CN103678124A - Video surveillance platform auto-test method and device based on continuous integrated environment - Google Patents
Video surveillance platform auto-test method and device based on continuous integrated environment Download PDFInfo
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Abstract
The invention discloses a video surveillance platform auto-test method and device based on continuous integrated environment. The method includes: compiling a software version to be tested, triggering an automated test task, copying the complied software version to a center server of a video surveillance platform to be tested, and updating the software version; reading configuration files, configuring the video surveillance platform to be tested; calling an SDK interface of the video surveillance platform, and configuring OSD information of a front-end device; during service testing, recognizing and judging according to the OSD information; logging a returned value of the called SDK interface and results of OSD information judgment to form an assessment report. The invention further discloses the video surveillance platform auto-test device based on continuous integrated environment. The method and the device have the advantages that input of testing manpower and material resources can be effectively reduced, the development of version development is shortened, and the quality of the version is guaranteed.
Description
Technical field
The invention belongs to software testing technology field, relate in particular to video monitoring platform automatic test approach and device based on continuing the integration environment.
Background technology
The develop rapidly of computer technology and internet, impels Software Industry to grow rapidly.Yet the maximum feature of software is upgraded exactly and is upgraded more frequently, and particularly software is often found leak in application needs timely patch installing, therefore causes the test pressure of software version also increasingly to increase.
In software development, agile development pattern gradually Bei Ge software vendor adopts simultaneously, and in agile development, the structure of software project is cut into a plurality of sub-projects, and the achievement of each sub-project is all passed through test, possesses integrated and feature that can move.In other words, exactly a large project is divided into a plurality of connecting each other, but small project that also can independent operating, and complete respectively, in this process, software is always in serviceable condition.
Therefore for more and more large-scale application system, software is increasingly sophisticated, and developer completes a sub-project, or develops after a new patch, how can verify rapidly whether redaction affects original software normal function, be a key link in Experience of Software Testing Work.
Existing version test is to carry out according to the plan of version issue, has certain cycle, if patch release is tested according to cycle and the means of testing of version test, obviously to having too high requirement in the input of test period and test manpower.Existing patch release test, the task outside released version test normally, tester can not test according to the scale of released version and cycle, screening test cases is bound to, carry out the automatic test of manual test or partial test item, department to be tested has tested, and makes after assessment, and developer by testing evaluation, revises defect again or issue patch release is used to client.
Obviously prior art is for the test of patch release, efficiency is lower, tester need to drop into a large amount of time and efforts and go to carry out interim test assignment, and the restriction due to time and efforts, cause the testing authentication work meeting of patch release to have higher risk, be unfavorable for issue and normal use of patch release.
Summary of the invention
The object of the invention is to propose a kind of video monitoring platform automatic test approach and device based on continuing the integration environment, with avoid prior art for the test of software patch version owing to lacking time and efforts, cause testing authentication work to have higher risk problem.
In order to realize foregoing invention object, technical solution of the present invention is as follows:
A video monitoring platform automatic test approach based on continuing the integration environment, described video monitoring platform comprises central server and front-end equipment, this method of testing comprises step:
Step 1, based on lasting integration tool, create compiler task and automatic test task, software under testing version is compiled, compiled rear triggering automatic test task;
After step 2, automatic test task are triggered, the software version that compiling is generated copies to the central server of tested video monitoring platform, carries out the upgrading of software version;
Step 3, read the configuration file setting in advance, according to this configuration file and call the tested video monitoring platform of SDK interface configuration of tested video monitoring platform;
Step 4, call the SDK interface of tested video monitoring platform, the osd information of configuration front-end equipment;
Step 5, to the central server of tested video monitoring platform, send test instruction, central server forward end device request video flowing, the superposeed video flowing of osd information of front-end equipment output;
Step 6, receiver, video stream, identify judgement to osd information;
Step 7, by calling rreturn value and the osd information judged result that SDK interface obtains, carry out log recording, form assessment report.
Wherein, described step 2 comprises step:
Call SFTP client, the software version that compiling is generated copies to the central server of tested video monitoring platform;
Call ssh client, login described central server, carry out the upgrading of software version.
Wherein, described step 3 also comprises step:
Obtain after configuration file, resolve the global information that obtains described video monitoring platform, described global information comprises: the coded camera information having below this domain information, outer domain information, each territory, storing device information, central server information.Configuration file of the present invention is preset tested video monitoring platform network topology structure, by analyzing XML configuration file, just can obtain the global information of video monitoring platform, and automatically configure one by one, has avoided complicated configuration link.
Further, described receiver, video stream, identifies judgement to osd information, specifically comprises step:
Receiver, video flows and plays, and carries out video capture sectional drawing;
Osd information on identification sectional drawing;
Judge that whether osd information meets configuration in advance, and record judged result.
The present invention is by the osd information of default stack on front-end equipment, follow the tracks of the path of video flowing, thereby can pass through sectional drawing Intelligent Recognition osd information, can judge by computing machine the result of operational trials, avoid the inconvenience of eye recognition and inaccurate, realized full automatic operational trials.
Further, described step 7 also comprises step:
Rreturn value and the osd information judged result of calling the acquisition of SDK interface are carried out to log recording;
Analyze log recording, by definition error rank and key word, vicious log statistic is out generated to assessment report.
The present invention has also proposed a kind of video monitoring platform automatic testing equipment based on continuing the integration environment simultaneously, and described video monitoring platform comprises central server and front-end equipment, and this automatic testing equipment comprises:
Task creation and collector, for creating compiler task and automatic test task based on lasting integration tool, compile software under testing version, compiled rear triggering automatic test task;
Automatic software upgrading module, after being triggered for automatic test task, the software version that compiling is generated copies to the central server of tested video monitoring platform, carries out the upgrading of software version;
Equipment under test configuration module, for reading the configuration file setting in advance, according to this configuration file and call the tested video monitoring platform of SDK interface configuration of tested video monitoring platform;
Osd information presetting module, for calling the SDK interface of tested video monitoring platform, the osd information of configuration front-end equipment;
Operational trials module, sends test instruction for the central server to tested video monitoring platform;
Osd information identification judge module, for receiver, video stream, identifies judgement to osd information;
Assessment report module, for rreturn value and the osd information judged result of calling the acquisition of SDK interface are carried out to log recording, forms assessment report.
Further, described automatic software upgrading module comprises:
Transmission unit, for calling SFTP client, the software version that compiling is generated copies to the central server of tested video monitoring platform;
Upgrading unit, for calling ssh client, logins described central server, carries out the upgrading of software version.
Further, described osd information identification judge module comprises:
Sectional drawing unit, flows and plays for receiver, video, carries out video capture sectional drawing;
Recognition unit, for identifying the osd information on sectional drawing;
Judging unit, for judging that whether osd information meets configuration in advance, and record judged result.
Further, described assessment report module comprises:
Log recording unit, for carrying out log recording by rreturn value and the osd information judged result of calling the acquisition of SDK interface;
Analytic statistics unit, for analyzing log recording, by definition error rank and key word, out generates assessment report by vicious log statistic.
Video monitoring platform automatic test approach and device based on continuing the integration environment that the present invention proposes, the compile and test process of version is closely linked, the automatic test of intervening by prosthetic, can effectively reduce the input of test manpower and materials, shorten the cycle of version exploitation, and the assurance to the quality of version is provided.
Accompanying drawing explanation
Fig. 1 is the networking structure schematic diagram that the embodiment of the present invention is tested;
Fig. 2 is method of testing process flow diagram of the present invention;
Fig. 3 is proving installation structural representation of the present invention.
Embodiment
Below in conjunction with drawings and Examples, technical solution of the present invention is described in further details, following examples do not form limitation of the invention.
The problem being found out in site of deployment for software, developer has revised after defect, after this problem is verified, submits patch release software code to.After tester needs further patch release software code to be compiled, software to equipment under test is upgraded, and according to the difference of business function, carry out successively the automatized script of miscellaneous service combination, after complete etc. predetermined automatic test script, test report can be generated automatically, as the assessment of patch release issue.
Fig. 1 shows the networking structure figure that the present embodiment is tested equipment under test video monitoring platform, the annexation of proving installation and equipment under test as shown in Figure 2, proving installation connects central server and the front-end equipment of video monitoring platform by network, front-end equipment comprises web camera or the analog video camera being connected with scrambler.
Fig. 2 shows the video monitoring platform automatic test approach flow process of the present embodiment based on continuing the integration environment, comprises the steps:
In the present embodiment, the lasting Jenkins of integrated software that proving installation utilization is increased income, builds the test environment based on Jenkins, creates two tasks, and first is version compiler task, and second is automatic test task.Compiler task compiles version to be measured, and compiled software version is left under version compiling catalogue.In the process of creation task, can simply arrange by Jenkins, the time that the task that arranges triggers (can select timing or instant), the addresses of items of mail of the report recipient after the task of setting completes, can trigger automatic test task after having compiled.Here version to be measured refers to patch release, or other versions of nominally issued not of research staff exploitation.
After step 202, automatic test task are triggered, the software version that compiling is generated copies to the central server of tested video monitoring platform, carries out the upgrading of software version.
Proving installation Automatically invoked SFTP(Secure File Transfer Protocol secure file transportation protocol) client obtains through Jenkins and edits the software version generating from version compiling catalogue, copies to video monitoring platform.And Automatically invoked SSH(Secure Shell safety shell protocol) client, obtains the log-on message of tested video monitoring platform central server, and logins video monitoring platform central server; Then video monitoring platform software is carried out the auto-update of current version.
The present embodiment, for the configuration of tested video monitoring platform, adopts the XML configuration file method of configuration automatically, and tester, in advance according to the topological structure of tested video monitoring platform, generates corresponding XML configuration file.Proving installation obtains after configuration file, resolve and obtain relevant global information, this global information comprises coded camera information, storing device information and the middle central server information having below this domain information of tested video monitoring platform, outer domain information, each territory.Here central server includes but not limited to storage managing server, media forwarding server, archive management server etc.If coding, inter-domain protocol and the territory grade etc. of while these information spinners IP address, login account password, server/terminal type, server/terminal.Proving installation, according to XML configuration file, calls the SDK(Software Development Kit of tested video monitoring platform) interface is configured.After video monitoring platform upgrading, complete above-mentioned configuration, when calling SDK interface and be configured, proving installation also can judge that whether configuration operation business is normal, repeats no more here by obtaining rreturn value.
When carrying out operational trials, the present embodiment adopts stack OSD(on-screen display) information detects the target whether video flowing that front-end equipment sends arrives appointment.Classic method adopts the method for eye recognition, and tester easily judges by accident, and relies on the recognition capability of human eye.The present embodiment osd information that superposes on the video flowing of front-end equipment, and in proving installation one side, by Intelligent Recognition OSD, judge whether business carry out smoothly, can realize automatic test.
Front-end equipment sends video flowing according to the instruction of video monitoring platform central server, and the osd information that superposes on video flowing, so that the video flowing that subsequent step sends front-end equipment is identified.
According to the osd information that whether carries front-end equipment stack on the video flowing of receiving, identify judgement, if business is well on, the video flowing receiving is the video flowing that front-end equipment sends, video flowing is superimposed with osd information, thereby can correctly judge that whether video flowing is correct, to make testing evaluation.
For example carry out the hard live test of separating, proving installation is play after receiving video flowing, and sectional drawing, and the osd information on figure is identified to judgement, and records judged result.And for example soft solution round cut test, proving installation carries out video capture and preserves being no less than in two round cut interval times, the osd information of identification on sectional drawing with this record, by obtaining a plurality of name OSD in continuous time, the transformation period interval of calculated field name OSD, round cut interval with configuration compares, and judges that business carries out whether according to expection, carrying out.
Proving installation operation service scenario, in operational process, rreturn value and the judged result of calling the acquisition of SDK interface are carried out to log recording, and log recording is analyzed, by definition error rank and key word, by vicious log statistic out, dependence test personnel can make assessment report by statistics, for subsequent development.
Fig. 3 shows the structural representation of the present embodiment based on continuing the video monitoring platform automatic testing equipment of the integration environment, and as shown in the figure, this device comprises:
Task creation and collector, for creating compiler task and automatic test task based on lasting integration tool, compile software under testing version, compiled rear triggering automatic test task;
Automatic software upgrading module, after being triggered for automatic test task, the software version that compiling is generated copies to the central server of tested video monitoring platform, carries out the upgrading of software version;
Equipment under test configuration module, for reading the configuration file setting in advance, according to this configuration file and call the tested video monitoring platform of SDK interface configuration of tested video monitoring platform;
Osd information presetting module, for calling the SDK interface of tested video monitoring platform, the osd information of configuration front-end equipment;
Operational trials module, sends test instruction for the central server to tested video monitoring platform;
Osd information identification judge module, for receiver, video stream, identifies judgement to osd information;
Assessment report module, for rreturn value and the osd information judged result of calling the acquisition of SDK interface are carried out to log recording, forms assessment report.
Accordingly, automatic software upgrading module comprises:
Transmission unit, for calling SFTP client, the software version that compiling is generated copies to the central server of tested video monitoring platform;
Upgrading unit, for calling ssh client, logins described central server, carries out the upgrading of software version.
Accordingly, osd information identification judge module comprises:
Sectional drawing unit, flows and plays for receiver, video, carries out video capture sectional drawing;
Recognition unit, for identifying the osd information on sectional drawing;
Judging unit, for judging that whether osd information meets configuration in advance, and record judged result.
Accordingly, assessment report module comprises:
Log recording unit, for carrying out log recording by rreturn value and the osd information judged result of calling the acquisition of SDK interface;
Analytic statistics unit, for analyzing log recording, by definition error rank and key word, out generates assessment report by vicious log statistic.
The present embodiment each intermodule of video monitoring platform automatic testing equipment based on continuing the integration environment communicates based on computing machine, the sequencing of each module and annexation do not have fixing combination, two or more module can be combined to be placed in a server and realize, the invention is not restricted to concrete array configuration.
Above embodiment is only in order to technical scheme of the present invention to be described but not be limited; in the situation that not deviating from spirit of the present invention and essence thereof; those of ordinary skill in the art are when making according to the present invention various corresponding changes and distortion, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the present invention.
Claims (10)
1. the video monitoring platform automatic test approach based on continuing the integration environment, described video monitoring platform comprises central server and front-end equipment, it is characterized in that, this method of testing comprises step:
Step 1, based on lasting integration tool, create compiler task and automatic test task, software under testing version is compiled, compiled rear triggering automatic test task;
After step 2, automatic test task are triggered, the software version that compiling is generated copies to the central server of tested video monitoring platform, carries out the upgrading of software version;
Step 3, read the configuration file setting in advance, according to this configuration file and call the tested video monitoring platform of SDK interface configuration of tested video monitoring platform;
Step 4, call the SDK interface of tested video monitoring platform, the osd information of configuration front-end equipment;
Step 5, to the central server of tested video monitoring platform, send test instruction, central server forward end device request video flowing, the superposeed video flowing of osd information of front-end equipment output;
Step 6, receiver, video stream, identify judgement to osd information;
Step 7, by calling rreturn value and the osd information judged result that SDK interface obtains, carry out log recording, form assessment report.
2. automatic test approach according to claim 1, is characterized in that, described step 2 comprises step:
Call SFTP client, the software version that compiling is generated copies to the central server of tested video monitoring platform;
Call ssh client, login described central server, carry out the upgrading of software version.
3. automatic test approach according to claim 1, is characterized in that, described step 3 also comprises step:
Obtain after configuration file, resolve the global information that obtains described video monitoring platform, described global information comprises: the coded camera information having below this domain information, outer domain information, each territory, storing device information, central server information.
4. automatic test approach according to claim 1, is characterized in that, described receiver, video stream, identifies judgement to osd information, specifically comprises step:
Receiver, video flows and plays, and carries out video capture sectional drawing;
Osd information on identification sectional drawing;
Judge that whether osd information meets configuration in advance, and record judged result.
5. automatic test approach according to claim 1, is characterized in that, described step 7 also comprises step:
Rreturn value and the osd information judged result of calling the acquisition of SDK interface are carried out to log recording;
Analyze log recording, by definition error rank and key word, vicious log statistic is out generated to assessment report.
6. the video monitoring platform automatic testing equipment based on continuing the integration environment, described video monitoring platform comprises central server and front-end equipment, it is characterized in that, this automatic testing equipment comprises:
Task creation and collector, for creating compiler task and automatic test task based on lasting integration tool, compile software under testing version, compiled rear triggering automatic test task;
Automatic software upgrading module, after being triggered for automatic test task, the software version that compiling is generated copies to the central server of tested video monitoring platform, carries out the upgrading of software version;
Equipment under test configuration module, for reading the configuration file setting in advance, according to this configuration file and call the tested video monitoring platform of SDK interface configuration of tested video monitoring platform;
Osd information presetting module, for calling the SDK interface of tested video monitoring platform, the osd information of configuration front-end equipment;
Operational trials module, sends test instruction for the central server to tested video monitoring platform;
Osd information identification judge module, for receiver, video stream, identifies judgement to osd information;
Assessment report module, for rreturn value and the osd information judged result of calling the acquisition of SDK interface are carried out to log recording, forms assessment report.
7. automatic testing equipment according to claim 6, is characterized in that, described automatic software upgrading module comprises:
Transmission unit, for calling SFTP client, the software version that compiling is generated copies to the central server of tested video monitoring platform;
Upgrading unit, for calling ssh client, logins described central server, carries out the upgrading of software version.
8. automatic testing equipment according to claim 6, it is characterized in that, described equipment under test configuration module, read the configuration file setting in advance, and resolve the global information that obtains described video monitoring platform, described global information comprises: the coded camera information having below this domain information, outer domain information, each territory, storing device information, central server information.
9. automatic testing equipment according to claim 6, is characterized in that, described osd information identification judge module comprises:
Sectional drawing unit, flows and plays for receiver, video, carries out video capture sectional drawing;
Recognition unit, for identifying the osd information on sectional drawing;
Judging unit, for judging that whether osd information meets configuration in advance, and record judged result.
10. automatic testing equipment according to claim 6, is characterized in that, described assessment report module comprises:
Log recording unit, for carrying out log recording by rreturn value and the osd information judged result of calling the acquisition of SDK interface;
Analytic statistics unit, for analyzing log recording, by definition error rank and key word, out generates assessment report by vicious log statistic.
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