CN105183644A - Multipletask integrated automatic test system and method - Google Patents
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Abstract
The present invention discloses a multitask integrated automatic test system and method. The multitask integrated automatic test system comprises a task management unit, for establishing a plurality of tasks, compiling the code corresponding to each task to generate corresponding software versions, and performing a plurality of tasks and outputting; A version of server, connected to the task management unit, for storing the software version; A test terminal, connected to the version server, for downloading the corresponding software version; A test server, respectively connected to the task management unit and the test terminal, for controlling the test terminal according to a plurality of received tasks to download the corresponding software version to conduct corresponding tests. The multipletask integrated automatic test system can create a plurality of tasks and manage of the plurality of tasks by the task management unit, and can carry out concurrency test on theplurality of tasks by the testing server, thereby improving test efficiency.
Description
Technical field
The present invention relates to automatization testing technique, particularly relate to a kind of multitask integrated automation test macro and method.
Background technology
Mostly the existing automatic test based on RobotFramework framework is local test, Jenkins is used mostly to be man-to-man task, namely a fixing corresponding test client of task, can cause a test client to have a lot of free time like this, cause the wasting of resources; If two corresponding same test clients of task, then second task will wait until that first task just can be carried out after completing, and another test client at this moment may be had to be idle condition, thus causes Resourse Distribute uneven, and affects testing efficiency.
Summary of the invention
For the problems referred to above that existing automatic test exists, now providing one to be intended to realization can Multi-task Concurrency test, and the idle test client of Stochastic choice, the multitask integrated automation test macro rationally distributed resource and method.
Concrete technical scheme is as follows:
A kind of multitask integrated automation test macro, comprising:
One role management unit, in order to set up a plurality of task, is undertaken compiling to generate corresponding software version by code corresponding for each described task, performs described a plurality of task, and export;
One version server, connects described role management unit, in order to store described software version;
One test lead, connects described version server, in order to download corresponding software version;
One testing server, connects described role management unit and described test lead respectively, downloads corresponding software version to test accordingly in order to test lead according to the described a plurality of task control received.
Preferably, described test lead comprises:
A plurality of test client, be connected with described testing server and described version server respectively, the described testing server described test client thinking each described task choosing one free time, by equipment connection to be tested corresponding with described task for described test client, and described task is sent to described test client;
Each described test client in order to download corresponding software version according to the described task received in described version server, and described software version is sent to the equipment described to be tested be connected with described test client and upgrades, to test accordingly.
Preferably, described test lead also comprises:
One switch, connects described test client and described equipment to be tested respectively, in order to according to the control of described testing server by described test client and described corresponding equipment connection to be tested.
Preferably, each described test client generates corresponding test report according to test result, and described test report is uploaded to described testing server, and described test report stores and exports by described testing server.
A kind of multitask integrated automation method of testing, is applied to above-mentioned multitask integrated automation test macro, provides version server described in, in order to storing software version, comprise the steps:
S1. described role management unit sets up a plurality of task, is carried out compiling to generate corresponding software version by code corresponding for each described task, performs described a plurality of task, and export;
S2. described software version is sent to described version server by described role management unit;
S3. testing server test lead according to the described a plurality of task control received downloads corresponding software version to test accordingly from described version server.
Preferably, described step S3 comprises:
S31. described testing server is the corresponding idle described test client of each described task choosing one in described test lead, by equipment connection to be tested corresponding with described task for described test client, and described task is sent to described test client;
S32. each described test client downloads corresponding software version according to the described task received in described version server, and described software version is sent to the equipment described to be tested be connected with described test client and upgrades, to test accordingly.
Preferably, execute described step S32 also to comprise:
S33. each described test client generates corresponding test report according to test result, and described test report is uploaded to described testing server, and described test report stores and exports by described testing server.
Preferably, described testing server provides the title of the described test client of an association, current operating conditions and the information list of operation start time, and described step S31 comprises:
S311. described testing server detects whether receive described task, if so, performs step S312; If not, the described step S311 of execution is returned;
S312. subprocess corresponding for the described task process of adding in described testing server is started in queue;
S313. when performing described son and carrying out, judge whether described information list is in the lock state, if so, return and perform described S313; If not, step S314 is performed;
S314. described information list is locked;
S315. from described information list, select current operating conditions to be in idle described test client, and in described information list, the current operating conditions of described test client is labeled as and executes the task;
S316. described information list is discharged;
S317. equipment described to be tested corresponding for described task is connected by described switch with described test client by described subprocess;
S318. described task is sent to described test client.
Preferably, described step S33 comprises:
S331., after test terminates, test client generates corresponding test report according to test result, and described test report is uploaded to described testing server;
S332. the described subprocess process of adding in described testing server corresponding for described task terminates in queue by described testing server;
S333. when performing described subprocess, judging whether described information list is in the lock state, if so, returning and performing described S333; If not, step S334 is performed;
S334. described information list is locked;
S335. the current operating conditions of the described test client in described information list is labeled as the free time from executing the task;
S336. described information list is discharged.
Preferably, described step S33 also comprises:
S3337. described test report stores and exports by described testing server.
The beneficial effect of technique scheme:
In the technical program, multitask integrated automation test macro can create multiple task by role management unit and manage task, can carry out concurrent test, improve testing efficiency by testing server to multiple task.Multitask integrated automation method of testing realizes carrying out Multi-task Concurrency test, achieves the object of rationally distributing resource.
Accompanying drawing explanation
Fig. 1 is the module map of a kind of embodiment of multitask integrated automation test macro of the present invention;
Fig. 2 is the schematic diagram of multitask integrated automation test macro of the present invention;
Fig. 3 is the method flow diagram of the first embodiment of multitask integrated automation method of testing of the present invention;
Fig. 4 is the method flow diagram of embodiment in second of multitask integrated automation method of testing of the present invention;
Fig. 5 is the method flow diagram of embodiment in the 3rd of multitask integrated automation method of testing of the present invention;
Fig. 6 is the method flow diagram of embodiment in the 4th of multitask integrated automation method of testing of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art obtain under the prerequisite of not making creative work, all belongs to the scope of protection of the invention.
It should be noted that, when not conflicting, the embodiment in the present invention and the feature in embodiment can combine mutually.
Below in conjunction with the drawings and specific embodiments, the invention will be further described, but not as limiting to the invention.
As shown in Figure 1, a kind of multitask integrated automation test macro, comprising:
One role management unit 1, in order to set up a plurality of task, is undertaken code corresponding for each task compiling to generate corresponding software version, performs a plurality of task, and export;
One version server 3, connects role management unit 1, in order to storing software version;
One test lead 4, connects version server 3, in order to download corresponding software version;
One testing server 2, connects role management unit 1 and test lead 4 respectively, in order to download corresponding software version to test accordingly according to a plurality of task control test leads 4 received.
In the present embodiment, the code that every day uploads can be compiled by role management unit 1, compile by rear, nearest software version can be sent to version server 3, process stores.Jenkins software is embedded with in role management unit 1, regularly multiple task can be issued to testing server 2 by Jenkins software, testing server 2 downloads corresponding software version according to the multiple task control test leads 4 received from version server 3, configure test environment, start test.Concurrent test can be carried out to multiple task by testing server 2, improve testing efficiency.
Further, the unified configuration carrying out hardware and environmental variance of python script can be adopted.
In a preferred embodiment, test lead 4 comprises:
A plurality of test client, be connected with testing server 2 and version server 3 respectively, testing server 2 test client thinking each task choosing one free time, connects equipment to be tested corresponding with task for test client and home gateway, and task is sent to test client;
Software version in order to download corresponding software version according to the task of receiving in version server 3, and is sent to the equipment to be tested be connected with test client and upgrades, to test accordingly by each test client.
As shown in Figure 2, in the present embodiment, the equipment to be tested that each task is corresponding unique, the corresponding equipment 1 to be tested of task 1, the corresponding equipment 2 to be tested of task 2 ..., the corresponding equipment m to be tested of task m.Test lead 4 can comprise n test client, and test client and task are not corresponding, can connect according to needs during test.Such as: task 1 starts to perform, by needing the facility information to be tested of test as equipment 1 to be tested, testing server 2 can be sent to; After testing server 2 receives test assignment, the test client of meeting Stochastic choice free time from test client, such as test client 2, is sent to test client 2 by test assignment; Test client 2 connects together with tested equipment 1 to be tested by testing server 2 simultaneously.After test client 2 receives task 1, be connected to equipment 1 to be tested, test client 2 is downloaded in corresponding up-to-date software version to equipment 1 to be tested and is upgraded from version server 3, then configures test environment, starts test.
In a preferred embodiment, test lead 4 also comprises:
One switch, respectively connecting test client and equipment to be tested, in order to according to the control of testing server 2 by test client and corresponding equipment connection to be tested.
In the present embodiment, the connection of corresponding test client and equipment to be tested is realized by automatic configuration switch.
In a preferred embodiment, each test client generates corresponding test report according to test result, and test report is uploaded to testing server 2, and test report stores and exports by testing server 2.
In the present embodiment, after test terminates, test client generates corresponding test report according to test result, and the test report of this locality is uploaded to testing server 2 and carry out unifying storage administration, will carry the mail sending of test report to related personnel by testing server 2.
As shown in Figure 3, a kind of multitask integrated automation method of testing, is applied to above-mentioned multitask integrated automation test macro, provides a version server, in order to storing software version, comprise the steps:
S1. role management unit sets up a plurality of task, is carried out by code corresponding for each task compiling to generate corresponding software version, performs a plurality of task, and export;
S2. software version is sent to version server by role management unit;
S3. testing server downloads corresponding software version to test accordingly according to a plurality of task control test leads received from version server.
In the present embodiment, the code uploaded every day by role management unit is compiled, and compiles by rear, nearest software version can be sent to version server, and process stores.Jenkins software is embedded with in role management unit, regularly multiple task can be issued to testing server by Jenkins software, testing server downloads corresponding software version according to the multiple task control test leads received from version server, configures test environment, starts test.Concurrent test can be carried out to multiple task by testing server, improve testing efficiency.
As shown in Figure 4, in a preferred embodiment, step S3 comprises:
S31. testing server is the corresponding idle test client of each task choosing one in test lead, by equipment connection to be tested corresponding with task for test client, and task is sent to test client;
S32. each test client downloads corresponding software version according to receiving of task in version server, and software version is sent to the equipment to be tested be connected with test client and upgrades, to test accordingly.
As shown in Figure 2, in the present embodiment, the equipment to be tested that each task is corresponding unique, the corresponding equipment 1 to be tested of task 1, the corresponding equipment 2 to be tested of task 2 ..., the corresponding equipment m to be tested of task m.Test lead 4 can comprise n test client, and test client and task are not corresponding, can connect according to needs during test.Such as: task 1 starts to perform, by needing the facility information to be tested of test as equipment 1 to be tested, testing server 2 can be sent to; After testing server 2 receives test assignment, the test client of meeting Stochastic choice free time from test client, such as test client 2, is sent to test client 2 by test assignment; Test client 2 connects together with tested equipment 1 to be tested by testing server 2 simultaneously.After test client 2 receives task 1, be connected to equipment 1 to be tested, test client 2 is downloaded in corresponding up-to-date software version to equipment 1 to be tested and is upgraded from version server 3, then configures test environment, starts test.
In a preferred embodiment, execution of step S32 also comprises:
S33. each test client generates corresponding test report according to test result, and test report is uploaded to testing server, and test report stores and exports by testing server.
In the present embodiment, after test terminates, test client generates corresponding test report according to test result, and the test report of this locality is uploaded to testing server and carry out unifying storage administration, will carry the mail sending of test report to related personnel by testing server.
As shown in Figure 5, in a preferred embodiment, testing server provides the title of an association test client, current operating conditions and the information list of operation start time, and step S31 comprises:
S311. testing server detects whether receive task, if so, performs step S312; If not, execution step S311 is returned;
S312. the process that subprocess corresponding for task adds in testing server is started in queue;
S313. when performing son and carrying out, judge whether information list is in the lock state, if so, return and perform S313; If not, step S314 is performed;
S314. locking information list;
S315. from information list, select current operating conditions to be in idle test client, and in information list, the current operating conditions of test client is labeled as and executes the task;
S316. information list is discharged;
S317. equipment to be tested corresponding for task is connected by switch with test client by subprocess;
S318. task is sent to test client.
In the present embodiment, information table unirecord mechanism is adopted to realize the management of test client.The conflict of test client is avoided by the mode of the locking and unlocking information list.
When multiple task is issued to testing server simultaneously, testing server opens a subprocess for each task.Each subprocess is responsible for the test of a equipment to be tested.
Testing server detects whether receive new task, and when there being new task, the subprocess process of adding to corresponding for new task is started queue by testing server, etc. this subprocess pending, when taking turns this subprocess, first check whether information list locks, if locking, then wait for; If non-locking, then first locking information list, makes other subprocesss not operate, and Stochastic choice test client from the test client of the free time information list, is then labeled as this test client and executes the task, release information list; Corresponding equipment to be tested is connected by switch with test client by subprocess simultaneously, after configuring parameter, starts test.
As shown in Figure 6, in a preferred embodiment, step S33 comprises:
S331., after test terminates, test client generates corresponding test report according to test result, and test report is uploaded to testing server;
S332. the process that subprocess corresponding for task adds in testing server terminates in queue by testing server;
S333. when performing subprocess, judging whether information list is in the lock state, if so, returning and performing S333; If not, step S334 is performed;
S334. locking information list;
S335. the current operating conditions of the test client in information list is labeled as the free time from executing the task;
S336. information list is discharged.
In the present embodiment, the conflict of test client is avoided by the mode of the locking and unlocking information list.
After test terminates, test client generates corresponding test report according to test result, and be sent to testing server, the process that subprocess corresponding for task adds in testing server terminates in queue by testing server, etc. pending, when corresponding subprocess can be performed, first check whether information list locks, if locking, then wait for; If non-locking, then first locking information list, makes other processes not operate, and test client corresponding in information list is revised as the free time from executing the task, and then discharges information list.
In a preferred embodiment, step S33 also comprises:
S3337. test report stores and exports by testing server.
In the present embodiment, after test terminates, test client generates corresponding test report according to test result, and the test report of this locality is uploaded to testing server and carry out unifying storage administration, be convenient to the later stage by TB control, will the mail sending of test report be carried to related personnel by testing server.
The present invention realizes task by the multi-process of testing server and performs the relation of multi-to-multi.Before test client starts to perform automatic test, the configuration of corresponding hardware and environmental variance etc. can be carried out.By the test client of Stochastic choice required by task, improve the level of resources utilization.Information table unirecord mechanism is adopted to realize the management of test client.The conflict of test client is avoided by the mode of the locking and unlocking information list.The present invention is applicable to robotization integration testing, is convenient to the problem in research staff's Timeliness coverage code, the time at night can be utilized to carry out automatic test, thus improve the utilization ratio of resource.
The foregoing is only preferred embodiment of the present invention; not thereby embodiments of the present invention and protection domain is limited; to those skilled in the art; should recognize and all should be included in the scheme that equivalent replacement done by all utilizations instructions of the present invention and diagramatic content and apparent change obtain in protection scope of the present invention.
Claims (10)
1. a multitask integrated automation test macro, is characterized in that, comprising:
One role management unit, in order to set up a plurality of task, is undertaken compiling to generate corresponding software version by code corresponding for each described task, performs described a plurality of task, and export;
One version server, connects described role management unit, in order to store described software version;
One test lead, connects described version server, in order to download corresponding software version;
One testing server, connects described role management unit and described test lead respectively, downloads corresponding software version to test accordingly in order to test lead according to the described a plurality of task control received.
2. multitask integrated automation test macro as claimed in claim 1, it is characterized in that, described test lead comprises:
A plurality of test client, be connected with described testing server and described version server respectively, the described testing server described test client thinking each described task choosing one free time, by equipment connection to be tested corresponding with described task for described test client, and described task is sent to described test client;
Each described test client in order to download corresponding software version according to the described task received in described version server, and described software version is sent to the equipment described to be tested be connected with described test client and upgrades, to test accordingly.
3. multitask integrated automation test macro as claimed in claim 2, it is characterized in that, described test lead also comprises:
One switch, connects described test client and described equipment to be tested respectively, in order to according to the control of described testing server by described test client and described corresponding equipment connection to be tested.
4. multitask integrated automation test macro as claimed in claim 2, it is characterized in that, each described test client generates corresponding test report according to test result, and described test report is uploaded to described testing server, described test report stores and exports by described testing server.
5. a multitask integrated automation method of testing, is applied to the multitask integrated automation test macro as described in claim 1-4, it is characterized in that, provide version server described in, in order to storing software version, comprise the steps:
S1. described role management unit sets up a plurality of task, is carried out compiling to generate corresponding software version by code corresponding for each described task, performs described a plurality of task, and export;
S2. described software version is sent to described version server by described role management unit;
S3. testing server test lead according to the described a plurality of task control received downloads corresponding software version to test accordingly from described version server.
6. multitask integrated automation method of testing as claimed in claim 5, it is characterized in that, described step S3 comprises:
S31. described testing server is the corresponding idle described test client of each described task choosing one in described test lead, by equipment connection to be tested corresponding with described task for described test client, and described task is sent to described test client;
S32. each described test client downloads corresponding software version according to the described task received in described version server, and described software version is sent to the equipment described to be tested be connected with described test client and upgrades, to test accordingly.
7. multitask integrated automation method of testing as claimed in claim 6, is characterized in that, execute described step S32 and also comprise:
S33. each described test client generates corresponding test report according to test result, and described test report is uploaded to described testing server, and described test report stores and exports by described testing server.
8. multitask integrated automation method of testing as claimed in claim 7, is characterized in that, described testing server provides the title of the described test client of an association, current operating conditions and the information list of operation start time, and described step S31 comprises:
S311. described testing server detects whether receive described task, if so, performs step S312; If not, the described step S311 of execution is returned;
S312. subprocess corresponding for the described task process of adding in described testing server is started in queue;
S313. when performing described son and carrying out, judge whether described information list is in the lock state, if so, return and perform described S313; If not, step S314 is performed;
S314. described information list is locked;
S315. from described information list, select current operating conditions to be in idle described test client, and in described information list, the current operating conditions of described test client is labeled as and executes the task;
S316. described information list is discharged;
S317. equipment described to be tested corresponding for described task is connected by described switch with described test client by described subprocess;
S318. described task is sent to described test client.
9. multitask integrated automation method of testing as claimed in claim 8, it is characterized in that, described step S33 comprises:
S331., after test terminates, test client generates corresponding test report according to test result, and described test report is uploaded to described testing server;
S332. the described subprocess process of adding in described testing server corresponding for described task terminates in queue by described testing server;
S333. when performing described subprocess, judging whether described information list is in the lock state, if so, returning and performing described S333; If not, step S334 is performed;
S334. described information list is locked;
S335. the current operating conditions of the described test client in described information list is labeled as the free time from executing the task;
S336. described information list is discharged.
10. multitask integrated automation method of testing as claimed in claim 7, it is characterized in that, described step S33 also comprises:
S3337. described test report stores and exports by described testing server.
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