CN100536414C - Automatic test system and method based on network stack system - Google Patents
Automatic test system and method based on network stack system Download PDFInfo
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- CN100536414C CN100536414C CNB2007101229840A CN200710122984A CN100536414C CN 100536414 C CN100536414 C CN 100536414C CN B2007101229840 A CNB2007101229840 A CN B2007101229840A CN 200710122984 A CN200710122984 A CN 200710122984A CN 100536414 C CN100536414 C CN 100536414C
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Abstract
The system comprises: stack member device; case base used for test; log management module; system task calling module; system task executing module; system task execution state monitoring module; and system task control module. The invention also reveals an automatically testing method for single member device in network stack system, and an automatically testing method for the network stack system.
Description
Technical field
The present invention relates to the network stack system field, relate in particular to a kind of Auto-Test System and method of testing of pile system Network Based.
Background technology
Along with the development of data communication technology, the sustainable growth of broadband network, the technology of piling up of Ethernet switch becomes present Ethernet switch Extended Capabilities Port and uses more technology, but piling up of Ethernet is a kind of nonstandardized technique technology.Do not support hybrid stack-ups between each manufacturer, pile up pattern for each manufacturer formulates yet, and do not support topological structure.The popular pattern of piling up mainly contains two kinds at present: daisy chain pattern and Star Schema.The biggest advantage of piling up technology just provides the local management of simplification, and one group of switch is managed as an object.
Because piling up switching equipment is to be formed by one group of independent cluster tool, for system testing, test by original single device is tested to the set of one group of equipment, the complexity and the workload of test all become geometric growth, the pattern of pile system work has original decentralized control to centralized control, the coordinating synchronously and mutually of equipment room becomes the key point that equipment can stable operation, system testing for the network equipment, not only require the function of single device to want conformance with standard, agreement will be consistent, and the equipment after requiring to pile up meets the requirements equally, because whole pile system, each member device and main control device, and the co-ordination between the member device be applied in the middle of the concrete test case will be one very loaded down with trivial details, and need to consider all multifactor processes, in test process, to guarantee that at first the separate unit member device is under the situation of not piling up, can there be function, defective on agreement and the performance, only under this prerequisite, just might on function, not go wrong through the equipment that piles up, so complete pile system test, should comprise full functionality test to the separate unit member device, and comprehensive functional test two parts of carrying out of the system after whole process piled up, because a pile system needs multiple devices to carry out, so so also provide condition for concurrent testing, promptly under the control of same test macro, adopt different test cases to be assigned to simultaneously in each member device, therefore in the middle of test, how could cover all test function points will be a step that is not easy to realize, so very easily cause equipment at different scales of piling up and the system defect under the stack arrangement, bring risk for the availability of stack equipment.
Summary of the invention
The invention provides a kind of Auto-Test System and method of testing of pile system Network Based,, how could cover the problem of all test function points to solve in the middle of test.
In order to solve the problems of the technologies described above, the present invention at first provides a kind of Auto-Test System of pile system Network Based, comprise stack member apparatus, test case library, log management module, system task scheduler module, system task Executive Module, system task executing state monitoring module and system task control module, wherein:
Described stack member apparatus links to each other respectively with described log management module, system task Executive Module and system task executing state monitoring module, is separate unit member device in the pile system, and many these equipment are formed pile system;
Described test case library links to each other with described system task scheduler module, is the set of test case, by increasing or deleting that described test case satisfies required test request;
Described log management module links to each other with described stack member apparatus, is used for the event and state of register system operation, is the output module of whole system;
Described system task scheduler module links to each other respectively with test case library with described system task control module, system task Executive Module, is used for test resource is carried out coordinated allocation, and test case manages, the distributing of system task;
Described system task executing state monitoring module links to each other respectively with the system task control module with described stack member apparatus, is used to monitor the operation conditions of tested equipment task, regularly feeds back the operation conditions of each equipment to described system task control module;
Described system task Executive Module, link to each other respectively with described stack member apparatus, system task scheduler module and system task control module, be used for distribution according to the system task scheduler module, carrying out test case carries out, when test assignment is carried out failure, accept the instruction of described system task control module, remove the test case and relevant configuration of mission failure equipment;
Described system task control module, link to each other respectively with the system task Executive Module with described system task scheduler module, system task executing state monitoring module, being used for whole system is managed, coordinating the inter-working of above-mentioned module, also is the input module of whole system.
System of the present invention, wherein, described system task scheduler module when the separate unit member device is tested in to described pile system, is used to carry out the dispatching management of test case; When described pile system is tested, also be used for test resource is carried out coordinated allocation.
System of the present invention, wherein, automatically test for described stack member apparatus, described system introduces synchronization mechanism, comprise: the exclusively enjoying of test resource, scheduling of resource rationally, the transitivity of test result, the reasonability of test case mass distributed, notifications state machine and test case execution priority.
Further, the exclusively enjoying of described test resource, promptly under the situation of existing test case operation, system should not issue new test assignment again; Described scheduling of resource rationally, conditional use test resource, promptly a test resource can not always be scheduled, and other test resource always can not more be called; The transitivity of described test result, i.e. the interactivity of test case, when the input dependence of a test case in another test case result's output, test case reasonably need be lined up; The reasonability of described test case mass distributed, promptly effectively the allocation for test use-case is to the test resource of appointment, and the distribution in batches of relevant use-case improves and carries out efficient; Described notifications state machine is used for notifying the executing state of test case, detects the implementation progress of test case; Described test case execution priority, system can be provided with the priority of test case, test case for high priority, guarantee the distribution and the execution of resource at first, and the preemptive type of support resource management, be test case when test resource is at war with, the test case of high priority is assigned to test resource earlier.
System of the present invention wherein, in described test macro inside, adopts the mechanism of poll to guarantee that test resource is fully utilized.
System of the present invention, wherein, described test macro is set a timeslice, monitors the execution of use-case, prevents wrong generation.
System of the present invention, wherein, described test resource comprises that test case comprises testing equipment again.
System of the present invention, wherein, the scheduling strategy of described system task scheduler module is that the tester is predefined when test is in earlier stage edited test case, or the built-in number according to testing equipment of described system task scheduler module carries out self-adjusting strategy.
System of the present invention, wherein, described system task control module supports the mode of operation of interior separate unit member device of described pile system and pile system to switch.
The present invention also provides a kind of automatic test approach of pile system Network Based, and the test for separate member's equipment in the pile system comprises the steps:
(1) imports the scale and the topological structure of all member devices to test macro, the system task scheduler module is carried out the distribution of test case and test resource then, and issues the different test case that meets test condition to the system task Executive Module according to the required condition of described test case;
(2) described system task Executive Module is carried out the test case of each member device;
(3) in the process that described test case is carried out, system task executing state monitoring module poll is intercepted the executing state of each member device, carry out failure when the member device test assignment occurring, then described system task executing state monitoring module can be carried out failure to system task control module transmission task, described system task control module is to the operation that the unusual member device of executing state sends the removing task occurring, and apply for test case again to the system task scheduler module, and test case sent to remove successful member device, continue to carry out new test case;
(4) after a member device executes test assignment, the system task monitoring module can initiatively send the message that resource discharges to the system task control module, at this moment, the system task control module judges whether it is last test case, if not, then the system task control module is finished up to all test cases to the application of system task scheduler module new test case and execution.
Above-mentioned described method, wherein, in step (3) and (4), described system task control module is controlled described member device the execution result of test case is sent in the log management module.
Above-mentioned described method, wherein, in the step (1), by system task control module input configuration information.
Above-mentioned described method, wherein, in the step (1), before described system task scheduler module was carried out the distribution of described test case and test resource, described system task scheduler module was carried out the screening of test case according to the scale of described member device.
The present invention also provides a kind of automatic test approach of pile system Network Based, and the test for pile system comprises the steps:
(a) import the scale of whole pile system to test macro, and topological structure, the system task control module is specified the main equipment that equipment is whole system then;
(b) described system task control module sends the instruction that test resource distributes to the system task scheduler module, system task scheduler module retrieval test case library, the test case that selection and system resource meet, and locked this test case, the scheduling that described system task scheduler module is carried out test resource to the described test case of screening distributes;
(c) to described test case, when this test case after main equipment internal operation success, to send the successful message of operation to the system task control module by the system task monitoring module, this moment, the system task control module was to the new test resource of system task scheduler module application, the system task scheduler module according to the resource behaviour in service with the resource occupation between the member device, and send same test case and test, by that analogy, up to this test case between main equipment and member device, all carry out one time between each member device and the member device and member device inside;
(d) this moment, system task control module reporting system task scheduling modules discharged all test resources and this test case, and retrieved next use-case in test case library, was finished on all test resources up to all test cases.
Above-mentioned described method, wherein, step (c) and (d) in, described system task control module is controlled described member device the execution result of test case is sent in the log management module.
Above-mentioned described method, wherein, in the step (a), by system task control module input configuration information.
Above-mentioned described method, wherein, in the step (a), the main equipment that it is whole system that described system task control module is specified an equipment comprises: the system task control module is distributed the sequence number of tested equipment automatically according to pile system, it is main equipment that system specifies an equipment, and send the relevant configuration of main equipment to this equipment, treat whole pile up system stability after, this member device is the main equipment of whole system.
Scheme of the present invention can realize repetition and move test case simultaneously separate unit member device and whole pile system, improves the efficient of test, coverage test comprehensive.
Description of drawings
Fig. 1 is an embodiment of the invention system frame structure schematic diagram;
Fig. 2 is the test flow chart of the embodiment of the invention for separate member's equipment in the pile system;
Fig. 3 is the test flow chart of the embodiment of the invention for pile system.
Embodiment
Below in conjunction with the drawings and specific embodiments technical scheme of the present invention is described in detail.
As shown in Figure 1, embodiment of the invention system frame structure schematic diagram, comprise stack member apparatus, test case library, log management module, system task scheduler module, system task Executive Module, system task executing state monitoring module and system task control module, wherein:
Described stack member apparatus links to each other respectively with the described log management module that links to each other, system task Executive Module and system task executing state monitoring module, is separate unit member device in the pile system, and many these equipment are formed pile system;
Described test case library links to each other with described system task scheduler module, is the set of test case, by increasing or deleting that described test case satisfies required test request;
Described log management module links to each other with described stack member apparatus, is used for the event and state of register system operation, is the output module of whole system;
Described system task scheduler module links to each other respectively with test case library with described system task control module, system task Executive Module, is used for test resource is carried out coordinated allocation, and test case manages, the distributing of system task;
Described system task executing state monitoring module links to each other respectively with the system task control module with described stack member apparatus, is used to monitor the operation conditions of tested equipment task, regularly feeds back the operation conditions of each equipment to described system task control module;
Described system task Executive Module, link to each other respectively with described stack member apparatus, system task scheduler module and system task control module, be used for distribution according to the system task scheduler module, carrying out test case carries out, when test assignment is carried out failure, accept the instruction of described system task control module, remove the test case and relevant configuration of mission failure equipment;
Described system task control module, link to each other respectively with the system task Executive Module with described system task scheduler module, system task executing state monitoring module, being used for whole system is managed, coordinating the inter-working of above-mentioned module, also is the input module of whole system.
For automatic test of the present invention, system at first needs to introduce synchronization mechanism, comprising:
1) exclusively enjoying of test resource, promptly under the situation of existing test case operation, system should not issue new test assignment again;
2) scheduling of resource is reasonable, conditional use test resource, and promptly a test resource can not always be scheduled, and other test resource always can not more be called;
3) transitivity of test result, i.e. the interactivity of test case, when the input dependence of a test case in another test case result's output, test case reasonably need be lined up;
4) reasonability of test case mass distributed, promptly effectively the allocation for test use-case is to the test resource of appointment, and the distribution in batches of relevant use-case improves and carries out efficient;
5) notifications state machine is used for notifying the executing state of test case, detects the implementation progress of test case;
6) test case execution priority, system can be provided with the priority of test case, test case for high priority, guarantee the distribution and the execution of resource at first, and the preemptive type of support resource management, be test case when test resource is at war with, the test case of high priority is assigned to test resource earlier.
In addition, in test macro inside, adopt the mechanism of poll to guarantee that test resource can be fully utilized, the situation of response or endless loop may appear not having in some test case in the process of operation, at this moment need timeslice of default, monitor the execution of use-case, prevent wrong generation.
As shown in Figure 2, the embodiment of the invention comprises the steps: for the testing process of separate member's equipment in the pile system
Step 201, before pile system does not form, can think that each member device of stack equipment is independently individual, at first, import the scale and the topological structure of all member devices to test macro, generally by the relevant configuration information of system task control module input;
Step 202, system task scheduler module are carried out the screening of test case according to the scale of described member device;
Step 203, described system task scheduler module is carried out the distribution of described test case and test resource;
Step 204, because before forming pile system, the status of each member device is reciprocity, each member device is identical and independently individual, so the system task scheduler module issues the different test case that meets test condition according to the required condition of described test case to the system task Executive Module;
Step 205, described system task Executive Module is carried out the test case (1～N) of each member device;
Step 206, in the process that described test case is carried out, system task executing state monitoring module poll is intercepted the executing state of each member device, and the result is fed back to the system task control module, judges whether complete; If do not finish, the member device test assignment promptly occurring carries out when failing, described system task control module is to the operation that the unusual member device of executing state sends the removing task occurring, and apply for test case again to the system task scheduler module, simultaneously described system task control module is controlled described member device the outcome record of test crash is sent in the log management module, changes step 203; If complete, then change step 207;
Step 207, after a member device executed test assignment, the system task monitoring module can initiatively send the message that resource discharges to the system task control module;
Step 208, system task control module judge whether it is last test case; If not, then the system task control module to the new test case of system task scheduler module application and simultaneously described system task control module control described member device and send execution result to log management module, change step 203; If then change step 209;
Step 209, all test cases are finished, EOT.
As shown in Figure 3, the embodiment of the invention comprises the steps: for the testing process of pile system
Step 301 is imported the scale of whole pile system to test macro, and topological structure, generally by the relevant configuration information of system task control module input;
The test that no matter is based on whole pile system still is the test of separate unit member device in the pile system, the system task scheduler module all is very crucial for the scheduling of test resource, here the resource of indication is the resource of macroscopic view, not only comprise test case but also comprise two aspects of testing equipment, the resource of coordinating this two aspect can improve the efficient that automatic test is carried out greatly.The scheduling strategy of test assignment can be that the tester preestablishes in earlier stage when test is edited test case, it is the execution sequence that the user can arbitrarily layout test case, and the selection of test case, also can be that the built-in number according to testing equipment of system task scheduler module carries out self-adjusting strategy.
The system task control module supports the mode of operation of interior separate unit member device of pile system and pile system to switch, the tester both can selective system only work in separate unit member device test pattern in the pile system, also can a selective system be operated in the pile system pattern, can also select two kinds of patterns all to support, after the test of separate unit member device pattern was finished in the pile system, system automatically switched to the pile system pattern.
Scheme of the present invention is not restricted to listed utilization in specification and the execution mode.Concerning the technology of the present invention those of ordinary skill in the field, can make various corresponding changes and distortion according to the present invention, and all these corresponding changes and distortion all belong to the protection range of claim of the present invention.
Claims (17)
1, a kind of Auto-Test System of pile system Network Based, it is characterized in that, comprise stack member apparatus, test case library, log management module, system task scheduler module, system task Executive Module, system task executing state monitoring module and system task control module, wherein:
Described stack member apparatus links to each other respectively with described log management module, system task Executive Module and system task executing state monitoring module, is separate unit member device in the pile system, and many these equipment are formed pile system;
Described test case library links to each other with described system task scheduler module, is the set of test case, by increasing or deleting that described test case satisfies required test request;
Described log management module links to each other with described stack member apparatus, is used for the event and state of register system operation, is the output module of whole system;
Described system task scheduler module links to each other respectively with test case library with described system task control module, system task Executive Module, is used for test resource is carried out coordinated allocation, and test case manages, the distributing of system task;
Described system task executing state monitoring module links to each other respectively with the system task control module with described stack member apparatus, is used to monitor the operation conditions of tested equipment task, regularly feeds back the operation conditions of each equipment to described system task control module;
Described system task Executive Module, link to each other respectively with described stack member apparatus, system task scheduler module and system task control module, be used for distribution according to the system task scheduler module, carrying out test case carries out, when test assignment is carried out failure, accept the instruction of described system task control module, remove the test case and relevant configuration of mission failure equipment;
Described system task control module, link to each other respectively with the system task Executive Module with described system task scheduler module, system task executing state monitoring module, being used for whole system is managed, coordinating the inter-working of above-mentioned module, also is the input module of whole system.
2, system according to claim 1 is characterized in that, described system task scheduler module during the test of separate unit member device, is used to carry out the dispatching management of test case in to described pile system; When described pile system is tested, also be used for test resource is carried out coordinated allocation.
3, system according to claim 1, it is characterized in that, automatically test for described stack member apparatus, described system introduces synchronization mechanism, comprise: the exclusively enjoying of test resource, scheduling of resource rationally, the transitivity of test result, the reasonability of test case mass distributed, notifications state machine and test case execution priority; Wherein, the transitivity of described test result is the interactivity of test case, when the input dependence of a test case in another test case result's output, test case reasonably need be lined up.
4, as system as described in the claim 3, it is characterized in that, the exclusively enjoying of described test resource, promptly under the situation of existing test case operation, system should not issue new test assignment again; Described scheduling of resource rationally, conditional use test resource, promptly a test resource can not always be scheduled, and other test resource always can not more be called; The reasonability of described test case mass distributed, promptly effectively the allocation for test use-case is to the test resource of appointment, and the distribution in batches of relevant use-case improves and carries out efficient; Described notifications state machine is used for notifying the executing state of test case, detects the implementation progress of test case; Described test case execution priority, system can be provided with the priority of test case, test case for high priority, guarantee the distribution and the execution of resource at first, and the preemptive type of support resource management, be test case when test resource is at war with, the test case of high priority is assigned to test resource earlier.
5, system according to claim 1 is characterized in that, in described test macro inside, adopts the mechanism of poll to guarantee that test resource is fully utilized.
6, system according to claim 1 is characterized in that, described test macro is set a timeslice, monitors the execution of use-case, prevents wrong generation.
7, system according to claim 1 is characterized in that described test resource comprises that test case comprises testing equipment again.
8, system according to claim 1, it is characterized in that, the scheduling strategy of described system task scheduler module is that the tester is predefined when test is in earlier stage edited test case, or the built-in number according to testing equipment of described system task scheduler module carries out self-adjusting strategy.
9, system according to claim 1 is characterized in that, described system task control module supports that the mode of operation of separate unit member device and pile system is switched in the described pile system.
10, a kind of automatic test approach of pile system Network Based is characterized in that, the test for separate member's equipment in the pile system comprises the steps:
(1) imports the scale and the topological structure of all member devices to test macro, the system task scheduler module is carried out the distribution of test case and test resource then, and issues the different test case that meets test condition to the system task Executive Module according to the required condition of described test case;
(2) described system task Executive Module is carried out the test case of each member device;
(3) in the process that described test case is carried out, system task executing state monitoring module poll is intercepted the executing state of each member device, carry out failure when the member device test assignment occurring, then described system task executing state monitoring module can be carried out failure to system task control module transmission task, described system task control module is to the operation that the unusual member device of executing state sends the removing task occurring, and apply for test case again to the system task scheduler module, and test case sent to remove successful member device, continue to carry out new test case;
(4) after a member device executes test assignment, the system task monitoring module can initiatively send the message that resource discharges to the system task control module, at this moment, the system task control module judges whether it is last test case, if not, then the system task control module is finished up to all test cases to the application of system task scheduler module new test case and execution.
As method as described in the claim 10, it is characterized in that 11, in step (3) and (4), described system task control module is controlled described member device the execution result of test case is sent in the log management module.
12, as method as described in the claim 10, it is characterized in that, in the step (1), by system task control module input configuration information.
13, as method as described in the claim 10, it is characterized in that, in the step (1), before described system task scheduler module was carried out the distribution of described test case and test resource, described system task scheduler module was carried out the screening of test case according to the scale of described member device.
14, a kind of automatic test approach of pile system Network Based is characterized in that, the test for pile system comprises the steps:
(a) import the scale of whole pile system to test macro, and topological structure, the system task control module is specified the main equipment that equipment is whole system then;
(b) described system task control module sends the instruction that test resource distributes to the system task scheduler module, system task scheduler module retrieval test case library, the test case that selection and system resource meet, and locked this test case, the scheduling that described system task scheduler module is carried out test resource to the described test case of screening distributes;
(c) to described test case, when this test case after main equipment internal operation success, to send the successful message of operation to the system task control module by the system task monitoring module, this moment, the system task control module was to the new test resource of system task scheduler module application, the system task scheduler module according to the resource behaviour in service with the resource occupation between the member device, and send same test case and test, by that analogy, up to this test case between main equipment and member device, all carry out one time between each member device and the member device and member device inside;
(d) this moment, system task control module reporting system task scheduling modules discharged all test resources and this test case, and retrieved next use-case in test case library, was finished on all test resources up to all test cases.
15, as method as described in the claim 14, it is characterized in that, step (c) and (d) in, described system task control module is controlled described member device the execution result of test case is sent in the log management module.
16, as method as described in the claim 14, it is characterized in that, in the step (a), by system task control module input configuration information.
17, as method as described in the claim 14, it is characterized in that, in the step (a), the main equipment that it is whole system that described system task control module is specified an equipment comprises: the system task control module is distributed the sequence number of tested equipment automatically according to pile system, it is main equipment that system specifies an equipment, and send the relevant configuration of main equipment to this equipment, treat whole pile up system stability after, this member device is the main equipment of whole system.
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| CN101227350B (en) * | 2008-02-03 | 2011-05-11 | 中兴通讯股份有限公司 | System for parallel executing automatization test based on priority level scheduling and method thereof |
| CN101572636B (en) * | 2008-04-30 | 2012-03-28 | 新奥特（北京）视频技术有限公司 | State monitoring system for inside-table network media data transmission |
| CN102231686B (en) * | 2011-06-24 | 2017-08-11 | 北京天融信科技有限公司 | A kind of system and method for realizing automated test of network security equipment |
| CN102495804A (en) * | 2011-12-27 | 2012-06-13 | 创新科存储技术（深圳）有限公司 | Automatic software testing method |
| CN103324539B (en) * | 2013-06-24 | 2017-05-24 | 浪潮电子信息产业股份有限公司 | Job scheduling management system and method |
| CN104298596B (en) * | 2014-09-30 | 2018-03-06 | 北京金山安全软件有限公司 | Random distribution method and device for test scheme and server |
| CN106874290B (en) * | 2015-12-11 | 2020-08-04 | 阿里巴巴集团控股有限公司 | Data cleaning method and equipment |
| CN105653893A (en) * | 2015-12-25 | 2016-06-08 | 北京百迈客生物科技有限公司 | Genome re-sequencing analysis system and method |
| CN107704345B (en) * | 2016-08-09 | 2021-03-16 | 迈普通信技术股份有限公司 | Management method and device for stacking equipment in automatic test |
| CN108459966B (en) * | 2018-03-21 | 2021-11-16 | 东软集团股份有限公司 | Method, device and equipment for scheduling test components and computer readable storage medium |
| CN112463645A (en) * | 2021-01-15 | 2021-03-09 | 苏州浪潮智能科技有限公司 | Test case scheduling method, device, terminal and storage medium |
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