CN104811979A - Pressure testing method and device based on FOTA upgrading - Google Patents
Pressure testing method and device based on FOTA upgrading Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/06—Testing, supervising or monitoring using simulated traffic
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- H04—ELECTRIC COMMUNICATION TECHNIQUE
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Abstract
The invention discloses a pressure testing method and device based on FOTA upgrading. The method includes the following steps that a simulation server simulates a plurality of clients according to terminal device parameters in a preconfigured configuration file and building a plurality of subsequent upgrading requesting threads for an FOTA server; the simulation server conducts upgrading operation according to the upgrading requesting threads and the FOTA server through the plurality of simulated clients; the simulation server collects testing results through statistics. Therefore, the plurality of simulation clients simulate the plurality of terminal devices to upgrade the FOTA server simultaneously according to the plurality of upgrading requests and finish the whole upgrading interaction process with the FOTA server, the pressure test of FOTA server upgrading full-process interaction is achieved effectively and flexibly, and testing completeness and accuracy are ensured.
Description
Technical field
The present invention relates to communication technical field, especially relate to a kind of method for testing pressure based on FOTA upgrading and device.
Background technology
FOTA upgrading (Firmware Over-the-Air, Firmware Over is upgraded) technology, mainly refers to a kind of by air interface telemanagement, the technology upgrading firmware in terminal equipment.By FOTA updating operation, not only can download upgrade application software, the operating system also can updated the equipment.Like this, FOTA updating operation enables equipment manufacturers be sent in the terminal equipment of user by AKU by network, thus upgrades to firmware, software, not only facilitates user, also for equipment manufacturers have saved cost.
Along with the delivering amount of terminal equipment gets more and more, also more and more higher to the performance requirement of FOTA server.When in the face of large concurrent upgrade request access, if more than the load of FOTA server, FOTA server just may be caused to occur the stuck situations such as machine of even delaying, the experience thus FOTA affect user upgrades.
In order to improve the performance of FOTA server, preventing above-mentioned situation from occurring, needing to carry out pressure test to FOTA server, simulate multiple client initiates upgrade request simultaneously scene to FOTA server, improve the performance of FOTA server according to test result.Traditional method for testing pressure can only test single interaction flow, and is a complete agreement alternately based on the upgrading flow process of FOTA upgrading, only has all to complete the mutual of these agreement flow processs and just can complete whole pressure test.Therefore, prior art cannot realize the mutual pressure test of FOTA upgrading whole process, cannot ensure integrality and the accuracy of test.
Summary of the invention
Main purpose of the present invention is to provide a kind of method for testing pressure based on FOTA upgrading and device, and that is intended to efficient, flexible realizes the mutual pressure test of FOTA upgrading whole process, ensures integrality and the accuracy of test.
To achieve these objectives, the present invention proposes a kind of method for testing pressure based on FOTA upgrading, comprises step:
Emulating server according to the multiple client of terminal equipment parameter simulation in pre-configured configuration file, and creates multiple upgrade request thread concurrent to FOTA server by described configuration file;
Described emulating server carries out updating operation according to described upgrade request thread and described FOTA server, to carry out pressure test to described FOTA server by multiple clients of simulation;
Described emulating server statistical test result.
Preferably, described emulating server is carried out updating operation according to described upgrade request thread and described FOTA server comprised by multiple client of simulation:
Described emulating server initiates upgrading, authentication request according to described upgrade request thread to described FOTA server by multiple clients of simulation;
After authentication success, described emulating server reports current software version by described client to described FOTA server;
Described emulating server downloads AKU by described client according to the response of described FOTA server;
Described emulating server reports updating result by described client to described FOTA server.
Preferably, described emulating server statistical test result comprises: the statistical test result of described emulating server timing in test process.
Preferably, described emulating server statistical test result comprises: described emulating server is statistical test result after test completes.
Preferably, described test result comprises length of testing speech, upgrade request quantity, upgrade request success quantity and upgrade request failure quantity.
The present invention proposes a kind of pressure test device based on FOTA upgrading simultaneously, comprises the configuration module, analog module, pressure test module and the statistical module that connect successively, wherein:
Configuration module, for configuring configuration file;
Analog module, for according to the multiple client of terminal equipment parameter simulation in described configuration file, and creates multiple upgrade request thread concurrent to FOTA server by described configuration file;
Pressure test module, for carrying out updating operation according to described upgrade request thread and described FOTA server, to carry out pressure test to described FOTA server by multiple clients of simulation;
Statistical module, for statistical test result.
Preferably, described pressure test module is used for:
Upgrading, authentication request is initiated according to described upgrade request thread to described FOTA server by multiple clients of simulation;
After authentication success, report current software version by described client to described FOTA server;
AKU is downloaded according to the response of described FOTA server by described client;
Updating result is reported to described FOTA server by described client.
Preferably, described statistical module is used for: the statistical test result of timing in described pressure test module testing process.
Preferably, described statistical module is used for: statistical test result after described pressure test module testing completes.
Preferably, described test result comprises length of testing speech, upgrade request quantity, upgrade request success quantity and upgrade request failure quantity.
A kind of method for testing pressure based on FOTA upgrading provided by the present invention, utilize the multiple client of terminal equipment parameter simulation in configuration file, multiple upgrade request thread is created by configuration file, simulate multiple terminal equipment eventually through multiple simulant-client according to multiple upgrade request thread and initiate updating operation to FOTA server simultaneously, whole upgrading interaction flow is completed with FOTA server, the FOTA that achieves of efficient, flexible upgrades the mutual pressure test of whole process, ensure that integrality and the accuracy of test.
Accompanying drawing explanation
Fig. 1 is the flow chart of method for testing pressure one embodiment that the present invention is based on FOTA upgrading;
Fig. 2 is the particular flow sheet of step S13 in Fig. 1;
Fig. 3 is that in the embodiment of the present invention, test result exports schematic diagram;
Fig. 4 is the module diagram of pressure test device one embodiment that the present invention is based on FOTA upgrading.
The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Embodiment
Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
See Fig. 1, propose method for testing pressure one embodiment that the present invention is based on FOTA upgrading, said method comprising the steps of:
Step S11: emulating server is according to the multiple client of terminal equipment parameter simulation in pre-configured configuration file.
Pre-configured configuration file in emulating server, configuration file comprises terminal equipment parameter, this terminal equipment parameter comprises IMEI (the International Mobile EquipmentIdentification Number of terminal equipment, international mobile terminal device identification code), terminal equipment manufacturer, terminal equipment model, the facility informations such as current software version, emulating server obtains the device parameter in configuration file, and use the multiple client of these parameter simulations, follow-up the client (hereinafter referred to as simulant-client) simulated by emulating server and FOTA server are carried out simulation updating operation.
For example, configuration file format is as follows:
deviceid||mod||DMVersion||SWVersion||man||lang
IMEI:444440000000000||MX001||1.2||MX001_Z0_CN_000000||VX||EN
Wherein, the first row is for illustration of each use || and which configuration information is the content separated refer to, and wherein deviceid refers to the IMEI of equipment, mod refers to unit type, and DMVersion DM refers to protocol version, and SWVersion refers to software version, man refers to manufacture business men, and lang refers to use language; The value of the corresponding aforementioned arrangements information of content difference of the second row.
Step S12: emulating server creates multiple upgrade request thread concurrent to FOTA server by configuration file.
The upgrade request thread concurrent to FOTA server has multiple, and carries out simultaneously.The corresponding upgrade request thread of each simulant-client, carries out with pseudo-terminal equipment and FOTA server mutual whole process of upgrading, carries out pressure test to FOTA server.For example, when starting emulating server, start-up parameter can be imported into emulating server, the number of request that emulating server sends to FOTA server in start-up parameter, can be comprised, such as: number of request is 50, so emulating server can to the concurrent submission of FOTA server 50 request threads.
In specific implementation, the present embodiment can carry out the simulation of updating operation by the test of command line mode starting pressure.Such as, order line form is: java-jar dm-client.jar test1 p 50, the jar that wherein " java-jardm-client.jar " is working train family client wraps, after three parameters " test1 ", " p " and " 50 " be configurable parameter, wherein:
Parameter " test1 ", the profile name of indication equipment information, configuration file is placed on config, carries out the amendment of facility information by config/test1, and multiple facility information can be specified in configuration file to simulate multiple terminal equipment.
Parameter " p ", represents cycle-index, and configurable value has numeral and alphabetical p.Be configured to p and represent endless loop, the transmission that namely upgrade request can not be interrupted; Being configured to digitized representation to circulate the upgrade request of corresponding number of times, upgrading after 50 same updating terminal devices complete as configured, can be continued, till continuous circulation 50 times, reached the object of pressure test by the access FOTA server updating of so continuous circulation.
Parameter " 50 ", represents concurrent thread number, as 50 refer to concurrent 50 thread request simultaneously, also just means and has 50 terminal equipments (simulant-client) to upgrade to FOTA server request at the same time.
The configuration modification of number of concurrent and total number of request can be carried out by revising above-mentioned configuration parameter, reaching continual FOTA server stress test purpose.
Step S13: emulating server carries out updating operation according to upgrade request thread and FOTA server, to carry out pressure test to FOTA server by multiple clients of simulation.
In this step S13, emulating server simulates multiple terminal equipment by multiple thread and FOTA service end carries out mutual whole process of upgrading.Emulating server uses Http and FOTA server to carry out alternately by simulant-client, according to OMA (Open Mobile Alliance, Open Mobile Alliance) DM (Device Management, terminal unit management) agreement send protocol formatted data to FOTA server, FOTA server sends data to simulant-client after receiving request, after simulant-client reception information, again data are returned to FOTA server according to protocol processes result.
The flow process that simulant-client and FOTA server carry out updating operation specifically comprises the following steps:
Step S131: simulant-client initiates upgrading, authentication request according to upgrade request thread to FOTA server.
In this step S131, emulating server initiates upgrading, authentication request to FOTA server by multiple simulant-client according to corresponding upgrade request thread simultaneously, and provides the facility information of simulant-client to FOTA server.
Step S132: after authentication success, simulant-client reports current software version to FOTA server.
The updating operation request that FOTA server is initiated according to simulation customer side, carries out bookkeeping to simulant-client, carries out authentication operations according to facility information and simulant-client.When after authentication success, emulating server then reports current software version by simulant-client to FOTA server.
Step S133: simulant-client downloads AKU according to the response of FOTA server.
Concrete, after FOTA server receives the software version that simulant-client reports, issue further bookkeeping, replacing PkgURL node is the URL downloading DD file, and emulating server then downloads AKU by simulant-client according to URL.Because simulant-client is in simulation protocol interaction flow process, therefore without the need to carrying out installation AKU.
Step S134: simulant-client reports updating result to FOTA server.
After simulant-client download AKU completes, emulating server then reports updating result by simulant-client to FOTA server, completes whole updating operation flow process.
Step S14: emulating server statistical test result.
Described test result comprises length of testing speech, upgrade request quantity, upgrade request success quantity and upgrade request failure quantity, can further include the results such as the upgrade request quantity completed in the unit interval.
In this step in S14, emulating server after test completes, after namely whole testing process terminates, then can be added up test result, and exports this test result.
Preferably, emulating server can in test process, the statistical test result of timing, and exports this test result in real time or output test result after test completes.Such as, as shown in Figure 3, for the order of pressure test and the test result of output, as can be seen from Figure 3, emulating server adds up a test result every 10S, test result comprises length of testing speech (Time taken for tests), upgrade request success quantity (The count of successful), upgrade request failure quantity (The count of fail), the upgrade request quantity (Request per second) completed per second, the upgrade request quantity (TotalRequest of The Period) of this period and total upgrade request quantity (Total Request), make test result very clear.
The method for testing pressure that the present embodiment is upgraded based on FOTA, utilize the multiple client of terminal equipment parameter simulation in configuration file, multiple upgrade request thread is created by configuration file, simulate multiple terminal equipment eventually through multiple simulant-client according to multiple upgrade request thread and initiate updating operation to FOTA server simultaneously, whole upgrading interaction flow is completed with FOTA server, the FOTA that achieves of efficient, flexible upgrades the mutual pressure test of whole process, ensure that integrality and the accuracy of test.
See Fig. 4, pressure test device one embodiment that the present invention is based on FOTA upgrading is proposed, be equivalent to the emulating server in preceding method embodiment based on the pressure test device of FOTA upgrading in the present embodiment, this device comprises the configuration module, analog module, pressure test module and the statistical module that connect successively, wherein:
Configuration module: for configuring configuration file.
Analog module: for according to the multiple client of terminal equipment parameter simulation in configuration file, and create multiple upgrade request thread concurrent to FOTA server by configuration file.
Terminal equipment parameter in configuration file comprises the facility information such as IMEI, terminal equipment manufacturer, terminal equipment model, current software version of terminal equipment, analog module obtains the device parameter in configuration file, and use the multiple client of these parameter simulations, carry out simulation updating operation to make pressure test module subsequently through these simulant-clients and FOTA server.
For example, configuration file format is as follows:
deviceid||mod||DMVersion||SWVersion||man||lang
IMEI:444440000000000||MX001||1.2||MX001_Z0_CN_000000||VX||EN
Wherein, the first row is for illustration of each use || and which configuration information is the content separated refer to, and wherein deviceid refers to the IMEI of equipment, mod refers to unit type, and DMVersion DM refers to protocol version, and SWVersion refers to software version, man refers to manufacture business men, and lang refers to use language; The value of the corresponding aforementioned arrangements information of content difference of the second row.
The upgrade request thread concurrent to FOTA server has multiple, and carries out simultaneously.The corresponding upgrade request thread of each simulant-client, carries out with pseudo-terminal equipment and FOTA server mutual whole process of upgrading, carries out pressure test to FOTA server.For example, when starting emulating server, start-up parameter can be imported into emulating server, the number of request that emulating server sends to FOTA server in start-up parameter, can be comprised, such as: number of request is 50, so emulating server can to the concurrent submission of FOTA server 50 request threads.
In specific implementation, in the present embodiment, analog module can carry out the simulation of updating operation by the test of command line mode starting pressure.Such as, order line form is: java-jar dm-client.jar test1p 50, the jar that wherein " java-jar dm-client.jar " is working train family client wraps, after three parameters " test1 ", " p " and " 50 " be configurable parameter, wherein:
Parameter " test1 ", the profile name of indication equipment information, configuration file is placed on config, carries out the amendment of facility information by config/test1, and analog module can specify multiple facility information to simulate multiple terminal equipment in configuration file.
Parameter " p ", represents cycle-index, and configurable value has numeral and alphabetical p.Be configured to p and represent endless loop, the transmission that namely upgrade request can not be interrupted; Being configured to digitized representation to circulate the upgrade request of corresponding number of times, upgrading after 50 same updating terminal devices complete as configured, can be continued, till continuous circulation 50 times, reached the object of pressure test by the access FOTA server updating of so continuous circulation.
Parameter " 50 ", represents concurrent thread number, as 50 refer to concurrent 50 thread request simultaneously, also just means and has 50 terminal equipments (simulant-client) to upgrade to FOTA server request at the same time.
The configuration modification of number of concurrent and total number of request can be carried out by revising above-mentioned configuration parameter, reaching continual FOTA server stress test purpose.
Pressure test module: the multiple clients for being simulated by analog module carry out updating operation according to upgrade request thread and FOTA server, to carry out pressure test to FOTA server.
In the present embodiment, emulating server simulates multiple terminal equipment by multiple thread and FOTA service end carries out mutual whole process of upgrading.Concrete, pressure test module uses Http and FOTA server to carry out alternately by simulant-client, protocol formatted data is sent to FOTA server according to OMA DM agreement, FOTA server sends data to simulant-client after receiving request, after simulant-client reception information, again data are returned to FOTA server according to protocol processes result.
The flow process that simulant-client and FOTA server carry out updating operation mainly comprises following four-stage:
First stage, simulant-client initiates upgrading, authentication request according to upgrade request thread to FOTA server.Concrete, pressure test module initiates upgrading, authentication request to FOTA server by multiple simulant-client according to corresponding upgrade request thread simultaneously, and provides the facility information of simulant-client to FOTA server.
Second stage, after authentication success, simulant-client reports current software version to FOTA server.Concrete, the updating operation request that FOTA server is initiated according to simulation customer side, carries out bookkeeping to simulant-client, carries out authentication operations according to facility information and simulant-client.When after authentication success, pressure test module then reports current software version by simulant-client to FOTA server.
Phase III, simulant-client downloads AKU according to the response of FOTA server.Concrete, after FOTA server receives the software version that simulant-client reports, issue further bookkeeping, replacing PkgURL node is the URL downloading DD file, and pressure test module then downloads AKU by simulant-client according to URL.Because simulant-client is in simulation protocol interaction flow process, therefore without the need to carrying out installation AKU.
Fourth stage, simulant-client reports updating result to FOTA server.Concrete, after simulant-client download AKU completes, pressure test module then reports updating result by simulant-client to FOTA server, completes whole updating operation flow process.
Statistical module: for statistical test result.
Described test result comprises length of testing speech, upgrade request quantity, upgrade request success quantity and upgrade request failure quantity, can further include the results such as the upgrade request quantity completed in the unit interval.
Statistical module after pressure test module testing completes, after namely whole testing process terminates, then can be added up test result, and exports this test result.
Preferably, statistical module can in pressure test module testing process, the statistical test result of timing, and exports this test result in real time or output test result after test completes.Such as, as shown in Figure 3, for the order of pressure test and the test result of output, as can be seen from Figure 3, statistical module adds up a test result every 10S, test result comprises length of testing speech (Time taken for tests), upgrade request success quantity (The count of successful), upgrade request failure quantity (The count offail), the upgrade request quantity (Request per second) completed per second, the upgrade request quantity (Total Request of The Period) of this period and total upgrade request quantity (Total Request), make test result very clear.
The pressure test device that the present embodiment is upgraded based on FOTA, utilize the multiple client of terminal equipment parameter simulation in configuration file, multiple upgrade request thread is created by configuration file, multiple terminal equipment can be simulated according to multiple upgrade request thread eventually through multiple simulant-client and initiate updating operation to FOTA server simultaneously, whole upgrading interaction flow is completed with FOTA server, the FOTA that achieves of efficient, flexible upgrades the mutual pressure test of whole process, ensure that integrality and the accuracy of test.
It should be noted that: the pressure test device based on FOTA upgrading that above-described embodiment provides is when carrying out pressure test, only be illustrated with the division of above-mentioned each functional module, in practical application, can distribute as required and by above-mentioned functions and be completed by different functional modules.In addition, the pressure test device based on FOTA upgrading that above-described embodiment provides belongs to same design with the method for testing pressure embodiment of upgrading based on FOTA, its specific implementation process refers to embodiment of the method, and the technical characteristic in embodiment of the method is all corresponding applicable in device embodiment.
One of ordinary skill in the art will appreciate that, realize the hardware that all or part of step in above-described embodiment method can control to be correlated with by program to complete, described program can be stored in a computer read/write memory medium, and described storage medium can be ROM/RAM, disk, CD etc.
Should be understood that; these are only the preferred embodiments of the present invention; can not therefore limit the scope of the claims of the present invention; every utilize specification of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1., based on a method for testing pressure for FOTA upgrading, it is characterized in that, comprise step:
Emulating server according to the multiple client of terminal equipment parameter simulation in pre-configured configuration file, and creates multiple upgrade request thread concurrent to FOTA server by described configuration file;
Described emulating server carries out updating operation according to described upgrade request thread and described FOTA server, to carry out pressure test to described FOTA server by multiple clients of simulation;
Described emulating server statistical test result.
2. the method for testing pressure based on FOTA upgrading according to claim 1, is characterized in that, described emulating server carries out updating operation by multiple clients of simulation according to described upgrade request thread and described FOTA server and comprises:
Described emulating server initiates upgrading, authentication request according to described upgrade request thread to described FOTA server by multiple clients of simulation;
After authentication success, described emulating server reports current software version by described client to described FOTA server;
Described emulating server downloads AKU by described client according to the response of described FOTA server;
Described emulating server reports updating result by described client to described FOTA server.
3. the method for testing pressure based on FOTA upgrading according to claim 1, it is characterized in that, described emulating server statistical test result comprises: the statistical test result of described emulating server timing in test process.
4. the method for testing pressure based on FOTA upgrading according to claim 1, it is characterized in that, described emulating server statistical test result comprises: described emulating server is statistical test result after test completes.
5. the method for testing pressure based on FOTA upgrading according to any one of claim 1-4, is characterized in that, described test result comprises length of testing speech, upgrade request quantity, upgrade request success quantity and upgrade request failure quantity.
6., based on a pressure test device for FOTA upgrading, it is characterized in that, comprise the configuration module, analog module, pressure test module and the statistical module that connect successively, wherein:
Configuration module, for configuring configuration file;
Analog module, for according to the multiple client of terminal equipment parameter simulation in described configuration file, and creates multiple upgrade request thread concurrent to FOTA server by described configuration file;
Pressure test module, for carrying out updating operation according to described upgrade request thread and described FOTA server, to carry out pressure test to described FOTA server by multiple clients of simulation;
Statistical module, for statistical test result.
7. the pressure test device based on FOTA upgrading according to claim 6, it is characterized in that, described pressure test module is used for:
Upgrading, authentication request is initiated according to described upgrade request thread to described FOTA server by multiple clients of simulation;
After authentication success, report current software version by described client to described FOTA server;
AKU is downloaded according to the response of described FOTA server by described client;
Updating result is reported to described FOTA server by described client.
8. the pressure test device based on FOTA upgrading according to claim 6, it is characterized in that, described statistical module is used for: the statistical test result of timing in described pressure test module testing process.
9. the pressure test device based on FOTA upgrading according to claim 6, it is characterized in that, described statistical module is used for: statistical test result after described pressure test module testing completes.
10. the pressure test device based on FOTA upgrading according to any one of claim 6-9, is characterized in that, described test result comprises length of testing speech, upgrade request quantity, upgrade request success quantity and upgrade request failure quantity.
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| 王舜 等: "基于OMA标准的FOTA技术研究", 《电信科学》 * |
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