CN102769548B - A kind of signaling traffic monitoring method and device - Google Patents

Abstract

The invention discloses a signaling service monitoring method and device, which are used to solve the problem that the monitoring information obtained in the prior art is not accurate enough. In this method, when the first network-side device is about to send a request type signaling, determine the first software module to be called, and record the running status of the first software module from the execution of sending the request type signaling to the receipt of the corresponding response type signaling Information, the first network side device reports its own identification information, the identification information of the first software module and the recorded running status information to the monitoring server correspondingly. In the embodiment of the present invention, the first network side device reports its own identification information, the identification information of the first software module, and the recorded operating status information of the first software module during the execution of relevant operations to the monitoring server, so the monitoring server can be based on The reported information accurately monitors the running conditions of the software modules in the network side equipment, thereby improving the accuracy of signaling service monitoring.

Description

A signaling service monitoring method and device

technical field

The invention relates to the field of mobile communication, in particular to a signaling service monitoring method and device.

Background technique

The vigorous development of data services has brought earth-shaking changes to people's daily life, entertainment, investment and other fields. Mobile operators, integrators, service providers and equipment manufacturers have invested a lot of manpower and material resources in the construction of data services, Maintenance, Integration and Administration. The data service is usually carried out based on the signaling interaction between each network-side device involved in the data service, so these data services based on the signaling interaction between network-side devices can be called signaling business.

In the prior art, the signaling service monitoring method is mainly used to manage each network-side device involved in the signaling service. The specific method is to configure a monitoring module in each network-side device involved in the signaling business, and during the process of performing the signaling business, for each network-side device involved, the monitoring module configured in the network-side device Monitor the network-side device, obtain the monitoring information of the network-side device, and report the acquired monitoring information to the monitoring server, and the monitoring server monitors each network-side device according to the monitoring information reported by the monitoring module configured in each network-side device. Devices are managed. The monitoring information of each network-side device includes CPU usage, memory usage, network traffic information, and the like.

However, in the prior art, since the monitoring information obtained by the monitoring module only includes the monitoring information of the network side equipment, when the quality of the service is low, according to the monitoring information obtained by the signaling service monitoring method in the prior art, It can only be determined which network-side device is faulty, but it cannot be judged which software module in the faulty network-side device is faulty.

Contents of the invention

In view of this, the embodiments of the present invention provide a signaling service monitoring method and device to solve the problem that the monitoring information obtained in the prior art is not accurate enough to locate the faulty software module in the faulty network side equipment .

A signaling service monitoring method provided by an embodiment of the present invention includes:

When the first network-side device is about to send the request-type signaling to the second network-side device, it is determined that the operation of sending the request-type signaling corresponds to the first software module to be invoked; and

Record the determined first software module in the process from sending the request type signaling to the second network side device to receiving the response type signaling corresponding to the request type signaling returned by the second network side device running status information;

The first network side device correspondingly reports its own identification information, the identification information of the first software module, and the recorded operating status information to the monitoring server.

A signaling service monitoring method provided by an embodiment of the present invention includes:

When the first network side device receives the request type signaling sent by the second network side device, and returns a corresponding response type signaling to the second network side device for the received request type signaling, determine performing a return response type signaling operation corresponding to the first software module to be invoked; and

Recording the determined running status information of the first software module during the process from receiving the request type signaling to returning the response type signaling;

The first network side device correspondingly reports its own identification information, the identification information of the first software module, and the recorded operating status information to the monitoring server.

A signaling service monitoring device provided in an embodiment of the present invention includes:

A determining module, configured to determine that the operation of sending the request type signaling corresponds to the first software module to be called when sending the request type signaling to the second network side device;

A recording module, configured to record the determined first software module from sending request type signaling to the second network side device to receiving the response type corresponding to the request type signaling returned by the second network side device Operational status information during the signaling process;

The reporting module is used for correspondingly reporting its own identification information, the identification information of the first software module, and the recorded operating status information to the monitoring server.

A signaling service monitoring device provided in an embodiment of the present invention includes:

A determining module, configured to determine when receiving request type signaling sent by the second network side device and returning a corresponding response type signaling to the second network side device for the received request type signaling Executing the return response type signaling operation corresponds to the identification information of the first software module to be called;

A recording module, configured to record the determined running status information of the first software module during the process from receiving the request type signaling to returning the response type signaling;

The reporting module is used for correspondingly reporting its own identification information, the identification information of the first software module, and the recorded operating status information to the monitoring server.

Embodiments of the present invention provide a signaling service monitoring method and device. In the method, when the first network-side device is about to send a request-type signaling, it determines that the operation of sending the request-type signaling corresponds to the first software module to be called, and records The running state information of the first software module during the process from sending the request type signaling to receiving the response type signaling corresponding to the request type signaling, the first network side device sends its own identification information, the first software module The identification information and the recorded running status information are correspondingly reported to the monitoring server. Because in the embodiment of the present invention, the first network-side device uses its own identification information, the identification information of the first software module called to perform the related operation, and the The running status information is correspondingly reported to the monitoring server, so the monitoring server can accurately monitor the running status of each software module in the network side device according to the reported information, thereby improving the precision and accuracy of signaling service monitoring, and further When a network-side device fails, it is also possible to precisely locate which software module has failed.

Description of drawings

Fig. 1 is the process of signaling service monitoring provided by the embodiment of the present invention, which is described by taking the request type signaling sent by the network side equipment as an example;

Fig. 2 is the process of signaling service monitoring provided by the embodiment of the present invention, which is illustrated by taking the response type signaling returned by the network side equipment as an example;

FIG. 3 is a process of signaling interaction between network side devices when MMS service is provided by an embodiment of the present invention;

Fig. 4 is the specific process of monitoring the signaling service based on the ARM standard, taking the signaling service of Fig. 3 as an example provided by the embodiment of the present invention;

FIG. 5 is a dendrogram generated based on the monitoring process in FIG. 4 provided by an embodiment of the present invention;

FIG. 6 is a schematic structural diagram of a signaling service monitoring device provided by an embodiment of the present invention;

FIG. 7 is a schematic structural diagram of a signaling service monitoring device provided by an embodiment of the present invention;

FIG. 8 is a schematic diagram of a signaling service monitoring networking structure provided by an embodiment of the present invention, taking the monitoring process in FIG. 4 as an example.

Detailed ways

Embodiments of the present invention provide a signaling service monitoring method and device. In the method, when the first network-side device is about to send a request-type signaling, it determines that the operation of sending the request-type signaling corresponds to the first software module to be called, and records The running state information of the first software module during the process from sending the request type signaling to receiving the response type signaling corresponding to the request type signaling, the first network side device sends its own identification information, the first software module The identification information and the recorded running status information are correspondingly reported to the monitoring server. Because in the embodiment of the present invention, the first network-side device uses its own identification information, the identification information of the first software module called to perform the related operation, and the The running status information is correspondingly reported to the monitoring server, so the monitoring server can accurately monitor the running status of each software module in the network side device according to the reported information, thereby improving the precision and accuracy of signaling service monitoring, and further When a network-side device fails, it is also possible to precisely locate which software module has failed. Embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings.

In the embodiment of the present invention, the signaling interacted between each network side device can be divided into request type signaling and response type signaling. For example, the first network side device sends request type signaling to the second network side device, and the second network side device returns corresponding response type signaling to the first network side device after receiving the request type signaling. The signaling service is performed based on the interaction of each involved network side device using the above-mentioned request type signaling and response type signaling.

Fig. 1 is the process of signaling service monitoring provided by the embodiment of the present invention, which is illustrated by taking the request type signaling sent by the network side device as an example, specifically including the following steps:

S101: When the first network-side device is about to send a request-type signaling to the second network-side device, it is determined that the operation of sending the request-type signaling corresponds to the first software module to be invoked.

In the embodiment of the present invention, in the process of performing a certain signaling service, when the first network side device is about to send a request type signaling to the second network side device, it is determined that the operation of sending the request type signaling corresponds to calling The first software module of .

S102: Record the running status of the determined first software module during the process from sending the request type signaling to the second network side device to receiving the response type signaling corresponding to the request type signaling returned by the second network side device information.

In the embodiment of the present invention, after receiving the request type signaling sent by the first network side device, the second network side device returns the response type signaling corresponding to the request type signaling to the first network side device. The first network-side device will receive the time when the response type signaling returned by the second network-side device as the end running time of the first software module, so when it receives the response type signaling returned by the second network-side device, it will end A record of the running state information of the first software module.

S103: The first network-side device correspondingly reports its own identification information, identification information of the first software module, and recorded running state information to the monitoring server.

In the above process, the first network side device records the running state information of the called first software module, and reports its own identification information, the identification information of the first software module, and the recorded running state information to the monitoring server correspondingly , so the monitoring server can accurately monitor the operation of the first software module in the first network-side device, and when the quality of the service is low, it can use the identification information of the network-side device correspondingly reported by each network-side device, The identification information of the software module and the operation status information corresponding to the identification information of the software module can accurately locate which software module in the network side device has failed, and improve the precision and accuracy of signaling service monitoring.

In the embodiment of the present invention, the running state information of the first software module includes at least one of the start running time information, the ending running time information, and the running parameter information of the first software module. When the running state information of the first software module is the start running time information of the first software module, the method for recording the running state information of the first software module is specifically recording the determined execution time of the first software module from execution to the second During the process from when the network side device sends the request type signaling to receiving the response type signaling corresponding to the request type signaling returned by the second network side device, the time information when calling the first software module will call the first software module. The time information of the software module is used as the start running time information of the first software module.

When the running state information of the first software module is the end running time information of the first software module, the method for recording the running state information of the first software module is specifically recording the determined execution time of the first software module from execution to the second During the process from the time when the network side device sends the request type signaling to receiving the response type signaling corresponding to the request type signaling returned by the second network side device, the response corresponding to the request type signaling returned by the second network side device is received For the time information when the response type signaling is received, the time information when the response type signaling is received is used as the end running time information of the first software module.

When the running status information of the first software module is the running parameter information of the first software module, the method for recording the running status information of the first software module is specifically recording the determined first software module at a set time interval. The operating parameter information of the module during the process from sending the request type signaling to the second network side device to receiving the response type signaling corresponding to the request type signaling returned by the second network side device.

In the process of conducting business, the signaling interaction between each network-side device is carried out in a certain order. For example, after network-side device A sends the first request type signaling to network-side device B, network-side device B Return the corresponding first response type signaling to the network side device A, and then the network side device B sends the second request type signaling to the network side device C, and the network side device C returns the corresponding second response type to the network side device B signaling. In the above example, if the software module invoked when the network-side device A sends the first request type signaling to the network-side device B fails, the faulty software module may also cause the network-side device B to call A software module has failed.

Therefore, in the embodiment of the present invention, in order to further improve the accuracy of signaling service monitoring, before the first network side device sends request type signaling to the second network side device, the first network side device receives the third network side device Send the request type signaling, and obtain the identification information of the second software module carried in the received request type signaling, where the identification information of the second software module is sent by the third network side device to the first network side device For the identification information of the software module called when requesting type signaling, the first network-side device also reports the acquired identification information of the second software module to the monitoring server, that is, the first network-side device reports its own identification information, the obtained second software module The identification information of the second software module, the identification information of the first software module, and the recorded running status information are correspondingly reported to the monitoring server. After the monitoring server receives the identification information of the second software module, it can determine that the second software module is called before the first software module during the business process. If the first software module fails, then It may also be caused by a failure of the second software module, thus further improving the accuracy of signaling service monitoring.

Continue to use the above example for illustration. When the network-side device A sends the first request type signaling to the network-side device B, it determines that the operation of sending the first request type signaling corresponds to the software module a to be called, and the software module a The identification information carried in the first request type signaling is sent to the network side device B, and after the network side device B returns the corresponding first response type signaling to the network side device A, it will send the second request to the network side device C type signaling, it is determined that the operation of sending the second request type signaling corresponds to the called software module b. At this time, the network side device B needs to record the running status information of the software module b on the one hand, and obtain the second request type signaling on the other hand. For the identification information of the software module a carried in the request type signaling, the network-side device B sends its own identification information, the obtained identification information of the software module a, the identification information of the software module b, and the recorded operating status of the software module b The corresponding information is reported to the monitoring server.

In the embodiment of the present invention, when the network side device receives the request type signaling and returns the corresponding response type signaling for the received request type signaling, it also needs to call the corresponding software module to execute the return response The operation of type signaling, so when the network side device returns a response type signaling, the called software module should also be monitored. Fig. 2 is the process of signaling service monitoring provided by the embodiment of the present invention, which is illustrated by taking the response type signaling returned by the network side equipment as an example, and specifically includes the following steps:

S201: When the first network side device receives the request type signaling sent by the second network side device, and returns the corresponding response type signaling to the second network side device for the received request type signaling, determine to execute The return type signaling operation corresponds to the first software module to be invoked.

In the embodiment of the present invention, in the process of performing a certain signaling service, when the first network side device is about to return the response type signaling to the received request type signaling, it is determined that the operation of returning the request type signaling needs to be executed. The first software module called.

S202: Record the determined running state information of the first software module in a process from receiving the request type signaling to returning the response type signaling.

S203: The first network-side device correspondingly reports its own identification information, identification information of the first software module, and recorded running state information to the monitoring server.

In the above process, the first network side device records the running state information of the called first software module, and reports its own identification information, the identification information of the first software module, and the recorded running state information to the monitoring server, so The monitoring server can accurately monitor the operation of the first software module in the first network-side device, and when the quality of the service is low, it can use the identification information of the network-side device and the software module's information reported by each network-side device The identification information and the operation status information corresponding to the identification information of the software module can accurately locate which software module in the network side device has failed, and improve the accuracy of signaling service monitoring.

Correspondingly, when the first network side device is about to return a response type signaling, the running state information of the called first software module also includes at least A sort of.

When the running status information of the first software module is the start running time information of the first software module, the method for recording the running status information of the first software module is specifically, recording and confirming that the execution return response type signaling operation corresponds to the call The time information of the first software module is determined to be the time information of the first software module to be invoked corresponding to the return response type signaling operation as the start running time information of the first software module. Also, the time information of the first software module to be called will be determined as the start running time information of the first software module.

When the running status information of the first software module is the end running time information of the first software module, the method for recording the running status information of the first software module is specifically recording the determined type of the first software module since receiving the request During the process of returning the response type signaling after signaling, the time information of the response type signaling is returned, and the time information when the response type signaling is returned is used as the end running time information of the first software module.

When the running status information of the first software module is the running parameter information of the first software module, the method for recording the running status information of the first software module is specifically recording the determined first software module at a set time interval. The operating parameter information of the module during the process from receiving the request type signaling to returning the response type signaling.

Correspondingly, in order to further improve the accuracy of signaling service monitoring, the first network side device also sends the identification information of the second software module called when the second network side device sends the request type signaling to the monitoring server. The specific method is as follows: , the first network side device acquires the identification information of the second software module carried in the request type signaling, where the identification information of the second software module is when the second network side device sends the request type signaling to the first network side device For the identification information of the called software module, the first network side device reports its own identification information, the obtained identification information of the second software module, the identification information of the first software module and the recorded operating status information to the monitoring server. After the monitoring server receives the identification information of the second software module, it can determine that the second software module is called before the first software module during the business process. If the first software module fails, then It may also be caused by a failure of the second software module, thus further improving the accuracy of signaling service monitoring.

In the embodiment of the present invention, the method for monitoring the software modules in each network side device during the signaling service may be based on the Application Response Measurement (ARM, Application Response Measurement) standard. Taking the signaling service as the MMS service as an example, the specific process of monitoring the signaling service based on the ARM standard is described below.

Fig. 3 is the process of signaling interaction between network side devices when carrying out the MMS service provided by the embodiment of the present invention, as shown in Fig. 3, the terminal sends the MMS to the service provider (SP, Service Provider) as an example for illustration, The network-side equipment involved in the MMS service includes: General Packet Radio Service (GPRS, General Packet Radio Service) core network equipment, Wireless Application Protocol (WAP, Wireless Application Protocol) gateway (GW, Gate Way), multimedia message service center ( MMSC, Multimedia Messaging Service Center) and SMS center, wherein, in the signaling for interaction between each network side device, the request type signaling includes: 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, the response type signaling includes: Gi_Submit.RES, C1_Submit.RES, MM7_Delivery.RES, C1_Delivery_Report.RES, C2_Delivery_Report.RES and MM1_Delivery_Report.RES. Since the signaling X_Submmit.REQ is a request type signaling sent by the terminal to the GPRS core network device, this request type signaling has no corresponding response type signaling.

Fig. 4 is an example of the signaling service in Fig. 3 provided by the embodiment of the present invention, and the specific process of monitoring the signaling service based on the ARM standard. As shown in Fig. 4, since the signaling X_Submmit.REQ is sent by the terminal, and There is no corresponding response type signaling, so the terminal may not be monitored. When the GPRS core network equipment will send the request type signaling Gi_Submit.REQ to the WAP GW, it is determined that the first software module to be called is corresponding to the sending Gi_Submit.REQ signaling operation, and the first software module is recorded from execution to the WAP GW Send Gi_Submit.REQ start to receive the running status information in the process of Gi_Submit.RES returned by WAP GW, GPRS core network equipment will own identification information, the identification information of the first software module and the operation of the first software module recorded The state information is correspondingly reported to the monitoring server. Wherein, the GPRS core network device carries the identification information of the first software module in Gi_Submit.REQ and sends it to the WAP GW.

Similarly, when the WAP GW receives the Gi_Submit.REQ, it will send the request type signaling C1_Submit.REQ to the MMSC, determine that the operation of sending the C1_Submit.REQ signaling corresponds to the second software module to be called, and record the second From the execution of the software module sending C1_Submit.REQ to the MMSC to the reception of the C1_Submit.RES returned by the MMSC, the WAP GW sends its own identification information, the identification information of the second software module, and the recorded second software module The running status information of the module is correspondingly reported to the monitoring server. The WAP GW searches for the request type signaling received at the previous moment, that is, searches for the Gi_Submit.REQ sent by the GPRS core network device to the WAPGW at the previous moment, and obtains the identification information of the first software module carried in the Gi_Submit.REQ, wherein the The identification information of the first software module is the identification information of the software module called when the GPRS core network equipment sends Gi_Submit.REQ to the WAP GW, and the identification information of the first software module obtained is also reported to the monitoring server. After receiving the identification information of the first software module, the monitoring server knows that the first software module is called before the second software module. The WAP GW carries the identification information of the second software module in C1_Submit.REQ and sends it to the MMSC.

Similarly, when the MMSC receives the C1_Submit.REQ sent by the WAP GW, and returns the corresponding response type signaling C1_Submit.RES to the WAP GW for the received C1_Submit.REQ, it is determined that the return C1_Submit.RES operation corresponds to the call and record the running status information of the third software module from receiving C1_Submit.REQ to returning to C1_Submit.RES. The running state information of the third software module is reported to the monitoring server. The MMSC acquires the identification information of the second software module carried in the received C1_Submit.REQ, wherein the identification information of the second software module is the identification information of the software module called when the WAP GW sends the C1_Submit.REQ to the MMSC, and the obtained The identification information of the second software module is reported to the monitoring server, and after receiving the identification information of the second software module, the monitoring server knows that the second software module is called before the third software module.

As shown in Figure 4, Figure 4 only shows the process of monitoring the first software module when the GPRS core network equipment sends Gi_Submit.REQ to the WAP GW, and the process of monitoring the second software module when the WAP GW sends C1_Submit.REQ to the MMSC. And when the MMSC receives the C1_Submit.REQ sent by the WAP GW, and returns the corresponding C1_Submit.RES to the WAP GW for the received C1_Submit.REQ, monitor the process of the third software module. In the subsequent monitoring process, the MMSC monitors the process of the fourth software module when sending MM7_Delivery.REQ to the SP, and monitors the process of the fifth software module when the MMSC sends C1_Delivery_Report.REQ to the WAPGW. WAP GW receives C1_Delivery_Report.REQ and responds to the received When the C1_Delivery_Report.REQ returns the corresponding C1_Delivery_Report.RES to WAPGW, monitor the process of the sixth software module. When WAPGW sends C2_Delivery_Report.REQ to the SMS gateway, monitor the process of the seventh software module. When the received C2_Delivery_Report.REQ returns the corresponding C2_Delivery_Report.RES to WAP GW, the process of monitoring the eighth software module, and the process of monitoring the ninth software module when the SMS gateway sends MM1_Delivery_Report.REQ to the terminal are basically the same as the above process, here I won't repeat them one by one.

In the above process, since the monitoring server can determine the software module called before the software module for each software module, that is, it can determine the order in which each software module is called, so in order to further improve the accuracy of monitoring, The monitoring server can generate a tree diagram about each software module according to the determined calling sequence of each software module. FIG. 5 is a tree diagram generated based on the monitoring process in FIG. 4 provided by the embodiment of the present invention. As shown in FIG. 5, after the first software module is called, the second software module is called, and after the second software module is called, The third software module, the fourth software module, the fifth software module are invoked, and so on.

FIG. 6 is a schematic structural diagram of a signaling service monitoring device provided by an embodiment of the present invention, specifically including:

A determining module 601, configured to determine that the operation of sending the request type signaling corresponds to the first software module to be called when sending the request type signaling to the second network side device;

A recording module 602, configured to record the determined first software module from sending request type signaling to the second network side device to receiving a response corresponding to the request type signaling returned by the second network side device Operational status information during the process of type signaling;

The reporting module 603 is configured to correspondingly report its own identification information, the identification information of the first software module, and the recorded operating status information to the monitoring server.

The recording module 602 is specifically configured to, when the running status information is the start running time information of the first software module, record the determined execution time of the first software module and send the request type information to the second network side device. During the process from the start of the command to the receipt of the response type signaling corresponding to the request type signaling returned by the second network side device, the time information when calling the first software module will call the first software module The time information at that time is used as the start running time information of the first software module.

The recording module 602 is specifically configured to, when the running status information is the end running time information of the first software module, record the determined request type information sent from the execution of the first software module to the second network side device. During the process from starting to receiving the response type signaling corresponding to the request type signaling returned by the second network side device, receiving the response corresponding to the request type signaling returned by the second network side device The time information when the type signaling is received, and the time information when the response type signaling is received is used as the end running time information of the first software module.

The recording module 602 is specifically configured to, when the operating state information is the operating parameter information of the first software module, record the determined time interval from execution of the first software module to the second network. The operation parameter information in the process from the side device sending the request type signaling to receiving the response type signaling corresponding to the request type signaling returned by the second network side device.

The device also includes:

A receiving module 604, configured to receive the request type signaling sent by the third network side device;

An obtaining module 605, configured to obtain the identification information of the second software module carried in the received request type signaling, where the identification information of the second software module is the third network side device sending the first network side The identification information of the software module called when the device sends the request type signaling;

The reporting module 603 is specifically configured to correspondingly report its own identification information, the obtained identification information of the second software module, the identification information of the first software module, and the recorded operating status information to the monitoring server .

FIG. 7 is a schematic structural diagram of a signaling service monitoring device provided by an embodiment of the present invention, specifically including:

The determining module 701 is configured to, when receiving the request type signaling sent by the second network side device, and returning a corresponding response type signaling to the second network side device for the received request type signaling, Determine the identification information of the first software module to be called corresponding to the return response type signaling operation;

A recording module 702, configured to record the determined running status information of the first software module during the process from receiving the request type signaling to returning the response type signaling;

The reporting module 703 is configured to correspondingly report its own identification information, the identification information of the first software module, and the recorded operating status information to the monitoring server.

The recording module 702 is specifically configured to, when the running status information is the start running time information of the first software module, record the time when it is determined that the execution of the return response type signaling operation corresponds to the first software module to be called Information, which determines the time information of the first software module to be invoked corresponding to the execution of the return response type signaling operation as the start running time information of the first software module.

The recording module 702 is specifically configured to, when the running state information is the end running time information of the first software module, record the determined first software module from receiving the request type signaling to returning In the process of the response type signaling, the time information when the response type signaling is returned, and the time information when the response type signaling is returned is used as the end running time information of the first software module.

The recording module 702 is specifically configured to, when the operating status information is the operating parameter information of the first software module, record the determined time interval since the first software module received the request. The operation parameter information in the process of returning the response type signaling after the type signaling.

The device also includes:

An obtaining module 704, configured to obtain the identification information of the second software module carried in the request type signaling, where the identification information of the second software module is the information sent from the second network side device to the first network side device Identification information of the software module invoked when sending the request type signaling;

The reporting module 703 is specifically configured to report its own identification information, the obtained identification information of the second software module, the identification information of the first software module, and the recorded operating status information to the monitoring server correspondingly .

Figure 8 is a schematic diagram of the signaling service monitoring network structure provided by the embodiment of the present invention, taking the monitoring process of Figure 4 as an example, as shown in Figure 8, including terminals, GPRS core network equipment, WAP GW, MMSC, SP and SMS center , when the signaling service monitoring is performed based on the ARM standard, the monitoring server is an ARM server.

Embodiments of the present invention provide a signaling service monitoring method and device. In the method, when the first network-side device is about to send a request-type signaling, it determines that the operation of sending the request-type signaling corresponds to the first software module to be called, and records The running state information of the first software module during the process from sending the request type signaling to receiving the response type signaling corresponding to the request type signaling, the first network side device sends its own identification information, the first software module The identification information and the recorded running status information are correspondingly reported to the monitoring server. Because in the embodiment of the present invention, the first network-side device uses its own identification information, the identification information of the first software module called to perform the related operation, and the The running status information is correspondingly reported to the monitoring server, so the monitoring server can accurately monitor the running status of each software module in the network side device according to the reported information, thereby improving the precision and accuracy of signaling service monitoring, and further When a network-side device fails, it is also possible to precisely locate which software module has failed.

Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalent technologies, the present invention also intends to include these modifications and variations.

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.