CN102769548B - A kind of signaling traffic monitoring method and device - Google Patents
A kind of signaling traffic monitoring method and device Download PDFInfo
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- CN102769548B CN102769548B CN201110113599.6A CN201110113599A CN102769548B CN 102769548 B CN102769548 B CN 102769548B CN 201110113599 A CN201110113599 A CN 201110113599A CN 102769548 B CN102769548 B CN 102769548B
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Abstract
The invention discloses a kind of signaling traffic monitoring method and device, the problem that the monitoring information in order to solve prior art acquisition is not accurate enough.When the method first network side apparatus will send request type signaling, determine the first software module called, record this first software module and send request type signaling to the running state information received corresponding respond style signaling procedure from performing, first network side apparatus by the identification information of self, the identification information of the first software module and the running state information of record corresponding report monitor server.Because first network side apparatus in the embodiment of the present invention is by the identification information of self, the running state information that the identification information of the first software module and the first software module of record perform in associative operation process reports monitor server, therefore the monitor server information that can report according to these, the ruuning situation of software module in monitoring network side apparatus accurately, thus improve the accuracy of signaling traffic monitoring.
Description
Technical field
The present invention relates to moving communicating field, particularly relate to a kind of signaling traffic monitoring method and device.
Background technology
The flourish field such as daily life, amusement, investment of giving of data service all brings earth-shaking change, and mobile operator, integrator, service provider and equipment manufacturer have dropped into that a lot of manpower and materials are built data service, safeguarded, integrated and management.The carrying out of data service normally carries out based on the Signalling exchange between each network equipment involved by this data service, therefore the data service that Signalling exchange between these side apparatus Network Based carries out can be called signaling traffic again.
In the prior art, the main method of signaling traffic monitoring that adopts manages each network equipment carried out involved by signaling traffic.Concrete grammar is, carrying out configuring monitoring modular in each network equipment involved by signaling traffic, in the process of carrying out this signaling traffic, for each network equipment related to, the monitoring modular configured in this network equipment is monitored this network equipment, obtain the monitoring information of this network equipment, and the monitoring information of acquisition is reported monitor server, the monitoring information that monitor server reports according to the monitoring modular configured in each network equipment manages each network equipment.Wherein, the monitoring information of each network equipment comprises CPU usage, memory usage, network traffic information etc.
But, in the prior art, monitoring information due to monitoring modular acquisition only includes the monitoring information of network equipment, therefore when the quality of carrying out business is lower, according to the monitoring information that signaling traffic monitoring method in prior art gets, can only judge specifically fault has appearred in which network equipment, and can not judge in the network equipment broken down, specifically fault has appearred in which software module.
Summary of the invention
In view of this, the embodiment of the present invention provides a kind of signaling traffic monitoring method and device, not accurate enough in order to solve the monitoring information that prior art obtains, and can not to locate in the network equipment broken down the problem specifically which software module breaks down.
A kind of signaling traffic monitoring method that the embodiment of the present invention provides, comprising:
When first network side apparatus will send request type signaling to second network side apparatus, the first software module that the operation correspondence determining to send request described in performing type signaling will be called; And
Record described first software module determined from the running state information performed to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process;
First network side apparatus by the identification information of the identification information of self, described first software module and the described running state information of record corresponding report monitor server.
A kind of signaling traffic monitoring method that the embodiment of the present invention provides, comprising:
First network side apparatus is receiving the request type signaling of second network side apparatus transmission, and for the described request type signaling received by when returning corresponding respond style signaling to described second network side apparatus, determine to perform the first software module returning respond style signaling manipulation correspondence and will call; And
Record described first software module determined from after receiving described request type signaling to the running state information the process returning described respond style signaling;
First network side apparatus by the identification information of the identification information of self, described first software module and the described running state information of record corresponding report monitor server.
A kind of signaling traffic monitoring device that the embodiment of the present invention provides, comprising:
Determination module, during for type signaling will be sent request to second network side apparatus, the first software module that the operation correspondence determining to send request described in performing type signaling will be called;
Logging modle, for recording described first software module determined from the running state information performed to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process;
Reporting module, for by the identification information of the identification information of self, described first software module and the described running state information of record corresponding report monitor server.
A kind of signaling traffic monitoring device that the embodiment of the present invention provides, comprising:
Determination module, for receive second network side apparatus send request type signaling, and for the described request type signaling received by when returning corresponding respond style signaling to described second network side apparatus, determine to perform the identification information returning the first software module that respond style signaling manipulation correspondence will be called;
Logging modle, for record described first software module determined from after receiving described request type signaling to the running state information the process returning described respond style signaling;
Reporting module, for by the identification information of the identification information of self, described first software module and the described running state information of record corresponding report monitor server.
The embodiment of the present invention provides a kind of signaling traffic monitoring method and device, when the method first network side apparatus will send request type signaling, determine to perform corresponding the first software module that will call of this operation sending request type signaling, record the running state information of this first software module from performing and sending request type signaling to receiving respond style signaling corresponding to this request type signaling in process, first network side apparatus is by the identification information of self, the identification information of the first software module and the running state information of record corresponding report monitor server.Because first network side apparatus in the embodiment of the present invention is in execution associative operation process, by the identification information of self, perform the identification information of the first software module that associative operation calls and this first software module perform running state information in this associative operation process corresponding report monitor server, therefore the monitor server information that just can report according to these ruuning situation of each software module in monitoring network side apparatus accurately, thus improve accuracy and the accuracy of signaling traffic monitoring, and then also accurately can locate specifically which software module when network equipment breaks down and there occurs fault.
Accompanying drawing explanation
The process sending request the signaling traffic monitoring that type signaling is described for network equipment that Fig. 1 provides for the embodiment of the present invention;
The process returning the signaling traffic monitoring that respond style signaling is described for network equipment that Fig. 2 provides for the embodiment of the present invention;
Fig. 3 for the embodiment of the present invention provide carry out MMS time network equipment between the process of Signalling exchange;
Fig. 4 for the embodiment of the present invention provide for the signaling traffic of Fig. 3, carry out the detailed process of signaling traffic monitoring based on ARM standard;
The dendrogram that the observation process based on Fig. 4 that Fig. 5 provides for the embodiment of the present invention generates;
The signaling traffic monitoring device structural representation that Fig. 6 provides for the embodiment of the present invention;
The signaling traffic monitoring device structural representation that Fig. 7 provides for the embodiment of the present invention;
Fig. 8 for the embodiment of the present invention provide for the observation process of Fig. 4, signaling traffic monitoring networking structure schematic diagram.
Embodiment
The embodiment of the present invention provides a kind of signaling traffic monitoring method and device, when the method first network side apparatus will send request type signaling, determine to perform corresponding the first software module that will call of this operation sending request type signaling, record the running state information of this first software module from performing and sending request type signaling to receiving respond style signaling corresponding to this request type signaling in process, first network side apparatus is by the identification information of self, the identification information of the first software module and the running state information of record corresponding report monitor server.Because first network side apparatus in the embodiment of the present invention is in execution associative operation process, by the identification information of self, perform the identification information of the first software module that associative operation calls and this first software module perform running state information in this associative operation process corresponding report monitor server, therefore the monitor server information that just can report according to these ruuning situation of each software module in monitoring network side apparatus accurately, thus improve accuracy and the accuracy of signaling traffic monitoring, and then also accurately can locate specifically which software module when network equipment breaks down and there occurs fault.Below in conjunction with Figure of description, the embodiment of the present invention is described in detail.
In embodiments of the present invention, mutual between each network equipment signaling can be divided into request type signaling and respond style signaling.Such as, first network side apparatus sends request type signaling to second network side apparatus, after second network side apparatus receives this request type signaling, returns corresponding respond style signaling to first network side apparatus.Signaling traffic adopts the mutual of above-mentioned request type signaling and respond style signaling based on each network equipment related to and carries out.
The process sending request the signaling traffic monitoring that type signaling is described for network equipment that Fig. 1 provides for the embodiment of the present invention, specifically comprises the following steps:
S101: when first network side apparatus will send request type signaling to second network side apparatus, determines to perform corresponding the first software module that will call of this operation sending request type signaling.
In embodiments of the present invention, in the process of carrying out certain signaling traffic, when first network side apparatus will send request type signaling to second network side apparatus, determine to perform corresponding the first software module that will call of the operation sending request type signaling.
S102: record the first software module of determining from the running state information performed to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to this request type signaling that second network side apparatus returns in process.
In embodiments of the present invention, second network side apparatus returns respond style signaling corresponding to this request type signaling to first network side apparatus after receiving the request type signaling of first network side apparatus transmission.First network side apparatus will receive the moment of the respond style signaling that second network side apparatus returns, as the end running time of this first software module, when therefore receiving the respond style signaling that second network side apparatus returns, terminate the record of the running state information to the first software module.
S103: first network side apparatus by the identification information of the identification information of self, the first software module and the running state information of record corresponding report monitor server.
In above process, the running state information of first network side apparatus to the first software module called carries out record, and by the identification information of self, the identification information of the first software module and the running state information of record corresponding report monitor server, therefore monitor server accurately can monitor the ruuning situation of the first software module in first network side apparatus surely, and when the quality of carrying out this business is lower, the identification information of the network equipment that can report according to each network equipment correspondence, the running state information that the identification information of the identification information of software module and this software module is corresponding, there is fault in which software module of locating accurately in specifically which network equipment, improve accuracy and the accuracy of signaling traffic monitoring.
In embodiments of the present invention, the running state information of the first software module comprises the operation starting time information of this first software module, at least one terminated in information running time, trip information.When the running state information of the first software module is the operation starting time information of this first software module, the method recording the running state information of this first software module is specially, record this first software module of determining from performing to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to this request type signaling that second network side apparatus returns in process, call temporal information during this first software module, using the operation starting time information of temporal information when calling this first software module as this first software module.
When the running state information of the first software module is end information running time of this first software module, the method recording the running state information of this first software module is specially, record this first software module of determining from performing to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to this request type signaling that second network side apparatus returns in process, receive temporal information during respond style signaling corresponding to this request type signaling that second network side apparatus returns, using the end running time information of temporal information when receiving this respond style signaling as this first software module.
When the running state information of the first software module is the trip information of this first software module, the method recording the running state information of this first software module is specially, according to the time interval of setting, record this first software module of determining from the trip information performed to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to this request type signaling that second network side apparatus returns in process.
In the process of carrying out business, the Signalling exchange carried out between each network equipment carries out in a certain order, such as, after network equipment A sends the first request type signaling to network equipment B, network equipment B returns the first corresponding respond style signaling to network equipment A, then network equipment B sends the second request type signaling to network equipment C again, and network equipment C returns the second corresponding respond style signaling to network equipment B.In upper example, if the software module that network equipment A calls when network equipment B sends the first request type signaling breaks down, then this software module broken down may also can cause in subsequent step, and the software module that network equipment B calls breaks down.
Therefore, in embodiments of the present invention, in order to improve the accuracy of signaling traffic monitoring further, before first network side apparatus sends request type signaling to second network side apparatus, this first network side apparatus receives the request type signaling that the 3rd network equipment sends, obtain the identification information of second software module of carrying in the request type signaling received, wherein the identification information of this second software module is the identification information of the software module that the 3rd network equipment calls when this first network side apparatus sends request type signaling, the identification information of the second software module obtained also is reported monitor server by first network side apparatus, namely first network side apparatus is by the identification information of self, the identification information of this second software module obtained, the identification information of the first software module and the running state information of record corresponding report monitor server.After monitor server receives the identification information of this second software module, then can determine in the process of carrying out this business, second software module is invoked before the first software module, if there is fault in the first software module, also be likely then the second software module fault caused by, therefore further increase signaling traffic monitoring accuracy.
Continue along being described by example, when network equipment A will send the first request type signaling to network equipment B, the software module a that the operation correspondence determining to perform transmission first request type signaling will be called, the identification information of this software module a is carried in this first request type signaling and sends to network equipment B, after network equipment B returns the first corresponding respond style signaling to network equipment A, when will send the second request type signaling to network equipment C, the software module b that the operation correspondence determining to perform transmission second request type signaling is called, now network equipment B mono-aspect will record the running state information of this software module b, also to obtain the identification information of the software module a carried in this first request type signaling on the other hand, network equipment B is by the identification information of self, the identification information of the software module a obtained, what the running state information of the identification information of software module b and this software module b of record was corresponding reports monitor server.
In embodiments of the present invention, network equipment is receiving request type signaling, and when will return corresponding respond style signaling for this request type signaling received, also need to call corresponding software module to perform the operation that this returns respond style signaling, therefore, when network equipment returns respond style signaling, also to the software module called be monitored.The process returning the signaling traffic monitoring that respond style signaling is described for network equipment that Fig. 2 provides for the embodiment of the present invention, specifically comprises the following steps:
S201: first network side apparatus is receiving the request type signaling of second network side apparatus transmission, and for this request type signaling received by when returning corresponding respond style signaling to second network side apparatus, determine to perform corresponding the first software module that will call of return type signaling manipulation.
In embodiments of the present invention, in the process of carrying out certain signaling traffic, when first network side apparatus will return respond style signaling for the request type signaling received, determine to perform the first software module that the operation that returns request type signaling will be called.
S202: record this first software module of determining from after receiving request type signaling to the running state information the process returning respond style signaling.
S203: first network side apparatus by the identification information of the identification information of self, the first software module and the running state information of record corresponding report monitor server.
In above process, the running state information of first network side apparatus to the first software module called carries out record, and by the identification information of self, the identification information of the first software module and the running state information of record report monitor server, therefore monitor server accurately can monitor the ruuning situation of the first software module in first network side apparatus surely, and when the quality of carrying out this business is lower, the identification information of the network equipment that can report according to each network equipment, the running state information that the identification information of the identification information of software module and this software module is corresponding, there is fault in which software module of locating accurately in specifically which network equipment, improve the accuracy of signaling traffic monitoring.
Accordingly, when first network side apparatus will return respond style signaling, the running state information of the first software module called also comprises the operation starting time information of this first software module, at least one terminated in information running time, trip information.
When the running state information of the first software module is the operation starting time information of this first software module, the method recording the running state information of this first software module is specially, the temporal information of described first software module returning respond style signaling manipulation correspondence and will call determined to perform in record, using determine to perform return described first software module that respond style signaling manipulation correspondence will be called temporal information as the operation starting time information of this first software module.Also be about to determine the temporal information that will call the first software module operation starting time information as this first software module.
When the running state information of the first software module is end information running time of this first software module, the method recording the running state information of this first software module is specially, record this first software module of determining from after receiving request type signaling to the process returning respond style signaling, return the temporal information of this respond style signaling, using the end running time information of temporal information when returning this respond style signaling as this first software module.
When the running state information of the first software module is the trip information of this first software module, the method recording the running state information of this first software module is specially, according to the time interval of setting, record this first software module of determining from after receiving request type signaling to the trip information the process returning respond style signaling.
Accordingly, in order to improve the accuracy of signaling traffic monitoring further, the identification information of the second software module that first network side apparatus calls when also second network side apparatus will be sent request type signaling sends to monitor server, concrete grammar is, first network side apparatus obtains the identification information of second software module of carrying in this request type signaling, wherein the identification information of this second software module is the identification information of the software module that second network side apparatus calls when first network side apparatus sends request type signaling, first network side apparatus is by the identification information of self, the identification information of this second software module obtained, the identification information of the first software module and the running state information of record corresponding report monitor server.After monitor server receives the identification information of this second software module, then can determine in the process of carrying out this business, second software module is invoked before the first software module, if there is fault in the first software module, also be likely then the second software module fault caused by, therefore further increase signaling traffic monitoring accuracy.
In embodiments of the present invention, the method for monitoring the software module in each network equipment in the process of carrying out signaling traffic can based on application response measurement (ARM, Application ResponseMeasurement) standard.Be MMS below with signaling traffic be example, the detailed process of carrying out signaling traffic monitoring based on ARM standard is described.
Fig. 3 for the embodiment of the present invention provide carry out MMS time network equipment between the process of Signalling exchange, as shown in Figure 3, with terminal, multimedia message is sent to service provider (SP, Service Provider) be described for example, the network equipment carried out involved by MMS comprises: general packet radio service (GPRS, General Packet Radio Service) equipment of the core network, WAP (wireless application protocol) (WAP, Wireless Application Protocol) gateway (GW, Gate Way), multimedia news service center (MMSC, Multimedia Messaging Service Center) and sms center, wherein, carry out between each network equipment in mutual signaling, request type signaling comprises: X_Submit.REQ, Gi_Submit.REQ, C1_Submit.REQ, MM7_Delivery.REQ, C1_Delivery_Report.REQ, C2_Delivery_Report.REQ and MM1_Delivery_Report.REQ, respond style signaling comprises: Gi_Submit.RES, C1_Submit.RES, MM7_Delivery.RES, C1_Delivery_Report.RES, C2_Delivery_Report.RES and MM1_Delivery_Report.RES.Because signaling X_Submmit.REQ is the request type signaling that terminal sends to GPRS equipment of the core network, therefore this request type signaling does not have corresponding respond style signaling.
Fig. 4 for the embodiment of the present invention provide for the signaling traffic of Fig. 3, the detailed process of signaling traffic monitoring is carried out based on ARM standard, as shown in Figure 4, because signaling X_Submmit.REQ is sent by terminal, and there is no corresponding respond style signaling, therefore can not monitor terminal.When GPRS equipment of the core network will send request type signaling Gi_Submit.REQ to WAP GW, determine to perform corresponding the first software module that will call of this transmission Gi_Submit.REQ signaling manipulation, and record this first software module and send running state information Gi_Submit.REQ to receiving Gi_Submit.RES that WAP GW returns in process from performing to WAP GW, GPRS equipment of the core network is by the identification information of self, what the running state information of the identification information of the first software module and this first software module of record was corresponding reports monitor server.Wherein, the identification information of the first software module is carried in Gi_Submit.REQ and sends to WAP GW by GPRS equipment of the core network.
Similar, after WAP GW receives Gi_Submit.REQ, when will send request type signaling C1_Submit.REQ to MMSC, determine to perform corresponding the second software module that will call of this transmission C1_Submit.REQ signaling manipulation, and record this second software module and send running state information C1_Submit.REQ to receiving C1_Submit.RES that MMSC returns in process from performing to MMSC, WAP GW is by the identification information of self, what the running state information of the identification information of the second software module and this second software module of record was corresponding reports monitor server.WAP GW searches the request type signaling that a moment receives, also the Gi_Submit.REQ that a moment GPRS equipment of the core network sends to WAPGW is namely searched, obtain the identification information of first software module of carrying in Gi_Submit.REQ, wherein, the identification information of this first software module is the identification information of the software module that GPRS equipment of the core network calls when WAP GW sends Gi_Submit.REQ, and the identification information of the first software module got also is reported monitor server.After monitor server receives the identification information of this first software module, know that this first software module is for invoked before the second software module.The identification information of the second software module is carried in C1_Submit.REQ and sends to MMSC by WAP GW.
Similar, when MMSC receives the C1_Submit.REQ of WAP GW transmission, and for this C1_Submit.REQ received by when returning corresponding respond style signaling C1_Submit.RES to WAP GW, determine to perform and return corresponding the 3rd software module that will call of C1_Submit.RES operation, and record the 3rd software module from receiving after C1_Submit.REQ to the running state information the process returning C1_Submit.RES, MMSC is by the identification information of self, the running state information of the identification information of the 3rd software module and the 3rd software module of record reports monitor server.MMSC obtains the identification information of second software module of carrying in the C1_Submit.REQ received, wherein, the identification information of the second software module is the identification information of the software module that WAP GW calls when MMSC sends C1_Submit.REQ, by the identification-information reporting of the second software module that gets to monitor server, after monitor server receives the identification information of this second software module, know that this second software module is for invoked before the 3rd software module.
As shown in Figure 4, the process that GPRS equipment of the core network monitors the first software module when WAP GW sends Gi_Submit.REQ is only gived in Fig. 4, WAP GW monitors the process of the second software module when MMSC sends C1_Submit.REQ, and MMSC receives the C1_Submit.REQ of WAP GW transmission, and when returning corresponding C1_Submit.RES for this C1_Submit.REQ received to WAP GW, the process of monitoring the 3rd software module.In follow-up observation process, the process of monitoring the 4th software module when MMSC sends MM7_Delivery.REQ to SP, the process of monitoring the 5th software module when MMSC sends C1_Delivery_Report.REQ to WAPGW, WAP GW receives C1_Delivery_Report.REQ, and when returning corresponding C1_Delivery_Report.RES for the C1_Delivery_Report.REQ received to WAPGW, monitor the process of the 6th software module, the process of monitoring the 7th software module when WAPGW sends C2_Delivery_Report.REQ to Short Message Service Gateway, Short Message Service Gateway receives C2_Delivery_Report.REQ, and when returning corresponding C2_Delivery_Report.RES for the C2_Delivery_Report.REQ received to WAP GW, monitor the process of the 8th software module, and Short Message Service Gateway monitors the process of the 9th software module when terminal sends MM1_Delivery_Report.REQ, substantially identical with said process, here just repeat no longer one by one.
In above process, because monitor server can for each software module, determine invoked software module before this software module, also the invoked sequencing of each software module can namely be determined, therefore in order to improve the accuracy of monitoring further, monitor server according to the invoked sequencing of each software module determined, can generate the dendrogram about each software module.The dendrogram that the observation process based on Fig. 4 that Fig. 5 provides for the embodiment of the present invention generates, as shown in Figure 5, after first software module is called, second software module is called, after second software module is called, 3rd software module, the 4th software module, the 5th software module are called, by that analogy.
The signaling traffic monitoring device structural representation that Fig. 6 provides for the embodiment of the present invention, specifically comprises:
Determination module 601, during for type signaling will be sent request to second network side apparatus, the first software module that the operation correspondence determining to send request described in performing type signaling will be called;
Logging modle 602, for recording described first software module determined from the running state information performed to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process;
Reporting module 603, for by the identification information of the identification information of self, described first software module and the described running state information of record corresponding report monitor server.
Described logging modle 602 specifically for, when described running state information is the operation starting time information of described first software module, record described first software module determined from performing to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process, call temporal information during described first software module, using the operation starting time information of temporal information when calling described first software module as described first software module.
Described logging modle 602 specifically for, when described running state information is end information running time of described first software module, record described first software module determined from performing to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process, receive temporal information during respond style signaling corresponding to described request type signaling that described second network side apparatus returns, using the end running time information of temporal information when receiving described respond style signaling as described first software module.
Described logging modle 602 specifically for, when described running state information is the trip information of described first software module, according to the time interval of setting, record described first software module determined from the trip information performed to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process.
Described device also comprises:
Receiver module 604, for receiving the request type signaling that the 3rd network equipment sends;
Acquisition module 605, for obtaining the identification information of second software module of carrying in the request type signaling that receives, the identification information of wherein said second software module is the identification information of the software module that described 3rd network equipment calls when described first network side apparatus sends request type signaling;
Described reporting module 603 specifically for, corresponding for the described running state information of the identification information of described second software module of the identification information of self, acquisition, the identification information of the first software module and record is reported described monitor server.
The signaling traffic monitoring device structural representation that Fig. 7 provides for the embodiment of the present invention, specifically comprises:
Determination module 701, for receive second network side apparatus send request type signaling, and for the described request type signaling received by when returning corresponding respond style signaling to described second network side apparatus, determine to perform the identification information returning the first software module that respond style signaling manipulation correspondence will be called;
Logging modle 702, for record described first software module determined from after receiving described request type signaling to the running state information the process returning described respond style signaling;
Reporting module 703, for by the identification information of the identification information of self, described first software module and the described running state information of record corresponding report monitor server.
Described logging modle 702 specifically for, when described running state information is the operation starting time information of described first software module, the temporal information of described first software module returning respond style signaling manipulation correspondence and will call determined to perform in record, using determine to perform return described first software module that respond style signaling manipulation correspondence will be called temporal information as the operation starting time information of described first software module.
Described logging modle 702 specifically for, when described running state information is end information running time of described first software module, record described first software module determined from after receiving described request type signaling to the process returning described respond style signaling, return temporal information during described respond style signaling, using the end running time information of temporal information when returning described respond style signaling as described first software module.
Described logging modle 702 specifically for, when described running state information is the trip information of described first software module, according to the time interval of setting, record described first software module determined from after receiving described request type signaling to the trip information the process returning described respond style signaling.
Described device also comprises:
Acquisition module 704, for obtaining the identification information of second software module of carrying in described request type signaling, the identification information of wherein said second software module is the identification information of the software module that described second network side apparatus calls when described first network side apparatus sends described request type signaling;
Described reporting module 703 specifically for, corresponding for the described running state information of the identification information of described second software module of the identification information of self, acquisition, the identification information of the first software module and record is reported described monitor server.
Fig. 8 for the embodiment of the present invention provide for the observation process of Fig. 4, signaling traffic monitoring networking structure schematic diagram, as shown in Figure 8, comprise terminal, GPRS equipment of the core network, WAP GW, MMSC, SP and sms center, when carrying out signaling traffic monitoring based on ARM standard, monitor server is ARM server.
The embodiment of the present invention provides a kind of signaling traffic monitoring method and device, when the method first network side apparatus will send request type signaling, determine to perform corresponding the first software module that will call of this operation sending request type signaling, record the running state information of this first software module from performing and sending request type signaling to receiving respond style signaling corresponding to this request type signaling in process, first network side apparatus is by the identification information of self, the identification information of the first software module and the running state information of record corresponding report monitor server.Because first network side apparatus in the embodiment of the present invention is in execution associative operation process, by the identification information of self, perform the identification information of the first software module that associative operation calls and this first software module perform running state information in this associative operation process corresponding report monitor server, therefore the monitor server information that just can report according to these ruuning situation of each software module in monitoring network side apparatus accurately, thus improve accuracy and the accuracy of signaling traffic monitoring, and then also accurately can locate specifically which software module when network equipment breaks down and there occurs fault.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (16)
1. a signaling traffic monitoring method, is characterized in that, comprising:
When first network side apparatus will send request type signaling to second network side apparatus, the first software module that the operation correspondence determining to send request described in performing type signaling will be called; And
Record described first software module determined from the running state information performed to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process;
First network side apparatus by the identification information of the identification information of self, described first software module and the described running state information of record corresponding report monitor server;
Wherein, described running state information comprises at least one in following information: the operation starting time information of described first software module, end information running time, trip information;
When described running state information is the operation starting time information of described first software module, records the running state information of described first software module, specifically comprise:
Record described first software module determined from performing to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process, call temporal information during described first software module, using the operation starting time information of temporal information when calling described first software module as described first software module.
2. the method for claim 1, is characterized in that, when described running state information is end information running time of described first software module, records the running state information of described first software module, specifically comprises:
Record described first software module determined from performing to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process, receive temporal information during respond style signaling corresponding to described request type signaling that described second network side apparatus returns, using the end running time information of temporal information when receiving described respond style signaling as described first software module.
3. the method for claim 1, is characterized in that, when described running state information is the trip information of described first software module, records the running state information of described first software module, specifically comprises:
According to the time interval of setting, record described first software module determined from the trip information performed to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process.
4. the method as described in as arbitrary in claims 1 to 3, it is characterized in that, described first network side apparatus will also comprise before sending request type signaling to second network side apparatus:
Described first network side apparatus receives the request type signaling that the 3rd network equipment sends; And
Obtain the identification information of second software module of carrying in the request type signaling received, the identification information of wherein said second software module is the identification information of the software module that described 3rd network equipment calls when described first network side apparatus sends request type signaling;
First network side apparatus by the identification information of the identification information of self, described first software module and the described running state information of record corresponding report monitor server, specifically comprise:
Corresponding for the described running state information of the identification information of described second software module of the identification information of self, acquisition, the identification information of the first software module and record is reported described monitor server by first network side apparatus.
5. a signaling traffic monitoring method, is characterized in that, comprising:
First network side apparatus is receiving the request type signaling of second network side apparatus transmission, and for the described request type signaling received by when returning corresponding respond style signaling to described second network side apparatus, determine to perform the first software module returning respond style signaling manipulation correspondence and will call; And
Record described first software module determined from after receiving described request type signaling to the running state information the process returning described respond style signaling;
First network side apparatus by the identification information of the identification information of self, described first software module and the described running state information of record corresponding report monitor server;
Wherein, described running state information comprises at least one in following information: the operation starting time information of described first software module, end information running time, trip information;
When described running state information is the operation starting time information of described first software module, record described first software module determined from after receiving described request type signaling to the running state information the process returning described respond style signaling, specifically comprise:
The temporal information of described first software module returning respond style signaling manipulation correspondence and will call determined to perform in record, using determine to perform return described first software module that respond style signaling manipulation correspondence will be called temporal information as the operation starting time information of described first software module.
6. method as claimed in claim 5, it is characterized in that, when described running state information is end information running time of described first software module, record described first software module determined from after receiving described request type signaling to the running state information the process returning described respond style signaling, specifically comprise:
Record described first software module determined from after receiving described request type signaling to the process returning described respond style signaling, return temporal information during described respond style signaling, using the end running time information of temporal information when returning described respond style signaling as described first software module.
7. method as claimed in claim 5, it is characterized in that, when described running state information is the trip information of described first software module, record described first software module determined from after receiving described request type signaling to the running state information the process returning described respond style signaling, specifically comprise:
According to the time interval of setting, record described first software module determined from after receiving described request type signaling to the trip information the process returning described respond style signaling.
8. the method as described in as arbitrary in claim 5 ~ 7, it is characterized in that, described method also comprises:
Described first network side apparatus obtains the identification information of second software module of carrying in described request type signaling, and the identification information of wherein said second software module is the identification information of the software module that described second network side apparatus calls when described first network side apparatus sends described request type signaling;
First network side apparatus by the identification information of the identification information of self, described first software module and the described running state information of record corresponding report monitor server, specifically comprise:
Corresponding for the described running state information of the identification information of described second software module of the identification information of self, acquisition, the identification information of the first software module and record is reported described monitor server by first network side apparatus.
9. a signaling traffic monitoring device, is characterized in that, comprising:
Determination module, during for first network side apparatus is sent request type signaling to second network side apparatus, the first software module that the operation correspondence determining to send request described in performing type signaling will be called;
Logging modle, for recording described first software module determined from the running state information performed to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process;
Reporting module, for described first network side apparatus by the identification information of the identification information of self, described first software module and the described running state information of record corresponding report monitor server;
Wherein, described logging modle specifically for, when described running state information is the operation starting time information of described first software module, record described first software module determined from performing to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process, call temporal information during described first software module, using the operation starting time information of temporal information when calling described first software module as described first software module.
10. device as claimed in claim 9, it is characterized in that, described logging modle specifically for, when described running state information is end information running time of described first software module, record described first software module determined from performing to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process, receive temporal information during respond style signaling corresponding to described request type signaling that described second network side apparatus returns, using the end running time information of temporal information when receiving described respond style signaling as described first software module.
11. devices as claimed in claim 9, it is characterized in that, described logging modle specifically for, when described running state information is the trip information of described first software module, according to the time interval of setting, record described first software module determined from the trip information performed to second network side apparatus sends request type signaling to receiving respond style signaling corresponding to described request type signaling that described second network side apparatus returns in process.
12. as arbitrary in claim 9 ~ 11 as described in device, it is characterized in that, described device also comprises:
Receiver module, for receiving the request type signaling that the 3rd network equipment sends to described first network side apparatus;
Acquisition module, for obtaining the identification information of second software module of carrying in request type signaling that described first network side apparatus receives, the identification information of wherein said second software module is the identification information of the software module that described 3rd network equipment calls when described first network side apparatus sends request type signaling;
Described reporting module specifically for, corresponding for the described running state information of the identification information of described second software module of the identification information of self, acquisition, the identification information of described first software module and record is reported described monitor server by described first network side apparatus.
13. 1 kinds of signaling traffic monitoring devices, is characterized in that, comprising:
Determination module, for first network side apparatus in the request type signaling receiving the transmission of second network side apparatus, and for the described request type signaling received by when returning corresponding respond style signaling to described second network side apparatus, determine to perform the identification information returning the first software module that respond style signaling manipulation correspondence will be called;
Logging modle, for record described first software module determined from after receiving described request type signaling to the running state information the process returning described respond style signaling;
Reporting module, for described first network side apparatus by the identification information of the identification information of self, described first software module and the described running state information of record corresponding report monitor server;
Wherein, described logging modle specifically for, when described running state information is the operation starting time information of described first software module, the temporal information of described first software module returning respond style signaling manipulation correspondence and will call determined to perform in record, using determine to perform return described first software module that respond style signaling manipulation correspondence will be called temporal information as the operation starting time information of described first software module.
14. devices as claimed in claim 13, it is characterized in that, described logging modle specifically for, when described running state information is end information running time of described first software module, record described first software module determined from after receiving described request type signaling to the process returning described respond style signaling, return temporal information during described respond style signaling, using the end running time information of temporal information when returning described respond style signaling as described first software module.
15. devices as claimed in claim 13, it is characterized in that, described logging modle specifically for, when described running state information is the trip information of described first software module, according to the time interval of setting, record described first software module determined from after receiving described request type signaling to the trip information the process returning described respond style signaling.
16. as arbitrary in claim 13 ~ 15 as described in device, it is characterized in that, described device also comprises:
Acquisition module, obtain the identification information of second software module of carrying in described request type signaling for described first network side apparatus, the identification information of wherein said second software module is the identification information of the software module that described second network side apparatus calls when described first network side apparatus sends described request type signaling;
Described reporting module specifically for, corresponding for the described running state information of the identification information of described second software module of the identification information of self, acquisition, the identification information of the first software module and record is reported described monitor server by first network side apparatus.
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| CN107579878B (en) * | 2017-09-19 | 2020-08-21 | 浙江明讯网络技术有限公司 | Signaling monitoring method and device |
| CN116719586B (en) * | 2023-08-11 | 2024-01-19 | 宁德时代新能源科技股份有限公司 | Software module calling method, device, equipment, storage medium and program product |
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