CN102130898B - Simulation method, device and system - Google Patents
Simulation method, device and system Download PDFInfo
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- CN102130898B CN102130898B CN 201010276437 CN201010276437A CN102130898B CN 102130898 B CN102130898 B CN 102130898B CN 201010276437 CN201010276437 CN 201010276437 CN 201010276437 A CN201010276437 A CN 201010276437A CN 102130898 B CN102130898 B CN 102130898B
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- configuration information
- customer instance
- subdialogue
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- instance data
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Abstract
The invention discloses a simulation method, which comprises the following steps of: realizing multi-node message scheduling function according to received user instance data which is transmitted by a client and configuration information in a configuration file which is transmitted by the client; and executing user instance protocol operation encoding and decoding, executing the user instance and recording a result. Therefore, the service can simultaneously simulate a multi-core network and intelligent service, and different protocol operation parameters are associated.
Description
Technical field
The present invention relates to communication technical field, relate in particular to a kind of method of emulation, device and system
Background technology
Traditional IN is directly to be connected with core net, what realize is a kind of service of agreement, commonly Fixed Intelligent Network is used the IN service of INAP, wireless intelligent network is used the CAP IN service, what wherein emulation tool need to be simulated is the function of core net, need the analog core net as emulation tool SSPTool in Traditional IN, Service Broker is as the bridge that is connected intelligent network and core net, what realize is the combinations of services function, its position is between core net and intelligent use, need to receive the signaling of core net, also need simultaneously to report signaling to the upper strata IN service, for the composite service of emulation Service Broker makes emulation tool need the signaling process of simulated intelligence business, wherein the simulation process direction of the signaling process of the relative core net of simulation process of the signaling process of IN service is opposite, referred to as reverse protocol, SSPTool Server is as the emulation tool of emulation Service Broker, its simulation process is specially: receive the good use-case data of client-side editing, explain the executable operations step, and the result of record execution, object information is fed back to client, be characterized in to process the emulation of the dialogue of single-protocol, realize the reverse protocol function in emulation tool after, can resolve into forward to the flow process of Broker, reverse two use-cases carry out emulation.
Summary of the invention
The embodiment of the present invention provides a kind of method of emulation, device and system, and what exist in the solution prior art can't simulate the problem of multi-core network and IN service simultaneously
A kind of emulation mode is characterized in that, method comprises, receives the customer instance data that client sends; According to the configuration information in the configuration file of customer instance data and client transmission, realize the scheduling message function of the multinode in configuration information, and carry out the encoding and decoding of customer instance protocol operation, carry out customer instance and also record result.
A kind of simulator is characterized in that, simulator comprises, receiver module is used for receiving the customer instance data that client sends; Read module is for the configuration information of the configuration file that reads the client transmission; Main control module is used for the configuration information according to the configuration file of customer instance data and client transmission, realizes the scheduling message function of the multinode in configuration information; The protocol operation module is used for carrying out the encoding and decoding of customer instance protocol operation, carries out customer instance and records result.
A kind of analogue system is characterized in that, system comprises, client is used for sending the customer instance data to simulator, and generating configuration file comprises the configuration information of a plurality of nodes, and configuration file is sent to emulation tool in configuration file; Emulation tool is used for receiving the customer instance data that client sends; According to the configuration information in the configuration file of customer instance data and client transmission, realize the scheduling message function of the multinode in configuration information, and carry out the encoding and decoding of customer instance protocol operation, carry out customer instance and also record result.
The invention discloses a kind of emulation mode, the customer instance data that send by receiving client, according to the configuration information in the configuration file of described customer instance data and the transmission of described client, realize the scheduling message function of multinode, and execution customer instance protocol operation encoding and decoding,, carry out customer instance and record result.Make business can simulate simultaneously multi-core network and IN service, make simultaneously the parameter of different agreement operation realize related.
Description of drawings
The flow chart of a kind of emulation mode that Fig. 1 provides for the embodiment of the present invention;
A kind of client end interface figure that Fig. 2 provides for the embodiment of the present invention;
The fundamental block diagram of a kind of simulator that Fig. 3 provides for the embodiment of the present invention;
The fundamental block diagram of a kind of analogue system that Fig. 4 provides for the embodiment of the present invention;
The specific implementation flow chart of a kind of emulation mode that Fig. 5 provides for the embodiment of the present invention;
Fig. 6 carries out the specific implementation flow chart for a kind of customer instance that the embodiment of the present invention provides;
Embodiment
Embodiment one:
Consult Fig. 1, a kind of emulation mode that the embodiment of the present invention one provides, the method comprises:
The customer instance data that A1, reception client send;
The customer instance data are used for comprising at least the type of agreement, the entity information of communication, the information such as the number of node, main dialogue, optional, also can comprise subdialogue, be illustrated in figure 2 as the editor of client, leftmost window is Call Set window, can carry out talky configuration, and title is followed successively by call2, call3...... from the dialogue that call1 begins the back.The agreement of each Call can configure, and configurable agreement has INAP, CAP, MAP, Session Initiation Protocol family.Each Call is comprised of a series of Step, and numbering is followed successively by 1,2,3......, and each Step comprises the configuration of communication entity, the configuration of transaction layer primitive, the configuration of protocol operation, the configuration of subdialogue (SubCall).The calling of subdialogue in can related CallSet, the form of numeral, just represent that the call2. reverse protocol is exactly that communication entity can configure reverse operation in the embodiment of client as 2, the access capability of expansion multi-core network is realized the configuration of multinode in scunet.cfg.This configuration file can be by FTP to Server end, realized by the configuration module of Server configuration data read realization with function.
[SCP]
IP[0] ＝10.71.114.50
PORT[0] ＝11000
[SSP]
IP[0] ＝10.71.114.51
PORT[0] ＝11000
[MSC]
IP[0] ＝10.71.114.52
PORT[0] ＝11000
The parameter association method of use-case operation: the structure that arranges that configuration is supported is [operating parameter title]: value, for example [CalledNumber]: 88888888, during related subdialogue parameter arranges, direct configuration parameter is [CalledNumber], as not adding, represents the value of using this parameter to arrange.
The editor of use-case completes in client, and formation use-case file after the use-case editor completes is as shown in hereinafter;
CALL_BEGIN // calling beginning
The use-case data of // main dialogue
BEGIN
CALLTYPE CAP //CALLTYPE presentation protocol type
STEPBEGIN SSP //entity of the value representation communication of STEPBEGIN
TCD tc_begin
TCC tc_invoke
CAP IDP_CAP SUBCALLNO 1
{
EVENTTYPEBCSM＝[EBCSM]：2
SERVICEKEY＝[ServiceKey]：210
CALLED＝[CalledNumber]：13600000001
CALLING＝[CallingNumber]：13600000002
}
STEPEND
STEPBEGIN SCP
TCD tc_begin
TCC tc_invoke
CAP RRBE_CAP
STEPEND
STEPBEGIN SCP
TCD tc_begin
TCC tc_invoke
CAP CONNECT_CAP
STEPEND
END //END is the sign that finishes a CALL
The use-case data of // subdialogue 1
BEGIN
CALLTYPE CAP
STARTMODE 2
STEPBEGIN SCP
TCD tc_begin
TCC tc_invoke
CAP IDP_CAP SUBCALLNO 2
{
EVENTTYPEBCSM＝[EBCSM]
SERVICEKEY＝[ServiceKey]
CALLED＝[CalledNumber]
CALLING＝[CallingNumber]
}
STEPEND
STEPBEGIN SSP
TCD tc_begin
TCC tc_invoke
CAP RRBE_CAP
STEPEND
END
The use-case data of // subdialogue 2
BEGIN
CALLTYPE INAP
STARTMODE 2
STEPBEGIN SCP
TCD tc_begin
TCC tc_invoke
CAP IDP_INAP
STEPEND
STEPBEGIN SSP
TCD tc_begin
TCC tc_invoke
CAP RRBE_INAP
STEPEND
END
CALL_END // sign that the calling of CALL use-case partly finishes
The access capability of expansion multi-core network is realized the configuration of multinode in scunet.cfg.This configuration file can be by FTP to Server end, realized by the configuration module of Server configuration data read realization with function.
[SCP]
IP[0] ＝10.71.114.50
PORT[0] ＝11000
[SSP]
IP[0] ＝10.71.114.51
PORT[0] ＝11000
[MSC]
IP[0] ＝10.71.114.52
PORT[0] ＝11000
Configuration information in A2, the configuration file that sends according to described customer instance data and described client is realized the scheduling message function of the multinode in described configuration information, and is carried out the encoding and decoding of described customer instance protocol operation;
Configuration information according to described multinode, obtaining the customer instance data corresponding with individual node, is S (A) as the customer instance data of node A, the channel of a plurality of connected nodes of scanning, carry out the scheduling message function of multinode, be specially each self-corresponding data of a plurality of nodes of scheduling.
Simulator receives the customer instance data that client sends, and is specially:
The use-case data of // main dialogue
BEGIN
CALLTYPE CAP //CALLTYPE presentation protocol type
STEPBEGIN SSP //entity of the value representation communication of STEPBEGIN
TCD tc_begin
TCC tc_invoke
{
EVENTTYPEBCSM＝2
SERVICEKEY＝210
CALLED＝13600000001
CALLING=13600000002 // [parameter name]: value here is instantiated
}
STEPEND
The use-case data of // subdialogue 1
BEGIN
CALLTYPE CAP
STARTMODE 2
STEPBEGIN SCP
TCD tc_begin
TCC tc_invoke
CAP IDP_CAP SUBCALLNO 2
{
EVENTTYPEBCSM＝2
SERVICEKEY＝210
CALLED＝13600000001
The relevant parameter of CALLING=13600000002 // subdialogue [parameter name] is talked about by example
}
Next, carry out customer instance, concrete steps are, as shown in Figure 6,
601, simulator receives the use-case data that client sends;
602, simulator is the use-case data instance, checks [operating parameter] whether assignment, if assignment the parameter of assignment is saved in the Context object if [operating parameter] do not have assignment, is directly got the value of this parameter from the Context object;
603, analyze in the use-case data whether contain subdialogue, if any, execution in step 604
604, create main dialogue and corresponding subdialogue to machine, as do not have, execution in step 605,
605, create main dialogue automaton;
606, carrying out the encoding and decoding of use-case protocol operation processes;
607, the use-case execution result is recorded.
The invention discloses a kind of emulation mode, the customer instance data that send by receiving client, according to the configuration information in the configuration file of described customer instance data and the transmission of described client, realize the scheduling message function of multinode, and execution customer instance protocol operation encoding and decoding, make business can simulate simultaneously multi-core network and IN service, make simultaneously the parameter of different agreement operation realize related.
Consult Fig. 3, a kind of simulator that the embodiment of the present invention one provides, this device comprises:
Receiver module 301 is used for receiving the customer instance data that client sends; The customer instance data are used for comprising at least the type of agreement, the entity information of communication, the information such as the number of node, main dialogue, optionally, also can comprise subdialogue, and complete the parsing of use-case data text, corresponding subdialogue be sought in the operation that comprises subdialogue used subdialogue use-case sequence to preserve.
Read module 302 for the configuration information of the configuration file that reads the client transmission, provides the interface of Outside Access configuration information.
[SCP]
IP[0] ＝10.71.114.50
PORT[0] ＝11000
[SSP]
IP[0] ＝10.71.114.51
PORT[0] ＝11000
[MSC]
IP[0] ＝10.71.114.52
PORT[0] ＝11000
Main control module 303 is used for the configuration information according to the configuration file of described customer instance data and the transmission of described client, realizes the scheduling message function of the multinode in described configuration information; Realize the establishment and management of a plurality of communication module examples, the channel of a plurality of connected nodes of scanning carries out the scheduling message function of multinode in the scheduling circulation process.
Simulator is with the use-case data instance, check [operating parameter] whether assignment, if assignment the parameter of assignment is saved in the Context object if [operating parameter] do not have assignment, is directly got the value of this parameter from the Context object, next, analyze in the use-case data whether contain subdialogue, if any, the subdialogue of main dialogue and correspondence created certainly to machine, as do not have, create main dialogue automaton.
Protocol operation module 304 is used for carrying out the encoding and decoding of described customer instance protocol operation, realizes the coding/decoding capability of the operation of the agreement that all need to be supported.Subsequently, carry out the encoding and decoding of use-case protocol operation and process, outcome record is got off.Optionally, this device further comprises:
Dialogue scheduler module 305 comprises subdialogue if be used for the customer instance data, if subdialogue scheduling sublayer dialogue is simultaneously arranged when dispatching main dialogue; If do not comprise subdialogue in the customer instance data, dispatch main dialogue, complete the realization of use-case data function;
Protocal automata module 306, according to main dialogue, subdialogue creates corresponding automaton, and the agreement of carrying out main dialogue, subdialogue operating procedure realizes and unified management.
The invention discloses a kind of simulator, the customer instance data that send by receiving client, according to the configuration information in the configuration file of described customer instance data and the transmission of described client, realize the scheduling message function of multinode, and execution customer instance protocol operation encoding and decoding, make business can simulate simultaneously multi-core network and intelligent industry, make simultaneously the parameter of different agreement operation realize related.
Consult Fig. 4, a kind of analogue system that the embodiment of the present invention one provides, this system comprises:
Client 401 is used for sending the customer instance data to simulator, and generating configuration file comprises the configuration information of a plurality of nodes, and described configuration file is sent to emulation tool in described configuration file;
Emulation tool 402 is used for receiving the customer instance data that client sends; According to the configuration information in the configuration file of described customer instance data and the transmission of described client, realize the scheduling message function of the multinode in described configuration information, and carry out the encoding and decoding of described customer instance protocol operation, carry out customer instance and also record result.
The invention discloses a kind of analogue system, the customer instance data that send by receiving client, according to the configuration information in the configuration file of described customer instance data and the transmission of described client, realize the scheduling message function of multinode, and execution customer instance protocol operation encoding and decoding, make business can simulate simultaneously multi-core network and IN service, make simultaneously the parameter of different agreement operation realize related.
Consult Fig. 5, the concrete methods of realizing of a kind of emulation mode that the embodiment of the present invention one provides specifically comprises:
The precondition of this use-case is to using service (AS, Application Service) set up Intelligent Network Application Protocol (INAP, Intelligent Network Application Protocol), CAMEL Application Part (CAP, CAMEL Application Part) network of using connects, and these connections are configured in the scunet.cfg configuration file.Suppose the communication example for being INAP1, CAP2,501. client SSPTool_Client edit and complete a use-case, send to this use-case SSPTool_Server to go to carry out;
Send the IDP_CAP operation 502.SSPTool_Server receive use-case, simulation MSC transmission protocol type is that the IDP of CAP operates to Broker.
503. receive the IDP_CAP message that Broker sends.
504. simulation CAP business sends RRBE_CAP message to Broker.
505.SSPTool_Server Simulation with I NAP business receives IDP_INAP.
506.SSPTool_Server Simulation with I NAP business sends RRBE_INAP to Broker.
507.SSPTool_Server Simulation with I NAP business sends CONNECT_INAP to Broker.
508.SSPTool_Server simulation SSP receives RRBE_INAP.
509.SSPTool_Server simulation SSP receives the operation of CONNECT_INAP.
510. send simulation result to client.
The invention discloses a kind of emulation mode, the customer instance data that send by receiving client, according to the configuration information in the configuration file of described customer instance data and the transmission of described client, realize the scheduling message function of multinode, and execution customer instance protocol operation encoding and decoding, make business can simulate simultaneously multi-core network and intelligent industry, make simultaneously the parameter of different agreement operation realize related.
Through the above description of the embodiments, one of ordinary skill in the art will appreciate that: realize that all or part of step in above-described embodiment method is to come the relevant hardware of instruction to complete by program, described program can be stored in a computer read/write memory medium, this program is when carrying out, comprise the step as above-mentioned embodiment of the method, described storage medium, as: ROM/RAM, magnetic disc, CD etc.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited to this, anyly is familiar with those skilled in the art in the technical scope that the present invention discloses; can expect easily changing or replacing, within all should being encompassed in protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of claim.
Claims (8)
1. an emulation mode, is characterized in that, described method comprises,
Receive the customer instance data that client sends;
According to the configuration information in the configuration file of described customer instance data and the transmission of described client, realize the scheduling message function of the multinode in described configuration information, and carry out the encoding and decoding of described customer instance protocol operation, carry out customer instance and also record result;
Described configuration information specifically comprises the configuration information of a plurality of nodes;
Describedly realize that the scheduling message function of the multinode in described configuration information is specially:
According to the configuration information of described multinode, obtain the customer instance data corresponding with individual node, scan the channel of a plurality of connected nodes, carry out the scheduling message function of multinode.
2. the method for claim 1, is characterized in that, described method further comprises,
If comprise subdialogue in the customer instance data, if subdialogue scheduling sublayer dialogue is simultaneously arranged when dispatching main dialogue;
If do not comprise subdialogue in the customer instance data, dispatch main dialogue.
3. the method for claim 1, is characterized in that, the encoding and decoding of the described customer instance protocol operation of described execution are specially:
Create corresponding automaton according to main dialogue and/or subdialogue, carry out the encoding and decoding of the agreement of main dialogue and/or subdialogue operating procedure.
4. a simulator, is characterized in that, described simulator comprises,
Receiver module is used for receiving the customer instance data that client sends;
Read module is for the configuration information of the configuration file that reads the client transmission;
Main control module is used for the configuration information according to the configuration file of described customer instance data and the transmission of described client, realizes the scheduling message function of the multinode in described configuration information;
The protocol operation module is used for carrying out the encoding and decoding of described customer instance protocol operation, carries out customer instance and records result;
Wherein, described configuration information specifically comprises the configuration information of a plurality of nodes;
Describedly realize that the scheduling message function of the multinode in described configuration information is specially:
Main control module obtains the customer instance data corresponding with individual node according to the configuration information of described multinode, scans the channel of a plurality of connected nodes, carries out the scheduling message function of multinode.
5. simulator as claimed in claim 4, is characterized in that, described receiver module is further used for,
The parsing of completing user instance data text is obtained corresponding subdialogue to the operation that comprises subdialogue, and uses the subdialogue sequence to preserve.
6. simulator as claimed in claim 4, is characterized in that, described simulator further comprises:
The dialogue scheduler module comprises subdialogue if be used for the customer instance data, if subdialogue scheduling sublayer dialogue is simultaneously arranged when dispatching main dialogue; If do not comprise subdialogue in the customer instance data, dispatch main dialogue.
7. simulator as claimed in claim 4, is characterized in that, described simulator further comprises: the protocal automata module creates corresponding automaton according to main dialogue and/or subdialogue.
8. an analogue system, is characterized in that, described system comprises,
Client is used for sending the customer instance data to simulator, and generating configuration file comprises the configuration information of a plurality of nodes, and described configuration file is sent to emulation tool in described configuration file;
Emulation tool is used for receiving the customer instance data that client sends; According to the configuration information in the configuration file of described customer instance data and the transmission of described client, realize the scheduling message function of the multinode in described configuration information, and carry out the encoding and decoding of described customer instance protocol operation, carry out customer instance and also record result; Wherein, described configuration information specifically comprises the configuration information of a plurality of nodes; Describedly realize that the scheduling message function of the multinode in described configuration information is specially: according to the configuration information of described multinode, obtain the customer instance data corresponding with individual node, the channel of a plurality of connected nodes of scanning carries out the scheduling message function of multinode.
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1310533A (en) * | 2001-03-16 | 2001-08-29 | 巨龙信息技术有限责任公司 | Network intercommunication service emulator |
| CN1464684A (en) * | 2002-06-25 | 2003-12-31 | 华为技术有限公司 | Intelligent network service simulation system and method for implementing communication mechanism |
| CN1750485A (en) * | 2005-07-14 | 2006-03-22 | 牛伟 | Network simulation detection system and method |
| CN1956423A (en) * | 2005-10-26 | 2007-05-02 | 中兴通讯股份有限公司 | System, method and communication system of mixing public telephone network/integrated service network simulation |
-
2010
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1310533A (en) * | 2001-03-16 | 2001-08-29 | 巨龙信息技术有限责任公司 | Network intercommunication service emulator |
| CN1464684A (en) * | 2002-06-25 | 2003-12-31 | 华为技术有限公司 | Intelligent network service simulation system and method for implementing communication mechanism |
| CN1750485A (en) * | 2005-07-14 | 2006-03-22 | 牛伟 | Network simulation detection system and method |
| CN1956423A (en) * | 2005-10-26 | 2007-05-02 | 中兴通讯股份有限公司 | System, method and communication system of mixing public telephone network/integrated service network simulation |
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