CN112905157B - Data processing system for computer software development - Google Patents
Data processing system for computer software development Download PDFInfo
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- CN112905157B CN112905157B CN202110085600.2A CN202110085600A CN112905157B CN 112905157 B CN112905157 B CN 112905157B CN 202110085600 A CN202110085600 A CN 202110085600A CN 112905157 B CN112905157 B CN 112905157B
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- G06F8/00—Arrangements for software engineering
- G06F8/20—Software design
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- G06F8/38—Creation or generation of source code for implementing user interfaces
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Abstract
The present disclosure relates to a data processing system for computer software development, which relates to the technical field of computer software development, and aims to solve the problems of high time cost of computer software development in relevant scenes and low accuracy of computer software for a computer operating system, and the system comprises: the system comprises a first test component, a software import component and a format check component, wherein the code quantity segmentation of a transmission data packet of an original source code is determined based on the first test component, a program code engine is imported based on the software import component according to the code quantity of each transmission data packet to generate a standard program code aiming at an operating system of a computer, and an abnormal code which does not accord with a calling relation in the standard program code is marked based on the format check component, so that the development process of the computer software can be accelerated, the time cost of the development of the computer software is reduced, the waste of development resources is avoided, and the accuracy of the computer software aiming at the operating system of the computer can be improved.
Description
Technical Field
The present disclosure relates to the field of computer software development technologies, and in particular, to a data processing system for computer software development.
Background
Computer software refers to application programs in a computer system, and generally, the application programs are all composed of original source codes, and the original source codes must be loaded into the computer to run. Computer software is mostly used for realizing corresponding functions, such as controlling a certain production process, and the computer software development is based on embedded system development, from requirement analysis to function design, then to original source code writing, and then to computer software testing based on the original source code. Because computer software needs to be able to normally run under the ecology of various computer operating systems, the original source code needs to be run in different computer operating systems to determine whether the computer software can normally run, so as to realize corresponding functions.
In a related scene, a model is used for carrying out data processing on computer software, for example, a corresponding computer model is manually constructed according to target requirements, computer ecology under each operating system is simulated, and then the computer software is tested, but time cost is increased when the computer model is constructed, the computer model is difficult to completely conform to the actual frame structure of each system of the computer, and performance indexes of the computer aiming at the computer software cannot be accurately reflected, so that the time cost of computer software development is increased, development resources are wasted, and the accuracy of the computer software aiming at the computer operating system is low.
Disclosure of Invention
To overcome the problems in the related art, the present disclosure provides a data processing system for computer software development.
There is provided in accordance with an embodiment of the present disclosure a data processing system for computer software development, including:
the advanced test component is used for sending advanced test data to the computer through the communication link under the condition that the communication link between the software development terminal and the computer is in normal communication, acquiring the response success rate of the computer aiming at the advanced test data, and acquiring the system response duration and the concurrent throughput of the computer aiming at the advanced test data under the condition that the response success rate meets the preset test success rate; determining the concurrent transmission speed of the initial source code of the computer software according to the system response time length and the concurrent throughput, and dividing the code amount of each transmission data packet aiming at the original source code of the computer software according to the concurrent transmission speed;
a software importing component, configured to import original source code of the computer software into a program code engine according to the code amount of each transport packet to generate standard program code for an operating system of the computer, wherein the program code engine is configured to determine an object code generation template according to a format code in the original source code of the computer software, which characterizes an encoding language of the original source code of the computer software, and the operating system of the computer, and transcode the original source code of the computer software based on the object code generation template to generate the standard program code for the operating system of the computer;
a format checking component, configured to load a format checking script according to the format code of the coding language representing an original source code of the computer software, where the format checking script is configured to obtain parameter information of each system framework structure in the operating system of the computer, determine a call relationship of the operating system of the computer to the standard program code according to the parameter information, load the call relationship to perform format checking on the standard program code through each system framework structure, mark an exception code that does not conform to the call relationship in the standard program code, add a regression guide address to the standard program code for the exception code, and send the exception code that does not conform to the call relationship to the software development terminal;
the software development terminal is used for displaying the abnormal codes which do not conform to the calling relationship, receiving target modification codes made by a developer for the abnormal codes, and sending the target modification codes made by the developer for the abnormal codes to the format checking component through a covert channel;
the format checking component is further used for receiving the target modification code made by the developer for the abnormal code, importing the target modification code into the program code engine, inquiring the addition of a regression guide address in the standard program code for the abnormal code, and returning each target modification code converted by the program code engine into the standard program code according to the regression guide address.
Preferably, the dividing the code amount of each transmission data packet for the original source code of the computer software according to the concurrent transmission speed comprises:
determining the packet loss rate in the transmission process of each standard data packet obtained after the original source code is segmented according to the code segmentation length in the standard code segmentation according to the concurrent transmission speed;
under the condition that the packet loss rate is greater than a preset packet loss rate, dividing an original source code of the computer software into a plurality of source code segments based on a binary tree division method;
the code amount for each transfer packet is partitioned in parallel sequence and independent verification length for the plurality of source code segments.
Preferably, the returning each target modification code converted by the program code engine to the standard program code according to the return guide address comprises:
acquiring a regression guide code in the target modification code converted by the program code engine, and calling a reconfigurable start code and a reconfigurable end code in the regression guide code;
matching target start codes in the regression guide addresses according to each reconfigurable start code, matching target end codes in the regression guide addresses according to each reconfigurable end code, and returning the reconfigurable start codes and the target modification codes corresponding to the reconfigurable end codes to the standard program codes on the basis of the reconfigurable start codes and the reconfigurable end codes under the condition that the reconfigurable start codes are successfully matched with the target start codes in the regression guide addresses and the reconfigurable end codes are successfully matched with the target end codes in the regression guide addresses;
after the target modification code converted by the program code engine is returned to the standard program code, isolating the regression guiding code in the target modification code, so that the regression guiding code does not influence the running of the standard program code.
Preferably, the data processing system for computer software development further comprises:
the monitoring operation component is used for monitoring the operation environment information of each system framework structure of the computer under the condition that the standard program code operates under the calling relation of each system framework structure of the computer based on the development task process of the computer software, and determining the performance index of each system framework structure according to the operation environment information of each system framework structure;
comparing each performance index with a corresponding reference performance requirement based on the performance index of each system frame structure, and determining the performance satisfaction rate of each performance index and the corresponding reference performance requirement;
and generating a development test report of each system framework structure of the computer aiming at the computer software according to the performance satisfaction, and feeding back the development test report to the software development terminal, wherein the development test report comprises the performance satisfaction rate of each system framework structure aiming at the computer software in each running environment represented by the running environment information.
Preferably, the determining a performance indicator of each system framework according to the operating environment information of each system framework comprises:
sending a function verification instruction to each system framework structure to enable each system framework structure to run corresponding program codes in the standard program codes based on the running environment information;
operating corresponding program codes in the standard program codes in the system framework structure according to the continuous operation times and the continuous operation duration corresponding to each operation in a code solidification mode;
determining a single performance index of each operation in each system framework structure, calculating a weight value of each single performance index based on a time sequence, and calculating a performance index corresponding to the operation environment information under each system framework structure based on the weight value of each single performance index and the single performance index.
By adopting the technical scheme, the method at least has the following beneficial effects:
the code quantity segmentation of the transmission data packet of the original source code is determined based on the antecedent test component, the program code engine is imported based on the software import component according to the code quantity of each transmission data packet to generate a standard program code aiming at the operating system of the computer, and abnormal codes which do not accord with the calling relation in the standard program code are marked out based on the format check component, so that the development process of the computer software can be accelerated, the time cost of the development of the computer software is reduced, the waste of development resources is avoided, and the accuracy of the computer software aiming at the operating system of the computer can be improved.
It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory only and are not restrictive of the disclosure.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments consistent with the present disclosure and, together with the description, serve to explain the principles of the disclosure.
FIG. 1 is a block diagram illustrating a data processing system 100 for computer software development according to an exemplary embodiment.
FIG. 2 is a flow diagram illustrating a partitioning of original source code according to an example.
FIG. 3 is a flow diagram illustrating regression of target modification code to standard program code according to an exemplary embodiment.
FIG. 4 is a block diagram illustrating another data processing system 100 for computer software development.
FIG. 5 is a flow diagram illustrating a method for determining performance metrics for a system framework according to an exemplary embodiment.
Detailed Description
Reference will now be made in detail to the exemplary embodiments, examples of which are illustrated in the accompanying drawings. When the following description refers to the accompanying drawings, like numbers in different drawings represent the same or similar elements unless otherwise indicated. The implementations described in the exemplary embodiments below are not intended to represent all implementations consistent with the present disclosure. Rather, they are merely examples of apparatus and methods consistent with certain aspects of the present disclosure, as detailed in the appended claims.
In related scenes, the model is used for carrying out data processing on the computer software, computer models corresponding to various operating systems need to be constructed, the time cost of computer software development is increased, the convenience of the computer software development is low, the computer models are difficult to completely conform to the actual frame structures of all systems of the computer, the performance indexes of the computer aiming at the computer software cannot be accurately reflected, and the accuracy of the computer software aiming at the computer operating systems is low.
In view of this, the present disclosure provides a data processing system for computer software development, so as to solve the problems in the related art, and improve the convenience of computer software development and reduce the time cost of computer software development while ensuring the accuracy of the computer software for the computer operating system.
FIG. 1 is a block diagram illustrating an exemplary data processing system 100 for computer software development, with reference to FIG. 1, the data processing system 100 for computer software development comprising: a look-ahead testing component 110, a software import component 120, and a format check component 130.
The advanced test component 110 is configured to send advanced test data to the computer through a communication link under the condition that the communication link between the software development terminal and the computer is in normal communication, acquire a response success rate of the computer for the advanced test data, and acquire a system response duration and a concurrent throughput of the computer for the advanced test data under the condition that the response success rate meets a preset test success rate; determining the concurrent transmission speed of the initial source code of the computer software according to the system response time length and the concurrent throughput, and dividing the code amount of each transmission data packet aiming at the original source code of the computer software according to the concurrent transmission speed;
a software importing component 120, configured to import original source code of the computer software into a program code engine according to the code amount of each transport packet to generate standard program code for an operating system of the computer, where the program code engine is configured to determine an object code generation template according to a format code in the original source code of the computer software, which characterizes an encoding language of the original source code of the computer software, and the operating system of the computer, and transcode the original source code of the computer software based on the object code generation template to generate the standard program code for the operating system of the computer;
a format checking component 130, configured to load a format checking script according to the format code of the coding language representing the original source code of the computer software, where the format checking script is configured to obtain parameter information of each system framework structure in the operating system of the computer, determine a call relationship of the operating system of the computer to the standard program code according to the parameter information, load the call relationship to perform format checking on the standard program code through each system framework structure, mark an exception code that does not meet the call relationship in the standard program code, add a regression guide address to the standard program code for the exception code, and send the exception code that does not meet the call relationship to the software development terminal;
the software development terminal is used for displaying the abnormal code which does not conform to the calling relationship, receiving a target modification code made by a developer for the abnormal code, and sending the target modification code made by the developer for the abnormal code to the format check component 130 through a covert channel;
the format checking component 130 is further configured to receive the target modified code made by the developer for the exception code, import the target modified code into the program code engine, query the exception code for adding a regression guiding address to the standard program code, and return each of the target modified code converted by the program code engine to the standard program code according to the regression guiding address.
According to the technical scheme, the code quantity segmentation of the transmission data packet of the original source code is determined based on the antecedent test component, the program code engine is imported based on the software import component according to the code quantity of each transmission data packet to generate the standard program code aiming at the operating system of the computer, the abnormal code which does not accord with the calling relation in the standard program code is marked out based on the format check component, the development process of the computer software can be accelerated, the time cost of the computer software development is reduced, the waste of development resources is avoided, and the accuracy of the computer software aiming at the operating system of the computer can be improved.
Preferably, fig. 2 is a flowchart illustrating an example of splitting original source code, and as shown in fig. 2, the splitting the code amount of each transmission data packet according to the concurrent transmission speed for the original source code of the computer software includes the following steps:
in step S21, determining a packet loss rate in a transmission process of each standard data packet obtained by dividing the original source code according to the code division length in the standard code division according to the concurrent transmission speed;
in step S22, when the packet loss rate is greater than a preset packet loss rate, dividing an original source code of the computer software into a plurality of source code segments based on a binary tree division method;
in step S23, the code amount of each transfer packet is divided in parallel sequence and independent verification length for the plurality of source code segments.
Preferably, fig. 3 is a flowchart illustrating an example of returning the target modification code to the standard program code, and as shown in fig. 3, returning each target modification code converted by the program code engine to the standard program code according to the return guiding address includes the following steps:
in step S31, obtaining a regression guide code in the target modification code converted by the program code engine, and calling a reconfigurable start code and a reconfigurable end code in the regression guide code;
in step S32, matching a target start code in the regression guide address according to each reconfigurable start code, matching a target end code in the regression guide address according to each reconfigurable end code, and returning the reconfigurable start code and the target modification code corresponding to the reconfigurable end code to the standard program code based on the reconfigurable start code and the reconfigurable end code when the reconfigurable start code and the target start code in the regression guide address are successfully matched and the reconfigurable end code and the target end code in the regression guide address are successfully matched;
after the target modification code converted by the program code engine returns to the standard program code, the regression guide code in the target modification code is isolated, so that the regression guide code does not influence the operation of the standard program code.
FIG. 4 is a block diagram of another data processing system 100 for computer software development, shown by way of example, with reference to FIG. 4, the data processing system 100 for computer software development further comprising: listening for the running component 140.
The monitoring operation component 140 is configured to monitor, based on a development task process of the computer software, operation environment information of each system framework structure of the computer in a case where the standard program code operates in a calling relationship of each system framework structure of the computer, and determine a performance index of each system framework structure according to the operation environment information of each system framework structure;
comparing each performance index with a corresponding reference performance requirement based on the performance index of each system frame structure, and determining the performance satisfaction rate of each performance index and the corresponding reference performance requirement;
and generating a development test report of each system framework structure of the computer aiming at the computer software according to the performance satisfaction, and feeding back the development test report to the software development terminal, wherein the development test report comprises the performance satisfaction rate of each system framework structure aiming at the computer software in each running environment represented by the running environment information.
Preferably, fig. 5 is a flowchart illustrating an exemplary method for determining performance indicators of system framework structures, where, as shown in fig. 5, the determining the performance indicators of each system framework structure according to the operating environment information of each system framework structure includes the following steps:
in step S51, sending a function verification instruction to each system framework structure, so that each system framework structure runs a corresponding program code in the standard program codes based on the running environment information;
in step S52, operating the corresponding program code in the standard program code in the system framework structure according to the number of continuous operations and the continuous operation duration corresponding to each operation in a code curing manner;
in step S53, a single performance indicator of each operation in each system framework is determined, a weight value of each single performance indicator is calculated based on a time sequence, and a performance indicator corresponding to the operating environment information in each system framework is calculated based on the weight value of each single performance indicator and the single performance indicator.
Other embodiments of the disclosure will be apparent to those skilled in the art from consideration of the specification and practice of the disclosure. This application is intended to cover any variations, uses, or adaptations of the disclosure following, in general, the principles of the disclosure and including such departures from the present disclosure as come within known or customary practice in the art to which the disclosure pertains. It is intended that the specification and examples be considered as exemplary only, with a true scope and spirit of the disclosure being indicated by the following claims.
It will be understood that the present disclosure is not limited to the precise arrangements described above and shown in the drawings and that various modifications and changes may be made without departing from the scope thereof. The scope of the present disclosure is limited only by the appended claims.
Claims (3)
1. A data processing system for computer software development, comprising:
the advanced testing component is used for sending advanced testing data to the computer through a communication link under the condition that the communication link between the software development terminal and the computer is in normal communication, acquiring the response success rate of the computer aiming at the advanced testing data, and acquiring the system response duration and the concurrent throughput of the computer aiming at the advanced testing data under the condition that the response success rate meets the preset testing success rate; determining the concurrent transmission speed of the initial source code of the computer software according to the system response time length and the concurrent throughput, and dividing the code amount of each transmission data packet aiming at the original source code of the computer software according to the concurrent transmission speed;
a software importing component, configured to import original source code of the computer software into a program code engine according to the code amount of each transport packet to generate standard program code for an operating system of the computer, wherein the program code engine is configured to determine an object code generation template according to a format code in the original source code of the computer software, which characterizes an encoding language of the original source code of the computer software, and the operating system of the computer, and transcode the original source code of the computer software based on the object code generation template to generate the standard program code for the operating system of the computer;
a format checking component, configured to load a format checking script according to the format code of the coding language representing an original source code of the computer software, where the format checking script is configured to obtain parameter information of each system framework structure in the operating system of the computer, determine a call relationship of the operating system of the computer to the standard program code according to the parameter information, load the call relationship to perform format checking on the standard program code through each system framework structure, mark an exception code that does not conform to the call relationship in the standard program code, add a regression guide address to the standard program code for the exception code, and send the exception code that does not conform to the call relationship to the software development terminal;
the software development terminal is used for displaying the abnormal code which does not conform to the calling relation, receiving a target modification code made by a developer for the abnormal code, and sending the target modification code made by the developer for the abnormal code to the format checking component through a hidden channel;
the format checking component is further used for receiving the target modification codes made by the developer for the abnormal codes, importing the target modification codes into the program code engine, querying that a regression guide address is added in the standard program codes for the abnormal codes, returning each target modification code converted by the program code engine into the standard program codes according to the regression guide address, acquiring the regression guide codes in the target modification codes converted by the program code engine, and calling a reconfigurable start code and a reconfigurable end code in the regression guide codes;
matching target start codes in the regression guide addresses according to each reconfigurable start code, matching target end codes in the regression guide addresses according to each reconfigurable end code, and returning the reconfigurable start codes and the target modification codes corresponding to the reconfigurable end codes to the standard program codes on the basis of the reconfigurable start codes and the reconfigurable end codes under the condition that the reconfigurable start codes are successfully matched with the target start codes in the regression guide addresses and the reconfigurable end codes are successfully matched with the target end codes in the regression guide addresses;
after the target modification code converted by the program code engine returns to the standard program code, the regression guide code in the target modification code is isolated, so that the regression guide code does not influence the operation of the standard program code.
2. The data processing system for computer software development according to claim 1, wherein said performing code quantity segmentation of each transmitted data packet for original source code of computer software according to said concurrent transmission speed comprises:
determining the packet loss rate in the transmission process of each standard data packet after the original source code is segmented according to the code segmentation length in the standard code segmentation according to the concurrent transmission speed;
under the condition that the packet loss rate is greater than a preset packet loss rate, dividing an original source code of the computer software into a plurality of source code segments based on a binary tree division method;
the amount of code for each transfer packet is partitioned in parallel sequence and independent verification length for the plurality of source code segments.
3. A data processing system for computer software development according to any one of claims 1-2, characterized in that the data processing system for computer software development further comprises:
the monitoring operation component is used for monitoring the operation environment information of each system framework structure of the computer under the condition that the standard program code operates under the calling relation of each system framework structure of the computer based on the development task process of the computer software, and determining the performance index of each system framework structure according to the operation environment information of each system framework structure;
sending a function verification instruction to each system framework structure to enable each system framework structure to run corresponding program codes in the standard program codes based on the running environment information;
operating corresponding program codes in the standard program codes in the system framework structure according to the continuous operation times and the continuous operation duration corresponding to each operation in a code solidification mode;
determining a single performance index of each operation in each system framework structure, calculating a weight value of each single performance index based on a time sequence, and calculating a performance index corresponding to the operation environment information under each system framework structure based on the weight value of each single performance index and the single performance index;
comparing each performance index with a corresponding reference performance requirement based on the performance index of each system frame structure, and determining the performance satisfaction rate of each performance index and the corresponding reference performance requirement;
and generating a development test report of each system framework structure of the computer aiming at the computer software according to the performance satisfaction, and feeding back the development test report to the software development terminal, wherein the development test report comprises the performance satisfaction rate of each system framework structure aiming at the computer software in each running environment represented by the running environment information.
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