CN102123099A - Message processing system and method - Google Patents
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- CN102123099A CN102123099A CN2011100662728A CN201110066272A CN102123099A CN 102123099 A CN102123099 A CN 102123099A CN 2011100662728 A CN2011100662728 A CN 2011100662728A CN 201110066272 A CN201110066272 A CN 201110066272A CN 102123099 A CN102123099 A CN 102123099A
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Abstract
The invention discloses a message processing system and method. The system comprises a message sending device and a message receiving device, wherein the message sending device sends message information comprising an xsd (Xml Schema Definition) document; the message receiving device further comprises a syntax analyzing device, a verification method loading device, a verification method executing device and a verification method storage unit, wherein the syntax analyzing device is used for performing syntax analysis on resource information defined in the xsd document, a verification method used by a single element in the xsd document, and the association verification between elements in the xsd document; the verification method loading device is used for performing an instantiated operation on the verification method according to the resource information obtained through the analysis and verification information to be verified; the verification method executing device is used for verifying the verification information to be verified by using an instantiated verification method received by the verification method loading device; and the verification method storage unit is used for editing and storing user-defined verification methods input by a user. When the message processing system and method are utilized, the verification capacity of an interface based on xsd definition can be enhanced.
Description
Technical field
The present invention relates to the message processing technology field in the application system, particularly a kind of message handling system and method that information transmission key element between system is carried out verification.
Background technology
In the application system in fields such as bank, because professional needs, integrated level between system and system is come height more, relate on banking system and the third party's system business aspect and have a large amount of information exchanges, therefore must guarantee the accuracy of exchange message technically, be used for the standard operation flow, take precautions against business risk.Format check inspection for these infomational messages, at present mainly be the verification control of message data to be implemented in program by coding, this method makes verification control be cured in the program, cause verification of message key element and operation flow to be coupled, in case adjusting appears in the information format of exchange, then the corresponding service process program must adjust synchronously, and each adjustment all needs update routine, test, released version etc.And the programmed logic of most of format checks and key element verification all compares redundant and complicated, very easily make mistakes, therefore now increasing system all can use the form of the xsd framework file docking port in the XML Schemal system to define when the define system interface, and based on this framework file exchange message is carried out verification when moving in system.Xsd framework file is the part of XML Schema system, it is used to express one group of outline---one group of regulation that the XML file must be observed, the file that only meets this group outline are only " legal ".
By the verification of xsd framework file the framework checking of xml message is supported that but still there is defective in more complete verification for single key element at present, can only provide the general verification of basic numerical value, as the length of key element, mask etc. based on the canonical formula; But can't support the verification of self-defined key element and the expansion of method of calibration.Whether correct simple verification as will be to 2 bit check positions after 19 numbers of the account of industrial and commercial bank so also must design corresponding verification module and carry out verification, and can not just directly finish when the message format verification in the workflow of back.Existing simultaneously xsd framework file can't carry out verification to the incidence relation between element and the element, exist the detailed amount of money to add up as another detailed amount of money in total amount field element in the interface definition and the interface and equal the business need of total amount, present Schemal verification also can't realize the support to the verification of this kind key element by the definition to the xsd file.
Summary of the invention
In order to solve above-mentioned defective of the prior art, the invention provides a kind of message handling system and method, can realize to carrying out verification, to strengthen checking feature, the flexibility that improves professional expansion and adjust based on the interface of xsd definition based on the self-defined message key element of xsd grammer expansion.
Message handling system of the present invention comprises packet transmission device and message receiving system, the message information that packet transmission device will include the xsd file sends to the message receiving system, the message receiving system further comprises: syntax parsing device 203, in the resource information that is used for described xsd file is defined, the xsd file in employed method of calibration of individual element and the xsd file the related verification between element and the element carry out syntax parsing; Method of calibration charger 204, the instantiation operation that resource information that obtains according to parsing and check information to be verified carry out method of calibration; Method of calibration final controlling element 202 utilizes from method of calibration charger reception instantiation method of calibration check information to be verified is carried out verification; Method of calibration memory cell 205 is used to edit and store the self-defined method of calibration that the user imports.
The present invention also provides a kind of message processing method, and the method comprising the steps of: the message information that packet transmission device will include the xsd file sends to the message receiving system; Syntax parsing is carried out in related verification between element and the element in employed method of calibration of individual element and the xsd file in the resource information that defines in the described xsd file, the xsd file; The instantiation operation that resource information that obtains according to parsing and check information to be verified carry out method of calibration; Utilize the instantiation method of calibration that check information to be verified is carried out verification; And the self-defined method of calibration of editor and storage user input.
Use this message handling system provided by the invention and method, by the configuration and the program of interface verification are separated fully with concrete business flow processing program, making these adjust no longer needs large-scale program adjustment and version to make, strengthened checking feature based on the interface of xsd definition, improved the flexibility of professional expansion and adjustment, for the quick response turn of the market of operation system provides a great convenience.
Description of drawings
Fig. 1 is a message handling system structured flowchart of the present invention;
Fig. 2 is the structured flowchart of syntax parsing device 203 in the message handling system of the present invention;
Fig. 3 is the structured flowchart of method of calibration charger 204 in the message handling system of the present invention;
Fig. 4 is the structured flowchart of method of calibration storage device 205 in the message handling system of the present invention;
Fig. 5 is the flow chart of message processing method provided by the invention;
Fig. 6 is the flow chart that method of calibration charger 204 loads verification;
Fig. 7 provides User Defined method of calibration configuration information for method of calibration storage device 205 and carries out the flow chart of storage.
Embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, below in conjunction with specific embodiment, and with reference to accompanying drawing, the present invention is described in more detail.
In order to finish above-mentioned purpose, the present invention proposes a kind of message handling system and method, its system configuration is referring to Fig. 1.
Fig. 1 is a message handling system structured flowchart of the present invention.
With reference to Fig. 1, message handling system of the present invention comprises packet transmission device 1 and message receiving system 2, wherein message receiving system 2 further comprises: interface 201, method of calibration final controlling element 202, syntax parsing device 203, method of calibration charger 204, method of calibration storage device 205 and message process device 206.
Method of calibration final controlling element 202 is used for reading the method for calibration stored information with passing to method of calibration charger 204 through the infomational message behind the syntax parsing by it from method of calibration storage device 205, and loads method of calibration.After method of calibration final controlling element 202 receives method of calibration after the loading that passes over from method of calibration charger 204, carry out method of calibration, result after will carrying out at last returns to interface 201, by interface 201 check results is sent to message process device 206.
Just, syntax parsing device 203 is used for extension syntax is resolved.Method of calibration charger 204 is responsible for self-defined key element method of calibration is loaded, and method of calibration final controlling element 202 is responsible for carrying out the key element verification, and interface 201 is responsible for carrying out information interaction with packet transmission device 1, message process device 206.
Fig. 2 is the structured flowchart of syntax parsing device 203 in the message handling system of the present invention, and syntax parsing device 203 is responsible for xsd framework file is resolved.
With reference to Fig. 2, syntax parsing device 203 comprises resource information resolution unit 11, single key element verification resolution unit 12, integration factor verification resolution unit 13 at least.
Resource information resolution unit 11 is responsible for the resource information that defines in the xsd file is carried out syntax parsing.Single key element verification resolution unit 12 is responsible for the employed method of calibration configuration information of individual element in the xsd file is carried out syntax parsing.Integration factor verification resolution unit 13 is responsible for element in the xsd file is carried out syntax parsing with the related verification between element.
Fig. 3 is the structured flowchart of method of calibration charger 204 in the message handling system of the present invention, and method of calibration charger 204 is responsible for reading the method for calibration of storage and is carried out instantiation.
Referring to Fig. 3, method of calibration charger 204 comprises that at least method of calibration storage reading unit 21, resource are injected unit 22, element information to be verified injects unit 23, method of calibration instantiation unit 24.
Method of calibration storage reading unit 21 is responsible for reading the method for calibration configuration information from method of calibration storage device 205.Resource injection unit 22 is responsible for the resource information that parses is offered method of calibration instantiation unit 24, and the resource information that parses can be that resource database connects string, affiliated application server ip address or the like.Element information to be verified injects unit 23 to be responsible for element information to be verified is passed to method of calibration instantiation unit 24.Method of calibration instantiation unit 24 is responsible for basis and is received resource information and element information to be verified, and carries out the instantiation operation of method of calibration.
Method of calibration charger 204 is receiving the method for calibration configuration information that method of calibration storage device 205 sends, use method of calibration storage reading unit 21 to read information to be verified, the information to be verified that will read then passes to element to be verified and injects unit 23, and element to be verified injects unit 23 element information to be verified is injected method of calibration instantiation unit 24.Simultaneously, method of calibration charger 204 passes to resource with resource information and injects unit 22, injects unit 22 by resource resource information is injected method of calibration instantiation unit 24.After method of calibration instantiation unit 24 receives resource information and check information to be verified, carry out the instantiation operation of method of calibration.
Fig. 4 is the structured flowchart of method of calibration configuration information storage device 205 in the message handling system of the present invention, and method of calibration storage device 205 is responsible for the self-defined method of calibration of editor and storage user input,
With reference to Fig. 4, method of calibration storage device 205 comprises method of calibration edit cell 61, method of calibration resolution unit 62, method of calibration compilation unit 63, method of calibration memory cell 64 at least.
The input information that method of calibration edit cell 61 is responsible for providing user's editing interface and is accepted the user passes to user's input information method of calibration resolution unit 62 at last.The self-defined method of calibration configuration information that the user that method of calibration resolution unit 62 is responsible for that method of calibration edit cell 61 is provided imports is resolved, be translated into the code snippet of java, java code snippet after will resolving again offers method of calibration compilation unit 63 and compiles, and can use general java compiler to compile.Method of calibration memory cell 64 is responsible for the method for calibration configuration information after the compiling is stored.After method of calibration compilation unit 63 receives the requirement for compiler of method of calibration resolution unit 62, read the method for calibration configuration information of pre-stored from method of calibration memory cell 64 after, data after method of calibration resolution unit 62 resolved compile, and generate the final method of calibration configuration information that can be discerned by method of calibration charger 204.
Method of calibration edit cell 61 can support the user to select arithmetic (add, subtract, multiplication and division) to operated element and support condition judgment (greater than, less than, equal).As supporting of the judgement of certain date element greater than on January 1st, 2000, then the user selects newly-built method of calibration on the interface, then eject the method for calibration editing interface, the user select Rule of judgment (greater than), and the input date (2000-1-1), and preserve, the method of calibration name can called after bigthen2000, then the method for calibration edit cell should generate the configuration information bigthen2000 of User Defined method of calibration, the method of calibration configuration information can use following form to preserve, and sends to the method for calibration resolution unit.
After method of calibration resolution unit 62 receives this method of calibration configuration information, the method for calibration configuration information can be converted into the java code, conversion results is as follows.With valid function encapsulation method of calibration configuration information, the $value value is replaced with the shape ginseng value of function.After conversion is finished, the java code snippet is offered method of calibration compilation unit 63 compile.
After compiling was finished, method of calibration memory cell 64 was preserved the self-defined method of calibration bigthen2000 after the compiling, and carries out related with user-defined method of calibration name.The user can act on method of calibration Bigthen2000 on a certain element to be verified by method of calibration final controlling element 202 and carry out verification.
Method of calibration edit cell 61 also should be supported multiplexing to existing method of calibration, and support method of calibration logical operation (with or, non-).Need be as a certain date element of needs verification greater than on January 1st, 2000, and be less than on January 1st, 2010.Then the user can be after increasing a method of calibration lessthen2010 newly according to the method described above, select newly-increased method of calibration again, choose method of calibration Bigthen2000, select then logical operation (with), choose Lessthen2010 again, click and preserve method of calibration name called after Between2000and2010.Then the method for calibration configuration information is:
After resolving through the method for calibration resolution unit, with valid function encapsulation method of calibration configuration information, high-ranking officers' proved recipe religious name is converted into the class name and the valid function name of method of calibration class, the $value value is converted into the shape ginseng value of valid function.After conversion is finished, the java code snippet is offered method of calibration compilation unit 63 compile.
Fig. 5 is the flow chart of message processing method provided by the invention.
With reference to Fig. 5, the method comprising the steps of 500～507.
Step 504: method of calibration final controlling element 202 is submitted to method of calibration charger 204 with each element to be verified in the inventory to be verified, relevant method of calibration configuration information, associated element information (only for combination verification) and resources definition inventory, method of calibration charger 204 is after receiving these information, carry out loading method of calibration flow process shown in Figure 6, use concrete method of calibration configuration information that method of calibration is carried out instantiation and return to method of calibration final controlling element 202.
Step 505: after method of calibration final controlling element 202 receives the instantiation method of calibration, use the method for calibration of this instantiation that element to be verified is carried out verification, if step 507 is then changeed in the verification failure.
Step 506: after the element verification of an appointment on executing, continue the element next to be verified in the inventory to be verified is carried out verification, the element to be verified of all in inventory to be verified is all finished by verification.
Step 507: give message process device 206 with check results after verification is finished, the key element checking process finishes.
Fig. 6 is the flow chart that method of calibration charger 204 loads verification, and concrete steps are as follows:
Step 600: method of calibration charger 204 receives the method for calibration load request that method of calibration final controlling element 202 sends, obtain the method for calibration title of transmission, element information to be verified and associated element information (only combination verification) are obtained the resource inventory of transmission simultaneously.
Step 601: method of calibration charger 204 uses method of calibration storage reading unit 21 to read method of calibration title corresponding check method configuration information and relevant information from method of calibration storage device 205, relevant information comprises prestrain method of calibration configuration information, and the input parameter information of method of calibration, provide it to method of calibration instantiation unit 24.
Step 602: method of calibration charger 204 uses resource injection unit 22 that the resource of its resource inventory that gets access to is offered method of calibration instantiation unit 24.
Step 603: method of calibration charger 204 uses element information to be verified to inject unit 23 element information to be verified and associated element information (only for combination verification) is offered method of calibration instantiation unit 24.
Step 604: method of calibration charger 204 uses the 24 pairs of methods of calibration in method of calibration instantiation unit to carry out instantiation operation, at last the method for calibration example is returned to method of calibration final controlling element 202.
Fig. 7 provides User Defined method of calibration configuration information for method of calibration storage device 205 and carries out the flow chart of storage, comprises that step 700 is to 305.This flow process was applicable in the system maintenance stage, the self-defined method of calibration in the User Defined message interface.
Step 700: method of calibration edit cell 61 provides the editable self-defined method of calibration of user interface, after user definition is finished self-defining method of calibration, selects to preserve.
Step 701: the method for calibration configuration information of 62 pairs of user's inputs of method of calibration resolution unit is resolved, and the information after will resolving sends to method of calibration compilation unit 63.
Step 702: the method for calibration configuration information after 63 pairs of parsings of method of calibration compilation unit compiles, the method for calibration configuration information that generation can load.
Step 703: 205 pairs of method of calibration configuration informations of method of calibration configuration information storage device are stored.
Step 704: after self-defined method of calibration editor finished, the user selected the xsd framework file of appointment and opens.Select the edit asset item, method of calibration edit cell 61 provides the resource edit configuration interface, after the user imports resource information, selects to preserve, and method of calibration edit cell 61 is saved in user configured resource items information in the xsd framework file.Shown in the syntax of resource items information definition can be defined as follows.＜icbcxsd:resourcegroup〉tabulation of definition resource items, the syntactic definition of each resource items is＜icbcxsd:resource 〉, resource items comprises name and key-value pair of value.
Step 705: the user selects a certain element to be verified, and selects to need to be loaded in the self-defined method of calibration storehouse method of calibration on this element by the interface.In the xsd framework file that the self-defined method of calibration configuration store that edit cell 61 is selected the user is opened to the user.
The binding configuration of element to be verified and method of calibration can be passed through following grammar definition:
Single key element verification syntactic definition is＜icbcxsd:singlerulerestirction 〉, generally be placed on＜xsd:element under the node element, in the verification group, defined some＜icbcxsd:rulecheck〉child node, at least comprise a method of calibration name attribute in each child node, defined self-defined method of calibration title in this attribute, example lieutenant colonel's proved recipe legitimate name attribute flags is class
Integration factor verification syntactic definition is＜icbcxsd:complexrulerestriction 〉, in the verification group each＜icbcxsd:complexrulecheck comprise an integration factor method of calibration, each＜icbcxsd:complexrulecheck comprise a method of calibration name attribute class element and one group of coherent element attribute (the attribute relationelementNum that comprises a coherent element name attribute relationelement element and a coherent element number in the example) at least.SumCountEqual method of calibration in the example be used for be defined in/all detailed amount of money of CFX/MSG/TraAmt add up.
The present invention is by introducing self-defined message key element method of calibration xsd framework file, and realizes dynamic load and the execution of method of calibration when the message checking by self-defined method of calibration, do not need the key element verification of business procedure controlled directly to be planned in the flow process.The self-defined method of calibration grammer that the present invention introduced, expand based on existing Xml Schemal grammer, do not need existing program of carrying out the interface verification by xsd framework file is made amendment, effectively raise the efficient of in existing system, introducing self-defined message key element method of calibration, reduced the risk that frequent modification brought.
Above-described specific embodiment; purpose of the present invention, technical scheme and beneficial effect are further described; institute is understood that; the above only is specific embodiments of the invention; be not limited to the present invention; within the spirit and principles in the present invention all, any modification of being made, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (12)
1. message handling system, this system comprises packet transmission device and message receiving system, and the message information that packet transmission device will include the xsd file sends to the message receiving system, it is characterized in that, and the message receiving system further comprises:
Syntax parsing device (203), in the resource information that is used for described xsd file is defined, the xsd file in employed method of calibration configuration information of individual element and the xsd file the related verification between element and the element carry out syntax parsing;
Method of calibration charger (204), the instantiation operation that resource information that obtains according to parsing and check information to be verified carry out method of calibration;
Method of calibration final controlling element (202) utilizes from the instantiation method of calibration of method of calibration charger reception check information to be verified is carried out verification;
Method of calibration storage device (205) is used to edit and store the self-defined method of calibration that the user imports.
2. system according to claim 1 is characterized in that, described syntax parsing device (203) further comprises:
The resource information resolution unit, the resource information that is used for the xsd file is defined is carried out syntax parsing;
Single key element verification resolution unit is used for the employed method of calibration configuration information of xsd file individual element is resolved;
Integration factor verification resolution unit is used for syntax parsing is carried out in the related verification between xsd file element and the element.
3. system according to claim 2 is characterized in that, described method of calibration charger (204) further comprises:
Method of calibration storage reading unit (21) is used for reading check information to be verified from method of calibration storage device (205);
Resource is injected unit (22), and the resource information that is used for parsing offers method of calibration instantiation unit (24);
Element information to be verified injects unit (23), is used for element information to be verified is passed to method of calibration instantiation unit (24);
Method of calibration instantiation unit (24) is used for carrying out the instantiation operation of method of calibration according to receiving resource information and element information to be verified.
4. system according to claim 3 is characterized in that, the described resource information that parses is the IP address that resource database connects string or affiliated application server.
5. according to each described system of claim 1-4, it is characterized in that described method of calibration storage device (205) further comprises:
Method of calibration edit cell (61), the input information that is used to provide user's editing interface and accepts the user;
Method of calibration resolution unit (62) is used for the user is resolved by the self-defined method of calibration configuration information of method of calibration edit cell (61) input;
Method of calibration compilation unit (63) compiles the data after method of calibration resolution unit (62) parsing, and generation can be by the method for calibration configuration information of method of calibration charger (204) identification.
6. system according to claim 5 is characterized in that,
Method of calibration resolution unit (62) is resolved the self-defined method of calibration configuration information of user's input, be translated into the code snippet of java, java code snippet after will resolving again offers method of calibration compilation unit (63) and compiles, and method of calibration compilation unit (63) uses the java compiler to compile.
7. system according to claim 6 is characterized in that, this system also comprises:
Interface (201) is used for receiving infomational message from packet transmission device, and reads the xsd framework file in this infomational message, and gives method of calibration final controlling element (202) with the infomational message and the xsd framework file transfers that receive.
8. message processing method is characterized in that the method comprising the steps of:
The message information that includes the xsd file sends to the message receiving system from packet transmission device;
Syntax parsing is carried out in related verification between element and the element in employed method of calibration configuration information of individual element and the xsd file in the resource information that defines in the described xsd file, the xsd file;
The instantiation operation that resource information that obtains according to parsing and check information to be verified carry out method of calibration;
Utilize the instantiation method of calibration that check information to be verified is carried out verification; And
The self-defined method of calibration of editor and storage user input.
9. method according to claim 8 is characterized in that, the described resource information that parses is the IP address that resource database connects string or affiliated application server.
10. method according to claim 8 is characterized in that, the step of the self-defined method of calibration of editor and storage user input further comprises:
User's editing interface is provided and accepts user's input information;
Self-defined method of calibration configuration information to user's input is resolved;
Data after resolving are compiled.
11. method according to claim 10 is characterized in that,
Self-defined method of calibration configuration information to user's input is resolved, and is translated into the code snippet of java, and the java code snippet after will resolving again uses the java compiler to compile.
12. method according to claim 11 is characterized in that, this method also comprises:
Receive infomational message from packet transmission device, and read the xsd framework file in this infomational message.
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| CN103647687A (en) * | 2013-12-25 | 2014-03-19 | 中国工商银行股份有限公司 | Method and device for verifying business parameters of application system |
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| CN109379326A (en) * | 2018-08-29 | 2019-02-22 | 中国建设银行股份有限公司 | XML message rule method of calibration, equipment and storage medium |
| CN111709217A (en) * | 2020-06-22 | 2020-09-25 | 上海通联金融服务有限公司 | Method for self-defining return message for different banks |
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| CN102123099B (en) | 2013-07-24 |
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