CN106341287A - Cloud storage system test method, device and system - Google Patents
Cloud storage system test method, device and system Download PDFInfo
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- CN106341287A CN106341287A CN201510408096.XA CN201510408096A CN106341287A CN 106341287 A CN106341287 A CN 106341287A CN 201510408096 A CN201510408096 A CN 201510408096A CN 106341287 A CN106341287 A CN 106341287A
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Abstract
The invention discloses a cloud storage system test method, device and system. The method comprises the steps that the number of data transmission channels for testing a cloud storage system is acquired; a plurality of analog encoders corresponding to the number of the data transmission channels are generated, wherein each analog encoder has a data transmission channel; and each analog encoder reads video data from a corresponding network camera and uploads the video data to the cloud storage system in real time through the data transmission channel of the analog encoder. According to the embodiment of the invention, the problem of high test cost is solved when massive data write test is carried out on the cloud storage system; massive data are written into the cloud storage system through a small amount of network cameras; and the test cost is reduced.
Description
Technical field
The present invention relates to cloud storage technical field of measurement and test, in particular to a kind of method of testing of cloud storage system,
Device and system.
Background technology
With scientific and technological development, the scale of cloud deployment is increasing, and data volume is increased with ten million order of magnitude how
In laboratory environment, the correctness of the write of checking cloud storage system and storage is extremely urgent problem.
In the prior art, a lot of cloud storage systems, when facing mass data write and storing, write to data and deposit
The verification method of the correctness of storage is the side by being piled up with a large amount of head end encoder and multiple stage storage device stacks mostly
Formula, needs to take substantial amounts of test resource, and the laboratory environment of reality can not possibly put into 100,000 web cameras
(each web camera includes a head end encoder) and up to a million storage devices are verified to carry out testing, so
Need substantial amounts of cost input.
If as shown in figure 1, the write mode of high concurrent mass data will be constructed it is generally the case that needing front end to have
Standby substantial amounts of web camera (web camera 10 ' as shown in Figure 1, web camera 11 ', web camera
12 ' ..., web camera n ', wherein, n is natural number) access, and by head end encoder by web camera
Video streaming data output and be uploaded to cloud storage system 20 ', to test checking video streaming data dispersion storage
The concurrently test point such as extraction.
Because described above understands, prior art needs substantial amounts of web camera just can obtain a large amount of head end encoder,
To realize cloud storage system is carried out the write test of mass data, using the one-tenth of method of testing of the prior art test
This height.
When testing for the write that in prior art, cloud storage system is carried out with mass data, the high problem of testing cost,
At present effective solution is not yet proposed.
Content of the invention
Present invention is primarily targeted at providing a kind of method of testing of cloud storage system, device and system, existing to solve
When having the write test that in technology, cloud storage system is carried out with mass data, the high problem of testing cost.
To achieve these goals, a kind of one side according to embodiments of the present invention, there is provided survey of cloud storage system
Method for testing, the method includes: obtains the quantity of the data transmission channel for testing cloud storage system；Generate and data
The corresponding multiple analog encoders of quantity of transmission channel, wherein, each analog encoder has a data transfer and leads to
Road；Each analog encoder reading video data from corresponding network shooting equipment, and by the number of analog encoder
Video data is uploaded in real time cloud storage system according to transmission channel.
Further, each analog encoder reading video data from corresponding network shooting equipment, and by simulation
Video data is uploaded to cloud storage system and includes by the data transmission channel of encoder in real time: analog encoder is receiving
After the test instruction that cloud storage system issues, read, from test instruction, the preset time period uploading data；Receive
The analog encoder of test instruction reading video data from corresponding network shooting equipment；By each analog encoder
Data transmission channel video data is write in real time cloud storage system in preset time period.
Further, before analog encoder receives the test instruction that cloud storage system issues, said method also wraps
Include: obtain identification information and the preset time period of each analog encoder previously selected；Based on identification information and default
Time period generates test instruction；Test instruction is preserved respectively to each preset task, obtains preset task collection；Will be pre-
If task-set is uploaded to cloud storage system.
Further, generate multiple analog encoders corresponding with the quantity of data transmission channel to include: obtain user defeated
The encoder title entering and encoder numbering；Natural number number field is added to encoder title；To encoder title
In natural number number field and encoder numbering carry out respectively, from increasing digital processing, generating the number with data transmission channel
Measure corresponding multiple analog encoder title and multiple analog encoder numbering；By different analog encoder title distribution
To each analog encoder, and by different analog encoder numbering distribution to each analog encoder.
To achieve these goals, a kind of one side according to embodiments of the present invention, there is provided survey of cloud storage system
Trial assembly is put, and this device includes: the first acquisition module, for obtaining the data transmission channel for testing cloud storage system
Quantity；First generation module, for generating multiple analog encoders corresponding with the quantity of data transmission channel, its
In, each analog encoder has a data transmission channel；Transmission module on first, for each analog encoder from
Reading video data on corresponding network shooting equipment, and by the data transmission channel of analog encoder by video data
It is uploaded to cloud storage system in real time.
Further, upper transmission module includes: the first reading submodule, is receiving cloud storage system for analog encoder
Unite after the test instruction issuing, read, from test instruction, the preset time period uploading data；Second reading submodule,
For receiving the analog encoder testing instruction reading video data from corresponding network shooting equipment；Write submodule
Block, for writing cloud in real time by the data transmission channel of each analog encoder in preset time period by video data
Storage system.
Further, said apparatus also include: the second acquisition module, for receiving cloud storage system in analog encoder
Unite before the test instruction issuing, obtain identification information and the preset time period of each analog encoder previously selected；
Second generation module, for generating test instruction based on identification information and preset time period；Preserving module, for surveying
Examination instruction preserves respectively to each preset task, obtains preset task collection；Transmission module on second, for by preset task
Collection is uploaded to cloud storage system.
Further, the first generation module includes: acquisition submodule, for obtain user input encoder title and
Encoder is numbered；Add submodule, for adding natural number number field to encoder title；Generate submodule,
For carrying out the natural number number field in encoder title and encoder numbering from increasing digital processing respectively, generate with
The corresponding multiple analog encoder titles of quantity of data transmission channel and multiple analog encoder numbering；Distribution sub module,
For distributing different analog encoder titles to each analog encoder, and different analog encoder numberings is divided
It is assigned to each analog encoder.
To achieve these goals, a kind of another aspect according to embodiments of the present invention, there is provided survey of cloud storage system
Test system, this system includes: one or more network shooting equipment；Control unit, with each network shooting equipment even
Connect, for obtaining the quantity of the data transmission channel for testing cloud storage system, generate the number with data transmission channel
Measure corresponding multiple analog encoder, control each analog encoder that video counts are read from corresponding network shooting equipment
According to, and video data is uploaded in real time, wherein, often by cloud storage system by the data transmission channel of analog encoder
Individual analog encoder has a data transmission channel.
Further, said system also includes: cloud storage system, respectively with multiple network shooting equipment and control unit
Connect, the preset task collection uploading for reception control unit, and each preset task control concentrated according to preset task
Make the video data that multiple analog encoders read multiple network shooting equipment.
Using the present invention, after obtaining the quantity for the data transmission channel testing cloud storage system, based on this number
Quantity according to transmission channel generates corresponding multiple analog encoders, and each analog encoder sets from corresponding network shooting
Standby (e.g., ipc) is upper to read the video data that network shooting equipment generates, and will be read by respective data transmission channel
The video data got is uploaded to cloud storage system in real time.Using the present invention, data upload is being carried out to cloud storage system
Before test, simulation generates multiple analog encoders, and is taken the photograph corresponding network by the multiple analog encoders generating
Video data as equipment is uploaded to cloud storage system in real time, to execute the test that mass data writes cloud storage system,
Specifically, can by multiple analog encoders respectively will the video data of same network shooting equipment simultaneously in real time on
Reach cloud storage system, be equivalent to and pass through multiple network shooting equipment in prior art simultaneously in real time on cloud storage system
Pass data, realize only needing a small amount of network shooting equipment by continual for massive video data write cloud storage system, protect
Demonstrate,prove the test request that the high concurrent of massive video data persistently writes, and without using a large amount of network shooting equipment only
One head end encoder uploads data, has saved substantial amounts of headend equipment (e.g., ipc) and has put into, has reduced mass data
The testing cost of write cloud storage system test.By the embodiment of the present invention, solve in prior art to cloud storage system
When system carries out the write test of mass data, the high problem of testing cost, magnanimity is realized by a small amount of network shooting equipment
Data constantly writes the effect of cloud storage system, reduces testing cost.
Brief description
The accompanying drawing constituting the part of the application is used for providing a further understanding of the present invention, the schematic reality of the present invention
Apply example and its illustrate, for explaining the present invention, not constituting inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 is the schematic diagram of the write test that according to prior art, cloud storage system is carried out with mass data；
Fig. 2 is the flow chart of the method for testing of cloud storage system according to embodiments of the present invention；
Fig. 3 is the schematic diagram of the test device of cloud storage system according to embodiments of the present invention；
Fig. 4 is the schematic diagram of the test system of cloud storage system according to embodiments of the present invention；
Fig. 5 is the sequential chart of the test system of a kind of optional cloud storage system according to embodiments of the present invention；And
Fig. 6 is the schematic diagram of the multiple analog encoders of a kind of optional generation according to embodiments of the present invention.
Specific embodiment
First, the part noun occurring during the embodiment of the present invention is described or term are applied to following solution
Release:
Web camera, i.e. ip camera, abbreviation ipc, be one kind can production figures video flowing, and video is circulated
Cross the video camera that cable network or wireless network are transmitted.
Cloud storage system: refer to by functions such as cluster application, network technology or distributed file systems, by network
Various types of storage device gathers collaborative work by application software in a large number, jointly externally provides data to deposit
Storage and a system of Operational Visit function.
Head end encoder: head end encoder can be when receiving user's request (as accessed the request of ipc) by ipc
The encoded rear output of video flowing generating, each ipc includes a head end encoder.
It should be noted that in the case of not conflicting, the embodiment in the application and the feature in embodiment can phases
Mutually combine.To describe the present invention below with reference to the accompanying drawings and in conjunction with the embodiments in detail.
In order that those skilled in the art more fully understand the present invention program, below in conjunction with the embodiment of the present invention
Accompanying drawing, is clearly and completely described the embodiment it is clear that described to the technical scheme in the embodiment of the present invention
It is only the embodiment of a present invention part, rather than whole embodiments.Based on the embodiment in the present invention, ability
The every other embodiment that domain those of ordinary skill is obtained under the premise of not making creative work, all should belong to
The scope of protection of the invention.
It should be noted that term " first " in description and claims of this specification and above-mentioned accompanying drawing, "
Two " it is etc. for distinguishing similar object, without for describing specific order or precedence.It should be appreciated that this
The data that sample uses can be exchanged, in the appropriate case so that embodiments of the invention described herein.Additionally, term
" comprising " and " having " and their any deformation, it is intended that covering non-exclusive comprising, for example, comprise
The process of series of steps or unit, method, system, product or equipment are not necessarily limited to those steps clearly listed
Rapid or unit, but may include clearly not listing or intrinsic for these processes, method, product or equipment
Other steps or unit.
Embodiments provide a kind of method of testing of cloud storage system.
Fig. 2 is the flow chart of the method for testing of cloud storage system according to embodiments of the present invention.As shown in Fig. 2 the party
Method may include steps of:
Step s202, obtains the quantity of the data transmission channel for testing cloud storage system.
Step s204, generates multiple analog encoders corresponding with the quantity of data transmission channel.Wherein, each simulation
Encoder has a data transmission channel.
Step s206, each analog encoder reading video data from corresponding network shooting equipment, and by simulation
Video data is uploaded to cloud storage system by the data transmission channel of encoder in real time.
Using the embodiment of the present invention, after obtaining the quantity for the data transmission channel testing cloud storage system, base
Quantity in this data transmission channel generates corresponding multiple analog encoders, and each analog encoder is from corresponding network
Picture pick-up device (e.g., ipc) is upper to read the video data that network shooting equipment generates, and is led to by respective data transfer
The video data reading is uploaded to cloud storage system by road in real time.In the above-described embodiments, cloud storage system is being entered
Before row data uploads test, simulation generates multiple analog encoders, and will be right by the multiple analog encoders generating
The video data of the network shooting equipment answered is uploaded to cloud storage system in real time, to execute mass data write cloud storage system
The test of system, specifically, can be by multiple analog encoders respectively by the video data of same network shooting equipment
It is uploaded to cloud storage system in real time simultaneously, be equivalent to and pass through multiple network shooting equipment in prior art simultaneously in real time to cloud
Storage system uploads data, realizes only needing a small amount of network shooting equipment to deposit continual for massive video data write cloud
Storage system is it is ensured that the test request that persistently writes of the high concurrent of massive video data, and takes the photograph without using a large amount of networks
Unique head end encoder as equipment uploads data, has saved substantial amounts of headend equipment (e.g., ipc) and has put into, has reduced
Mass data writes the testing cost of cloud storage system test.By the embodiment of the present invention, solve in prior art
Cloud storage system is carried out mass data write test when, the high problem of testing cost, set by a small amount of network shooting
For realizing the effect that mass data constantly writes cloud storage system, reduce testing cost.
Need it is further noted that each analog encoder uploads the ability of data and the front end volume of network shooting equipment
The ability that code device uploads data is identical.
For example, if the head end encoder of each network shooting equipment (e.g., ipc) in the finite time once tested (such as
1 day) can be uploaded to cloud storage system data volume be 128gb.If now needing to carry out mass data to cloud storage
Write test, this test need to upload the video data of 10tb to cloud storage system, then according to prior art, in order to
Upload the data of 10tb, need 80 head end encoder (i.e. 80 ipc) just can complete this test altogether.Using this
Invention above-described embodiment, in order to reduce testing cost, the quantity of the data transmission channel getting can be 80, then
80 analog encoders need to be generated, and every 10 analog encoders are set to transmit the video data of same ipc,
In this case, only need to add 8 ipc can achieve above-mentioned test.Greatly save the input of ipc, pass through
A small amount of ipc achieves the effect that mass data constantly writes cloud storage system, significantly reduces testing cost.
Alternatively, for test cloud storage system data transmission channel quantity can according to actual test need by with
Family is specified, and the quantity that user only need to be assigned inputs to client, executes generation by client based on the input of user
The operation of analog encoder.
Need it is further noted that when adding ipc equipment, inputting correct channel number and port numbers.Wherein,
One analog encoder corresponds to a channel number and a port number.
According to the above embodiment of the present invention, step s206: each analog encoder is read from corresponding network shooting equipment
Take video data, and video data be uploaded in real time by cloud storage system by the data transmission channel of analog encoder,
May include steps of:
Step s1, analog encoder, after receiving the test instruction that cloud storage system issues, is read from test instruction
Take the preset time period uploading data；
Step s2, receives the analog encoder testing instruction reading video data from corresponding network shooting equipment；
Video data is write in real time in preset time period by step s3 by the data transmission channel of each analog encoder
Enter cloud storage system.
Wherein, the video counts of the data transmission channel transmission of multiple analog encoders of corresponding same network shooting equipment
According to identical, it is the video data of this network shooting equipment.
Specifically, after analog encoder receives the test instruction that cloud storage system issues, read from test instruction
Take the preset time period that need to upload data；The analog encoder receiving this test instruction sets from its corresponding network shooting
Standby upper reading video data, and this video data is write in real time in preset time period by cloud by its data transmission channel
Storage system.
Wherein, preset time period can be that cloud storage system is carried out with the time period of mass data write test.
Need it is further noted that cloud storage system can be needed according to actual test it is intended that all or part of mould
Intend encoder execution data upload operation, specifically, cloud storage system passes through to the analog encoder needing upload data
Send test instruction to realize specifying all or part analog encoder execution data upload operation.
For example, in above-mentioned illustration, corresponding 8 ipc of cloud storage system (respectively ipc-1, ipc-2,
Ipc-3 ..., ipc-8), each ipc correspond to 10 analog encoders, receive test instruction analog encoder
Number can be for 40 it is possible to specify this 40 analog encoders in preset time period (e.g., 2015 2 months 9
Day 0:00 to 24:00) upload the video data of its corresponding ipc Real-time Collection.Alternatively, the mould of data need to be uploaded
Intending encoder (receiving the analog encoder of test instruction) can be corresponding whole 10 analog codes of ipc-1
(any 5 all for corresponding whole 10 analog encoders of device, ipc-2, corresponding 5 analog encoders of ipc-3
Can), corresponding 5 analog encoders of ipc-4 (any 5), corresponding 7 analog encoders of ipc-7 (appoint
Meaning 7) and corresponding 3 analog encoders of ipc-9 (any 3).Test instruction is acceptable
The analog encoder that instruction need to upload data is corresponding any 5 analog encoders of each ipc.Need to upload in determination
After 40 analog encoders of data, control this 40 analog encoders read in preset time period ipc-1,
The video data of ipc-2, ipc-3, ipc-4, ipc-7 and ipc-9, wherein, corresponding to the mould of same ipc
The video data intending encoder acquisition is identical, and the data that whole 10 analog encoders as corresponding in ipc-1 read is respectively
The data that corresponding whole 10 analog encoders of each identical, ipc-2 read is each mutually equal respectively；Then, should
40 analog encoders are write the respective video data reading to cloud storage in real time by respective data transmission channel
System.
In this embodiment, test instruction can indicate that the analog encoder that need to upload data is real-time in preset time period
Upload the video data that each ipc corresponding produces；Also can indicate that the analog encoder that need to upload data when default
Between upload the video data of corresponding each ipc storage in section.
By the above embodiment of the present invention, the analog encoder that need to upload data can be determined according to different testing requirements
Quantity (e.g., can be 40, can also be 50 or 10, the application does not limit to this),
Neatly adjustment is uploaded to the size of the video data of cloud storage system, to tackle different testing requirements, can also be real
Now with less headend equipment (e.g., ipc) realize mass data write cloud storage system purpose, need not substantial amounts of before
End equipment puts into, and reduces the cost of the write test that cloud storage system is carried out with mass data.
Further, before analog encoder receives the test instruction that cloud storage system issues, said method also may be used
To include: obtain identification information and the preset time period of each analog encoder previously selected；Based on identification information and
Preset time period generates test instruction；Test instruction is preserved respectively to each preset task, obtains preset task collection；
Preset task collection is uploaded to cloud storage system.
Wherein, identification information can include but is not limited to the analog encoder title of analog encoder and analog encoder is compiled
Number (e.g., analog encoder id).
Specifically, after obtaining the identification information of each analog encoder previously selected, according to each identification information
Generate test instruction with preset time period, and each test instruction is preserved to preset task；Each preset task forms
Preset task collection, thus be embodied as the analog encoder that each need to upload data to set the upload data meeting testing requirement
Time period；Then, this preset task collection is uploaded to cloud storage system.
Further, cloud storage system after receiving this preset task collection, preset by each from this preset task collection
Identification information in read test instruction in task, and foundation test instruction is issued to corresponding simulation volume by testing instruction
Code device.
In this embodiment, by configuring, for each analog encoder, the time period that identical uploads data, it is possible to achieve
High concurrent, the testing requirement of mass data write.
In an optional embodiment, each simulation can be respectively according to the identification information of different analog encoders
The time period of the different upload data of encoder configuration, obtain different preset task, cloud storage system is getting not
After the same preset task collection of preset task composition, needing to control each analog encoder uploaded videos data to cloud
During storage system, read test instruction from each different preset task of this preset task collection, and test is instructed
It is issued to corresponding analog encoder, control each analog encoder in its corresponding different time sections to cloud storage system
Upload data, it is possible to achieve cloud storage system is persistently write with the test of data.
By the above embodiment of the present invention, both can meet and cloud storage system had been carried out with massive video data high concurrent write
Testing requirement, the testing requirement that cloud storage system is persistently write can be met again.
So that identification information is for analog encoder title as a example illustrate below:
According to different analog encoder titles, configure the time period of different upload data for each analog encoder,
Obtain different preset task, and this different preset task be saved in preset task concentrating, then by this default
Business collection sends to cloud storage system；Cloud storage system is after receiving preset task collection, pre- from this preset task collection
If read test instruction in task, and test instruction is issued to corresponding analog encoder, to control each simulation to compile
Code device instructs to cloud storage system uploaded videos data according to the test that it receives.
Or, configure, for each analog encoder, the time period that identical uploads data, when generating preset task, will
Each analog encoder title and this time period generate test and instruct and preserve to preset task, and each preset task is protected
There is preset task to concentrate, and this preset task collection is uploaded to cloud storage system；Cloud storage system is from this preset task
Read test instruction in the preset task concentrated, and control each simulation according to the analog encoder title in test instruction
Encoder is according to this time period to cloud storage system uploaded videos data.
According to the above embodiment of the present invention, generate multiple analog encoders corresponding with the quantity of data transmission channel and include:
Obtain encoder title and the encoder numbering of user input；Natural number number field is added to encoder title；Right
Natural number number field in encoder title and encoder numbering carry out, from increasing digital processing, generating and passing with data respectively
The corresponding multiple analog encoder titles of quantity of defeated passage and multiple analog encoder numbering；By different analog codes
Device title is distributed to each analog encoder, and by different analog encoder numbering distribution to each analog encoder.
Specifically, after generating multiple analog encoders of each network shooting equipment corresponding, obtain user input
Encoder title, adds a natural number number field for this encoder title and (alternatively, may be added to that encoder name
The end claiming), and this natural number number field is carried out from increasing digital processing, obtain multiple different codings with numbering
Device name is referred to as analog encoder title, and the analog encoder title of generation is respectively allocated to each analog encoder；
Similarly, encoder numbering (e.g., encoder id) of user input can also be obtained, on the basis of this encoder id
On carry out, from increasing id, generating multiple different encoder id and numbering as analog encoder, by the plurality of different mould
Intend encoder numbering distribution to each analog encoder, thus being embodied as each analog encoder naming ＆ numbering.
Wherein, the quantity of analog encoder title is identical with the quantity of analog encoder with the quantity that analog encoder is numbered；
The encoder title of user input and encoder numbering can be the title of head end encoder of network shooting equipment and volume
Number.
Further, generate each analog encoder to realize by computer program.In an optional embodiment
In, can using the quantity of the transmission channel needed for each network shooting equipment corresponding for cloud storage system as cycling condition,
By cyclic program, automatically generate analog encoder for each network shooting equipment, wherein, for each network shooting
Equipment, the quantity of the analog encoder of generation meets the quantity of this transmission channel needed for network shooting equipment, a mould
Intend encoder and there is a transmission channel for transmission data.
For example, for an ipc, if the encoder title of user input and encoder id are respectively ipc-0
With 0, and the quantity of the analog encoder generating is 5 (as a, b, c, d and e), then according to the present invention
Above-described embodiment, the title of the head end encoder of this ipc can be ipc-0, and the id of this head end encoder can be 0；
And for each analog encoder: the title of analog encoder a can be ipc-0-1, the title of analog encoder b
For the title of ipc-0-2, analog encoder c for ipc-0-3, the title of analog encoder d can be able to can be
The title of ipc-0-4 and analog encoder e can be ipc-0-5；The id of analog encoder a can be 1, mould
The id of plan encoder b can be that the id of 2, analog encoder c can be permissible for the id of 3, analog encoder d
Id for 4 and analog encoder e can be 5.
By the above embodiment of the present invention, for the different title of each analog encoder setting and id, it is easy to mark and area
Divide each analog encoder, to generate identical or different preset task for each analog encoder.
It should be noted that the step that illustrates of flow process in accompanying drawing can be in such as one group of computer executable instructions
Execute in computer system, and although showing logical order in flow charts, but in some cases, can
With with the step shown or described different from order execution herein.
Fig. 3 is the schematic diagram of the test device of cloud storage system according to embodiments of the present invention.As shown in figure 3, this dress
Put and may include that transmission module 36 on the first acquisition module 32, the first generation module 34 and first.
Wherein, the first acquisition module 32 is used for obtaining the quantity of the data transmission channel for testing cloud storage system.
First generation module 34 is used for generating multiple analog encoders corresponding with the quantity of data transmission channel.Wherein,
Each analog encoder has a data transmission channel.
On first, transmission module 36 is used for each analog encoder reading video data from corresponding network shooting equipment, and
Video data is uploaded in real time by cloud storage system by the data transmission channel of analog encoder.
Using the embodiment of the present invention, after obtaining the quantity for the data transmission channel testing cloud storage system, base
Quantity in this data transmission channel generates corresponding multiple analog encoders, and each analog encoder is from corresponding network
Picture pick-up device (e.g., ipc) is upper to read the video data that network shooting equipment generates, and is led to by respective data transfer
The video data reading is uploaded to cloud storage system by road in real time.In the above-described embodiments, cloud storage system is being entered
Before row data uploads test, simulation generates multiple analog encoders, and will be right by the multiple analog encoders generating
The video data of the network shooting equipment answered is uploaded to cloud storage system in real time, to execute mass data write cloud storage system
The test of system, specifically, can be by multiple analog encoders respectively by the video data of same network shooting equipment
It is uploaded to cloud storage system in real time simultaneously, be equivalent to and pass through multiple network shooting equipment in prior art simultaneously in real time to cloud
Storage system uploads data, realizes only needing a small amount of network shooting equipment to deposit continual for massive video data write cloud
Storage system is it is ensured that the test request that persistently writes of the high concurrent of massive video data, and takes the photograph without using a large amount of networks
Unique head end encoder as equipment uploads data, has saved substantial amounts of headend equipment (e.g., ipc) and has put into, has reduced
Mass data writes the testing cost of cloud storage system test.By the embodiment of the present invention, solve in prior art
Cloud storage system is carried out mass data write test when, the high problem of testing cost, set by a small amount of network shooting
For realizing the effect that mass data constantly writes cloud storage system, reduce testing cost.
Need it is further noted that each analog encoder uploads the ability of data and the front end volume of network shooting equipment
The ability that code device uploads data is identical.
Alternatively, for test cloud storage system data transmission channel quantity can according to actual test need by with
Family is specified, and the quantity that user only need to be assigned inputs to client, is executed by the input based on user for the client
Generate the operation of analog encoder.
According to the above embodiment of the present invention, upper transmission module may include that the first reading submodule, the second reading submodule
And write submodule.
Wherein, the first reading submodule is used for analog encoder after receiving the test instruction that cloud storage system issues,
Read, from test instruction, the preset time period uploading data；Second reading submodule is used for receiving the mould of test instruction
Intend encoder reading video data from corresponding network shooting equipment；Write submodule is used for by each analog code
Video data is write cloud storage system in preset time period by the data transmission channel of device in real time.
Wherein, the video counts of the data transmission channel transmission of multiple analog encoders of corresponding same network shooting equipment
According to identical, it is the video data of this network shooting equipment.
Specifically, after analog encoder receives the test instruction that cloud storage system issues, read from test instruction
Take the preset time period that need to upload data；The analog encoder receiving this test instruction sets from its corresponding network shooting
Standby upper reading video data, and this video data is implemented in preset time period by write cloud by its data transmission channel
Storage system.
Wherein, preset time period can be that cloud storage system is carried out with the time period of mass data write test.
Need it is further noted that cloud storage system can be needed according to actual test it is intended that all or part of mould
Intend encoder execution data upload operation, specifically, cloud storage system passes through to the analog encoder needing upload data
Send test instruction to realize specifying all or part analog encoder execution data upload operation.
In this embodiment, test instruction can indicate that the analog encoder that need to upload data is real-time in preset time period
Upload the video data that each ipc corresponding produces；Also can indicate that the analog encoder that need to upload data when default
Between upload the video data of corresponding each ipc storage in section.
By the above embodiment of the present invention, the analog encoder that need to upload data can be determined according to different testing requirements
Quantity (the application does not limit to this), neatly adjustment be uploaded to cloud storage system video data size, with
Tackle different testing requirements, can also realize realizing mass data write cloud with less headend equipment (e.g., ipc)
The purpose of storage system, need not substantial amounts of headend equipment put into, and reduces and carries out mass data to cloud storage system and write
Enter the cost of test.
Further, said apparatus can also include: the second acquisition module, the second generation module, preserving module and
Transmission module on second.
Wherein, the second acquisition module is used for before analog encoder receives the test instruction that cloud storage system issues,
Obtain identification information and the preset time period of each analog encoder previously selected；Second generation module is used for based on mark
Knowledge information and preset time period generate test instruction；Preserving module is used for preserving test instruction to each default respectively
Business, obtains preset task collection；On second, transmission module is used for for preset task collection being uploaded to cloud storage system.
Wherein, identification information can include but is not limited to the analog encoder title of analog encoder and analog encoder is compiled
Number (e.g., analog encoder id).
Specifically, after obtaining the identification information of each analog encoder previously selected, according to each identification information
Generate test instruction with preset time period, and each test instruction is preserved to preset task；Each preset task forms
Preset task collection, thus be embodied as the analog encoder that each need to upload data to set the upload data meeting testing requirement
Time period；Then, this preset task collection is uploaded to cloud storage system.
Further, cloud storage system after receiving this preset task collection, preset by each from this preset task collection
Identification information in read test instruction in task, and foundation test instruction is issued to corresponding simulation volume by testing instruction
Code device.
In this embodiment, by configuring, for each analog encoder, the time period that identical uploads data, it is possible to achieve
High concurrent, the testing requirement of mass data write.
In an optional embodiment, each simulation can be respectively according to the identification information of different analog encoders
The time period of the different upload data of encoder configuration, obtain different preset task, cloud storage system is getting not
After the same preset task collection of preset task composition, needing to control each analog encoder uploaded videos data to cloud
During storage system, read test instruction from each different preset task that this preset task is concentrated, and test is referred to
Order is issued to corresponding analog encoder, controls each analog encoder in its corresponding different time sections to cloud storage system
System uploads data, it is possible to achieve cloud storage system is persistently write with the test of data.
By the above embodiment of the present invention, both can meet and cloud storage system had been carried out with massive video data high concurrent write
Testing requirement, the testing requirement that cloud storage system is persistently write can be met again.
According to the above embodiment of the present invention, the first generation module may include that acquisition submodule, adds submodule, life
Become submodule and distribution sub module.
Wherein, acquisition submodule is used for obtaining the encoder title of user input and encoder numbering；Add submodule to use
In natural number number field is added to encoder title；Generate submodule to be used for the natural number in encoder title is compiled
Number field and encoder numbering carry out, from increasing digital processing, generating corresponding with the quantity of data transmission channel multiple respectively
Analog encoder title and multiple analog encoder numbering；Distribution sub module is used for dividing different analog encoder titles
It is assigned to each analog encoder, and by different analog encoder numbering distribution to each analog encoder.
Specifically, after generating multiple analog encoders of each network shooting equipment corresponding, obtain user input
Encoder title, adds a natural number number field for this encoder title and (alternatively, may be added to that encoder name
The end claiming), and this natural number number field is carried out from increasing digital processing, obtain multiple different codings with numbering
Device name is referred to as analog encoder title, and the analog encoder title of generation is respectively allocated to each analog encoder；
Similarly, encoder numbering (e.g., encoder id) of user input can also be obtained, on the basis of this encoder id
On carry out, from increasing id, generating multiple different encoder id and numbering as analog encoder, by the plurality of different mould
Intend encoder numbering distribution to each analog encoder, thus being embodied as each analog encoder naming ＆ numbering.
Wherein, the quantity of analog encoder title is identical with the quantity of analog encoder with the quantity that analog encoder is numbered；
The encoder title of user input and encoder numbering can be the title of head end encoder of network shooting equipment and volume
Number.
Further, generate each analog encoder to realize by computer program.In an optional embodiment
In, can using the quantity of the transmission channel needed for each network shooting equipment corresponding for cloud storage system as cycling condition,
By cyclic program, automatically generate analog encoder for each network shooting equipment, wherein, for each network shooting
Equipment, the quantity of the analog encoder of generation meets the quantity of this transmission channel needed for network shooting equipment, a mould
Intend encoder and there is a transmission channel for transmission data.
By the above embodiment of the present invention, for the different title of each analog encoder setting and id, it is easy to mark and area
Divide each analog encoder, to generate identical or different preset task for each analog encoder.
Fig. 4 is the schematic diagram of the test system of cloud storage system according to embodiments of the present invention, as shown in figure 4, this is
System may include that one or more network shooting equipment 20；Control unit 40, is connected with each network shooting equipment,
For obtaining the quantity of the data transmission channel for testing cloud storage system 60, generate the quantity with data transmission channel
Corresponding multiple analog encoder, controls each analog encoder reading video data from corresponding network shooting equipment,
And video data is uploaded in real time by cloud storage system, wherein, each mould by the data transmission channel of analog encoder
Intend encoder and there is a data transmission channel.
Using the embodiment of the present invention, obtain the quantity of the data transmission channel for testing cloud storage system in control unit
Afterwards, the quantity based on this data transmission channel generates corresponding multiple analog encoders, and each analog encoder is from phase
The upper video data reading the generation of network shooting equipment of network shooting equipment (e.g., ipc) answered, and pass through respective number
According to transmission channel, the video data reading is uploaded to cloud storage system in real time.In the above-described embodiments, cloud is being deposited
Before storage system carries out data upload test, simulation generates multiple analog encoders, and is compiled by multiple simulations of generation
The video data of corresponding network shooting equipment is uploaded to cloud storage system by code device in real time, to execute mass data write
The test of cloud storage system, specifically, can be by multiple analog encoders respectively by same network shooting equipment
Video data is uploaded to cloud storage system simultaneously in real time, is equivalent in prior art and passes through multiple network shooting equipment simultaneously
Upload data to cloud storage system in real time, realize only needing a small amount of network shooting equipment that massive video data is continual
Write cloud storage system it is ensured that the test request that persistently writes of the high concurrent of massive video data, and without using big
Unique head end encoder of amount network shooting equipment uploads data, has saved substantial amounts of headend equipment (e.g., ipc) and has thrown
Enter, reduce the testing cost that mass data writes cloud storage system test.By the embodiment of the present invention, solve existing
When having the write test that in technology, cloud storage system is carried out with mass data, the high problem of testing cost, by a small amount of net
Network picture pick-up device realizes the effect that mass data constantly writes cloud storage system, reduces testing cost.
According to the above embodiment of the present invention, said system can also include: cloud storage system 60, respectively with multiple networks
Picture pick-up device and control unit connect, the preset task collection uploading for reception control unit, and according to preset task collection
In each preset task control multiple analog encoders to read the video data of multiple network shooting equipment.
Specifically, cloud storage system 60 can be connected with each network shooting equipment by cable network and/or wireless network
Connect, after receiving the preset task collection of control unit upload, according to each preset task control of preset task concentration
Make the video data that multiple analog encoders read multiple network shooting equipment, so that each analog encoder will be read
Video data writes to cloud storage system.
By the above embodiment of the present invention, the corresponding multiple analog encoders of each network shooting equipment are controlled to obtain in real time
Video data uploaded videos data, it is possible to achieve magnanimity number can be carried out with less amount of headend equipment (e.g., ipc)
According to write cloud storage system test, substantial amounts of headend equipment need not put into, reduce and magnanimity number is carried out to cloud storage system
According to write test cost.
Fig. 5 is the sequential chart of the test system of a kind of optional cloud storage system according to embodiments of the present invention.As Fig. 5
Shown, the step in this sequential chart may include that
Step s502, adds multiple ipc.
Wherein, the ipc in this embodiment is the network shooting equipment in the above embodiment of the present invention.
Specifically, mass data is carried out by request to cloud storage system and write the input by control unit for the user testing
Device 80 adding multiple ipc, and, when adding each ipc, execution step s504.
Step s504, inputs channel number and the port numbers of each ipc.
Specifically, user add each ipc when, input its correct channel number and port numbers, in order to for each
Ipc generates and uses during corresponding analog encoder.
Step s506, obtains the channel number of ipc successively.
Specifically, obtain the channel number of each ipc of user input successively, and step is executed to the channel number of each ipc
Rapid s508 is to step s518.
Step s508, obtains this channel number corresponding encoder way, encoder title and encoder id.
Wherein, encoder way is identical with the quantity of the data transmission channel in above-described embodiment；On encoder is entitled
State the encoder title in embodiment, encoder id is the encoder numbering in above-described embodiment.
Specifically, control unit 40 is getting the encoder way of user input, encoder title and encoder id
Afterwards, execution step s510: generated based on this encoder title and encoder id and meet the multiple of this encoder way
Analog encoder.
Step s512, automatically generates tail number for this encoder title, and the encoder title with tail number is carried out certainly increase tail
Number process, obtain multiple analog encoder titles, and the plurality of analog encoder title is distributed to the multiple moulds generating
Intend encoder.
Specifically, above-mentioned control unit generate multiple analog encoders after, for generate each analog encoder
Name, the implementation of this step is same as the previously described embodiments, will not be described here.
Step s514, carries out to this encoder id, from increasing id process, obtaining multiple analog encoder id, and should
Multiple analog encoder id distribute to the multiple analog encoders generating.
Specifically, above-mentioned control unit generate multiple analog encoders after, for generate each analog encoder
Numbering, the implementation of this step is same as the previously described embodiments, will not be described here.
Step s516, generates preset task, and preset task is uploaded to cloud storage system.
Wherein, preset task be used for indicating each analog encoder of each ipc according to uplink time by the video of ipc
Data is uploaded to cloud storage system 60.
Specifically, above-mentioned control unit is being each according to encoder title (analog encoder title described above)
After the uplink time of analog encoder configuration upload data obtains preset task, the preset task of generation is uploaded to cloud
Storage system.
Step s518, controls each analog encoder execution data write operation according to preset task.
Specifically, cloud storage system, after receiving preset task, controls each analog code according to this preset task
Device is according to this preset task to cloud storage system uploaded videos data.
By the embodiment of the present invention it is achieved that one ipc of simulation produces multiple encoders, by the video streaming number of ipc
According to assigning to multiple passages, thus reach that the purpose that multi-path video stream is written to cloud storage system is realized with a small amount of headend equipment.
With reference to Fig. 6, the above embodiment of the present invention is described in detail.As shown in fig. 6, being implemented according to the present invention
Example, a network shooting equipment 20 can be simulated the multiple analog encoders 21 of generation, each analog encoder 21 can
To upload data to cloud storage system 60, it is achieved thereby that one ipc of simulation produces multiple encoders, regarding ipc
Frequency stream data assigns to multiple encoder passages, reaches the purpose that multi-path video stream is written to cloud storage system.
Need it is further noted that when the photographic head pixel of network shooting equipment is different, the video data of generation is big
Little also inconsistent, can also neatly be adjusted according to network shooting equipment by the embodiment of the present invention and be written to cloud storage system
The size of the video data of system, to meet the demand of different test scenes.
The using method that modules provided in the present embodiment step corresponding with embodiment of the method is provided is identical, should
Can also be identical with scene.It is noted, of course, that the scheme that above-mentioned module is related to can be not limited to above-mentioned enforcement
Content in example and scene, and above-mentioned module may operate in terminal or mobile terminal, can by software or
Hardware is realized.
As can be seen from the above description, present invention achieves following technique effect:
Using the embodiment of the present invention, after obtaining the quantity for the data transmission channel testing cloud storage system, base
Quantity in this data transmission channel generates corresponding multiple analog encoders, and each analog encoder is from corresponding network
Picture pick-up device (e.g., ipc) is upper to read the video data that network shooting equipment generates, and is led to by respective data transfer
The video data reading is uploaded to cloud storage system by road in real time.In the above-described embodiments, cloud storage system is being entered
Before row data uploads test, simulation generates multiple analog encoders, and will be right by the multiple analog encoders generating
The video data of the network shooting equipment answered is uploaded to cloud storage system in real time, to execute mass data write cloud storage system
The test of system, specifically, can be by multiple analog encoders respectively by the video data of same network shooting equipment
It is uploaded to cloud storage system in real time simultaneously, be equivalent to and pass through multiple network shooting equipment in prior art simultaneously in real time to cloud
Storage system uploads data, realizes only needing a small amount of network shooting equipment to deposit continual for massive video data write cloud
Storage system is it is ensured that the test request that persistently writes of the high concurrent of massive video data, and takes the photograph without using a large amount of networks
Unique head end encoder as equipment uploads data, has saved substantial amounts of headend equipment (e.g., ipc) and has put into, has reduced
Mass data writes the testing cost of cloud storage system test.By the embodiment of the present invention, solve in prior art
Cloud storage system is carried out mass data write test when, the high problem of testing cost, set by a small amount of network shooting
For realizing the effect that mass data constantly writes cloud storage system, reduce testing cost.
Obviously, those skilled in the art should be understood that each module of the above-mentioned present invention or each step can be with general
Computing device realizing, they can concentrate on single computing device, or is distributed in multiple computing device institutes
On the network of composition, alternatively, they can be realized with the executable program code of computing device, it is thus possible to
It is stored in being executed by computing device in storage device, or they are fabricated to respectively each integrated circuit die
Block, or the multiple modules in them or step are fabricated to single integrated circuit module to realize.So, the present invention
It is not restricted to any specific hardware and software to combine.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for the skill of this area
For art personnel, the present invention can have various modifications and variations.All within the spirit and principles in the present invention, made
Any modification, equivalent substitution and improvement etc., should be included within the scope of the present invention.
Claims (10)
1. a kind of method of testing of cloud storage system is it is characterised in that include:
Obtain the quantity of the data transmission channel for testing described cloud storage system；
Generate multiple analog encoders corresponding with the quantity of described data transmission channel, wherein, each described mould
Intend encoder and there is a described data transmission channel；
Each described analog encoder reading video data from corresponding network shooting equipment, and pass through described mould
Described video data is uploaded to described cloud storage system by data transmission channel in real time that intend encoder.
2. method according to claim 1 is it is characterised in that each described analog encoder is taken the photograph from corresponding network
As reading video data on equipment, and by the data transmission channel of described analog encoder by described video data
It is uploaded to described cloud storage system in real time to include:
Described analog encoder after receiving the test instruction that described cloud storage system issues, from described test
The preset time period uploading data is read in instruction；
The described analog encoder receiving described test instruction reads institute from described network shooting equipment accordingly
State video data；
Regarded described in described preset time period by the described data transmission channel of analog encoder each described
Frequency factually when write described cloud storage system.
3. method according to claim 2 is it is characterised in that receive described cloud storage in described analog encoder
Before the test instruction that system issues, methods described also includes:
Obtain the identification information of each described analog encoder previously selected and described preset time period；
Described test instruction is generated based on described identification information and described preset time period；
Described test instruction is preserved respectively to each preset task, obtains preset task collection；
Described preset task collection is uploaded to described cloud storage system.
4. method as claimed in any of claims 1 to 3 is it is characterised in that generate and described data transfer
The corresponding multiple analog encoders of quantity of passage include:
Obtain encoder title and the encoder numbering of user input；
Natural number number field is added to described encoder title；
Described natural number number field in described encoder title and described encoder numbering are carried out certainly increasing respectively
Digital processing, generates multiple analog encoder titles corresponding with the quantity of described data transmission channel and multiple mould
Intend encoder numbering；
Different described analog encoder titles is distributed to analog encoder each described, and will be different described in
Analog encoder numbering distribution is to analog encoder each described.
5. a kind of test device of cloud storage system is it is characterised in that include:
First acquisition module, for obtaining the quantity of the data transmission channel for testing described cloud storage system；
First generation module, for generating multiple analog encoders corresponding with the quantity of described data transmission channel,
Wherein, each described analog encoder has a described data transmission channel；
Transmission module on first, reads video for analog encoder each described from corresponding network shooting equipment
Data, and described video data is uploaded in real time by described cloud by the data transmission channel of described analog encoder
Storage system.
6. device according to claim 5 is it is characterised in that described upper transmission module includes:
First reading submodule, is receiving, for described analog encoder, the test that described cloud storage system issues
After instruction, read, from described test instruction, the preset time period uploading data；
Second reading submodule, the described analog encoder for receiving described test instruction is described from accordingly
Described video data is read on network shooting equipment；
Write submodule, for being preset described by the described data transmission channel of analog encoder each described
In time period, described video data is write in real time described cloud storage system.
7. device according to claim 6 is it is characterised in that described device also includes:
Second acquisition module, refers to for receiving, in described analog encoder, the test that described cloud storage system issues
Before order, obtain the identification information of each described analog encoder previously selected and described preset time period；
Second generation module, for generating described test instruction based on described identification information and described preset time period；
Preserving module, for preserving described test instruction to each preset task respectively, obtains preset task collection；
Transmission module on second, for being uploaded to described cloud storage system by described preset task collection.
8. the device according to any one in claim 5 to 7 is it is characterised in that described first generation module bag
Include:
Acquisition submodule, for obtaining encoder title and the encoder numbering of user input；
Add submodule, for adding natural number number field to described encoder title；
Generate submodule, for the described natural number number field in described encoder title and described encoder
Numbering is carried out respectively from increasing digital processing, generates multiple simulation corresponding with the quantity of described data transmission channel and compiles
Code device title and multiple analog encoder numbering；
Distribution sub module, for different described analog encoder titles is distributed to analog encoder each described,
And by different described analog encoder numbering distribution to analog encoder each described.
9. a kind of test system of cloud storage system is it is characterised in that include:
One or more network shooting equipment；
Control unit, is connected with network shooting equipment each described, is used for testing described cloud storage system for obtaining
The quantity of the data transmission channel of system, generates multiple analog codes corresponding with the quantity of described data transmission channel
Device, controls each described analog encoder reading video data from described network shooting equipment accordingly, and leads to
Described video data is uploaded to described cloud storage system by data transmission channel in real time that cross described analog encoder,
Wherein, each described analog encoder has a described data transmission channel.
10. test system according to claim 9 is it is characterised in that described system also includes:
Described cloud storage system, is connected with the plurality of network shooting equipment and described control unit respectively, is used for
Receive the preset task collection that described control unit uploads, and each preset task concentrated according to described preset task
The plurality of analog encoder is controlled to read the video data of the plurality of network shooting equipment.
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