CN104090763A - Compiling and publishing method and publishing server - Google Patents
Compiling and publishing method and publishing server Download PDFInfo
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- CN104090763A CN104090763A CN201410330653.6A CN201410330653A CN104090763A CN 104090763 A CN104090763 A CN 104090763A CN 201410330653 A CN201410330653 A CN 201410330653A CN 104090763 A CN104090763 A CN 104090763A
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Abstract
The invention provides a compiling and publishing method and a publishing server. The compiling and publishing method comprises the steps that the publishing sever receives submodules, to be compiled, sent locally, compiles the submodules to be compiled, summarizes the submodules to an application, to be published, stored in the publishing server if compiling succeeds, and sends out a prompt message if compiling fails; the publishing sever compiles the application to be published at first time intervals and sends out a prompt message when compiling fails; the publishing server judges whether the application to be published needs to be published, complies the application to be published when publishing is needed, publishes the application to be published if compiling succeeds, and sends out a prompt message if compiling fails. The compiling and publishing method and the publishing server can effectively shorten the application development time and have high practicality.
Description
Technical field
The present invention relates to a kind of compiling dissemination method, particularly a kind of compiling dissemination method and publisher server that utilizes publisher server to realize.
Background technology
Along with the development of infotech and internet, application and development is more and more higher to ageing requirement, and nowadays in order to save the development time, the exploitation of application is more and more tended to be cooperated to carry out by a plurality of developers.Each developer completes own responsible part, is submitted on publisher server, and publisher server advances in issue, and row current version is whole to be compiled and issue.
There is an inevitable problem in such development environment: although each developer can guarantee that the submodule code of oneself developing can be normally by compiling on the machine of oneself, but cannot guarantee to be dealt into publisher server by the code of oneself developing, publisher server can be normally by compiling afterwards, and this just relates to the compatibility issue between publisher server and local computer.And, in prior art, generally before needs are issued application to be released, just to carry out code compilation, cannot guarantee that the compiling before publisher server issue can pass through smoothly, because publisher server can receive the code file of many changes and gather these code files before issue, gathering this in rear publisher server applies between each submodule code and likely can influence each other, even may produce and conflict with other application, cause compile error, and then cause application to be released not release in time, follow-uply need to carry out error analysis and notify corresponding responsible official to change code application to be released, this will further delay issuing time, cannot embody the real-time of application and development.
The length of an application and development time is often determining the success and failure of a business, and there is very important meaning the development time that shortens application.For publisher server, the technology that improves the real-time of application issue is relatively short of at present.
Summary of the invention
The technical problem to be solved in the present invention is only when needs are issued, just to compile in order to overcome compiling dissemination method of the prior art; thus often can be because compile error causes issuing in time; the defect that real-time is poor, provides a kind of and can effectively shorten the application and development time, real-time compiling dissemination method and publisher server.
The present invention solves above-mentioned technical matters by following technical proposals:
The invention provides a kind of compiling dissemination method, its feature is, it comprises the following steps:
One publisher server receives the local submodule to be compiled sending, and this submodule to be compiled is compiled, and successfully this submodule to be compiled is gathered if compile to the application to be released of this publisher server storage, if compile, unsuccessfully sends prompting;
This publisher server compiles this application to be released every a very first time section, and sends prompting when compiling unsuccessfully;
This publisher server judges whether to issue this application to be released, and when needs are issued, this application to be released is compiled, if compile, successfully issues this application to be released, if compile, unsuccessfully sends prompting.
In this programme, this submodule to be compiled refers to increasing newly, change or empty submodule code (for deleting the partial code unit of application to be released) of developer's submission.Submodule to be compiled is gathered to referring in server to be released submodule to be compiled is added in application to be released, or utilize submodule to be compiled to change the code unit that the piece name with submodule to be compiled matches, or part code unit in application to be released is deleted.
Often there will be in the prior art this situation: the code of developer's exploitation can be normally by compiling on the machine of oneself; after but developer is committed to publisher server by the code of exploitation, code is abnormal by compiling on publisher server.Generation for fear of this situation, each submodule to be compiled that the present invention submits to developer all compiles, submodule to be compiled compiles and is successfully gathered to application to be released, the unsuccessful publisher server of submodule compiling to be compiled just sends prompting, such as compiling failure notification message by modes such as mail, notes to relevant responsible official.
Also often there will be in the prior art such situation: set application to be released and comprise four code units, the unit name of these four code units is respectively A, B, C and D.Follow-up a certain developer newly submits again a submodule to be compiled to, the piece A by name of the new submodule to be compiled of submitting to, publisher server compiles and compiles successfully the submodule to be compiled of new submission, and the new submodule A to be compiled submitting to of publisher server utilization replaces the code unit of the unit A by name in application to be released.At this moment, the independent compiling of code unit A, B, C and D in application to be released is all that compiling is successful, but this integral body of application to be released is compiled unsuccessfully, be each code unit in application to be released separately compiling all compile successfully, but cannot guarantee that these code units are carried out to whole compiling can be compiled successfully.So, the present invention has designed full dose and has compiled this step, publisher server just compiles application to be released every a set time section, compile and successfully illustrate that these code units are done to as a whole compiling also can be compiled successfully, compile and unsuccessfully send prompting, such as compiling failure notification message by modes such as mail, notes to relevant responsible official.
Publisher server carries out integral body compiling to application to be released when arriving the moment of whole compiling, thereafter publisher server is received the submodule to be compiled that developer sends, publisher server compiles and compiles successfully the submodule to be compiled sending, and submodule to be compiled is gathered to application to be released, then publisher server is judged and need to be issued application to be released, but owing to also not compiling time of application to be released to publisher server next time, so not carrying out integral body compiling to the application to be released after upgrading, publisher server just released, causing thus the application to be released that publisher server releases is the application to be released without integral body compiling, the application to be released likely releasing can compile failure through integral body compiling.And the present invention judges need to issue application to be released time at publisher server, application to be released is carried out to integral body compiling, it is not by the application to be released of compiling that this design can be avoided the application to be released releasing effectively, guarantees that the application to be released releasing is to compile successful application to be released all the time.
Preferably, this publisher server is after this submodule to be compiled compiles successfully, the piece name of this submodule to be compiled is mated with the unit name of code unit in this application to be released, if the match is successful, utilize this submodule to be compiled to replace the code unit matching, if it fails to match, this submodule to be compiled is added in this application to be released.The replacement is here interpreted as: if the further change of the code that the code that submodule to be compiled comprises is the code unit to matching to be comprised, publisher server is directly replaced by submodule to be compiled by the code unit matching, if do not comprise any code in submodule to be compiled, publisher server is replaced by empty submodule to be compiled by the code unit matching, and is equivalent to the code unit matching to delete.
Preferably, this publisher server record when receiving this submodule to be compiled receives the time of this submodule to be compiled.
Preferably, this publisher server, when needs are issued, judges that whether current time receives submodule to be compiled to the time of the last this application to be released of compiling, if this application to be released is compiled, issues this application to be released if not.This programme can guarantee that the application to be released releasing is the successful application to be released of compiling effectively, and this programme can shorten the issue required time of application to be released as best one can.
In this programme, this publisher server judges whether to issue this application to be released, and when issuing, needs judge whether to compile this application to be released, judge whether that the mode that need to compile this application to be released is by judging that current time to the technological means that whether receives submodule to be compiled in the time of the last this application to be released of compiling realizes, if desired compiling immediately of compiling, compile and successfully issue this application to be released, compile and unsuccessfully send prompting, if do not need compiling to issue immediately this application to be released.
Preferably, this publisher server is analyzed the unit name corresponding to code unit at reason, position and this code place, position that compiling is failed when compiling unsuccessfully.
In this programme, publisher server compiles submodule to be compiled once the submodule to be compiled that receives developer's submission, once there is compile error, the reason that compiling is failed etc. just can be oriented and compile failed position, be analyzed to publisher server automatically and accurately.
Publisher server just carries out integral body compiling to application to be released every a very first time section, once there is compile error, the reason that compiling is failed etc. just can be oriented and compile failed position, be analyzed to publisher server automatically and accurately.
Publisher server carries out integral body compiling to application to be released judging need to issue application to be released time, once there is compile error, publisher server just can orient position that compiling is failed automatically and accurately, analyze and compile failed reason etc.
Preferably, the person liable of the code unit at this publisher server number of times, position and this code place, position that in one second time period of statistics, compiling is failed, and generating report forms.
The present invention also provides a kind of publisher server, and its feature is, it comprises an incremental compilation module, a summarizing module, a reminding module, a full dose collector, one first judge module, a Just-In-Time module and a release module;
This incremental compilation module is used for receiving the submodule to be compiled that send this locality, and this submodule to be compiled is compiled, and calls this summarizing module when compiling successfully, calls this reminding module when compiling unsuccessfully;
This summarizing module is for gathering this submodule to be compiled to the application to be released of this publisher server storage;
This reminding module is used for sending prompting;
This full dose collector is used for every a very first time section, this application to be released being compiled, and calls this reminding module when compiling unsuccessfully;
This first judge module is used for judging whether issuing this application to be released, and when needs are issued, calls this Just-In-Time module;
This Just-In-Time module, for this application to be released is compiled, is called this release module and is issued this application to be released when compiling successfully, calls this reminding module when compiling unsuccessfully.
Preferably, this summarizing module comprises that a matching module, a replacement module and add module;
This matching module is for after this submodule to be compiled compiles successfully, the piece name of this submodule to be compiled is mated with the unit name of code unit in this application to be released, when the match is successful, call this replacement module, when it fails to match, call this interpolation module;
This replacement module is for utilizing this submodule to be compiled to replace the code unit matching;
This interpolation module is for being added into this application to be released by this submodule to be compiled.
Preferably, this publisher server also comprises a logging modle, and this logging modle receives the time of this submodule to be compiled for record when receiving this submodule to be compiled.
Preferably, this publisher server also comprises one second judge module, this second judge module is for when needs are issued, judge whether current time receives submodule to be compiled to the time of the last this application to be released of compiling, if call this Just-In-Time module, call if not this release module.
Preferably, this publisher server also comprises an analysis module, and this analysis module for analyzing the unit name corresponding to code unit at reason, position and this code place, position that compiling is failed when compiling unsuccessfully.
Preferably, this publisher server also comprises a statistical module, and this statistical module is for adding up the person liable of the code unit at number of times, position and this code place, position that in one second time period, compiling is failed, and generating report forms.
Meeting on the basis of this area general knowledge, above-mentioned each optimum condition, can combination in any, obtains the preferred embodiments of the invention.
Positive progressive effect of the present invention is:
Compiling dissemination method of the present invention and publisher server, can shorten the issue required time of application to be released effectively, and then shorten the application and development time, and have advantages of real-time.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of the publisher server of preferred embodiment of the present invention.
Embodiment
Mode below by embodiment further illustrates the present invention, but does not therefore limit the present invention among described scope of embodiments.
The present embodiment provides a kind of compiling dissemination method, and it comprises the following steps:
One publisher server receives the local submodule to be compiled sending, record receives the time of this submodule to be compiled simultaneously, and this submodule to be compiled is compiled, if compile successfully, the piece name of this submodule to be compiled is mated with the unit name of code unit in this application to be released, if the match is successful, utilize this submodule to be compiled to replace the code unit matching, if it fails to match, this submodule to be compiled is added in this application to be released; If compile unsuccessfully this publisher server, send prompting, and analyze the piece name of reason, position and this submodule to be compiled that compiling is failed.
In this step, publisher server compiles submodule to be compiled after receiving the submodule to be compiled that developer submits to, once there is compile error, the reason that compiling is failed etc. just can be oriented and compile failed position, be analyzed to publisher server automatically and accurately.
This publisher server compiles this application to be released every a very first time section, and this publisher server sends prompting when compiling unsuccessfully, and analyzes the unit name corresponding to code unit at reason, position and this code place, position that compiling is failed.
In this step, publisher server just carries out integral body compiling to application to be released every a set time section, once there is compile error, the reason that compiling is failed etc. just can be oriented and compile failed position, be analyzed to publisher server automatically and accurately.
This publisher server judges whether to issue this application to be released, and in the time need to issuing, judge whether current time receives submodule to be compiled to the time of the last this application to be released of compiling, if this application to be released is compiled, if compile, successfully issue this application to be released, if compile, unsuccessfully send unit name corresponding to code unit of pointing out and analyzing reason, position and this code place, position that compiling is failed; Issue if not this application to be released.This step can guarantee that the application to be released releasing is the successful application to be released of compiling effectively.
In addition, the person liable of the code unit at number of times, position and this code place, position that (for example 24 hours) interior compiling that this publisher server also added up for one second time period is failed, and generating report forms.
Shown in figure 1, the present embodiment also provides a kind of publisher server, and it comprises an incremental compilation module 1, a logging modle 2, a summarizing module 3, a reminding module 4, an analysis module 5, a full dose collector 6, one first judge module 7, one second judge module 8, a Just-In-Time module 9, a release module 10 and a statistical module 11.Wherein, this summarizing module 3 comprises that a matching module 31, a replacement module 32 and add module 33.
Introduced the functional module that this publisher server comprises above, lower mask body is introduced the function that each functional module possesses:
The submodule to be compiled that this incremental compilation module 1 is sent for receiving this locality, and this submodule to be compiled is compiled, when compiling successfully, call this summarizing module 3, when compiling unsuccessfully, call this reminding module 4 and this analysis module 5;
This logging modle 2 receives the time of this submodule to be compiled for record when receiving this submodule to be compiled;
This summarizing module 3 is for gathering this submodule to be compiled to the application to be released of this publisher server storage, particularly, this matching module 31 is for after compiling successfully at this submodule to be compiled, the piece name of this submodule to be compiled is mated with the unit name of code unit in this application to be released, when the match is successful, call this replacement module 32, when it fails to match, call this interpolation module 33, this replacement module 32 is for utilizing this submodule to be compiled to replace the code unit matching, this interpolation module 33 is for being added into this application to be released by this submodule to be compiled,
This reminding module 4 is for sending prompting;
This analysis module 5 for analyzing the unit name corresponding to code unit at reason, position and this code place, position that compiling is failed when compiling unsuccessfully;
This full dose collector 6 is for every a very first time section, this application to be released being compiled, and when compiling unsuccessfully, calls this reminding module 4 and this analysis module 5;
This first judge module 7 need to be issued this application to be released for judging whether, and when needs are issued, calls this second judge module 8;
This second judge module 8, for judging whether current time receives submodule to be compiled to the time of the last this application to be released of compiling, if call this Just-In-Time module 9, calls this release module 10 these application to be released of issue if not;
This Just-In-Time module 9, for this application to be released is compiled, is called this release module 10 when compiling successfully, calls this reminding module 4 and this analysis module 5 when compiling unsuccessfully;
This statistical module 11 is for adding up the person liable who compiles the code unit at failed number of times, position and this code place, position in one second time period, and generating report forms.
For a concrete example, illustrate the present invention below, to enable those skilled in the art to understanding better technical scheme of the present invention:
Set application to be released and comprise 3 code units, the unit name of these 3 code units is respectively A, B and C.Follow-up a certain developer sends a submodule to be compiled, the piece D by name of this submodule to be compiled, and this submodule to be compiled is newly-increased submodule code.
This publisher server receives this submodule to be compiled that this developer sends, and this submodule to be compiled is compiled and compiled successfully, this publisher server mates the piece name D of this submodule to be compiled with the unit name (being A, B and C) of code unit in this application to be released, it fails to match is added into this submodule to be compiled in this application to be released, at this moment the code unit in application to be released has 4, is respectively code unit A, B, C and D.After this, just to the time of this application to be released being carried out to whole compiling, this publisher server carries out integral body compiling and compiles successfully this application to be released.
Follow-up a certain developer newly submits again a submodule to be compiled to, the piece C by name of the new submodule to be compiled of submitting to, this publisher server receives the new submodule to be compiled of submitting to of this developer, and this submodule to be compiled is compiled and compiled successfully, this publisher server mates the piece name C of this submodule to be compiled with the unit name (being A, B, C and D) of code unit in this application to be released, the match is successful this publisher server utilize this submodule C to be compiled to replace the code unit C in this application to be released.
After this, arrival is carried out the time of whole compiling this application to be released, this publisher server carries out integral body compiling and compiles unsuccessfully this application to be released, and automatic analysis compiles the unit name corresponding to code unit at failed reason, position and this code place, position, then pass through the mode of mail by the extremely relevant responsible official of above-mentioned compiling failure notification message, relevant responsible official manually repairs this application to be released.When upper once whole compilation time arrival, this publisher server carries out integral body compiling and compiles successfully the application to be released after repairing.
Follow-up a certain developer newly submits again a submodule to be compiled to, the piece A by name of the new submodule to be compiled of submitting to, this publisher server receives the new submodule to be compiled of submitting to of this developer, and this submodule to be compiled is compiled and compiled successfully, this publisher server mates the piece name A of this submodule to be compiled with the unit name (being A, B, C and D) of code unit in this application to be released, the match is successful this publisher server utilize this submodule A to be compiled to replace the code unit A in this application to be released.
After this, arrive the time of this application to be released being carried out to whole compiling, this publisher server carries out integral body compiling and compiles successfully this application to be released.
After this, this publisher server is at a time judged and need to be issued this application to be released, and whether judgement receives submodule to be compiled at this very moment to the time of the last this application to be released of compiling, judge and do not receive submodule to be compiled, this publisher server is issued this application to be released, and the application to be released releasing is the successful application to be released of compiling.
The present invention can shorten the issue required time of application to be released effectively, and then shortens the application and development time, and has advantages of real-time.
Although more than described the specific embodiment of the present invention, it will be understood by those of skill in the art that these only illustrate, protection scope of the present invention is limited by appended claims.Those skilled in the art is not deviating under the prerequisite of principle of the present invention and essence, can make various changes or modifications to these embodiments, but these changes and modification all fall into protection scope of the present invention.
Claims (12)
1. a compiling dissemination method, is characterized in that, it comprises the following steps:
One publisher server receives the local submodule to be compiled sending, and this submodule to be compiled is compiled, and successfully this submodule to be compiled is gathered if compile to the application to be released of this publisher server storage, if compile, unsuccessfully sends prompting;
This publisher server compiles this application to be released every a very first time section, and sends prompting when compiling unsuccessfully;
This publisher server judges whether to issue this application to be released, and when needs are issued, this application to be released is compiled, if compile, successfully issues this application to be released, if compile, unsuccessfully sends prompting.
2. compiling dissemination method as claimed in claim 1, it is characterized in that, this publisher server is after this submodule to be compiled compiles successfully, the piece name of this submodule to be compiled is mated with the unit name of code unit in this application to be released, if the match is successful, utilize this submodule to be compiled to replace the code unit matching, if it fails to match, this submodule to be compiled is added in this application to be released.
3. compiling dissemination method as claimed in claim 1, is characterized in that, this publisher server record when receiving this submodule to be compiled receives the time of this submodule to be compiled.
4. compiling dissemination method as claimed in claim 1, it is characterized in that, this publisher server is when needs are issued, judge whether current time receives submodule to be compiled to the time of the last this application to be released of compiling, if this application to be released is compiled, issue if not this application to be released.
5. the compiling dissemination method as described in any one in claim 1-4, is characterized in that, this publisher server is analyzed the unit name corresponding to code unit at reason, position and this code place, position that compiling is failed when compiling unsuccessfully.
6. the compiling dissemination method as described in any one in claim 1-4, is characterized in that, the person liable of the code unit at this publisher server number of times, position and this code place, position that in one second time period of statistics, compiling is failed, and generating report forms.
7. a publisher server, is characterized in that, it comprises an incremental compilation module, a summarizing module, a reminding module, a full dose collector, one first judge module, a Just-In-Time module and a release module;
This incremental compilation module is used for receiving the submodule to be compiled that send this locality, and this submodule to be compiled is compiled, and calls this summarizing module when compiling successfully, calls this reminding module when compiling unsuccessfully;
This summarizing module is for gathering this submodule to be compiled to the application to be released of this publisher server storage;
This reminding module is used for sending prompting;
This full dose collector is used for every a very first time section, this application to be released being compiled, and calls this reminding module when compiling unsuccessfully;
This first judge module is used for judging whether issuing this application to be released, and when needs are issued, calls this Just-In-Time module;
This Just-In-Time module, for this application to be released is compiled, is called this release module and is issued this application to be released when compiling successfully, calls this reminding module when compiling unsuccessfully.
8. publisher server as claimed in claim 7, is characterized in that, this summarizing module comprises that a matching module, a replacement module and add module;
This matching module is for after this submodule to be compiled compiles successfully, the piece name of this submodule to be compiled is mated with the unit name of code unit in this application to be released, when the match is successful, call this replacement module, when it fails to match, call this interpolation module;
This replacement module is for utilizing this submodule to be compiled to replace the code unit matching;
This interpolation module is for being added into this application to be released by this submodule to be compiled.
9. publisher server as claimed in claim 7, is characterized in that, this publisher server also comprises a logging modle, and this logging modle receives the time of this submodule to be compiled for record when receiving this submodule to be compiled.
10. publisher server as claimed in claim 7, it is characterized in that, this publisher server also comprises one second judge module, this second judge module is for when needs are issued, judge whether current time receives submodule to be compiled to the time of the last this application to be released of compiling, if call this Just-In-Time module, call if not this release module.
11. publisher servers as described in any one in claim 7-10, it is characterized in that, this publisher server also comprises an analysis module, and this analysis module for analyzing the unit name corresponding to code unit at reason, position and this code place, position that compiling is failed when compiling unsuccessfully.
12. publisher servers as described in any one in claim 7-10, it is characterized in that, this publisher server also comprises a statistical module, this statistical module is for adding up the person liable of the code unit at number of times, position and this code place, position that in one second time period, compiling is failed, and generating report forms.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410330653.6A CN104090763A (en) | 2014-07-11 | 2014-07-11 | Compiling and publishing method and publishing server |
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| CN201410330653.6A CN104090763A (en) | 2014-07-11 | 2014-07-11 | Compiling and publishing method and publishing server |
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| CN106445806A (en) * | 2016-08-26 | 2017-02-22 | 北京小米移动软件有限公司 | Software testing method and device |
| CN107368292A (en) * | 2017-03-29 | 2017-11-21 | 阿里巴巴集团控股有限公司 | A kind of resource Compilation Method and device |
| CN108255493A (en) * | 2018-01-09 | 2018-07-06 | 武汉斗鱼网络科技有限公司 | Component is issued and Compilation Method, storage medium, electronic equipment and system |
| CN110032375A (en) * | 2019-04-16 | 2019-07-19 | 山东浪潮通软信息科技有限公司 | Support the multi-page method and device of increment publication in a kind of front end |
| CN110247964A (en) * | 2019-06-05 | 2019-09-17 | 上海易点时空网络有限公司 | The method and device of code publication |
| CN112256277A (en) * | 2020-10-30 | 2021-01-22 | 芯讯通无线科技（上海）有限公司 | Software compiling method, system, electronic device and storage medium |
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