CN105790987A - Performance data acquisition method, device and system - Google Patents
Performance data acquisition method, device and system Download PDFInfo
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- CN105790987A CN105790987A CN201410815212.5A CN201410815212A CN105790987A CN 105790987 A CN105790987 A CN 105790987A CN 201410815212 A CN201410815212 A CN 201410815212A CN 105790987 A CN105790987 A CN 105790987A
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Abstract
The embodiment of the invention discloses a performance data acquisition method, device and system. The performance data acquisition method may comprises the steps of dividing performance data into a high-frequency counter and a low-frequency counter based on a preset threshold value by a first processing node; when the low-frequency counter of the performance data stored in a cache region corresponding to the low-frequency counter of the first processing node reaches to a storage upper limit of the cache region corresponding to the low-frequency counter, sending the low-frequency counter of the performance data stored in the cache region corresponding to the low-frequency counter to a second processing node by the first processing node; and when a report period arrives, reporting the high-frequency counter of the performance data cached by the first processing node to a collecting node by the first processing node.
Description
Technical field
The present invention relates to network management technology, particularly relate to the method, apparatus and system of a kind of performance data collection.
Background technology
In mobile communication system, the performance data of the whole network reflects the running quality of whole network, and the statistics of performance data plays irreplaceable effect for aspects such as the network optimization of extensive commercial network, malfunction eliminations.At present in a distributed system, there is one and collect node and multiple process node, each processes and produces and retention data on node, then according to the report cycle preset by all of for present treatment node reporting performance data to collecting on node, be reported to NMS by collecting node subsequently.
By after History Performance Data is added up it appeared that, the frequency that reports of different performance datas differs, the statistical value having greatly (nearly 80%) performance data is null value, but when the statistical value of performance data is null value, when default report cycle arrives, process node still the performance data that statistical value is null value to be reported, thus cause collect node too much CPU and bandwidth resources are wasted in reception statistical value be above the performance data of null value, cause the wasting of resources collecting node.
Summary of the invention
For solving above-mentioned technical problem, embodiment of the present invention expectation provides the method, apparatus and system of a kind of performance data collection, can reduce and collect the wasting of resources phenomenon collecting node that node causes due to the performance data that statistical value is null value receiving the transmission of each process node, and reduce the bandwidth collecting node and CPU consumption.
The technical scheme is that and be achieved in that:
The present invention provides a kind of method of performance data collection, described method to be applied to the first process node, and described method includes:
Described first processes node is divided into high-frequency counter and low frequency counter according to default threshold value by performance data；
When the low frequency counter of the performance data that the buffer area that the low frequency counter of described first process node is corresponding preserves reaches the storage cap of buffer area corresponding to low frequency counter, described first processes node sends the low frequency counter of the performance data preserved in buffer area corresponding for described low frequency counter to the second process node；
When report cycle arrives, described first processes node reports the high-frequency counter of the performance data of own cache to collecting node.
In such scheme, described method also includes:
First processes node is respectively provided with the buffer area of correspondence according to the high-frequency counter that configuration rule is performance data preset and low frequency counter, and the storage cap of the buffer area that described low frequency counter is corresponding is the length maximum of wall scroll transmission message.
In such scheme, described first processes node sends the low frequency counter of the performance data preserved in buffer area corresponding for described low frequency counter to the second process node, including:
Described first processes node is packaged in the low frequency counter of the performance data preserved in buffer area corresponding for low frequency counter in wall scroll transmission message, and processes node transmission by described wall scroll transmission message to described second.
In such scheme, described method also includes:
Described first processes the threshold value after the renewal that node receiving network managing system sends and configuration rule；
Described first processes node divides described high-frequency counter and described low frequency counter according to the threshold value after described renewal, and is respectively provided with the buffer area of correspondence according to the high-frequency counter that the configuration rule after described renewal is described performance data and described low frequency counter.
The present invention provides a kind of method of performance data collection, described method to be applied to the second process node, and described method includes:
Described second processes node receives the described first low frequency counter processing joint behavior data from the first process node；
Described second processes node carries out buffer memory by the low frequency counter that described first processes node；
When report cycle arrives, described second processes node reports the low frequency counter of all first performance data processing node of own cache to collecting node.
In such scheme, the buffer size that the described first low frequency counter processing node is carried out buffer memory by described second process node is configured by the configuration rule preset.
In such scheme, described method also includes:
Described second processes the configuration rule after the renewal that node receiving network managing system sends；
The buffer size that described second process node carries out buffer memory according to the low frequency counter that the configuration rule after described renewal is the first process node is configured.
The present invention provides a kind of method of performance data collection, described method to be applied to collect node, and described method includes:
When report cycle arrives, described in collect node and process node from first and receive the described first high-frequency counter of performance data processing nodal cache, and process node from second and receive the low frequency counter of all first performance data processing node；
The described node that collects collects according to the high-frequency counter of the receive described first performance data processing node and the low frequency counter of the described first performance data processing node, and sends summarized results to NMS.
The present invention provides a kind of first to process node, and described first processes node includes division unit, transmitting element and reports unit, wherein,
Described division unit, for being divided into high-frequency counter and low frequency counter according to the threshold value preset by performance data；
Described transmitting element, when the low frequency counter of the performance data that buffer area corresponding to low frequency counter for processing node when described first preserves reaches the storage cap of buffer area corresponding to low frequency counter, the low frequency counter of the performance data preserved in buffer area corresponding for described low frequency counter is sent to second and process node；
Described report unit, for when report cycle arrives, being reported to collecting node by the high-frequency counter of the performance data of described first process node own cache.
In such scheme, described first processes node also includes: arrange unit, for being respectively provided with the buffer area of correspondence according to the high-frequency counter that configuration rule is performance data preset and low frequency counter, the storage cap of the buffer area that described low frequency counter is corresponding is the length maximum of wall scroll transmission message.
In such scheme, described transmitting element, for the low frequency counter of the performance data preserved in buffer area corresponding for low frequency counter being packaged in wall scroll transmission message, and process node transmission by described wall scroll transmission message to described second.
In such scheme, described first processes node also includes receiving unit, for the threshold value after the renewal that receiving network managing system sends and configuration rule；
Described division unit, is additionally operable to the threshold value after according to described renewal and described high-frequency counter and described low frequency counter is divided；
Described unit is set, is additionally operable to the high-frequency counter that configuration rule is described performance data after according to described renewal and described low frequency counter is respectively provided with the buffer area of correspondence.
The present invention provides a kind of second to process node, and described second processes node includes receiving unit, buffer unit and reporting unit, wherein,
Described reception unit, receives the described first low frequency counter processing joint behavior data for processing node from first；
Described buffer unit, the low frequency counter for processing node by described first carries out buffer memory；
Described report unit, for when report cycle arrives, the low frequency counter of the performance data of all first process nodes of described buffer unit buffer memory being reported to collecting node.
In such scheme, described second processes node also includes arranging unit, for being arranged the buffer size of described buffer unit by default configuration rule.
In such scheme, described reception unit, it is additionally operable to the configuration rule after the renewal that receiving network managing system sends；
Described unit is set, is additionally operable to the buffer size that configuration rule is described buffer unit after according to described renewal and is configured.
The present invention provides one to collect node, described in collect node and include receiving unit and transmitting element, wherein,
Described reception unit, for when report cycle arrives, processing node from first and receive the high-frequency counter of the described first performance data processing nodal cache, and receive the low frequency counter of all first performance data processing node from the second process node；
Described transmitting element, the low frequency counter of high-frequency counter and the described first performance data processing node that described first for receiving according to described reception unit processes the performance data of node collects, and sends summarized results to NMS.
The present invention provides the system of a kind of performance data collection, and described system includes: first processes node, the second process node and collect node, wherein,
Described first processes node, for performance data being divided into high-frequency counter and low frequency counter according to the threshold value preset；
And, when the low frequency counter of the performance data that the buffer area that the low frequency counter of described first process node is corresponding preserves reaches the storage cap of buffer area corresponding to low frequency counter, the low frequency counter of the performance data preserved in buffer area corresponding for described low frequency counter is sent to described second process node；
And, when report cycle arrives, the high-frequency counter of the performance data of own cache is reported to the described node that collects；
Described second processes node, receives the described first low frequency counter processing joint behavior data for processing node from described first；
And, the low frequency counter that described first processes node is carried out buffer memory；
And, when report cycle arrives, the low frequency counter of all first performance data processing node of own cache is reported to the described node that collects；
Described collect node, for when report cycle arrives, process node from described first and receive the high-frequency counter of the described first performance data processing nodal cache, and process, from described second, the low frequency counter that node reception all first processes the performance data of node；
And, collect according to the low frequency counter of the high-frequency counter of the receive described first performance data processing node and the described first performance data processing node, and summarized results is sent to NMS.
Embodiments provide the method, apparatus and system of a kind of performance data collection, the low frequency counter of all first performance data processing node is reported to collecting node by the second process node, can reduce and collect the wasting of resources phenomenon collecting node that node causes due to the performance data that statistical value is null value receiving the transmission of each process node, and reduce the bandwidth collecting node and CPU consumption.
Accompanying drawing explanation
A kind of application scenarios schematic diagram that Fig. 1 provides for the embodiment of the present invention；
The detailed process schematic diagram of the method for a kind of performance data collection that Fig. 2 provides for the embodiment of the present invention；
The schematic flow sheet that default threshold value and configuration rule are updated by the NMS that Fig. 3 provides for the embodiment of the present invention；
The method flow schematic diagram of a kind of performance data collection that Fig. 4 provides for the embodiment of the present invention；
The method flow schematic diagram of the another kind of performance data collection that Fig. 5 provides for the embodiment of the present invention；
The method flow schematic diagram of another performance data collection that Fig. 6 provides for the embodiment of the present invention；
The structural representation of a kind of first process node that Fig. 7 provides for the embodiment of the present invention；
Fig. 8 processes the structural representation of node for the another kind first that the embodiment of the present invention provides；
The structural representation of a kind of second process node that Fig. 9 provides for the embodiment of the present invention；
Figure 10 processes the structural representation of node for the another kind second that the embodiment of the present invention provides；
A kind of structural representation collecting node that Figure 11 provides for the embodiment of the present invention；
The structural representation of the system of a kind of performance data collection that Figure 12 provides for the embodiment of the present invention.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described.
Referring to Fig. 1, for a kind of application scenarios schematic diagram that the embodiment of the present invention provides, in this scenario, be provided with one collect node 10, N number of first process node 20 and one second process node 30, N be not less than 1 positive integer；Wherein, first processes node 20 can the high-frequency counter of retention data, and reported to collecting node 10 by the high-frequency counter of performance data when report cycle arrives, it addition, the low frequency counter of performance data can also be transmitted to the second process node 30 by the first process node 20；Second processes node 30 is able to receive that all first low frequency counter of performance data processing node 20 transmission, and the low frequency counter of the performance data of all first process nodes 20 is reported to when report cycle arrives and collect node 10；Collect node 10 all first low frequency counter processing the performance data that nodes 20 transmit that first high-frequency counter processing the performance data that node 20 reports and the second process node 30 report to be collected when report cycle arrives, and summarized results is sent to NMS.
Understandable, the low frequency counter of all first performance data processing node 20 is reported to collecting node 10 by the second process node 30, thus when avoiding report cycle arrival, owing to the low frequency counter of the performance data of self is each reported, to collecting node 10, the wasting of resources phenomenon collecting node 10 caused by the first process node 20, and reduce the bandwidth collecting node 10 and CPU consumption.
In conjunction with the application scenarios shown in Fig. 1, referring to Fig. 2, it illustrates the detailed process of the method for a kind of performance data collection that the embodiment of the present invention provides, the method may include that
S201: the first processes node is divided into high-frequency counter and low frequency counter according to default threshold value by performance data；
It should be noted that, the frequency height that the threshold value preset can be according to the first different business reporting performance data processing node is determined, such as, service feature data report to the frequency of the first process node more than per minute report one time time, this performance data is high-frequency counter；Otherwise, this performance data is low frequency counter.And the threshold value preset can be configured by issuing the form of configuration file by NMS.
Exemplarily, first processes node can also be respectively provided with the buffer area of correspondence according to the high-frequency counter that configuration rule is performance data preset and low frequency counter, the storage cap of the buffer area that low frequency counter is corresponding could be arranged to the length maximum of wall scroll transmission message, for instance 50kBYTE.When service feature data report to the first process node, if this performance data is high-frequency counter, then this performance data is preserved the buffer area that tremendously high frequency enumerator is corresponding；If this performance data is low frequency counter, then this performance data is preserved the buffer area that tremendously low frequency enumerator is corresponding.
S202: when the low frequency counter of the performance data that the buffer area that the low frequency counter of the first process node is corresponding preserves reaches the storage cap of buffer area corresponding to low frequency counter, first processes node is packaged in the low frequency counter of the performance data preserved in buffer area corresponding for low frequency counter in wall scroll transmission message；
S203: the first processes node sends this transmission message to the second process node；
It should be understood that process the low frequency counter of node after the buffer memory of buffer area corresponding to low frequency counter first, it is then forwarded to the second process node, it is possible to reduce second processes the size of message that node receives；
And, by step S202 and S203, first process node transmits after the low frequency counter of performance data is carried out buffer memory to the second process node again, can so that when report cycle arrives, first processes node only needs to report the high-frequency counter of performance data to collecting node, report to collecting node without by the low frequency counter of performance data, collect node by too much CPU and network resources waste in the low frequency counter of receptivity data such that it is able to reduce.
After S204: the second transmission message processing node reception the first process node transmission, the low frequency counter that first processes node is carried out buffer memory；
It should be understood that the buffer size that the first low frequency counter processing node is carried out buffer memory by the second process node can also be configured by the configuration rule preset；
Process node by second and first low frequency counter processing node is carried out buffer memory, it can be avoided that in prior art, when report cycle arrives, each first processes node all reports the low frequency counter of oneself to collecting node, thus cause collecting node by too much CPU and network resources waste the problem in the low frequency counter of receptivity data.
Collect node to have only to process node from second and just can get all first low frequency counter processing node, it is to avoid wasting of resources phenomenon, and reduce the bandwidth collecting node and CPU consumption.
S205: when report cycle arrives, first processes node reports the high-frequency counter of the performance data of own cache to collecting node；Second processes node reports the low frequency counter of all first performance data processing node of own cache to collecting node；
S206: collect node and collect according to the high-frequency counter of the receive first performance data processing node and the low frequency counter of the first performance data processing node, and summarized results is sent to NMS；
By the process of step S201 to S206, complete the gatherer process of performance data.It should be understood that along with the carrying out of performance data collection, the high-frequency counter of performance data and low frequency counter can find to change, therefore, NMS needs that the first process node and second are processed node and updates accordingly, and referring to Fig. 3, the method can also include:
S207: default threshold value and configuration rule are updated by NMS according to summarized results；
S208: the threshold value after renewal is issued to the first process node by NMS, sends the configuration rule after updating to the first process node and the second process node；
It should be noted that, due in step S201, the threshold value preset can be configured by issuing the form of configuration file by NMS, therefore, predetermined threshold value in configuration file and the configuration rule preset can be updated by NMS according to collecting the summarized results that node sends, and the configuration file after updating is issued to the first process node and second processes node；
S209: the first processes node divides high-frequency counter and low frequency counter according to the threshold value in the configuration file after updating, and is respectively provided with the buffer area of correspondence according to the high-frequency counter that configuration rule is performance data in the configuration file after updating and low frequency counter.
The buffer size that S210: the second process node carries out buffer memory according to the low frequency counter that configuration rule is the first process node in the configuration file after updating is configured.
It should be noted that, by after S209 and S210, first process node and second process node to default threshold value and preset configuration rule updated, subsequently first process node, second process node and collect node by repetition step S201 to S206 performance data is reported.
The method of the performance data collection that the present embodiment provides, the low frequency counter of all first performance data processing node is reported to collecting node by the second process node, thus when avoiding report cycle arrival, owing to the low frequency counter of the performance data of self is each reported, to collecting node, the wasting of resources phenomenon collecting node caused by the first process node, and reduce the bandwidth collecting node and CPU consumption.
Based on the technology design that previous embodiment is identical, referring to Fig. 4, the method that it illustrates a kind of performance data collection that the embodiment of the present invention provides, the method is applied to the first process node, it should be noted that, in the present embodiment, first processes node can not only the high-frequency counter of retention data, and when report cycle arrives, the high-frequency counter of performance data is reported to collecting node, but also the low frequency counter of performance data can be transmitted to the second process node, the method may include that
S401: the first processes node is divided into high-frequency counter and low frequency counter according to default threshold value by performance data；
It is determined it should be noted that the threshold value preset can be the frequency height according to the first different business reporting performance data processing node, it is preferable that the threshold value preset can be configured by issuing the form of configuration file by NMS.
Exemplarily, first processes node can also be respectively provided with the buffer area of correspondence according to the high-frequency counter that configuration rule is performance data preset and low frequency counter, and the storage cap of the buffer area that low frequency counter is corresponding could be arranged to the length maximum of wall scroll transmission message.
Further, when service feature data report to the first process node, if this performance data is high-frequency counter, then this performance data is preserved the buffer area that tremendously high frequency enumerator is corresponding；If this performance data is low frequency counter, then this performance data is preserved the buffer area that tremendously low frequency enumerator is corresponding.
S402: when the low frequency counter of the performance data that the buffer area that the low frequency counter of the first process node is corresponding preserves reaches the storage cap of buffer area corresponding to low frequency counter, first processes node sends the low frequency counter of the performance data preserved in buffer area corresponding for low frequency counter to the second process node；
Specifically, first processes node can be packaged in wall scroll transmission message by the low frequency counter of the performance data preserved in buffer area corresponding for low frequency counter, transmits message by this wall scroll and processes node transmission to second.
It should be noted that, in the present embodiment, second processes node is able to receive that all first low frequency counter of performance data processing node-node transmission, and the low frequency counter of the performance data of all first process nodes is reported to when report cycle arrives and collect node.
It should be understood that process the low frequency counter of node after the buffer memory of buffer area corresponding to low frequency counter first, it is then forwarded to the second process node, it is possible to reduce second processes the size of message that node receives；
S403: when report cycle arrives, first processes node reports the high-frequency counter of the performance data of own cache to collecting node.
Understandable, owing to the first low frequency counter processing node has been sent to the second process node, therefore, when report cycle arrives, first low frequency counter processing node is processed node by second and reports to collecting node, can so that collecting node and having only to process node from second and just can get all first low frequency counter processing node, it is to avoid wasting of resources phenomenon, and reduce the bandwidth collecting node and CPU consumption.
The gatherer process of performance data is completed by step S401 to S403.It should be understood that along with the carrying out of performance data collection, the high-frequency counter of performance data and low frequency counter can find to change, therefore, NMS needs that the first process node and second are processed node and updates accordingly, so, the method can also include:
First processes the threshold value after the renewal that node receiving network managing system sends and configuration rule；
And, first processes node divides high-frequency counter and low frequency counter according to the threshold value after updating, and is respectively provided with the buffer area of correspondence according to the high-frequency counter that configuration rule is performance data after updating and low frequency counter.
It should be noted that pass through said process, first processes node has updated default threshold value and the configuration rule preset, and performance data can be reported by the first process node by repetition step S401 to S403 subsequently.
Understandably, in the specific descriptions of step S401, the threshold value preset can be configured by issuing the form of configuration file by NMS, therefore, predetermined threshold value in configuration file and the configuration rule preset can be updated by NMS according to collecting the summarized results that node sends, and the configuration file after updating is issued to the first process node.
A kind of method present embodiments providing performance data collection, first processes node transmits the low frequency counter of self performance data to the second process node, when report cycle arrives, first process node reports the high-frequency counter of self to collecting node, can reduce and collect the wasting of resources phenomenon collecting node that node causes due to the performance data that statistical value is null value receiving the transmission of each process node, and reduce the bandwidth collecting node and CPU consumption.
Based on the technology design that previous embodiment is identical, referring to Fig. 5, the method that it illustrates a kind of performance data collection that the embodiment of the present invention provides, the method is applied to the second process node, it should be noted that in the present embodiment, second processes node is able to receive that the low frequency counter of all first performance data processing node-node transmission, and the low frequency counter of all first performance data processing node being reported to when report cycle arrives and collect node, the method may include that
S501: the second processes node receives the low frequency counter of the first process joint behavior data from the first process node；
Understandably, first process node transmits after the low frequency counter of performance data is carried out buffer memory to the second process node again, can so that when report cycle arrives, first processes node only needs to report the high-frequency counter of performance data to collecting node, report to collecting node without by the low frequency counter of performance data, collect node by too much CPU and network resources waste in the low frequency counter of receptivity data such that it is able to reduce.
S502: the second processes node carries out buffer memory by the low frequency counter that first processes node；
It should be understood that the buffer size that the first low frequency counter processing node is carried out buffer memory by the second process node can be configured by the configuration rule preset；
Process node by second and first low frequency counter processing node is carried out buffer memory, it can be avoided that in prior art, when report cycle arrives, each first processes node all reports the low frequency counter of oneself to collecting node, thus cause collecting node by too much CPU and network resources waste the problem in the low frequency counter of receptivity data.
S503: when report cycle arrives, second processes node reports the low frequency counter of all first performance data processing node of own cache to collecting node；
The gatherer process of performance data is completed by step S501 to S503.It should be understood that along with the carrying out of performance data collection, the high-frequency counter of performance data and low frequency counter can find to change, therefore, NMS needs that the first process node and second are processed node and updates accordingly, so, the method can also include:
Second processes the configuration rule after the renewal that node receiving network managing system sends；
And, the buffer size that the second process node carries out buffer memory according to the low frequency counter that configuration rule is the first process node after updating is configured.
It should be noted that by said process, second processes node has updated default configuration rule, and performance data can be reported by the second process node by repetition step S501 to S503 subsequently.
A kind of method present embodiments providing performance data collection, second processes node receives the low frequency counter of performance data of the first process node and goes forward side by side row cache, when report cycle arrives, second processes node reports all first low frequency counter processing node to collecting node, can reduce and collect the wasting of resources phenomenon collecting node that node causes due to the performance data that statistical value is null value receiving the transmission of each process node, and reduce the bandwidth collecting node and CPU consumption.
Based on the technology design that previous embodiment is identical, referring to Fig. 6, the method that it illustrates a kind of performance data collection that the embodiment of the present invention provides, the method can apply to collect node, and the method may include that
S601: when report cycle arrives, collects node and processes, from first, the high-frequency counter that node receives the performance data of the first process nodal cache, and process, from second, the low frequency counter that node reception all first processes the performance data of node；
S602: collect node and collect according to the high-frequency counter of the receive first performance data processing node and the low frequency counter of the first performance data processing node, and summarized results is sent to NMS；
By the process of step S601 to S602, complete the gatherer process of performance data.When arriving due to report cycle, collect node and only just can obtain all first low frequency counter processing node from the second process node, collect, thus reducing, the wasting of resources phenomenon collecting node that node causes due to the performance data that statistical value is null value receiving the transmission of each process node, and reduce the bandwidth collecting node and CPU consumption.
Based on the technology design that previous embodiment is identical, referring to Fig. 7, it illustrates the structure of a kind of first process node 70 that the embodiment of the present invention provides, first processes node 70 includes division unit 701, transmitting element 702 and reports unit 703, wherein,
Division unit 701, for being divided into high-frequency counter and low frequency counter according to the threshold value preset by performance data；
Transmitting element 702, when the low frequency counter of the performance data that buffer area corresponding to low frequency counter for processing node 70 when first preserves reaches the storage cap of buffer area corresponding to low frequency counter, the low frequency counter of the performance data preserved in buffer area corresponding for low frequency counter is sent to second and process node；
Report unit 703, for when report cycle arrives, being reported to collecting node by the high-frequency counter of the first performance data processing node 70 own cache.
Exemplarily, referring to Fig. 8, first processes node 70 also includes: arrange unit 704, for being respectively provided with the buffer area of correspondence according to the high-frequency counter that configuration rule is performance data preset and low frequency counter, the storage cap of the buffer area that low frequency counter is corresponding is the length maximum of wall scroll transmission message.
Further, transmitting element 702, for the low frequency counter of the performance data preserved in buffer area corresponding for low frequency counter being packaged in wall scroll transmission message, and sent to the second process node by wall scroll transmission message.
Further, referring to Fig. 8, first processes node 70 also includes receiving unit 705, for the threshold value after the renewal that receiving network managing system sends and configuration rule；
Division unit 701, is additionally operable to according to the threshold value after updating, high-frequency counter and low frequency counter be divided；
Unit 704 is set, is additionally operable to be respectively provided with according to the high-frequency counter that configuration rule is performance data after updating and low frequency counter the buffer area of correspondence.
The first process node 70 that the present embodiment provides, the low frequency counter of self performance data can be transmitted to the second process node, when report cycle arrives, first processes node 70 only to collecting node and report self high-frequency counter, can reduce and collect the wasting of resources phenomenon collecting node that node causes due to the performance data that statistical value is null value receiving the transmission of each process node, and reduce the bandwidth collecting node and CPU consumption.
Based on the technology design that previous embodiment is identical, referring to Fig. 9, it illustrates the structure of a kind of second process node 90 that the embodiment of the present invention provides, second processes node 901 includes receiving unit 901, buffer unit 902 and reporting unit 903, wherein,
Receive unit 901, receive the low frequency counter of the first process joint behavior data for processing node from first；
Buffer unit 902, the low frequency counter for processing node by first carries out buffer memory；
Report unit 903, for when report cycle arrives, the low frequency counter of all first performance data processing node of buffer unit 902 buffer memory being reported to collecting node.
Exemplarily, referring to Figure 10, second processes node 901 also includes arranging unit 904, for being arranged the buffer size of buffer unit 902 by default configuration rule.
Further, receive unit 901, be additionally operable to the configuration rule after the renewal that receiving network managing system sends；
Unit 904 is set, is additionally operable to be configured according to the buffer size that configuration rule is buffer unit 902 after updating.
Present embodiments provide a kind of second and process node 90, second processes node 90 receives the low frequency counter of performance data of the first process node and goes forward side by side row cache, when report cycle arrives, second processes node 90 reports all first low frequency counter processing node to collecting node, can reduce and collect the wasting of resources phenomenon collecting node that node causes due to the performance data that statistical value is null value receiving the transmission of each process node, and reduce the bandwidth collecting node and CPU consumption.
Based on the technology design that previous embodiment is identical, referring to Figure 11, it illustrates a kind of structure collecting node 110 that the embodiment of the present invention provides, collect node 110 and include receiving unit 1101 and transmitting element 1102, wherein,
Receive unit 1101, for when report cycle arrives, receiving the high-frequency counter of the performance data of the first process nodal cache from the first process node, and process, from second, the low frequency counter that node receives the performance data of all first process nodes；
Transmitting element 1102, for collecting according to the high-frequency counter of performance data and the low frequency counter of the first performance data processing node that receive the first process node that unit 1101 receives, and sends summarized results to NMS.
Present embodiments provide one and collect node 110, when report cycle arrives, collect node 110 and only just can obtain all first low frequency counter processing node from the second process node, collect, thus reducing, the wasting of resources phenomenon collecting node 110 that node 110 causes due to the performance data that statistical value is null value receiving the transmission of each process node, and reduce the bandwidth collecting node 110 and CPU consumption.
Based on the technology design that previous embodiment is identical, referring to Figure 12, it illustrates the system 120 of a kind of performance data collection that the embodiment of the present invention provides, including: first processes node 70, second processes node 90 and collects node 110, wherein,
First processes node 70, for performance data being divided into high-frequency counter and low frequency counter according to the threshold value preset；
And, when the low frequency counter of the performance data that the buffer area that the low frequency counter of the first process node 70 is corresponding preserves reaches the storage cap of buffer area corresponding to low frequency counter, the low frequency counter of the performance data preserved in buffer area corresponding for low frequency counter is sent to the second process node 90；
And, when report cycle arrives, the high-frequency counter of the performance data of own cache is reported to collecting node 110；
Second processes node 90, receives the low frequency counter of the first process node 70 performance data for processing node 70 from first；
And, the low frequency counter that first processes node 70 is carried out buffer memory；
And, when report cycle arrives, the low frequency counter of all first performance data processing node 70 of own cache is reported to collecting node 110；
Collect node 110, for when report cycle arrives, processing, from first, the high-frequency counter that node 70 receives the performance data of the first process node 70 buffer memory, and process, from second, the low frequency counter that node 90 receives the performance data of all first process nodes 70；
And, collect according to the low frequency counter of the high-frequency counter of the receive first performance data processing node 70 and the first performance data processing node 70, and summarized results is sent to NMS.
Those skilled in the art are it should be appreciated that embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt the form of hardware embodiment, software implementation or the embodiment in conjunction with software and hardware aspect.And, the present invention can adopt the form at one or more upper computer programs implemented of computer-usable storage medium (including but not limited to disk memory and optical memory etc.) wherein including computer usable program code.
The present invention is that flow chart and/or block diagram with reference to method according to embodiments of the present invention, equipment (system) and computer program describe.It should be understood that can by the combination of the flow process in each flow process in computer program instructions flowchart and/or block diagram and/or square frame and flow chart and/or block diagram and/or square frame.These computer program instructions can be provided to produce a machine to the processor of general purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device so that the instruction performed by the processor of computer or other programmable data processing device is produced for realizing the device of function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame.
These computer program instructions may be alternatively stored in and can guide in the computer-readable memory that computer or other programmable data processing device work in a specific way, the instruction making to be stored in this computer-readable memory produces to include the manufacture of command device, and this command device realizes the function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame.
These computer program instructions also can be loaded in computer or other programmable data processing device, make on computer or other programmable devices, to perform sequence of operations step to produce computer implemented process, thus the instruction performed on computer or other programmable devices provides for realizing the step of function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame.
Above, it is only presently preferred embodiments of the present invention, is not intended to limit protection scope of the present invention.
Claims (17)
1. the method for a performance data collection, it is characterised in that described method is applied to the first process node, and described method includes:
Described first processes node is divided into high-frequency counter and low frequency counter according to default threshold value by performance data；
When the low frequency counter of the performance data that the buffer area that the low frequency counter of described first process node is corresponding preserves reaches the storage cap of buffer area corresponding to low frequency counter, described first processes node sends the low frequency counter of the performance data preserved in buffer area corresponding for described low frequency counter to the second process node；
When report cycle arrives, described first processes node reports the high-frequency counter of the performance data of own cache to collecting node.
2. method according to claim 1, it is characterised in that described method also includes:
First processes node is respectively provided with the buffer area of correspondence according to the high-frequency counter that configuration rule is performance data preset and low frequency counter, and the storage cap of the buffer area that described low frequency counter is corresponding is the length maximum of wall scroll transmission message.
3. method according to claim 2, it is characterised in that described first processes node sends the low frequency counter of the performance data preserved in buffer area corresponding for described low frequency counter to the second process node, including:
Described first processes node is packaged in the low frequency counter of the performance data preserved in buffer area corresponding for low frequency counter in wall scroll transmission message, and processes node transmission by described wall scroll transmission message to described second.
4. method according to claim 2, it is characterised in that described method also includes:
Described first processes the threshold value after the renewal that node receiving network managing system sends and configuration rule；
Described first processes node divides described high-frequency counter and described low frequency counter according to the threshold value after described renewal, and is respectively provided with the buffer area of correspondence according to the high-frequency counter that the configuration rule after described renewal is described performance data and described low frequency counter.
5. the method for a performance data collection, it is characterised in that described method is applied to the second process node, and described method includes:
Described second processes node receives the described first low frequency counter processing joint behavior data from the first process node；
Described second processes node carries out buffer memory by the low frequency counter that described first processes node；
When report cycle arrives, described second processes node reports the low frequency counter of all first performance data processing node of own cache to collecting node.
6. method according to claim 5, it is characterised in that the buffer size that the described first low frequency counter processing node is carried out buffer memory by described second process node is configured by the configuration rule preset.
7. method according to claim 6, it is characterised in that described method also includes:
Described second processes the configuration rule after the renewal that node receiving network managing system sends；
The buffer size that described second process node carries out buffer memory according to the low frequency counter that the configuration rule after described renewal is the first process node is configured.
8. the method for a performance data collection, it is characterised in that described method is applied to collect node, and described method includes:
When report cycle arrives, described in collect node and process node from first and receive the described first high-frequency counter of performance data processing nodal cache, and process node from second and receive the low frequency counter of all first performance data processing node；
The described node that collects collects according to the high-frequency counter of the receive described first performance data processing node and the low frequency counter of the described first performance data processing node, and sends summarized results to NMS.
9. one kind first processes node, it is characterised in that described first processes node includes division unit, transmitting element and reports unit, wherein,
Described division unit, for being divided into high-frequency counter and low frequency counter according to the threshold value preset by performance data；
Described transmitting element, when the low frequency counter of the performance data that buffer area corresponding to low frequency counter for processing node when described first preserves reaches the storage cap of buffer area corresponding to low frequency counter, the low frequency counter of the performance data preserved in buffer area corresponding for described low frequency counter is sent to second and process node；
Described report unit, for when report cycle arrives, being reported to collecting node by the high-frequency counter of the performance data of described first process node own cache.
10. according to claim 9 first process node, it is characterized in that, described first processes node also includes: arrange unit, for being respectively provided with the buffer area of correspondence according to the high-frequency counter that configuration rule is performance data preset and low frequency counter, the storage cap of the buffer area that described low frequency counter is corresponding is the length maximum of wall scroll transmission message.
11. according to claim 10 first processes node, it is characterized in that, described transmitting element, for the low frequency counter of the performance data preserved in buffer area corresponding for low frequency counter being packaged in wall scroll transmission message, and process node transmission by described wall scroll transmission message to described second.
12. according to claim 10 first processes node, it is characterised in that described first processes node also includes receiving unit, for the threshold value after the renewal that receiving network managing system sends and configuration rule；
Described division unit, is additionally operable to the threshold value after according to described renewal and described high-frequency counter and described low frequency counter is divided；
Described unit is set, is additionally operable to the high-frequency counter that configuration rule is described performance data after according to described renewal and described low frequency counter is respectively provided with the buffer area of correspondence.
13. one kind second processes node, it is characterised in that described second processes node includes receiving unit, buffer unit and reporting unit, wherein,
Described reception unit, receives the described first low frequency counter processing joint behavior data for processing node from first；
Described buffer unit, the low frequency counter for processing node by described first carries out buffer memory；
Described report unit, for when report cycle arrives, the low frequency counter of the performance data of all first process nodes of described buffer unit buffer memory being reported to collecting node.
14. according to claim 13 second processes node, it is characterised in that described second processes node also includes arranging unit, for being arranged the buffer size of described buffer unit by default configuration rule.
15. according to claim 14 second processes node, it is characterised in that described reception unit, it is additionally operable to the configuration rule after the renewal that receiving network managing system sends；
Described unit is set, is additionally operable to the buffer size that configuration rule is described buffer unit after according to described renewal and is configured.
16. one kind is collected node, it is characterised in that described in collect node and include receiving unit and transmitting element, wherein,
Described reception unit, for when report cycle arrives, processing node from first and receive the high-frequency counter of the described first performance data processing nodal cache, and receive the low frequency counter of all first performance data processing node from the second process node；
Described transmitting element, the low frequency counter of high-frequency counter and the described first performance data processing node that described first for receiving according to described reception unit processes the performance data of node collects, and sends summarized results to NMS.
17. the system of a performance data collection, it is characterised in that described system includes: first processes node, the second process node and collect node, wherein,
Described first processes node, for performance data being divided into high-frequency counter and low frequency counter according to the threshold value preset；
And, when the low frequency counter of the performance data that the buffer area that the low frequency counter of described first process node is corresponding preserves reaches the storage cap of buffer area corresponding to low frequency counter, the low frequency counter of the performance data preserved in buffer area corresponding for described low frequency counter is sent to described second process node；
And, when report cycle arrives, the high-frequency counter of the performance data of own cache is reported to the described node that collects；
Described second processes node, receives the described first low frequency counter processing joint behavior data for processing node from described first；
And, the low frequency counter that described first processes node is carried out buffer memory；
And, when report cycle arrives, the low frequency counter of all first performance data processing node of own cache is reported to the described node that collects；
Described collect node, for when report cycle arrives, process node from described first and receive the high-frequency counter of the described first performance data processing nodal cache, and process, from described second, the low frequency counter that node reception all first processes the performance data of node；
And, collect according to the low frequency counter of the high-frequency counter of the receive described first performance data processing node and the described first performance data processing node, and summarized results is sent to NMS.
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| CN201410815212.5A CN105790987A (en) | 2014-12-23 | 2014-12-23 | Performance data acquisition method, device and system |
| PCT/CN2015/084755 WO2016101606A1 (en) | 2014-12-23 | 2015-07-22 | Method, device, and system for performance data collection |
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