connection relation between each point of management node and each server according to the state information of multiple points of management nodes, and by described communication connection relation record to mapping block, comprises further:
Described total management node monitors the state information of each point of management node in real time, if the state information of arbitrary point of management node occurs abnormal, then described total management node reassigns the communication connection relation between each point of management node and each server, and described communication connection relation is updated to described mapping block;
7. method according to claim 6, is characterized in that, the state information of described point of management node comprise following one of at least:
Divide quantity, operating state, the performance of management node.
8. method according to claim 6, is characterized in that, described total management node comprises after described communication connection relation is updated to described mapping block further:
Described point of management node periodically detects the communication connection relation in described mapping block, if described communication connection relation changes, then and the server that described point management node is corresponding according to the described communication connection relation monitoring after upgrading.
9. method according to claim 5, is characterized in that, comprising:
There is provided a visual interface by described total management node, and show described monitor data information according to described visual interface.
10. method according to claim 5, is characterized in that, comprising:
Described monitor data information and preset monitoring threshold value compare by described total management node, if described monitor data information does not meet predetermined monitoring range, then send alarm.
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