CN105824614A - Building method and device for distributed development environment based on Docker - Google Patents
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Abstract
The invention discloses a building method for distributed development environment based on Docker. The building method comprises the following steps: receiving selection information for selecting a dockerfile file from a local prestored dockerfile file list by a user; judging whether the selected dockerfile file is the latest dockerfile file or not; if yes, reproducing source codes of a subsystem from a codebase according to the selected dockerfile file; building mirror images of the subsystem according to the latest dockerfile file; through the mirror images, building a docker container, and operating the source codes of the subsystem in the docker container. The building method realizes single machine deployment of the distributed development environment. The invention further discloses a building device applying the building method.
Description
Technical field
The present invention relates to computer realm, particularly relate to building method and the device of a kind of distributed developing environment based on Docker.
Background technology
The form of current Development of Distributed System has become as the exploitation form of main flow, one project is often mated dozens of service, therefore generally require exploitation number station server to support, and the deployment of each server is the most different, power and resource when build process will expend, if but public a set of development environment, easily cause again server interfering each other, it is thus desirable to build a set of simply, operable, and the development environment interfered between server can be avoided.
Summary of the invention
In view of this, it is necessary that providing a kind of focuses on the building method of the distributed developing environment based on Docker that unit is disposed by complicated distributed developing environment from multiple remote servers and build device in fact.
The technical scheme of the embodiment of the present invention is: the building method of a kind of distributed developing environment based on Docker, including step: receive user and select the selection information of dockerfile file from this locality prestores dockerfile listed files, wherein, the subsystem of described dockerfile one Distributed Services of file Corresponding matching；The dockerfile file of selection is compared with the dockerfile file in code storage, and judges that whether the dockerfile file of described selection is the up-to-date dockerfile file of the subsystem matched with it；If the dockerfile file of described selection is the described up-to-date dockerfile file of described subsystem, then the dockerfile file according to described selection replicates the source code of the subsystem matched with it from described code storage；The mirror image of described subsystem is built according to described up-to-date dockerfile file；And docker container parameters is set based on described mirror image builds docker container and run described source code in described docker container, it is used for the deployment of distributed environment.
A kind of distributed developing environment based on Docker build device, including setting up Eclipse plug-in unit, code development IDE and the boot2docker virtual machine that communication connects each other, described code development IDE also sets up communication with code storage and is connected, described code storage is for storing source code and the dockerfile file of the subsystem of all Distributed Services, and described Eclipse plug-in unit includes the first receiver module and the first sending module；Described code development IDE includes the second receiver module, judge module, replication module and code directory module；Described boot2docker virtual machine includes that sharing module, mirror image generation module and container build module, described first receiver module receives user for described Eclipse plug-in unit and selects the selection information of dockerfile file, described one described subsystem of dockerfile file Corresponding matching in the dockerfile listed files prestored from this locality；Described first sending module is for sending described selection information to described second receiver module of described code development IDE；The dockerfile file of selection is compared for described code development IDE by described judge module with the dockerfile file in described code storage, and judges that whether the dockerfile file of described selection is the up-to-date dockerfile file of the subsystem matched with it；Described replication module is for when the described up-to-date dockerfile file that the dockerfile file of described selection is described subsystem, and described code development IDE replicates the source code of the subsystem matched according to the dockerfile file of described selection from described code storage；The dockerfile file that described code directory module prestores for the described source code and this locality storing the acquisition of described replication module；Described mirror image generation module is connected with described code directory module, is used for reading described up-to-date dockerfile file, and builds the mirror image of subsystem according to described up-to-date dockerfile file；Described container builds module after described mirror image builds, and arranges docker container parameters to build docker container and to be connected with described code directory module and read described source code, described source code can be made can to run in described docker container.
Building method based on above-mentioned distributed developing environment based on Docker and build device, make use of Docker technology, code development IDE storage has source code and the dockerfile file of subsystem, boot2docker virtual machine is also set up with code development IDE and is connected source code and the dockerfile file reading described subsystem, and set up, according to dockerfile file, mirror image and the docker container that the subsystem with Distributed Services matches, so that this source code of subsystem can run in the docker container matched；This mirror image and docker container are all deployed on same boot2docker virtual machine, and code development IDE and boot2docker virtual machine are deployed on same exploitation main frame, thus complicated distributed developing environment are focused on unit from multiple remote servers and disposes.
Accompanying drawing explanation
Fig. 1 is the flow chart of the building method of embodiment of the present invention distributed developing environment based on Docker.
Fig. 2 is the structural representation building device of embodiment of the present invention distributed developing environment based on Docker.
Fig. 3 is the functional block diagram building device of embodiment of the present invention distributed developing environment based on Docker.
Detailed description of the invention
Below in conjunction with the accompanying drawing in embodiment of the present invention, the technical scheme in embodiment is carried out clear, complete description.
The building method of the distributed developing environment that the embodiment of the present invention provides, make use of Docker technology, the source code of subsystem is copied to code development IDE from code storage, boot2docker virtual machine is also set up with code development IDE and is connected, and can share the source code of subsystem for this boot2docker virtual machine；Also set up, at boot2docker virtual machine, mirror image and the docker container that the subsystem with Distributed Services matches, so that this source code of subsystem can run in the docker container matched.Owing to mirror image and docker container are deployed on same boot2docker virtual machine, and code development IDE and boot2docker virtual machine are deployed on same windows exploitation main frame, and windows main frame is as code IDE development environment, writing with synchronize of load code.Thus by originally needing the distributed developing environment that subsystem is deployed in multiple remote server to simplify, save resource, reduce development cost.
Refer to the building method of distributed developing environment based on Docker in Fig. 1, this enforcement and include step:
Step S101: receive user and select the selection information of dockerfile file, wherein, the subsystem of dockerfile one Distributed Services of file Corresponding matching from this locality prestores dockerfile listed files.Specifically, this locality prestores dockerfile listed files, and user builds, according to the dockerfile file of the service correspondence that the optional required subsystem of dockerfile listed files provides, the mirror image matched with it.Such as, user needs retrieval service, now the optional dockerfile file corresponding to subsystem providing retrieval service.In the present embodiment, this locality dockerfile file that prestores is stored in code development IDE, and Eclipse plug-in unit is set up communication with code development IDE and is connected.Utilize Eclipse plug-in part technology, the dockerfile file that this locality that reading is stored in code development IDE by Eclipse plug-in unit prestores, and the graphics frame SWT of its workbench workbench are shown with visualized graphs the dockerfile listed files prestored.
Step S103: the dockerfile file of selection is compared with the dockerfile file in code storage, and judge that whether the dockerfile file of this selection is the up-to-date dockerfile file of the subsystem matched with it.Specifically, in order to get the up-to-date dockerfile file of subsystem, it is necessary to the dockerfile file selecting user judges whether it is this subsystem up-to-date dockerfile file.In the present embodiment, code storage is located on remote server, and in code storage, storage has source code and the dockerfile file of the subsystem of Distributed Services.In order to get the up-to-date dockerfile file of subsystem, it is necessary to the dockerfile file that user is selected and the dockerfile Documents Comparison in code storage.
Step S104: if the dockerfile file of described selection is the up-to-date dockerfile file of described subsystem, then will replicate the source code of the subsystem matched with it from code storage according to the dockerfile file selected.
Step S105: if the dockerfile file of described selection is not the described up-to-date dockerfile file of its subsystem matched, then the dockerfile file according to described selection is replicated from described code storage the described source code of described subsystem and described up-to-date dockerfile file.
Step S107: build the mirror image of described subsystem according to described up-to-date dockerfile file.Specifically, dockerfile file is used for describing the step building mirror image, therefore comes since building matched mirror image according to dockerfile file.Dockerfile file contains the code compilation to respective subsystem, packs and build deployment script, therefore after code update, the most automatically with the addition of new application by the new mirror image that new dockerfile file builds.In the present embodiment, boot2docker virtual machine and code development IDE set up carry to share described source code and or described up-to-date dockerfile file.
Step S108: after described mirror image successfully constructs, arranges docker container parameters to build docker container and to run described source code in described docker container, has been used for the deployment of distributed environment.Specifically, after creating based on mirror image and starting docker container, now, the source code of the subsystem shared with code development IDE is mapped in the docker container of corresponding subsystem by boot2docker virtual machine, run source code at docker container, complete the deployment of distributed environment.Now, it is isolated from each other between docker container, situation about interfering can be avoided.
Above-mentioned building method builds the mirror image and docker container mated with the subsystem of Distributed Services, so that this source code of subsystem can run in the docker container matched, thus complicated distributed developing environment is focused on unit from multiple remote servers and disposes, save resource and development cost, and by the docker container being mutually isolated from each other built, exploitation interference also can be avoided.
Relatively and above-described embodiment, further, the present embodiment also includes before the step of the mirror image that boot2docker virtual machine builds described subsystem according to described up-to-date dockerfile file in S107:
Step S106: obtain foundation image from foundation image warehouse.Specifically, foundation image warehouse is used for storing foundation image, after getting the up-to-date dockerfile file for describing the step building mirror image and foundation image, indicates according to the content of up-to-date dockerfile file and builds the mirror image with specific function.In the present embodiment, boot2docker virtual machine is connected with foundation image Warehouse Establishing communication with code development.
Relatively and above-described embodiment, further, step S101 receives user select from this locality prestores dockerfile listed files dockerfile file selection information step after also include:
Step S102: generating duplicate instructions, this duplicate instructions comprises the selection information of the dockerfile file of selection.Specifically, in the present embodiment, after Eclipse plug-in unit receives selection information, generate duplicate instructions and be sent to code development IDE.Code development IDE just carries out step S103 after receiving duplicate instructions.
Refer to Fig. 2 and Fig. 3, the device 100 of building of a kind of based on Docker distributed developing environment that the embodiment of the present invention provides includes boot2docker virtual machine 101, code development IDE201 and the Eclipse plug-in unit 301 setting up communication connection each other.Code development IDE201 also sets up communication with code storage and is connected, for obtaining source code and the dockerfile file of the subsystem of Distributed Services from code storage, and the dockerfile file that its source code obtained of storage and dockerfile file and this locality are prestored by code development IDE201；And boot2docker virtual machine 101 is set up communication and is connected with shared source code and dockerfile file with code development IDE201, and build the mirror image and docker container matched with subsystem, so that this source code of subsystem can run in the docker container matched.In the present embodiment, mirror image and docker container are deployed on same boot2docker virtual machine, and code development IDE201 and boot2docker virtual machine 101 are deployed on same windows exploitation main frame.
Eclipse plug-in unit 301 is based on Eclipse plug-in part technology, and it is shown reading from code development IDE201 in the local dockerfile file prestored graphics frame SWT in the workbench wordbench of Eclipse plug-in unit 301 with visualized graphs list.Again because of described one described subsystem of dockerfile file Corresponding matching, therefore, user can be selected to provide the dockerfile file corresponding to subsystem of required a certain service from the dockerfile listed files that this locality prestores, and the selection information of user is sent to code development IDE201.Eclipse plug-in unit 301 includes display module the 302, first receiver module 303 and the first sending module 304.
Display module 302 is shown with visualized graphs list for Eclipse plug-in unit 301 reads from code development IDE201 the local dockerfile file prestored.
First receiver module 303 is for receiving user in the selection information selecting dockerfile file from dockerfile listed files.
First sending module 304 is used for sending selection information to code development IDE201.
Described code development IDE201 includes code directory module 202, judge module 203, replication module 204 and the second receiver module 205.
Second receiver module 205 receives the first sending module 304 for sending selection information.
Judge module 203 is after the second receiver module 205 receives selection information, the dockerfile file of selection is compared with the dockerfile file in described code storage, and judges that whether the dockerfile file of described selection is the up-to-date dockerfile file of the subsystem matched with it.
Replication module 204, for when judge module 203 judges the described up-to-date dockerfile file that the dockerfile file of described selection is described subsystem, replicates the source code of the subsystem matched from described code storage according to the dockerfile file of described selection.Or when judge module 203 judges that the dockerfile file of described selection is not the described up-to-date dockerfile file of its subsystem matched, and the dockerfile file according to described selection is replicated the described source code of described subsystem and described up-to-date dockerfile file from described code storage by the most described code development module.
The dockerfile file that source code that code directory module 202 obtains for storage replication module 204 and up-to-date dockerfile file and this locality prestore.
Described boot2docker virtual machine 101 includes that mirror image generation module 103 and container build module 104.
Mirror image generation module 103 is connected with code directory module 202, the up-to-date dockerfile file of reading subsystem, and builds the mirror image of subsystem according to this up-to-date dockerfile file.
Container builds module 104 after mirror image creates, and arranges docker container parameters to build docker container and to be connected to come the source code of reading subsystem with code directory module 202, described source code can be made can to run in described docker container.Specifically, based on Docker technology, docker container gets the source code of subsystem, so that the source code of this subsystem can run in its docker container matched, provides service to user with this.
Above-mentioned device of building has got source code and dockerfile file from code storage, the up-to-date dockerfile file utilizing subsystem constructs mirror image and the docker container that the subsystem with Distributed Services mates, just this source code making subsystem can run in the docker container matched, thus complicated distributed developing environment is focused on unit from multiple remote servers and disposes, save resource and development cost, and by the docker container being mutually isolated from each other built, exploitation interference also can be avoided.
Relatively and above-described embodiment, further, the mirror image that mirror image generation module 103 matches for component and subsystem, this boot2docker virtual machine 101 building device 100 also includes foundation image acquisition module 105, foundation image acquisition module 105 and foundation image Warehouse Establishing communication, for obtaining foundation image from foundation image warehouse.Thus, mirror image generation module 103, according to the described up-to-date dockerfile file of the subsystem read from sharing module 102, builds the mirror image with specific function on foundation image.
Relatively and above-described embodiment, further, first the received user of receiver module 303 of Eclipse plug-in unit 301 is to carry code development IDE201 by duplicate instructions in the selection information selecting dockerfile file from dockerfile listed files, after first receiver module 202 receives selection information, first sending module 203 to code development IDE201, comprises this selection information by transmission duplicate instructions in this duplicate instructions.
Relatively and above-described embodiment, further, boot2docker virtual machine 101 also includes sharing module 102, sharing module 102 sets up communication connection for boot2docker virtual machine 101 with code development IDE201, for sharing the source code in code directory module 202 and up-to-date dockerfile file, and sharing module 102 also sets up communication and be connected and transmit up-to-date dockerfile file with mirror image generation module 103, also build module 104 with container and set up communication and be connected to come transmission sources code.Specifically, if selected dockerfile file is the up-to-date dockerfile file of the subsystem matched, the up-to-date dockerfile file that the most now sharing module obtains is the dockerfile file selected by user；If selected dockerfile file is not the up-to-date dockerfile file of the subsystem matched, the up-to-date dockerfile file that the most now sharing module obtains is replication module and replicates to come from code storage.In the present embodiment, sharing module 102 is shared disk, and it sets up disk carry, also by Disk Mapping mode transmission sources code to docker container with code directory module 202.
For Zong He, the building method of the distributed developing environment based on Docker in the embodiment of the present invention and build device, utilize Docker technology, the unit achieving Distributed Services subsystem is disposed, and interfering between each service when utilizing mutually isolated docker container can avoid exploitation, decrease and server environment is relied on, reduce development cost.Select additionally, also utilize Eclipse plug-in part technology to achieve visual file.
Those skilled in the art is it can be understood that arrive, and succinct in order to describe, the device of foregoing description, module, unit specific works process may refer to the corresponding process in preceding method embodiment, do not repeat them here.
In several embodiments provided herein, disclosed method and apparatus can realize by other means, such as arrangement described above embodiment is only schematically, the division of described modular unit is only a kind of logic function and divides, can have when realizing other dividing mode, the most multiple unit or assembly can in conjunction with or some features can ignore or do not perform.
Described above to disclosed example so that the art professional is capable of or uses the present invention.Multiple amendment to these embodiments is apparent from for those skilled in the art, and generic principles defined herein can realize without departing from the spirit or scope of the present invention in other embodiments.Therefore, the present invention is not intended to be limited to the embodiments shown herein, and is to fit to the widest range consistent with principles disclosed herein and features of novelty.
Claims (10)
1. the building method of a distributed developing environment based on Docker, it is characterised in that include step:
Receive user from this locality prestores dockerfile listed files, select the selection information of dockerfile file, wherein, the subsystem of described dockerfile one Distributed Services of file Corresponding matching；
The dockerfile file of selection is compared with the dockerfile file in code storage, and judges that whether the dockerfile file of described selection is the up-to-date dockerfile file of the subsystem matched with it；
If the dockerfile file of described selection is the described up-to-date dockerfile file of described subsystem, then the dockerfile file according to described selection replicates the source code of the subsystem matched with it from described code storage；
The mirror image of described subsystem is built according to described up-to-date dockerfile file；
Arrange docker container parameters based on described mirror image build docker container and run described source code in described docker container, be used for the deployment of distributed environment.
2. the building method of distributed developing environment based on Docker as claimed in claim 1, it is characterized in that, described the dockerfile file of selection is compared with the dockerfile file in code storage, and judge the dockerfile file of described selection be whether the up-to-date dockerfile file of the subsystem matched with it step after also include:
If the dockerfile file of described selection is not the described up-to-date of its subsystem matched
Dockerfile file, then replicate the described source code of described subsystem and described up-to-date dockerfile file according to the dockerfile file of described selection from described code storage.
3. the building method of distributed developing environment based on Docker as claimed in claim 2, it is characterised in that also included build the mirror step of described subsystem according to described up-to-date dockerfile file before:
Foundation image is obtained from foundation image warehouse.
4. the building method of distributed developing environment based on Docker as claimed in claim 3, it is characterised in that also include after the step that described reception user selects the selection information of dockerfile file from this locality prestores dockerfile listed files:
Generate duplicate instructions, described duplicate instructions include user select dockerfile file described selection information.
5. a distributed developing environment based on Docker build device, including setting up Eclipse plug-in unit, code development IDE and the boot2docker virtual machine that communication connects each other, described code development IDE also sets up communication with code storage and is connected, described code storage is for storing source code and the dockerfile file of the subsystem of all Distributed Services, it is characterized in that, described Eclipse plug-in unit includes the first receiver module and the first sending module；Described code development IDE includes the second receiver module, judge module, replication module and code directory module；Described boot2docker virtual machine includes that mirror image generation module and container build module,
Described first receiver module receives user for described Eclipse plug-in unit and selects the selection information of dockerfile file, described one described subsystem of dockerfile file Corresponding matching in the dockerfile listed files prestored from this locality；
Described first sending module is for sending described selection information to described second receiver module of described code development IDE；
The dockerfile file of selection is compared for described code development IDE by described judge module with the dockerfile file in described code storage, and judges that whether the dockerfile file of described selection is the up-to-date dockerfile file of the subsystem matched with it；
Described replication module is for when the described up-to-date dockerfile file that the dockerfile file of described selection is described subsystem, and described code development IDE replicates the source code of the subsystem matched according to the dockerfile file of described selection from described code storage；
The dockerfile file that described code directory module prestores for the described source code and this locality storing the acquisition of described replication module；
Described mirror image generation module is connected with described code directory module, is used for reading described up-to-date
Dockerfile file, and the mirror image of subsystem is built according to described up-to-date dockerfile file；
Described container builds module after described mirror image generates, arrange docker container parameters based on described mirror image build docker container and be connected with described code directory module and read described source code, described source code can be made can to run in described docker container.
Build device the most as claimed in claim 5, it is characterized in that, described replication module is additionally operable to when described judge module judges the described up-to-date dockerfile file that the dockerfile file of described selection is not described subsystem, replicates the described source code of described subsystem and described up-to-date dockerfile file according to the dockerfile file of described selection from described code storage.
Building device the most as claimed in claim 6, it is characterised in that described boot2docker virtual machine is also connected with foundation image Warehouse Establishing communication, described boot2docker virtual machine also includes foundation image acquisition module,
Described foundation image acquisition module for obtaining foundation image from described foundation image warehouse.
Build device the most as claimed in claim 7, it is characterised in that described first sending module is for sending the duplicate instructions of generation to described second receiver module, and described duplicate instructions comprises the described selection information of the dockerfile file that user selects；Described second receiver module receives described duplicate instructions so that described judge module performs to judge operation.
Build device the most as claimed in claim 8, it is characterized in that, described Eclipse plug-in unit also includes display module, the dockerfile listed files that dockerfile file graphically tabular form display this locality that described display module prestores for this locality reading described code directory module prestores.
Build device the most as claimed in claim 9, it is characterized in that, described boot2docker virtual machine also includes sharing module, described sharing module is set up communication for described boot2docker virtual machine and is connected to share the described source code in described code directory module and described up-to-date dockerfile file with described code development IDE, and described sharing module builds module the most respectively and sets up communication and be connected with described mirror image generation module and described container, module is built for flowing to described up-to-date dockerfile file state mirror image generation module and described source code flows to described container.
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