CN102255735A - Method and device for processing order - Google Patents
Method and device for processing order Download PDFInfo
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- CN102255735A CN102255735A CN2011101867922A CN201110186792A CN102255735A CN 102255735 A CN102255735 A CN 102255735A CN 2011101867922 A CN2011101867922 A CN 2011101867922A CN 201110186792 A CN201110186792 A CN 201110186792A CN 102255735 A CN102255735 A CN 102255735A
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Abstract
The embodiment of the invention provides a method and a device for processing an order and belongs to the technical field of communication. The method and the device are invented for promoting the accuracy of order charging and ensuring a network element to timely acquire a charging processing result. The method for processing the order comprises the following steps: defining a charging processing time-out period allowed by the network element as being more than a data submission time-out period of a data submission sub-process; receiving order charging request information of the network element by a charging service processing sub-process; estimating the time for processing the order by the charging service processing sub-process under the triggering of the order charging request information; and comparing the time for processing the order with the data submission time-out period and sending response information to the network element according to the comparison result by the charging service processing sub-process.
Description
Technical field
The present invention relates to communication technical field, relate in particular to a kind of processing method and device of order.
Background technology
At IPTV (Internet Protocol Television, Web TV) in the charge system, EPG (Electronic Program Guide, electronic program list) or CSS (Custom Self Service, user self-help service) etc. network element calls AAA (Authentication, Authorization, Account, authentication, charging, authentication) system charges etc.
AAA system mainly is to carry out two-part work in the process of chargeing.The one, operations such as the wholesale price of chargeing in this locality, expense are checked, accounting processing precomputation; The 2nd, the result after wholesale price and expense calculated is submitted in the central database of charging and does persistent storage.After finishing this two-part work, AAA system could return to the result network elements such as EPG or CSS, finishes primary charging.
In the process of chargeing, AAA system need be finished aforesaid operations in the given time, otherwise will be considered to charging failure.By foregoing description as can be seen, AAA system need store the result after chargeing into could calculate in the central database and doing charging and finish, but, reason owing to network or database host, may make the time of whole charging process surpass the above-mentioned scheduled time, thereby also can cause charging failure.And in existing charging process, because the restriction of charging way, network element can't obtain the final result that charges and handle timely.
Summary of the invention
The embodiment of the invention provides a kind of processing method, device of order, to improve the accuracy that order is chargeed and to guarantee that network element obtains the charging result timely.
The embodiment of the invention adopts following technical scheme:
A kind of processing method of order comprises:
Handling time-out time with the charging of network element agreement is set to greater than waiting pending data to submit to the data of subprocess to submit time-out time to;
Call charge service is handled the order charging request message that subprocess receives described network element;
Under the triggering of described order charging request message, described call charge service is handled the processing time that subprocess is estimated this order;
Described call charge service is handled subprocess and is submitted to time-out time to compare the processing time and the described data of described this order, and sends response message according to comparative result to described network element.
A kind of processing unit of order comprises:
The unit is set, is used for handling time-out time and is set to greater than waiting pending data to submit to the data of subprocess to submit time-out time to the charging of network element agreement;
The message sink unit is used to receive the order charging request message of described network element;
Information is estimated the unit, is used for estimating the processing time of this order under the triggering of described order charging request message;
Processing unit is used for submitting to time-out time to compare the processing time and the described data of described this order, and sends different response messages according to comparative result to described network element.
The processing method of the order that the embodiment of the invention provides and device, be set to charge request because order processing causes the problem of charging failure slowly by handling time-out time, thereby improved the accuracy that order is chargeed greater than the order that waits pending data to submit to the data of subprocess to submit to time-out time to solve network element with the charging of network element agreement; Simultaneously, order charging request message for network element, call charge service is handled subprocess can be estimated this order under the triggering of described order charging request message processing time, and submit to time-out time to compare the processing time of described this order and described data, and send response message to described network element according to comparative result.Therefore, this can guarantee that network element obtains the charging result timely.Therefore, utilize the method for the embodiment of the invention and device to improve the accuracy that order is chargeed and guaranteed that network element obtains the charging result timely.
Description of drawings
In order to be illustrated more clearly in the technical scheme of the embodiment of the invention, the accompanying drawing of required use is done an introduction simply in will describing embodiment below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the flow chart of processing method of the order of the embodiment of the invention one;
Fig. 2 is the schematic diagram of processing unit of the order of the embodiment of the invention two;
Fig. 3 estimates the schematic diagram of unit for information in the embodiment of the invention two;
Fig. 4 is the schematic diagram of processing unit in the embodiment of the invention two;
Fig. 5 is the structure chart of processing unit of the order of the embodiment of the invention two.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that is obtained under the creative work prerequisite.
As shown in Figure 1, the processing method of the order of the embodiment of the invention one comprises:
Step 11, with the charging of network element agreement handle time-out time be set to greater than etc. pending data submit to the data of subprocess to submit time-out time to.
In this embodiment, suppose that handling time-out time with the charging of network element agreement is T
0, call charge service is handled subprocess, and (Process of Billing, (Process of Submit, it is T that data PS) are submitted time-out time to PB) to wait pending data to submit subprocess to
1, T is arranged so
0＞T
1Be provided with by this, the order request of chargeing that has solved network element causes the problem of charging failure because order processing is slow, thereby has improved the accuracy that order is chargeed.Wherein, described network element can be EPG, CSS etc.
Step 12, call charge service are handled the order charging request message that subprocess receives described network element.
After receiving the order charging request message of network element, described call charge service is handled subprocess and is generated order number (OrderSeq) for this order, and carries out basic call charge service such as wholesale price, expense accounting.Simultaneously, described call charge service is handled subprocess and also the essential information of this order can be stored in the historical data base, for example the order number of this order, write local memory time (Local Time) etc.In addition, the essential information of described this order also can comprise the submission time (Submit Time) of this order and submit state (Submit Status) etc., and these contents submit to subprocess this order successfully being submitted to the back upgrade by data.
In concrete the application, can set up following historical data base:
By above-mentioned historical data base as can be seen, when the essential information of order is stored, can be the formation of a first-in first-out with the design Storage of the essential information of each order, write according to each order and sort local memory time.Simultaneously, the storage of each order essential information is adopted the method for time window (Time Window) and order groove position (Bill Slot) stack management.Wherein, time window is the time span value that can dispose arbitrarily, and the essential information that writes local order in the nearest time window time corresponding is only preserved in expression, the local number of the order of storage recently of order groove bit representation.
For time window and order groove position, can consider that the traffic carrying capacity of disposing the office point is connected situation with network, dispose service period crest (when doing), trough (during the spare time) the period length of office point, factors such as the CPU ability of aaa server and stored configuration are provided with, and its setting principle is the time span coupling that as far as possible continued with crest of time window when busy (duration length), and order groove position is provided with as much as possible greatly.
Setting according to time window and order groove position, described call charge service is handled subprocess can check whether surpass the scheduled time the local memory time that writes of the order in the described order groove position, if then will write the order deletion that surpasses the described scheduled time local memory time.When expired described order groove position, described call charge service is handled subprocess also can delete the memory time of the order the earliest that writes this locality in the described order groove position.Wherein, the described scheduled time is above-mentioned time window.
Aforesaid, call charge service is handled subprocess and is responsible for upgrading the order number (OrderSeq) in the historical data base and writes local memory time (Local Time).If there is not free groove position in the order groove position, then handles in the subprocess deletion order groove position and write the local memory time of order the earliest by call charge service.Data submit to subprocess poll this locality whether the order of not submitting to is arranged, and submit warehouse-in, account operation such as make up accounts in real time to if any then carrying out order.After order was submitted to successfully, data submitted to subprocess to upgrade the submission time and the submit state of this order according to the order number of this order.If can not find the essential information of order in order groove position, data submit to subprocess then not carry out any operation.
Step 13, under the triggering of described order charging request message, described call charge service is handled the processing time (AV) that subprocess is estimated this order.
In this step, mainly comprise following process:
Step 131, described call charge service are handled time submission time spent that subprocess obtains the order that data submission subprocess is successfully submitted in the order groove position in the scheduled time.
Wherein, utilize above-mentioned historical data base, described time submission time spent is to utilize the submission time of the described successful order of submitting to deduct local acquisition memory time of writing of the described successful order of submitting to.
Step 132, described call charge service are handled subprocess and are obtained the processing time of estimating this order according to the order number of the order of described submission time time spent and described success submission.
Concrete, described call charge service processing subprocess adds up to obtain time submission time spent of the order of described success submission and adds up to submit time time spent to, and utilizes described accumulative total to submit to time time spent to obtain the processing time of estimating this order divided by the order number of the order of described success submission.
Step 14, described call charge service are handled subprocess and are submitted to time-out time to compare the processing time and the described data of described this order, and send response message according to comparative result to described network element.
In this step, described call charge service is handled subprocess and is submitted to time-out time to compare the processing time and the described data of described this order.When the processing time of described this order is submitted time-out time to more than or equal to described data, return " charge successfully, data are not submitted to " response message to described gateway.At this moment, for network element be a kind of flow process of asynchronous process.
When the processing time of described this order was submitted time-out time to less than described data, described call charge service was handled the submit state of this order of subprocess poll; If this order is submitted to successfully, then return " charge successfully, data are submitted to " response message to described network element; At this moment, for network element be a kind of flow process of Synchronous Processing; If this order is not submitted success in described data are submitted time-out time to, then return " charge successfully, data are not submitted to " response message to described network element; At this moment, for network element be a kind of flow process of asynchronous process.
In sum, the processing method of the order that the embodiment of the invention provides, be set to charge request because order processing causes the problem of charging failure slowly by handling time-out time, thereby improved the accuracy that order is chargeed greater than the order that waits pending data to submit to the data of subprocess to submit to time-out time to solve network element with the charging of network element agreement; Simultaneously, order charging request message for network element, call charge service is handled subprocess can be estimated this order under the triggering of described order charging request message processing time, and submit to time-out time to compare the processing time of described this order and described data, and send response message to described network element according to comparative result.Therefore, this can guarantee that network element obtains the charging result timely.Therefore, utilize the method for the embodiment of the invention to improve the accuracy that order is chargeed and guaranteed that network element obtains the charging result timely.
And as seen from the above, in embodiments of the present invention, can regulate automatically this order is carried out the Synchronous Processing flow process or carries out the asynchronous process flow process, the system that can satisfy the different disposal ability like this different periods for the needs that charge and handle in real time, finish charging with synchronous mode as much as possible, reduced manual intervention.Simultaneously, for network element, the method for the embodiment of the invention can be at utmost and the detailed as far as possible final process result that the primary charging request is provided.In addition, the method for the embodiment of the invention makes existing charge system dispose and has more a kind of selection, is applicable in office point operation initial stage, hardware insufficient investment, the stable operation of charge system under the unsettled situation of system load.
As shown in Figure 2, the processing unit of the order of the embodiment of the invention two comprises:
Wherein, as shown in Figure 3, described information is estimated unit 23 and can be comprised:
First information acquisition module 231, be used for obtaining order groove position data in the scheduled time and submit time submission time spent of the order that subprocess successfully submits to, wherein said time submission time spent is to utilize the submission time of the order that described success submits to deduct acquisition memory time that writes this locality of order that described success submits to; The second information acquisition module 232 is used for obtaining the processing time of estimating this order according to the order number of described submission time time spent and the described successful order of submitting to.
In concrete the application, the described second information acquisition module 232 comprises: the very first time is obtained submodule, and time submission time spent that is used for order that described success is submitted to adds up and obtains accumulative total and submit to time time spent; Second time was obtained submodule, was used to utilize described accumulative total to submit to time time spent to obtain the processing time of estimating this order divided by the order number of the order of described success submission.
As shown in Figure 4, described processing unit 24 comprises: comparison module 241 is used for submitting to time-out time to compare the processing time and the described data of described this order; Message transmission module 242 is used for returning " charge successfully, data are not submitted to " response message to described gateway when the processing time of described this order is submitted time-out time to more than or equal to described data; When the processing time of described this order was submitted time-out time to less than described data, described call charge service was handled the submit state of this order of subprocess poll; If this order is submitted to successfully, then return " charge successfully, data are submitted to " response message to described network element; If this order is not submitted success in described data are submitted time-out time to, then return " charge successfully, data are not submitted to " response message to described network element.
In addition, as shown in Figure 5, finish charging accurately for further assurance, described device also comprises: sequence information processing unit 25, be used to this order to generate order number, and store this order order number, write local memory time; Order updating block 26 is used for checking whether surpass the described scheduled time local memory time that writes of the order of described order groove position, if then will write the order deletion that surpasses the described scheduled time local memory time; And/or be used for when expire described order groove position, deleting described order groove position and write the local memory time of order the earliest.
Wherein, the operation principle of the described device of the embodiment of the invention can be with reference to the description of preceding method embodiment.
In sum, the processing unit of the order that the embodiment of the invention provides, be set to charge request because order processing causes the problem of charging failure slowly by handling time-out time, thereby improved the accuracy that order is chargeed greater than the order that waits pending data to submit to the data of subprocess to submit to time-out time to solve network element with the charging of network element agreement; Simultaneously, order charging request message for network element, call charge service is handled subprocess can be estimated this order under the triggering of described order charging request message processing time, and submit to time-out time to compare the processing time of described this order and described data, and send response message to described network element according to comparative result.Therefore, this can guarantee that network element obtains the charging result timely.Therefore, utilize the device of the embodiment of the invention to improve the accuracy that order is chargeed and guaranteed that network element obtains the charging result timely.
One of ordinary skill in the art will appreciate that all or part of flow process that realizes in the foregoing description method, be to instruct relevant hardware to finish by computer program, described program can be stored in the computer read/write memory medium, this program can comprise the flow process as the embodiment of above-mentioned each side method when carrying out.Wherein, described storage medium can be magnetic disc, CD, read-only storage memory body (Read-Only Memory, ROM) or at random store memory body (Random Access Memory, RAM) etc.
The above; only be the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, anyly is familiar with those skilled in the art in the technical scope that the present invention discloses; can expect easily changing or replacing, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of described claim.
Claims (12)
1. the processing method of an order is characterized in that, comprising:
Handling time-out time with the charging of network element agreement is set to greater than waiting pending data to submit to the data of subprocess to submit time-out time to;
Call charge service is handled the order charging request message that subprocess receives described network element;
Under the triggering of described order charging request message, described call charge service is handled the processing time that subprocess is estimated this order;
Described call charge service is handled subprocess and is submitted to time-out time to compare the processing time and the described data of described this order, and sends response message according to comparative result to described network element.
2. method according to claim 1 is characterized in that, the processing time that described call charge service processing subprocess is estimated this order comprises:
Described call charge service is handled subprocess and is obtained in the scheduled time time submission time spent that data in the order groove position are submitted the order that subprocess successfully submits to, and wherein said time submission time spent is to utilize the submission time of the order that described success submits to deduct acquisition memory time that writes this locality of order that described success submits to;
Described call charge service is handled subprocess and is obtained the processing time of estimating this order according to the order number of the order of described submission time time spent and described success submission.
3. method according to claim 2 is characterized in that, the order number that described call charge service is handled the order that subprocess submits to according to described submission time time spent and described success is obtained the processing time of estimating this order and comprised:
Described call charge service processing subprocess adds up to obtain time submission time spent of the order of described success submission and adds up to submit to time time spent;
Described call charge service is handled subprocess and is utilized described accumulative total to submit to time time spent to obtain the processing time of estimating this order divided by the order number of the order of described success submission.
4. method according to claim 2 is characterized in that, before described call charge service processing subprocess obtained time submission time spent of the order that data submission subprocess is successfully submitted in the order groove position in the scheduled time, described method also comprised:
Described call charge service is handled subprocess and is checked whether surpass the described scheduled time the local memory time that writes of the order in the described order groove position, if then will write the order deletion that surpasses the described scheduled time local memory time; And/or
When expired described order groove position, described call charge service was handled subprocess and is deleted the memory time of the order the earliest that writes this locality in the described order groove position.
5. method according to claim 1 is characterized in that, described call charge service is handled subprocess and submitted to time-out time to compare the processing time and the described data of described this order, and comprises to described network element transmission response message according to comparative result:
Described call charge service is handled subprocess and is submitted to time-out time to compare the processing time and the described data of described this order;
When the processing time of described this order is submitted time-out time to more than or equal to described data, return " charge successfully, data are not submitted to " response message to described gateway;
When the processing time of described this order was submitted time-out time to less than described data, described call charge service was handled the submit state of this order of subprocess poll; If this order is submitted to successfully, then return " charge successfully, data are submitted to " response message to described network element; If this order is not submitted success in described data are submitted time-out time to, then return " charge successfully, data are not submitted to " response message to described network element.
6. according to the arbitrary described method of claim 1-5, it is characterized in that after described call charge service processing subprocess received the order charging request message of described network element, described method also comprised:
Described call charge service is handled subprocess and is generated order number for this order;
Described call charge service is handled subprocess and is stored the order number of this order, writes local memory time;
Described data submit to subprocess after this order is successfully submitted to, upgrade the submission time and the submit state of this order according to the order number of this order.
7. the processing unit of an order is characterized in that, comprising:
The unit is set, is used for handling time-out time and is set to greater than waiting pending data to submit to the data of subprocess to submit time-out time to the charging of network element agreement;
The message sink unit is used to receive the order charging request message of described network element;
Information is estimated the unit, is used for estimating the processing time of this order under the triggering of described order charging request message;
Processing unit is used for submitting to time-out time to compare the processing time and the described data of described this order, and sends different response messages according to comparative result to described network element.
8. device according to claim 7 is characterized in that, described information is estimated the unit and comprised:
First information acquisition module, be used for obtaining order groove position data in the scheduled time and submit time submission time spent of the order that subprocess successfully submits to, wherein said time submission time spent is to utilize the submission time of the order that described success submits to deduct acquisition memory time that writes this locality of order that described success submits to;
The second information acquisition module is used for obtaining the processing time of estimating this order according to the order number of described submission time time spent and the described successful order of submitting to.
9. device according to claim 8 is characterized in that, the described second information acquisition module comprises:
The very first time is obtained submodule, and time submission time spent that is used for order that described success is submitted to adds up and obtains accumulative total and submit to time time spent;
Second time was obtained submodule, was used to utilize described accumulative total to submit to time time spent to obtain the processing time of estimating this order divided by the order number of the order of described success submission.
10. device according to claim 8 is characterized in that, described device also comprises:
The order updating block is used for checking whether surpass the described scheduled time local memory time that writes of the order of described order groove position, if then will write the order deletion that surpasses the described scheduled time local memory time; And/or be used for when expire described order groove position, deleting described order groove position and write the local memory time of order the earliest.
11. device according to claim 7 is characterized in that, described processing unit comprises:
Comparison module is used for submitting to time-out time to compare the processing time and the described data of described this order;
Message transmission module is used for returning " charge successfully, data are not submitted to " response message to described gateway when the processing time of described this order is submitted time-out time to more than or equal to described data; When the processing time of described this order was submitted time-out time to less than described data, described call charge service was handled the submit state of this order of subprocess poll; If this order is submitted to successfully, then return " charge successfully, data are submitted to " response message to described network element; If this order is not submitted success in described data are submitted time-out time to, then return " charge successfully, data are not submitted to " response message to described network element.
12., it is characterized in that described device also comprises according to the arbitrary described device of claim 7-11:
The sequence information processing unit is used to this order to generate order number, and store this order order number, write local memory time.
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| CN111429059A (en) * | 2020-03-20 | 2020-07-17 | 上海中通吉网络技术有限公司 | Order receiving method and system |
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| CN102255735B (en) | 2013-09-04 |
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