CN102185738A - Communication equipment hardware host testing system and testing method - Google Patents
Communication equipment hardware host testing system and testing method Download PDFInfo
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Abstract
The invention relates to a communication equipment hardware host testing technology, and discloses a communication equipment hardware host testing system, which solves the problems of low testing efficiency, incompleteness, low compatibility and high testing cost caused by a detection way in the prior art. The system comprises a testing platform and tested equipment, wherein the testing platform is run on a personal computer (PC), and is used for performing monitoring management on the whole testing process, configuring parameters of the tested equipment and processing testing results; an agent module and test driving modules corresponding to different hardware units to be tested are embedded into the tested equipment; the agent module is used for managing the hardware units to be tested, and resolving and transmitting testing commands or uploading the testing results; and the driving modules are used for receiving the testing commands transmitted by the agent module, performing specific tests on test messages constructed by a central processing unit (CPU) of the tested equipment, and returning the testing results. The invention also discloses a communication equipment hardware host testing method. The system and the method are applied to the equipment batch self-test of communication equipment manufacturers.
Description
Technical field
The present invention relates to the measuring technology of communication equipment hardware main frame, the test macro and the method for testing of hardware main frame in particularly a kind of communication equipment.
Background technology
Along with rapid development of network technology, people are also increasing to the demand of communication equipment, and communication equipment (as: router, switch, speech ciphering equipment etc.) is by a large amount of each occasions that is used in.Meanwhile, people are to the stability of communication equipment, and quality is also all had higher requirement.Therefore, for the communication equipment that guarantees to develop possesses the stable quality requirement of customer demand, for communication equipment production firm, low-cost, high efficiency unit check just becomes the key that enterprise gets the upper hand of.
At present, the hardware detection of communication equipment main frame mainly is to be undertaken by peripheral tools is auxiliary, oscilloscope for example, and network tester etc., owing to introduced professional testing equipment, so testing cost is very high.Also having a kind of relatively testing scheme of intelligence at present, is exploitation one cover test program outside equipment under test, and test data stream all is to be provided by outside frock or test instrumentation.Because test program in the outside of equipment under test, therefore for some communication equipments of being made up of various complex hardware unit, is tested meeting relative incompetence face, poor compatibility; And because test data stream all is to be provided by outer enclosure or test instrumentation, testing cost is still higher relatively.And the tested object of existing test macro all is at single hardware cell, can't finish the test of complete machine, the check in the time of more can't being used for factory's batch process.
Summary of the invention
Technical problem to be solved by this invention is: a kind of test macro and method of testing of communication equipment hardware main frame are proposed, solve the testing efficiency that the traditional test technology brings low, not comprehensively, poor compatibility, problem that testing cost is high.
The present invention solves the problems of the technologies described above the scheme that is adopted: the test macro of communication equipment hardware main frame comprises: test platform and equipment under test; Described test platform operates on the PC, is used for whole test process is carried out monitoring management and to the parameter configuration of equipment under test, to the processing of test result; Embed the test driver module that proxy module and corresponding different hardware cells to be measured are arranged in the described equipment under test; Described proxy module is used for managing the hardware cell to be measured that equipment under test is divided in advance, and resolves test command that test platform issues being sent to the test driver module, and the test result of driver module is uploaded to test platform; Described driver module is used to receive the test command that is issued by proxy module, adopts the test packet by the CPU structure of equipment under test, carries out the test of corresponding hardware cell to be measured and test result is returned to proxy module.
Further, this test macro also comprises the frock switch, is used for being connected of test platform and many equipment under tests.
Further, described test platform comprises:
Configuration file is preserved module: be used to receive the test profile of user's input, described test profile comprises the parameter configuration that test is relevant;
Communication control module: be responsible for communicating by letter between test platform and the equipment under test;
Resolution scheduling module: be responsible for to resolve identity information and hardware cell information to be measured that equipment under test is uploaded, and preserve from configuration file and read corresponding configuration file the module and test control and treatment according to the described information of uploading;
Test result shows and the preservation module: the demonstration and the store test results information that are used for test result.
Another object of the present invention also provides a kind of method of testing of communication equipment hardware main frame, may further comprise the steps:
A is divided into different hardware cells to be measured with the hardware main frame of equipment under test according to function in advance, and embeds the test driver of corresponding different hardware cells to be measured in equipment under test;
B. test platform receives the test profile of user's input, and described test profile comprises the parameter configuration that test is relevant;
C. equipment under test powers on, judge that this machine need enter test pattern after, equipment under test waits for that to test platform report identity information and hardware cell information to be measured test platform issues test command;
D. test platform issues test command according to user instruction, and each hardware cell to be measured of tested main frame is set up concrete test item;
E. equipment under test acceptance test order, the test packet that adopts its CPU to make up calls corresponding test driving each hardware cell to be measured in this machine is tested.
Further, among the step c, equipment under test judges by the test pattern flag bit that detects this machine whether this machine enters test pattern, and the test pattern flag bit of equipment under test is set by order.
Further, among the step c, equipment under test to the concrete grammar of test platform report identity information and hardware cell information to be measured is:
C1. the proxy module of equipment under test selects an ether interface as communication interface;
C2. be the communication interface configuration of selection and the private IP address of the same network segment in test platform place;
C3. equipment under test sends the message of report identity information and hardware cell information to be measured to test platform by proxy module.
Concrete, among the step c1, the selection principle of described communication interface can set in advance in equipment under test; Among the step c2, the private IP address of described communication interface configuration generates automatically according to the MAC Address of equipment under test.
Among the step e, equipment under test acceptance test order is called corresponding test driving each hardware cell to be measured in this machine is tested, and concrete steps are as follows:
E1. equipment under test is tested each test item of hardware testing unit;
E2. equipment under test judges whether the test result of each test item is correct, in this way, enters step e3 after returning the test result of this test item, as not, then stops the test to this test item, and returns test crash information;
E3. equipment under test judges whether to receive the test command that stops that test platform issues, and in this way, this EOT as not, judges further whether all test items are all finished, and in this way, this EOT continues test as not returning step e1.
Concrete, described identity information comprises the device id and the version information of equipment under test; Described hardware cell information to be measured comprises the number and the hardware cell to be measured sign of hardware cell to be measured.
The invention has the beneficial effects as follows: the automaticity height need not the test that a large amount of manual interventions just can be finished a plurality of test modules in the communication equipment; Testing cost is low, only needs a spot of passive auxiliary equipment just can test; The testing efficiency height can detect many equipment under tests simultaneously, is fit to the batch process check of factory; Correctly the alignment error point and the reason of makeing mistakes are for the maintenance and the analysis of faulty equipment provides strong support.
Description of drawings
Fig. 1 is the test system structure schematic diagram of the communication equipment hardware main frame of the embodiment of the invention.
Fig. 2 is the test macro simple structure schematic diagram of the communication equipment hardware main frame of another embodiment of the present invention.
Fig. 3 is the structural representation of embodiment of the invention test platform.
Fig. 4 is the method for testing flow chart of the communication equipment hardware main frame of the embodiment of the invention.
Fig. 5 is the method for testing flow chart of the communication equipment hardware main frame of another embodiment of the present invention.
The flow chart of Fig. 6 in the method for testing of the communication equipment hardware main frame of the embodiment of the invention test result being judged.
Embodiment
The invention will be further described below in conjunction with drawings and Examples.
The testing efficiency that brings at the mode that adopts external checkout equipment that communication equipment hardware is detected in the conventional art is low, not comprehensively, poor compatibility, problem that testing cost is high, the invention provides a kind of test macro and method of testing of communication equipment hardware main frame, utilize common PC and frock test program, under only by a small amount of passive aid (as: netting twine, optical module etc.), communication equipment is tested, and testing cost is low; In addition, test platform of the present invention can be by frock switch (being common Layer 2 switch), connect many equipment under tests simultaneously and carry out test simultaneously, in whole test process, test platform can be set up corresponding tested object for each equipment under test, therefore, test result shows also more directly perceived, clear; If the equipment under test test makes mistakes, equipment under test can initiatively be uploaded to test platform with error message and fault point, need not manual intervention in this process, and automaticity is higher; Because each hardware cell to be measured of equipment under test all has corresponding test to drive in equipment under test, therefore, if in test process, there is corresponding hardware cell test to be measured to make mistakes, equipment under test is the alignment error point and the reason of makeing mistakes correctly, for the maintenance and the analysis of faulty equipment provides strong support.
Referring to Fig. 1, the test macro of the communication equipment hardware main frame in the embodiment of the invention comprises test platform and equipment under test; Described test platform operates on the PC, is used for whole test process is carried out monitoring management and to the parameter configuration of equipment under test, to the processing of test result; Embed the test driver module that proxy module and corresponding different hardware cells to be measured are arranged in the described equipment under test; Described proxy module is used for managing the hardware cell to be measured that equipment under test is divided in advance, and resolves test command that test platform issues being sent to the test driver module, and the test result of driver module is uploaded to test platform; Described driver module is used to receive the test command that is issued by proxy module, adopts the test packet by the CPU structure of equipment under test, carries out the test of corresponding hardware cell to be measured and test result is returned to proxy module.
It referring to Fig. 2 the simple structure schematic diagram of test macro of the communication equipment hardware main frame of another embodiment of the present invention.The test macro of present embodiment comprises test platform, a switch and n equipment under test (n is a positive integer), wherein, test platform may operate on the ordinary PC, its be used for to whole test process carry out monitoring management, to the parameter configuration of equipment under test, to the processing (comprising statistics, diagnosis, demonstration and preservation etc.) of test data; Switch is common Layer 2 switch.Embed the test driver module that proxy module and corresponding different hardware cells to be measured are arranged in the described equipment under test; Described proxy module is used for managing the hardware cell to be measured that equipment under test is divided in advance, and resolves test command that test platform issues being sent to the test driver module, and the test result of driver module is uploaded to test platform; Described driver module is used to receive the test command that is issued by proxy module, adopts the test packet by the CPU structure of equipment under test, carries out the test of corresponding hardware cell to be measured and test result is returned to proxy module.Wherein, proxy module also is used for sending to test platform the identity information and the hardware cell information to be measured of equipment under test, described identity information comprises the device id and the version information of equipment under test, sets up corresponding tested object thereby can be used for the different equipment under test of test platform identification; Described hardware cell information to be measured comprises the number and the hardware cell to be measured sign of hardware cell to be measured.
Referring to Fig. 3, be the structural representation of the test platform of the embodiment of the invention.The test platform of present embodiment comprises: configuration file is preserved module, resolution scheduling module, communication control module and test result demonstration and is preserved module.Configuration file is preserved module, be used to receive the test profile of user's input, described test profile comprises the parameter configuration that test is relevant, and the parameter of setting comprises: the testing time that the user sets, mode of operation, operating rate and the mode switch time of unit under test, speed switching time etc.; Setting can provide friendly people and user interface to realize by test platform, because this realization belongs to the state of the art, does not repeat them here.Communication control module: be used for communicating by letter between test platform and the equipment under test, the communication interface of the place network interface by test platform place PC and the selection of equipment under test is carried out interconnected.Resolution scheduling module: be responsible for to resolve identity information and hardware cell information to be measured that equipment under test is uploaded, and preserve from configuration file and read corresponding configuration file the module and test control and treatment according to the described information of uploading.Test result shows and the preservation module: the demonstration and the store test results information that are used for test result.
The test platform layer is the concrete promoter of test command, be responsible for to whole test process carry out monitoring management, to the parameter configuration of the hardware cell to be measured of equipment under test, to the processing of test data; The equipment under test layer receives the test command that is issued by the test platform layer as tested object, and the back is concrete carries out test through resolving, and test result is returned to the test platform layer.Its concrete operation principle is as follows: the equipment under test electrifying startup, enter test pattern, start proxy module, initiatively report the communication control module that the unit under test information of the identity information of equipment under test and division is in advance given test platform by proxy module, communication control module is given the resolution scheduling module with this identity information and unit under test information uploading again, the resolution scheduling module is according to the protocol massages information that includes equipment under test identity and unit under test information, from configuration file preserve module select this equipment under test correspondence configuration file test control and treatment, communication control module is according to the pre-designed Test Strategy of user, transmitting control commands is given equipment under test, carry out concrete test command by driver module, enter automatic test mode.The user can check detecting information by graphic user interface in the test, or according to test case, suspends, restarts, stops operational processes such as test.Test result be stored in that test result is preserved and display module in, prepare against the user to operations such as the inquiry of test result, printings.
Another object of the present invention also provides the method for testing of a communication equipment hardware main frame.Method of testing flow chart such as Fig. 4 of the embodiment of the invention comprise the steps:
A. in advance the hardware main frame of equipment under test is divided into different hardware cells to be measured according to function, and in equipment under test, embeds the test driver of corresponding different hardware cells to be measured;
B. test platform receives the test profile of user's input, and described test profile comprises the parameter configuration that test is relevant;
C. equipment under test powers on, judge that this machine need enter test pattern after, equipment under test waits for that to test platform report identity information and hardware cell information to be measured test platform issues test command;
D. test platform issues test command according to user instruction, and each hardware cell to be measured of tested main frame is set up concrete test item;
E. after the equipment under test acceptance test order, the test packet that adopts its CPU to make up calls corresponding test driving each hardware cell to be measured in this machine is tested.
As shown in Figure 5, be the method for testing flow chart of the communication equipment hardware main frame of another embodiment of the present invention.Communication equipment method of testing in this example, adopt following steps to finish:
In this step, the hardware main frame is divided into different hardware cells to be measured according to function, can be divided into real time clock circuit as hardware main frame to desk switchboard equipment, the Fabric Interface circuit, eeprom circuit, a plurality of hardware cells to be measured such as exchange chip, CPU, the division number and the sign of this hardware cell to be measured are defined in the proxy module.Proxy module can send information to test platform as the bridge between test platform and the driver module, and also the order by the acceptance test platform allows the driving test module carry out corresponding test.
In this step, the user can be configured for different equipment under tests, generate different configuration file and equipment under test correspondence at test platform, mainly comprise the test parameter setting in this configuration file, the testing time of setting as the user, mode of operation, operating rate and the mode switch time of unit under test, speed switching time etc.
In this step, equipment under test can be according to predetermined communication interface selection principle, select an ether interface as communication interface, can be the private IP address of the same network segment with test platform place PC for of this ether interface configuration simultaneously, utilize this communication interface, equipment under test is transmitted messages to test platform by proxy module and is accused the message of identity information and hardware cell information to be measured, waits for the test command of test platform.About the selection of equipment under test communication interface, select automatically according to the rule that user's preliminary election is set, the priority height that for example speed is low, and ether electricity mouthful priority is higher than ether light mouth, and the little priority height of ether interface port numbers.
After step 505, test platform receive the identity information and included hardware cell information to be measured thereof of equipment under test, issue the startup test command according to user's sign on to equipment under test, and set up concrete test item;
The test process of this step specifically comprises the steps: referring to Fig. 6
Step 5061, equipment under test is tested each test item of hardware testing unit;
Step 5062, equipment under test judge whether the test result of each test item is correct, in this way, test result is sent to test platform enter step 5063, as not, then stop the test to this test item, and return test crash information;
Step 5063, equipment under test judge whether to receive the test command that stops that test platform issues, and in this way, this EOT as not, judges further whether all test items are all finished, and in this way, this EOT continues test as not returning step 5061.
Claims (10)
1. the test macro of communication equipment hardware main frame is characterized in that: comprising: test platform and equipment under test; Described test platform operates on the PC, be used for to whole test process carry out monitoring management, to the parameter configuration of equipment under test and to the processing of test result; Embed the test driver module that proxy module and corresponding different hardware cells to be measured are arranged in the described equipment under test; Described proxy module is used for managing the hardware cell to be measured that equipment under test is divided in advance, and resolves test command that test platform issues being sent to corresponding test driver module, and test result is uploaded to test platform; Described test driver module is used to receive the test command that is issued by proxy module, adopts the test packet by the CPU structure of equipment under test, carries out the test of corresponding hardware cell to be measured and test result is returned to proxy module.
2. the test macro of communication equipment hardware main frame as claimed in claim 1 is characterized in that: this test macro also comprises a frock switch, is used for being connected of test platform and many equipment under tests.
3. the test macro of communication equipment hardware main frame as claimed in claim 1 or 2, it is characterized in that: described proxy module also is used for sending to test platform the identity information and the hardware cell information to be measured of equipment under test, and described identity information comprises the device id and the version information of equipment under test; Described hardware cell information to be measured comprises the number and the hardware cell to be measured sign of hardware cell to be measured.
4. the test macro of communication equipment hardware main frame as claimed in claim 3 is characterized in that: described test platform comprises:
Configuration file is preserved module, is used to receive the test profile of user's input, and described test profile comprises the parameter configuration that test is relevant;
Communication control module is used for communicating by letter between test platform and the equipment under test;
The resolution scheduling module is used to resolve identity information and the hardware cell information to be measured that equipment under test is uploaded, and reads corresponding configuration file test control and treatment from configuration file is preserved module according to the described information of uploading;
Test result shows and preserves module, is used for the demonstration and the store test results information of test result.
5. the method for testing of communication equipment hardware main frame is characterized in that: may further comprise the steps:
A. in advance the hardware main frame of equipment under test is divided into different hardware cells to be measured according to function, and in equipment under test, embeds the test driver of corresponding different hardware cells to be measured;
B. test platform receives the test profile of user's input, and described test profile comprises the parameter configuration that test is relevant;
C. equipment under test powers on, judge that this machine need enter test pattern after, equipment under test waits for that to test platform report identity information and hardware cell information to be measured test platform issues test command;
D. test platform issues test command according to user instruction, and each hardware cell to be measured of tested main frame is set up concrete test item;
E. after the equipment under test acceptance test order, the test packet that adopts its CPU to make up calls corresponding test driving each hardware cell to be measured in this machine is tested.
6. the method for testing of communication equipment hardware main frame as claimed in claim 5, it is characterized in that: among the step b, equipment under test judges by the test pattern flag bit that detects this machine whether this machine enters test pattern, and the test pattern flag bit of equipment under test is set by order.
7. the method for testing of communication equipment hardware main frame as claimed in claim 5 is characterized in that: among the step c, equipment under test to the concrete grammar of test platform report identity information and hardware cell information to be measured is:
C1. equipment under test selects an ether interface as communication interface;
C2. equipment under test is the communication interface configuration of selection and the private IP address of the same network segment in test platform place;
C3. equipment under test sends the message of report identity information and hardware cell information to be measured to test platform.
8. the method for testing of communication equipment hardware main frame as claimed in claim 7 is characterized in that: among the step c1, the selection principle of described communication interface sets in advance in equipment under test; Among the step c2, the private IP address of described communication interface configuration generates automatically according to the MAC Address of equipment under test.
9. as the method for testing of each described communication equipment hardware main frame of claim 5-8, it is characterized in that: among the step e, equipment under test acceptance test order is called corresponding test driving each hardware cell to be measured in this machine is tested, and concrete steps are as follows:
E1. equipment under test is tested each test item of hardware testing unit;
E2. equipment under test judges whether the test result of each test item is correct, in this way, enters step e3 after returning the test result of this test item, as not, then stops the test to this test item, and returns test crash information;
E3. equipment under test judges whether to receive the test command that stops that test platform issues, and in this way, this EOT as not, judges further whether all test items are all finished, and in this way, this EOT continues test as not returning step e1.
10. the method for testing of communication equipment hardware main frame as claimed in claim 9 is characterized in that: described identity information comprises the device id and the version information of equipment under test; Described hardware cell information to be measured comprises the number and the hardware cell to be measured sign of hardware cell to be measured.
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Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101915877A (en) * | 2010-07-02 | 2010-12-15 | 北京航空航天大学 | Bus technology-based universal electromagnetic susceptibility testing device and method |
-
2011
- 2011-05-13 CN CN201110123570.6A patent/CN102185738B/en active Active
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101915877A (en) * | 2010-07-02 | 2010-12-15 | 北京航空航天大学 | Bus technology-based universal electromagnetic susceptibility testing device and method |
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