CN103927260B - Method and system for testing telecommunication equipment - Google Patents

Abstract

The invention provides a method and system for testing telecommunication equipment, which eliminates the problem of software incompatibility caused by different operating systems of different equipment through the mode of starting from a U disk, and only needs to prepare a set of testing software for the WinXP operating system; The way of storing the dynamic library can realize the matching of the intelligent identification device and the dynamic library. During the test, the unified test platform can automatically match a set of dynamic link library according to the device under test to complete the test.

Description

Method and system for testing telecommunication equipment

technical field

The present invention relates to the communication field, and more specifically, relates to a method and system for testing telecommunication equipment.

Background technique

At present, in the testing of telecom self-service equipment, the main methods adopted are as follows: store the testing software needed in the testing in the USB flash drive, copy the testing software into the equipment host to be tested during the testing process, and complete the installation Running; the component driver and dynamic link library of the device under test are provided by the terminal device manufacturer under test, and are copied into the device under test for storage. After being loaded and called by the test software, the test operation of the device is completed with the test software. The test operation is mainly completed by manual clicking. The test records and results are stored locally in the terminal, and after the test is completed, the tester copies them to a USB flash drive and takes them away. The tester completes the summary of test data on his own computer. process, display.

In the current test method, there are many types of equipment and the use of different operating system versions, which makes some test software unable to run on multiple operating systems at the same time. For example, some queuing machines use the Linux operating system, then Some test software previously used under the Windows operating system cannot be tested on this kind of queuing machine; at the same time, among the current test objects, there are many types and brands of components, and different components and brands require different dynamic link libraries to complete the call , in the process of on-site testing, the dynamic link libraries of all components must first be loaded and matched to confirm that the subsequent testing operations can be completed. Testers need to travel to the target provinces and arrive at designated business halls for testing. This brings great inconvenience to the testing work.

The current testing method requires a testing system to be installed on each device, which is manually tested by a professional tester, requiring the tester to know the machine very well. Special test software must be installed for different system platforms. Moreover, many manual operations are required, and the correct results may not be obtained during the test due to improper operation or lack of familiarity with the equipment. The test needs to be carried out by a person familiar with the equipment, and the personnel cost and travel cost are relatively high. In addition, the daily maintenance and testing work also requires the participation of local personnel.

Contents of the invention

The technical problem to be solved by the present invention is to provide a method and system for testing telecommunication equipment in view of the deficiencies in the prior art. The host computer of the equipment to be tested is accessed through the operating system of the U disk, and the device is taken over after starting the U disk, so as to eliminate the Differences brought about by different operating systems; classify all test items of the equipment to be tested into a unified test platform, store a full amount of dynamic link library on the server side through remote testing, and download it as needed during testing, and The corresponding test platform is integrated on the server side to complete the test operation of the local components. As a preferred implementation mode, the test data summary report can be generated by module, which can effectively solve the difficulties existing in the prior art.

The technical solution adopted by the present invention to solve the technical problem is to provide a method and system for testing telecommunication equipment.

Telecommunications equipment testing method of the present invention comprises the following steps:

S1: Construct a unified test platform (11) on the server (1) of the telecommunications equipment test system, and integrate a remote test control and a component driver library on the unified test platform (11), and the remote test control and component driver library Used to remotely provide test controls and drive components for the device under test (2);

S2: Preinstall the operating system of the host computer that can start the device under test (2) in the U disk (3), insert the U disk (3) on the device under test (2), and The host computer of the device under test (2) is started on the device under test (2) by the pre-installed operating system in the U disk (3);

S3: the unified test platform (11) establishes a connection with the device under test (2) through the Internet, and obtains the ID number of the device under test (2); and drives the hardware device of the telecommunication device test system to update;

S4: the unified test platform (11) controls the device under test (2) to download and install the remote test controls and components corresponding to the ID number in the drive library according to its ID number and the driver assembly; The download of the corresponding test controls and driver components of the device under test (2) adopts the intelligent identification and matching mechanism of the sub-link library; information of the imported device under test (2), and intelligently match the device under test (2) with the sub-link library, and select the sub-link corresponding to the device under test (2) in the sub-link library link library;

S5: the unified test platform (11) controls the device under test (2) to test, and uses the RMI remote call method to set the RMI widget download function on the server (1), and the device under test ( 2) After locally downloading the small component and running, complete the driving and remote calling of the device under test (2) by the unified test platform (11), and remotely drive the device under test (2) to complete the test; the test is completed Afterwards, a test report is generated, and the test report and test data information are displayed on the unified test platform (11).

Preferably, the unified testing platform (11) in the step S1 is a platform developed based on JAVA language, and is installed on the server (1).

Preferably, all corresponding test controls and drive components of the device under test (2) are integrated in the remote test control and component driver library in the step S1, and the drive components at least include device identification drive components and device Application driver components.

Preferably, in the step S1, the remote test control and component driver libraries include a plurality of sub-link libraries, and each sub-link library corresponds to the corresponding ID number of the device under test (2).

Preferably, in the step S2, the operating system preinstalled in the USB flash disk (3) includes at least windows XP operating system.

Preferably, in the step S2, the host computer of the device under test (2) that is started on the device under test (2) through the pre-installed operating system in the U disk (3) specifically includes: In the memory of the host computer of the device under test (2), a part of space is divided as a virtual hard disk, and the content to be written is written to the virtual hard disk by the operating system; the U disk (3) is provided with Write protection setting, specifically the state of prohibiting writing.

Preferably, in the step S3, the updating of the hardware device driver of the telecommunications equipment testing system specifically includes the following steps:

SA: Connect the device under test (2) to the system, open the device management client (0) installed on the device under test (2), detect the device under test (2) and collect hardware device information in real time, and collect the The hardware device information is transmitted to the server (1);

SB: After the server (1) receives the hardware device information reported by the device management client (0), it queries the device information table stored in the server (1) to obtain information about the corresponding device driver;

SC: the server (1) generates a device driver update policy, and sends it to the corresponding device management client (0);

SD: The device management client (0) automatically downloads and updates the latest device driver and the dynamic link library required by the RMI service from the server (1) according to the device driver update strategy issued by the server (1);

SE: After the device management client (0) detects that the device driver has been updated, the device management client (0) restarts the RMI service.

A telecommunications equipment testing system, comprising a server (1), a device to be tested (2), and a USB flash drive (3), the device to be tested (2) is equipped with a device management client (0) for cooperating with the server (1 ) controls the test process of the device under test (2), the device under test (2) is connected to the server (1) through the Internet, and the server (1) is equipped with a unified test platform (11) for testing the device under test (2). The device under test (2) executes a remote test, and the U disk (3) is equipped with an operating system capable of starting the host computer of the device under test (2), and is used to insert the device under test (2) to start the operation system.

The telecommunications equipment testing method and system of the present invention integrate the testing functions of various tested equipment into one testing platform, so the reusability of the testing platform is increased, the cost is saved, and the efficiency is improved; the present invention is preferably implemented The telecommunications equipment test method and system of the example eliminate the software incompatibility problems caused by different operating systems of different devices through the way of U disk booting. It is only necessary to prepare a set of test software for the WinXP operating system; the way of storing dynamic libraries on the server side is adopted. , which can realize the matching of intelligent identification equipment and dynamic library. During the test, the unified test platform can automatically match a set of dynamic link library according to the device under test to complete the test; and the remote test method is used to realize the remote execution of the test without the need for an evaluation center Professional testers go to the test site, and the test can be completed by ordinary testers after simple training; and the data and result records generated by the test can be directly saved on the server side, which is convenient for unified processing; the JAVA platform is adopted. The test can realize cross-platform operation; the platform method can be used for testing, and the large version of the test platform can be managed, maintained and updated in a unified manner.

Description of drawings

Fig. 1 is the flowchart of the telecommunications equipment testing method of preferred embodiment of the present invention;

Fig. 2 is the structural diagram of the telecommunications equipment testing system of preferred embodiment of the present invention;

Fig. 3 is a flow chart of the drive management method of the device under test 2 in a preferred embodiment of the present invention.

detailed description

Below in conjunction with accompanying drawing and embodiment the present invention will be further described:

As shown in FIG. 1 , it is a flow chart of a method for testing telecommunication equipment provided by a preferred embodiment of the present invention. The method comprises the steps of:

S1: Construct a unified test platform 11 on the server 1 of the telecommunications equipment test system, and integrate a remote test control and component driver library on the unified test platform 11, and the remote test control and component driver library are used to remotely provide tests for the device under test 2 Control and drive components.

As a preferred embodiment, the unified testing platform 11 in this step is a software platform developed based on the JAVA language and installed on the server 2; it is used to remotely call the device under test 2 and perform remote control testing.

As a further preferred implementation, the remote test control and component driver library integrates all corresponding test controls and drive components of the device under test 2, and these drive components at least include a device identification drive component and a device application drive component.

For the device identification driver installation on the test terminal, in the USBXP operating system, you only need to place the hardware device driver including the third-party device driver in the C:\Booter directory, and start the automatic update of the software driver to discover the device and install it automatically corresponding device driver.

For the device application driver, this type of d11 is the interface dynamic link library of the device test function provided by the device manufacturer. Different types of devices provide different dynamic link libraries, and the same type of devices, such as second-generation ID card readers, are provided by different manufacturers. Therefore, it is necessary to study a solution to intelligently identify various hardware devices. drive.

As a preferred embodiment, the remote test control and component driver libraries can include a plurality of sub-link libraries, each of which corresponds to the ID number of the corresponding device under test 2. In subsequent steps, if the unified test platform selects the For some devices in the device 2, then select the sub-link library corresponding to these devices in the remote test control and component driver library according to the ID number of the device 2 to be tested, and download and install the corresponding control and driver components in the sub-link library.

The ID in this step is a number of all the hardware of the computer of the device 2 to be tested. All devices have the following numbers: VEN1106&DEV3038, VEN represents the hardware manufacturer, and DEV represents the product number. For example, the USB device will have the following number: VID045E&PID0039. All test software may be wrong, only the hardware ID is the most reliable, and the specific model of the hardware can be confirmed by determining the hardware ID.

S2: Pre-install the operating system of the host computer that can start the device under test 2 in the U disk 3, insert the U disk 3 into the device under test 2, and start the device 2 under test 2 through the U disk 3 on the device under test 2 The host's operating system.

As a preferred embodiment, in this step, the operating system preinstalled on the U disk 3 may be the windows XP operating system. Pre-install the winXP operating system that can start the host machine of the device under test 2 in the U disk 3, insert the U disk 3 during the test, and start the device 2 under test from the U disk 3, regardless of the operating system used by the device under test After booting from the U disk 3, the device under test 2 will all enter the pre-installed winXP operating system, so that some test software that is easily affected by the operating system can run normally. After actual operation verification, the operating system started by U disk 3 has been successfully started on win7 and Linux platform devices respectively, and the test software under winXP can be run, which proves that this method is feasible to eliminate the compatibility difference of different operating systems .

As another preferred embodiment, in the process of starting the host of the device under test 2 through the pre-installed operating system in the U disk 3 on the device under test 2, a part of space can be divided in the memory of the host of the device under test 2 As a virtual hard disk, all content to be written is written to this virtual hard disk by the operating system; as a further preferred embodiment, U disk 3 can be provided with a write protection setting, which can specifically be a write-prohibited state; It is ensured that the contents of the operating system on the U disk 3 will not be changed or damaged due to viruses or other forms, thereby enhancing the security of the operating system.

S3: The unified test platform 11 establishes a connection with the device under test 2 through the Internet, and obtains the ID number of the device under test 2 .

The main purpose of this step is to enable the remote device under test 2 to remotely access the unified test platform 11 of the server 1 to complete the testing of each component. As a preferred embodiment, the unified test platform 11 is developed in java language and deployed on the server side.

As a preferred embodiment, the specific process of obtaining the hardware device ID in the present invention is as follows: when the hardware is connected to the computer, open the "Device Manager" in the "Management" tab through the properties of "My Computer", and double-click the corresponding For the device, select "Hardware ID" in the drop-down menu of "Detailed Information", and the number similar to "PCI\VEN1106&DEV3059&SUBSYS82121565&REV60\3&13C0B0C5&0&8D" will appear as the hardware ID.

For some hardware testing software, such as AIDA64, etc., the hardware ID can also be obtained intuitively through the detection of the system.

As another preferred embodiment, all hardware IDs can also be known through technical methods such as Windows programming. For example, collect operating system-related hardware data through WMI of Windows.

S4: The unified test platform 11 controls the device under test 2 to download and install the control and driver components corresponding to the ID number in the remote test control and component driver library according to its ID number.

As a preferred embodiment, in this step, the unified test platform 11 first selects the device under test 2 to be tested, and then selects the sublink library corresponding to the device under test 2 in the remote remote test control and component driver library, and Download and install the corresponding control and driver components in the sub-link library.

As another preferred embodiment, the sub-link library intelligent identification and matching mechanism can be used for downloading the corresponding test controls and driver components of the device under test 2; Intelligently match the connected device under test 2 with the sub-link library, and select the control and drive components in the sub-link library corresponding to the connected device under test 2 in the sub-link library.

For finding the corresponding device driver through the hardware ID number involved in this step, a preferred embodiment of the present invention is as follows: the manufacturer and specific model of the hardware can be found by using a network search engine, so as to know the corresponding device drive.

Taking the second-generation ID card reader on the touch screen number selection machine in a business hall as an example, the hardware ID of the hardware device mounted on the USB interface can be obtained through the above hardware ID search method: VID_0400&PID_C35A. Through Google search, it can be learned that the device is the CVR-100U second-generation ID card reader under the ASUS brand, and the corresponding hardware identification driver can be downloaded through the searched resource link.

For this reason, for the hardware devices connected to each touch screen, such as the second-generation ID card reader, thermal printer, etc., the manufacturers and specific models of the hardware devices used can be stored in the warehouse, and through the interface of the automated test platform Query the driver package that matches the hardware ID, and download it to the local for driver installation.

S5: The unified test platform 11 controls the device under test 2 to perform the test. After the test is completed, a test report is generated, and the current test report and test data information are displayed on the unified test platform 11 .

In this step, as a preferred embodiment, after the system is running, the test execution results are saved, and can be exported as Excel test execution records.

The component driver library in the prior art is basically developed by C language and provided by the device manufacturer under test, which brings inconvenience to the test. And the mode that this application adopts is that all corresponding controls and drive components of the device under test 2 are provided in advance in the form of a drive library by each manufacturer, and then stored on the server 1 uniformly. It is necessary to download the sublink library of the driver library to the local device under test 2 to complete the test. With the driver library, the device under test 2 can be called, but how to realize the call of the dynamic link library by the java platform to finally drive the device under test 2 is a problem that needs to be solved.

As a preferred embodiment, the present invention uses RMI remote calling to solve this problem.

RMI (Remote Method Invocation, remote method invocation) is implemented in Java in JDK1.1, which greatly enhances the ability of Java to develop distributed applications. As a popular network development language, Java's great power is reflected in its powerful ability to develop distributed network applications, and RMI is one of the core solutions for developing 100% pure Java network distributed application systems. In fact it can be seen as the Java version of RPC. But traditional RPC cannot be well applied to distributed object systems. Java RMI supports communication between program-level objects stored in different address spaces, and realizes seamless remote calls between remote objects.

As a preferred embodiment, the present invention can set a small component download function of RMI on the server 1, and after the small component is downloaded and run locally on the device under test 2, the driving of the unified test platform 11 on the device under test 2 can be completed remote call, thereby remotely driving the device under test 2 to complete a series of test functions.

FIG. 2 is a structural diagram of a telecommunications equipment testing system provided by a preferred embodiment of the present invention.

The telecommunications equipment testing system provided by the preferred embodiment of the present invention specifically includes: a server 1 , a device to be tested 2 , and a USB disk 3 . The server 1 is connected to the device under test 2 through the Internet. The server 1 is equipped with a unified test platform 11 for performing remote testing on the device under test 2. The device management client 0 is installed on the device under test 2 to cooperate with the management and control of the server 1. During the testing process of the device under test 2, the U disk 3 is pre-installed with an operating system capable of starting the host computer of the device under test 2, and can be inserted into the device under test 2 to start the operating system. The device under test 2 includes a plurality of devices distributed in multiple locations away from the server 1 .

As a preferred embodiment, the unified testing platform 11 can be a platform developed based on JAVA language.

Further, remote test controls and component driver libraries can be integrated on the unified test platform 11, and the remote test controls and component driver libraries are used to remotely provide test controls and drive components for the device under test 2; Test controls and drive components.

Usually, the connected device 2 to be tested can be divided into a serial device and a USB device. The type of the device is based on the type, brand, model, and version, and there are tens of thousands of corresponding dynamic link libraries. Existing test methods are provided one by one by equipment development manufacturers according to the equipment information they use, and on-site testers set up path calls after copying and installing; therefore, existing test methods require professional testers to perform manual testing. Drivers must be loaded manually, testing each external component individually. And there is no detailed error code table, which requires testers to know the machine very well.

As a further preferred implementation manner, the remote test control and component driver libraries include a plurality of sub-link libraries, and each sub-link library corresponds to a corresponding device under test 2 . In this embodiment, the mechanism of intelligent identification and matching is designed, which can directly identify the device information accessed through the serial port and USB port of the local device on the unified test platform 11, and perform intelligent matching to select the dynamic link library, which is the device under test 2 Select a complete set of dynamic link libraries to complete the corresponding test functions. In this embodiment, the system adopts an automated test mode. The remote user logs in to the unified test platform 11 using the terminal of the device under test 2, and only needs to click on the test execution to automatically match the dynamic link library and complete the test. At the same time, the test result record is saved to the database on server 1. Only one remote assistant on site can complete automatic identification and matching of the dynamic link library, thus increasing the objectivity of the test; and there is no need for professional testers to go to the site for manual testing, which reduces manual workload and improves work efficiency. Reduced testing costs.

As a preferred embodiment, the device driver management system of the present invention can include three parts: the device management client 0 (not shown) installed on the device under test 2, the device management installed on the unified test platform 11 of the server 1 The server 01 (not shown in the figure) and the driver file server 02 (not shown in the figure).

As a preferred implementation, the device management client 0 undertakes the following functions:

Collect the hardware device information mounted on the USB and serial ports of the client (it can be expanded to collect all hardware devices of the client, depending on requirements), and report to the server using the UDP protocol. The format of the collected device information report is shown in the table below.

Table 2.3.1 Device Information Report

Receive the driver update policy issued by the server, and update the underlying device driver and device application driver (dynamic link library) of the local hardware device.

Supervise the specified RMI application, update the application driver of the hardware device, and synchronize the configuration file of the RMI application. Manage the life cycle of RMI applications, and mount them as safe running in the background of the system.

As a preferred implementation, the device management server 01 undertakes the following functions:

Receive device reports reported by all clients, register all computer client information included in device management, analyze device information and include it in device management.

Issue the device driver update policy. The format of the policy is shown in the following table:

Through the client computer management interface integrated in Portal, all currently managed computers can be managed, such as configuring the owner of the computer and the corresponding contact information. Remote desktop connection is available when selecting a computer in the current Active state.

Through the driver management interface integrated in Portal, all hardware device driver information and manufacturer information can be configured, and the underlying driver package and test driver (dynamic link library) of the corresponding device can be uploaded to the driver file server.

The driver file server 02 provides the driver file download service by using standard FTP service or HTTP service.

In terms of specific implementation, it is necessary to install a remote communication module and corresponding VPN software on the terminal to be tested (which can be combined into a batch command to realize). When remote testing is required, first, a local person on the terminal to be tested can press Click the networking program to trigger the connection to the public network and VPN dial-up to enter the company's intranet, and then the corresponding test work can be carried out.

As shown in Figure 3, it is a flow chart of the drive management method of the device under test 2 in the preferred embodiment of the present invention, the drive management method of the device under test 2 in the preferred embodiment of the present invention includes the following steps:

SA: Connect the device under test 2 to the system, and the device management client 0 detects the device under test 2, collects hardware device information in real time, and transmits the information to server 1.

As a preferred embodiment, the device under test 2 can be connected to the operating system through USB or serial ports.

SB: After receiving the hardware device information reported by the device management client 0, the server 1 queries the device information table stored in the server 1 to obtain information about the corresponding device driver.

SC: Server 1 generates a device driver update policy and delivers it to the corresponding device management client 0.

SD: The device management client 0 automatically downloads and updates the latest device driver and the dynamic link library required by the RMI service from the file server according to the device driver update policy issued by the server 1.

SE: When the device management client 0 detects that the device driver has been updated, the device management client 0 restarts the RMI service.

As a preferred embodiment of the present invention, thermal printers and dot matrix printers (not shown) can be remotely invoked and tested, and the tested data can be stored on the server 1 and automatically filled in the database of the server 1 to generate results table, and can realize the classified storage of the dynamic link library on the server 1.

Specifically, after running the downloaded components, on the interface of the unified test platform 11, click "feed paper", "cut paper", "character conversion" and other operations, which can directly drive the local dot matrix printer to complete the corresponding actions, thus completing the matching test. This embodiment can realize various functions of dot matrix printers and thermal printers, including special character printing, picture printing and the like.

In the telecommunications equipment testing method and system of the present invention, the host machine of the device under test is connected to the operating system of the U disk, and the device is taken over after starting the U disk, so as to eliminate the differences caused by different operating systems; all test items of the device under test Classification is included in the unified test platform. Through remote testing, a full amount of dynamic link library is stored on the server side, which can be downloaded as needed during testing, and the corresponding test platform is integrated on the server side to complete the test operation of local components. , as a preferred implementation, test data summary reports can be generated by modules, which can effectively solve the difficulties existing in the prior art.

Owing to integrating the test function of multiple tested devices into one test platform, the reusability of the test platform has been increased, the cost has been saved, and the efficiency has been improved; the telecommunications equipment testing method and system of the preferred embodiment of the present invention pass the U The method of disk booting eliminates the software incompatibility problems caused by different operating systems of different devices, and only needs to prepare a set of test software for the WinXP operating system; the way of storing dynamic libraries on the server side can realize intelligent identification of equipment and dynamic library matching During the test, the unified test platform 11 can automatically match a set of dynamic link libraries according to the tested equipment to complete the test; and the remote test method is adopted to realize the remote execution of the test, without the need for professional testers from the test center to go to the test site, only Ordinary testers can complete the test after simple training; and the data and result records generated by the test can be directly saved on the server side, which is convenient for unified processing; the JAVA platform is used for testing, which can realize cross-platform operation; use The platform method is used for testing, and the large version of the test platform can be managed, maintained and updated in a unified manner.

The above descriptions are only preferred embodiments of the present invention. Those skilled in the art know that various changes or equivalent replacements can be made to these features and embodiments without departing from the spirit and scope of the present invention. In addition, the features and examples may be modified to adapt a particular situation and material to the teachings of the invention without departing from the spirit and scope of the invention. Therefore, the present invention is not limited by the specific embodiments disclosed here, and all embodiments falling within the scope of the claims of the present application belong to the protection scope of the present invention.

Claims (7)

1. a telecommunication apparatus method of testing, it is characterised in that comprise the following steps:

S1: server (1) the unified test platform (11) of upper structure of telecommunication apparatus test system, and The upper integrated remote testing control of described unified test platform (11) and Component driver storehouse, described remote testing control Part and Component driver storehouse for remotely providing test control and driving assembly for Devices to test (2)；

S2: prepackage can start the operating system of the main frame of described Devices to test (2) in USB flash disk (3), At described Devices to test (2) the described USB flash disk of upper insertion (3), and pass through on described Devices to test (2) The main frame of Devices to test (2) described in the os starting of prepackage in described USB flash disk (3)；

S3: described unified test platform (11) is connected with described Devices to test (2) foundation by the Internet, And obtain No. ID of described Devices to test (2)；And the hardware device of described telecommunication apparatus test system is driven Move and be updated；

S4: described unified test platform (11) controls described Devices to test (2) and downloads also by its No. ID Install described remote testing control with in Component driver storehouse with this No. ID corresponding control and drive assembly； Corresponding test control for described Devices to test (2) uses sublink storehouse intelligence with the download driving assembly Identify and matching mechanisms；Described unified test platform (11) by the serial ports of described Devices to test (2) and The information of the Devices to test (2) that USB port identification accesses, and to described Devices to test (2) and described son Chained library carries out Intelligent Matching, select in described sublink storehouse with described Devices to test (2) corresponding subchain Connect storehouse；

S5: described unified test platform (11) controls described Devices to test (2) and tests, and uses RMI Remote invocation method, arranges RMI widgets download function on described server (1), described to be measured After equipment (2) locally-downloaded widgets operation, complete described unified test platform (11) and treat described The driving of measurement equipment (2) and far call, and Devices to test described in remote boot server (2) complete test； After having tested, generate test report, and at the upper display of described unified test platform (11) described test report Accuse and test data information.

Telecommunication apparatus method of testing the most according to claim 1, it is characterised in that described step S1 In described unified test platform (11) be platform based on JAVA language exploitation, and be arranged on described clothes In business device (1).

Telecommunication apparatus method of testing the most according to claim 1, it is characterised in that described step S1 In described remote testing control and Component driver storehouse in be integrated with the whole corresponding of described Devices to test (2) Test control and driving assembly, described driving assembly at least includes that equipment identification drives assembly to drive with equipment application Dynamic assembly.

Telecommunication apparatus method of testing the most according to claim 1, it is characterised in that described step S1 In, described remote testing control and Component driver storehouse include multiple sublink storehouse, all corresponding phase in each sublink storehouse No. ID of the Devices to test (2) answered.

Telecommunication apparatus method of testing the most according to claim 1, it is characterised in that described step S2 In, in described USB flash disk (3), the operating system of prepackage at least includes windowsXP operating system.

Telecommunication apparatus method of testing the most according to claim 1, it is characterised in that described step S2 In, described on described Devices to test (2) by the os starting of prepackage in described USB flash disk (3) The main frame of described Devices to test (2), specifically includes: in the internal memory of the main frame of described Devices to test (2) Mark off a part of space and be written to institute as virtual hard disk, the content that will be write by described operating system State on virtual hard disk；Described USB flash disk (3) is provided with write-protect and arranges, and specially forbids write state.

Telecommunication apparatus method of testing the most according to claim 1, it is characterised in that described step S3 In, the described hardware device drivers to described telecommunication apparatus test system is updated specifically including following step Rapid:

SA: Devices to test (2) is linked into system, opens and is installed on the equipment on Devices to test (2) Managing customer end (0), detection Devices to test (2) Real-time Collection hardware equipment information, by collect Hardware equipment information is transferred to server (1)；

SB: described server (1) receives the hardware device that described facility management client (0) reports After information, the facility information table that inquiry server (1) stores, obtain the relevant letter of corresponding device drives Breath；

SC: described server (1) generates device drives more New Policy, and is issued to the described equipment of correspondence Managing customer end (0)；

The device drives that SD: described facility management client (0) issues according to described server (1) is more New Policy, moving needed for up-to-date device drives and RMI service are downloaded and updated to server (1) automatically State chained library；

SE: after described facility management client (0) detects that device drives updates, described equipment pipe Reason client (0) restarts RMI service.