CN104618182A - Simulation testing system supporting a plurality of mobile service protocols - Google Patents
Simulation testing system supporting a plurality of mobile service protocols Download PDFInfo
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Abstract
The invention discloses a simulation testing system supporting a plurality of mobile service protocols. The system comprises a protocol processing module for configuring and handling the message formats, message time sequences and message field parameters of the plurality of mobile service protocols, a transmission processing module for providing transmission protocol type supported by the plurality of mobile services and a processing module, a testing pile configuration module for configuring and combining the mobile service protocol types and the transmission types to form testing piles, and an operation processing module for receiving a message request for each configured testing piles, performing format conversion and check for the message content, processing the message through the protocol processing module, converting the processed message into the format of the transmission type corresponding to each testing pile, as well as sending the processed and converted message through the transmission processing module for responding. With the adoption of the system, the simulation messages can be interacted with a service operation supporting system; an interface can be fully tested in the integrated test, and the testing route can be covered completely, so that the quality blind pots can be avoided, and the testing efficiency and quality can be increased.
Description
Technical field
The present invention relates to a kind of simulated testing system, particularly relate to a kind of simulated testing system supporting multiple mobile service agreement.
Background technology
In order to tackle telecommunications industry number of users, type of service is increased sharply, and needs the multi-stage service OSS that huge, has the characteristics such as flexibility, extensibility, high reliability, ease for maintenance.So business operation support system adopts loose coupling framework, to reduce overall complexity and dependence.Make application environment quicker, change can be used quickly, and reduce risk.
The normally message based system of loose coupling framework, two coupled systems directly and do not know how the other side realizes.Communication is each other supported by the framework of message.As long as message meets the framework of negotiation, then both sides client changes as required, and need not worry to destroy the other side.
Loose coupling framework between mobile service OSS and peripheral system, the communication of most use message mechanism.Peripheral system realizes difference, and communication protocol is chosen exists larger difference, is roughly divided into: http protocol, soap protocol, SOCKET agreement, File Transfer Protocol.
Although loose coupling framework meets the characteristics such as flexibility, extensibility, ease for maintenance, greatly reduce testability.When carrying out System Integration Test, needing peripheral system to coordinate with it and just can complete end-to-end test.And peripheral system is built and is had difficulties, and makes most test path imperfect.Many uses peripheral system builds a test pile now, according to message structure content, and manual compiling message file, and be sent in business operation support system by test pile.And if be sent to the message of peripheral system by business operation support system, then check the message content that system interface place records, determine that whether interface function correct.
When the integration testing work of existing business OSS is carried out, need for each peripheral system builds a test pile, and according to message format manual compiling message file.Meanwhile, if message protocol changes or message format change, then need to redefine message file.In integration testing process, even if done repeatedly before, also needed artificial reconfiguring and operating step by step.There is several shortcoming in existing test mode:
1, test pile configuration, message configuration, agreement transmission and reception operation etc. have more artificial treatment, easily because mistake is introduced in manual operation, affect testing reliability.
2, in most cases need to carry out multiple batches of test with the test of peripheral system, and more artificial treatment, greatly reduce treatment effeciency.
3, build because peer-to-peer system is more difficult, the process not Easy Test causing two system interfaces mutual puts in place, more there is peer-to-peer system more difficult according to Protocol answers unexpected message, causes abnormal flow process difficulty to cover.
4, a test pile supports a kind of protocol type, does not define protocol format, message content, so, packet sending and receiving format check and message result whether correct in artificial judgment.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of simulated testing system supporting multiple mobile service agreement, interacting message can be simulated with business operation support system, to ensure that in business operation support system integration testing process interface testing fully and test path all standing, avoid quality blind spot, promote testing efficiency and test mass.
The present invention solves the problems of the technologies described above the technical scheme adopted to be to provide a kind of simulated testing system supporting multiple mobile service agreement, comprise protocol process module: the message format that multiple mobile service agreement is provided, message sequential, and the configuration process of message field (MFLD) parameter; Transmission process module: the transport protocol type providing multiple mobile service to support and processing module thereof; Test pile configuration module: mobile service protocol type and transport-type are configured and are combined to form test pile; Run processing module: for each test pile configured receives message request; Format conversion and verification are carried out to message content, obtains the protocol characteristic value in the message after by verification, utilize protocol process module to carry out Message processing, and the message after process is converted to the form of transport-type corresponding to this test pile; Message after utilizing transmission process module transmission processing to change is replied.
The simulated testing system of the multiple mobile service agreement of above-mentioned support, wherein, described message format configuration comprises field name, field attribute, the enumerated value definition of enumerated field and the School Affairs obtaining value method of field.
The simulated testing system of the multiple mobile service agreement of above-mentioned support, wherein, described message sequential configuration comprises and multiple agreement that is mutually related is formed a business transaction sequentially, and replys according to the sequential relationship configured in messaging procedure.
The simulated testing system of the multiple mobile service agreement of above-mentioned support, wherein, described transport protocol type comprise SOAP, HTTP1.0 1.1, MML, SOCKET and File Transfer Protocol, described test pile configuration module loads corresponding mobile service protocol type while the transport protocol instance that each test pile is chosen is formed a separate threads.
The simulated testing system of the multiple mobile service agreement of above-mentioned support, wherein, the message receiving course of described operation processing module is as follows: to each test pile configured, the host-host protocol configured according to this test pile, obtains the message content being sent to this test pile from receiving terminal; Obtain message protocol characteristic value, contrast the mobile service protocol characteristic value that this test pile configures, check whether message belongs to this test pile agreement; If do not belong to this test pile agreement, direct opposite end message sends mistake; If belong to this test pile agreement, then search protocol massages form.
The simulated testing system of the multiple mobile service agreement of above-mentioned support, wherein, the conversion of the message format of described operation processing module and checking procedure as follows: foundation message protocol characteristic value, query message form from message format storehouse, and be loaded in internal memory; Message is converted to unified XML format according to message format definition, more whether correct by message format WSDL checking prediction message structure.
The simulated testing system of the multiple mobile service agreement of above-mentioned support, wherein, the Message processing process of described operation processing module is as follows: field verifies: verify field value according to message field (MFLD) definition and method of calibration definition; The message verified by field can carry out subsequent treatment, otherwise returns wrong responses after pointing out check errors as exception message; Obtain response form: by message protocol characteristic value, obtain and receive the response message form of message with agreement, and being loaded in internal memory; Analysis request message: according to transmitting-receiving message incidence relation, from receiving the field information obtaining message and send needed for message, and uses during the transmission message to be assembled such as storage; Acknowledgment strategy: the acknowledgment strategy loaded according to test pile, arranges response return value; Data assembling: according to the structure of response message, the response value obtained in the field information obtained from analysis request message and acknowledgment strategy, is assembled into response message body; Translation-protocol form: more unified XML format is converted to the form needed for agreement; Send: by the message assembled, adopt response sending mode or asynchronous response sending mode to be in real time sent to the receiving terminal of specifying.
The present invention contrasts prior art following beneficial effect: the simulated testing system of the multiple mobile service agreement of support provided by the invention, mobile service protocol type and transport-type are configured and are combined to form test pile, can analog peripherals system communication mechanism, the whole service protocol types supporting existing mobile service to relate to, and can be configured by message field (MFLD) property parameters, or the modes such as message structure definition importing safeguard miscellaneous service message format, thus guarantee interface testing in business operation support system integration testing process is abundant and test path all standing, avoid quality blind spot, promote testing efficiency and test mass.
Accompanying drawing explanation
Fig. 1 is the simulated testing system configuration diagram that the present invention supports multiple mobile service agreement;
Fig. 2 is the simulated testing system control flow schematic diagram that the present invention supports multiple mobile service agreement.
Embodiment
Below in conjunction with drawings and Examples, the invention will be further described.
Fig. 1 is the simulated testing system configuration diagram that the present invention supports multiple mobile service agreement; Fig. 2 is the simulated testing system control flow schematic diagram that the present invention supports multiple mobile service agreement.
Refer to Fig. 1 and Fig. 2, the simulated testing system of the multiple mobile service agreement of support provided by the invention comprises:
Protocol process module: the message format that multiple mobile service agreement is provided, message sequential, and the configuration process of message field (MFLD) parameter;
Transmission process module: the transport protocol type providing multiple mobile service to support and processing module thereof;
Test pile configuration module: mobile service protocol type and transport-type are configured and are combined to form test pile;
Run processing module: for each test pile configured receives message request; Format conversion and verification are carried out to message content, obtains the protocol characteristic value in the message after by verification, utilize protocol process module to carry out Message processing, and the message after process is converted to the form of transport-type corresponding to this test pile; Message after utilizing transmission process module transmission processing to change is replied.
The simulated testing system of the multiple mobile service agreement of support provided by the invention, mobile service protocol type and transport-type are configured and are combined to form test pile, can analog peripherals system communication mechanism, the whole service protocol types supporting existing mobile service to relate to, and miscellaneous service message format can be safeguarded by modes such as the configuration of message field (MFLD) property parameters or message structure definition importings, and support to manage message format method of calibration, message acknowledgment strategy, message test data comprehensively.
The present invention's each module major function and processing procedure as follows:
1, test pile processing module: a kind of protocol type and a kind of transport-type combine is the fundamental forming test pile.Other key elements comprise: the definition of network configuration, protocol code, special method of calibration, protocol parameter configuration etc.Use the combination of protocol type and transport-type to define, make analog service protocol system can easily define multiple test pile, to tackle the test of different agreement.
2, protocol process module a: agreement needs to define message format, message sequential, and the definition of message field (MFLD) parameter etc.
A) message format: field name, field attribute, if enumerated field, also need the enumerated value definition safeguarding field, also need the School Affairs obtaining value method of define field simultaneously
B) message sequential: a pair message definition is once replied, system maintenance message response sequential.For the complexity of mobile service agreement, partial service process needs to form by organizing agreement more.Such as: first registration, rear operation, again logout service tupe, forms a business transaction by three agreements, the sequential relationship of system maintenance three agreements exactly, according to sequential relationship response and in messaging procedure.
C) protocol inheritance relation; For the feature of mobile service agreement refinement step by step.Such as, in [VGOP business separate edition] definition VGOP service protocol form, each VGOP business has again respective protocol format to define.Wherein most protocol massages field is consistent, and part field then has different choice (or have different restriction) due to agreement difference.In order to enable certain variation of the overall protocol format of VGOP business directly affect the single service protocol form of all VGOP, then need supporting protocol inheritance.
Fetion platform and PIM platform subscription request, except operation code definition is different, other are all consistent, consistent with VGOP service order request protocol.Fetion platform and PIM platform all have inheritance with VGOP platform protocol, but also there is special case.
3, transfer management: according to the needs of existing mobile service protocol type, present system support SOAP, HTTP1.0 1.1, the various protocols such as MML, SOCKET, FTP.Analog service protocol system manages these transport-type masterplates, loads respective protocol, simulate specific mobile service during test pile configuration while then this type of transport-type masterplate instantiation being formed a separate threads.
Refer to Fig. 2, be sent to analog service protocol system according to certain business below and be treated to example, explain that the present invention is to the handling process of service protocol in detail.
1, receive: according to host-host protocol, obtain the message content being sent to certain test pile of analog service protocol system from receiving terminal.
2, message conversion:
A) protocol type: according to the definition of message protocol characteristic value, obtain message protocol characteristic value, contrast the protocol characteristic value that this test pile carries, check whether message belongs to this test pile agreement.If do not belong to this test pile agreement, then opposite end message sends mistake; If belong to this test pile agreement, search protocol massages form.
B) message format: according to message protocol characteristic value, query message form from message format storehouse, and be loaded in internal memory.
C) format conversion/verification: by message according to message format definition, convert unified XML format to.Whether correct by message format WSDL checking prediction message structure again.
3, Message processing:
D) field verification: message will verify its field value according to message field (MFLD) definition and method of calibration definition.Such as: field is date type, then need to check whether and meet date format requirement; Field enumerated value [1-5], then need to check whether and exceed this scope; Or certain field of message is relevant with other fields of message, also can be checked by method of calibration.By the message that field verifies, can subsequent treatment be carried out, otherwise return wrong responses after check errors being pointed out as exception message.
E) obtain response form: by message protocol characteristic value, obtain and receive the response message form of message with agreement, and being loaded into internal memory.
F) analysis request message: according to the definition of transmitting-receiving message incidence relation, from receiving the field information (such as: serial number, telephone number, user profile etc.) obtaining message and send needed for message, and be stored in MAP, send message in order to assembling and use.
G) acknowledgment strategy: the acknowledgment strategy loaded according to test pile, arranges response return value.Such as: response returns correct information, then should set certain return value of message is 0.
H) data assembling: according to the structure of response message, the response value obtained in the field information obtained from analysis request message and acknowledgment strategy, is assembled into response message body.
I) message format is unified: form XML message form body.
J) translation-protocol form: unified XML format is converted to the form needed for agreement by protocol format conversion.Such as: form needed for form, SOAP etc. needed for MML.
4, send: by the message assembled, be sent to the place of formulation.Support that response sends and asynchronous response transmission two kinds of patterns in real time.
In sum, the present invention uses the mobile service agreement flexible assembling of host-host protocol and carrying to be a test pile, for simulating mobile service agreement, thus can manage the flexible configuration that provides of agreement, transmission, message structure, and different agreement message format is converted to the method for consolidation form process by system, reduce different agreement message format to the impact of system, the efficiency of significant increase integration testing, coverage rate, have stronger flexibility.Concrete advantage is as follows: 1, certain analog service protocol definition is test pile.Test pile is made up of host-host protocol and bearing protocol flexible configuration, and simulation mobile service protocol system can configure a test pile to the simulation of agreement and can realize, and system has powerful extensibility.2, system is agreement, transmission, message all provide the interface of flexible configuration, makes system can support various protocols, transmission and message, especially carries out multistage verification to message: the verification of format check, field, value validity check.Method of calibration is also provided to configure separately, to tackle the expansion of subsequent check method.3, system is by all kinds of different protocol massages form, consolidation form (XML) is all converted to when inter-process, to facilitate system process, protocol massages system then major maintenance format conversion and the form assembling of different-format, the diversity of message format is less to systematic influence, makes system can carry the ability of various protocols message.4, comprehensively support mobile existing business agreement, comprise SOAP, HTTP1.0 1.1, the various protocols such as MML, SOCKET, FTP.
Although the present invention discloses as above with preferred embodiment; so itself and be not used to limit the present invention, any those skilled in the art, without departing from the spirit and scope of the present invention; when doing a little amendment and perfect, therefore protection scope of the present invention is when being as the criterion of defining with claims.
Claims (7)
1. support a simulated testing system for multiple mobile service agreement, it is characterized in that, comprising:
Protocol process module: the message format that multiple mobile service agreement is provided, message sequential, and the configuration process of message field (MFLD) parameter;
Transmission process module: the transport protocol type providing multiple mobile service to support and processing module thereof;
Test pile configuration module: mobile service protocol type and transport-type are configured and are combined to form test pile;
Run processing module: for each test pile configured receives message request; Format conversion and verification are carried out to message content, obtains the protocol characteristic value in the message after by verification, utilize protocol process module to carry out Message processing, and the message after process is converted to the form of transport-type corresponding to this test pile; Message after utilizing transmission process module transmission processing to change is replied.
2. the simulated testing system supporting multiple mobile service agreement as claimed in claim 1, is characterized in that, described message format configuration comprises field name, field attribute, the enumerated value definition of enumerated field and the School Affairs obtaining value method of field.
3. the simulated testing system supporting multiple mobile service agreement as claimed in claim 1, it is characterized in that, described message sequential configuration comprises and multiple agreement that is mutually related is formed a business transaction sequentially, and replys according to the sequential relationship configured in messaging procedure.
4. the simulated testing system supporting multiple mobile service agreement as claimed in claim 1, it is characterized in that, described transport protocol type comprise SOAP, HTTP1.0 1.1, MML, SOCKET and File Transfer Protocol, described test pile configuration module loads corresponding mobile service protocol type while the transport protocol instance that each test pile is chosen is formed a separate threads.
5. the simulated testing system supporting multiple mobile service agreement as claimed in claim 1, it is characterized in that, the message receiving course of described operation processing module is as follows:
To each test pile configured, the host-host protocol configured according to this test pile, obtains the message content being sent to this test pile from receiving terminal;
Obtain message protocol characteristic value, contrast the mobile service protocol characteristic value that this test pile configures, check whether message belongs to this test pile agreement; If do not belong to this test pile agreement, direct opposite end message sends mistake; If belong to this test pile agreement, then search protocol massages form.
6. the as claimed in claim 5 simulated testing system supporting multiple mobile service agreement, is characterized in that, the message format conversion of described operation processing module and checking procedure as follows:
According to message protocol characteristic value, query message form from message format storehouse, and be loaded in internal memory;
Message is converted to unified XML format according to message format definition, more whether correct by message format WSDL checking prediction message structure.
7. the simulated testing system supporting multiple mobile service agreement as claimed in claim 5, it is characterized in that, the Message processing process of described operation processing module is as follows:
Field verifies: verify field value according to message field (MFLD) definition and method of calibration definition; The message verified by field can carry out subsequent treatment, otherwise returns wrong responses after pointing out check errors as exception message;
Obtain response form: by message protocol characteristic value, obtain and receive the response message form of message with agreement, and being loaded in internal memory;
Analysis request message: according to transmitting-receiving message incidence relation, from receiving the field information obtaining message and send needed for message, and uses during the transmission message to be assembled such as storage;
Acknowledgment strategy: the acknowledgment strategy loaded according to test pile, arranges response return value;
Data assembling: according to the structure of response message, the response value obtained in the field information obtained from analysis request message and acknowledgment strategy, is assembled into response message body;
Translation-protocol form: more unified XML format is converted to the form needed for agreement;
Send: by the message assembled, adopt response sending mode or asynchronous response sending mode to be in real time sent to the receiving terminal of specifying.
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