CN111061604A - Automatic port mirror image testing method and device - Google Patents
Automatic port mirror image testing method and device Download PDFInfo
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Abstract
The invention relates to the technical field of port mirror images, and discloses a method and a device for automatically testing a port mirror image and a computer storage medium, wherein the method comprises the following steps: controlling the equipment to be tested to enter a corresponding view to acquire test configuration data input by a user and issuing the test configuration data; according to the test configuration data, testing all characters supported by the equipment to be tested, all existing ports and all supported mirror image modes one by one; carrying out random combination test on all characters supported by the equipment to be tested, all existing ports and all supported mirror image modes; and outputting a test result. The port mirror image automatic testing method, the port mirror image automatic testing device and the computer storage medium have the technical effects of comprehensive testing coverage, high testing accuracy and high testing efficiency.
Description
Technical Field
The invention relates to the technical field of port mirror images, in particular to a method and a device for automatically testing a port mirror image and a computer storage medium.
Background
The port Mirroring (port Mirroring) function is to forward data traffic of one or more source ports to a certain designated port to monitor the network through a switch or a router, where the designated port is called a "Mirroring port" or a "destination port", and the traffic of the network may be monitored and analyzed through the Mirroring port without seriously affecting the normal throughput of the source ports. The mirror image function is used in the enterprise, network data in the enterprise can be well monitored and managed, and when the network fails, the fault can be quickly positioned.
At present, the test of port mirror images is generally carried out manually, the test cases of a manual test mode are not completely covered, all characters and ports are difficult to traverse, the accuracy of test results is difficult to guarantee, if all the test cases are traversed manually, a large amount of manpower and material resources are undoubtedly consumed, and the test efficiency is low.
Disclosure of Invention
The invention aims to overcome the technical defects, provides a method and a device for automatically testing a port mirror image and a computer storage medium, and solves the technical problems that in the prior art, the port mirror image test is difficult to cover all test cases, the test efficiency is low, and the accuracy is low.
In order to achieve the technical purpose, the technical scheme of the invention provides an automatic port mirror image testing method, which comprises the following steps:
controlling the equipment to be tested to enter a corresponding view to acquire test configuration data input by a user and issuing the test configuration data;
according to the test configuration data, testing all characters supported by the equipment to be tested, all existing ports and all supported mirror image modes one by one;
carrying out random combination test on all characters supported by the equipment to be tested, all existing ports and all supported mirror image modes;
and outputting a test result.
The invention also provides a port mirror image automatic testing device, which comprises a processor and a memory, wherein the memory is stored with a computer program, and the computer program is executed by the processor to realize the port mirror image automatic testing method.
The invention also provides a computer storage medium, on which a computer program is stored, wherein the computer program is executed by a processor to realize the port mirror image automatic testing method.
Compared with the prior art, the invention has the beneficial effects that: after the test configuration data is obtained, all characters supported by the equipment to be tested, all existing ports and all supported mirror image modes are tested one by one, so that the test case traverses all the characters, the ports and the mirror image modes, and the comprehensive test is realized. And then, randomly combining the characters, the ports and the mirror image direction to realize the stability verification of the port mirror image. Through the independent splitting test and the combined test, the whole function allocation of the port mirror image is comprehensively and deeply covered and tested, the test accuracy is high, and the hidden problem can be more comprehensively found. Meanwhile, the whole testing process is automatically finished, frequent manual operation is not needed, and the testing efficiency is high.
Drawings
FIG. 1 is a flow chart of an embodiment of a method for automated testing of a port image according to the present invention;
FIG. 2 is a test execution view of an embodiment of the automated testing method for port mirror provided in the present invention;
fig. 3 is a test process file view of an embodiment of the automated test method for port mirror image according to the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Example 1
As shown in fig. 1, embodiment 1 of the present invention provides an automated port image testing method, including the following steps:
s1, controlling the device to be tested to enter a corresponding view to acquire test configuration data input by a user, and issuing the test configuration data;
s2, testing all characters supported by the equipment to be tested, all existing ports and all supported mirror image modes one by one according to the test configuration data;
s3, carrying out random combination test on all characters supported by the equipment to be tested, all existing ports and all supported mirror image modes;
and S4, outputting the test result.
After the test configuration data is obtained, all characters supported by the equipment to be tested, all existing ports and all mirror image modes supported by the equipment to be tested are tested one by one, so that the test case traverses all the characters, the ports and the mirror image modes, and the comprehensive test is realized. And then, randomly combining the characters, the ports and the mirror image direction to realize the stability verification of the port mirror image. The screenshot in the test process is shown in fig. 2, the whole function allocation of the port mirror image is comprehensively and deeply covered and tested through the independent splitting test and the combined test, the test accuracy is high, and the hidden bug problem can be more comprehensively found.
The invention can not only carry out coverage test on each support item supported by the test equipment, but also carry out random combination on various test items of the equipment to be tested, thereby completing the stability test of the port mirror image, and the test process is automatically executed by one key without frequent manual operation, the test efficiency is high, and the test result is more objective and accurate compared with the manual test.
Preferably, the controlling the device to be tested to enter the corresponding view to obtain the test configuration data input by the user specifically includes:
defining a user view, a global view and a configuration view, controlling the device to be tested to enter the user view, the global view and the configuration view in sequence, and acquiring test configuration data input by a user in the configuration view.
And defining a configuration view of the device to be tested, so that the device to be tested can enter a correct view to perform test operation no matter what view the device to be tested operates under.
Preferably, the user view is defined, specifically:
and after a view switching instruction input by a user is acquired, outputting window prompt information, acquiring user information input by the user according to the window prompt information, and entering a user view.
Specifically, a user view is defined, enter is performed in a command line management window, the window outputs "Username", namely, window prompt information, at this time, a user name (for example, admin) is input to add the enter, then the window outputs "Password", namely, the window prompt information, and then a Password (for example, 123456) is input, so that the user view is entered.
Preferably, the global view is defined, specifically:
acquiring a window output display after acquiring a view switching instruction input by a user; judging whether window output display is the window prompt information or not, if so, executing a user view function to enter a user view, and entering a global view after acquiring a view switching instruction under the user view; judging whether window output display is a user view character string, if so, acquiring a view switching instruction and entering a global view; judging whether window output display is a configuration view character string, if so, acquiring a view switching instruction and entering a global view; and if the window output display is not any one of the window prompt message, the user view character string and the configuration view character string, acquiring a view switching instruction and entering a global view.
Specifically, in this embodiment, the view switching instruction is enter, and when the global view is defined, enter is input in the command line management window, and window output display is determined. When the window output is displayed as 'Username:', namely window prompt information, then a user view function is executed, a user view is entered, and enter is entered when enter is input under the user view, namely the global view is entered. When the window output is displayed as "WD-D >", i.e., a user view string, indicating that the user view is already in progress, then entry into the global view is made by entering an enter. When the window prompt message is 'WD-D #', namely the global view character string indicates that the vehicle is already in the global view, the vehicle can be directly returned. When the window prompt message is 'config) #', namely a configuration view character string indicates that the view is already configured, and then the global view can be entered by entering enter. When the window prompt information is the results which are not defined above and are shown below a certain functional configuration view, then enter into the global view by entering enter.
Preferably, the configuration view is defined, specifically:
acquiring a window output display after acquiring a view switching instruction input by a user; judging whether window output display is the window prompt information or not, if so, executing a global view function to enter a global view, and acquiring a configuration terminal entering a configuration view input by a user under the global view; judging whether window output display is a user view character string, if so, executing a global view function to enter a global view, and acquiring a configuration terminal entered by a user to enter a configuration view under the global view; judging whether window output display is a global view character string, if so, acquiring an input configuration terminal input by a user to enter a configuration view; judging whether the window output display is a configuration view character string, if so, directly entering a configuration view; and if the window output display is not any one of the window prompt message, the user view character string, the global view character string and the configuration view character string, acquiring a view switching instruction and then entering a global view, and acquiring a configuration terminal input by a user and entering a configuration view under the global view.
Specifically, in this embodiment, the view switching instruction is enter, and when the configuration view is defined, enter is input in the command line management window, and window output display is determined. When the window output is displayed as 'Username:', namely the window prompt information, a global view function is executed, a global view is entered, and a configuration terminal is entered under the global view, namely the configuration view is entered. When the window output is displayed as "WD-D #", i.e., a global view string, indicating that it is already in a global view, then a configuration terminal, i.e., a configuration view is entered. When the window output is displayed as "WD-D >", i.e., a user view string, indicating that the user view is already in view, then the global view function is executed, the global view is entered, and the configuration view is entered by entering the configuration terminal under the global view. When the window output is displayed as "config) #", i.e., a configuration view string, indicating that the configuration view is already in use, then enter is sufficient. When the window output is displayed as results other than those defined above, indicating below a certain functional configuration view, then enter into global view by entering enter, and enter into configuration view by entering configure terminal under global view.
Preferably, according to the test configuration data, all characters supported by the device to be tested, all existing ports, and all mirror image modes supported by the device to be tested are tested one by one, specifically:
acquiring all characters supported by the equipment to be tested, all existing ports and all supported mirror modes according to the test configuration data;
respectively executing a port mirroring process on each character supported on the device to be tested according to an ASCII character table to realize the one-by-one test of each character;
respectively taking each port of the equipment to be tested as a source port to execute a port mirroring process, and realizing the one-by-one test of each port;
and respectively executing the port mirror image process in each mirror image mode supported by the equipment to be tested to realize the one-by-one test of each mirror image mode.
After the configuration is finished, the characters, ports and mirror image modes supported by the equipment to be tested can be tested one by one. Specifically, the characters supported by the device to be tested are tested in sequence according to the ASCII table, for example, characters between 33 and 127 of ASCII code are tested one by one. All ports present on the device to be tested are tested: for example, the maximum port is 1000000 and the minimum port is 0, all ports between 0 and 1000000 are tested one by one. And testing all the mirror image modes supported by the equipment to be tested one by one, for example, the equipment to be tested supports three mirror image modes of 'ingress', 'egress' and 'both', and then testing the three mirror image modes one by one.
Preferably, the random combination test is performed on all characters supported by the device to be tested, all existing ports, and all mirror image modes supported by the device to be tested, specifically:
defining a maximum port and a minimum port of the equipment to be tested, and randomly selecting the ports between the maximum port and the minimum port as a mirrored port and a mirrored port;
defining the maximum specification length of the characters supported by the equipment to be tested, and randomly acquiring the characters within the range of the maximum specification length as test characters;
defining a plurality of mirror image modes supported by the equipment to be tested, and randomly selecting one of the plurality of mirror image modes as a test mirror image mode;
and issuing the mirrored port, the test character and a test mirroring mode, wherein the mirrored port executes the port mirroring operation of the test character on the mirrored port by adopting the test mirroring mode to complete the combined test.
Specifically, when various combinations of ports, characters and mirror modes of a device to be tested are randomly combined to realize stability verification, a port mirror image test function is defined firstly, a configuration view is entered, a maximum port and a minimum port input by a user are acquired in a window, and the combined test is performed for 1000 times in a circulating manner. And assigning the acquired minimum port as a mirrored port, assigning the maximum port to the mirrored port, and changing the mirrored port and the mirrored port between the maximum port and the minimum port. And positioning the maximum specification length of the port mirror image name supporting characters, wherein the characters supported by the device to be tested are randomly acquired between 48 and 122 of the ASCII code, and the character length does not exceed the maximum specification length. Defining three mirror image modes supported by the equipment to be tested, namely an incoming direction, an outgoing direction and bidirectional flow, and randomly selecting one of the three defined mirror image modes as a test mirror image mode. Issuing port mirror image configuration (i.e. mirrored port, mirror port, test character and test mirror mode), and monitoring whether window output is designated character (for example: #), if the window output is designated character, indicating that configuration has been normally issued, then making correspondent combination test. If the configuration below is wrong and needs to be deleted, a delete operation is performed and the window output is monitored for a specified character (e.g., #), if the window output is the specified character, indicating that the configuration has been deleted normally. When inputting the maximum port and the minimum port, a ciphertext input mode is preferably adopted.
Preferably, as shown in fig. 3, the method further includes: and recording a test process file.
And the test result is recorded locally, so that the test result can be conveniently traced and checked later.
Example 2
Embodiment 2 of the present invention provides an automatic port mirror testing device, which includes a processor and a memory, where the memory stores a computer program, and when the computer program is executed by the processor, the automatic port mirror testing device implements the automatic port mirror testing method provided in embodiment 1.
The port mirror image automatic testing device provided by the embodiment of the invention is used for realizing the port mirror image automatic testing method, so that the port mirror image automatic testing device has the technical effects of the port mirror image automatic testing method, and the port mirror image automatic testing device also has the technical effects, and the details are not repeated herein.
Example 3
Embodiment 3 of the present invention provides a computer storage medium having a computer program stored thereon, where the computer program, when executed by a processor, implements the method for automated testing of a port image provided in embodiment 1.
The computer storage medium provided by the embodiment of the invention is used for realizing the port mirror image automatic test method, so that the technical effect of the port mirror image automatic test method is also achieved by the computer storage medium, and the description is omitted here.
The above-described embodiments of the present invention should not be construed as limiting the scope of the present invention. Any other corresponding changes and modifications made according to the technical idea of the present invention should be included in the protection scope of the claims of the present invention.
Claims (9)
1. An automated testing method for port mirror images is characterized by comprising the following steps:
controlling the equipment to be tested to enter a corresponding view to acquire test configuration data input by a user and issuing the test configuration data;
according to the test configuration data, testing all characters supported by the equipment to be tested, all existing ports and all supported mirror image modes one by one;
carrying out random combination test on all characters supported by the equipment to be tested, all existing ports and all supported mirror image modes;
outputting a test result;
according to the test configuration data, all characters supported by the equipment to be tested, all existing ports and all supported mirror image modes are tested one by one, and the specific steps are as follows:
acquiring all characters supported by the equipment to be tested, all existing ports and all supported mirror modes according to the test configuration data;
respectively executing a port mirroring process on each character supported on the device to be tested according to an ASCII character table to realize the one-by-one test of each character;
respectively taking each port of the equipment to be tested as a source port to execute a port mirroring process, and realizing the one-by-one test of each port;
and respectively executing the port mirror image process in each mirror image mode supported by the equipment to be tested to realize the one-by-one test of each mirror image mode.
2. The automated port mirror testing method according to claim 1, wherein controlling the device under test to enter a corresponding view to obtain test configuration data input by a user specifically comprises:
defining a user view, a global view and a configuration view, controlling the device to be tested to enter the user view, the global view and the configuration view in sequence, and acquiring test configuration data input by a user in the configuration view.
3. The automated port image testing method of claim 2, wherein a user view is defined, specifically:
and after a view switching instruction input by a user is acquired, outputting window prompt information, acquiring user information input by the user according to the window prompt information, and entering a user view.
4. The automated port image testing method according to claim 2, wherein a global view is defined, specifically:
acquiring a window output display after acquiring a view switching instruction input by a user; judging whether window output display is the window prompt information or not, if so, executing a user view function to enter a user view, and entering a global view after acquiring a view switching instruction under the user view; judging whether window output display is a user view character string, if so, acquiring a view switching instruction and entering a global view; judging whether window output display is a configuration view character string, if so, acquiring a view switching instruction and entering a global view; and if the window output display is not any one of the window prompt message, the user view character string and the configuration view character string, acquiring a view switching instruction and entering a global view.
5. The automated port image testing method of claim 2, wherein a configuration view is defined, specifically:
acquiring a window output display after acquiring a view switching instruction input by a user; judging whether window output display is the window prompt information or not, if so, executing a global view function to enter a global view, and acquiring a configuration terminal entering a configuration view input by a user under the global view; judging whether window output display is a user view character string, if so, executing a global view function to enter a global view, and acquiring a configuration terminal entered by a user to enter a configuration view under the global view; judging whether window output display is a global view character string, if so, acquiring an input configuration terminal input by a user to enter a configuration view; judging whether the window output display is a configuration view character string, if so, directly entering a configuration view; and if the window output display is not any one of the window prompt message, the user view character string, the global view character string and the configuration view character string, acquiring a view switching instruction and then entering a global view, and acquiring a configuration terminal input by a user and entering a configuration view under the global view.
6. The automated port mirror testing method according to claim 1, wherein the random combination test is performed on all characters supported by the device to be tested, all existing ports, and all mirror image modes supported by the device to be tested, specifically:
defining a maximum port and a minimum port of the equipment to be tested, and randomly selecting the ports between the maximum port and the minimum port as a mirrored port and a mirrored port;
defining the maximum specification length of the characters supported by the equipment to be tested, and randomly acquiring the characters within the range of the maximum specification length as test characters;
defining a plurality of mirror image modes supported by the equipment to be tested, and randomly selecting one of the plurality of mirror image modes as a test mirror image mode;
and issuing the mirrored port, the test character and a test mirroring mode, wherein the mirrored port executes the port mirroring operation of the test character on the mirrored port by adopting the test mirroring mode to complete the combined test.
7. The automated port image testing method of claim 1, further comprising: and recording a test process file.
8. An automated port image testing device comprising a processor and a memory, wherein the memory stores a computer program, and the computer program, when executed by the processor, implements the automated port image testing method of any one of claims 1 to 7.
9. A computer storage medium having a computer program stored thereon, wherein the computer program, when executed by a processor, implements the method for automated testing of port images of any of claims 1-7.
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