CN104954203A - Automatic detection system and method for DSL (digital subscriber line) products supporting IPv6 (internet protocol version 6) - Google Patents
Automatic detection system and method for DSL (digital subscriber line) products supporting IPv6 (internet protocol version 6) Download PDFInfo
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- CN104954203A CN104954203A CN201510355165.5A CN201510355165A CN104954203A CN 104954203 A CN104954203 A CN 104954203A CN 201510355165 A CN201510355165 A CN 201510355165A CN 104954203 A CN104954203 A CN 104954203A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
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Abstract
The invention is applied to the technical field of automatic production and provides an automatic detection system and method for DSL (digital subscriber line) products supporting the IPv6 (internet protocol version 6). The method comprises steps as follows: the network card attribute of first forwarding equipment is configured to be the IPv6; single-point-to-multiple-point connection between the first forwarding equipment and multiple DSL products is established through an automatic tunnel; whether the tested DSL products are normal is judged through a ping command diagnosis network; if the tested DSL products are normal, the tested DSL products are forced to be subjected to console in an IPv6 mode of Telnet, and all IPv6 function tests of the tested DSL products are performed. IPv6 functions of the DSL products supporting the IPv6 can be quickly and automatically detected, 4-8 DSL products can be tested simultaneously, the efficiency is improved, the quality is guaranteed, repeated and unskilled jobs and unskilled workers can be reduced, and the detection cost is reduced.
Description
Technical field
The invention belongs to product automation production technical field, particularly relate to a kind of DSL product automation detection system and the method for supporting IPv6 agreement.
Background technology
Now, along with the raising that exhaustion and the network service quality of IPv4 (the 4th edition of Internet protocol Internet Protocol) address resource require, the Data Information Service demand in legacy network unable competent Future Ten year, IPv6 (sixth version of Internet protocol Internet Protocol) arises at the historic moment.Although IPv6 agreement also imperfection, can not solve current all problems, because IPv6 itself possesses outstanding feature, make IPv6 in fact one of core standard becoming next generation network.Researched and developed so each state drops into the construction of a large amount of manpower and materials to IPv6 network all one after another and popularized.Particularly in industrially developed country, IPv6 started as or at once as matured product, get ready for individual market is universal on a large scale.This not only can bring great industrial upgrading, also has higher requirement to current XDSL (general name of all kinds DSL (Digital Subscriber Line, digital subscriber line)) production.
Production automation technology has entered the epoch of high speed development, and each flow process of production all achieves automated production substantially.But for emerging IPv6 product, because this agreement is still in development and perfect process, the Aulomatizeted Detect of IPv6 product also cannot be realized.Current manufacturing lines takes the mode test products spot-check manually to IPv6 agreement tenability, manually spot-check detection mode inefficiency and can not ensure that all products are completely qualified.
Summary of the invention
In view of the above problems, the object of the present invention is to provide a kind of DSL product automation detection system and the method for supporting IPv6 agreement, be intended to solve existing artificial selective examination detection mode inefficiency and the technical problem that all products are completely qualified can not be ensured.
On the one hand, the DSL product automation detection system of described support IPv6 agreement, comprise 64 main frames with automatic tunnel agreement, described main frame is provided with the first PCI-Express, described first PCI-Express works under forcing to be configured in IPv6 agreement, and be connected with the first forwarding unit, the network interface card setup of attribute of described first forwarding unit is IPv6 agreement and closes IPv4 agreement, the lower exit end of described first forwarding unit is connected with multiple stage DSL product, and described system also comprises the direct current supply module of powering for every platform DSL product.
Further, described main frame is also provided with the second PCI-Express, described second PCI-Express works under forcing to be configured in IPv4 agreement, and be connected with the second forwarding unit, the network interface card setup of attribute of described second forwarding unit is IPv4 agreement, and close IPv6 agreement, the lower exit end of described second forwarding unit is connected to described multiple stage DSL product equally.
Further, described first forwarding unit is router or switch, and described equally the second forwarding unit is router or switch.
Further, described DSL product has 4 to 8.
On the other hand, the DSL product automation detection method of described support IPv6 agreement, comprising:
The network interface card attribute configuring the first forwarding unit be connected with main frame is IPv6 agreement, and closes IPv4 agreement, and uses the IPv6 address automatically distributed;
The point-to-multipoint connection of list between the first forwarding unit and multiple stage DSL product is set up by automatic tunnel;
Judge that whether tested DSL product is normal by ping order diagnostic network;
If tested DSL product is normal, then forcing the manipulation tested DSL product carried out under the IPv6 pattern of telnet service, realizing the whole IPv6 functional tests for surveying DSL product.
Further, described by between ping order diagnosis first forwarding unit and tested DSL product, whether network normal step specifically comprises:
In IPTS, add "-6 " field, force ping first forwarding unit IPv6 address to the default address of tested DSL product;
If receive the return information of four totally 32 bytes, show that ping leads to, then DSL product is normal.
Further, described method also comprises the steps:
The network interface card attribute configuring the second forwarding unit is IPv4 agreement, and closes IPv6 agreement;
The point-to-multipoint connection of list between the second forwarding unit and multiple stage DSL product is set up by automatic tunnel;
The DSL product completed firmware burning carries out the elementary item test under IPv4 environment;
After being completed, CMD environment is withdrawn into from telnet service environment, then the prompt environment that exits command further enters Hyper text transfer environment, exports corresponding instruction, the IPv6 function choosing-item of DSL product is set to enable mode according to DSL product version.
The invention has the beneficial effects as follows: the present invention arranges 64 system hosts supporting IPv6 agreement, and PCI-Express is set, and in conjunction with automatic tunnel technology, achieve supporting that the DSL product of IPv6 carries out IPv6 function Aulomatizeted Detect fast, can be tested 4-8 block DSL product simultaneously, ensure the quality of products while improve efficiency, repeatability can be cut down without skilled labour post and personnel, reduce testing cost.In addition, in preferred version, also effectively expand the mixed survey of IPv4 function and IPv6 function under same website, effectively can shorten test erect-position and operation.
Accompanying drawing explanation
Fig. 1 is the topology diagram of the DSL product automation detection system of the support IPv6 agreement that the embodiment of the present invention provides;
Fig. 2 is the flow chart of the DSL product automation detection method of the support IPv6 agreement that the embodiment of the present invention provides.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Present invention achieves the automated production testing scheme to the DSL network terminal product with IPv6 function.In order to technical solutions according to the invention are described, be described below by specific embodiment.
Fig. 1 shows the structure of the DSL product automation detection system of the support IPv6 agreement that the embodiment of the present invention provides, and illustrate only the part relevant to the embodiment of the present invention for convenience of explanation.
As shown in Figure 1, the DSL product automation detection system of the support IPv6 agreement that the present embodiment provides comprises 64 main frames 1 with automatic tunnel agreement, described main frame is provided with the first PCI-Express (not shown), described first PCI-Express works under forcing to be configured in IPv6 agreement, and be connected with the first forwarding unit 2, described first forwarding unit 2 is router or switch, the network interface card setup of attribute of described first forwarding unit 2 is IPv6 agreement, and close IPv4 agreement, the lower exit end of described first forwarding unit 2 is connected with multiple stage DSL product 3, described system also comprises the direct current supply module 4 of powering for every platform DSL product.In addition, in order to realize, batch-automated IPv4/IPv6 is mixed to be surveyed, second PCI-Express (not shown) can also be installed in main frame 1, described second PCI-Express works under forcing to be configured in IPv4 agreement, and being connected with the second forwarding unit 5, described equally the second forwarding unit 5 is router or switch.The network interface card setup of attribute of described second forwarding unit is IPv4 agreement, and closes IPv6 agreement, and the lower exit end of described second forwarding unit 5 is connected to described multiple stage DSL product 3 equally.
The present embodiment uses 64 computers to be used as test main frame, this main frame is provided with 64 clean win7 systems, and also need additionally to install additional on main frame two pieces independently PCI-Express for testing connection, and install automatic tunnel agreement additional, such as tunnel adapter isatap.Home agreement, tunnel adapter Teredo Tunneling Pseudo-Interface agreement and tunnel adapter isatap.{6C67720D-F49C-4493-AA8D-02E4D0D098DB} agreement, guarantee that host test system can support IPv6 test environment.After main frame is ready to, then prepare the first forwarding unit and the second forwarding unit, and be connected with tested DSL product shown in installation diagram 1, and then carry out coherent detection.Detection method as shown in Figure 2, comprises the steps:
The network interface card attribute of the first forwarding unit that step S201, configuration are connected with main frame is IPv6 agreement, and closes IPv4 agreement, and uses the IPv6 address automatically distributed.
In native system, the first equipment supports IPv6 agreement, and automatically distributes one IPv6 address.
Step S202, to be set up the point-to-multipoint connection of list between the first forwarding unit and multiple stage DSL product by automatic tunnel.
For single point-to-multipoint one-to-many is connected between first forwarding unit with multiple stage DSL product, in order to alleviate workman's setting-up time and workload, the present embodiment adopts the automatic tunnel technology of IPv4 compatible address, automatic tunnel can be automatically proportionately point-to-multipoint connection, manual tunnel is only then the connection of point-to-point, the tunnel using the compatible IPv6 automatic tunnel of IPv4 to make generates automatically, such tester only needs the starting point setting this tunnel, that is test main frame, and terminal is set automatically by the end in tunnel i.e. tested DSL product.Once Joint failure can judge that problem has appearred in DSL product, it is substandard product.
Step S203, judge that whether tested DSL product is normal by ping order diagnostic network.
Before detection, need to verify that whether tested DSL product is normal.Concrete, after DSL product to be measured powers on, enter the console instructions prompt console cmd pattern developed based on BCB (Borland C++Builder) in IPTS (integrated production test software, integrated production test software) 3.0.1 environment.Then in IPTS, "-6 " field is added, force ping first forwarding unit IPv6 address to the acquiescence IPv6 address in tested DSL production standard, if tested dsl device is normal, the return information of four totally 32 bytes will be returned, show that ping leads to successfully, so tested DSL product is normal.Return information (namely Ping leads to statistical information) as follows: fde0:9ca5:3b89:0:189a:db12:3485:8079, looks like as follows:
Packet: send=4, receive=4, lose=0 (0% loses);
The estimated time (in units of millisecond) of round trip: the shortest=0ms, the longest=0ms, average=0ms.
If the tested DSL product of step S204 is normal, then forcing the manipulation tested DSL product carried out under the IPv6 pattern of telnet service, realizing the whole IPv6 functional tests for surveying DSL product.
After Ping is logical, manipulation console when forcing to carry out the IPv6 to DSL product telnet service Telnet under pattern, and then tester can realize for the whole IPv6 functional test of tested DSL product.
In the present invention, before IPv6 functional test, IPv4 functional test can also be carried out.Two pieces of PCI-Express installed by main frame, realize testing the compatibility of different network environments and the ability of forwarding data for DSL product.Do not support the product of IPv6telnet agreement to some old edition, can freely be arranged by IPTS, use two network interface cards respectively, the ping of multiple interface test I Pv6 respectively leads to the function setting of ability and IPv4.
Before carrying out IPv4 functional test, the network interface card attribute configuring the second forwarding unit is IPv4 agreement, and closes IPv6 agreement, sets up the point-to-multipoint connection of list between the second forwarding unit and multiple stage DSL product equally by automatic tunnel; The DSL product finally completed firmware burning carries out the elementary item test under IPv4 environment, and concrete content measurement does not repeat here.After traditional F2 station test completes, CMD cmd environment is withdrawn into from telnet service Telnet environment, then the prompt cmd environment that exits command further enters Hyper text transfer http environment, corresponding instruction is exported according to DSL product version, the IPv6 function choosing-item of DSL product is set to enable mode " enable ", next stop F3 test can be carried out, i.e. IPv6 test after shutdown.
In the present invention, when needs are upgraded to product, only 64 upgradings need be carried out, without the need to passing through IP address transition between different agreement to a F3 station test main frame, main frame and tested DSL product 1 carry out functional test to 4 or 1 to 8, overcome the major technology bottleneck of IPv6 batch testing.By automatic tunnel agreement, ensure that and can utilize existing old equipment to greatest extent in production test, reduce and drop into expenditure, make to realize IPv6 data lossless in current existing IPv4 forwarding unit to be received and dispatched by tunnel protocol, further realization test single host drags 4-8 block DSL product by traditional forwarding unit (being generally router or switch) and is tested, while substantially increasing efficiency, ensure the quality of products, and effectively expanded the mixed survey of IPv4 function and IPv6 function under same website, effectively can shorten test erect-position and operation.
To sum up, the present invention can realize detecting for the DSL product automation of all IPv6, especially, can also realize the mixed survey of batch IPv4/IPv6 function automation.As long as by the existing XDSL product can measured based on the IPTS of BCB exploitation, all realize automatic test by the present invention.
Because this detection mode is based on common IPv6 standard and unified tunnel protocol, thus can be applied in different model, on the Product checking of different ISP ISP, the scope of application is very wide.
In addition, the present invention program's autgmentability is strong, not only can be applied in the XDSL Product checking of the 63365+5390HL chipset solution of Botong 963268 chipset and Botong, also verify and have passed MTK, the IPv6 functional verification of the various chips group solution finished product testing authentication application such as Realtek and the customized PLC product of part India.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, although with reference to previous embodiment to invention has been comparatively detailed description, for a person skilled in the art, it still can be modified to the technical scheme described in foregoing embodiments or carry out equivalent replacement to wherein portion of techniques feature.All any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (7)
1. support a DSL product automation detection system for IPv6 agreement, it is characterized in that, described system comprises 64 main frames with automatic tunnel agreement; Described main frame is provided with the first PCI-Express, described first PCI-Express works under forcing to be configured in IPv6 agreement, and is connected with the first forwarding unit, and the network interface card setup of attribute of described first forwarding unit is IPv6 agreement and closes IPv4 agreement; The lower exit end of described first forwarding unit is connected with multiple stage DSL product; Described system also comprises the direct current supply module of powering for every platform DSL product.
2. the DSL product automation detection system supporting IPv6 agreement as claimed in claim 1, it is characterized in that, described main frame is also provided with the second PCI-Express, described second PCI-Express works under forcing to be configured in IPv4 agreement, and be connected with the second forwarding unit, the network interface card setup of attribute of described second forwarding unit is IPv4 agreement, and closes IPv6 agreement, and the lower exit end of described second forwarding unit is connected to described multiple stage DSL product equally.
3. the DSL product automation detection system supporting IPv6 agreement as claimed in claim 2, it is characterized in that, described first forwarding unit is router or switch, and described equally the second forwarding unit is router or switch.
4. the DSL product automation detection system supporting IPv6 agreement as claimed in claim 3, it is characterized in that, described DSL product has 4 to 8.
5. support a DSL product automation detection method for IPv6 agreement, it is characterized in that, described method comprises:
The network interface card attribute configuring the first forwarding unit be connected with main frame is IPv6 agreement, and closes IPv4 agreement, and uses the IPv6 address automatically distributed;
The point-to-multipoint connection of list between the first forwarding unit and multiple stage DSL product is set up by automatic tunnel;
Judge that whether tested DSL product is normal by ping order diagnostic network;
If tested DSL product is normal, then forcing the manipulation tested DSL product carried out under the IPv6 pattern of telnet service, realizing the whole IPv6 functional tests for surveying DSL product.
6. the as claimed in claim 5 DSL product automation detection method supporting IPv6 agreement, is characterized in that, describedly judges whether normal step specifically comprises tested DSL product by ping order diagnostic network:
In IPTS, add "-6 " field, force ping first forwarding unit IPv6 address to the default address of tested DSL product;
If receive the return information of four totally 32 bytes, show that ping leads to, then DSL product is normal.
7. the DSL product automation detection method of the support IPv6 agreement as described in claim 5 or 6, it is characterized in that, described method also comprises the steps:
The network interface card attribute configuring the second forwarding unit is IPv4 agreement, and closes IPv6 agreement;
The point-to-multipoint connection of list between the second forwarding unit and multiple stage DSL product is set up by automatic tunnel;
The DSL product completed firmware burning carries out the elementary item test under IPv4 environment;
After being completed, CMD environment is withdrawn into from telnet service environment, then the prompt environment that exits command further enters Hyper text transfer environment, exports corresponding instruction, the IPv6 function choosing-item of DSL product is set to enable mode according to DSL product version.
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