CN202261360U - Device for testing robustness of router data path - Google Patents
Device for testing robustness of router data path Download PDFInfo
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- CN202261360U CN202261360U CN2011203306025U CN201120330602U CN202261360U CN 202261360 U CN202261360 U CN 202261360U CN 2011203306025 U CN2011203306025 U CN 2011203306025U CN 201120330602 U CN201120330602 U CN 201120330602U CN 202261360 U CN202261360 U CN 202261360U
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Abstract
The utility model provides a device for testing robustness of a router data path. A router is provided with a first interface and a second interface. The device comprises a configuration module, a bandwidth setting module, a first matched testing device, a second matched testing device, a detecting module and a detecting report generation module. The configuration module is used for configuring the first interface, the second interface, the first matched testing device connected with the first interface and the second matched testing device connected with the second interface, so that the first matched testing device is enabled to access the second matched testing device. The bandwidth setting module is used for setting the first matched testing device to work on a first bandwidth and setting the second matched testing device to work on a second bandwidth, wherein the first bandwidth is far larger than the second bandwidth. The first matched testing device is used for sending testing flow for time duration of T to the first interface continuously. The second matched testing device is used for receiving the testing flow through the second interface. The detecting module is used for detecting whether a working state of the router is normal and obtaining a detecting result. The detecting report generation module receives a detecting result sent by the detecting module, generates a detecting result report, and sends the detecting result report to a main display.
Description
Technical field
The utility model relates to the router field tests, particularly a kind of device of test router data path robustness.
Background technology
Fig. 1 is an example with the LAN To WAN data path robustness of investigating router, shows the general topology that the LAN To WAN data path robustness of router is tested.Because the identical or a plurality of chip solution abilities of chip solution are suitable; LAN (the local area network (LAN) of common router; Local Area Network) rate mode of interface and WAN (wide area network, Wide Area Network) interface support is identical, as is gigabit Ethernet.Common way is; LAN interface connects the test PC with gigabit ethernet card; The same test PC with gigabit ethernet card that connects of wan interface uses the instrument of giving out a contract for a project to produce the test traffic of size as throughput (Throughput) from end test PC for a long time to the test PC of the other end then.According to the definition of RFC2889, throughput is the network equipment at packet loss is the maximum of transfer capability under zero the situation.Therefore, said method is not have under the packet loss converting flow in the maximum that institute's test router can be supported to carry out.Let the packet receiving interface and the interface of giving out a contract for a project transmit a large amount of bags through long-time with identical speed, thereby the robustness of this data path is described.General criterion is: whether the function of institute's test router each side is all normal behind the EOT; Can the converting flow level in the whole test process reach desired value.
Yet; The problem that prior art exists is; Only investigated the robustness of the transmitting-receiving bag processing logic that various device drives under the sufficient situation of resource, and router product is different with product orientation because of its application scenarios, common storage resources all is that certain different upper limit is arranged with the chip disposal ability.The limited resources of router comprise processor and storage medium.Wherein the disposal ability of processor has determined peripheral interface and the speed and the function of this product support, and memory generally includes ROM and RAM.The code of storage system boot and embedded system among the ROM wherein, RAM be used to that embedded system starts and running in required memory allocation internal memory.And router through in the process of data path, needs the corresponding memory space of application that it is carried out buffer memory at packet as a kind of network equipment of storing relay type, and its occupation space just can be released after processing and forwarding were accomplished.And embedded system no-load running get up after among the RAM vacant memory space all be very limited usually.In the prior art scheme; The rate mode of the packet receiving interface and the interface of giving out a contract for a project is to mate each other; Though CPU has processing delay; But receive and dispatch packet interface all dynamic buffer memory and transmitting-receiving bag under poised state, can not occur receiving and dispatching bag formation buffer memory mass data bag and taking a large amount of internal memories visit failure scenarios when new packet application internal memory is stored basically.And no matter be wireless medium or wire medium; The flank speed that its physical layer data is transmitted is more or less the same usually; Therefore in using the process that the speed of coupling is tested each other; No matter carrying out wired wireless or wireless wired data forwarding test of arriving of arriving, can't test the border condition that a wherein end packet receiving formation (storehouse) and the formation of giving out a contract for a project (storehouse) can not continue to visit for full storage resources usually, stay the blind spot of test for the robustness of equipment.Router belongs to typical resource-constrained type embedded system, and device drives only designs in logic and verifies from transmitting-receiving usually, and be difficult to verify under the various abnormal conditions whether can go wrong in the process of exploitation.Owing to fail to contain the various branches logic of software processes in the test process; Afterwards test result is normal though cause according to existing testing scheme the router of being tested being carried out strict long-time stability test, and also there is the stability problem of system with more deadlock, dysfunction etc. in the user in actual environment for use.
The utility model content
In the utility model content part, introduced the notion of a series of reduced forms, this will further explain in the embodiment part.The utility model content part of the utility model does not also mean that key feature and the essential features that will attempt to limit technical scheme required for protection, does not more mean that the protection range of attempting to confirm technical scheme required for protection.
The utility model provides a kind of device of test router data path robustness, and said router has first interface, second interface, it is characterized in that, comprising:
Configuration module, be used for configuration router first interface, second interface, be connected with said first interface first join survey device, be connected with said second interface second join the survey device, make said first to join the survey device and can visit said second and join the survey device;
Bandwidth is provided with module, is used to be provided with said first and joins and survey device and be operated in first bandwidth, and said second joins and survey device and is operated in second bandwidth, and wherein first bandwidth is much larger than second bandwidth;
First joins the survey device, and being used for continuing to send duration to said first interface is the test traffic of T;
Second joins the survey device, is used for receiving said test traffic through said second interface;
Detection module, whether be used to detect the operating state of said router normal and draw testing result;
The examining report generation module receives the said testing result that said detection module sends, and said examining report generation module generates test results report, and said test results report is sent to display to show.
Said first interface is a LAN interface, and said second interface is wan interface or WLAN interface; Or said first interface is wan interface, and said second interface is LAN interface or WLAN interface; Or said first interface is the WLAN interface, and said second interface is LAN interface or wan interface.
Two to be measured interface and two of with two to be measured interfaces respectively being connected of the utility model through configuration router join the survey device; Guarantee the connectedness between two interfaces; To join as the correspondence of the packet receiving interface of router then and survey device and be arranged on the high bandwidth speed; To be arranged on the high bandwidth speed by the corresponding survey device of joining as the packet receiving interface of router; To survey device as corresponding the joining of the interface of giving out a contract for a project of router and be arranged on the low bandwidth speed, and guarantee that high bandwidth speed is higher than low bandwidth speed far away, and make transmit queue (storehouse) and reception formation (storehouse) will be in full state.
Thereby reached checking under the situation of inadequate resource, whether the processing logic of the branch of software transmitting-receiving bag exists the effect of defective.Can find the problem that original long-time big stability of flow property testing can't be found in the short again time; As the further validation test after original basicly stable property testing; Improved the robustness of embedded system data path from an aspect, made that operation is more stable under the user's complicated application scenarios.
Description of drawings
The attached drawings of the utility model is used to understand the utility model in this part as the utility model.The embodiment and the description thereof of the utility model have been shown in the accompanying drawing, have been used for explaining the principle of the utility model.In the accompanying drawings,
Fig. 1 is a router LAN to WAN stability test topology sketch map;
Fig. 2 is the logic connection sketch map by router embedded system and peripheral interface thereof;
Fig. 3 is the structural representation according to the device of the test router data path robustness of the utility model.
Embodiment
In the description hereinafter, provided a large amount of concrete details and the utility model has been understood more completely so that provide.Yet, it will be apparent to one skilled in the art that the utility model can need not one or more these details and be able to enforcement.In other example,, describe for technical characterictics more well known in the art for fear of obscuring with the utility model.
In order to understand the utility model better, below router to be measured is done brief account.Fig. 2 is that the logic of router embedded system and peripheral interface thereof connects sketch map.Wherein, the router Implementation of Embedded System be protocol stack and NAT (network address translation, Network Address Translation), realize the processing and the routing function of variety of protocol.WAN, LAN, WLAN are the physical interfaces of embedded system periphery, corresponding respectively the wan interface of router, LAN interface, WLAN interface.Each interface all has special interface equipment driving to handle, and has realized the function of packet receiving (Rx) and give out a contract for a project (Tx).Fig. 2 only shows the part composition of router for convenience, and other assemblies are not shown.Wherein, the wan interface among Fig. 2, LAN interface, WLAN interface only show one, are merely signal here, can also a plurality of wan interfaces, a plurality of WLAN interface, a plurality of LAN interface be set according to actual needs.
The general process of router transmitting-receiving bag is: physical interface equipment receives the physical layer information of convey data packets, therefrom extracts packet information, produces interruption and gives the packet receiving resume module; Packet receiving module application internal memory is given CPU after the success and is further handled and transmit as the buffer memory of processing data packets; After obtaining the CPU time sheet, CPU handles the bag of receiving according to the logic of protocol stack and NAT, comprises the parsing and the conversion of agreement, and the realization of function such as route, and then this packet being forwarded to correct discharge coupling gets on; Discharge coupling application internal memory is deposited packet to be transmitted, and after the wait discharge coupling device free this packet is transferred to physical equipment and sends.
The LAN interface medium is not limited to Ethernet, Wi-Fi, Poe, USB or the like.The wan interface medium is not limited to Ethernet, Wi-Fi, DSL, 3.75G, PoE, 4G etc.So long as the interface that can use in the communication process, just can adopt the method for test router data path robustness of the present invention, the media type that the type of docking port of the present invention and interface connect does not limit.
Fig. 3 shows the device 100 according to the test router data path robustness of the utility model.Router has first interface and second interface.The device 100 of test router data path robustness comprise configuration module 101, bandwidth be provided with module 102, be connected with said first interface first join survey module 103, be connected with said second interface second join survey module 104, detection module 105.
Bandwidth is provided with module 102, is used to be provided with first and joins and survey module 103 and be operated in first bandwidth, and second joins and survey module 104 and is operated in second bandwidth, and the numerical value of first bandwidth, second bandwidth determine by router to be measured, distinct device value difference.Can choose maximum bandwidth, minimum bandwidth that router to be measured is supported, perhaps between maximum bandwidth, minimum bandwidth, choose two values that differ bigger.
First joins survey module 103, and being used for continuing to send duration to first interface is the test traffic of T.
Second joins survey module 104, is used for receiving said test traffic through second interface.
Whether detection module 105, it is normal and draw testing result to be used to detect the operating state of router.
It mainly is the basic configuration of being correlated with for the data connectivity that realizes first interface that configuration module 101, bandwidth in the device 100 is provided with module 102.First joins and surveys module 103, second and joins and survey module 104, can use the corresponding measurement equipment of joining of the prior art, for example Ethernet card etc.Can use conducts such as diverse network transmitting-receiving bag equipment, network traffics generation and analytical instrument to join the survey device.Such as Ethernet card, wireless network card, SmartBits series of tests instrument etc.; First joins and surveys module 103 and be flow generation equipment; Second joins survey module 104 is the flow receiving equipment, and above equipment can be joined survey module 103 and second as first and joined survey module 104.No matter use which kind of equipment as joining the survey device, as long as can satisfy the coupling with router to be measured.
Examining report generation module 106; Examining report generation module 106 connection detection module 105; Detection module 105 is according to testing result; Corresponding abnormal conditions in the table 1 are produced reason send to examining report generation module 106, generate test results report, and said test results report is sent to display to show by examining report generation module 106.
In an embodiment of the utility model, if test the data path robustness of LAN interface to wan interface, then first interface is LAN interface, and second interface is wan interface.The high bandwidth of LAN interface and wan interface is 1000Mbps, and lowest-bandwidth is 10Mbps.In this embodiment, first joins and surveys module 103 and second and join survey module 104 and can be operated in for example full-duplex mode.Bandwidth is provided with module 102 the first bandwidth 1000Mbps (the packet receiving interface rate of router) is set, and second bandwidth is 10Mbps (interface rate of giving out a contract for a project of router).Squeeze into test traffic from first interface (the packet receiving interface of router), the packet sending speed of second interface (interface of giving out a contract for a project of router) will reach capacity; Keep this flow, the formation of giving out a contract for a project of the interface of giving out a contract for a project of router will at first be filled, and produces a large amount of internal memory application operations and is used for data cached bag and causes storage resources not enough, thereby reach the boundary condition of institute's test data path.
The utility model is illustrated through the foregoing description, but should be understood that, the foregoing description just is used for for example and illustrative purposes, but not is intended to the utility model is limited in the described scope of embodiments.It will be understood by those skilled in the art that in addition; The utility model is not limited to the foregoing description; Instruction according to the utility model can also be made more kinds of variants and modifications, and these variants and modifications all drop in the utility model scope required for protection.The protection range of the utility model is defined by appended claims book and equivalent scope thereof.
Claims (2)
1. the device of a test router data path robustness, said router have first interface,
Second interface is characterized in that, comprising:
Configuration module, be used for configuration router first interface, second interface, be connected with said first interface first join survey device, be connected with said second interface second join the survey device, make said first to join the survey device and can visit said second and join the survey device;
Bandwidth is provided with module, is used to be provided with said first and joins and survey device and be operated in first bandwidth, and said second joins and survey device and is operated in second bandwidth, and wherein first bandwidth is much larger than second bandwidth;
First joins the survey device, and being used for continuing to send duration to said first interface is the test traffic of T;
Second joins the survey device, is used for receiving said test traffic through said second interface;
Detection module, whether be used to detect the operating state of said router normal and draw testing result;
The examining report generation module receives the said testing result that said detection module sends, and said examining report generation module generates test results report, and said test results report is sent to display to show.
2. the device of test router data path robustness as claimed in claim 1 is characterized in that, said first interface is a LAN interface, and said second interface is wan interface or WLAN interface; Or said first interface is wan interface, and said second interface is LAN interface or WLAN interface; Or said first interface is the WLAN interface, and said second interface is LAN interface or wan interface.
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CN2011203306025U CN202261360U (en) | 2011-09-06 | 2011-09-06 | Device for testing robustness of router data path |
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