CN115809205A - Software detection sample deployment system based on cloud computing technology - Google Patents
Software detection sample deployment system based on cloud computing technology Download PDFInfo
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- CN115809205A CN115809205A CN202310093187.3A CN202310093187A CN115809205A CN 115809205 A CN115809205 A CN 115809205A CN 202310093187 A CN202310093187 A CN 202310093187A CN 115809205 A CN115809205 A CN 115809205A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Abstract
The invention discloses a software detection sample deployment system based on a cloud computing technology, which relates to the technical field of software detection sample deployment, and provides a scheme comprising a version data comparison unit, a distinguishing recording unit, a configuration environment comparison unit, a configuration environment modification unit, a data deployment unit and a white box test unit; the recovery equipment system of the invention deploys the detection sample on the system to carry out sample detection, realizes multi-aspect test of the software sample through simple sample detection equipment, ensures the reliability of the software sample, debugs the software sample, does not need to be deployed to the equipment system, ensures the normal operation of the equipment, avoids delaying the normal operation and normal production of the equipment, automatically configures the environment, enables the tested software sample to be directly deployed on the equipment system, can adapt to the software sample without restarting the equipment system, and avoids influencing the production.
Description
Technical Field
The invention relates to the technical field of software detection sample deployment, in particular to a software detection sample deployment system based on a cloud computing technology.
Background
The software deployment link refers to the process of collecting, packaging, installing, configuring and releasing the software project itself, including configuration files, user manuals, help documents and the like. In the era of high-speed development of the information industry, software deployment work is more and more important.
The existing equipment is used after being edited by a program and is deployed into the equipment to be used after being detected to a certain degree, the program is continuously debugged and changed in the using process, time and labor are wasted due to continuous shutdown and debugging of the program problem, normal operation and production of the equipment are influenced, the program with the problem is thrown into the equipment, abnormality can occur after the equipment is operated, and devices of the equipment are seriously damaged by collision.
Disclosure of Invention
The invention provides a software detection sample deployment system based on a cloud computing technology, which aims to overcome the defects in the prior art.
In order to achieve the purpose, the invention adopts the following technical scheme:
a software detection sample deployment system based on a cloud computing technology comprises a version data comparison unit, a difference recording unit, a configuration environment comparison unit, a configuration environment modification unit, a data deployment unit and a white box test unit:
the version data comparison unit compares the latest version of data with the current version of data in the system, inserts the latest data into the current version of data to form the latest version of data, simultaneously comprehensively transmits the distinguishing data to the distinguishing recording unit for backup, transmits the latest version of data to the configuration environment comparison unit for comparison with the configuration environment, and then transmits the latest version of data to the configuration environment modification unit for modification of the configuration environment, the configuration environment needs to be modified into the configuration environment the same as the equipment system, and the software detection sample can be directly deployed on the equipment system after being tested without reconfiguring the environment, so that the purpose of restarting the equipment system is achieved;
the data deployment unit receives the data of the latest version transmitted by the configuration environment modification unit and deploys the data to form the detection software of the latest version, the data deployment unit transmits the data to the white box test unit after deployment is completed to perform multi-aspect test on the detection software data, the software data which is successfully tested returns to the data deployment unit, and the data deployment unit deploys the software sample detection system.
Further, the version data comparison unit and the proportioning environment comparison unit both comprise comparison calculation modules, and comparison formulas of the comparison calculation modules are as follows:
respectively using
And
representing the length of both strings a, b, then their column-Wenstein distance is
It conforms to:
note that: the first formula in min operation represents deleting characters (from a) (to reach b); the second formula represents the inserted character; the third represents substitution (depending on whether the current character is the same or not).
Furthermore, the system also comprises a terminal, a first data protection unit, a first transmission unit and a second data protection unit;
the terminal is used for manufacturing software data, transmitting the data to the first data protection unit and receiving the data transmitted by the first data protection unit;
the first data protection unit is used for encrypting the data sent to the first transmission unit and decrypting the data sent by the first transmission unit, and the first data protection unit and the data protection unit protect the data to be transmitted, so that the condition of data stealing in the transmission process is avoided;
and the data protection unit is used for receiving the encrypted data transmitted by the transmission unit I, decrypting the encrypted data, transmitting the decrypted data to the version data comparison unit and encrypting the data to be transmitted to the transmission unit I.
Furthermore, the system also comprises a finished product data packaging unit, an equipment system control deployment unit, a second transmission unit and an equipment system;
the finished product data packaging unit is used for receiving the final software sample data transmitted by the data deployment unit, packaging and transmitting the final software sample data to the equipment system control deployment unit, deploying and installing the equipment system through the transmission unit, and packaging the tested sample data by the finished product data packaging unit, so that the transmission and the installation are convenient.
Furthermore, the system also comprises a data error marking unit and a data error feedback unit;
the data error marking unit receives the test data transmitted by the white box test unit, marks errors at data problems, transmits the error data to the data error feedback unit, transmits the error data to the data protection unit II through the data error feedback unit, and marks the problem points, so that the terminal can correct the data conveniently, and invalid communication is reduced.
Further, the system also comprises a black box test error input unit and a black box test unit;
the black box testing unit receives the data and the command transmitted by the data deployment unit and starts the testing equipment to perform black box testing by using the software data sample of the latest version;
the black box test error input unit is used for recording problems in the test process of the black box test unit, transmitting problem points to the second data protection unit through the data error feedback unit, driving the simple sample test equipment to perform black box test through a software sample in the black box test, judging the problems of software data through observing the running state of the test equipment, and transmitting the problem records to the terminal.
Furthermore, the output end of the version data comparison unit is connected with the input end of the distinguishing recording unit, the output end of the version data comparison unit is connected with the input end of the configuration environment comparison unit, the output end of the configuration environment comparison unit is connected with the input end of the configuration environment modification unit, the output end of the configuration environment comparison unit is connected with the input end of the data deployment unit, the data deployment unit is in bidirectional connection with the white box test unit, the terminal is in bidirectional connection with the first data protection unit, the first data protection unit is in bidirectional connection with the first transmission unit, the first transmission unit is in bidirectional connection with the second data protection unit, the output end of the second data protection unit is connected with the input end of the version data comparison unit, the first data protection unit comprises a first encryption module and a first decryption module, and the second data protection unit comprises a second encryption module and a second decryption module.
Furthermore, the input end of the finished product data packing unit is connected with the output end of the data deployment unit, the output end of the finished product data packing unit is connected with the input end of the equipment system operation deployment unit, the output end of the equipment system operation deployment unit is connected with the input end of the second transmission unit, the output end of the second transmission unit is connected with the input end of the equipment system, the input end of the black box test unit is connected with the output end of the data deployment unit, and the output end of the black box test error input unit is connected with the input end of the data error feedback unit.
Compared with the prior art, the invention has the beneficial effects that:
this system restores equipment system, it carries out sample detection to dispose the testing sample on this system, and realize many-sided test of software sample through simple and easy sample detection equipment, guarantee software sample reliability, debug the software sample, need not to dispose to equipment system, guarantee the normal operating of equipment, avoid hindering the normal operating and the normal production of equipment, and this system automatic configuration environment, the software sample that makes after the test can directly be disposed on equipment system, equipment system need not to restart can the adaptation software sample, avoid influencing production.
Drawings
Fig. 1 is a system block diagram of a software detection sample deployment system based on a cloud computing technology according to the present invention;
fig. 2 is a system block diagram of a first data protection unit of a software detection sample deployment system based on a cloud computing technology according to the present invention;
fig. 3 is a system block diagram of a second data protection unit of the software detection sample deployment system based on the cloud computing technology.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.
In the description of the present invention, it is to be understood that the terms "upper", "lower", "front", "rear", "left", "right", "top", "bottom", "inner", "outer", and the like, are used in the orientations and positional relationships indicated in the drawings, which are based on the orientations and positional relationships indicated in the drawings, and are used for convenience of description and simplicity of description, but do not indicate or imply that the devices or elements referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus, are not to be construed as limiting the present invention.
Example 1: referring to fig. 1-3: a software detection sample deployment system based on a cloud computing technology comprises a version data comparison unit, a difference recording unit, a configuration environment comparison unit, a configuration environment modification unit, a data deployment unit and a white box test unit;
the version data comparison unit compares the latest version data with the current version data in the system, inserts the latest version data into the current version data to form the latest version data, comprehensively transmits the distinguishing data to the distinguishing recording unit for backup, transmits the latest version data to the configuration environment comparison unit for comparison, and transmits the latest version data to the configuration environment modification unit for modification of the configuration environment, wherein the configuration environment needs to be modified into the configuration environment same as the equipment system, and the software detection sample can be directly deployed on the equipment system after being tested without reconfiguring the environment, so that the aim of not restarting the equipment system is fulfilled;
the data deployment unit receives the latest version of data transmitted by the configuration environment modification unit and deploys the data to form the latest version of detection software, the data deployment unit transmits the data to the white box test unit after deployment is completed to perform multi-aspect test on the detection software data, the software data which is successfully tested returns to the data deployment unit, and the data deployment unit deploys the software sample detection system;
the version data comparison unit and the proportioning environment comparison unit both comprise a comparison calculation module, and the comparison formula of the comparison calculation module is as follows:
are used separately
And
representing the length of both strings a, b, then their column-Wenstein distance is
It conforms to:
note that: the first formula in min operation represents deleting the character (from a) (to reach b); the second formula represents the inserted character; the third represents an alternative (depending on whether the current character is the same or not);
the system also comprises a terminal, a first data protection unit, a first transmission unit and a second data protection unit;
the terminal is used for making software data, transmitting the data to the first data protection unit and receiving the data transmitted by the first data protection unit;
the first data protection unit is used for encrypting the data sent to the first transmission unit and decrypting the data sent by the first transmission unit, and the first data protection unit protect the data transmitted by the second transmission unit so as to avoid data stealing in the transmission process;
the data protection unit is used for receiving the encrypted data transmitted by the transmission unit I, decrypting the encrypted data, transmitting the decrypted data to the version data comparison unit, and encrypting the data to be transmitted to the transmission unit I;
the system also comprises a finished product data packing unit, an equipment system control deployment unit, a second transmission unit and an equipment system;
the finished product data packaging unit is used for receiving the final software sample data transmitted by the data deploying unit, packaging and transmitting the final software sample data to the equipment system control deploying unit, deploying and installing the equipment system through the transmission unit, and packaging the tested sample data by the finished product data packaging unit, so that the transmission and the installation are facilitated;
the system also comprises a data error marking unit and a data error feedback unit;
the data error marking unit receives the test data transmitted by the white box test unit, marks errors at the data problem positions, transmits the data to the data error feedback unit, transmits the error data to the data protection unit II through the data error feedback unit, and marks the problem points, so that the terminal is convenient to correct, and invalid communication is reduced;
the system also comprises a black box test error input unit and a black box test unit;
the black box testing unit receives the data and the command transmitted by the data deployment unit and starts the testing equipment to perform black box testing by using the software data sample of the latest version;
the black box test error input unit is used for recording problems in the test process of the black box test unit, transmitting problem points to the second data protection unit through the data error feedback unit, driving the simple sample test equipment through a software sample to carry out black box test, judging the problems of software data through observing the running state of the test equipment, and transmitting the problem records to the terminal.
Example 2: referring to fig. 2-3: the embodiment provides a technical scheme on the basis of the first embodiment: the output end of the version data comparison unit is connected with the input end of the distinguishing recording unit, the output end of the version data comparison unit is connected with the input end of the configuration environment comparison unit, the output end of the configuration environment comparison unit is connected with the input end of the configuration environment modification unit, the output end of the configuration environment comparison unit is connected with the input end of the data deployment unit, the data deployment unit is in bidirectional connection with the white box test unit, the terminal is in bidirectional connection with the first data protection unit, the first data protection unit is in bidirectional connection with the first transmission unit, the first transmission unit is in bidirectional connection with the second data protection unit, the output end of the second data protection unit is connected with the input end of the version data comparison unit, the first data protection unit comprises a first encryption module and a first decryption module, and the second data protection unit comprises a second encryption module and a second decryption module;
the input end of the finished product data packaging unit is connected with the output end of the data deployment unit, the output end of the finished product data packaging unit is connected with the input end of the equipment system control deployment unit, the output end of the equipment system control deployment unit is connected with the input end of the second transmission unit, the output end of the second transmission unit is connected with the input end of the equipment system, the input end of the black box test unit is connected with the output end of the data deployment unit, and the output end of the black box test error input unit is connected with the input end of the data error feedback unit.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.
Claims (8)
1. The utility model provides a software testing sample deployment system based on cloud computing technology, includes version data contrast unit, difference record unit, configuration environment contrast unit, configuration environment modification unit, data deployment unit and white box test unit, its characterized in that:
the version data comparison unit compares the latest version of data with the current version of data in the system, inserts the latest data into the current version of data to form the latest version of data, comprehensively transmits the distinguishing data to the distinguishing recording unit for backup, transmits the latest version of data to the configuration environment comparison unit for comparison of the configuration environment, and transmits the latest version of data to the configuration environment modification unit for modification of the configuration environment;
the data deployment unit receives the latest version of data transmitted by the configuration environment modification unit and deploys the data to form the latest version of detection software, the data deployment unit transmits the data to the white box test unit after deployment is completed to perform multi-aspect test on the detection software data, and the software data which is successfully tested returns to the data deployment unit.
2. The cloud computing technology-based software detection sample deployment system of claim 1, wherein the version data comparison unit and the proportioning environment comparison unit both comprise comparison calculation modules, and comparison formulas of the comparison calculation modules are as follows:
are used separately
And
representing the length of both strings a, b, then their column-Wenstein distance is
It conforms to:
note that: the first formula in min operation represents deleting characters; the second formula represents the inserted character; the third represents the alternative.
3. The software detection sample deployment system based on the cloud computing technology as claimed in claim 2, further comprising a terminal, a first data protection unit, a first transmission unit and a second data protection unit;
the terminal is used for making software data, transmitting the data to the first data protection unit and receiving the data transmitted by the first data protection unit;
the first data protection unit is used for encrypting the data sent to the first transmission unit and decrypting the data sent by the first transmission unit;
and the data protection unit is used for receiving the encrypted data transmitted by the transmission unit I, decrypting the encrypted data, transmitting the decrypted data to the version data comparison unit, and encrypting the data needing to be transmitted to the transmission unit I.
4. The software detection sample deployment system based on the cloud computing technology is characterized by further comprising a finished product data packaging unit, an equipment system control deployment unit, a second transmission unit and an equipment system;
and the finished product data packaging unit is used for receiving the final software sample data transmitted by the data deployment unit, packaging and transmitting the final software sample data to the equipment system control deployment unit, and deploying and installing the equipment system through the transmission unit.
5. The cloud computing technology-based software detection sample deployment system according to claim 4, further comprising a data error labeling unit and a data error feedback unit;
and the data error marking unit receives the test data transmitted by the white box test unit, marks errors at the data problem positions, transmits the error data to the data error feedback unit, and transmits the error data to the data protection unit II for encryption through the data error feedback unit.
6. The software detection sample deployment system based on the cloud computing technology is characterized by further comprising a black box test error input unit and a black box test unit;
the black box testing unit receives the data and the command transmitted by the data deployment unit and starts testing equipment to perform black box testing by using the software data sample of the latest version;
the black box test error input unit is used for recording problems in the test process of the black box test unit and transmitting the problem points to the second data protection unit through the data error feedback unit.
7. The cloud computing technology-based software testing sample deployment system according to claim 6, wherein an output end of the version data comparison unit is connected with an input end of the distinguishing recording unit, an output end of the version data comparison unit is connected with an input end of the configuration environment comparison unit, an output end of the configuration environment comparison unit is connected with an input end of the configuration environment modification unit, an output end of the configuration environment comparison unit is connected with an input end of the data deployment unit, the data deployment unit is connected with the white box testing unit in a bidirectional mode, the terminal is connected with the first data protection unit in a bidirectional mode, the first data protection unit is connected with the first transmission unit in a bidirectional mode, the first transmission unit is connected with the second data protection unit in a bidirectional mode, an output end of the second data protection unit is connected with an input end of the version data comparison unit, the first data protection unit comprises a first encryption module and a first decryption module, and the second data protection unit comprises a second encryption module and a second decryption module.
8. The cloud computing technology-based software detection sample deployment system according to claim 7, wherein an input end of the finished product data packing unit is connected to an output end of the data deployment unit, an output end of the finished product data packing unit is connected to an input end of an equipment system operation deployment unit, an output end of the equipment system operation deployment unit is connected to an input end of a second transmission unit, an output end of the second transmission unit is connected to an input end of the equipment system, an input end of the black box test unit is connected to an output end of the data deployment unit, and an output end of the black box test error input unit is connected to an input end of the data error feedback unit.
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