CN111427612A - Method and system for checking resource index - Google Patents
Method and system for checking resource index Download PDFInfo
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- CN111427612A CN111427612A CN202010296163.4A CN202010296163A CN111427612A CN 111427612 A CN111427612 A CN 111427612A CN 202010296163 A CN202010296163 A CN 202010296163A CN 111427612 A CN111427612 A CN 111427612A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/10—File systems; File servers
- G06F16/16—File or folder operations, e.g. details of user interfaces specifically adapted to file systems
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- G06F8/10—Requirements analysis; Specification techniques
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- G—PHYSICS
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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- G06F8/40—Transformation of program code
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Abstract
The invention provides a method and a system for verifying a resource index, wherein the method comprises the following steps: establishing a structural information association relation of various files in an internal storage database; monitoring the operation of each file in the software development process, analyzing the files after confirming the information of the operation change files, and matching the analysis result with the structure information incidence relation of the files so as to update the structure information incidence relation of the files according to the analysis result and the matching result; acquiring a check rule corresponding to a node element of the structural information association relation of the updated file; and verifying the content corresponding to the node element of the structural information incidence relation of the updated file according to the verification rule, and outputting a verification result. The invention can quickly capture the content changed by the resource file in the software development process, thereby quickly carrying out data analysis and normative verification.
Description
Technical Field
The invention relates to the field of computer software development, in particular to a method and a system for verifying resource indexes.
Background
In a software development application, the process of receiving analysis and verification of the resource file items of an operation may be referred to as verification of a resource index. For example, when the system is used for searching, the search result of this time is stored, so that the system can accelerate the searching speed when the same content is searched next time. The check of the resource index makes a determination based on the resource index of one of the plurality of resource instances that satisfies the condition associated with the request, and returns the one of the plurality of resource instances to the application.
How to quickly capture the content changed by the resource file in the software development process, and further quickly perform data analysis and normative verification becomes an urgent problem to be solved.
Disclosure of Invention
The invention aims to provide a method and a system for verifying resource indexes, so that the content changed by a resource file in the software development process can be captured quickly, and further, data analysis and normative verification can be performed quickly.
According to a first aspect of the present invention, a method for checking a resource index includes: setting a structure information incidence relation of various files in an internal memory database, wherein the structure information incidence relation comprises an information structure of each file, an incidence relation of each file, an assembly information structure of each file, an assembly port information structure of each assembly, a package information structure and a data information structure bound by each file;
monitoring the operation of each file in the software development process, analyzing the file after confirming that the operation changes the information of the file, and matching the analysis result with the structure information incidence relation of the file so as to update the structure information incidence relation of the file according to the analysis result and the matching result;
acquiring a check rule corresponding to a node element of the updated structural information association relation of the file; and verifying the content corresponding to the node element of the updated structural information incidence relation of the file according to the verification rule, and outputting a verification result.
Preferably, the step of parsing the file comprises, before the step of parsing the file:
judging whether the suffix of the file belongs to a predefined file analysis range or not;
if the file belongs to the predefined file analysis range, judging whether the content of the file conforms to a predefined standard format, and executing the step of analyzing the file after determining that the content of the file conforms to the predefined standard format.
Preferably, the method further comprises;
receiving an information calling request;
and calling corresponding information from the structural information incidence relation according to the information calling request, and feeding back the called information.
Preferably, the information structure of the file includes a file information table including a path of the file, a comment name, a belonging data dictionary, a belonging item name, an extension, accessible information, a file name, content description information, and a component identification number for starting component connection.
Preferably, the association relationship of each file includes a file association relationship table, where the file association relationship table includes a relationship identification number between files, an association path between files, and a path of each file;
the component information structure comprises a component information table, and the component information table comprises a component unique identification number, a component display identification number and a component binding file path.
Preferably, the component port information structure includes: the device comprises a component port information table, a component management module and a component management module, wherein the component port information table comprises a port main key identification number, a port name, a port display name, a target port identification number and a component identification number to which the component belongs;
the packet information structure includes a packet information table including: package full path, package name, and version number.
Preferably, the data information structure comprises a data information table, the data information table comprising: data file path, data file name, binding object information and binding file path; the binding object information comprises a binding request or a binding response.
According to a second aspect of the present invention, a system for checking a resource index includes: the configuration device is used for establishing a structure information incidence relation of various files in the memory database, wherein the structure information incidence relation comprises an information structure of each file, an incidence relation of each file, an assembly information structure of each file, an assembly port information structure of each assembly, a package information structure and a data information structure bound by each file;
the index device is used for monitoring the operation on each file in the software development process, analyzing the file after confirming that the information of the file is changed by the operation, and matching the analysis result with the structure information incidence relation of the file so as to update the structure information incidence relation of the file according to the analysis result and the matching result;
the checking device is used for acquiring a checking rule corresponding to a node element of the updated structural information incidence relation of the file; and verifying the content corresponding to the node element of the updated structural information incidence relation of the file according to the verification rule, and outputting a verification result.
Preferably, the indexing means includes a judging sub-means for judging whether a suffix of the file belongs to a predefined file analysis range; if the file belongs to the predefined file analysis range, judging whether the content of the file conforms to a predefined standard format, and analyzing the file after determining that the content of the file conforms to the predefined standard format.
Preferably, the system for checking the resource index further comprises;
and the calling device is used for receiving the information calling request, calling corresponding information from the structural information incidence relation according to the information calling request, and feeding back the called information.
According to the method and the system for checking the resource index, provided by the invention, the structure information incidence relation of various files is established in the memory database, the structure information incidence relation comprises the information structure of each file, the incidence relation of each file, the component information structure of each file, the component port information structure of each component, the package information structure and various types of data information structures bound by each file, and the files are compiled and matched in a classified manner, so that when a user uses a development tool to develop resources, the content changed by developing and editing the resource files is quickly (at the first time) captured to carry out data structure analysis, recording, normative checking and the like. In addition, data are managed in detail in the operation of the system, a memory database is used as a storage container in a storage space, and the requirements that the software development tool can manage and control large number of files and program operation needs to acquire related information of the files in time can be met.
Other characteristic features and advantages of the invention will become apparent from the following description of exemplary embodiments, which is to be read in connection with the accompanying drawings.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of the specification, illustrate embodiments of the invention and together with the description, serve to explain the principles of the invention. In the drawings, like reference numerals are used to indicate like elements. The drawings in the following description are directed to some, but not all embodiments of the invention. For a person skilled in the art, other figures can be derived from these figures without inventive effort.
FIG. 1 is a flowchart illustrating a first embodiment of a method for checking a resource index according to the present invention;
FIG. 2 is a flowchart illustrating a second embodiment of a method for checking a resource index according to the present invention;
FIG. 3 is a flowchart illustrating a third embodiment of a method for checking a resource index according to the present invention;
FIG. 4 is a diagram illustrating a structural information association relationship in the method for checking a resource index according to the present invention;
FIG. 5 is a block diagram of a system for checking a resource index according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention. It should be noted that the embodiments and features of the embodiments in the present application may be arbitrarily combined with each other without conflict.
The following detailed description is made in conjunction with the embodiments illustrated in the various figures.
As shown in fig. 1, a method for checking a resource index of the present invention includes:
step 101: setting a structure information incidence relation of various files in an internal memory database, wherein the structure information incidence relation comprises an information structure of each file, an incidence relation of each file, an assembly information structure of each file, an assembly port information structure of each assembly, a package information structure and a data information structure bound by each file;
step 102: monitoring the operation of each file in the software development process, analyzing the file after confirming that the operation changes the information of the file, and matching the analysis result with the structure information incidence relation of the file so as to update the structure information incidence relation of the file according to the analysis result and the matching result;
step 103: acquiring a check rule corresponding to a node element of the updated structural information association relation of the file; and verifying the content corresponding to the node element of the updated structural information incidence relation of the file according to the verification rule, and outputting a verification result.
The method for checking the resource index establishes the structure information incidence relation of various files in the memory database, wherein the structure information incidence relation comprises the information structure of each file, the incidence relation of each file, the component information structure of each file, the component port information structure of each component, the package information structure and the data information structure bound by each file, and the files are compiled and matched in classification, so that when a user uses a development tool to develop resources, the content changed by developing and editing the resource files is quickly (firstly) captured to carry out data structure analysis, recording, normative checking and the like. In addition, data are managed in detail in the operation of the system, a memory database is used as a storage container in a storage space, and the requirements that the software development tool can manage and control large number of files and program operation needs to acquire related information of the files in time can be met.
As shown in fig. 2, the present invention provides another resource index checking method, which is a preferred embodiment of the method shown in fig. 1, and the resource index checking method includes:
step 1: the files are monitored for changes.
For example, when the software development platform is started, a global registration resource monitoring event is performed, and each time a user operates a single file or multiple files simultaneously in the software development platform, the listener can obtain which files the user operates in real time, and can specify in detail which operations (such as addition, modification, and deletion) the user performs on the files.
Partial code example:
step 2: and (5) carrying out data condition analysis.
The method specifically comprises the steps that after a listener detects that a user operation changes some files or one file, the files are analyzed one by one, whether a suffix of the file belongs to a predefined file analysis range (such as a file defined in a software development tool) is judged firstly, if the suffix belongs to the predefined file analysis range, whether the content of the file conforms to a predefined standard format (such as whether a closed label is absent in XM L or the file does not conform to the XM L standard format) is judged, and step 3 is executed after the content of the file conforms to the predefined standard format is determined.
And step 3: and compiling and storing the information.
The method specifically comprises the following steps: analyzing the file, and matching the analysis result with the structure information incidence relation of the file (i.e. matching each node in the analysis file with each field of the structure information incidence relation), so as to update the corresponding field content in the structure information incidence relation of the file according to the analysis result and the matching result.
Partial code example:
the structure information association relation is stored in a memory database and is obtained by indexing each data structure through the memory database, and the structure information association relation comprises an information structure of each file borne by a plurality of data structures in a one-to-one correspondence manner, an association relation of each file, a component information structure included in each file, a component port information structure included in each component, a package information structure and a data information structure bound by each file.
In the embodiment, when a software development tool (platform) edits a file, functions of data capture, association index establishment, key information quantitative structure storage and rule verification of the file content in development are integrated, and each function can be independently executed. Each function is centered around the manipulation of files and a prerequisite is to ensure that the content of the manipulated files is regularly circulated and controllable. That is, it is determined which fields in a file have their attributes managed, then the managed node information in the file is extracted, and various files in multiple software development tools (platforms) are analyzed, and the structure information association relationship of the file can be designed by analyzing the file structure, and then the extracted content is declared as independent constant fields in the program development code (see each database table for details). As shown in fig. 4 in particular, the information structure of the file includes a file information table, which includes a path of the file, a comment name, a belonging data dictionary, a belonging item name, an extension, accessible information, a file name, content description information, and a component identification number for starting component connection.
The incidence relation of each file comprises a file incidence relation table, and the file incidence relation table comprises relation identification numbers among the files, incidence paths among the files and paths of each file; the component information structure comprises a component information table, and the component information table comprises a component unique identification number, a component display identification number and a component binding file path.
The component port information structure includes: the device comprises a component port information table, a component management module and a component management module, wherein the component port information table comprises a port main key identification number, a port name, a port display name, a target port identification number and a component identification number to which the component belongs; the packet information structure includes a packet information table including: package full path, package name, and version number. The data information structure includes a data information table, the data information table including: data file path, data file name, binding object information and binding file path; the binding object information comprises a binding request or a binding response.
And 4, step 4: and carrying out verification processing.
Acquiring a check rule corresponding to a node element of the updated structural information incidence relation of the file; and verifying the content corresponding to the node element of the updated structural information incidence relation of the file according to the verification rule, and outputting a verification result.
After the node element information is stored in the database by performing the resource file compilation (i.e., step 3), the step 4 is continuously performed to perform resource verification (file verification). The position designated by the node element in the editing of the file is preset with a corresponding editing rule, for example: whether other files introduced in the file exist. Through the step 4, the condition that the user does not conform to the editing rules and the development of the rules with violation are displayed in the corresponding error display columns, so that the user can capture the relevant error information at the first time.
And 5: and (6) data arrangement is carried out. The method specifically comprises the following steps: receiving an information calling request; and calling corresponding information from the structural information incidence relation according to the information calling request, and feeding back the called information.
In the embodiment, the file management is executed in the program memory through the memory operation database, and the storage definition of the resource information is not only for the purpose of rule checking but also for the convenience of quickly acquiring the resource content. Such as: when a user develops an editing resource through a development platform, the user wants to quickly determine whether some specified files exist or whether some specified keywords exist in some files. According to the method and the device, through data compiling and design of a database structure, control and storage limitation of all node elements of file contents are managed, text contents cannot be omitted, control of key element information in all kinds of files is supported, and convenience of a software development platform development environment is improved.
As shown in fig. 3, the present invention provides another method for checking a resource index, which is a preferred embodiment of the methods shown in fig. 1 and fig. 2, and the method for checking a resource index is different from the method shown in fig. 2 mainly in that: after the resource change is monitored, the storage of elements in the file compiling and compiling stage is divided into a differential compiling (construction) mode and a full compiling (construction) mode. The information structure of each file, the association relation of each file, the component information structure included by each file, the component port information structure included by each component, the package information structure and the data information structure bound by each file are specifically set in the form of a database table structure. See tables 1-6 below for details.
Table 1 file information table documenfo
| Name of field | Type (B) | Whether or not to make a key | Is unique or not | Description of the invention |
| Path | Varchar(1024) | Is that | Is that | Full path of iresource |
| Caption | Varchar(512) | Whether or not | Whether or not | Annotation name |
| Adename | Varchar(256) | Whether or not | Is that | Names of data dictionaries |
| ProjectName | Varchar(128) | Whether or not | Whether or not | Name of item |
| ExtendsName | Varchar(128) | Whether or not | Whether or not | Extension name |
| Description | Varchar(1024) | Whether or not | Whether or not | Description of the invention |
| Accessibility | Varchar(128) | Whether or not | Whether or not | Accessibility |
| StartId | Varchar(128) | Whether or not | Whether or not | Start node connection component id |
| Name | Varchar(256) | Whether or not | Whether or not | Filename |
Table 2 file association table DOCUMENTRE L information
| Name of field | Type (B) | Whether or not to make a key | Is unique or not | Description of the invention |
| DRID | Int | Is that | Is that | Relationship ID |
| SourcePath | Varchar(512) | NO/foreign key | Whether or not | Route of travel |
| RelationPath | Varchar(512) | NO/foreign key | Whether or not | Association path |
Table 3 component information table COMPONENTINFO
| Name of field | Type (B) | Whether or not to make a key | Is unique or not | Description of the invention |
| ID | Int | Is that | Is that | Component unique ID |
| CID | Varchar(256) | Whether or not | Whether or not | Component ID |
| CShowID | Varchar(256) | Whether or not | Whether or not | Component display ID |
| CBPath | Varchar(1024) | Whether or not | Whether or not | Binding file paths |
| MapPath | Varchar(1024) | Whether or not | Whether or not | Mapping paths |
| OwnerPath | Varchar(1024) | NO/foreign key | Whether or not | The file path |
| Mappings | other | Whether or not | Whether or not | Component mapping |
| Ade | Varchar(1024) | Whether or not | Whether or not | Bound data dictionary |
Table 4 component port information table componentport info o
| Name of field | Type (B) | Whether or not to make a key | Is unique or not | Description of the invention |
| PID | Int | Is that | Is that | Port primary key ID |
| PSID | Varchar(256) | Whether or not | Whether or not | Port ID |
| Pname | Varchar(256) | Whether or not | Whether or not | Port(s)Name (name) |
| PCaption | Varchar(256) | Whether or not | Whether or not | Port display name |
| PNextID | Varchar(256) | Whether or not | Whether or not | Target port ID |
| PCID | Int | NO/foreign key | Whether or not | The component ID |
TABLE 5 TABLE PACKAGEINFO
| Name of field | Type (B) | Whether or not to make a key | Is unique or not | Description of the invention |
| Ppath | Varchar(1024) | Is that | Is that | All path of package |
| Ppname | Varchar(256) | Whether or not | Whether or not | Name of bag |
| Pversion | Varchar(256) | Whether or not | Whether or not | Version number |
TABLE 6 TABLE ADEINFO (data dictionary, data model information)
| Name of field | Type (B) | Whether or not to make a key | Is unique or not | Description of the invention |
| Aid | int | Is that | Is that | |
| Apath | Varchar(1024) | Whether or not | Whether or not | Data file path |
| Afield | Varchar(256) | Whether or not | Whether or not | Data file name |
| Abody | Varchar(256) | Whether or not | Whether or not | Whether a binding is a request or a response |
| Bpath | Varchar(1024) | NO/foreign key | Whether or not | Path to which file belongs |
In the embodiment, the file content is compiled after the operation change of the file is monitored in the software development tool, and then the resource node is stored and the content is verified. The functions of compiling, storing and verifying can independently exist (normally executed) and can be flexibly changed, and the combination and use of all the functions is a complete compiling tool. Each function can be embedded into a software development tool for use; or an independent running application can be exported for use; even if the call between grammars is carried out, the call can be directly called and used by other grammar functions without recoding and writing. Compiling, storing and verifying facilitate the program to quickly obtain the contents in or around some files when running, and the method is completed on the premise of not controlling the files, and can achieve double results with half the effort when developing resource files.
As shown in fig. 5, the present invention provides a block diagram of a structure of an embodiment of a system for checking a resource index, which is a system corresponding to the embodiment of the method shown in fig. 1 to 4, and the explanations of fig. 1 to 5 may be applied in this embodiment. The system for verifying the resource index specifically includes:
a configuration device 501, configured to set up a structure information association relationship of each type of file in an internal memory database, where the structure information association relationship includes an information structure of each file, an association relationship of each file, a component information structure included in each file, a component port information structure included in each component, a package information structure, and a data information structure bound to each file;
the indexing device 502 is used for monitoring the operation on each file in the software development process, analyzing the file after confirming that the information of the file is changed by the operation, and matching the analysis result with the structure information incidence relation of the file so as to update the structure information incidence relation of the file according to the analysis result and the matching result;
the checking device 503 is configured to obtain a checking rule corresponding to a node element of the updated structural information association relationship of the file; and verifying the content corresponding to the node element of the updated structural information incidence relation of the file according to the verification rule, and outputting a verification result.
Preferably, the indexing means 502 comprises a judging sub-means (not shown in the figure) for judging whether the suffix of the file belongs to a predefined file analysis range; if the file belongs to the predefined file analysis range, judging whether the content of the file conforms to a predefined standard format, and analyzing the file after determining that the content of the file conforms to the predefined standard format.
The system for checking the resource index further comprises: the invoking device 504 is configured to receive an information invoking request, invoke corresponding information from the structural information association relationship according to the information invoking request, and feed back the invoked information.
The checking system for the resource index establishes the structure information incidence relation of various files in the memory database, wherein the structure information incidence relation comprises the information structure of each file, the incidence relation of each file, the component information structure of each file, the component port information structure of each component, the package information structure and the data information structure bound by each file, and the files are compiled and matched in classification, so that when a user uses a development tool to develop resources, the contents changed by developing and editing the resource files are quickly (firstly) captured to carry out data structure analysis, recording, normative checking and the like. In addition, data are managed in detail in the operation of the system, a memory database is used as a storage container in a storage space, and the requirements that the software development tool can manage and control large number of files and program operation needs to acquire related information of the files in time can be met.
The above-described aspects may be implemented individually or in various combinations, and such variations are within the scope of the present invention.
The above-described aspects may be implemented individually or in various combinations, and such variations are within the scope of the present invention.
Finally, it should be noted that: the above examples are only for illustrating the technical solutions of the present invention, and are not limited thereto. Although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.
Claims (10)
1. A method for checking a resource index includes:
setting a structure information incidence relation of various files in an internal memory database, wherein the structure information incidence relation comprises an information structure of each file, an incidence relation of each file, an assembly information structure of each file, an assembly port information structure of each assembly, a package information structure and a data information structure bound by each file;
monitoring the operation of each file in the software development process, analyzing the file after confirming that the operation changes the information of the file, and matching the analysis result with the structure information incidence relation of the file so as to update the structure information incidence relation of the file according to the analysis result and the matching result;
acquiring a check rule corresponding to a node element of the updated structural information association relation of the file; and verifying the content corresponding to the node element of the updated structural information incidence relation of the file according to the verification rule, and outputting a verification result.
2. The verification method of claim 1, wherein: prior to the step of parsing the file comprising:
judging whether the suffix of the file belongs to a predefined file analysis range or not;
if the file belongs to the predefined file analysis range, judging whether the content of the file conforms to a predefined standard format, and executing the step of analyzing the file after determining that the content of the file conforms to the predefined standard format.
3. The verification method of claim 2, wherein: the method further comprises;
receiving an information calling request;
and calling corresponding information from the structural information incidence relation according to the information calling request, and feeding back the called information.
4. A verification method according to any one of claims 1-3, characterized by: the information structure of the file includes a file information table including a path of the file, a comment name, a belonging data dictionary, a belonging item name, an extension, accessible information, a file name, content description information, and a component identification number for starting component connection.
5. The verification method of claim 4, wherein: the incidence relation of each file comprises a file incidence relation table, and the file incidence relation table comprises relation identification numbers among the files, incidence paths among the files and paths of each file;
the component information structure comprises a component information table, and the component information table comprises a component unique identification number, a component display identification number and a component binding file path.
6. The verification method of claim 5, wherein: the component port information structure includes: the device comprises a component port information table, a component management module and a component management module, wherein the component port information table comprises a port main key identification number, a port name, a port display name, a target port identification number and a component identification number to which the component belongs;
the packet information structure includes a packet information table including: package full path, package name, and version number.
7. The verification method of claim 6, wherein: the data information structure includes a data information table, the data information table including: data file path, data file name, binding object information and binding file path; the binding object information comprises a binding request or a binding response.
8. A system for checking a resource index, comprising:
the configuration device is used for establishing a structure information incidence relation of various files in the memory database, wherein the structure information incidence relation comprises an information structure of each file, an incidence relation of each file, an assembly information structure of each file, an assembly port information structure of each assembly, a package information structure and a data information structure bound by each file;
the index device is used for monitoring the operation on each file in the software development process, analyzing the file after confirming that the information of the file is changed by the operation, and matching the analysis result with the structure information incidence relation of the file so as to update the structure information incidence relation of the file according to the analysis result and the matching result;
the checking device is used for acquiring a checking rule corresponding to a node element of the updated structural information incidence relation of the file; and verifying the content corresponding to the node element of the updated structural information incidence relation of the file according to the verification rule, and outputting a verification result.
9. The verification system of claim 8, wherein: the indexing device comprises a judging sub-device for judging whether the suffix of the file belongs to a predefined file analysis range or not; if the file belongs to the predefined file analysis range, judging whether the content of the file conforms to a predefined standard format, and analyzing the file after determining that the content of the file conforms to the predefined standard format.
10. The verification system of claim 9, wherein: the verification system further comprises;
and the calling device is used for receiving the information calling request, calling corresponding information from the structural information incidence relation according to the information calling request, and feeding back the called information.
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