CN104574183A - Cross-system information processing method and cross-system information processing device - Google Patents
Cross-system information processing method and cross-system information processing device Download PDFInfo
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Abstract
The embodiment of the invention provides a cross-system information processing method and a cross-system information processing device. A data table is pre-set; each system is configured into a plurality of information processing nodes; each information processing node executes different sub-information processing logics; various information processing nodes are sequentially triggered to execute corresponding sub-information processing logics according to information processing logics, wherein each information processing node reads data from the pre-set data table so as to execute the corresponding sub-information processing logics; or, a processing result obtained by executing the sub-information processing logics is written into the data table; therefore, when a first system needs to obtain data from a second system, the second system writes data in the data table; then, the first system reads the required data from the data table; batch information processing of the first system and batch information processing of the second system are only related; plug-in transfer is not related; therefore, time consumption in cross-system batch processing is reduced; and the cross-system batch processing efficiency is improved.
Description
Technical field
The present invention relates to technical field of information processing, in particular, relate to a kind of cross-system information processing method and device.
Background technology
At present, bank mainly contains two kinds for the processing mode of transaction: online mode and batch mode.Online mode be the site business hours by teller by style carry out the mode of transaction processing, the transaction that online mode is applicable to need in transaction processing process customer involvement to carry out testing close, setup parameter or business to confirm, has adjusted system transaction to process by teller.This processing mode is only applicable to need client to carry out the transaction participated in, and single transaction processing is consuming time longer.Batch mode is carried out unifying process at special time at the data of same transaction, can process mass data at short notice, has punctual, efficient feature.Batch mode is adapted at without the need to carrying out alternately with client in processing procedure, and data volume is comparatively large, needs in the transaction must carrying out sometime processing, as transaction etc. of automatically managing money matters.
But batch processing pattern conventional is at present cross-system process, is specially: the first system carries out scheduling and the monitoring of batch processing, and the first system carries out needing in batch processing and scheduling process to obtain data from second system.And the first system needs when obtaining data from second system, be that the first system calls plug-in card program, then call corresponding processing program in second system to obtain data by plug-in card program.
Inventor is realizing finding in process of the present invention, current cross-system batch process consuming time comparatively large, and cross-system batch processing efficiency is lower.
Summary of the invention
The object of the present invention is to provide a kind of interdepartmental information processing method and device, to reduce the consuming time of cross-system batch process, improve the efficiency of cross-system batch processing.
For achieving the above object, following technical scheme is embodiments provided:
A kind of cross-system information processing method, based on the first system and second system, each system is configured to multiple information processing node according to message processing logic, and each information processing node performs sub-message processing logic different in described message processing logic, and described method comprises:
Trigger each information processing node successively according to message processing logic and perform corresponding sub-message processing logic, concrete trigger process is, when first information processing node executes corresponding sub-message processing logic, trigger the second information processing node and perform the corresponding sub-message processing logic of corresponding sub-information processing node execution; Described first information processing node and described second information processing node are two information processing node performing two sub-message processing logic adjacent in message processing logic;
Wherein, information processing node performs corresponding sub-message processing logic and comprises: when described information processing node needs to obtain system interaction information, the data of needs are read, to perform corresponding sub-message processing logic according to the data read from preset tables of data; When the result that described information processing node performs corresponding sub-message processing logic acquisition is the data required for described the first system and described second system carry out alternately, described result is write in described tables of data.
Said method, preferably, described method also comprises:
Cross-system information processing daily record writes in preset journal file table by described information processing node.
Said method, preferably, described the first system is configured to three information processing node, is respectively first information processing node, the 3rd information processing node and the 5th information processing node; Described second system is configured to two information processing node, is respectively the second information processing node and the 4th information processing node; Wherein, the trigger sequence of information processing node is: first information processing node, the second information processing node, the 3rd information processing node, the 4th information processing node and the 5th information processing node.
Said method, preferably, for processing finance services information, wherein,
When described first information processing node is triggered, obtain some the records that this needs batch processing, and described some the records obtained are write in described tables of data, in each record, record account number, the minimum retention amount of money and the amount of money the most with high investment;
When described second information processing node is triggered, described some records are read out from described tables of data, calculate investment amount corresponding to each account number and remaining sum, the investment amount calculated and remaining sum are write in the record that in described tables of data, account number is corresponding;
When described 3rd information processing node is triggered, from described tables of data, read out described some records, itemize is reduced finance product amount, and reducing amount is the investment amount recorded in respective record;
When described 4th information processing node is triggered, described some records are read out from described tables of data, the remaining sum that itemize is corresponding to account number is withholdd, deducted amount is the investment amount recorded in respective record, writes in the record that in described tables of data, account number is corresponding by deducted amount, account balance, process return code of withholing;
When described 5th information processing node is triggered, described some records are read out from described tables of data, whether itemize withholds successful by process return code judgement of withholing, if withhold successfully, keep accounts, otherwise, the amount that described 3rd information processing node is reduced is returned described finance product amount.
Said method, preferably, described 4th information processing node also for, by deducted amount, account balance, withhold process return code write in preset journal file table.
A kind of cross-system signal conditioning package, based on the first system and second system, each system is configured to multiple information processing node according to message processing logic, and each information processing node performs sub-message processing logic different in described message processing logic, and described device comprises:
Trigger module, corresponding sub-message processing logic is performed for triggering each information processing node successively according to message processing logic, concrete trigger process is, when first information processing node executes corresponding sub-message processing logic, trigger the second information processing node and perform the corresponding sub-message processing logic of corresponding sub-information processing node execution; Described first information processing node and described second information processing node are two information processing node performing two sub-message processing logic adjacent in message processing logic;
Wherein, information processing node is for performing corresponding sub-message processing logic, comprise: when described information processing node needs to obtain system interaction information, from preset tables of data, read the data of needs, to perform corresponding sub-message processing logic according to the data read; When the result that described information processing node performs corresponding sub-message processing logic acquisition is the data required for described the first system and described second system carry out alternately, described result is write in described tables of data.
Said apparatus, preferably, described information processing node also for, cross-system information processing daily record is write in preset journal file table.
Said apparatus, preferably, described the first system is configured to three information processing node, is respectively first information processing node, the 3rd information processing node and the 5th information processing node; Described second system is configured to two information processing node, is respectively the second information processing node and the 4th information processing node; Described trigger module is used for according to each information processing node of following sequence trigger switch: first information processing node, the second information processing node, the 3rd information processing node, the 4th information processing node and the 5th information processing node.
Said apparatus, preferably, for processing finance services information, wherein,
When described first information processing node is used for being triggered, obtain some the records that this needs batch processing, and described some the records obtained are write in described tables of data, record account number, the minimum retention amount of money and the amount of money the most with high investment in each record;
When described second information processing node is used for being triggered, described some records are read out from described tables of data, calculate investment amount corresponding to each account number and remaining sum, the investment amount calculated and remaining sum are write in the record that in described tables of data, account number is corresponding;
When described 3rd information processing node is used for being triggered, from described tables of data, read out described some records, itemize is reduced finance product amount, and reducing amount is the investment amount recorded in respective record;
When described 4th information processing node is used for being triggered, described some records are read out from described tables of data, the remaining sum that itemize is corresponding to account number is withholdd, deducted amount is the investment amount recorded in respective record, writes in the record that in described tables of data, account number is corresponding by deducted amount, account balance, process return code of withholing;
When described 5th information processing node is used for being triggered, described some records are read out from described tables of data, whether itemize withholds successful by process return code judgement of withholing, if withhold successfully, keep accounts, otherwise, the amount that described 3rd information processing node is reduced is returned described finance product amount.
Said apparatus, preferably, described 4th information processing node also for, by deducted amount, account balance, withhold process return code write in preset journal file table.
Known by above scheme, a kind of cross-system information processing method based on the first system and second system that the embodiment of the present invention provides and device, initialize data table, each system is configured to multiple information processing node according to message processing logic, each information processing node performs sub-message processing logic different in described message processing logic, trigger each information processing node successively according to message processing logic and perform corresponding sub-message processing logic, be specially, when first information processing node executes corresponding sub-message processing logic, trigger the second information processing node and perform the corresponding sub-message processing logic of corresponding sub-information processing node execution, described first information processing node and described second information processing node are two information processing node performing two sub-message processing logic adjacent in message processing logic, wherein, each information processing node can read data to perform corresponding sub-message processing logic from preset tables of data, or the result performing the acquisition of sub-message processing logic is write in described tables of data, therefore, when the first system needs to obtain data from second system, data can be write in described tables of data by second system, from described tables of data, required data are read again by the first system, only relate to the bulk information process of the first system and the bulk information process of second system, do not relate to plug-in unit to call, thus reduce the consuming time of cross-system batch process, improve the efficiency of cross-system batch processing.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the accompanying drawing provided.
The cross-system information processing method block diagram that Fig. 1 provides for the embodiment of the present invention;
Fig. 2 is finance services message processing flow block diagram in prior art;
The finance services information processing method block diagram that Fig. 3 provides for the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Please refer to Fig. 1, the cross-system information processing method block diagram that Fig. 1 provides for the embodiment of the present invention, the cross-system information processing method that the embodiment of the present invention provides relates to the first system and second system, and the first system and second system have coordinated complete message processing logic.As, described message processing logic can be finance services message processing logic.
In the embodiment of the present invention, each system is configured to multiple information processing node according to message processing logic, and each information processing node performs sub-message processing logic different in described message processing logic.That is, in the embodiment of the present invention, a complete message processing logic is divided into multiple sub-message processing logic, and different information processing node performs different sub-message processing logic.
Specifically can divide according to the execution sequence of message processing logic and executive agent.Such as, suppose that complete message processing logic is that the first system starts to perform message processing logic, when performing certain logic node, certain program called in second system is needed to perform follow-up processing logic, execute after respective logic returns accordingly result to the first system Deng second system, continued to perform follow-up processing logic until message processing logic process completes according to the result that second system returns by the first system.Based on this, in the embodiment of the present invention, the first system can be configured to two information processing node, second system be configured to an information processing node.Again such as, suppose that complete message processing logic is that the first system starts to perform message processing logic, when performing to the first logic node, need to call the first program in second system to perform follow-up processing logic, execute after respective logic returns the first result to the first system until second system, continued to perform follow-up processing logic according to the first result that second system returns by the first system, when the first system performs the second logic node, need to call the second program in second system to continue to perform follow-up processing logic, execute after respective logic returns the second result to the first system until second system, continued to perform follow-up processing logic according to the second result that second system returns by the first system, until message processing logic process completes.Based on this, in the embodiment of the present invention, the first system can be configured to three information processing node, second system be configured to two information processing node.
In Fig. 1, each system is configured to multiple information processing node, wherein, each information processing node can carry out read-write operation to preset tables of data, that is, each information processing node can write data in tables of data, also can read data from tables of data.
The cross-system information processing method that the embodiment of the present invention provides can comprise:
Trigger each information processing node successively according to message processing logic and perform corresponding sub-message processing logic, concrete trigger process is, when first information processing node executes corresponding sub-message processing logic, trigger the second information processing node and perform the corresponding sub-message processing logic of corresponding sub-information processing node execution; Described first information processing node and described second information processing node are two information processing node performing two sub-message processing logic adjacent in message processing logic;
Wherein, information processing node performs corresponding sub-message processing logic and comprises: when described information processing node needs to obtain system interaction information, the data of needs are read, to perform corresponding sub-message processing logic according to the data read from preset tables of data; When the result that described information processing node performs corresponding sub-message processing logic acquisition is the data required for described the first system and described second system carry out alternately, described result is write in described tables of data.
The cross-system information processing method that the embodiment of the present invention provides, initialize data table, each system is configured to multiple information processing node according to message processing logic, each information processing node performs sub-message processing logic different in described message processing logic, trigger each information processing node successively according to message processing logic and perform corresponding sub-message processing logic, be specially, when first information processing node executes corresponding sub-message processing logic, trigger the second information processing node and perform the corresponding sub-message processing logic of corresponding sub-information processing node execution, described first information processing node and described second information processing node are two information processing node performing two sub-message processing logic adjacent in message processing logic, wherein, each information processing node can read data to perform corresponding sub-message processing logic from preset tables of data, or the result performing the acquisition of sub-message processing logic is write in described tables of data, therefore, when the first system needs to obtain data from second system, data can be write in described tables of data by second system, from described tables of data, required data are read again by the first system, only relate to the bulk information process of the first system and the bulk information process of second system, do not relate to plug-in unit to call, thus reduce the consuming time of cross-system batch process, improve the efficiency of cross-system batch processing.
In above-described embodiment, optionally, all right preset journal file, the demand of the sub-message processing logic of each information processing node handled by it is by the described preset journal file of cross-system information processing daily record write.
That is, can information processing daily record be write in described preset journal file each information processing node, also can information processing daily record be write in described preset journal file partial information processing node.
Optionally, described the first system and described second system are configured to five information processing node altogether, wherein, described the first system is configured to three information processing node, is respectively first information processing node, the 3rd information processing node and the 5th information processing node; Described second system is configured to two information processing node, is respectively the second information processing node and the 4th information processing node; Wherein, the trigger sequence of information processing node is followed successively by: first information processing node, the second information processing node, the 3rd information processing node, the 4th information processing node and the 5th information processing node.
That is, this programme is applicable to carry out twice mutual message processing logic based on the first system and second system.
Optionally, the information processing method that inventive embodiments provides may be used for processing finance services information.In order to better the embodiment of the present invention is described, being first illustrated the process that automatic finance services information processes in prior art, as shown in Figure 2, is finance services message processing flow block diagram in prior art.Wherein, ABIS (The Agricultural Bank of China Integreted BankingSystem, i.e. ABIS) and BoEing (Blue Ocean Engineering, Chinese is blue extra large engineering, the title of a new generation of Agricutural Bank of China core banking system) two system in parallel run, but finance services information is in BoEing system, and to the accounts information of private customers also in ABIS system, so when carrying out the batch processing of the finance services information such as automatic finance services, need to cross over ABIS system and BoEing system.At present, it is adopt BoEing system plugin routine call CICS program that corresponding cross-system calls, CICS program calls the mode of ABIS system program again, as shown in Figure 2, when treatment step (2) and step (4), cross-system is needed to call the inquiry account balance program in ABIS system and program of withholing.Inventor is realizing finding in process of the present invention, and the inquiry account balance program directly called in ABIS also exists length consuming time, the shortcoming that treatment effeciency is low with the program of withholing.
Below another embodiment of the present invention is described.
As shown in Figure 3, be the finance services information processing method block diagram that the embodiment of the present invention provides, wherein,
When described first information processing node 31 is triggered, obtain some the records that this needs batch processing, and described some the records obtained are write in described tables of data (characterizing with " AB middle table " in Fig. 3), record account number, the minimum retention amount of money and the amount of money the most with high investment in each record;
In the embodiment of the present invention, first information processing node 31 is mainly used in filtering out this to be needed some record data to be processed and carries out finance services logic verify, for subsequent node is prepared.Concrete treatment scheme is:
From financing planning chart, filter out this all records that need process according to system accounting date etc. characteristic information, process one by one, follow following treatment step:
S311: take out a record, inquires the account number in this record, the minimum retention amount of money and the information such as the amount of money with high investment;
S312: carry out finance services logic verify.As account whether effectively, whether open related service etc.
S313: by account number, the minimum retention amount of money and single the information such as amount of money with high investment write in described tables of data, wherein, the single amount of money the most with high investment is for limiting this highest deducted amount;
S314: whether record untreated in addition, if so, then return step S311, otherwise terminate, namely first information processing node 31 processes the sub-message processing logic of its correspondence, runs successfully.
Wherein, a kind of application example of the primary fields data structure of tables of data is as shown in table 1:
Table 1
Wherein, " AB middle table " is the tables of data described in the embodiment of the present invention, " BoEing " is the first system described in the embodiment of the present invention, and " ABIS " is the second system described in the embodiment of the present invention, the process return code of withholing that " ABIS return messages code " i.e. ABIS returns.
When described second information processing node 32 is triggered, described some records are read out from described tables of data, calculate investment amount corresponding to each account number and remaining sum, the investment amount calculated and remaining sum are write in the record that in described tables of data, account number is corresponding;
When first information processing node 31 runs successful, trigger the second information processing node 32 and bring into operation.Second information processing node 32 is mainly used in inquiring about the remaining sum of account, and calculates this investment amount of each account.Idiographic flow is:
From described tables of data, take out this according to characteristic informations such as system accounting dates and need whole record to be processed, process one by one, follow following treatment step:
S321: take out a record, inquires the remaining sum of account in this record;
S322: the investment amount calculating account.Computing method are: investment amount=account balance-maximum retention amount of money.It should be noted that, when the investment amount calculated by this computing formula be greater than single in this record the amount of money the most with high investment time, the single amount of money the most with high investment in this being recorded is as this investment amount.
S323: the information such as account balance, investment amount is write in the record that in described tables of data, account number is corresponding;
S324: whether record untreated in addition, if so, then return step S321, otherwise terminate, namely the second information processing node 32 processes the sub-message processing logic of its correspondence, runs successfully.
When described 3rd information processing node 33 is triggered, from described tables of data, read out described some records, itemize is reduced finance product amount, and reducing amount is the investment amount recorded in respective record;
When the second information processing node 32 is run successful, trigger the 3rd information processing node 33 and bring into operation.The major function of the 3rd information processing node 33 is that the amount of carrying out finance product is reduced.Idiographic flow is:
From described tables of data, take out this according to characteristic informations such as system accounting dates and need whole record to be processed, itemize processes, and follows following treatment step:
S331: take out a record, and inquire about the amount of finance product;
S332: the amount of finance product is reduced, the data of reducing are the investment amount of record in this record;
S333: whether also have untreated record, if so, then return and perform step S331, otherwise terminate, namely the 3rd information processing node 33 processes the sub-message processing logic of its correspondence, runs successfully.
When described 4th information processing node 34 is triggered, described some records are read out from described tables of data, the remaining sum that itemize is corresponding to account number is withholdd, deducted amount is the investment amount recorded in respective record, writes in the record that in described tables of data, account number is corresponding by deducted amount, account balance, process return code of withholing;
When the 3rd information processing node 33 is run successful, trigger the 4th information processing node 34 and bring into operation.The major function of the 4th information processing node 34 is withholdd to account according to accounts information, and idiographic flow is:
From described tables of data, take out this according to characteristic informations such as system accounting dates and need whole record to be processed, itemize processes, and follows following treatment step:
S341: take out a record, withholds to the account in this record, and deducted amount is the investment amount in this record;
S342: by this record in deducted amount, account balance, process return code of withholing write tables of data;
S343: whether also have untreated record, if so, then return and perform step S341, otherwise terminate, that is, the 4th information processing node 34 processes the sub-message processing logic of its correspondence, runs successfully.
When described 5th information processing node 35 is triggered, described some records are read out from described tables of data, whether itemize withholds successful by process return code judgement of withholing, if withhold successfully, keep accounts, otherwise, the amount that described 3rd information processing node 33 is reduced is returned described finance product amount.
When the 4th information processing node 34 is run successful, trigger that the 5th information processing node 35 brings into operation, the 5th information processing node 35 major function time book keeping operation and the management of finance product amount, idiographic flow is as follows:
Take out this according to characteristic informations such as system accounting dates from described tables of data and need whole record to be processed, itemize processes, and follows following treatment step:
S351: take out a record, inquire process return code of withholing;
S352: whether the judgement of process return code withholds successful by withholing.If withhold successfully, keep accounts, book keeping operation comprises the contact account of the first system and second system and client buys account.If withhold unsuccessfully, then give back the finance product amount that the 3rd information processing node 33 is reduced.
S353: whether also have untreated record, if so, then return and perform step S351, otherwise terminate, namely the 5th information processing node 35 processes the sub-message processing logic of its correspondence, runs successfully.
Further, in order to ensure the first system and second system uniformity for the treatment of, the first system and second system is avoided to occur the fault of account injustice, 4th information processing node 34 also for, deducted amount, account balance, process return code of withholing are write in preset journal file table (characterizing with " book keeping operation file " in Fig. 3).
A kind of application example of the data structure of the primary fields in journal file table is as shown in table 2.
Table 2
Corresponding with embodiment of the method, the embodiment of the present invention also provides a kind of cross-system signal conditioning package, the cross-system treating apparatus that the embodiment of the present invention provides realizes based on the first system and second system, wherein, each system is configured to multiple information processing node according to message processing logic, each information processing node performs sub-message processing logic different in described message processing logic, and the cross-system signal conditioning package that the embodiment of the present invention provides comprises:
Trigger module, corresponding sub-message processing logic is performed for triggering each information processing node successively according to message processing logic, concrete trigger process is, when first information processing node executes corresponding sub-message processing logic, trigger the second information processing node and perform the corresponding sub-message processing logic of corresponding sub-information processing node execution; Described first information processing node and described second information processing node are two information processing node performing two sub-message processing logic adjacent in message processing logic;
Wherein, information processing node is for performing corresponding sub-message processing logic, comprise: when described information processing node needs to obtain system interaction information, from preset tables of data, read the data of needs, to perform corresponding sub-message processing logic according to the data read; When the result that described information processing node performs corresponding sub-message processing logic acquisition is the data required for described the first system and described second system carry out alternately, described result is write in described tables of data.
Optionally, described information processing node also for, cross-system information processing daily record is write in preset journal file table.
Optionally, described the first system is configured to three information processing node, is respectively first information processing node, the 3rd information processing node and the 5th information processing node; Described second system is configured to two information processing node, is respectively the second information processing node and the 4th information processing node; Described trigger module is used for according to each information processing node of following sequence trigger switch: first information processing node, the second information processing node, the 3rd information processing node, the 4th information processing node and the 5th information processing node.
Optionally, the cross-system signal conditioning package that the embodiment of the present invention provides may be used for processing finance services information, wherein,
When described first information processing node is used for being triggered, obtain some the records that this needs batch processing, and described some the records obtained are write in described tables of data, record account number, the minimum retention amount of money and the amount of money the most with high investment in each record;
When described second information processing node is used for being triggered, described some records are read out from described tables of data, calculate investment amount corresponding to each account number and remaining sum, the investment amount calculated and remaining sum are write in the record that in described tables of data, account number is corresponding;
When described 3rd information processing node is used for being triggered, from described tables of data, read out described some records, itemize is reduced finance product amount, and reducing amount is the investment amount recorded in respective record;
When described 4th information processing node is used for being triggered, described some records are read out from described tables of data, the remaining sum that itemize is corresponding to account number is withholdd, deducted amount is the investment amount recorded in respective record, writes in the record that in described tables of data, account number is corresponding by deducted amount, account balance, process return code of withholing;
When described 5th information processing node is used for being triggered, described some records are read out from described tables of data, whether itemize withholds successful by process return code judgement of withholing, if withhold successfully, keep accounts, otherwise, the amount that described 3rd information processing node is reduced is returned described finance product amount.
Optionally, the 4th information processing node also for, by deducted amount, account balance, withhold process return code write in preset journal file table.
Those of ordinary skill in the art can recognize, in conjunction with unit and the algorithm steps of each example of embodiment disclosed herein description, can realize with the combination of electronic hardware or computer software and electronic hardware.These functions perform with hardware or software mode actually, depend on application-specific and the design constraint of technical scheme.Professional and technical personnel can use distinct methods to realize described function to each specifically should being used for, but this realization should not thought and exceeds scope of the present invention.
Those skilled in the art can be well understood to, and for convenience and simplicity of description, the device of foregoing description and the specific works process of unit, with reference to the corresponding process in preceding method embodiment, can not repeat them here.
In several embodiments that the application provides, should be understood that disclosed apparatus and method can realize by another way.Such as, device embodiment described above is only schematic, such as, the division of described unit, be only a kind of logic function to divide, actual can have other dividing mode when realizing, such as multiple unit or assembly can in conjunction with or another device can be integrated into, or some features can be ignored, or do not perform.Another point, shown or discussed coupling each other or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of device or unit or communication connection can be electrical, machinery or other form.
The described unit illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed in multiple network element.Some or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.
In addition, each functional unit in each embodiment of the present invention can be integrated in a processing unit, also can be that the independent physics of unit exists, also can two or more unit in a unit integrated.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (10)
1. a cross-system information processing method, based on the first system and second system, it is characterized in that, each system is configured to multiple information processing node according to message processing logic, each information processing node performs sub-message processing logic different in described message processing logic, and described method comprises:
Trigger each information processing node successively according to message processing logic and perform corresponding sub-message processing logic, concrete trigger process is, when first information processing node executes corresponding sub-message processing logic, trigger the second information processing node and perform the corresponding sub-message processing logic of corresponding sub-information processing node execution; Described first information processing node and described second information processing node are two information processing node performing two sub-message processing logic adjacent in message processing logic;
Wherein, information processing node performs corresponding sub-message processing logic and comprises: when described information processing node needs to obtain system interaction information, the data of needs are read, to perform corresponding sub-message processing logic according to the data read from preset tables of data; When the result that described information processing node performs corresponding sub-message processing logic acquisition is the data required for described the first system and described second system carry out alternately, described result is write in described tables of data.
2. method according to claim 1, is characterized in that, described method also comprises:
Cross-system information processing daily record writes in preset journal file table by information processing node.
3. method according to claim 1 and 2, is characterized in that, described the first system is configured to three information processing node, is respectively first information processing node, the 3rd information processing node and the 5th information processing node; Described second system is configured to two information processing node, is respectively the second information processing node and the 4th information processing node; Wherein, the trigger sequence of information processing node is: first information processing node, the second information processing node, the 3rd information processing node, the 4th information processing node and the 5th information processing node.
4. method according to claim 3, is characterized in that, for processing finance services information, wherein,
When described first information processing node is triggered, obtain some the records that this needs batch processing, and described some the records obtained are write in described tables of data, in each record, record account number, the minimum retention amount of money and the amount of money the most with high investment;
When described second information processing node is triggered, described some records are read out from described tables of data, calculate investment amount corresponding to each account number and remaining sum, the investment amount calculated and remaining sum are write in the record that in described tables of data, account number is corresponding;
When described 3rd information processing node is triggered, from described tables of data, read out described some records, itemize is reduced finance product amount, and reducing amount is the investment amount recorded in respective record;
When described 4th information processing node is triggered, described some records are read out from described tables of data, the remaining sum that itemize is corresponding to account number is withholdd, deducted amount is the investment amount recorded in respective record, writes in the record that in described tables of data, account number is corresponding by deducted amount, account balance, process return code of withholing;
When described 5th information processing node is triggered, described some records are read out from described tables of data, whether itemize withholds successful by process return code judgement of withholing, if withhold successfully, keep accounts, otherwise, the amount that described 3rd information processing node is reduced is returned described finance product amount.
5. method according to claim 4, is characterized in that, described 4th information processing node also for, by deducted amount, account balance, withhold process return code write in preset journal file table.
6. a cross-system signal conditioning package, based on the first system and second system, it is characterized in that, each system is configured to multiple information processing node according to message processing logic, each information processing node performs sub-message processing logic different in described message processing logic, and described device comprises:
Trigger module, corresponding sub-message processing logic is performed for triggering each information processing node successively according to message processing logic, concrete trigger process is, when first information processing node executes corresponding sub-message processing logic, trigger the second information processing node and perform the corresponding sub-message processing logic of corresponding sub-information processing node execution; Described first information processing node and described second information processing node are two information processing node performing two sub-message processing logic adjacent in message processing logic;
Wherein, information processing node is for performing corresponding sub-message processing logic, comprise: when described information processing node needs to obtain system interaction information, from preset tables of data, read the data of needs, to perform corresponding sub-message processing logic according to the data read; When the result that described information processing node performs corresponding sub-message processing logic acquisition is the data required for described the first system and described second system carry out alternately, described result is write in described tables of data.
7. device according to claim 6, is characterized in that, information processing node also for, cross-system information processing daily record is write in preset journal file table.
8. the device according to claim 6 or 7, is characterized in that, described the first system is configured to three information processing node, is respectively first information processing node, the 3rd information processing node and the 5th information processing node; Described second system is configured to two information processing node, is respectively the second information processing node and the 4th information processing node; Described trigger module is used for according to each information processing node of following sequence trigger switch: first information processing node, the second information processing node, the 3rd information processing node, the 4th information processing node and the 5th information processing node.
9. device according to claim 8, is characterized in that, for processing finance services information, wherein,
When described first information processing node is used for being triggered, obtain some the records that this needs batch processing, and described some the records obtained are write in described tables of data, record account number, the minimum retention amount of money and the amount of money the most with high investment in each record;
When described second information processing node is used for being triggered, described some records are read out from described tables of data, calculate investment amount corresponding to each account number and remaining sum, the investment amount calculated and remaining sum are write in the record that in described tables of data, account number is corresponding;
When described 3rd information processing node is used for being triggered, from described tables of data, read out described some records, itemize is reduced finance product amount, and reducing amount is the investment amount recorded in respective record;
When described 4th information processing node is used for being triggered, described some records are read out from described tables of data, the remaining sum that itemize is corresponding to account number is withholdd, deducted amount is the investment amount recorded in respective record, writes in the record that in described tables of data, account number is corresponding by deducted amount, account balance, process return code of withholing;
When described 5th information processing node is used for being triggered, described some records are read out from described tables of data, whether itemize withholds successful by process return code judgement of withholing, if withhold successfully, keep accounts, otherwise, the amount that described 3rd information processing node is reduced is returned described finance product amount.
10. device according to claim 9, is characterized in that, described 4th information processing node also for, by deducted amount, account balance, withhold process return code write in preset journal file table.
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