| Title of Invention | METHOD AND DEVICE FOR CHARGING TEST |
|---|---|
| Abstract | A charging test method and a charging device are provided. The charging test method includes: receiving a charging message; if a charged number in the received charging message is a test number, modifying the charging time in the charging message to be within the valid period of a tariff rule under test, namely, modifying the charging time to virtual time; and performing charging for the message through an existing network device according to the virtual time by using the tariff rule under test. The method further includes: configuring a test number set; if the charged number in the received charging message is included in the test number set, determining that the charged number is a test number. With the present invention, the tariff rule to be validated in the future is tested on the existing network device. |
| Full Text | Field of the Invention The present invention relates to the communication field, and in particular, to a charging test technology. Background of the Invention With the diversification of communication services, the communication charging system, also named as Billing System (BS) is more and more complex to fulfill the flexible tariff policies and tariff packages and the compatibility between the tariff packages. Currently, the charging standards commonly applied by network operators include: time-based charging, traffic-based charging, and monthly flat rate. Time-based charging means that a switch which controls the call connection records the number of the calling party and the number of the called party, and the start time and the end time of the conversation to generate a bill; and the BS performs charging according to the time recorded in the bill. Traffic-based charging means that a network management system records the data traffic on a port, and uses the data traffic as a basis for charging. Monthly flat rate means that an operator charges a user a fixed monthly fee according to the provided services, and that the monthly fee varies with the type of the service activated for the user. In the existing communication network operation mode, if a new tariff needs to be added to the existing network, the correctness of the tariff of a new service is a top concern of the network operator. Therefore, it is essential to verify and test the correctness of the tariff of a new service. When the tariff of a new service is under test, the charging resources of the existing network need to be shared with the existing network subscribers, and it is difficult for the BS to predict the correctness of the tariff of the new service. Therefore, from the perspective of the system security, the tariff of a new service is generally predicted through a set of standby devices or verification devices in addition to a set of dialing test devices. Specifically, the new service corresponding to the tariff is subscribed to on a standby device, and the tariff is validated in advance; and the dialing test device sends a charging request to verify whether the charging is correct on the standby device. After the verification succeeds, the new service and the corresponding tariff are imported into the existing network. The method for predicting the tariff of a new service in the prior art has at least the following defects: A set of standby devices and dialing test devices need to be configured and maintained, thus leading to high costs; in the prediction process, the tariff of the new service is validated in advance, or the time of the dialing test device is adjusted to implement the verification, thus making the time control inflexible in the verification; the standby devices and dialing test devices used in the prediction may differ from the actual BS in the network, and consequently, the prediction result is different from the result generated after the new service is launched in the existing network, and the charging is incorrect after the new service and the tariff are applied to the existing network. Summary of the Invention A charging test method and a charging device are provided in embodiments of the present invention so that a tariff rule to be validated in the future may be tested on the existing network device. A charging test method provided in an embodiment of the present invention includes: receiving a charging message; if a charged number in the received charging message is a test number, modifying the charging time in the charging message to be within the valid period of a tariff rule under test; and using the tariff rule under test to perform charging for the charging message in which the charging time is modified. A charging device provided in an embodiment of the present invention includes: a receiving unit, adapted to receive a charging message; a judging unit, adapted to judge whether a charged number in the charging message received by the receiving unit is a test number; a modifying unit, adapted to modify the charging time in the charging message to be within the valid period of a tariff rule under test if the judging unit determines that the charged number is a test number; and a charging unit, adapted to use the tariff rule under test to perform charging for the charging message modified by the modifying unit. Compared with the prior art, the embodiments of the present invention bring the following benefits: After a charging message is received, if the charged number in the received charging message is a test number, the charging time in the charging message is modified to be within the valid period of the tariff rule under test, namely, modified to a virtual time; the existing network device automatically locates the tariff rule under test according to the virtual time, and uses the tariff rule under test to perform charging for the message. Therefore, it is not necessary to maintain a set of standby test devices for testing the tariff rule which will be validated in the future, and the costs of purchasing and maintaining the devices are reduced. Moreover, because the test is performed on the existing network device directly, smooth transition of the tariff rule is achieved. The implementation of the test mode is convenient and flexible because the test mode does not need to validate the tariff rule under test in advance or adjust the time of the dialing test device. Brief Description of the Drawings FIG 1 is a flowchart of a charging test method in an embodiment of the present invention; FIG 2 is a flowchart of a charging test method in another embodiment of the present invention; and Figure 3 shows a structure of a charging device in another embodiment of the present invention. Detailed Description of the Invention To make the technical solution, objectives and merits of the present invention clearer, the following describes the embodiments of the present invention in detail with reference to accompanying drawings. As shown in FIG 1, a charging test method is provided in an embodiment of the present invention. In this embodiment, the correspondence between the tariff rule under test and the valid period of the tariff rule is stored beforehand. In step 101, the BS receives a charging message which carries a charged number and charging time. In step 102, the BS judges whether the charged number in the received charging message is a test number; if such is not the case, the process is ended; and, if such is the case, the process proceeds to step 103. For example, a test number set may be configured in the BS beforehand. If the charged number in the received charging message is included in the test number set, it is determined that the charged number is a test number, and the process proceeds to step 103. In step 103, the BS modifies the charging time in the charging message to be within the valid period of the tariff rule under test. In step 104, the tariff rule under test is used to perform charging for the charging message in which the charging time is modified. The charging time in the charging message is modified to a virtual time. The existing network device can automatically locate the tariff rule under test according to the virtual time, and use the tariff rule under test to perform charging for the message. Therefore, it is not necessary to maintain a set of standby test devices for testing the tariff rule which will be validated in the future, and the costs of purchasing and maintaining the devices are reduced. Moreover, because the test is performed on the existing network device directly, smooth transition of the tariff rule is achieved. The implementation of the test mode is convenient and flexible because the test mode does not need to validate the tariff rule under test in advance or adjust the time of the dialing test device. Moreover, this test is implemented in a real network environment in the prior art, and the real time scenario is simulated through setting of virtual time, thus bringing a vivid test effect and high accuracy. A charging test method is provided in another embodiment of the present invention. In this embodiment, the correspondence between the tariff rule under test and the valid period of the tariff rule needs to be stored beforehand. A test number set is configured in the BS of the existing network. The corresponding test time is configured for each test number in the test number set. The test time falls within the valid period of the tariff rule under test; that is, the test time is a virtual time. In this way, it is practicable to test whether the charging based on the tariff rule is accurate at different time in the future, and the covered time range is wider, and the test accuracy is higher. FIG. 2 shows a flowchart of the charging test method. In step 201, the BS receives a charging message. Each charging message carries the following information: charged number, origin charging start time, also named "Event Origin Start Time", and origin charging end time, also named "Event Origin End Time". The origin charging start time and the origin charging end time are collectively called "charging time in the charging message". In step 202, after receiving the charging message, the BS obtains the charged number from the message, and searches the test number set for the charged number carried in the charging message. In this way, the BS judges whether the charged number is a test number. This judgment mode is very simple and convenient. If the charged number is found in the test number set, it indicates that the charged number is a test number, and the process proceeds to step 204; otherwise, the process goes to step 203, in which the charging is performed for the charging message according to the charging method of the existing network. In step 204, the BS judges whether the charging message is an "Initial" message. If such is the case, the process proceeds to step 205; otherwise, the process goes to step 206. Specifically, for a complete charging process, an "Initial" message needs to be sent to the BS at the beginning of the conversation; in the conversation process, an "Update" message may be sent to the BS periodically; and, at the end of the conversation, a "Terminate" message is sent to the BS. Therefore, the charging message received by the BS in step 204 may be any of the foregoing three messages. In this step, it is necessary to judge the received message to facilitate the subsequent operations. In step 205: The charging message received by the BS is "Initial". In the preprocessing of the charging message, the BS modifies the origin charging start time of the charging message to the test time corresponding to the test number in the test number set, called virtual charging start time, also named "Event Charged Start Time". The BS calculates the difference between the origin charging start time prior to the modification and the virtual charging start time subsequent to the modification, and the difference is an test interval, also named "Event Test Interval". Afterward, the BS adds this difference to the origin charging end time to obtain the virtual charging end time, also named "Event Charged End Time". This time falls within the valid period of the tariff rule under test. Because different test time is configured in the test number set, the charging time in the charging message may be modified to different time within the valid period of the tariff rule under test, and the time control for the charging message is more flexible, and the test for the tariff rule is more comprehensive. If the charging message is not "Initial" but another message subsequent to the "Initial" message, for example, "Update" and/or "Terminate", the process proceeds to step 206. In step 206, in the process of preprocessing the charging message, the charging time in the charging message is modified to be within the valid period of the tariff rule under test, namely, modified to the virtual time, according to the difference calculated in step 205. Specifically, the foregoing difference is added to the origin charging start time and the origin charging end time of the charging message to obtain the virtual charging start time and the virtual charging end time of the charging message. This mode simulates the time of receiving the charging message in a future conversation more vividly, and brings a more accurate test effect. In step 207, the BS may calculate out the charging duration according to the virtual charging start time and the virtual charging end time of the charging message calculated in step 205 or step 206, search out the tariff rule under test from the correspondence according to the modified virtual charging start time, and performs charging for the charging message in this test according to the tariff rule under test and the charging duration. This test is implemented in a real network environment in the prior art, and the real time scenario is simulated through setting of virtual time, thus bringing a vivid test effect and high accuracy. Moreover, the existing network device automatically locates the tariff rule under test according to the virtual time, and uses the tariff rule under test to perform charging for the message. Therefore, it is not necessary to maintain a set of standby test devices for testing the tariff rule which will be validated in the future, and the costs of purchasing and maintaining the devices are reduced. In this embodiment, after the system finishes processing the "Initial" message, "Update" message and "Terminate" message sent by the existing dialing test device, the online verification of the tariff of the future product is completed. A charging test method is provided in another embodiment of the present invention. This charging test method is similar to that shown in FIG. 2, and differs in that: In the embodiment shown in FIG 2, after receiving the "Initial" message, the BS calculates the difference between the origin charging start time prior to modification and the virtual charging start time subsequent to modification; after receiving the "Update" or "Terminate" message subsequently, the BS adds the difference to the origin charging start time and the origin charging end time of the two messages to obtain the virtual charging start time and the virtual charging end time. In this embodiment, however, the BS stores the virtual charging end time of the previous charging message; after receiving the next charging message, the BS uses the virtual charging end time of the previous charging message as the virtual charging start time of the next charging message directly, and calculates the difference between the virtual charging start time of the next message subsequent to modification and the origin charging start time prior to modification. The BS adds the difference to the origin charging end time of the charging message to obtain the virtual charging end time of the charging message. This BS repeats this process to obtain the virtual time of every charging message. Specifically, after receiving the "Initial" message, the BS modifies its origin charging start time and origin charging end time in the way illustrated in FIG. 2, and stores the virtual charging end time subsequent to the modification. After receiving the second charging message which may be an "Update" or "Terminate" message, the BS assigns the stored value to the virtual charging start time of the second charging message to ensure that the virtual charging start time of the second charging message is equal to the virtual charging end time of the first charging message. Moreover, the BS calculates the difference between the origin charging start time of the second charging message and the virtual charging start time subsequent to modification, and then adds the difference to the origin charging end time of the second charging message to obtain the virtual charging end time of the second charging message. In this way, the virtual charging end time is stored, and is assigned to the virtual charging start time of the next charging message. This process is repeated. After the system finishes processing the "Initial" message, "Update" message and "Terminate" message sent by the existing dialing test device, the online verification of the tariff of the future product is completed. The charging test in the embodiments of the present invention is implemented through processing of the "Initial", "Update" and "Terminate" messages sent by the existing dialing test device. Evidently, the charging test is performed on the existing network device, and smooth transition of the tariff rule is achieved. The implementation of the test mode is convenient and flexible because the test mode does not need to validate the tariff rule under test in advance or adjust the time of the dialing test device. A charging device is provided in another embodiment of the present invention. As shown in FIG 3, the charging device includes a receiving unit 31, a judging unit 32, a modifying unit 33, and a charging unit 34. First, the receiving unit 31 receives a charging message. The judging unit 32 judges whether the charged number in the charging message received by the receiving unit 31 is a test number. If the judging unit 32 determines that the charged number in the received charging message is a test number, the modifying unit 33 modifies the charging time in the charging message to be within the valid period of the tariff rule under test, namely, modifies the charging time to virtual time. Afterward, the charging device automatically locates the tariff rule under test according to the virtual time, and the charging unit 34 uses the tariff rule under test to perform charging for the charging message modified by the modifying unit 33. Therefore, it is not necessary to maintain a set of standby test devices for testing the tariff rule which will be validated in the future, and the costs of purchasing and maintaining the devices are reduced. Moreover, because the test is performed on the existing network device directly, smooth transition of the tariff rule is achieved. The implementation of the test mode is convenient and flexible because the test mode does not need to validate the tariff rule under test in advance or adjust the time of the dialing test device. Moreover, the charging device further includes a storing unit 35 for storing the test number set and the test time corresponding to each test number in the test number set. The test time falls within the valid period of the tariff rule under test. Specifically, the judging unit 32 judges whether the charged number in the charging message received by the receiving unit 31 is a number in the test number set stored by the storing unit 35. If such is the case, the judging unit determines that the charged number is a test number; otherwise, the judging unit determines that the charged number is not a test number. After the judging unit 32 determines that the charged number is a number in the test number set, the judging unit instructs the modifying unit 33 to modify the charging time of the charging message according to the test time corresponding to the test number in the test number set. To sum up, in the embodiments of the present invention, after a charging message is received, if the charged number in the received charging message is a test number, the charging time in the charging message is modified to be within the valid period of the tariff rule under test, namely, modified to virtual time; the existing network device automatically locates the tariff rule under test according to the virtual time, and uses the tariff rule under test to perform charging for the message. Therefore, it is not necessary to maintain a set of standby test devices for testing the tariff rule which will be validated in the future, and the costs of purchasing and maintaining the devices are reduced. Moreover, because the test is performed on the existing network device directly, smooth transition of the tariff rule is achieved. The implementation of the test mode is convenient and flexible because the test mode does not need to validate the tariff rule under test in advance or adjust the time of the dialing test device. This test is implemented in a real network environment in the prior art, and the real time scenario is simulated through setting of virtual time, thus bringing a vivid test effect and high accuracy. A test number set is set in the BS. If the charged number in the received charging message is included in the test number set, it is determined that the charged number is a test number. This mode is simple and convenient. Each test number in the set corresponds to different test time. The test time falls within the valid period of the tariff rule under test. In this way, it is practicable to test whether the charging based on the tariff rule is accurate at different time in the future, and the covered time range is wider, and the test accuracy is higher. WE CLAIM: 1. A method for charging test, characterized in comprising: receiving a charging message; checking if a charged number in the received charging message is a test number; modifying the charging time in the charging message to be within the valid period of a tariff rule under test, if the charged number in the received charging message is a test number; and using the tariff rule under test to perform charging for the charging message in which the charging time is modified. 2. The method of claim 1, characterized in comprising: configuring a test number set; and determining that the charged number is a test number, if the charged number in the received charging message is included in the test number set. 3. The method of claim 2, characterized in comprising: configuring a corresponding test time for each test number in the test number set, wherein the test time for each test number falls within the valid period of the tariff rule under test; wherein, modifying the charging time in the charging message to be within the valid period of a tariff rule under test, further comprises: modifying the charging time in the charging message according to the corresponding test time of the test number in the test number set. 4. The method of claim 3, characterized in that, modifying the charging time in the charging message according to the corresponding test time of the test number in the test number set, further comprises: if the received charging message indicates a start of the charging, modifying the charging time of the charging message to the test time corresponding to the test number in the test number set; if the received charging message does not indicate the start of the charging, adding a difference to the origin charging time of the charging message, wherein the difference is between the origin charging time in a charging message that indicating the charging starts and the test time. 5. The method of claim 3, characterized in that, the charging time comprises the charging start time and the charging end time; wherein, modifying the charging time in the charging message according to the corresponding test time of the test number in the test number set, further comprises: if the received charging message indicates the start of the charging, modifying the charging start time of the charging message to the test time corresponding to the test number in the test number set, adding a difference to the charging end time of the charging message, wherein the difference is between the origin charging start time in a charging message and the test time; and storing the modified charging end time. if the received charging message does not indicate the start of the charging, modifying the charging start time of the charging message to the stored charging end time, adding a difference to the charging end time of the charging message, wherein the difference is between the origin charging start time and the modified charging start time; and updating the stored charging end time. 6. The method of claim 1, characterized in, further comprising: storing the correspondence between a tariff and a valid period of the tariff rule, wherein the stored tariff rule comprises the tariff rule under test; wherein, using the tariff rule under test to perform charging for the charging message in which the charging time is modified, comprises: searching out the tariff rule under test from the correspondence according to the modified charging time, and performing charging for the charging message in the test according to the tariff rule under test. 7. The method of any one of claims 1 to 6, characterized in, performing the step of modifying the charging time in the charging message to be within the valid period of a tariff rule under test in the process of preprocessing the charging message. 8. A charging device, characterized in comprising: a receiving unit, adapted to receive a charging message; a judging unit, adapted to judge whether a charged number in the charging message received by the receiving unit is a test number; a modifying unit, adapted to modify the charging time in the charging message to be within the valid period of a tariff rule under test if the judging unit determines that the charged number is a test number; and a charging unit, adapted to use the tariff rule under test to perform charging for the charging message modified by the modifying unit. 9. The charging device of claim 8, characterized in further comprising: a storing unit, adapted to store a test number set, wherein the judging unite is further adapted to judge whether the charged number in the charging message received by the receiving unit is a number in the test number set stored in the storing unit; if the charged number is in the test number set, the judging unit determines that the charged number is a test number; otherwise, the judging unit determines that the charged number is not a test number. 10. The charging device of claim 9, characterized in that, the storing unit is further adapted to store the test time corresponding to each test number in the test number set; the test time falls within the valid period of the tariff rule under test; and the modifying unit is further adapted to modify the charging time of the charging message according to the test time corresponding to the test number in the test number set. A charging test method and a charging device are provided. The charging test method includes: receiving a charging message; if a charged number in the received charging message is a test number, modifying the charging time in the charging message to be within the valid period of a tariff rule under test, namely, modifying the charging time to virtual time; and performing charging for the message through an existing network device according to the virtual time by using the tariff rule under test. The method further includes: configuring a test number set; if the charged number in the received charging message is included in the test number set, determining that the charged number is a test number. With the present invention, the tariff rule to be validated in the future is tested on the existing network device. |
|---|
| Patent Number | 279137 | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| Indian Patent Application Number | 216/KOLNP/2010 | |||||||||
| PG Journal Number | 02/2017 | |||||||||
| Publication Date | 13-Jan-2017 | |||||||||
| Grant Date | 12-Jan-2017 | |||||||||
| Date of Filing | 18-Jan-2010 | |||||||||
| Name of Patentee | HUAWEI TECHNOLOGIES CO., LTD. | |||||||||
| Applicant Address | HUAWEI ADMINISTRATION BUILDING, BANTIAN, LONGGANG DISTRICT, SHENZHEN, GUANGDONG 518129, P.R. CHINA | |||||||||
Inventors:
|
||||||||||
| PCT International Classification Number | H04L12/26; H04L12/26 | |||||||||
| PCT International Application Number | PCT/CN2008/071335 | |||||||||
| PCT International Filing date | 2008-06-17 | |||||||||
PCT Conventions:
|
||||||||||