CN102394797A - Embedded automatic network communication device test method and system - Google Patents
Embedded automatic network communication device test method and system Download PDFInfo
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- CN102394797A CN102394797A CN201110362817XA CN201110362817A CN102394797A CN 102394797 A CN102394797 A CN 102394797A CN 201110362817X A CN201110362817X A CN 201110362817XA CN 201110362817 A CN201110362817 A CN 201110362817A CN 102394797 A CN102394797 A CN 102394797A
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Abstract
The invention discloses an imbedded automatic network communication device test method comprising the following steps: firstly, a main server receives and reads automation test task and call test cases in a case database; secondly, the main server chooses test commands to insert a sending queue; thirdly, the main server sends the test commands to a tested device; fourthly, the tested device completes the automation test task according to the test commands and sends completing information and a corresponding test result to the main server, and the test result is displayed in a display page; fifthly, if the test commands to be sent exist in the sending queue, the step three is conducted, otherwise, a shutdown command is sent to a power module of a server; and sixthly, the power module conducts shutdown operation. The invention also discloses an imbedded automatic network communication device test system for implementing the method. In the embedded automatic network communication device test method and system, the test script and commands have high customizability, and energy sources can be saved.
Description
Technical field
The present invention relates to technical field of measurement and test, more particularly, relate to a kind of built-in network communication equipment automated testing method and system.
Background technology
The instrument that is used for protocol analysis at present is a lot, mostly based on the mode of packet capturing playback, needs the artificial last result that concludes.The instrument that is used for protocol analysis often can only be resolved a certain quasi-protocol, and actual product possibly need various protocols mixing simultaneously to use.For example, device reset is used serial communication possibly, and whether back application layer protocol parsing is correct if equipment under test 1 resets, and then possibly need two instruments and need manual coordination.Same series of products often have the very little product of many moneys otherness, and the use-case reusable should use Version Control.And the Version Control of automatic test script (or use-case) need be by external tool, and test environment is often comparatively independent, need build version control system.
Automatic test tends to long-play, to such an extent as to PC was wasted a large amount of electric energy also at long-play after test was accomplished.
Summary of the invention
The technical problem that the present invention will solve is, to the prior art moderate defect, the built-in network communication equipment automated testing method and the system of high customizability of a kind of test script and instruction and energy savings is provided.
The technical solution adopted for the present invention to solve the technical problems is: a kind of built-in network communication equipment automated testing method is provided, may further comprise the steps:
S1, the master server that is arranged on server end receive and read equipment under test the automatic test task that will accomplish, and according to the test case in the said automatic test task call use-case storehouse;
S2, said master server call corresponding test script according to said test case; There has been said test script as if master server, then directly called said test script,, then revised existing test script and form said test script or newly-built skip test script and revise the said test script of formation if said test script does not exist;
Said master server is selected corresponding several test instructions according to said test script; If said test instruction is present in the instruction database, then directly call said test instruction, if said test instruction does not exist; Then newly-built instruction is also revised the said test instruction of formation; Perhaps revise existing test instruction and form said test instruction, and deposit said test instruction in instruction database, said master server inserts said test instruction in the transmit queue successively; Said master server generates shutdown command automatically, and it is terminal that said shutdown command is inserted transmit queue;
Said master server deposits said use-case storehouse in according to the new test case of said test instruction and the formation of said shutdown command;
S3, said master server send said test instruction according to the order of test instruction in the said transmit queue to said equipment under test;
S4, said equipment under test are accomplished said automatic test task according to said test instruction; Said equipment under test sends completion information and corresponding test result to said master server after accomplishing, and said test result shows in the display page of said master server 2;
S5, said master server are inquired about said transmit queue after receiving said completion information, if having test instruction to be sent in the said transmit queue, then return step S3, otherwise master server 2 send said shutdown command to the power module of said server end;
S6, said power module are carried out power-off operation after receiving said shutdown command.
In the built-in network communication equipment automated testing method of the present invention, said server end is provided with through the master server of the network interconnection and standby server, if said master server 2 breaks down, then selects a standby server as master server.
In the built-in network communication equipment automated testing method of the present invention, regular synchronous said use-case storehouse, instruction database and automatic test task between said master server and the standby server; Regularly send the link detecting instruction between said master server and the standby server,, then select the unobstructed standby server in a chain of stations road as master server if it is obstructed to detect the master server link; Otherwise it is constant to keep former master server.
In the built-in network communication equipment automated testing method of the present invention, also comprise beginning step S0, said master server is downloaded said use-case storehouse and instruction database from said data server; Said database server is connected through network service with said master server;
Among the said step S2; If said test instruction does not exist; Then newly-built test instruction is also revised the said test instruction of formation; Perhaps revise existing test instruction and form said test instruction, and deposit said test instruction in instruction database and be uploaded to said data server simultaneously, deposit the new test case that forms in the use-case storehouse and be uploaded to said data server simultaneously.
In the built-in network communication equipment automated testing method of the present invention; The order of calling of said test script shows at the display interface of said master server; If call the order change, said master server moves corresponding test script adjustment, and it calls order.
In the built-in network communication equipment automated testing method of the present invention, the test result described in the step S4 also is presented on the WEB page of the webserver.
The present invention also provides a kind of built-in network communication equipment automatization test system, comprises master server and equipment under test, and said master server is connected through network or serial communication with said equipment under test; Said master server is arranged on service end;
Said equipment under test is used to provide the automatic test task and accomplishes said automatic test task according to the test instruction that said master server provides, and sends completion information and corresponding test result to said master server;
Said master server is provided with the use-case storehouse that is used to store test case; Said master server is used for according to the said test case in the said use-case of the said automatic test task call storehouse; Call corresponding test script according to said test case; And select corresponding test instruction according to said test script, said master server inserts said test instruction in the transmit queue and sends to said equipment under test successively; Said master server is provided with display interface and power module; Said master server also is used to receive completion information that said equipment under test sends and corresponding test result and said test result is presented at said display interface; Said master server also is used for the said transmit queue of inquiry after receiving said completion information; If no instruction to be sent in the said transmit queue; Then master server generates shutdown command, and sends to said power module to control said power module execution power-off operation;
If there is not said test script in said master server, then master server is revised existing test script and is formed said test script or newly-built skip test script and the said test script of modification formation;
Said master server also is provided with the instruction database that is used to store test instruction; If there is not said test instruction in said instruction database; Then newly-built instruction is also revised the said test instruction of formation, perhaps revises existing instruction and forms said test instruction, and deposit said test instruction in said instruction database; Said master server also is used for depositing the new use-case according to said test instruction and the formation of said shutdown command in said use-case storehouse.
In the built-in network communication equipment automatization test system of the present invention; Said server end is provided with through the master server of the network interconnection and standby server, regular synchronous said use-case storehouse, instruction database and automatic test task between said master server 2 and the standby server; Regularly send the link detecting instruction between said master server 2 and the standby server,, then select the unobstructed standby server in a chain of stations road as master server if it is obstructed to detect the master server link; Otherwise it is constant to keep former master server.
In the built-in network communication equipment automatization test system of the present invention; This system also is provided with the data server that is used to store use-case storehouse and instruction database; Said data server 3 connects and said master server through network service, and said master server is downloaded said use-case storehouse and instruction database from said data server; Said data server also is used to receive and store new test case and the test instruction that said master server sends.
In the built-in network communication equipment automatization test system of the present invention, said master server also is used for moving corresponding test script to be adjusted it and calls order, and the order of calling of said test script shows on the display interface of said master server;
Said built-in network communication equipment automatization test system also is provided with the webserver that is used to show said test result.
Built-in network communication equipment automated testing method of the present invention and system have following beneficial effect: the test script that calls if desired in said built-in network communication equipment automated testing method and the system does not exist with instruction; Can generate through revising; And do not need to dispose simultaneously multiple test script and the instruction of supporting different analysis protocols, simplified the equipment that service end need dispose; Simultaneously, after automatic test finished, master server 2 generated out codes automatically, had avoided master server 2 to accomplish still running for a long time after the automatic test task, thereby had practiced thrift a large amount of electric energy.
Server end configuration master server 2 and standby server; If master server 2 breaks down; Automatically select other standby servers to carry out the automatic test task as master server 2; Regular synchronic command storehouse, use-case storehouse and automatic test task between each server have avoided Single Point of Faliure to cause testing the problem of ending and can not in time recover.
Description of drawings
To combine accompanying drawing and embodiment that the present invention is described further below, in the accompanying drawing:
Fig. 1 is the structural representation of the embodiment of built-in network communication equipment automatization test system according to the present invention;
Fig. 2 is the flow chart of the embodiment of built-in network communication equipment automated testing method according to the present invention.
Embodiment
In order to make the object of the invention, technical scheme and advantage clearer,, the present invention is further elaborated below in conjunction with accompanying drawing and embodiment.Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
Shown in Fig. 1 is a kind of built-in network communication equipment automatization test system, comprises master server 2 and equipment under test 1, and master server 2 is connected through network or serial communication with equipment under test 1; Master server 2 is arranged on service end;
Equipment under test 1 is used to provide the automatic test task and accomplishes the automatic test task according to the test instruction that master server 2 provides, and sends completion information and corresponding test result to master server 2;
Said master server 2 is provided with the use-case storehouse that is used to store test case; Master server 2 is used for according to the test case in the automatic test task call use-case storehouse; Call corresponding test script according to test case; And select corresponding test instruction according to test script, master server 2 inserts test instruction and sends to said equipment under test 1 in the transmit queue successively; Master server 2 is provided with display interface and power module; Master server 2 also is used to receive completion information that equipment under test 1 sends and corresponding test result and test result is presented at display interface; Master server 2 also is used for after receiving completion information, inquiring about transmit queue, if no instruction to be sent in the transmit queue, then master server 2 generates shutdown command, and sends to power module with control power module execution power-off operation;
If there is not said test script in master server 2, then master server 2 is revised existing test script formation test script or newly-built skip test script and is revised and forms test script;
Server end also is provided with through the interconnected standby server of network and master server 2, and regularly synchronous said use-case storehouse, instruction database and automatic test task between master server 2 and the standby server are done the once time synchronization operation such as half an hour; Regularly send the link detecting instruction between master server 2 and the standby server,, then select the unobstructed standby server in a chain of stations road as master server 2 if it is obstructed to detect master server 2 links; Otherwise it is constant to keep former master server 2.
This system also is provided with the data server 3 that is used to store use-case storehouse and instruction database, and data server 3 is through network service connection and master server 2, and master server 2 is downloaded use-case storehouse and instruction database from said data server 3; Data server 3 also is used to receive and store new test script and the instruction that master server 2 sends.It is understandable that and since standby server when master server 2 faults, have be selected as master server 2 maybe, so standby server also is connected through network service with data server 3.
System of the present invention also is provided with the webserver 4 that is used to show said test result.
Shown in Fig. 2 is a kind of built-in network communication equipment automated testing method, may further comprise the steps:
S0, master server 2 download said use-case storehouse and instruction database from said data server 3; Database server and master server 2 are connected through network service;
S1, the master server 2 that is arranged on server end receive and read the automatic test task that 1 of equipment under test will be accomplished, and according to the test case in the said automatic test task call use-case storehouse;
S2, master server 2 call corresponding test script according to test case; If there has been test script in master server 2, then directly call test script, if test script does not exist, then revise existing test script this test script of formation or newly-built skip test script and revise forming this test script;
The new test case that master server 2 forms according to these test instructions and shutdown command deposits in the use-case storehouse and is uploaded to data server 3 simultaneously;
S4, said master server 2 send said instruction to said equipment under test 1;
S5, said equipment under test 1 are accomplished said automatic test task according to said instruction; Said equipment under test 1 sends completion information and corresponding test result to said master server 2 after accomplishing, and said test result shows in the display page of said master server 2; Described test result also is presented on the WEB page of the webserver 4;
S6, said master server 2 are inquired about said transmit queue after receiving said completion information, if having instruction to be sent in the said transmit queue, then return step S4, otherwise master server 2 generates shutdown commands;
S7, said master server 2 send the power module of said shutdown command to said server end, and said power module is carried out power-off operation after receiving said shutdown command.
In addition, server end is provided with master server 2 and the standby server through the network interconnection, if master server 2 breaks down, then selects a standby server as master server 2.Regular synchronous said use-case storehouse, instruction database and automatic test task between master server described in the present embodiment 2 and the standby server; Regularly send the link detecting instruction between said master server 2 and the standby server,, then select the unobstructed standby server in a chain of stations road as master server 2 if it is obstructed to detect master server 2 links; Otherwise it is constant to keep former master server 2.Generally, equipment under test 1 and master server 2 are connected through serial ports, and after said master server 2 faults, equipment under test 1 and the master server of newly selecting 2 are connected through network service.
Comprise projects such as the instruction title, sendaisle, execution number of times of selection, the stand-by period after carrying out and expected results in the instruction in the present embodiment, these projects can be at master server 2 enterprising edlins.Two instructions of already present inquiry version in presumptive instruction storehouse and shutdown, the test case of then shutting down behind the possible inquiry version in the use-case storehouse is following:
| The use-case name | Product1 |
| Instruction 1 | The inquiry version |
| Sendaisle | Socket |
| Carry out number of times | 1 |
| Stand-by period | 10s |
| Expected results | *#9999#1100# |
| |
Shutdown |
| Sendaisle | COM1 |
| Carry out number of times | 1 |
| Stand-by period | 5s |
| Expected results | Do not have |
The system of present embodiment is provided with data server 3; Use-case storehouse and instruction database are stored on the data server 3; Use-case storehouse and the instruction database of master server 2 on can data download server 3; When new test instruction that produces in the test process or test case, in its storage and use-case storehouse or instruction database, be uploaded to data server 3 simultaneously.
The system of present embodiment also is provided with a plurality of standby servers, and when master server 2 faults, system selects a standby server automatically as master server 2, and equipment under test 1 connects new master server 2 through communication network and continues perhaps to carry out again test.The fault of master server is mainly found through the link detecting between the server, when finding that the master server link is obstructed, then replaces master server, selects a standby server as new master server.
Though the present invention describes through specific embodiment, it will be appreciated by those skilled in the art that, without departing from the present invention, can also carry out various conversion and be equal to alternative the present invention.In addition, to particular condition or material, can make various modifications to the present invention, and not depart from the scope of the present invention.Therefore, the present invention is not limited to disclosed specific embodiment, and should comprise the whole execution modes that fall in the claim scope of the present invention.
Claims (10)
1. a built-in network communication equipment automated testing method is characterized in that, may further comprise the steps:
S1, the master server (2) that is arranged on server end receive and read equipment under test (1) the automatic test task that will accomplish, and according to the test case in the said automatic test task call use-case storehouse;
S2, said master server (2) call corresponding test script according to said test case; There has been said test script as if master server (2), then directly called said test script,, then revised existing test script and form said test script or newly-built skip test script and revise the said test script of formation if said test script does not exist;
Said master server (2) is selected corresponding several test instructions according to said test script; If said test instruction is present in the instruction database, then directly call said test instruction, if said test instruction does not exist; Then newly-built instruction is also revised the said test instruction of formation; Perhaps revise existing test instruction and form said test instruction, and deposit said test instruction in instruction database, said master server (2) inserts said test instruction in the transmit queue successively; Said master server (2) generates shutdown command automatically, and it is terminal that said shutdown command is inserted transmit queue;
Said master server (2) deposits said use-case storehouse in according to the new test case of said test instruction and the formation of said shutdown command;
S3, said master server (2) send said test instruction according to the order of test instruction in the said transmit queue to said equipment under test (1);
S4, said equipment under test (1) are accomplished said automatic test task according to said test instruction; Said equipment under test (1) sends completion information and corresponding test result to said master server (2) after accomplishing, and said test result shows in the display page of said master server (2);
S5, said master server (2) are inquired about said transmit queue after receiving said completion information; If have test instruction to be sent in the said transmit queue; Then return step S3, otherwise master server (2) sends said shutdown command to the power module of said server end;
S6, said power module are carried out power-off operation after receiving said shutdown command.
2. built-in network communication equipment automated testing method according to claim 1; It is characterized in that; Said server end is provided with master server (2) and the standby server through the network interconnection; If said master server (2) breaks down, then select a standby server as master server (2).
3. built-in network communication equipment automated testing method according to claim 2 is characterized in that, regular synchronous said use-case storehouse, instruction database and automatic test task between said master server (2) and the standby server; Regularly send the link detecting instruction between said master server (2) and the standby server,, then select the unobstructed standby server in a chain of stations road as master server (2) if it is obstructed to detect master server (2) link; Otherwise it is constant to keep former master server (2).
4. according to any described built-in network communication equipment automated testing method of claim 1～3, it is characterized in that also comprise beginning step S0, said master server (2) is downloaded said use-case storehouse and instruction database from said data server (3); Said database server is connected through network service with said master server (2);
Among the said step S2; If said test instruction does not exist; Then newly-built test instruction is also revised the said test instruction of formation; Perhaps revise existing test instruction and form said test instruction, and deposit said test instruction in instruction database and be uploaded to said data server (3) simultaneously, deposit the new test case that forms in the use-case storehouse and be uploaded to said data server (3) simultaneously.
5. built-in network communication equipment automated testing method according to claim 4; It is characterized in that; The order of calling of said test script shows at the display interface of said master server (2); If call the order change, said master server (2) moves corresponding test script adjustment, and it calls order.
6. built-in network communication equipment automated testing method according to claim 5 is characterized in that the test result described in the step S4 also is presented on the WEB page of the webserver (4).
7. a built-in network communication equipment automatization test system is characterized in that, comprises master server (2) and equipment under test (1), and said master server (2) is connected through network or serial communication with said equipment under test (1); Said master server (2) is arranged on service end;
Said equipment under test (1) is used to provide the automatic test task and accomplishes said automatic test task according to the test instruction that said master server (2) provides, and sends completion information and corresponding test result to said master server (2);
Said master server (2) is provided with the use-case storehouse that is used to store test case; Said master server (2) is used for according to the said test case in the said use-case of the said automatic test task call storehouse; Call corresponding test script according to said test case; And select corresponding test instruction according to said test script, said master server (2) inserts said test instruction in the transmit queue and sends to said equipment under test (1) successively; Said master server (2) is provided with display interface and power module; Said master server (2) also is used to receive completion information that said equipment under test (1) sends and corresponding test result and said test result is presented at said display interface; Said master server (2) also is used for the said transmit queue of inquiry after receiving said completion information; If no instruction to be sent in the said transmit queue; Then master server (2) generates shutdown command, and sends to said power module to control said power module execution power-off operation;
If there is not said test script in said master server (2), then the existing test script of master server (2) modification forms said test script or newly-built skip test script and revises and forms said test script;
Said master server (2) also is provided with the instruction database that is used to store test instruction; If there is not said test instruction in said instruction database; Then newly-built instruction is also revised the said test instruction of formation; Perhaps revise existing instruction and form said test instruction, and deposit said test instruction in said instruction database; Said master server (2) also is used for depositing the new use-case according to said test instruction and the formation of said shutdown command in said use-case storehouse.
8. built-in network communication equipment automatization test system according to claim 7; It is characterized in that; Said server end is provided with master server (2) and the standby server through the network interconnection, regular synchronous said use-case storehouse, instruction database and automatic test task between said master server (2) and the standby server; Regularly send the link detecting instruction between said master server (2) and the standby server,, then select the unobstructed standby server in a chain of stations road as master server (2) if it is obstructed to detect master server (2) link; Otherwise it is constant to keep former master server (2).
9. built-in network communication equipment automatization test system according to claim 8; It is characterized in that; This system also is provided with the data server (3) that is used to store use-case storehouse and instruction database; Said data server (3) connects and said master server (2) through network service, and said master server (2) is downloaded said use-case storehouse and instruction database from said data server (3); Said data server (3) also is used for receiving and storing new test case and the test instruction that said master server (2) sends.
10. built-in network communication equipment automatization test system according to claim 9; It is characterized in that; Said master server (2) also is used for moving corresponding test script to be adjusted it and calls order, and the order of calling of said test script shows on the display interface of said master server (2);
Said built-in network communication equipment automatization test system also is provided with the webserver (4) that is used to show said test result.
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