Business management system construction method based on personalized requirements of government and enterprise informatization

Abstract

The invention discloses a business management system construction method based on personalized requirements of government and enterprise informatization, and relates to the field of computers. Forming at least one business component; forming a splicing code of the business component, and forming an operation code of the business component; verifying and correcting the operation code of the business component; forming a graphical modification interface; the combination effect is previewed and displayed in real time, and the business component combination is modified; obtaining a total code of the service component combination architecture by using the operation code and the splicing code of the service component; and forming a function interface in the development adjustment process, and constructing to obtain the business management system. By setting the user permission, forming the operation code of the service component, verifying and correcting the operation code of the service component and forming the graphical modification interface, an enterprise is helped to quickly build and deploy a service management system, the development efficiency is improved, and the individual requirements of the enterprise can be met.

Description

Technical Field

[0001] The present invention relates to the field of computers, and in particular to a method for constructing a business management system based on the individual needs of government and enterprise informatization. Background Art

[0002] With the maturity of network communications, computer technology, and database technology, the concept of office automation has gradually penetrated various management fields. Enterprise business management systems require a large number of tasks to be processed, and the form and structure of these tasks change over time. Existing systems struggle to continuously meet these changing business needs, necessitating regular deployment and revision of business management systems. However, the deployment and revision of existing business management systems inevitably require code modifications, requiring professional programmers to configure the necessary settings and requiring interoperability between programmers and enterprise personnel, resulting in slow development efficiency. Summary of the Invention

[0003] In order to solve the above technical problems, a method for constructing a business management system based on the individual needs of government and enterprise informatization is provided. This technical solution solves the problems raised in the above background technology.

[0004] In order to achieve the above objects, the technical solution adopted by the present invention is:

[0005] The method for constructing a business management system based on the individual needs of government and enterprise informatization includes:

[0006] Set user permissions, the user is a business developer;

[0007] Conduct business needs analysis to form at least one business component, which is a visual box;

[0008] Form the splicing code of business components and form the running code of business components;

[0009] Verify and correct the running code of business components;

[0010] Based on user permissions, a graphical modification interface is formed, which is composed of verified and revised business components;

[0011] When users are combining business components, the combination effect is previewed in real time, and users can modify the business component combination based on the real-time preview.

[0012] Obtain the business component combination architecture obtained through the user's personalized modification, and use the running code and splicing code of the business components to obtain the total code of the business component combination architecture;

[0013] The above development and adjustment process is formed into a functional interface to construct a business management system.

[0014] Preferably, the user authority setting includes the following steps:

[0015] Classify the users to obtain at least one user set, and assign an importance coefficient to each user set, where the importance coefficient is the value of at least one identification point obtained by evenly dividing the interval (0, 1);

[0016] A verification question set is formed for the user set, the number of questions in the verification question set is a preset number, the difficulty coefficient of the questions in the verification question set is the importance coefficient of the user set, and the difficulty coefficient is equal to the average correct answer rate of the questions in the verification question set;

[0017] Calculate the importance of the business functions involved in the business component and match the user set with the closest importance coefficient to the business component. The importance is equal to the proportion of the number of related businesses involved in the business component among all businesses.

[0018] When the user passes the verification of the verification question set, the business components corresponding to the user set can be combined and modified.

[0019] Preferably, the performing of business demand analysis to form at least one business component comprises the following steps:

[0020] Decompose business requirements to obtain at least one basic requirement;

[0021] For each basic requirement, form a visual box, and then use the visual box as the business component of the basic requirement.

[0022] Preferably, the forming of the splicing code of the business component and the forming of the running code of the business component include the following steps:

[0023] Randomly combining at least one business component in pairs to obtain at least one business component combination;

[0024] Obtaining a code for concatenating business components in a business component combination as a splicing code of the business components;

[0025] Based on big data, obtain the data code that is closest to the function of the business component as the running code of the business component.

[0026] Preferably, the checking and correcting of the running code of the business component includes the following steps:

[0027] During verification and correction, the running code of the business component is divided into the basic features of variable code, conditional code, loop code, operation code, and logical judgment code according to programming function. During programming, the variable code, conditional code, loop code, operation code, and logical judgment code are combined, and instructions are input into the variable code, conditional code, loop code, operation code, and logical judgment code. Among them, the variable code, conditional code, loop code, operation code, and logical judgment code are collectively referred to as code;

[0028] Obtaining at least one basic local structure of the business component's running code to implement a function, and pre-obtaining test data and result data for the basic local structure, wherein the test data is input into the basic local structure to obtain the result data;

[0029] Detecting the programming process of the code programming to determine whether the code programming completes the basic local structure. If so, no processing is performed. If not, obtaining the actual local structure of the code programming that does not complete the basic local structure as the characteristic local structure;

[0030] Identify the characteristic local structure, obtain a basic local structure with the same number of codes as that in the characteristic local structure, as the basic local structure to be identified, and calculate the overlap ratio between the characteristic local structure and the basic local structure to be identified;

[0031] The basic local structure to be identified with the largest overlap ratio is regarded as the local structure of the same type as the characteristic local structure;

[0032] Acquire test data and result data of similar local structures as similar test data and similar result data;

[0033] Adjust the instructions of the code input in the characteristic local structure to obtain the target local structure and complete the correction.

[0034] Preferably, obtaining at least one basic local structure of the running code of the business component to prepare for implementing a function includes the following steps:

[0035] obtaining at least one programming target for running code;

[0036] Generating a programming framework for at least one programming target, and filling instructions into codes constituting the programming framework to obtain a preliminary basic local structure, wherein the code is one of variable code, conditional code, loop code, operation code, and logic judgment code;

[0037] The prepared basic local structure is tested to determine whether the prepared basic local structure operates normally. If so, the prepared basic local structure is used as the basic local structure. If not, the instructions of the code in the prepared basic local structure are adjusted until the prepared basic local structure operates normally.

[0038] Preferably, the step of determining whether the code programming has completed the basic local structure comprises the following steps:

[0039] Obtaining the start code and end code of the actual local structure generated during code programming, where the start code is the first code of the actual local structure and the end code is the last code of the actual local structure;

[0040] Acquire at least one preset basic local structure from at least one basic local structure, wherein a start code of the preset basic local structure is consistent with a start code type of the actual local structure;

[0041] Determine whether the end code of the actual local structure is consistent with the type of the end code of one of the preset basic local structures. If not, determine that the code programming has not completed the basic local structure. If so, determine that the code programming has completed the basic local structure.

[0042] Preferably, the calculation of the overlap ratio between the characteristic local structure and the basic local structure to be identified comprises the following steps:

[0043] Sequentially number the codes in the characteristic local structure and sequentially number the codes of the basic local structure to be identified;

[0044] Determine whether the characteristic local structure is consistent with the characteristic of the code with the same number in the basic local structure to be identified. If so, the characteristic count is increased by one. If not, no processing is performed. The initial value of the characteristic count is 0.

[0045] The ratio of the feature count to the total number of codes in the feature local structure is taken as the overlap ratio of the feature local structure to the basic local structure to be identified;

[0046] Adjusting the instructions of the code input in the characteristic local structure to obtain the target local structure includes the following steps:

[0047] Number the codes in the characteristic local structure and number the codes in the similar local structure;

[0048] Replace the code instructions with the same number in the characteristic local structure with the code instructions in the similar local structure.

[0049] Preferably, forming a graphical modification interface based on user permissions includes the following steps:

[0050] Obtain the business components allowed by the user's permissions, display the business components in a visual box, and embed the running code of the business components inside the visual box;

[0051] Display the visual boxes of business components allowed by user permissions on the same page to form a graphical modification interface.

[0052] Preferably, the method of obtaining the total code of the business component combination architecture by using the running code and the splicing code of the business component comprises the following steps:

[0053] Filling the business component running code into the business component in the business component combination architecture, obtaining adjacent business components in the business component combination architecture, and combining them into an actual combination;

[0054] Use the concatenated code of the business components in the business component combination that is consistent with the actual combination to concatenate the business components in the actual combination, and summarize all the codes according to the layout of the business component combination architecture to obtain the total code of the business component combination architecture.

[0055] Compared with the prior art, the present invention has the following beneficial effects:

[0056] By setting user permissions, conducting business needs analysis, forming the operating code of business components, verifying and correcting the operating code of business components, and forming a graphical modification interface, it can help enterprises quickly build and deploy business management systems by providing graphical interfaces, modular components and visual programming tools. Since it is a visual code-free operation page, enterprise personnel can also independently develop operations, lowering the development threshold, eliminating the need to negotiate and communicate with programmers, improving development efficiency, and meeting the personalized needs of enterprises. At the same time, in order to ensure the security of development, user permissions are set to prevent low-privilege users from performing high-privilege development, thereby effectively controlling the risks of independent development. BRIEF DESCRIPTION OF THE DRAWINGS

[0057] Figure 1 This is a flow chart of a method for constructing a business management system based on the individual needs of government and enterprise informatization according to the present invention;

[0058] Figure 2 A schematic diagram of the process of setting user rights in the present invention;

[0059] Figure 3 Performing business demand analysis for the present invention to form a flow diagram of at least one business component;

[0060] Figure 4 A schematic diagram of the process of forming the splicing code of the business component and forming the running code of the business component of the present invention;

[0061] Figure 5 A schematic diagram of the process of verifying and correcting the running code of a business component of the present invention;

[0062] Figure 6 A schematic flow chart of at least one basic partial structure for preparing a function for obtaining the running code of a business component of the present invention;

[0063] Figure 7 A schematic diagram of a flow chart showing whether the basic local structure of the code programming is completed according to the present invention;

[0064] Figure 8 Schematic diagram of the process of calculating the overlap ratio of the characteristic local structure and the basic local structure to be identified according to the present invention;

[0065] Figure 9 A schematic diagram of a process for forming a graphical modification interface based on user permissions in the present invention;

[0066] Figure 10 This is a flow chart of the present invention for obtaining the overall code of the business component combination architecture by utilizing the running code and splicing code of the business components. DETAILED DESCRIPTION

[0067] The following description is intended to disclose the present invention so that those skilled in the art can implement the present invention. The preferred embodiments described below are merely examples, and those skilled in the art may conceive of other obvious variations.

[0068] Reference Figure 1 As shown in the figure, the business management system construction method based on the individual needs of government and enterprise informatization includes:

[0069] Set user permissions, the user is a business developer;

[0070] Conduct business needs analysis to form at least one business component, which is a visual box;

[0071] Form the splicing code of business components and form the running code of business components;

[0072] Verify and correct the running code of business components;

[0073] Based on user permissions, a graphical modification interface is formed, which is composed of verified and revised business components;

[0074] When users are combining business components, the combination effect is previewed in real time, and users can modify the business component combination based on the real-time preview.

[0075] Obtain the business component combination architecture obtained through the user's personalized modification, and use the running code and splicing code of the business components to obtain the total code of the business component combination architecture;

[0076] The above development and adjustment process is formed into a functional interface to construct a business management system.

[0077] In the business management of an enterprise, since it is changeable, the management system needs to be adjusted regularly to improve the efficiency of management. Since the modification of the interface requires the help of code modification, the enterprise personnel cannot perform the above operations and usually communicate with the programmer. The programmer makes modifications according to the opinions of the enterprise personnel. Since the communication cannot be very accurate, there are usually many repeated modifications, which is time-consuming. Moreover, since the number of programmers is limited, when multiple requirements appear in parallel, the adjustment time will be greatly increased. For this reason, in this solution, the adjustment threshold is lowered through low-code settings, so that multiple enterprise personnel can modify the management system in parallel by dragging and dropping graphics, thereby greatly reducing the time for modifying the business management system. Moreover, since the modifications are made directly by enterprise personnel, their personalized needs can be met more accurately.

[0078] Reference Figure 2 As shown, setting user permissions includes the following steps:

[0079] Classify the users to obtain at least one user set, and assign an importance coefficient to each user set, where the importance coefficient is the value of at least one identification point obtained by evenly dividing the interval (0, 1);

[0080] A verification question set is formed for the user set, the number of questions in the verification question set is a preset number, the difficulty coefficient of the questions in the verification question set is the importance coefficient of the user set, and the difficulty coefficient is equal to the average correct answer rate of the questions in the verification question set;

[0081] Calculate the importance of the business functions involved in the business component and match the user set with the closest importance coefficient to the business component. The importance is equal to the proportion of the number of related businesses involved in the business component among all businesses.

[0082] When the user passes the verification of the verification question set, the business components corresponding to the user set can be combined and modified.

[0083] User authority settings are used to set the scope of user modifications. Because the nature of enterprise personnel is complex and there may be certain risk factors, and the business management system plays a relatively important role in the enterprise, it is necessary to distinguish the modification requirements in the business management system and allocate modification requirements according to user authority to ensure that even if risky users perform modification operations, it will not have a major impact on the enterprise.

[0084] Reference Figure 3 As shown, performing business requirements analysis to form at least one business component includes the following steps:

[0085] Decompose business requirements to obtain at least one basic requirement;

[0086] For each basic requirement, form a visual box, and then use the visual box as the business component of the basic requirement.

[0087] Reference Figure 4 As shown, forming the splicing code of the business component and forming the running code of the business component includes the following steps:

[0088] Randomly combining at least one business component in pairs to obtain at least one business component combination;

[0089] Obtaining a code for concatenating business components in a business component combination as a splicing code of the business components;

[0090] Based on big data, obtain the data code that is closest to the function of the business component as the running code of the business component.

[0091] The business components themselves require code to implement their functions, and at the same time, business components need to be connected in series. The code used for connection is relatively general and does not require secondary verification. However, the code of the business components themselves is unique, so it needs to be verified and corrected to prevent the code from failing to complete its corresponding function.

[0092] Reference Figure 5 As shown, verifying and correcting the running code of the business component includes the following steps:

[0093] During verification and correction, the running code of the business component is divided into the basic features of variable code, conditional code, loop code, operation code, and logical judgment code according to programming function. During programming, the variable code, conditional code, loop code, operation code, and logical judgment code are combined, and instructions are input into the variable code, conditional code, loop code, operation code, and logical judgment code. Among them, the variable code, conditional code, loop code, operation code, and logical judgment code are collectively referred to as code;

[0094] Obtaining at least one basic local structure of the business component's running code to implement a function, and pre-obtaining test data and result data for the basic local structure, wherein the test data is input into the basic local structure to obtain the result data;

[0095] Detecting the programming process of the code programming to determine whether the code programming completes the basic local structure. If so, no processing is performed. If not, obtaining the actual local structure of the code programming that does not complete the basic local structure as the characteristic local structure;

[0096] Identify the characteristic local structure, obtain a basic local structure with the same number of codes as that in the characteristic local structure, as the basic local structure to be identified, and calculate the overlap ratio between the characteristic local structure and the basic local structure to be identified;

[0097] The basic local structure to be identified with the largest overlap ratio is regarded as the local structure of the same type as the characteristic local structure;

[0098] Acquire test data and result data of similar local structures as similar test data and similar result data;

[0099] Adjust the instructions of the code input in the characteristic local structure to obtain the target local structure and complete the correction.

[0100] During identification, it is necessary to decompose the code programming to implement the functions to obtain at least one basic local structure, and then compare them one by one to determine whether the actual local structure of the business component has completed the basic local structure, and then adjust and control it according to the identification results to ensure that the running code of the revised business component can achieve the functions to be implemented.

[0101] Reference Figure 7 As shown, obtaining at least one basic local structure of the running code of the business component to prepare for implementing the function includes the following steps:

[0102] obtaining at least one programming target for running code;

[0103] Generating a programming framework for at least one programming target, and filling instructions into codes constituting the programming framework to obtain a preliminary basic local structure, wherein the code is one of variable code, conditional code, loop code, operation code, and logic judgment code;

[0104] The prepared basic local structure is tested to determine whether the prepared basic local structure operates normally. If so, the prepared basic local structure is used as the basic local structure. If not, the instructions of the code in the prepared basic local structure are adjusted until the prepared basic local structure operates normally.

[0105] The acquisition of basic local structure mainly depends on the decomposition of the target. Since each target is composed of multiple small targets, decomposition is more conducive to recognition and judgment. Otherwise, multiple targets are mixed together and the accuracy of recognition cannot be guaranteed.

[0106] Reference Figure 7 As shown, judging whether the code programming has completed the basic local structure includes the following steps:

[0107] Obtaining the start code and end code of the actual local structure generated during code programming, where the start code is the first code of the actual local structure and the end code is the last code of the actual local structure;

[0108] Acquire at least one preset basic local structure from at least one basic local structure, wherein a start code of the preset basic local structure is consistent with a start code type of the actual local structure;

[0109] Determine whether the end code of the actual local structure is consistent with the type of the end code of one of the preset basic local structures. If not, determine that the code programming has not completed the basic local structure. If so, determine that the code programming has completed the basic local structure.

[0110] When the basic local structure is not completed, it means that the function is not fully realized and needs to be corrected. Since the unrealized part is a local structure, when adjusting, only that part needs to be adjusted, which can effectively control the scope and time of the adjustment.

[0111] Reference Figure 8 As shown, calculating the overlap ratio between the characteristic local structure and the basic local structure to be identified includes the following steps:

[0112] Sequentially number the codes in the characteristic local structure and sequentially number the codes of the basic local structure to be identified;

[0113] Determine whether the characteristic local structure is consistent with the characteristic of the code with the same number in the basic local structure to be identified. If so, the characteristic count is increased by one. If not, no processing is performed. The initial value of the characteristic count is 0.

[0114] The ratio of the feature count to the total number of codes in the feature local structure is taken as the overlap ratio of the feature local structure to the basic local structure to be identified;

[0115] Adjusting the instructions of the code input in the characteristic local structure to obtain the target local structure includes the following steps:

[0116] Number the codes in the characteristic local structure and number the codes in the similar local structure;

[0117] Replace the code instructions with the same number in the characteristic local structure with the code instructions in the similar local structure.

[0118] Reference Figure 9 As shown, based on user permissions, forming a graphical modification interface includes the following steps:

[0119] Obtain the business components allowed by the user's permissions, display the business components in a visual box, and embed the running code of the business components inside the visual box;

[0120] Display the visual boxes of business components allowed by user permissions on the same page to form a graphical modification interface.

[0121] When users adjust the business management system, they drag and drop the visual boxes of business components in the graphical modification interface to modify the architecture. However, due to different levels of trustworthiness among users, their modification permissions are controlled to avoid risks.

[0122] Reference Figure 10 As shown, the overall code of the business component combination architecture is obtained by using the running code and splicing code of the business component, including the following steps:

[0123] Filling the business component running code into the business component in the business component combination architecture, obtaining adjacent business components in the business component combination architecture, and combining them into an actual combination;

[0124] Use the concatenated code of the business components in the business component combination that is consistent with the actual combination to concatenate the business components in the actual combination, and summarize all the codes according to the layout of the business component combination architecture to obtain the total code of the business component combination architecture.

[0125] Furthermore, the present solution also proposes a storage medium on which a computer-readable program is stored. When the computer-readable program is called, the above-mentioned method for constructing a business management system based on the individual needs of government and enterprise informatization is executed.

[0126] It is understandable that the storage medium may be a magnetic medium, such as a floppy disk, a hard disk, or a magnetic tape; an optical medium, such as a DVD; or a semiconductor medium, such as a solid state disk (SSD).

[0127] To sum up, the advantages of the present invention are: by setting user permissions, conducting business needs analysis, forming the operating code of business components, verifying and correcting the operating code of business components, and forming a graphical modification interface, it can help enterprises quickly build and deploy business management systems by providing graphical interfaces, modular components and visual programming tools. Since it is a visual code-free operation page, enterprise personnel can also independently develop operations, lower the development threshold, do not need to negotiate and communicate with programmers, improve development efficiency, and meet the personalized needs of enterprises. At the same time, in order to ensure the security of development, user permissions are set to avoid low-authority users from performing high-authority development, thereby effectively controlling the risks of independent development.

[0128] The above shows and describes the basic principles, main features, and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited to the above embodiments. The above embodiments and descriptions merely illustrate the principles of the present invention. Various changes and modifications may be made to the present invention without departing from the spirit and scope of the present invention. Such changes and modifications are intended to fall within the scope of the present invention. The scope of protection claimed by the present invention is defined by the appended claims and their equivalents.

Claims

1. A method for constructing a business management system based on the individual needs of government and enterprise informatization, characterized in that: include: Set user permissions, the user is a business developer; Conduct business needs analysis to form at least one business component, which is a visual box; Form the splicing code of business components and form the running code of business components; Verify and correct the running code of business components; Based on user permissions, a graphical modification interface is formed, which is composed of verified and revised business components; When users are combining business components, the combination effect is previewed in real time, and users can modify the business component combination based on the real-time preview. Obtain the business component combination architecture obtained through the user's personalized modification, and use the running code and splicing code of the business components to obtain the total code of the business component combination architecture; The above development and adjustment process is formed into a functional interface to construct a business management system.

2. The method for constructing a business management system based on the individual needs of government and enterprise informatization according to claim 1 is characterized in that: The user authority setting includes the following steps: Classify the users to obtain at least one user set, and assign an importance coefficient to each user set, where the importance coefficient is the value of at least one identification point obtained by evenly dividing the interval (0, 1); A verification question set is formed for the user set, the number of questions in the verification question set is a preset number, the difficulty coefficient of the questions in the verification question set is the importance coefficient of the user set, and the difficulty coefficient is equal to the average correct answer rate of the questions in the verification question set; Calculate the importance of the business functions involved in the business component and match the user set with the closest importance coefficient to the business component. The importance is equal to the proportion of the number of related businesses involved in the business component among all businesses. When the user passes the verification of the verification question set, the business components corresponding to the user set can be combined and modified.

3. The method for constructing a business management system based on the individual needs of government and enterprise informatization according to claim 2 is characterized in that: The performing of business requirement analysis to form at least one business component comprises the following steps: Decompose business requirements to obtain at least one basic requirement; For each basic requirement, form a visual box, and then use the visual box as the business component of the basic requirement.

4. The method for constructing a business management system based on the individual needs of government and enterprise informatization according to claim 3 is characterized in that: The steps of forming the splicing code of the business component and forming the running code of the business component include the following steps: Randomly combining at least one business component in pairs to obtain at least one business component combination; Obtaining a code for concatenating business components in a business component combination as a splicing code of the business components; Based on big data, obtain the data code that is closest to the function of the business component as the running code of the business component.

5. The method for constructing a business management system based on the individual needs of government and enterprise informatization according to claim 4 is characterized in that: The verification and correction of the running code of the business component includes the following steps: During verification and correction, the running code of the business component is divided into the basic features of variable code, conditional code, loop code, operation code, and logical judgment code according to programming function. During programming, the variable code, conditional code, loop code, operation code, and logical judgment code are combined, and instructions are input into the variable code, conditional code, loop code, operation code, and logical judgment code. Among them, the variable code, conditional code, loop code, operation code, and logical judgment code are collectively referred to as code; Obtaining at least one basic local structure of the business component's running code to implement a function, and pre-obtaining test data and result data for the basic local structure, wherein the test data is input into the basic local structure to obtain the result data; Detecting the programming process of the code programming to determine whether the code programming completes the basic local structure. If so, no processing is performed. If not, obtaining the actual local structure of the code programming that does not complete the basic local structure as the characteristic local structure; Identify the characteristic local structure, obtain a basic local structure with the same number of codes as that in the characteristic local structure, as the basic local structure to be identified, and calculate the overlap ratio between the characteristic local structure and the basic local structure to be identified; The basic local structure to be identified with the largest overlap ratio is regarded as the local structure of the same type as the characteristic local structure; Acquire test data and result data of similar local structures as similar test data and similar result data; Adjust the instructions of the code input in the characteristic local structure to obtain the target local structure and complete the correction.

6. The method for constructing a business management system based on the individual needs of government and enterprise informatization according to claim 5 is characterized in that: The step of obtaining at least one basic local structure of the running code of the business component to prepare for implementing the function comprises the following steps: obtaining at least one programming target for running code; Generating a programming framework for at least one programming target, and filling instructions into codes constituting the programming framework to obtain a preliminary basic local structure, wherein the code is one of variable code, conditional code, loop code, operation code, and logic judgment code; The prepared basic local structure is tested to determine whether the prepared basic local structure operates normally. If so, the prepared basic local structure is used as the basic local structure. If not, the instructions of the code in the prepared basic local structure are adjusted until the prepared basic local structure operates normally.

7. The method for constructing a business management system based on the individual needs of government and enterprise informatization according to claim 6 is characterized in that: The determination of whether the code programming has completed the basic local structure comprises the following steps: Obtaining the start code and end code of the actual local structure generated during code programming, where the start code is the first code of the actual local structure and the end code is the last code of the actual local structure; Acquire at least one preset basic local structure from at least one basic local structure, wherein a start code of the preset basic local structure is consistent with a start code type of the actual local structure; Determine whether the end code of the actual local structure is consistent with the type of the end code of one of the preset basic local structures. If not, determine that the code programming has not completed the basic local structure. If so, determine that the code programming has completed the basic local structure.

8. The method for constructing a business management system based on the individual needs of government and enterprise informatization according to claim 7 is characterized in that: The calculation of the overlap ratio between the characteristic local structure and the basic local structure to be identified comprises the following steps: Sequentially number the codes in the characteristic local structure and sequentially number the codes of the basic local structure to be identified; Determine whether the characteristic local structure is consistent with the characteristic of the code with the same number in the basic local structure to be identified. If so, the characteristic count is increased by one. If not, no processing is performed. The initial value of the characteristic count is 0. The ratio of the feature count to the total number of codes in the feature local structure is taken as the overlap ratio of the feature local structure to the basic local structure to be identified; Adjusting the instructions of the code input in the characteristic local structure to obtain the target local structure includes the following steps: Number the codes in the characteristic local structure and number the codes in the similar local structure; Replace the code instructions with the same number in the characteristic local structure with the code instructions in the similar local structure.

9. The method for constructing a business management system based on the individual needs of government and enterprise informatization according to claim 8 is characterized in that: The formation of a graphical modification interface based on user permissions includes the following steps: Obtain the business components allowed by the user's permissions, display the business components in a visual box, and embed the running code of the business components inside the visual box; Display the visual boxes of business components allowed by user permissions on the same page to form a graphical modification interface.

10. The method for constructing a business management system based on individual needs of government and enterprise informatization according to claim 9 is characterized in that: The method of obtaining the total code of the business component combination architecture by using the running code and the splicing code of the business component includes the following steps: Filling the business component running code into the business component in the business component combination architecture, obtaining adjacent business components in the business component combination architecture, and combining them into an actual combination; Use the concatenated code of the business components in the business component combination that is consistent with the actual combination to concatenate the business components in the actual combination, and summarize all the codes according to the layout of the business component combination architecture to obtain the total code of the business component combination architecture.

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