CN113467860B - Service logic execution method and device of program source code - Google Patents
Service logic execution method and device of program source code Download PDFInfo
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- 238000012545 processing Methods 0.000 claims abstract description 62
- 238000011161 development Methods 0.000 claims abstract description 53
- 238000012360 testing method Methods 0.000 claims description 23
- 238000012986 modification Methods 0.000 claims description 9
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- G—PHYSICS
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/448—Execution paradigms, e.g. implementations of programming paradigms
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- G—PHYSICS
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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Abstract
The invention relates to a business logic execution method of program source codes, which comprises the following steps: (1) Dividing a program source code into a specific function implementation layer and a business logic processing layer; (2) Writing the specific function implementation layer by adopting a front-end development language, and writing the business logic processing layer by adopting a back-end development language; (3) And the written business logic processing layer and the written specific function implementation layer interact data through mutual calling. The invention also relates to a service logic executing device of the program source code. The business logic execution method and the business logic execution device for the program source code can enable program code developers and logic protocol developers to divide work, develop and manage without mutual transfer, thereby saving manpower and material resources and improving development efficiency.
Description
Technical Field
The invention belongs to the technical field of software development, and particularly relates to a service logic execution method and device of a program source code.
Background
Protocols are a collection of rules, standards, or conventions established for data exchanges in computer networks. For example, a microcomputer user and an operator of a large host in a network communicate, and since character sets used for the two data terminals are different, commands input by the operator do not recognize each other. In order to be able to communicate, it is provided that each terminal firstly converts the characters in the respective character set into characters in the standard character set, then enters the network for transmission, reaches the destination terminal, and then converts the characters into characters in the terminal character set.
In the prior art, the execution of service logic is operated by both parties who understand protocol logic and write codes together, and the personnel who know the protocol must know and write codes according to the protocol logic in a communication mode with the code writer because the personnel cannot write codes, so that the personnel consume manpower and material resources of both parties, understand deviation in the communication process is not eliminated, and the actually written codes have certain problems.
Disclosure of Invention
1. Technical problem to be solved by the invention
The invention aims to solve the defects in the prior art, provides a service logic execution method and device of a program source code, and aims to solve the problems that a person who knows protocol logic protocol development cannot write codes and a person who writes codes cannot know protocols.
2. Technical proposal
In order to achieve the above purpose, the technical scheme provided by the invention is as follows:
the invention discloses a business logic execution method of a program source code, which comprises the following steps:
(1) Dividing a program source code into a specific function implementation layer and a business logic processing layer;
(2) Writing the specific function implementation layer by adopting a front-end development language, and writing the business logic processing layer by adopting a back-end development language;
(3) And the written business logic processing layer and the written specific function implementation layer interact data through mutual calling.
The preferable technical scheme is as follows:
the business logic execution method of the program source code comprises the steps that the front-end development language comprises, but is not limited to JS; the backend development language includes, but is not limited to, JAVA or KOTLIN.
In the above-mentioned method for executing business logic of program source code, in step (2), after writing the specific function implementation layer in front-end development language, and writing the business logic processing layer in back-end development language, the method further includes: carrying out unit test on the written result of the business logic processing layer or the specific function implementation layer, and judging whether the result of the unit test is expected in a compound way or not; and (3) if the two types of the data are matched, continuing to execute the step (3), otherwise, re-writing.
The business logic execution method of the program source code as described above, in step (1), further includes:
(1.1) newly creating two empty folders and naming the two empty folders at the same time; one of the empty folder names corresponds to a specific function implementation layer, and the other empty folder name corresponds to a business logic processing layer;
(1.2) newly building one or more first files adopting front-end development language coding specifications and formats in the empty file folder with names corresponding to the specific function implementation layer, and newly building one or more second files adopting back-end development language coding specifications and formats in the empty file folder with names corresponding to the business logic processing layer; and naming one or more first files and second files respectively, wherein the file names of the one or more first files correspond to specific functional implementation of the program source code, and the file names of the one or more second files correspond to specific business logic of the program source code.
The business logic execution method of the program source code as described above, in step (2), further includes: and storing the specific function implementation layer written by the front-end development language into a corresponding first file, and storing the business logic processing layer written by the back-end development language into a corresponding second file.
A business logic execution method of program source code as described above, the method further comprising:
according to the received new operation for the first file, new first file is created;
generating an update code according to the received modification operation for the specific function implementation layer in the first file;
according to the received new operation for the second file, new second file is created;
generating an update code according to the received modification operation for the specific function implementation layer in the second file.
As another aspect of the application, the present invention also provides a service logic executing device of a program source code, including:
the creating unit is used for creating two empty file folders, and newly creating one or more first files adopting the front-end development language coding specification and format in one empty file folder, and newly creating one or more second files adopting the rear-end development language coding specification and format in the other empty file folder; simultaneously naming two empty folders and one or more first files and second files respectively positioned in the two empty folders;
at least two writing units for writing or modifying specific function implementation layer codes adopting the front-end development language coding specification and format into one or more first files, and writing or modifying business logic processing layer codes adopting the back-end development language coding specification and format into one or more second files;
the searching unit is used for searching one or more first files or one or more second files;
the calling unit is used for searching one or more corresponding second files according to the function implementation corresponding to the different first files and calling the one or more searched second files;
and the generating unit is used for integrating the first file and the called one or more second files.
The preferable technical scheme is as follows:
in the service logic execution device of the program source code, in the creating unit, a rule for naming two empty folders and one or more first files and second files in the two empty folders is as follows: one of the empty folder names corresponds to a specific function implementation layer, and the other empty folder name corresponds to a business logic processing layer; the file names of the one or more first files correspond to specific functional implementations of the program source code, and the file names of the one or more second files correspond to specific business logic of the program source code.
The business logic executing device of the program source code further comprises a testing unit, wherein the testing unit is used for carrying out unit testing on specific function implementation layer codes written or modified in one or more first files and business logic processing layer codes written or modified in one or more second files, and judging whether the result of the unit testing is expected to be compounded.
3. Advantageous effects
Compared with the prior art, the technical scheme provided by the invention has the following beneficial effects:
(1) Compared with the original business logic processing mode, the business logic executing method and device of the program source code of the invention divide the codes into two layers of business logic processing and specific function implementation, and realize that the two sets of codes are suitable for the software and hardware environments of different mobile terminals in a calling mode, thereby greatly reducing the development cost;
(2) The invention relates to a business logic executing method and a business logic executing device of a program source code, which divide codes into two layers of business logic processing and specific function implementation, wherein when the business logic processing layer is used, JAVA or other script language is used for writing, and complex business logic operation is processed; when interaction with the outside is needed, for example, communication with a lower computer, interface rendering, data persistence and the like are carried out, languages such as JS and the like are called for writing; therefore, the problem of code accuracy caused by poor communication is avoided, and the accuracy is improved.
Drawings
FIG. 1 is a logic flow diagram of a business logic execution method of a program source code according to the present invention;
FIG. 2 is a logic flow diagram of a business logic execution method of program source code according to a preferred embodiment of the present invention;
fig. 3 is a schematic structural diagram of a service logic executing device of a program source code according to the present invention.
Detailed Description
In order that the invention may be readily understood, a more particular description of the invention will be rendered by reference to specific embodiments thereof which are illustrated in the appended drawings, in which, however, the invention may be embodied in many different forms and are not limited to the embodiments described herein, but are instead provided for the purpose of providing a more thorough and complete disclosure of the invention.
Referring to fig. 1, as an aspect of the present embodiment, a service logic execution method of a program source code is provided, which may be used for developing management operation software related to an automobile, or may be used for developing other application programs, and is mainly applied to a situation that an android platform supports execution of other languages. The method comprises the following steps:
(1) Program source code is divided into a specific function implementation layer and a business logic processing layer.
In this embodiment, the specific function implementation layer focuses on user experience, and adapts to the terminal type, such as communication with a lower computer, rendering of an interface, persistence of data, and the like; the business logic processing layer focuses on rules, standards, or conventions, i.e., protocols, established for data exchanges in a computer network. For example, a microcomputer user and an operator of a large host in a network communicate, and since character sets used for the two data terminals are different, commands input by the operator do not recognize each other. In order to be able to communicate, it is provided that each terminal firstly converts the characters in the respective character set into characters in the standard character set, then enters the network for transmission, reaches the destination terminal, and then converts the characters into characters in the terminal character set. Including but not limited to CP protocol, UDP protocol, SOAP protocol, HTTP protocol, and MQ protocol.
(2) And writing the specific function implementation layer by adopting a front-end development language, and writing the business logic processing layer by adopting a back-end development language.
In the prior art, the execution of service logic is operated by both parties who understand protocol logic and write codes together, and the personnel who know the protocol must know and write codes according to the protocol logic in a communication mode with the code writer because the personnel cannot write codes, so that the personnel consume manpower and material resources of both parties, understand deviation in the communication process is not eliminated, and the actually written codes have certain problems.
In this embodiment, the specific function implementation layer is written in a front-end development language, where the front-end development language includes, but is not limited to, JS; the business logic processing layer is written in a back-end development language including, but not limited to, JAVA or KOTLIN.
The business logic processing layer is written by using JAVA or KOTLIN or other scripting languages to process complex business logic operation; when interaction with the outside is needed, for example, communication with a lower computer, interface rendering, data persistence and the like are carried out, languages such as JS and the like are called for writing; therefore, the program code developer and the logic protocol developer can be subjected to division development management without mutual transfer, so that manpower and material resources are saved, the development efficiency is improved, the problem of code accuracy caused by poor communication is avoided, and the accuracy is improved.
In a preferred embodiment, after the specific function implementation layer is written in a front-end development language, and the service logic processing layer is written in a back-end development language, the method further includes: carrying out unit test on the written result of the business logic processing layer or the specific function implementation layer, and judging whether the result of the unit test is expected in a compound way or not; and if the two types of data are consistent, continuing to execute, otherwise, re-writing.
Unit testing refers to testing of the basic constituent units or modules of software, also known as module testing. The base unit or module may be a function, a class instance, a method, a stored procedure, etc., or any combination of program code modules having a defined function, a defined specification, a defined interface, a smaller size. Unit testing focuses on both unit functions and the logical structure of program modules.
When the unit test is performed on the writing result of the business logic processing layer or the specific function implementation layer after writing, a certain input value can be given through the unit test, and whether the writing is successful or not is judged by judging whether the output value accords with the expected value or not. If yes, the writing is successful, and if not, the problem is checked and then the writing is rewritten.
By carrying out unit test on the written result of the business logic processing layer or the specific function implementation layer, logic errors and grammar errors can be found out in time when the business logic processing layer or the specific function implementation layer is written, so that problems are exposed early, and the positioning and the solving of the problems are facilitated.
(3) And the written business logic processing layer and the written specific function implementation layer interact data through mutual calling.
The mutual calling between the written business logic processing layer and the written specific function implementation layer is realized by some conventional calling means in the prior art, such as RESTful. In the process of mutual calling, it is also necessary to detect whether the data calling request sent by the service logic processing layer and the written specific function implementation layer is an illegal request. If the data calling request is an illegal request, not responding to the data calling request to perform data calling operation; and if the data calling request is a legal request, responding to the data calling request and outputting the data to be output.
Compared with the original business logic processing mode, the business logic executing method of the program source code in the embodiment divides the codes into two layers of business logic processing and specific function implementation, and two sets of codes are adapted to software and hardware environments of different mobile terminals in a calling mode, so that development cost can be greatly reduced.
In further applications, both for a specific service logic handling layer and a specific function implementation layer, maintenance and updating of the service logic handling layer and the specific function implementation layer is required according to a specific service.
To facilitate maintenance and updating of code in the business logic processing layer and the specific function implementation layer. In a preferred embodiment, referring to fig. 2, in a service logic execution method of a program source code in this embodiment, in the step (1), further includes:
(1.1) newly creating two empty folders and naming the two empty folders at the same time; one of the empty folder names corresponds to a specific function implementation layer, and the other empty folder name corresponds to a business logic processing layer;
(1.2) newly building one or more first files adopting front-end development language coding specifications and formats in the empty file folder with names corresponding to the specific function implementation layer, and newly building one or more second files adopting back-end development language coding specifications and formats in the empty file folder with names corresponding to the business logic processing layer; and naming one or more first files and second files respectively, wherein the file names of the one or more first files correspond to specific functional implementation of the program source code, and the file names of the one or more second files correspond to specific business logic of the program source code.
In step (2), further comprising: and storing the specific function implementation layer written by the front-end development language into a corresponding first file, and storing the business logic processing layer written by the back-end development language into a corresponding second file.
When the code in the specific function implementation layer or the service logic processing layer needs to be modified and updated, the method in the embodiment further includes:
according to the received new operation for the first file, new first file is created;
generating an update code according to the received modification operation for the specific function implementation layer in the first file;
according to the received new operation for the second file, new second file is created;
generating an update code according to the received modification operation for the specific function implementation layer in the second file.
In general, the modification and updating of code in a particular function implementation layer or business logic processing layer is performed by modifying or updating all of the code in the entire particular function implementation layer or business logic processing layer. In the embodiment, the specific function implementation layer and the business logic processing layer corresponding to each section of source code are respectively stored in an empty folder, and are respectively written according to different written code languages and implementation functions thereof and then are respectively stored in corresponding folders; when the specific function implementation layer or the business logic processing layer in the source code of the section is required to be modified and updated, only the part needing to be modified can be modified by searching the corresponding file, so that the modification quantity of the code can be reduced; meanwhile, when the number of the specific function implementation layers and the business logic processing layers is large and the corresponding internal logic is complex, each specific function implementation layer or business logic processing layer can be conveniently maintained and improved. And the codes of the specific function implementation layer and the business logic processing layer are effectively managed.
As another aspect of the application, the present invention further provides a service logic executing device of the program source code, referring to fig. 3, including:
the creating unit is used for creating two empty file folders, and newly creating one or more first files adopting the front-end development language coding specification and format in one empty file folder, and newly creating one or more second files adopting the rear-end development language coding specification and format in the other empty file folder; simultaneously naming two empty folders and one or more first files and second files respectively positioned in the two empty folders;
at least two writing units for writing or modifying specific function implementation layer codes adopting the front-end development language coding specification and format into one or more first files, and writing or modifying business logic processing layer codes adopting the back-end development language coding specification and format into one or more second files;
the searching unit is used for searching one or more first files or one or more second files;
the calling unit is used for searching one or more corresponding second files according to the function implementation corresponding to the different first files and calling the one or more searched second files;
and the generating unit is used for integrating the first file and the called one or more second files.
In a preferred embodiment, in the creating unit, the naming rule for the two empty folders and the one or more first files and the second files in the two empty folders is: one of the empty folder names corresponds to a specific function implementation layer, and the other empty folder name corresponds to a business logic processing layer; the file names of the one or more first files correspond to specific functional implementations of the program source code, and the file names of the one or more second files correspond to specific business logic of the program source code.
In a preferred embodiment, the method further comprises a test unit, which is used for performing unit test on the specific function implementation layer codes written or modified in the one or more first files and the business logic processing layer codes written or modified in the one or more second files, and judging whether the result of the unit test is expected to be compounded.
The service logic executing device of the program source code of the embodiment divides the code into two layers of service logic processing and specific function implementation, and when the service logic executing device is used, the service logic processing layer uses JAVA or other script language for writing and processing complex service logic operation; when interaction with the outside is needed, for example, communication with a lower computer, interface rendering, data persistence and the like are carried out, languages such as JS and the like are called for writing; therefore, the program code developer and the logic protocol developer can be subjected to division development management without mutual transfer, so that manpower and material resources are saved, the development efficiency is improved, the problem of code accuracy caused by poor communication is avoided, and the accuracy is improved.
The foregoing examples merely illustrate certain embodiments of the invention and are described in more detail and are not to be construed as limiting the scope of the invention; it should be noted that it is possible for a person skilled in the art to make several variants and modifications without departing from the concept of the invention, all of which fall within the scope of protection of the invention; accordingly, the scope of protection of the present invention is to be determined by the appended claims.
Claims (8)
1. A business logic execution method of program source code, the method comprising:
(1) Dividing a program source code into a specific function implementation layer and a business logic processing layer; in the step (1), further comprising:
(1.1) newly creating two empty folders and naming the two empty folders at the same time; one of the empty folder names corresponds to a specific function implementation layer, and the other empty folder name corresponds to a business logic processing layer;
(1.2) newly building one or more first files adopting front-end development language coding specifications and formats in the empty file folder with names corresponding to the specific function implementation layer, and newly building one or more second files adopting back-end development language coding specifications and formats in the empty file folder with names corresponding to the business logic processing layer; naming one or more first files and second files respectively, wherein the file names of the one or more first files correspond to specific functional implementation of the program source code, and the file names of the one or more second files correspond to specific business logic of the program source code;
(2) Writing the specific function implementation layer by adopting a front-end development language, and writing the business logic processing layer by adopting a back-end development language;
(3) And the written business logic processing layer and the written specific function implementation layer interact data through mutual calling.
2. The business logic execution method of program source code according to claim 1, wherein the front-end development language includes, but is not limited to JS; the backend development language includes, but is not limited to, JAVA or KOTLIN.
3. The method for executing business logic of program source code according to claim 1, wherein in step (2), after writing the specific function implementation layer in front-end development language, and writing the business logic processing layer in back-end development language, the method further comprises: carrying out unit test on the written result of the business logic processing layer or the specific function implementation layer, and judging whether the result of the unit test is expected in a compound way or not; and (3) if the two types of the data are matched, continuing to execute the step (3), otherwise, re-writing.
4. The business logic execution method of program source code according to claim 1, wherein in step (2), further comprising: and storing the specific function implementation layer written by the front-end development language into a corresponding first file, and storing the business logic processing layer written by the back-end development language into a corresponding second file.
5. The method of claim 4, further comprising:
according to the received new operation for the first file, new first file is created;
generating an update code according to the received modification operation for the specific function implementation layer in the first file;
according to the received new operation for the second file, new second file is created;
generating an update code according to the received modification operation for the specific function implementation layer in the second file.
6. A business logic execution device of program source code, comprising:
the creating unit is used for creating two empty file folders, and newly creating one or more first files adopting the front-end development language coding specification and format in one empty file folder, and newly creating one or more second files adopting the rear-end development language coding specification and format in the other empty file folder; simultaneously naming two empty folders and one or more first files and second files respectively positioned in the two empty folders;
at least two writing units for writing or modifying specific function implementation layer codes adopting the front-end development language coding specification and format into one or more first files, and writing or modifying business logic processing layer codes adopting the back-end development language coding specification and format into one or more second files;
the searching unit is used for searching one or more first files or one or more second files;
the calling unit is used for searching one or more corresponding second files according to the function implementation corresponding to the different first files and calling the one or more searched second files;
and the generating unit is used for integrating the first file and the called one or more second files.
7. The business logic execution device of program source code according to claim 6, wherein the creating unit names two empty folders and one or more first files and second files in the two empty folders according to the rule: one of the empty folder names corresponds to a specific function implementation layer, and the other empty folder name corresponds to a business logic processing layer; the file names of the one or more first files correspond to specific functional implementations of the program source code, and the file names of the one or more second files correspond to specific business logic of the program source code.
8. The business logic execution device of claim 7, further comprising a test unit for performing a unit test on the specific function implementation layer code written or modified in the one or more first files and the business logic processing layer code written or modified in the one or more second files, and determining whether the result of the unit test is expected to be compounded.
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