A method for checking the qualification of a bank service and related device

Abstract

Embodiments of the present application disclose a bank service qualification verification method and related device, the method comprises: obtaining the verification code of the verification task of the bank service of the bank service scene, arranging the verification tasks represented by each task symbol according to the order of the task symbols of the verification code, executing the verification tasks represented by the task symbols in the sorting column in turn according to the arrangement serial number, or traversing the task symbols of the verification code in turn, putting the symbols corresponding to the task identification into the symbol set corresponding to the task identification according to the task identification of the verification task represented by the first symbol, or putting the symbols corresponding to the task identification into the symbol set corresponding to the task identification according to the task identification of the verification task represented by the third symbol, and executing the verification tasks represented by each symbol in each corresponding set in parallel to complete the qualification verification. The present application can obtain the verification code under the requirement of different bank service scenes, group the verification tasks of the verification code, determine the execution order of the verification tasks, and effectively execute the verification tasks.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of bank business processing, and in particular to a bank business qualification verification method and related device. BACKGROUND

[0002] With the rapid development of the Internet, various products now use online channels as a sales method, and the operation scenarios and channels are also becoming more and more rich, but in order to avoid human intervention in the later stage and improve efficiency, various qualification verifications are required before ordering, such as condition control of customer, account or transaction qualification, such as customer identity, account balance inspection control, and customer group qualification verification, etc. Moreover, in actual processing, different scenarios have differences in the qualification verification process.

[0003] The existing qualification verification configuration scheme is often designed for specific business scenarios, lacks flexibility and scalability, and cannot meet the differentiated demands of different scenarios. SUMMARY

[0004] The main purpose of the present application is to provide a bank business qualification verification method, device, computer equipment and storage medium, which can solve the problem that the prior art cannot meet the differentiated demands of different scenarios.

[0005] To achieve the above purpose, the first aspect of the present application provides a bank business qualification verification method, which comprises:

[0006] obtaining a verification code of a verification task of a bank business of a bank business scenario, wherein the verification task is a qualification verification task of a bank business, the verification code is composed of at least one task symbol, one task symbol includes a first symbol or includes a second symbol and a third symbol, the symbol represents a task identifier of a verification task, and when one task symbol includes the second symbol and the third symbol, the verification task represented by the second symbol contains the verification task represented by the third symbol;

[0007] If the task symbols of the verification code are all task symbols containing the first symbol, the verification tasks represented by the respective task symbols are obtained, the verification tasks represented by the respective task symbols are sorted according to the order of the task symbols of the verification code to obtain a sorted column, and the verification tasks represented by the task symbols in the sorted column are executed in turn according to the arrangement serial number to complete the qualification verification;

[0008] If the task symbol containing the second symbol and the third symbol exists in the task symbols of the check code, the task symbols of the check code are traversed in sequence, for the task symbol containing the first symbol traversed, the first symbol is put into the symbol set corresponding to the task identifier according to the task identifier of the check task represented by the first symbol, for the task symbol containing the second symbol and the third symbol traversed, the third symbol is put into the symbol set corresponding to the task identifier according to the task identifier of the check task represented by the third symbol, the check tasks represented by each symbol in each corresponding set are obtained, and the check tasks represented by each symbol in each corresponding set are executed in parallel to complete the qualification check.

[0009] In a possible implementation of the first aspect, when the task symbol of the check code contains the second symbol and the third symbol, the task symbols of the check code are sequentially traversed, and for the task symbol containing the first symbol traversed, the first symbol is put into the symbol set corresponding to the task identifier of the check task indicated by the first symbol according to the task identifier; for the task symbol containing the second symbol and the third symbol traversed, the third symbol is put into the symbol set corresponding to the task identifier of the check task indicated by the third symbol according to the task identifier. The method comprises the following steps: determining the task symbol type of the nth task symbol of the check code, wherein the initial value of n is 1; if the task symbol type of the nth task symbol is the task symbol containing the first symbol, the nth task symbol is determined as the i th symbol of the m th consistent set, wherein the initial value of m is 1 and the initial value of i is 1; if the task symbol type of the nth task symbol is the task symbol containing the second symbol and the third symbol, the third symbol in the nth task symbol is determined as the i th symbol of the m th consistent set, wherein the initial value of m is 1 and the initial value of i is 1; n is set to n+1, the task symbol type of the nth task symbol is determined; if the task symbol type of the nth task symbol is the task symbol containing the first symbol and the task symbol type of the (n-1) th task symbol is the task symbol containing the first symbol, m is set to m+1, and the nth task symbol is determined as the k th symbol of the m th consistent set, wherein the initial value of k is 1; if the task symbol type of the nth task symbol is the task symbol containing the first symbol and the task symbol type of the (n-1) th task symbol is the task symbol containing the second symbol and the third symbol, it is determined whether the first symbol contained in the nth task symbol is the same as the third symbol contained in the (n-1) th task symbol; if the first symbol of the nth task symbol is the same as the third symbol in the (n-1) th task symbol, i is set to i+1, and the nth task symbol is determined as the i th symbol of the m th consistent set; if the task symbol type of the nth task symbol is the task symbol containing the second symbol and the third symbol, if the task symbol type of the (n-1) th task symbol is the task symbol containing the first symbol, it is determined whether the third symbol of the nth task symbol is the same as the first symbol in the (n-1) th task symbol; if the third symbol of the nth task symbol is the same as the first symbol in the (n-1) th task symbol, i is set to i+1, and the nth task symbol is determined as the i th symbol of the m th consistent set; if the third symbol of the nth task symbol is not the same as the first symbol in the (n-1) th task symbol, m is set to m+1, and the nth task symbol is determined as the k th symbol of the m th consistent set, wherein the initial value of k is 1.

[0010] In a possible implementation manner of the first aspect, the verification code of the verification task of the bank business of the bank business scenario is obtained according to the priority of the verification task of the bank business of the bank business scenario and the containing relationship between the verification tasks.

[0011] In a possible implementation manner of the first aspect, the verification code is determined according to the priority of the verification task of the bank business of the bank business scenario and the containing relationship between the verification tasks, including: obtaining the priority of the verification task of the bank business of the bank business scenario, arranging the verification tasks according to the priority to obtain a first target sequence; sequentially traversing the verification task that does not contain other verification tasks in the first target sequence, for the target verification task traversed, obtaining the verification task that contains the target verification task in the first target sequence to obtain a candidate verification task, and selecting the verification task with the smallest sequence number difference from the candidate verification task and the target verification task, and determining whether the sequence number difference between the verification task with the smallest sequence number difference and the target verification task is smaller than a difference threshold value, to determine the verification code.

[0012] In a possible implementation manner of the first aspect, the verification code is determined according to the priority of the verification task of the bank business of the bank business scenario and the containing relationship between the verification tasks, including: obtaining the priority of the verification task of the bank business of the bank business scenario, arranging the verification tasks according to the priority to obtain a first target sequence; sequentially traversing the verification task that does not contain other verification tasks in the first target sequence, for the target verification task traversed, obtaining the verification task that contains the target verification task in the first target sequence to obtain a candidate verification task, and selecting the verification task with the smallest sequence number difference from the candidate verification task and the target verification task, and determining whether the sequence number difference between the verification task with the smallest sequence number difference and the target verification task is smaller than a difference threshold value, to determine the verification code.

[0013] With reference to the first aspect, in a possible implementation manner, the performing the check task corresponding to each symbol representation in each conforming set in parallel further includes: when the check task corresponding to each symbol representation in each conforming set is performed in parallel, for each conforming set, the check task corresponding to each symbol representation in the conforming set is performed in sequence according to the symbol sequence number in the conforming set.

[0014] To achieve the above object, the second aspect of the present application provides a bank service qualification checking device, which comprises:

[0015] The obtaining module is configured to obtain a check code of a check task of a bank service in a bank service scenario, wherein the check task is a qualification check task of a bank service, the check code is composed of at least one task symbol, one task symbol includes a first symbol or includes a second symbol and a third symbol, the symbol represents a task identifier of a check task, and when one task symbol includes the second symbol and the third symbol, the check task represented by the second symbol contains the check task represented by the third symbol.

[0016] The first verification module is configured to, if all the task symbols of the check code are task symbols containing the first symbol, obtain a check task represented by each task symbol, sort the check tasks represented by the task symbols according to the order of the task symbols of the check code to obtain a sorted column, and execute the check tasks represented by the task symbols in the sorted column in sequence according to the arrangement sequence number to complete the qualification check.

[0017] The second verification module is configured to, if there is a task symbol containing the second symbol and the third symbol in the task symbols of the check code, sequentially traverse the task symbols of the check code, for the task symbol containing the first symbol traversed, put the task symbol into a symbol set corresponding to the task identifier of the check task represented by the first symbol according to the task identifier, for the task symbol containing the second symbol and the third symbol traversed, put the third symbol into the symbol set corresponding to the task identifier of the check task represented by the third symbol according to the task identifier, obtain a check task represented by each symbol in each conforming set, and perform the check tasks represented by each symbol in each conforming set in parallel to complete the qualification check.

[0018] To achieve the above object, the third aspect of the present application provides a computer readable storage medium, which stores a computer program, and the computer program is executed by a processor to make the processor execute the following steps:

[0019] The verification code of the verification task of the bank business in the bank business scene is obtained, wherein the verification task is a qualification verification task of the bank business, the verification code is composed of at least one task symbol, one task symbol includes a first symbol or includes a second symbol and a third symbol, the symbol represents the task identifier of a verification task, and when one of the task symbols includes the second symbol and the third symbol, the verification task represented by the second symbol contains the verification task represented by the third symbol.

[0020] If all the task symbols of the verification code are the task symbols containing the first symbol, the verification tasks represented by the respective task symbols are obtained, the verification tasks represented by the respective task symbols are sorted according to the order of the task symbols of the verification code to obtain a sorting list, and the verification tasks represented by the task symbols in the sorting list are executed in sequence according to the arrangement serial number to complete the qualification verification.

[0021] If there is the task symbol containing the second symbol and the third symbol in the task symbols of the verification code, the task symbols of the verification code are iterated in sequence, the task symbol containing the first symbol that is iterated is put into the symbol set corresponding to the task identifier of the verification task represented by the first symbol according to the task identifier, the task symbol containing the second symbol and the third symbol that is iterated is put into the symbol set corresponding to the task identifier of the verification task represented by the third symbol according to the task identifier, the verification tasks represented by the respective symbols in the respective symbol sets are obtained, and the verification tasks represented by the respective symbols in the respective symbol sets are executed in parallel to complete the qualification verification.

[0022] To achieve the above object, the fourth aspect of the present application provides a computer device, comprising a memory and a processor, the memory stores a computer program, and the computer program is executed by the processor to make the processor execute the following steps:

[0023] The verification code of the verification task of the bank business in the bank business scene is obtained, wherein the verification task is a qualification verification task of the bank business, the verification code is composed of at least one task symbol, one task symbol includes a first symbol or includes a second symbol and a third symbol, the symbol represents the task identifier of a verification task, and when one of the task symbols includes the second symbol and the third symbol, the verification task represented by the second symbol contains the verification task represented by the third symbol.

[0024] If all the task symbols of the verification code are the task symbols containing the first symbol, the verification tasks represented by the respective task symbols are obtained, the verification tasks represented by the respective task symbols are sorted according to the order of the task symbols of the verification code to obtain a sorting list, and the verification tasks represented by the task symbols in the sorting list are executed in sequence according to the arrangement serial number to complete the qualification verification.

[0025] If the task symbol of the check code contains a second symbol and a third symbol, the task symbols of the check code are traversed in sequence, for the traversed task symbol containing a first symbol, the first symbol is put into a symbol set corresponding to the task identifier of the check task represented by the first symbol according to the task identifier, for the traversed task symbol containing a second symbol and a third symbol, the third symbol is put into a symbol set corresponding to the task identifier of the check task represented by the third symbol according to the task identifier, the check tasks represented by each symbol in each consistent set are obtained, and the check tasks represented by each symbol in each consistent set are executed in parallel to complete the qualification check.

[0026] The embodiments of the present application have the following beneficial effects:

[0027] The present application provides a bank business qualification check method, the check code of the check task of the bank business in the bank business scene is obtained, if the task symbol of the check code is all the task symbol containing a first symbol, the check tasks represented by each task symbol are obtained, the check tasks represented by each task symbol are sorted according to the order of the task symbol of the check code, and the sorting column is obtained, and the check tasks represented by the task symbol in the sorting column are executed in sequence according to the arrangement serial number to complete the qualification check, if the symbol of the check code contains a second symbol and a third symbol, the task symbols of the check code are traversed in sequence, for the traversed task symbol containing a first symbol, the first symbol is put into a symbol set corresponding to the task identifier of the check task represented by the first symbol according to the task identifier, for the traversed task symbol containing a second symbol and a third symbol, the third symbol is put into a symbol set corresponding to the task identifier of the check task represented by the third symbol according to the task identifier, the check tasks represented by each symbol in each consistent set are obtained, and the check tasks represented by each symbol in each consistent set are executed in parallel to complete the qualification check. The present application can realize different bank businesses for different bank business scenes, so as to obtain the check code under the requirement of different bank business scenes, and the check tasks of the check code are grouped according to the type of the task symbol of the check code, so as to realize the execution order of the check tasks, and the check tasks are effectively executed. BRIEF DESCRIPTION OF DRAWINGS

[0028] In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the following will briefly introduce the drawings needed to be used in the embodiments or prior art description. Obviously, the drawings in the following description only some embodiments of the present application, and for those skilled in the art, other drawings can also be obtained without creative labor.

[0029] Among them:

[0030] Figure 1A flowchart of a bank service qualification verification method according to an embodiment of the present application is shown in FIG. 1.

[0031] Figure 2 A structure block diagram of a bank service qualification verification device according to an embodiment of the present application is shown in FIG. 2.

[0032] Figure 3 A structure block diagram of a computer device according to an embodiment of the present application is shown in FIG. 3. DETAILED DESCRIPTION

[0033] The technical solutions in the embodiments of the present application will be described clearly and completely below with reference to the drawings in the embodiments of the present application. Obviously, the described embodiments are only a part of the embodiments of the present application, rather than all the embodiments of the present application. Based on the embodiments in the present application, all other embodiments obtained by those skilled in the art without creative work fall within the scope of protection of the present application.

[0034] The embodiments of the present application provide a bank service qualification verification method, which is described below with reference to Figure 1 , Figure 1 A flowchart of a bank service qualification verification method according to an embodiment of the present application is shown in FIG. 1. Figure 1 The specific steps of the method are as follows.

[0035] In step S101, a verification code of a verification task of a bank service in a bank service scenario is obtained.

[0036] The verification task is a qualification verification task of the bank service, and the verification code is composed of at least one task symbol. One task symbol includes a first symbol or includes a second symbol and a third symbol. The symbol represents a task identifier of a verification task. When one task symbol includes the second symbol and the third symbol, the verification task represented by the second symbol contains the verification task represented by the third symbol.

[0037] In step S102, if all the task symbols of the verification code are task symbols containing the first symbol, the verification tasks represented by the respective task symbols are obtained, the verification tasks represented by the respective task symbols are sorted according to the order of the task symbols of the verification code to obtain a sorting list, and the verification tasks represented by the task symbols in the sorting list are executed in sequence according to the arrangement serial numbers to complete the qualification verification.

[0038] Step S103, if the task symbol containing the second symbol and the third symbol exists in the task symbols of the check code, the task symbols of the check code are traversed in sequence, for the traversed task symbol containing the first symbol, the task symbol is put into the symbol set corresponding to the task identifier according to the task identifier of the check task represented by the first symbol, for the traversed task symbol containing the second symbol and the third symbol, the task symbol is put into the symbol set corresponding to the task identifier according to the task identifier of the check task represented by the third symbol, the check tasks represented by each symbol in each corresponding set are obtained, and the check tasks represented by each symbol in each corresponding set are executed in parallel, so as to complete the qualification check.

[0039] Firstly, the check code of the check task of the bank business in the bank business scene is obtained, the check task is the qualification check task of the bank business, that is, the qualification check task of the bank business can be executed by executing the check task, the check code can be understood as the identifier of the check task, different check tasks correspond to different check codes, since different bank businesses can correspond to multiple bank business scenes, therefore, in the embodiment, the check code of the corresponding check task can be obtained according to the bank business in different bank business scenes. For example, the check code of the check task C1 of the bank business B1 in the bank business scene A1 is D1, the check code of the check task C2 of the bank business B2 in the bank business scene A1 is D2, the check code of the check task C3 of the bank business B3 in the bank business scene A1 is D3, if the current bank business scene is A1 and the bank business is B2, the obtained check code is D2.

[0040] In the embodiment, by obtaining the check code of the check task of the bank business in the current bank business scene, the differentiated demand can be realized.

[0041] The verification code can be composed of multiple task symbols, one task symbol can include the first symbol, or include the second symbol and the third symbol, the symbol represents the task identification of a verification task, when a task symbol includes the second symbol and the third symbol, the verification task represented by the second symbol includes the verification task represented by the third symbol. For example, the verification code is 3101|3102:3101|3103:3101|3104:3101|3105:3104, 3101, 3102:3101, 3103:3101, 3104:3101, 3105:3104 are task symbols, 3101 is a task symbol including the first symbol, 3102:3101, 3103:3101, 3104:3101, 3105:3104 are task symbols including the second symbol and the third symbol. It can be seen that the symbol in the task symbol composed of one symbol is the first symbol, and the symbols in the task symbol composed of two symbols are the second symbol and the third symbol. If 3102 contains 3101, then 3102 is the second symbol and 3101 is the third symbol, and 3102 contains 3101 can represent that the verification task corresponding to 3102 will use the data of the verification task corresponding to 3101, that is, the verification task corresponding to 3102 depends on the verification task corresponding to 3101.

[0042] Determine whether the verification code is serial or parallel, wherein the serial verification code means that the task symbols in the verification code are all task symbols including the first symbol, and the parallel verification code means that the task symbols in the verification code include task symbols including the second symbol and the third symbol.

[0043] If the verification code is serial, that is, the task symbols in the verification code are all task symbols including the first symbol, then the symbols in the verification code are grouped to implement grouping of the verification tasks. Specifically, if the task symbols of the verification code are all task symbols including the first symbol, then each task symbol is respectively placed into a corresponding symbol group, and the symbol groups are sorted according to the order of the task symbols of the verification code. For example, if the verification code is 3101|3102|3103|3104|3105, the verification code is parsed into 5 groups, which are 0 group: 3101, 1 group: 3102, 2 group: 3103, 3 group: |3104, and 4 group: 3105. The verification tasks represented by each task symbol in each symbol group are obtained to obtain a sorting list, and the verification tasks represented by the task symbols in the sorting list are executed in turn according to the arrangement serial number to complete the qualification verification.

[0044] If the check code is parallel, that is, the task symbol of the check code contains a task symbol containing the second symbol and the third symbol, the task symbols of the check code are traversed in turn. If the traversed task symbol is a task symbol containing the first symbol, the first symbol is placed in the symbol set corresponding to the task identifier according to the task identifier represented by the check task of the first symbol. In this embodiment, the corresponding symbol set can be determined according to the task identifier, and different task identifiers correspond to different symbol sets. For example, when the traversed task symbols are 3101, 3102 and 3103, 3101, 3102 and 3103 are placed in the corresponding different symbol sets, respectively. If the traversed task symbol is a task symbol containing the second symbol and the third symbol, the third symbol is placed in the symbol set corresponding to the task identifier according to the task identifier represented by the check task of the third symbol contained in the task symbol. For example, when the traversed task symbol is 3101:3102, 3101 and 3102 are the second symbol and the third symbol, respectively, 3102 is placed in the symbol set corresponding to 3102. The check tasks represented by the symbols in each corresponding set are obtained, and the check tasks represented by the symbols in each corresponding set are executed in parallel to complete the qualification check. For example, each corresponding set includes a first symbol set, a second symbol set and a third symbol set, the first symbol set includes symbol 3101, the second symbol set includes symbols 3102, 3103 and 3104, and the third symbol set includes symbol 3105. The check tasks represented by the symbols in each corresponding set are obtained, and the check tasks represented by the symbols in the first symbol set, the second symbol set and the third symbol set are executed.

[0045] When the check tasks represented by the symbols in each corresponding set are executed in parallel, for each corresponding set, the check tasks represented by the symbols in the corresponding set are executed in turn according to the symbol serial number in the corresponding set. That is, if a corresponding set contains multiple symbols, the check tasks represented by the symbols in the corresponding set are executed in turn according to the order in which the symbols are included in the corresponding set to complete the qualification check.

[0046] In this embodiment, a specific method for placing the corresponding symbols into the symbol set if the task symbol of the check code contains a task symbol containing the second symbol and the third symbol is also provided, and the specific steps are as follows:

[0047] Step S201, judging the task symbol type of the n-th task symbol of the check code, wherein the initial value of n is 1, if the task symbol type of the n-th task symbol is the task symbol containing the first symbol, the n-th task symbol is determined as the i-th symbol of the m-th consistent set, wherein the initial value of m is 1 and the initial value of i is 1; if the task symbol type of the n-th task symbol is the task symbol containing the second symbol and the third symbol, the third symbol in the n-th task symbol is determined as the i-th symbol of the m-th consistent set, wherein the initial value of m is 1 and the initial value of i is 1.

[0048] Step S202, n=n+1, judging the task symbol type of the n-th task symbol, if the task symbol type of the n-th task symbol is the task symbol containing the first symbol and the task symbol type of the n-1-th task symbol is the task symbol containing the first symbol, m=m+1, the n-th task symbol is determined as the k-th symbol of the m-th consistent set, wherein the initial value of k is 1; if the task symbol type of the n-th task symbol is the task symbol containing the first symbol and the task symbol type of the n-1-th task symbol is the task symbol containing the second symbol and the third symbol, judging whether the first symbol contained in the n-th task symbol is same as the third symbol contained in the n-1-th task symbol, if the first symbol of the n-th task symbol is same as the third symbol in the n-1-th task symbol, i=i+1, the n-th task symbol is determined as the i-th symbol of the m-th consistent set.

[0049] Step S203, if the task symbol type of the n-th task symbol is the task symbol containing the second symbol and the third symbol, if the task symbol type of the n-1-th task symbol is the task symbol containing the first symbol, judging whether the third symbol of the n-th task symbol is same as the first symbol in the n-1-th task symbol, if the third symbol of the n-th task symbol is same as the first symbol in the n-1-th task symbol, i=i+1, the n-th task symbol is determined as the i-th symbol of the m-th consistent set; if the third symbol of the n-th task symbol is not same as the first symbol in the n-1-th task symbol, m=m+1, the n-th task symbol is determined as the k-th symbol of the m-th consistent set, wherein the initial value of k is 1.

[0050] First, according to the arrangement order of the task symbols in the check code, the task symbols are traversed in sequence. For the first task symbol traversed, the task symbol type of the first task symbol is judged, wherein the task symbol type is a task symbol containing a first symbol or a task symbol containing a second symbol and a third symbol. If the task symbol type of the first task symbol is the task symbol containing the first symbol, the first task symbol is determined as the first symbol of the first consistent set. If the task symbol type of the first task symbol is the task symbol containing the second symbol and the third symbol, the third symbol in the first task symbol is determined as the first symbol of the first consistent set. The second task symbol is continuously traversed, and the task symbol type of the second task symbol is judged. If the task symbol type of the second task symbol is the task symbol containing the first symbol, and the task symbol type of the first task symbol is the task symbol containing the first symbol, the second task symbol is determined as the first symbol of the second consistent set. If the task symbol type of the second task symbol is the task symbol containing the first symbol, and the task symbol type of the first task symbol is the task symbol containing the second symbol and the third symbol, it is judged whether the first symbol contained in the second task symbol is the same as the third symbol contained in the first task symbol. If the first symbol of the second task symbol is the same as the third symbol in the first task symbol, the second task symbol is determined as the second symbol of the first consistent set. If the task symbol type of the second task symbol is the task symbol containing the second symbol and the third symbol, if the task symbol type of the first task symbol is the task symbol containing the first symbol, it is judged whether the third symbol of the second task symbol is the same as the first symbol in the first task symbol. If the third symbol of the second task symbol is the same as the first symbol in the first task symbol, the second task symbol is determined as the second symbol of the first consistent set. If the third symbol of the second task symbol is not the same as the first symbol in the first task symbol, the second task symbol is determined as the first symbol of the second consistent set. Through the above method, the next task symbol is continuously traversed until all the task symbols are traversed.

[0051] In the embodiment, a check code acquisition method is also provided, and specific steps are shown in step S301.

[0052] In step S301, the check code is determined according to the priority of the check task of the bank business in the bank business scene and the containing relationship between the check tasks.

[0053] In step S301, the specific implementation is shown in steps S401-S402.

[0054] Step S401, obtain the priority of the verification task of the bank business of the bank business scene, arrange the verification tasks according to the priority, and obtain a first target sequence.

[0055] Obtain the priority of the verification task of the bank business of the bank business scene, arrange the verification tasks according to the priority, and obtain a first target sequence. For example, the verification tasks obtained are verification task A, verification task B and verification task C, and the priorities arranged from high to low are verification task A, verification task B and verification task C. Then the first target sequence obtained is verification task A, verification task B and verification task C.

[0056] Step S402, sequentially traverse the verification task in the first target sequence which does not contain other verification tasks, for the target verification task traversed, obtain the verification task in the first target sequence which contains the target verification task, obtain the selected verification task, and select the verification task with the smallest sequence number difference from the target verification task in the selected verification task, and determine the verification code by judging whether the sequence number difference of the verification task with the smallest sequence number difference from the target verification task is less than the difference threshold.

[0057] Sequentially traverse the verification task in the first target sequence which does not contain other verification tasks, for example, the first target sequence is verification task A, verification task B and verification task C, and verification task B and verification task C are verification tasks which do not contain other verification tasks. Traverse verification task B and verification task C in turn.

[0058] For the target verification task traversed, for example, the traversed verification task is verification task B, verification task B is the target verification task, the verification task in the first target sequence which contains the target verification task is obtained, and the selected verification task is obtained, for example, the verification task in the first target sequence which contains the target verification task is verification task A, and the selected verification task is verification task A.

[0059] And select the verification task with the smallest sequence number difference from the target verification task in the selected verification task, for example, the selected verification task includes verification task A and verification task C, the sequence number of verification task A in the first target sequence is 1, the sequence number of verification task C in the first target sequence is 3, and the sequence number of the target verification task in the first target sequence is 2. The sequence number difference between verification task A and the target verification task is 1, and the sequence number difference between verification task C and the target verification task is 1. The verification task with the smallest sequence number difference from the target verification task can be verification task A or verification task C.

[0060] Further, it is judged whether the sequence number difference of the verification task with the smallest sequence number difference from the target verification task is less than the difference threshold, so as to determine the verification code, which is specifically shown in steps S501-S502:

[0061] If the sequence number difference between the check task with the minimum sequence number difference and the target check task is less than the difference threshold, the check tasks containing the target check task are arranged in sequence according to the sequence numbers in the first target sequence from small to large, behind the target check task, and the sequence numbers of the check tasks in the first target sequence are rearranged. The next check task not containing other check tasks is traversed, and the step of obtaining the check tasks containing the target check task in the first target sequence for the target check task traversed is returned to obtain the candidate check tasks is performed until all the check tasks not containing other check tasks are traversed to obtain the second target sequence. If the sequence number difference between the check task with the minimum sequence number difference and the target check task is not less than the difference threshold, the next check task not containing other check tasks is traversed, and the step of obtaining the check tasks containing the target check task in the first target sequence for the target check task traversed is returned to obtain the candidate check tasks is performed until all the check tasks not containing other check tasks are traversed to obtain the second target sequence.

[0062] If the sequence number difference between the check task with the minimum sequence number difference and the target check task is less than the difference threshold, the check tasks containing the target check task are arranged in sequence according to the sequence numbers in the first target sequence from small to large, behind the target check task, and the sequence numbers of the check tasks in the first target sequence are rearranged. The first target sequence includes check task A, check task B and check task C in sequence, check task A and check task B are check tasks containing the target check task, and check task D is the target check task. The check task with the minimum sequence number difference is check task B, the sequence number difference between check task B and check task C is 1, and the difference threshold is assumed to be 3. Check task A and check task B are arranged in sequence behind check task C to obtain the second target sequence, that is, the second target sequence is check task C, check task A and check task B.

[0063] If the sequence number difference between the check task with the minimum sequence number difference and the target check task is not less than the difference threshold, the sequence number is maintained, the next check task not containing other check tasks is traversed, and the step of obtaining the check tasks containing the target check task in the first target sequence for the target check task traversed is returned to obtain the candidate check tasks is performed until all the check tasks not containing other check tasks are traversed to obtain the second target sequence.

[0064] In step S502, the task symbol corresponding to the check task is obtained, the task symbol corresponding to the check task is arranged according to the second target sequence, and the check code is determined.

[0065] The task symbols corresponding to the verification tasks are obtained, the task symbols corresponding to the verification tasks are arranged according to the second target sequence, and the check code is determined. For example, the second target sequence is verification task C, verification task A, and verification task B, the task symbols corresponding to the verification task C, the verification task A, and the verification task B are obtained respectively, and the task symbols corresponding to the verification tasks are arranged according to the second target sequence to determine the check code.

[0066] Based on the above method, the check code of the verification task of the bank business in the bank business scene is obtained. If the task symbols of the check code are all task symbols containing the first symbol, the verification tasks represented by each task symbol are obtained, the verification tasks represented by each task symbol are sorted according to the order of the task symbols of the check code, a sorted column is obtained, and the verification tasks represented by the task symbols in the sorted column are executed in turn according to the arrangement number to complete the qualification verification. If the symbols of the check code include task symbols containing the second symbol and the third symbol, the task symbols containing the first symbol are iterated in turn, the task symbols containing the first symbol are put into the symbol set corresponding to the task identifier according to the task identifier of the verification task represented by the first symbol, the task symbols containing the second symbol and the third symbol are put into the symbol set corresponding to the task identifier according to the task identifier of the verification task represented by the third symbol, the verification tasks represented by each symbol in each corresponding set are obtained, and the verification tasks represented by each symbol in each corresponding set are executed in parallel to complete the qualification verification. The present application can obtain different bank businesses for different bank business scenes, thereby obtaining check codes under different bank business scene requirements, grouping the verification tasks of the check codes according to the types of the task symbols of the check codes, and determining the execution order of the verification tasks to enable effective execution of the verification tasks.

[0067] In order to better realize the above-mentioned device, the embodiment of the present application provides a structural block diagram of a bank business qualification verification device, as shown in Figure 2 The device 20 comprises:

[0068] The acquisition module 201 is configured to acquire a check code of a verification task of a bank business in a bank business scene, wherein the verification task is a qualification verification task of the bank business, the check code is composed of at least one task symbol, one task symbol includes a first symbol or includes a second symbol and a third symbol, the symbol represents a task identifier of a verification task, and when one of the task symbols includes the second symbol and the third symbol, the verification task represented by the second symbol includes the verification task represented by the third symbol.

[0069] The first verification module 202 is configured to: if all the task symbols of the check code are task symbols containing the first symbol, acquire the check tasks represented by each task symbol, sort the check tasks represented by each task symbol according to the order of the task symbols of the check code, obtain a sorting list, and execute the check tasks represented by the task symbols in the sorting list in sequence according to the arrangement serial numbers, so as to complete the qualification check.

[0070] The second verification module 203 is configured to: if there is a task symbol containing the second symbol and the third symbol in the task symbols of the check code, sequentially traverse the task symbols of the check code, for the traversed task symbol containing the first symbol, put the task symbol into a symbol set corresponding to the task identifier of the check task represented by the first symbol according to the task identifier, for the traversed task symbol containing the second symbol and the third symbol, put the third symbol into the symbol set corresponding to the task identifier of the check task represented by the third symbol according to the task identifier, acquire the check tasks represented by each symbol in each conforming set, and execute the check tasks represented by each symbol in each conforming set in parallel, so as to complete the qualification check.

[0071] In a possible design, the acquisition module 201 is configured to: determine the check code according to the priorities of the check tasks of the bank business in the bank business scenario and the inclusion relationship between the check tasks.

[0072] In a possible design, the acquisition module 201 is configured to: acquire the priorities of the check tasks of the bank business in the bank business scenario, arrange the check tasks according to the priorities to obtain a first target sequence, sequentially traverse the check tasks not containing other check tasks in the first target sequence, for the traversed target check task, acquire the check tasks containing the target check task in the first target sequence to obtain candidate check tasks, and select the check task with the smallest serial number difference from the target check task from the candidate check tasks, and determine the check code by judging whether the serial number difference of the check task with the smallest serial number difference from the target check task is less than a difference threshold.

[0073] In a possible design, the obtaining module 201 is configured to: if the sequence number difference between the check task with the smallest sequence number difference and the target check task is smaller than the difference threshold, arrange the check tasks containing the target check task in the first target sequence in ascending order of sequence numbers, in sequence, after the target check task, and re-arrange the sequence numbers of the check tasks in the first target sequence; iterate through a next check task not containing other check tasks, and return to perform the step of obtaining the check tasks containing the target check task in the first target sequence, to obtain the candidate check tasks, until all the check tasks not containing other check tasks are iterated through, to obtain a second target sequence; if the sequence number difference between the check task with the smallest sequence number difference and the target check task is not smaller than the difference threshold, iterate through a next check task not containing other check tasks, and return to perform the step of obtaining the check tasks containing the target check task in the first target sequence, to obtain the candidate check tasks, until all the check tasks not containing other check tasks are iterated through, to obtain a second target sequence; and obtain the task symbols corresponding to the check tasks, and arrange the task symbols corresponding to the check tasks according to the second target sequence, to determine the check code.

[0074] In a possible design, the second verification module 203 is configured to: when performing the check tasks represented by the respective symbols in each of the respective conforming sets in parallel, perform the check tasks represented by the respective symbols in each of the respective conforming sets in sequence according to the sequence numbers of the symbols in each of the respective conforming sets.

[0075] In a possible design, the second verification module 203 is configured to: determine a task symbol type of an n th task symbol of the check code, where n is initially 1; if the task symbol type of the n th task symbol is a task symbol containing a first symbol, determine the n th task symbol as an i th symbol of an m th consistent set, where m is initially 1 and i is initially 1; if the task symbol type of the n th task symbol is a task symbol containing a second symbol and a third symbol, determine the third symbol in the n th task symbol as the i th symbol of the m th consistent set, where m is initially 1 and i is initially 1; let n = n + 1, determine the task symbol type of the n th task symbol, if the task symbol type of the n th task symbol is a task symbol containing the first symbol and the task symbol type of the (n-1) th task symbol is a task symbol containing the first symbol, let m = m + 1, and determine the n th task symbol as a k th symbol of the m th consistent set, where k is initially 1; if the task symbol type of the n th task symbol is a task symbol containing the first symbol and the task symbol type of the (n-1) th task symbol is a task symbol containing the second symbol and the third symbol, determine whether the first symbol contained in the n th task symbol is the same as the third symbol contained in the (n-1) th task symbol, if the first symbol of the n th task symbol is the same as the third symbol of the (n-1) th task symbol, let i = i + 1, and determine the n th task symbol as the i th symbol of the m th consistent set; if the task symbol type of the n th task symbol is a task symbol containing the second symbol and the third symbol, if the task symbol type of the (n-1) th task symbol is a task symbol containing the first symbol, determine whether the third symbol of the n th task symbol is the same as the first symbol of the (n-1) th task symbol, if the third symbol of the n th task symbol is the same as the first symbol of the (n-1) th task symbol, let i = i + 1, and determine the n th task symbol as the i th symbol of the m th consistent set; if the third symbol of the n th task symbol is not the same as the first symbol of the (n-1) th task symbol, let m = m + 1, and determine the n th task symbol as a k th symbol of the m th consistent set, where k is initially 1.

[0076] Based on the apparatus, different bank services can be obtained for different bank service scenarios, so that the check code under the requirement of different bank service scenarios can be obtained, and the check tasks of the check code can be grouped according to the types of the task symbols of the check code, so that the execution order of the check tasks can be determined, and the check tasks can be effectively executed.

[0077] Figure 3 An internal structure diagram of a computer device in an embodiment is shown. The computer device can be a terminal or a server. As shown in FIG. 1, the computer device includes a central processing unit (CPU), a memory, a storage device, a keyboard, a mouse, a display screen, and a network interface. Figure 3As shown, the computer device includes a processor, a memory and a network interface connected through a system bus. Among them, the memory includes a non-volatile storage medium and an internal memory. The non-volatile storage medium of the computer device stores an operating system, and can also store a computer program, which, when executed by the processor, can enable the processor to implement all steps of the above method. The internal memory can also store a computer program, which, when executed by the processor, can enable the processor to execute all steps of the above method. Those skilled in the art can understand that Figure 3 The structure shown in the figure is only a block diagram of part of the structure related to the scheme of the present application, and does not constitute a limitation on the computer device to which the scheme of the present application is applied. The specific computer device can include more or fewer components than those shown in the figure, or combine certain components, or have a different component arrangement.

[0078] In one embodiment, a computer device is provided, including a memory and a processor, the memory storing a computer program, the computer program being executed by the processor to enable the processor to execute each step of the above method.

[0079] In one embodiment, a computer readable storage medium is provided, storing a computer program, the computer program being executed by a processor to enable the processor to execute each step of the above method.

[0080] Those skilled in the art can understand that all or part of the processes in the above-mentioned embodiments can be completed by a computer program instructing related hardware. The program can be stored in a non-volatile computer readable storage medium, and when executed, can include the processes of the above-mentioned embodiments. Any reference to memory, storage, database or other medium used in each embodiment provided by the present application can include non-volatile and / or volatile memory. Non-volatile memory can include read-only memory (ROM), programmable ROM (PROM), electrically programmable ROM (EPROM), electrically erasable programmable ROM (EEPROM) or flash memory. Volatile memory can include random access memory (RAM) or external cache memory. As an illustration but not limitation, RAM is available in various forms, such as static RAM (SRAM), dynamic RAM (DRAM), synchronous DRAM (SDRAM), double data rate SDRAM (DDR SDRAM), enhanced SDRAM (ESDRAM), synchronous link (Synchlink) DRAM (SLDRAM), memory bus (Rambus) direct RAM (RDRAM), direct memory bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM), etc.

[0081] Any combination of the technical features in the above embodiments can be made. For the sake of brevity, the foregoing description has not described all possible combinations of the technical features in the above embodiments, however, as long as the combination of the technical features does not contradict, it should be considered within the scope of the present disclosure.

[0082] The above embodiments only express several implementation manners of the present application, and the description is relatively specific and detailed, but it should not be understood as a limitation on the patent scope of the present application. It should be pointed out that, for ordinary skilled persons in the art, several modifications and improvements can be made without departing from the concept of the present application, and these all belong to the protection scope of the present application. Therefore, the patent protection scope of the present application should be subject to the appended claims.

Claims

1. A method of qualification checking for banking services, characterized by, The method comprises: obtaining a verification code of a verification task of a bank service in a bank service scenario, wherein the verification task is a qualification verification task of the bank service, the verification code is composed of at least one task symbol, and the symbol represents a task identifier of a verification task; if all the task symbols of the verification code are task symbols containing a first symbol, obtaining verification tasks represented by each task symbol, sorting the verification tasks represented by each task symbol according to the order of the task symbols of the verification code to obtain a sorting list, and sequentially executing the verification tasks represented by the task symbols in the sorting list according to the arrangement sequence number to complete qualification verification; if there are task symbols containing a second symbol and a third symbol in the task symbols of the verification code, and a verification task represented by the second symbol contains a verification task represented by the third symbol, sequentially traversing the task symbols of the verification code, putting a task symbol containing a first symbol into a symbol set corresponding to a task identifier of the verification task represented by the first symbol according to the task identifier, putting a third symbol into a symbol set corresponding to a task identifier of a verification task represented by the third symbol according to the task identifier, obtaining verification tasks represented by each symbol in each conforming set, and executing the verification tasks represented by each symbol in each conforming set in parallel to complete qualification verification; if there are task symbols containing a second symbol and a third symbol in the task symbols of the verification code, and a verification task represented by the second symbol contains a verification task represented by the third symbol, sequentially traversing the task symbols of the verification code, putting a task symbol containing a first symbol into a symbol set corresponding to a task identifier of the verification task represented by the first symbol according to the task identifier, putting a third symbol into a symbol set corresponding to a task identifier of a verification task represented by the third symbol according to the task identifier, obtaining verification tasks represented by each symbol in each conforming set, and executing the verification tasks represented by each symbol in each conforming set in parallel to complete qualification verification; determining a task symbol type of an nth task symbol of the verification code, wherein the initial value of n is 1, if the task symbol type of the nth task symbol is a task symbol containing a first symbol, the nth task symbol is determined as an ith symbol of an mth conforming set, wherein the initial value of m is 1 and the initial value of i is 1; if the task symbol type of the nth task symbol is a task symbol containing a second symbol and a third symbol, the third symbol in the nth task symbol is determined as an ith symbol of an mth conforming set, wherein the initial value of m is 1 and the initial value of i is 1. n = n + 1, judging the task symbol type of the nth task symbol, if the task symbol type of the nth task symbol is the task symbol containing the first symbol, and the task symbol type of the (n-1) th task symbol is the task symbol containing the first symbol, then m = m + 1, the nth task symbol is determined as the kth symbol of the mth consistent set, and the initial value of k is 1; if the task symbol type of the nth task symbol is the task symbol containing the first symbol, and the task symbol type of the (n-1) th task symbol is the task symbol containing the second symbol and the third symbol, then it is judged whether the first symbol contained in the nth task symbol is the same as the third symbol contained in the (n-1) th task symbol, if the first symbol of the nth task symbol is the same as the third symbol in the (n-1) th task symbol, then i = i + 1, the nth task symbol is determined as the ith symbol of the mth consistent set; if the task symbol type of the nth task symbol is the task symbol containing the second symbol and the third symbol, if the task symbol type of the (n-1) th task symbol is the task symbol containing the first symbol, it is judged whether the third symbol of the nth task symbol is the same as the first symbol in the (n-1) th task symbol, if the third symbol of the nth task symbol is the same as the first symbol in the (n-1) th task symbol, then i = i + 1, the nth task symbol is determined as the ith symbol of the mth consistent set; if the third symbol of the nth task symbol is not the same as the first symbol in the (n-1) th task symbol, then m = m + 1, the nth task symbol is determined as the kth symbol of the mth consistent set, and the initial value of k is 1.

2. The method of claim 1, wherein, The verification code of the verification task of the bank business of the bank business scene is obtained, comprising: According to the priority of the verification task of the bank business of the bank business scene, and the containing relationship between each verification task, the verification code is determined.

3. The method of claim 2, wherein, According to the priority of the verification task of the bank business of the bank business scene, and the containing relationship between each verification task, the verification code is determined, comprising: Obtaining the priority of the verification task of the bank business of the bank business scene, arranging the verification tasks according to the priority to obtain a first target sequence; Iterate the verification tasks in the first target sequence which do not contain other verification tasks, for the target verification task in the iteration, obtain the verification tasks in the first target sequence which contain the target verification task to obtain the selected verification tasks, and select the verification task with the smallest sequence number difference from the selected verification tasks, and judge whether the sequence number difference of the verification task with the smallest sequence number difference and the target verification task is less than the difference threshold value, to determine the verification code.

4. The method of claim 3, wherein, The judgment of whether the sequence number difference of the verification task with the smallest sequence number difference and the target verification task is less than the difference threshold value to determine the verification code, comprising: If the sequence number difference of the check task with the smallest sequence number difference and the target check task is less than the difference threshold, the check task containing the target check task is arranged in sequence behind the target check task in the first target sequence according to the sequence number in the first target sequence from small to large, and the sequence numbers of the check tasks in the first target sequence are rearranged, the next check task not containing other check tasks is traversed, and the step of returning to execute the target check task traversed to obtain the check task containing the target check task existing in the first target sequence to obtain the candidate check task is performed until all the check tasks not containing other check tasks are traversed to obtain the second target sequence; if the sequence number difference of the check task with the smallest sequence number difference and the target check task is not less than the difference threshold, the next check task not containing other check tasks is traversed, and the step of returning to execute the target check task traversed to obtain the check task containing the target check task existing in the first target sequence to obtain the candidate check task is performed until all the check tasks not containing other check tasks are traversed to obtain the second target sequence; The task symbol corresponding to the check task is obtained, the task symbols corresponding to the check tasks are arranged according to the second target sequence, and the check code is determined.

5. The method of claim 1, wherein, The parallel execution of the check tasks represented by the symbols in each conforming set further includes: When the check tasks represented by the symbols in each conforming set are executed in parallel, for each conforming set, the check tasks represented by the symbols in the conforming set are executed in sequence according to the symbol sequence numbers in the conforming set.

6. A banking eligibility verification apparatus characterized by comprising: The apparatus includes: The obtaining module is configured to obtain a check code of a check task of a bank service in a bank service scenario, wherein the check task is a qualification check task of the bank service, and the check code is composed of at least one task symbol, and the symbol represents a task identifier of a check task; The first verification module is configured to, if all the task symbols of the check code are task symbols containing a first symbol, obtain check tasks represented by each task symbol, sort the check tasks represented by the task symbols according to the order of the task symbols of the check code to obtain a sorted list, and execute the check tasks represented by the task symbols in the sorted list in sequence according to the arrangement sequence number to complete the qualification check. The second verification module is configured to, if there is a task symbol containing a second symbol and a third symbol in the task symbols of the check code, and the check task represented by the second symbol contains the check task represented by the third symbol, traverse the task symbols of the check code in sequence, put the first symbol represented by the first symbol into a symbol set corresponding to the task identifier according to the task identifier of the check task represented by the first symbol for the first symbol containing the first symbol traversed, put the third symbol into the symbol set corresponding to the task identifier according to the task identifier of the check task represented by the third symbol for the second symbol and the third symbol containing the second symbol and the third symbol traversed, obtain check tasks represented by symbols in each conforming set, and execute the check tasks represented by the symbols in each conforming set in parallel to complete the qualification check. The second verification module is specifically configured to include: determining the task symbol type of the nth task symbol of the check code, wherein the initial value of n is 1, if the task symbol type of the nth task symbol is a task symbol containing a first symbol, the nth task symbol is determined as the ith symbol of the mth consistent set, wherein the initial value of m is 1 and the initial value of i is 1; if the task symbol type of the nth task symbol is a task symbol containing a second symbol and a third symbol, the third symbol in the nth task symbol is determined as the ith symbol of the mth consistent set, wherein the initial value of m is 1 and the initial value of i is 1; letting n = n + 1, determining the task symbol type of the nth task symbol, if the task symbol type of the nth task symbol is a task symbol containing a first symbol and the task symbol type of the (n-1)th task symbol is a task symbol containing a first symbol, letting m = m + 1, the nth task symbol is determined as the kth symbol of the mth consistent set, wherein the initial value of k is 1; if the task symbol type of the nth task symbol is a task symbol containing a first symbol and the task symbol type of the (n-1)th task symbol is a task symbol containing a second symbol and a third symbol, determining whether the first symbol contained in the nth task symbol is the same as the third symbol contained in the (n-1)th task symbol, if the first symbol of the nth task symbol is the same as the third symbol in the (n-1)th task symbol, letting i = i + 1, the nth task symbol is determined as the ith symbol of the mth consistent set; if the task symbol type of the nth task symbol is a task symbol containing a second symbol and a third symbol, if the task symbol type of the (n-1)th task symbol is a task symbol containing a first symbol, determining whether the third symbol of the nth task symbol is the same as the first symbol in the (n-1)th task symbol, if the third symbol of the nth task symbol is the same as the first symbol in the (n-1)th task symbol, letting i = i + 1, the nth task symbol is determined as the ith symbol of the mth consistent set; if the third symbol of the nth task symbol is not the same as the first symbol in the (n-1)th task symbol, letting m = m + 1, the nth task symbol is determined as the kth symbol of the mth consistent set, wherein the initial value of k is 1.

7. The apparatus of claim 6, wherein, The acquisition module is further configured to: determining the check code according to the priority of the check task of the bank business of the bank business scene and the containing relationship between the check tasks.

8. A computer readable storage medium storing a computer program, characterized in that, The computer program is executed by the processor to make the processor execute the steps of the method in any one of claims 1 to 5. 9.A computer device, comprising a memory and a processor, wherein the computer device is configured to perform the method according to any one of claims 1-8. The memory stores a computer program, and the computer program is executed by the processor to make the processor execute the steps of the method in any one of claims 1 to 5.

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