CN104320402B - A kind of service interface access control method and system based on radix-2 algorithm - Google Patents
A kind of service interface access control method and system based on radix-2 algorithm Download PDFInfo
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- CN104320402B CN104320402B CN201410602578.4A CN201410602578A CN104320402B CN 104320402 B CN104320402 B CN 104320402B CN 201410602578 A CN201410602578 A CN 201410602578A CN 104320402 B CN104320402 B CN 104320402B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/56—Provisioning of proxy services
- H04L67/567—Integrating service provisioning from a plurality of service providers
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/34—Network arrangements or protocols for supporting network services or applications involving the movement of software or configuration parameters
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Abstract
The invention discloses a kind of service interface access control method and system based on radix-2 algorithm, wherein, the service interface access control method based on radix-2 algorithm includes：The binary parameters matched according to the customization of the operational order of service interface with the operational order of the service interface；Call service interface and the binary parameters of the customization are passed to the service interface；The service interface parses to incoming binary parameters；According to the binary parameters after the parsing, component corresponding with the binary parameters after the parsing is loaded.Method provided by the invention, it ensure that service interface accesses the unification of parameter, the autgmentability of service interface according to the operational order of service interface, the corresponding component of dynamic load, can be improved.
Description
Technical field
The present invention relates to interface access technique field, and in particular to a kind of service interface based on radix-2 algorithm accesses control
Method and system processed.
Background technology
With the development of modern society, there is also variation, the variation of business result in Operational Visit for miscellaneous service
Service interface is difficult to accomplish unified support；Miscellaneous service can cause to have in service greatly during access service interface
The characteristic of amount judges, for example in the presence of substantial amounts of if or ifelse sentences, reduces the readability of service code, add the later stage
Maintenance cost and maintenance difficulties；In addition, for multiple business, have different service interfaces and access parameter, service interface accesses
The change of parameter influences whether visitor, and Accessor Access's service interface can have very big inconvenience.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of service interface access control side based on radix-2 algorithm
Method and system, the extension of service interface, can be improved at the corresponding component of dynamic load according to the operational order of service interface
Property.
According to one aspect of the present invention, there is provided a kind of service interface access control method based on radix-2 algorithm,
Including：
The binary parameters matched according to the customization of the operational order of service interface with the operational order of the service interface；
Call service interface and the binary parameters of the customization are passed to the service interface；
The service interface parses to incoming binary parameters；
According to the binary parameters after the parsing, component corresponding with the binary parameters after the parsing is loaded.
According to another aspect of the present invention, there is provided a kind of service interface access control system based on radix-2 algorithm
System, including：
Parameter design unit, for according to the customization of the operational order of service interface and the operational order of the service interface
The binary parameters matched somebody with somebody；
Service interface call unit, for calling service interface and the binary system of the customization being passed to the service interface
Parameter；
Parameter analysis of electrochemical unit, for calling the service interface to parse incoming binary parameters；
Component loading unit, for according to the binary parameters after the parsing, loading and the binary system after the parsing
Component corresponding to parameter.
A kind of service interface access control method and system based on radix-2 algorithm provided by the invention, connect according to service
Mouthful operational order customization binary parameters, call service interface and by binary parameters service interface, service interface pair
Incoming binary parameters are parsed, and load component corresponding with the binary parameters after parsing.By provided by the invention
Method, the method that service interface is carried out using binary parameters, ensure that the unification of the access parameter of service interface, and being capable of root
According to the operational order of service interface, the corresponding component of dynamic load, the autgmentability of service interface is improved.
Brief description of the drawings
Fig. 1 is a kind of service interface access control method flow chart based on radix-2 algorithm of the embodiment of the present invention one；
Fig. 2 is a kind of service interface access control system schematic based on radix-2 algorithm of the embodiment of the present invention two.
Embodiment
The principle and feature of the present invention are described below in conjunction with accompanying drawing, the given examples are served only to explain the present invention, and
It is non-to be used to limit the scope of the present invention.
Embodiment one, a kind of service interface access control method based on radix-2 algorithm.With reference to Fig. 1 to the present invention
The method of offer is described in detail.
In Fig. 1, S101, two matched according to the customization of the operational order of service interface with the operational order of the service interface
System parameter.
Specifically, the binary parameters customization of this step is completed in the server, server is according to service interface
The binary parameters of operational order custom fit.The operational order of service interface is an operational order or multiple in the present embodiment
The combination of operational order, wherein, the corresponding binary parameters of each operational order, it is multiple in the operational order of service interface
In the case that operational order combines, binary system corresponding to each operational order in multiple operational orders is subjected to sum operation,
Obtain the operational order of service interface.One specific example, existing three operations, is respectively designated as A, B and C, Mei Gecao
Make a corresponding component, wherein, the component that component has its identity of unique mark identifies, the title of component mark and operation with
And binary parameters correspond corresponding to operation.Three operations A, B and C correspond to Binary Zero 01,010 and 100 respectively, are
The multiple of Binary Zero 10., can be by binary system corresponding to tri- operations of A, B and C if service interface will complete tri- operations of A, B and C
Parameter carries out sum operation, i.e., the binary system three of Binary Zero 01,010 and 100 3 parameter is carried out into sum operation, that is, obtained
Binary parameters 111.
When server customizes the binary system matched for the operational order of service interface according to the operational order of service interface
After parameter, the binary parameters of customization are converted into decimal system parameter, such as foregoing binary parameters 111 are converted to ten
System 7.Why the binary parameters of customization are converted into decimal system parameter herein, are because subsequently needing to binary parameters
Parsed, and existing oracle database can parse to decimal system parameter, directly can be come using prior art real
It is existing；It is of course also possible to the binary parameters of customization are directly parsed by self-defined analytic method.
S102, the binary parameters for calling service interface and customization being passed to service interface.
Specifically, according to the binary parameters of the operational order custom fit of service interface in step S101, and will customization
Binary parameters be converted to corresponding to decimal system parameter, the step calls service interface, and foregoing decimal system parameter is passed
Enter service interface, such as, by the above-mentioned service interface of the decimal system 7.
S103, service interface parse to incoming binary parameters.
Specifically, above-mentioned steps, by the decimal system parameter service interface of customization, service interface is to the incoming decimal system
Parameter is parsed.Service interface parses according to its operational order to incoming decimal system parameter, and will be passed to ten enter
Parameter processed is parsed according to the decimal system corresponding to tri- operations of A, B and C.Such as incoming decimal system parameter be 7, i.e., according to
A, the decimal system 1,2 and 4 is parsed corresponding to B and C.
In specific implementation, decimal system parameter can be parsed using existing oracle database, such as, by ten
System parameter 7 resolves to 1,2,4 three decimal system parameter.It should be noted that due to binary system ginseng corresponding to operation A, B and C
Number (i.e. binary parameters corresponding to component) is the multiple of Binary Zero 10 (i.e. the decimal system 2), therefore enters to decimal system parameter
During row parsing, the multiple by incoming decimal system Parameter analysis of electrochemical for the decimal system 2, so as to the binary parameters with corresponding component
Match somebody with somebody.
When be several decimal system parameters by the decimal system Parameter analysis of electrochemical of service interface after, by the decimal system after parsing
Parameter is reconverted into corresponding binary system, so that binary parameters corresponding with component match.
S104, according to the binary parameters after parsing, load component corresponding with the binary parameters after the parsing
Specifically, the decimal system parameter of service interface is parsed and is entered ten after parsing by above-mentioned steps S103
Parameter Switch processed is corresponding binary parameters, then according to the binary parameters after parsing, is searched corresponding with binary parameters
Component, and the component found is loaded into the internal memory of server.During specific implementation, it can be identified to enter with two according to component
The one-to-one relationship of parameter processed, component mark is obtained according to the binary parameters after parsing, is identified according to component in Component Gallery
Middle lookup component.After component corresponding with binary parameters after parsing is found, this is loaded in the internal memory of server
A little components, to complete corresponding service.
Method provided by the invention has a wide range of applications, the application scenarios of present comparative maturity have channel mark control and
Business verification control.
Channel mark control is an applied in reverse of method provided by the invention, such as, in telecommunication service field, foreground
Business hall is defined as binary zero 01, and SMS business hall is defined as binary zero 10, and online business hall is defined as binary
100.There is a binary channel mark switch 111 in service interface, if the binary parameters in service interface
Can from binary system channel mark switch 111 in parse, then can access service interface, otherwise, directly exit service interface.Example
Such as, the binary parameters of service interface are 001, are parsed in can switching 111 from channel mark, are then able to access that clothes
Business interface；It is 011 in the binary parameters of such as service interface, it is impossible to parsed from channel mark switch 111, then
Directly exit service interface.
Business verification control is a conventional application of method provided by the invention, and function check is defined as binary parameters
001, corresponding component is A, and authorization check is defined as Binary Zero 10, and corresponding component is B, and relational checking is defined as binary one 00,
Corresponding component is C, and region verification is defined as binary one 000, and corresponding component is D.Scene 1 for only want to realize function check and
Authorization check, then only need to be passed to Binary Zero 11 to service interface, service interface can dynamic load component A and B,
Realize A and B common function.Scene 2 is wished to realize repertoire, then needs to be passed to binary one 111 to service interface, is serviced
Interface can dynamic load A, B, C and D, realize A, B, C and D common function.
Embodiment two, a kind of service interface access control system based on radix-2 algorithm.With reference to Fig. 2 to the present invention
The system of offer is described in detail.
In Fig. 2, system provided by the invention includes parameter design unit 201, service interface call unit 202, parametric solution
Analyse unit 203 and component loading unit 204.
Wherein, parameter design unit 201 is mainly used in the behaviour according to the customization of the operational order of service interface and service interface
Make the binary parameters of instructions match.
Specifically, the operational order of service interface is the group of an operational order or multiple operational orders in the present embodiment
Close, wherein, the corresponding binary parameters of each operational order, combined in the operational order of service interface for multiple operational orders
In the case of, multiple operational orders are carried out sum operation by parameter design unit 201, that is, obtain the operational order of service interface.
One specific example, existing three operations, is respectively designated as A, B and C, each corresponding component of operation, wherein, component tool
The component for having its identity of unique mark identifies, and component mark binary parameters corresponding with the title operated and operation are one by one
It is corresponding.Three operations A, B and C correspond to Binary Zero 01,010 and 100 respectively, are the multiple of Binary Zero 10.If service interface
Tri- operations of A, B and C are completed, binary parameters corresponding to tri- operations of A, B and C can be carried out phase by parameter design unit 201
Add computing, i.e., the binary system three of Binary Zero 01,010 and 100 3 parameter is subjected to sum operation, that is, obtains binary parameters
111。
Matched when parameter design unit 201 customizes out according to the operational order of service interface with the operational order of service interface
Binary parameters after, the binary parameters of customization are converted to decimal system parameter by parameter conversion unit, such as will be foregoing
Binary parameters 111 are converted to the decimal system 7.Why the binary parameters of customization are converted into decimal system parameter herein, be because
Subsequently to need to parse binary parameters, and existing oracle database can parse to decimal system parameter, can
Directly to be realized using prior art；It is of course also possible to the binary parameters of customization are directly carried out by self-defined analytic method
Parsing.
Service interface call unit 202 is mainly used in calling service interface and is passed to parameter design unit to the service interface
The binary parameters of 201 customizations.
Specifically, binary parameters of the parameter design unit 201 according to the operational order custom fit of service interface, parameter
The binary parameters of customization are converted to corresponding decimal system parameter by converting unit, and service interface call unit 202 calls service
Interface, and by foregoing decimal system parameter service interface, such as, by the above-mentioned service interface of the decimal system 7.
Parameter analysis of electrochemical unit 203 is mainly used in the binary system for calling service interface to be passed to service interface call unit 202
Parameter is parsed.
Specifically, service interface call unit 202 is by the decimal system parameter service interface of customization, Parameter analysis of electrochemical unit
203 calling service interfaces parse to incoming decimal system parameter.Service interface enters according to its operational order to incoming ten
Parameter processed is parsed, and the decimal system parameter that will be passed to is parsed according to the decimal system corresponding to tri- operations of A, B and C.Than
Such as, incoming decimal system parameter is 7, i.e., is parsed according to the decimal system corresponding to A, B and C 1,2 and 4.
In specific implementation, Parameter analysis of electrochemical unit 203 can be entered using existing oracle database to decimal system parameter
Row parsing, such as, decimal system parameter 7 is resolved into 1,2,4 three decimal system parameter.It should be noted that due to operation A, B and
Binary parameters corresponding to C (i.e. binary parameters corresponding to component) are the multiple of Binary Zero 10 (i.e. the decimal system 2), therefore
Parameter analysis of electrochemical unit 203 to decimal system parameter when parsing, times by incoming decimal system Parameter analysis of electrochemical for the decimal system 2
Number, to be matched with the binary parameters of corresponding component.
When be several decimal system parameters by the decimal system Parameter analysis of electrochemical of service interface after, parameter conversion unit will solve
Decimal system parameter after analysis is reconverted into corresponding binary system, so that binary parameters corresponding with component match.
Component loading unit 204 is mainly used in the binary parameters after being parsed according to Parameter analysis of electrochemical unit 203, loading and solution
Component corresponding to binary parameters after analysis.
Specifically, Parameter analysis of electrochemical unit 203 is parsed the decimal system parameter of service interface, parameter conversion unit
It is corresponding binary parameters by the decimal system Parameter Switch after parsing, component searching unit is joined according to the binary system after parsing
Number, search component corresponding with binary parameters.During specific implementation, component searching unit can be identified according to component and binary system
The one-to-one relationship of parameter, component mark is obtained according to the binary parameters after parsing, is then identified according to component in component
The component is searched in storehouse.After component is investigated thoroughly and looks for unit to find component corresponding with binary parameters after parsing, component adds
Carrier unit 204 loads these components in the internal memory of server, to complete corresponding service.
A kind of service interface access control method and system based on radix-2 algorithm provided by the invention, first according to clothes
Be engaged in interface operational order custom fit binary parameters, call service interface and by the binary parameters service of customization
Interface, then service interface incoming binary parameters are parsed, it is last according to the binary parameters parsed, to parsing
Component corresponding to the binary parameters gone out is loaded.Using the method for the present invention, the access parameter of service interface ensure that
It is unified, namely ensure that service interface accesses the stabilization of parameter；Service interface is read out to binary system, is avoided big in code
The characteristic of amount judges, improves the readability of service interface code, also reduces the maintenance cost and difficulty of service interface；Pass through
Binary parameters load to corresponding component, improve the durability of component, namely improve the durability of service interface；
According to the corresponding component of operational order dynamic load of service interface, it is possible to increase the autgmentability of service interface.
The foregoing is only presently preferred embodiments of the present invention, be not intended to limit the invention, it is all the present invention spirit and
Within principle, any modification, equivalent substitution and improvements made etc., it should be included in the scope of the protection.
Claims (7)
- A kind of 1. service interface access control method based on radix-2 algorithm, it is characterised in that the operational order of service interface For the combination of an operational order or multiple operational orders, wherein the corresponding binary parameters of each operational order, including：Step S101, in the case where the operational order of service interface is the combination of multiple operational orders, by the multiple operation Binary parameters corresponding to each operational order carry out sum operation, the binary parameters customized in instruction；Step S102, call service interface and the binary parameters of the customization are passed to the service interface；Step S103, described service interface parses to incoming binary parameters；Step S104, according to the binary parameters after the parsing, loading and corresponding group of binary parameters after the parsing Part, the component that the component has its identity of unique mark identify, and the component mark corresponding with the operational order two is entered Parameter processed corresponds.
- 2. service interface access control method as claimed in claim 1, it is characterised in that the step S101 also includes：The binary parameters of the customization are converted into decimal system parameter；The step S102 includes：Call service interface and be passed to the decimal system parameter to the service interface；Step S103 includes：The service interface parses to incoming decimal system parameter, and is binary system by the decimal system Parameter Switch after parsing Parameter.
- 3. service interface access control method as claimed in claim 1, it is characterised in that the step S104 includes：Identified according to component mark component corresponding with the corresponding relation acquisition binary parameters of binary parameters, according to component mark Know and component corresponding with the binary parameters is searched in Component Gallery, and load the component.
- 4. service interface access control method as claimed in claim 1, it is characterised in that two enter corresponding to the operational order Parameter value processed is the multiple of Binary Zero 10, and the step S103 also includes：The service interface parses to incoming binary parameters, and the binary parameters after the parsing are binary system 010 multiple.
- A kind of 5. service interface access control system based on radix-2 algorithm, it is characterised in that the operational order of service interface For the combination of an operational order or multiple operational orders, wherein the corresponding binary parameters of each operational order, including：Parameter design unit, in the case of in the operational order of service interface for the combination of multiple operational orders, by described in Binary parameters corresponding to each operational order carry out sum operation in multiple operational orders, the binary system ginseng customized Number；Service interface call unit, the binary system for calling service interface and be passed to the customization to the service interface are joined Number；Parameter analysis of electrochemical unit, for calling the service interface to parse incoming binary parameters；Component loading unit, for according to the binary parameters after the parsing, loading and the binary parameters after the parsing Corresponding component, the component that the component has its identity of unique mark identify, the component mark and the operational order pair The binary parameters answered correspond.
- 6. service interface access control system as claimed in claim 5, it is characterised in that also include：Parameter conversion unit, for the binary parameters of the customization to be converted into decimal system parameter；The service interface call unit is used to call service interface and the binary system of the customization is passed to the service interface Parameter specifically includes：Call the service interface and be passed to the decimal system parameter to the service interface；The Parameter analysis of electrochemical unit specifically includes for calling the service interface to carry out parsing to incoming binary parameters：Call the service interface to parse incoming decimal system parameter, and be two by the decimal system Parameter Switch after parsing System parameter.
- 7. service interface access control system as claimed in claim 6, it is characterised in that also include：Component searching unit, for according to the binary parameters after parsing, and identified according to component corresponding with binary parameters Relation obtains component mark corresponding to binary parameters, is searched in Component Gallery according to component mark and joined with the binary system Component corresponding to number.
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| CN112347751B (en) * | 2020-11-06 | 2024-06-18 | 北京思特奇信息技术股份有限公司 | Method and device for generating COSIC workload evaluation document |
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