CN107704234A

CN107704234A - Front end engineering construction method, device, electronic equipment and readable storage medium storing program for executing

Info

Publication number: CN107704234A
Application number: CN201710726518.7A
Authority: CN
Inventors: 杜保兴; 曾俊; 刘燏; 陈文魁
Original assignee: Beijing Sankuai Online Technology Co Ltd
Current assignee: Beijing Sankuai Online Technology Co Ltd
Priority date: 2017-08-22
Filing date: 2017-08-22
Publication date: 2018-02-16
Anticipated expiration: 2037-08-22
Also published as: CN107704234B

Abstract

The invention provides a kind of front end engineering construction method, device, it is related to field of computer technology.The embodiment of the present invention can previously according to can resource data corresponding to run entity obtain unique identification, then according to unique identification storage respectively can be between run entity the first dependence, can run entity resource data.So after the task of structure front end engineering is received, according to the resource data of each resource module of front end engineering, obtain accordingly can run entity unique identification；According to this can run entity unique identification and first dependence, determine the second dependence of the front end engineering demand；By dependence order in second dependence and each unique identification's loading relied in node accordingly can run entity resource data, acquisition accordingly can run entity；According to this can run entity complete front end engineering structure.It is time-consuming to reduce structure, improves front end engineering structure efficiency.

Description

Front end engineering construction method, device, electronic equipment and readable storage medium storing program for executing

Technical field

The present invention relates to field of computer technology, and in particular to a kind of front end engineering construction method, device, electronic equipment and Readable storage medium storing program for executing.

Background technology

With the fast development of computer technology, the development of front end is with rapid changepl. never-ending changes and improvements.Compare highly developed Other field, though front end is up-and-coming youngster, its cruelty growth is that other field can not be than.Although front-end technology is sent out very fast Exhibition, but the not synchronous follow-up of engineering ecology that front end is overall.If computer science to be solved be system some Particular problem, then what engineering to be solved is how to improve whole system production efficiency.Therefore it is increasing, in order to improve Front end efficiency, front end can be engineered.

Web (network) front end engineering has two big features：Based on NPM (Node Package Manager) package manager pipe Manage all resources i.e. module.Wherein, NPM is that a Node.JS assures reason and dispensing instrument, has become unofficial issue The standard of Node modules (bag).Resource module not fully can directly be performed by browser, and resource module is to can actually run knot Need to be built between fruit, in existing front end engineering shown in reference picture 1 structure generation can run entity schematic diagram, base at present Mainly comprised the steps of in Webpack (module packing device) building process：

I. dependency analysis：Dependence between determining module；

II. resource is changed：By the development language of different type in resource module or version, picture, font, style script etc. Resource conversion is carried out, acquisition can run entity；Wherein, can run entity be：The clear of modularized encapsulation is carried out according to unified approach Look at the code snippet that device can directly be run.

III. result generation is built：According to dependence tissue can run entity, generate final structure result.

After structure result structure finishes, during browser access corresponding web site, can sequentially obtain accordingly can run entity with Perform, so that the function such as the Display Realization page is shown, page interaction.

Specifically, for the resource module one as needed for the current front end engineering of Fig. 1 structures to resource module five, namely Fig. 1 Shown in resource module one to resource module five, available structure result such as Fig. 1 after dependency analysis and resource conversion Shown in middle right side dashed box, arrow therein represents each dependence that can be between run entity after conversion, resource module one Corresponded to respectively to resource module can run entity A-F, item entry is corresponding " operation entrance ".Wherein, in each dependency analysis and Resource conversion ultimately produce can the process average of run entity need time of 20 seconds.

But in the technical scheme of the existing front end engineering structure by taking Webpack (module packing device) as an example, turn in resource Ring change section generation can run entity determine it using the sequence number residing for the order itself being loaded in its residing structure task Uniqueness in single structure task.Due in structure task can run entity be loaded the uncertainty of order, such as The variation of operational blocks which partition system bibliographic structure or quoting resource relation in project can all cause all can run entity be loaded order Change, therefore existing constructing plan can not determine its build result in can run entity across structure task uniqueness, accordingly Produce problems with：Can run entity and its corresponding dependence it is only effective in currently structure task, can run entity can not enter Row is effectively stored and then reused.So the modification of operational blocks which partition system in the project of front end, removal, newly-increased or to splitting away Submodule is independently built, accordingly can the acquisition of run entity and the first dependence can only rely on and rebuild whole project Averagely need to spend 20 seconds to obtain the single building process of such as foregoing front end engineering, then each structure again of first technology What the process of building can be repeated constantly spends the so long time.Therefore, to any one front end engineering, process is rebuild every time and is related to And the step such as ample resources conversion, code analysis and dependence extraction, time-consuming longer, structure efficiency is low.

The content of the invention

The present invention provides a kind of front end engineering construction method, device, electronic equipment and readable storage medium storing program for executing, with part or complete Portion solves the above mentioned problem that engineering building process in front end is related in the prior art.

According to first aspect present invention, there is provided a kind of front end engineering construction method, including：

Obtain in advance and store respectively can be between run entity the first dependence, can run entity resource data；Institute State the first dependence and the resource data according to can run entity unique identification storage；It is described can run entity Unique identification obtained according to corresponding resource data；

After the task of structure front end engineering is received, according to the resource data of each resource module of front end engineering, obtain Take accordingly can run entity unique identification；

According to it is described can run entity unique identification and first dependence, determine the front end engineering demand The second dependence；

Accordingly may be used by the dependence order in second dependence and each unique identification's loading relied in node The resource data of run entity, acquisition accordingly can run entity；

According to it is described can run entity complete front end engineering structure.

According to the second aspect of the invention, there is provided a kind of front end engineering construction device, including：

Prestore module, for obtain and store in advance respectively can be between run entity the first dependence, can run The resource data of entity；First dependence and the resource data according to can the unique identification of run entity deposit Storage；It is described can the unique identification of run entity obtained according to corresponding resource data；

Unique identification's acquisition module, for when receive structure front end engineering task after, according to the front end engineering The resource data of each resource module, obtain accordingly can run entity unique identification；

Second dependence determining module, for according to described in can run entity unique identification and it is described first rely on Relation, determine the second dependence of the front end engineering demand；

Can run entity acquisition module, for by the dependence order in second dependence and each relying in node Unique identification loading accordingly can run entity resource data, acquisition accordingly can run entity；

Front end engineering structure module, for according to can run entity complete the structure of front end engineering..

According to the third aspect of the invention we, there is provided a kind of electronic equipment, including：

Processor, memory and it is stored in the computer journey that can be run on the memory and on the processor Sequence, it is characterised in that foregoing front end engineering construction method is realized during the computing device described program.

According to the fourth aspect of the invention, there is provided a kind of readable storage medium storing program for executing, when the instruction in the storage medium by During the computing device of electronic equipment so that electronic equipment is able to carry out foregoing front end engineering construction method.

, can be previously according to can resource data corresponding to run entity according to a kind of front end engineering construction method of the present invention Obtain unique identification, then with it is described can run entity unique identification's storage respectively can be between run entity first rely on Relation, can run entity resource data.It is each according to the front end engineering so after the task of structure front end engineering is received The resource data of resource module, obtain accordingly can run entity unique identification；According to it is described can run entity uniqueness Mark and first dependence, determine the second dependence of the front end engineering demand；By second dependence In dependence order and each unique identification's loading relied in node accordingly can run entity resource data, obtain corresponding Can run entity；According to it is described can run entity complete front end engineering structure.Thus solves existing front end engineering structure side In method, can the acquisition of run entity and dependence can only rely on and rebuild whole project to obtain and then cause front end work The problem of journey structure is time-consuming longer.Achieve can effectively pair can run entity and its dependence carry out uniqueness record, make Follow-up front end engineering building process can reduce the steps such as dependence is obtained, resource is changed, and reduce structure and take, before raising Hold the beneficial effect of engineering structure efficiency.

Described above is only the general introduction of technical solution of the present invention, in order to better understand the technological means of the present invention, And can be practiced according to the content of specification, and in order to allow above and other objects of the present invention, feature and advantage can Become apparent, below especially exemplified by the embodiment of the present invention.

Brief description of the drawings

In order to illustrate the technical solution of the embodiments of the present invention more clearly, below by institute in the description to the embodiment of the present invention The accompanying drawing needed to use is briefly described, it should be apparent that, drawings in the following description are only some implementations of the present invention Example, for those of ordinary skill in the art, without having to pay creative labor, can also be according to these accompanying drawings Obtain other accompanying drawings.

Fig. 1 is first technology front end engineering building process schematic diagram；

Fig. 2 is a kind of specific steps flow chart of front end engineering construction method provided in an embodiment of the present invention；

Fig. 3 is the specific steps flow chart of another front end engineering construction method provided in an embodiment of the present invention；

Fig. 3 A be it is provided in an embodiment of the present invention it is a kind of can run entity structured storage example；

Fig. 3 B are dependence examples that can be between run entity provided in an embodiment of the present invention；

Fig. 3 C are the merging process examples of the sub- dependency tiee of the embodiment of the present invention；

Fig. 4 is a kind of structure chart of front end engineering construction device provided in an embodiment of the present invention；

Fig. 5 is a kind of structure chart of front end engineering construction device provided in an embodiment of the present invention.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete Site preparation describes, it is clear that described embodiment is part of the embodiment of the present invention, rather than whole embodiments.Based on this hair Embodiment in bright, the every other implementation that those of ordinary skill in the art are obtained under the premise of creative work is not made Example, belongs to the scope of protection of the invention.

Embodiment one

A kind of front end engineering construction method provided in an embodiment of the present invention is discussed in detail.

Reference picture 1, show a kind of step flow chart of front end engineering construction method in the embodiment of the present invention.

Step 110, obtain in advance and store respectively can be between run entity the first dependence, can run entity resource Data；First dependence and the resource data according to can run entity unique identification's storage；It is described can The unique identification of run entity obtains according to corresponding resource data.

The embodiment of the present invention can obtain in advance and store respectively can be between run entity the first dependence, reality can be run The resource data of body, to be directly based upon the front end engineering to be built in follow-up front end engineering building process and to have deposited Dependence between each run entity of storage, obtain it is required can run entity, to complete front end engineering structure, and need not weight Reproduction has dependency analysis in engineering constructing plan, the process of resource conversion, can significantly improve the efficiency of front end engineering structure.Its In, the dependency analysis during the first dependence that respectively can be between run entity can be built based on existing engineering obtain, and can run Resource during the resource data of entity can also be built based on existing engineering changes acquisition.Wherein, can run entity be according to system One mode carries out the code snippet that the browser of modularized encapsulation can directly be run, and unified approach therein can enter according to demand Row is pre-set, and this embodiment of the present invention is not limited.And in embodiments of the present invention, any available side can be utilized Formula storage respectively can be between run entity dependence, this embodiment of the present invention is not also limited, for example, can be with dependent tree Form record and store dependence, etc..Can run entity resource data can include but is not limited to can run entity Static resource, can run entity source code etc..Wherein can run entity static resource can include but is not limited to not The development language of same type or version, picture, font, music data, style script etc..

And it has been observed that can not be determined in existing front end engineering building process its build result in can run entity across structure The uniqueness of task, namely obtained in existing scheme can run entity for its corresponding front end engineering, and can not enter Row global application, therefore in successive projects building process, can not accurately obtain accordingly can run entity.So in the present invention In embodiment, in order to ensure in successive projects building process before accurately can obtaining this in run entity from what is prestored Needed for the enough engineerings in end can run entity, can based on respectively can the unique identification storage of run entity accordingly can run entity First dependence and resource data.Unique identification therein be can be represented with uniqueness can run entity mark, can be with The mark formed for character, numeral, symbol etc., is not limited to this embodiment of the present invention.Moreover, can run entity only One property mark can obtain according to its corresponding resource data, resource data therein also can run entity without relying on point The resource data of resource module corresponding to before analysis and resource conversion.Resource data can include but is not limited to package manager version This information, corresponding resource file routing information etc..As can be seen that can be corresponding to run entity resource data and reality can be run Body resource data of corresponding resource module before without dependency analysis and resource conversion is corresponding.A such as resource The resource data of module produce it is at least one can run entity, then can be associated based on unique identification caused by resource data Upper resource module and can run entity.

In actual applications, can run entity and resource module usually one-to-one corresponding, and due to NPM bags under regular situation And its uniqueness of subordinate's file path, it is incompatible plus being wrapped across key plate this NPM, thus can run entity uniqueness mark Knowledge can be obtained based on resource data.

Step 120, after the task of structure front end engineering is received, according to the resource of each resource module of front end engineering Data, obtain accordingly can run entity unique identification.

It has been observed that when building front end engineering, it is necessary to the resource module structure that browser not directly performs is converted into clear What device of looking at can directly be run can run entity.If prestored respectively can run entity resource data, and respectively The first dependence that can be between run entity, then, then can be straight after receiving for the structure request of a front end engineering Connect obtained from the data stored corresponding to the front end engineering can run entity resource data, be then based on respectively running reality The first dependence between body completes the structure to the front end engineering.

And prestore respectively can run entity resource data when, be based on can run entity unique identification carry out Storage, therefore after the task of structure front end engineering is received, it is necessary first to it is determined that the front end engineering for being currently needed for structure is each Corresponding to resource module can run entity unique identification, then then can be according to the resource of each resource module of front end engineering Data, with obtain accordingly can run entity unique identification.

Step 130, according to it is described can run entity unique identification and first dependence, determine the front end Second dependence of engineering demand.

Can run entity uniqueness mark determine on the basis of, call relation that can be between run entity is also with unique Property is identified as index.In embodiments of the present invention, each dependence that can be between run entity prestored is in structure early stage Carry out what dependency analysis obtained when building front end engineering, and currently building front end engineering corresponding to request may not build with early stage Front end engineering it is completely the same.

For example, corresponding to each the first dependence that can be between run entity prestored, can run entity resource The front end engineering built the early stage of data includes front end engineering A and front end engineering B, and the project that wherein engineering A in front end is related to is A1, the project that front end engineering B is related to are B1, and currently build the engineering project that is related in front end corresponding to request can be A1 and B1.And now can be between run entity corresponding to B1 dependence may dependence that can be between run entity corresponding with A1 close There are the part of coincidence, or part that can merge etc. in system, then then can be according to transporting for current structure request The unique identification of row entity and the first dependence, determine the second dependence of respective front ends engineering demand.

Step 140, add by the unique identification in the dependence order in second dependence and each dependence node Carry accordingly can run entity resource data, acquisition accordingly can run entity.

It has been observed that in embodiments of the present invention, can the unique identification of run entity be index, based on can respectively run Dependence between entity carry out can run entity calling.The structure instruction pair for being currently received so is being determined After required second dependence of front end engineering answered, then can by the second dependence dependence order and each according to Rely node in unique identification loading accordingly can run entity resource data, acquisition accordingly can run entity.

Step 150, according to it is described can run entity complete front end engineering structure.

Can be after run entity obtain corresponding to the structure instruction that is currently received front end engineering, then can be with According to acquisition can run entity complete to the structure of the front end engineering.It can wherein be based on running by any methods availalbe Entity builds front end engineering, and not in this to go forth.

In embodiments of the present invention, it has been observed that in existing front end engineering constructing plan, operational blocks which partition system repaiies in the project of front end Change, remove, increasing newly or the submodule to splitting away is independently built, accordingly can run entity and dependence acquisition It can only rely on and rebuild whole project to obtain, cause every time structure to take considerable time that structure efficiency is low.And at this In inventive embodiments, in order to avoid above mentioned problem, can previously according to can resource data corresponding to run entity obtain uniqueness Mark, then with it is described can run entity unique identification's storage respectively can be between run entity the first dependence, can transport The resource data of row entity.So after the task of structure front end engineering is received, according to each resource module of front end engineering Resource data, obtain accordingly can run entity unique identification；According to it is described can run entity unique identification and institute The first dependence is stated, determines the second dependence of the front end engineering demand；By the dependence in second dependence Order and each unique identification's loading relied in node accordingly can run entity resource data, acquisition can accordingly run reality Body；According to it is described can run entity complete front end engineering structure.Thus solves existing front end engineering construction method, to any The modification of module, removal, the newly-increased or submodule to splitting away are independently built, accordingly can run entity and dependence pass The acquisition of system can only cause front end engineering structure to take the problem of longer by whole project is rebuild to obtain.Achieving can With effective pair can run entity and its dependence carry out uniqueness record, reduce follow-up front end engineering building process The steps such as dependence obtains, resource conversion, reduce structure and take, and improve the beneficial effect of front end engineering structure efficiency

Embodiment two

Reference picture 3, show a kind of step flow chart of front end engineering construction method in the embodiment of the present invention.

Step 210, front end engineering resource module for the first time be used for structure can run entity when, the resource module is entered Row resource is changed, and acquisition can run entity.

It has been observed that the process of existing engineering constructing plan is also required to the process by dependency analysis and resource conversion, So in embodiments of the present invention, in order to avoid as far as possible it is follow-up repeat to obtain respectively can run entity, can be in front end engineering Resource module be used for for the first time structure can run entity when, i.e., resource conversion is carried out to corresponding resource module, acquisition can run reality Body.Specifically resource conversion can be carried out by any available means, this embodiment of the present invention is not limited.Resource is changed Can be understood as the resources such as the development language of different type or version, picture, font, style script be converted to can run entity, Namely the code snippet that can directly run of browser of modularized encapsulation is carried out according to unified approach.

Alternatively, in embodiments of the present invention, the step 210 can further include：

Sub-steps 211, all types of resources in the resource file of the resource module are converted to browser and can recognize that resource, Acquisition can run entity.

Because front end requirement of engineering performs in a browser, therefore in embodiment itself, in resource transfer process, need By all types of resources in the resource file of resource module be converted to browser can recognize that resource, acquisition can run entity, namely The code snippet that browser according to unified approach progress modularized encapsulation can directly be run.

In actual applications, webpack to front end engineering when building, after carrying out resource conversion to resource module, Can obtain one can run entity list, this can have in run entity list it is each can run entity various data, such as The routing information etc. of code snippet, resource file.So the embodiment of the present invention can pair can run entity list parse To it is each can run entity relevant information.

Sub-step 212, browser can recognize that to, the static resource in resource is separated and stored.

The browser obtained after conversion, which can recognize that, may include picture, script, pattern etc. static resource in resource, So in order to conveniently obtain or call static resource therein during run entity in later use, in embodiments of the present invention, Browser after conversion can also can recognize that to, the static resource in resource is separated and stored.The wherein storage of static resource Path can be according to demand before this step, or is pre-set before either step before this step, to this The embodiment of the present invention is not limited.For example, can be cloud server etc. by static resource storage, certainly, actually should In, static resource can also be stored in elsewhere.

Step 220, according to it is described can resource module corresponding to run entity resource data, can run entity described in acquisition Unique identification.

In order to obtained after conversion can run entity store, and ensure when follow-up front end engineering is built, can With needed for accurate obtain can run entity.In embodiments of the present invention, after by conversion can run entity carry out storing it It is preceding, it is necessary to according to can resource module corresponding to run entity resource data, obtain accordingly can run entity unique identification.

In embodiments of the present invention, can according to can resource module corresponding to run entity resource data, with it is any can With method determine can run entity unique identification, it is necessary to ensure be it is different can run entity unique identification not Together, it is same can the unique identification of run entity be unique.

Optionally, step 220 includes：

Sub-step 221, described in acquisition can run entity resource data, the resource data includes：Package manager version Information and corresponding resource file routing information.

If according to can run entity resource data determine accordingly can run entity unique identification, then need first Obtain can run entity resource data.Wherein resource data can include but is not limited to package manager version information and correspondingly Resource file routing information.

In actual applications, resource is converted to the preposition flow of front end engineering structure.The essence of resource conversion is by project The resource file being related to is converted to the entity that browser can be run, because front end engineering itself and its dependence bag are all based on assuring Manage device, so can run entity it is corresponding with the resource file determined in package manager, what respective resources converted runs Entity includes：What the path address information of resource file, completion were changed under corresponding package manager can run entity source code.

From the foregoing, it will be observed that can run entity version be its corresponding package manager version, by that can be included in run entity Resource file routing information, can parse included in the package.json files under package manager root assure reason Device version information.Package manager therein includes but is not limited to NPM package managers.

Prestore can run entity when, can corresponding to the respective front ends engineering that can obtain after being changed based on resource Run entity list, then can then be based on can run entity list to respectively can run entity parse, can be with by parsing Obtain can resource file corresponding to run entity resource file routing information.

Sub-step 222, according to the package manager version information and corresponding resource file routing information generation for described Can run entity unique identification.

It has been observed that in normal conditions, can run entity corresponded with resource file, and due to package manager and its under Belong to the uniqueness of file path, plus across the incompatible of key plate this package manager.So it can be believed according to package manager version Breath and corresponding resource file routing information generation for can run entity unique identification.

Combination that specifically can be with the major version number in package manager version information with corresponding resource file routing information, lead to Cross character string that Hash calculation draws as accordingly can run entity unique identification.

Introduced with the master file of the package manager of Vue (being the gradual framework of a set of structure user interface) 2.4.1 versions Exemplified by, its can run entity correspond to the corresponding resource file routing information of resource file and be：”/vue/dist/ Vue.runtime.esm.js ", the package manager version information major version number of affiliated package manager is " 2 ", then should obtaining Can run entity unique identification when, then the combination that major version number and corresponding resource file routing information can be spliced into " 2/vue/dist/vue.runtime.esm.js " is carried out with SHA1 (Secure Hash Algorithm1, SHA 1) character string " f94f6e2c6e6a6545acc555b238a669b3f994c21f " that the hash algorithm exemplified by is calculated is This can run entity unique identification.

Certainly, in embodiments of the present invention, other any available means can also be utilized to package manager version information Major version number and corresponding resource file routing information are combined, such as with " corresponding resource file routing information+package manager version Form of the major version number of this information " etc..Furthermore, it is also possible to using other any available hash algorithms to package manager version The combination of the major version number of information and corresponding resource file routing information carries out Hash calculation, and this embodiment of the present invention is also not added with To limit.

In addition, in embodiments of the present invention, can also be according to package manager version information and corresponding resource file path letter Breath, using other any available means generations for can run entity unique identification, this embodiment of the present invention is also not added with To limit.

Alternatively, in embodiments of the present invention, the sub-step 222 can further include：

Sub-step 2221, when corresponding one of the resource module can run entity when, directly according to the package manager version This information and corresponding resource file routing information generation for it is described can run entity unique identification.

Sub-step 2222, when the resource module correspond to it is multiple can run entity when, according to the package manager version believe Breath and corresponding resource file routing information generation for it is described can run entity unique identification, and for the resource mould Block accessory ID generation strategy, respectively generation described in can run entity unique identification.

Further, since actual front end engineering structure in, can run entity it is with resource module file and non-fully right one by one Should, it is understood that there may be it is multiple can run entity the problem of corresponding to same resource module.For such issues that, can be according to actually opening Resource characteristicses are sent out, according to default resource module accessory ID generation strategy, while according to reason can be assured corresponding to run entity Device version information and corresponding resource file routing information generation corresponding to the resource module respectively can run entity uniqueness Mark.For example, single Vue resource modules can generate at least four can run entity, be respectively its actual entry, pattern, Render, logic main body, then now can then utilize the resource module accessory ID generation strategy for the resource module to give birth to Into for respectively can run entity accessory ID, and then can according to respectively can run entity package manager version information, correspondingly Resource file routing information and accessory ID generation for accordingly can run entity unique identification.For example, respectively can may be used Run entity corresponds to resource file routing information and adds accessory ID, then then can based on it is newly-generated can run entity it is corresponding Resource file routing information and its package manager version information, generate respectively respectively can run entity unique identification.Specifically Equally can run entity

For example, can run entity A, B, C and D for four of foregoing single Vue resource modules, it is assumed that this four can transport It is "/vue/dist/demo.vue ", to assure reason corresponding to the single Vue resource modules that row entity, which corresponds to resource file information, The package manager version information of device is 2.4.1.If obtained using the accessory ID generation strategy for the single Vue resource modules To can accessory ID corresponding to run entity A, B, C and D respectively be a1, b1, c1 and d1, then now can "/vue/ Dist/demo.vue " and " a1 " combination as can run entity A correspond to resource file information, with "/vue/dist/ Demo.vue " and " b1 " combination as can run entity B correspond to resource file information, by that analogy.

Certainly, in embodiments of the present invention, can also be by any available means according to the package manager version information With corresponding resource file routing information generation for it is described can run entity unique identification, and for the resource module Accessory ID generation strategy, respectively generation described in can run entity unique identification, this embodiment of the present invention is not limited It is fixed.

Step 230, according to the unique identification, the first dependence that storage respectively can be between run entity, can run The resource data of entity.

Respectively can be after the unique identification of run entity determining, then can be according to unique identification, storing can respectively transport The first dependence between row entity, can run entity resource data.Wherein it is possible to respectively can run entity uniqueness mark Know characterize and store respectively can be between run entity the first dependence, then it is follow-up obtain can run entity when, then can be with Based on the first dependence that respectively can be between run entity, according to respectively can run entity unique identification, acquisition can accordingly transport The resource data of row entity, can run entity with generation.

Wherein, the first dependence that can be between run entity, can the store path of resource data of run entity can be with According to demand before the either step before this step, or set before either step before this step, and And can be between run entity the first dependence and can the store path of resource data of run entity can be with identical, can also Difference, this embodiment of the present invention is not also limited.

Certainly, in actual applications, store one can run entity when, this can also be extracted from that can run in list Can run entity code snippet, be then based on corresponding unique identification storage.

Alternatively, in embodiments of the present invention, the step 230 can further include：

Sub-step A231, when it is described can static resource corresponding to run entity be separated after store when, will described in can run The reference address of static resource replaces with the accessible address after the static resource storage in the resource data of entity.

Can be after static resource carries out separation storage corresponding to run entity, wherein the reference on the static resource Location may fail, and then lead to not get correct resource data.So in embodiments of the present invention, after in order to ensure It is continuous can run entity normal use when can be accurately obtained corresponding static resource, it is necessary to by can run entity number of resources The accessible address after corresponding static resource storage is replaced with according to the reference address of middle static resource.Certainly, if static resource Accessible address after storage with accordingly can in the resource data of run entity the reference address of corresponding static resource be it is consistent, It so now need not then enter row address replacement.

Sub-step A232, according to the unique identification, the first dependence that storage respectively can be between run entity and Replace address after can run entity resource data.

If static resource that can be in the resource data of run entity is subjected to separation storage, then now in order to follow-up In the engineering building process of front end, the accessible address after being stored according to static resource obtains corresponding static resource, then In embodiments of the present invention, then can according to respectively can run entity unique identification, storage accordingly can run entity first Dependence, and replace address after can run entity resource data.

Alternatively, in embodiments of the present invention, the step 230 can further include：For it is each can run entity, With including it is described can run entity unique identification, it is described can run entity resource data, it is described can run entity institute according to It is bad can run entity unique identification structure, carry out structured storage.

So-called structured storage, the data that can be realized with bivariate table come logical expression, SQL numbers can be used in practice Structured storage is realized according to storehouse.Therefore, in embodiments of the present invention, can also be directed to each can run entity, with including described Can run entity unique identification, it is described can run entity resource data, it is described can running of being relied on of run entity The structure of the unique identification of entity, carry out structured storage.

In actual applications, such as Fig. 3 A, it illustrates the embodiment of the present invention pair can run entity structured storage example. One can be in run entity structure, including this can the necessary field such as the unique identification of run entity, code snippet.Wherein Version, the field such as resource path can set and can also be not provided with, set with specific reference to demand.The uniqueness of dependence therein Identification field can perform module and be able to can not have during run entity independent of any at this, its rely on one can run entity when Can have one, its rely on it is multiple can run entity when can have it is multiple.

Sub-step B231, for by can run entity rely on and belong to can the one or more of Asynchronous loading can run reality Body, according to it is one or more of can run entity unique identification generate Asynchronous loading module unique identification.

Can run entity be divided into synchronous loading and Asynchronous loading according to load mode.Synchronous load mode is that can run reality Body acquiescence introduces, and can directly can be called between run entity by its unique identification；And Asynchronous loading mode i.e. will not be All load when being loaded, but can just be loaded when the page needs together, this kind of situation is first by asynchronous Load-on module unique identification loading comprising target can run entity Asynchronous loading module, Asynchronous loading module loading success Afterwards then can further by can the unique identification of run entity be called accordingly can run entity.

Wherein the unique identification of Asynchronous loading module can according to its corresponding one or more can run entity only The mark generation of one property.For example, it is possible, firstly, to by corresponding to it respectively can run entity unique identification carry out character string spelling Connect, Hash calculation is then carried out to splicing result, the character string drawn is the unique identification of corresponding Asynchronous loading module.Example Such as, it is assumed that for corresponding B and C two can run entity Asynchronous loading modules A, wherein can run entity B unique identification For " ae4f281df5a5d0ff3cad6371f76d5c29b6d953ec ", can run entity C unique identification be " 32096c2e0eff33d844ee6d675407ace18289357d ", then the unique identification of Asynchronous loading modules A can be with For pair can run entity B unique identification and can run entity C unique identification splice after splicing result enter " 7e125e88d05dacad0e2691e239fbce4c213915dd " that row Hash calculation is drawn.And if Asynchronous loading module A is to correspond to can run entity B, then now can only pair can run entity B unique identification carry out Hash calculation, and then Obtain the unique identification of Asynchronous loading modules A.

Certainly, in embodiments of the present invention can also be by any available means one according to corresponding to Asynchronous loading module Or it is multiple can the unique identification of run entity generate the unique identification of corresponding Asynchronous loading module, to this embodiment of the present invention It is not limited.

Sub-step B232, by the first dependence of the Asynchronous loading module be arranged to rely on it is one or more of can Run entity.

To with Asynchronous loading module for, in order to facilitate during subsequent calls effectively obtain storage Asynchronous loading mould Block, in embodiments of the present invention, the first dependence of Asynchronous loading module can be arranged to rely on to one corresponding to it Or it is multiple can run entity.

For example, for foregoing Asynchronous loading modules A, corresponding to can Asynchronous loading run entity B and can run reality Body C, then the first dependence of Asynchronous loading modules A now can be then arranged to dependence run entity B and can run Entity C.

Sub-step B233, with it is one or more of can run entity unique identification store corresponding resource data with And it is described can run entity relied on can run entity unique identification.

So according to unique identification, the first dependence that storage respectively can be between run entity, can run entity money The step of source data, specifically can according to can Asynchronous loading it is one or more can the unique identification of run entity store phase Answer one or more can resource data corresponding to run entity, and respectively can run entity relied on can run entity it is unique Property mark.

Alternatively, in embodiments of the present invention, the step 230 can further include：For needing what is synchronously loaded Can run entity, with it is described can run entity unique identification store corresponding resource data and it is described can run entity institute Rely on can run entity unique identification.

And for synchronously load can run entity, then can according to synchronously load can run entity unique identification Storage respectively can the corresponding resource data of run entity and accordingly can run entity relied on can run entity uniqueness mark Know.

Wherein, storage can run entity relied on can run entity unique identification, then can be based on can run reality Body relied on can run entity unique identification, first generate currently can run entity relied on can run entity, and then Generation currently can run entity.

Such as Fig. 3 B, it illustrates a kind of dependency tiee example of the embodiment of the present invention, can run entity 11 rely on synchronization Loading can run entity 12 and Asynchronous loading module 21, can run entity 12 rely on can run entity 13, Asynchronous loading module 21 dependences can run entity 14.Fig. 3 B are only a kind of example, and the embodiment of the present invention is not any limitation as to it.

Step 240, after the task of structure front end engineering is received, according to the resource of each resource module of front end engineering Data, obtain accordingly can run entity unique identification.

Alternatively, in embodiments of the present invention, the step 240 can further include：

Sub-step 241, obtains the resource data of the resource module, and the resource data includes：Package manager version is believed Breath and corresponding resource file routing information.

It has been observed that if the resource data based on resource module determine corresponding to resource module can run entity it is unique Property mark, and according to unique identification couple can run entity store, then in embodiments of the present invention, be directed to receiving After the structure request of one front end engineering, in order to obtain corresponding to the resource module of respective front ends engineering can run entity, then accordingly Can according to can run entity resource data determine accordingly can run entity unique identification.So then need to obtain first Take the resource data for being currently needed for resource module corresponding to the front end engineering of structure.Resource data therein includes package manager version This information and corresponding resource file routing information.

Sub-step 242, when resource module has corresponding resource module accessory ID generation strategy, reason is assured according to described Device version information and corresponding resource file routing information generation for it is described can run entity unique identification, and for described Resource module accessory ID generation strategy, respectively generation described in can run entity unique identification.

And when a resource module has corresponding resource module accessory ID generation strategy, then then illustrate the resource module pair Answer it is multiple can run entity, then, now then accordingly can be according to the package manager version based on foregoing sub-step 2222 This information and corresponding resource file routing information generation for it is described can run entity unique identification, and for the money Source module accessory ID generation strategy, respectively generation described in can run entity unique identification.Specific mode can be as preceding State, not in this to go forth.

Step 250, according to it is described can run entity unique identification and first dependence, determine the front end Second dependence of engineering demand.

Alternatively, in embodiments of the present invention, the step 250 can further include：

Sub-step A251, when the front end engineering includes multiple projects, the resource according to included by each project respectively The unique identification of module and first dependence, it is determined that the sub- dependency tiee of each project.

If front end engineering corresponding to the structure instruction being currently received includes multiple projects, and different in actual applications Project can include one or more resource modules., can be in units of project so when building the front end engineering, basis respectively The unique identification of resource module included by each project and the first dependence, it is determined that the sub- dependence of each project Tree.

Sub-step A252, by the merger of dependence order it is a total dependency tiee by each sub- dependency tiee, obtains institute State the second dependence.

Can be between run entity for each different project, corresponding to its resource module included first rely on Relation there may be coincidence, or the part that can merge.Such as it can be run corresponding to the resource module included in project one Entity 1 dependent on can run entity 2, and project two also comprising corresponding to resource module can run entity 1 dependent on can run Entity 2, at the same further comprises can run entity 2 dependent on can run entity 3, then it is right now for front end engineering is built For project one, it is necessary to first obtain can run entity 1, then obtain can run entity 2；And, it is necessary to first for project two Obtain can run entity 3, and then obtain can run entity 2, finally obtain can run entity 1.As can be seen that wherein presence can close And the part obtained, and can be repeated if independent obtain, cause to lose time.

Therefore in embodiments of the present invention, for the whole front end engineering that needs are built, in order to reduce it as far as possible The time that building process is consumed, by the merger of dependence order can be a total dependency tiee by each sub- dependency tiee, Obtain second dependence., can will wherein for example, for the foregoing front end engineering for containing project one and project two The sub- dependency tiee of projects is a total dependency tiee by the merger of dependence order, in total dependency tiee, can be run Entity 1 dependent on can run entity 2, can run entity 2 dependent on can run entity 3.

As shown in Figure 3 C, it is assumed that another front end engineering for needing to build is related to project one and project two, wherein a pair of project The sub- dependency tiee answered is to be related in Fig. 3 C shown in the dashed box of project once, and sub- dependency tiee corresponding to project two is figure It is related in 3C shown in the dashed box under project two, then closed sub- dependency tiee corresponding to project one and project two And by the merger of dependence order be a total dependency tiee, the total dependency tiee now obtained can be that right side is empty in Fig. 3 C Shown in frame.

When carrying out dependence merging, following principle can be followed：

Synchronous priority principle, you can run entity appears in synchronous load-on module and Asynchronous loading module simultaneously, then this can Run entity retains in synchronous load-on module, is deleted from Asynchronous loading module.

Version priority principle, i.e., it is identical can run entity use newest entity version.Because in actual applications, one Resource module agrees to change in itself, and its package manager version and resource file path may be constant, then now then may be used With by amended resource module can run entity with entity colophon, follow-up in use, having under unique identification more During individual entity version, using newest entity version can run entity.

Alternatively, in embodiments of the present invention, the sub-step A252, can further include：

Sub-step A2521, each sub- dependency tiee is merged into total dependency tiee by loading sequence.

Sub-step A2522, by when one can run entity be relied on when both needed synchronously to load can run entity, By an Asynchronous loading module rely on can run entity, then delete Asynchronous loading module described in total dependency tiee Relied on it is described can run entity.

In actual applications, the speed synchronously loaded can be better than Asynchronous loading, synchronous priority principle as the aforementioned, can transport Row entity appears in synchronous load-on module and Asynchronous loading module simultaneously, then this can run entity protected in synchronous load-on module Stay, deleted from Asynchronous loading module.Namely when one can run entity be relied on when be both running of having needed synchronously to load Entity, also by an Asynchronous loading module rely on can run entity, then delete asynchronous described in total dependency tiee Load-on module relied on it is described can run entity.

For example, for the front end engineering shown in Fig. 3 C, transporting in sub- dependency tiee corresponding to its involved project one Row entity C be need Asynchronous loading can run entity, and can be run in sub- dependency tiee corresponding to involved project two Entity C be need synchronously to load can run entity, then then can will in the total dependency tiee now obtained after merging Can run entity C retain in synchronous load-on module, deleted from Asynchronous loading module.

Sub-step B251, when corresponding to one or more resource modules can run entity for can Asynchronous loading run reality Body, then the unique identification of Asynchronous loading module is generated according to corresponding unique identification.

If it has been observed that can run entity for can Asynchronous loading can run entity, then calling this can run entity When, it is necessary first to obtain its corresponding Asynchronous loading module.Therefore in embodiments of the present invention, when one or more resource modules pair Answer can run entity for can Asynchronous loading can run entity, then can according to corresponding unique identification generate Asynchronous loading The unique identification of module.

It should be noted that an Asynchronous loading module can correspond to one or more can run entity, specifically include One or more, sets according to the actual requirements.In actual applications, it is necessary to which the module of Asynchronous loading is usually what is bound, than If A and B are if necessary to Asynchronous loading, then draw A and B to an Asynchronous loading module in structure, then next front end When engineering M is built, if necessary to A, then the B is also what is needed, then during follow-up use, it is possible to according to A only One property identifies and B unique identification generates the unique identification of an Asynchronous loading module.

Certainly, in actual applications, in foregoing storing process, can respectively to it is each be capable of Asynchronous loading run reality Body generates an Asynchronous loading module, then with this can the unique identification of run entity carry out Hash calculation again to obtain this asynchronous The unique identification of load-on module.So during follow-up use, for a front end engineering to be built, it is determined that wherein Resource module when can be with Asynchronous loading, directly can carry out Hash calculation again according to the unique identification of the resource module and obtain The unique identification of Asynchronous loading module, the second dependency tiee then can be determined in the manner aforesaid.

Certainly, in actual applications, can also prestore can run entity and Asynchronous loading module for the embodiment of the present application Mapping table, can store in the mapping table it is associated can run entity uniqueness ID and corresponding Asynchronous loading mould In incidence relation between the uniqueness ID of block, such as Asynchronous loading module M set rely on can run entity A and B uniqueness ID, then can by Asynchronous loading module M with can run entity A and B uniqueness ID mapped.Then in subsequent builds mistake Cheng Zhong, for it is one or more can run entity uniqueness ID combination, it is corresponding that its can be inquired about in the mapping table Asynchronous loading module uniqueness ID, then carry out subsequent process.

Specifically according to corresponding unique identification generate Asynchronous loading module unique identification mode with it is foregoing Sub-step B231 is similar, and not in this to go forth.

Sub-step B252, can the unique identification of run entity, institute corresponding to the resource module synchronously loaded as needed State the unique identification of Asynchronous loading module and first dependence, determine the second of the front end engineering demand according to The relation of relying.

After the unique identification of Asynchronous loading module is determined, then the resource module that can synchronously load as needed It is corresponding can the unique identification of run entity, the unique identification of the Asynchronous loading module and it is described first rely on close System, determine the second dependence of the front end engineering demand.

Step 260, add by the unique identification in the dependence order in second dependence and each dependence node Carry accordingly can run entity resource data, acquisition accordingly can run entity.

Alternatively, in embodiments of the present invention, the step 260 can further include：

Sub-step 261, when in second dependence one dependence node have prestore can run entity money During source data, the resource data that can be run is loaded directly into, acquisition accordingly can run entity.

Sub-step 262, when the dependence node in second dependence do not prestore can run entity During resource data, resource conversion is carried out using the resource module of the dependence node, acquisition accordingly can run entity.

In addition, in actual applications, for being currently needed for the front end engineering of structure, the resource data needed for it may Do not prestored, then in embodiments of the present invention, then need to obtain the resource module needed for it, then carry out resource Conversion, obtain to should resource module can run entity, to build current front end engineering.

Therefore, in embodiments of the present invention, when the dependence node in the second dependence has what is prestored to run During the resource data of entity, then the resource data that can be run is loaded directly into, acquisition accordingly can run entity；And when second according to Rely relation in one dependence node do not prestore can run entity resource data when, then need to utilize the dependence node Resource module carry out resource conversion, acquisition accordingly can run entity.

Step 270, according to it is described can run entity complete front end engineering structure.

Can previously according to can corresponding to run entity resource data obtain unique identification, then run reality with described Unique identification's storage of body respectively can be between run entity the first dependence, can run entity resource data.So when After the receiving structure front end engineering of the task, according to the resource data of each resource module of front end engineering, acquisition can accordingly transport The unique identification of row entity；According to it is described can run entity unique identification and first dependence, it is determined that described Second dependence of front end engineering demand；By the dependence order in second dependence and each rely in node only One property mark loading accordingly can run entity resource data, acquisition accordingly can run entity；According to it is described can run entity it is complete Into the structure of front end engineering.Thus solve existing front end engineering construction method, modification, removal to operational blocks which partition system, it is newly-increased or Person independently builds to the submodule split away, accordingly can the acquisition of run entity and dependence can only rely on structure again The problem of build whole project causes front end engineering structure time-consuming longer to obtain.Achieve can effectively pair can run entity and its Dependence carries out uniqueness record, and reducing follow-up front end engineering building process, dependence is obtained, resource is changed Etc. step, reducing structure takes, and improves the beneficial effect of front end engineering structure efficiency.

Moreover, in embodiments of the present invention, can also be used for structure for the first time in the resource module of front end engineering can run reality During body, resource conversion is carried out to the resource module, acquisition can run entity；According to it is described can resource mould corresponding to run entity The resource data of block, described in acquisition can run entity unique identification；According to the unique identification, storage can respectively run reality The first dependence between body, can run entity resource data.So as to further improve running of prestoring The first dependence between entity, can run entity resource data accuracy.

For embodiment of the method, in order to be briefly described, therefore it is all expressed as to a series of combination of actions, but this area Technical staff should know that the embodiment of the present invention is not limited by described sequence of movement, because implementing according to the present invention Example, some steps can use other orders or carry out simultaneously.Secondly, those skilled in the art should also know, specification Described in embodiment belong to preferred embodiment, necessary to the involved action not necessarily embodiment of the present invention.

Embodiment three

A kind of front end engineering construction device provided in an embodiment of the present invention is discussed in detail.

Reference picture 4, show a kind of structural representation of front end engineering construction device in the embodiment of the present invention.

Prestore module 310, for obtain and store in advance respectively can be between run entity the first dependence, can transport The resource data of row entity；First dependence and the resource data according to can run entity unique identification Storage；It is described can the unique identification of run entity obtained according to corresponding resource data.

Unique identification's acquisition module 320, for when receive structure front end engineering task after, according to the front end work The resource data of each resource module of journey, obtain accordingly can run entity unique identification.

Second dependence determining module 330, for according to described in can run entity unique identification and described first Dependence, determine the second dependence of the front end engineering demand.

Can run entity acquisition module 340, for being saved by the dependence order in second dependence and each rely on In point unique identification loading accordingly can run entity resource data, acquisition accordingly can run entity.

Front end engineering structure module 350, for according to can run entity complete the structure of front end engineering.

In embodiments of the present invention, can obtain in advance and store respectively can be between run entity the first dependence, can The resource data of run entity；First dependence and the resource data according to can run entity uniqueness mark Know storage；It is described can the unique identification of run entity obtained according to corresponding resource data；Front end engineering is built when receiving Task after, according to the resource data of each resource module of front end engineering, obtain accordingly can run entity unique identification； According to it is described can run entity unique identification and first dependence, determine the second of the front end engineering demand according to The relation of relying；It can accordingly be transported by the dependence order in second dependence and each unique identification's loading relied in node The resource data of row entity, acquisition accordingly can run entity；According to it is described can run entity complete front end engineering structure.Thus Solves existing front end engineering construction method, the modification, removal, the newly-increased or submodule to splitting away to operational blocks which partition system are only It is vertical to be built, accordingly can the acquisition of run entity and dependence can only rely on and rebuild whole project to obtain.So as to Can the structure efficiency much of that front end engineering be improved.

Example IV

Reference picture 5, show a kind of structural representation of front end engineering construction device in the embodiment of the present invention.

Prestore module 410, for obtain and store in advance respectively can be between run entity the first dependence, can transport The resource data of row entity；First dependence and the resource data according to can run entity unique identification Storage；It is described can the unique identification of run entity obtained according to corresponding resource data.

Alternatively, in embodiments of the present invention, it is described to prestore module 410, it can further include：

Can run entity acquisition submodule 411, for front end engineering resource module for the first time be used for structure can run reality During body, resource conversion is carried out to the resource module, acquisition can run entity.

Alternatively, in embodiments of the present invention, it is described can run entity acquisition submodule 411, can further include：

Resource converting unit, being converted to browser for all types of resources in the resource file to the resource module can know Other resource, acquisition can run entities.

Static resource memory cell, the static resource for can recognize that browser in resource are separated and stored.

Unique identification's acquisition submodule 412, for according to described in can resource module corresponding to run entity number of resources According to, described in acquisition can run entity unique identification.

Alternatively, in embodiments of the present invention, unique identification's acquisition submodule 412, can further include：

Resource data acquiring unit, for obtain it is described can run entity resource data, the resource data includes：Bag Manager version information and corresponding resource file routing information.

Unique identification's generation unit, for according to the package manager version information and corresponding resource file routing information Generation for it is described can run entity unique identification.

Alternatively, in embodiments of the present invention, unique identification's generation unit, can further include：

First unique identification generates subelement, for when corresponding one of the resource module can run entity when, directly According to the package manager version information and corresponding resource file routing information generation for it is described can run entity uniqueness Mark；

Second unique identification generate subelement, for when the resource module correspond to it is multiple can run entity when, according to The package manager version information and corresponding resource file routing information generation for it is described can run entity unique identification, And for the resource module accessory ID generation strategy, respectively described in generation can run entity unique identification.

Sub-module stored 413, for according to the unique identification, storage respectively can be between run entity first relies on and closes System, can run entity resource data.

Alternatively, in embodiments of the present invention, the sub-module stored 413, can further include：

Static resource address replacement unit, for when it is described can static resource corresponding to run entity be separated after store When, by it is described can in the resource data of run entity the reference address of static resource replace with after the static resource storage can Reference address.

First memory cell, for according to the unique identification, storage respectively can be between run entity first relies on and closes System and replace address after can run entity resource data.

Alternatively, in embodiments of the present invention, the sub-module stored 413, be additionally operable to for each can run entity, with Including it is described can run entity unique identification, it is described can run entity resource data, it is described can run entity relied on Can run entity unique identification structure, carry out structured storage.

Asynchronous loading module id generation unit, for for by can run entity rely on and belong to can Asynchronous loading one It is individual or it is multiple can run entity, according to it is one or more of can the unique identification of run entity generate Asynchronous loading module Unique identification；

Asynchronous loading module rely on setting unit, for by the first dependence of the Asynchronous loading module be arranged to according to Rely it is one or more of can run entity；

Second memory cell, for it is one or more of can the unique identification of run entity store corresponding resource Data and it is described can run entity relied on can run entity unique identification.

3rd memory cell, for for need synchronously to load can run entity, with it is described can run entity it is unique Property mark store corresponding resource data and it is described can run entity relied on can run entity unique identification.

Unique identification's acquisition module 420, for when receive structure front end engineering task after, according to the front end work The resource data of each resource module of journey, obtain accordingly can run entity unique identification.

Alternatively, in embodiments of the present invention, unique identification's acquisition module 420, can further include：

Resource data acquisition submodule, for obtaining the resource data of the resource module, the resource data includes：Bag Manager version information and corresponding resource file routing information；

Unique identification generates submodule, for having corresponding resource module accessory ID generation strategy when resource module When, according to the package manager version information and corresponding resource file routing information generation for it is described can run entity it is unique Property mark, and be directed to the resource module accessory ID generation strategy, generate respectively described in can run entity unique identification.

Second dependence determining module 430, for according to described in can run entity unique identification and described first Dependence, determine the second dependence of the front end engineering demand.

Alternatively, in embodiments of the present invention, the second dependence determining module 430, can further include：

Sub- dependency tiee determination sub-module, for when the front end engineering includes multiple projects, basis to be each respectively The unique identification of resource module included by project and first dependence, it is determined that the sub- dependence of each project Tree；

Second dependence acquisition submodule, for by each sub- dependency tiee by the merger of dependence order be one always according to Rely relational tree, obtain second dependence.

Alternatively, in embodiments of the present invention, the second dependence acquisition submodule, can further include：

Total dependency tiee acquiring unit, for each sub- dependency tiee to be merged into total dependence by loading sequence Tree.

Delete unit, for by when one can run entity be relied on when both needed synchronously to load can run entity, Also by an Asynchronous loading module rely on can run entity, then delete Asynchronous loading mould described in total dependency tiee Block relied on it is described can run entity.

Asynchronous loading module id generates submodule, for when corresponding to one or more resource modules can run entity for can Asynchronous loading can run entity, then according to corresponding unique identification generate Asynchronous loading module unique identification；

Second dependence determination sub-module, for can run entity corresponding to the resource module that synchronously loads as needed Unique identification, the Asynchronous loading module unique identification and first dependence, determine the front end work Second dependence of journey demand.

Can run entity acquisition module 440, for being saved by the dependence order in second dependence and each rely on In point unique identification loading accordingly can run entity resource data, acquisition accordingly can run entity.

Alternatively, in embodiments of the present invention, it is described can run entity acquisition module 440, can further include：

First acquisition submodule, for thering is what is prestored to run when the dependence node in second dependence During the resource data of entity, the resource data that can be run is loaded directly into, acquisition accordingly can run entity；

Second acquisition submodule, for being transported when what the dependence node in second dependence did not prestore During the resource data of row entity, resource conversion is carried out using the resource module of the dependence node, acquisition accordingly can run entity.

Front end engineering structure module 450, for according to can run entity complete the structure of front end engineering.

In embodiments of the present invention, can previously according to can corresponding to run entity resource data obtain unique identification, Then with it is described can run entity unique identification's storage respectively can be between run entity the first dependence, can run entity Resource data.So after the task of structure front end engineering is received, according to the resource of each resource module of front end engineering Data, obtain accordingly can run entity unique identification；According to it is described can run entity unique identification and described first Dependence, determine the second dependence of the front end engineering demand；By in second dependence dependence order and Each unique identification's loading relied in node accordingly can run entity resource data, acquisition accordingly can run entity；Root According to it is described can run entity complete front end engineering structure.Thus solves existing front end engineering construction method, to operational blocks which partition system Modification, removal, the newly-increased or submodule to splitting away independently build, accordingly can run entity and dependence Obtaining can only cause front end engineering structure to take the problem of longer by whole project is rebuild to obtain.Achieving to have Effect pair can run entity and its dependence carry out uniqueness record, follow-up front end engineering building process is reduced dependence The steps such as Relation acquisition, resource conversion, reduce structure and take, and improve the beneficial effect of front end engineering structure efficiency.

The embodiment of the present invention additionally provides a kind of electronic equipment, including：Processor, memory and it is stored in the storage On device and the computer program that can run on the processor, it is characterised in that real during the computing device described program The front end engineering construction method of existing previous embodiment.

The embodiment of the present invention additionally provides a kind of readable storage medium storing program for executing, when the instruction in the storage medium is by electronic equipment Computing device when so that electronic equipment is able to carry out the front end engineering construction method of previous embodiment.

For device embodiment, because it is substantially similar to embodiment of the method, so description is fairly simple, it is related Part illustrates referring to the part of embodiment of the method.

Algorithm and display be not inherently related to any certain computer, virtual system or miscellaneous equipment provided herein. Various general-purpose systems can also be used together with teaching based on this.As described above, required by constructing this kind of system Structure be obvious.In addition, the present invention is not also directed to any certain programmed language.It should be understood that it can utilize various Programming language realizes the content of invention described herein, and the description done above to language-specific is to disclose this hair Bright preferred forms.

In the specification that this place provides, numerous specific details are set forth.It is to be appreciated, however, that the implementation of the present invention Example can be put into practice in the case of these no details.In some instances, known method, structure is not been shown in detail And technology, so as not to obscure the understanding of this description.

Similarly, it will be appreciated that in order to simplify the disclosure and help to understand one or more of each inventive aspect, Above in the description to the exemplary embodiment of the present invention, each feature of the invention is grouped together into single implementation sometimes In example, figure or descriptions thereof.However, the method for the disclosure should be construed to reflect following intention：I.e. required guarantor The application claims of shield features more more than the feature being expressly recited in each claim.It is more precisely, such as following Claims reflect as, inventive aspect is all features less than single embodiment disclosed above.Therefore, Thus the claims for following embodiment are expressly incorporated in the embodiment, wherein each claim is in itself Separate embodiments all as the present invention.

Those skilled in the art, which are appreciated that, to be carried out adaptively to the module in the equipment in embodiment Change and they are arranged in one or more equipment different from the embodiment.Can be the module or list in embodiment Member or component be combined into a module or unit or component, and can be divided into addition multiple submodule or subelement or Sub-component.In addition at least some in such feature and/or process or unit exclude each other, it can use any Combination is disclosed to all features disclosed in this specification (including adjoint claim, summary and accompanying drawing) and so to appoint Where all processes or unit of method or equipment are combined.Unless expressly stated otherwise, this specification (including adjoint power Profit requires, summary and accompanying drawing) disclosed in each feature can be by providing the alternative features of identical, equivalent or similar purpose come generation Replace.

The all parts embodiment of the present invention can be realized with hardware, or to be run on one or more processor Software module realize, or realized with combinations thereof.It will be understood by those of skill in the art that it can use in practice Microprocessor or digital signal processor (DSP) realize one in payment information processing equipment according to embodiments of the present invention The some or all functions of a little or whole parts.The present invention is also implemented as performing method as described herein Some or all equipment or program of device.Such program for realizing the present invention can be stored in computer-readable Jie In matter, or there can be the form of one or more signal.Such signal can be downloaded from internet website and obtained, Either provide on carrier signal or provided in the form of any other.

It should be noted that the present invention will be described rather than limits the invention for above-described embodiment, and ability Field technique personnel can design alternative embodiment without departing from the scope of the appended claims.In the claims, Any reference symbol between bracket should not be configured to limitations on claims.Word "comprising" does not exclude the presence of not Element or step listed in the claims.Word "a" or "an" before element does not exclude the presence of multiple such Element.The present invention can be by means of including the hardware of some different elements and being come by means of properly programmed computer real It is existing.In if the unit claim of equipment for drying is listed, several in these devices can be by same hardware branch To embody.The use of word first, second, and third does not indicate that any order.These words can be explained and run after fame Claim.

It is apparent to those skilled in the art that for convenience and simplicity of description, the system of foregoing description, The specific work process of device and unit, the corresponding process in preceding method embodiment is may be referred to, will not be repeated here.

The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention All any modification, equivalent and improvement made within refreshing and principle etc., should be included in the scope of the protection.

The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all be contained Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be defined by scope of the claims.

Claims

A kind of 1. front end engineering construction method, it is characterised in that including：

Obtain in advance and store respectively can be between run entity the first dependence, can run entity resource data；Described One dependence and the resource data according to can run entity unique identification's storage；It is described can run entity only One property mark resource data corresponding to obtains；

After the task of structure front end engineering is received, according to the resource data of each resource module of front end engineering, phase is obtained Should can run entity unique identification；

According to it is described can run entity unique identification and first dependence, determine the of the front end engineering demand Two dependences；

It can accordingly be run by the dependence order in second dependence and each unique identification's loading relied in node The resource data of entity, acquisition accordingly can run entity；

According to it is described can run entity complete front end engineering structure.
2. according to the method for claim 1, it is characterised in that described obtain and store in advance respectively can be between run entity First dependence, can run entity resource data the step of, including：

In front end the resource module of engineering for the first time be used for structure can run entity when, to the resource module carry out resource conversion, Acquisition can run entity；

According to it is described can resource module corresponding to run entity resource data, described in acquisition can run entity uniqueness mark Know；

According to the unique identification, the first dependence that storage respectively can be between run entity, can run entity number of resources According to.
3. according to the method for claim 2, it is characterised in that in front end, the resource module of engineering is used to build and can transport for the first time During row entity, to the resource module carry out resource conversion, acquisition can run entity the step of, including：

All types of resources in the resource file of the resource module are converted to browser and can recognize that resource, acquisition can run reality Body；

Browser can recognize that to, the static resource in resource is separated and stored.
4. according to the method for claim 3, it is characterised in that described respectively to be run according to the unique identification, storage The first dependence between entity, can run entity resource data the step of, including：

When it is described can static resource corresponding to run entity be separated after store when, by it is described can be in the resource data of run entity The reference address of static resource replaces with the accessible address after the static resource storage；

According to the unique identification, the first dependence that storage respectively can be between run entity and transporting behind address is replaced The resource data of row entity.
5. according to the method for claim 2, it is characterised in that can resource module corresponding to run entity described in the basis Resource data, described in acquisition can run entity unique identification the step of, including：

Described in acquisition can run entity resource data, the resource data includes：Package manager version information and corresponding resource File path information；

According to the package manager version information and corresponding resource file routing information generation for it is described can run entity only One property identifies.
6. according to the method for claim 5, it is characterised in that described according to the package manager version information and corresponding money The generation of source file routing information for it is described can run entity unique identification the step of, including：

When corresponding one of the resource module can run entity when, directly according to the package manager version information and corresponding resource The generation of file path information for it is described can run entity unique identification；

When the resource module correspond to it is multiple can run entity when, according to the package manager version information and corresponding resource file Routing information generation for it is described can run entity unique identification, and for the resource module accessory ID generate plan Slightly, respectively generation described in can run entity unique identification.
7. according to the method for claim 2, it is characterised in that described respectively to be run according to the unique identification, storage The first dependence between entity, can run entity resource data the step of, including：

For it is each can run entity, with including it is described can run entity unique identification, it is described can run entity resource Data, it is described can run entity relied on can run entity unique identification structure, carry out structured storage.
8. according to the method for claim 2, it is characterised in that described respectively to be run according to the unique identification, storage The first dependence between entity, can run entity resource data the step of, including：

For by can run entity rely on and belong to can Asynchronous loading one or more can run entity, according to one or It is multiple can run entity unique identification generate Asynchronous loading module unique identification；

By the first dependence of the Asynchronous loading module be arranged to rely on it is one or more of can run entity；

With it is one or more of can the unique identification of run entity store corresponding resource data and described run reality Body relied on can run entity unique identification.
9. according to the method for claim 8, it is characterised in that described respectively to be run according to the unique identification, storage The first dependence between entity, can run entity resource data the step of, including：

For need synchronously to load can run entity, with it is described can the unique identification of run entity store corresponding number of resources According to this and it is described can run entity relied on can run entity unique identification.
10. method according to claim 8 or claim 9, it is characterised in that described in the basis can run entity uniqueness mark Know and first dependence, the step of determining the second dependence of the front end engineering demand, including：

When the front end engineering includes multiple projects, the unique identification of the resource module according to included by each project respectively With first dependence, it is determined that the sub- dependency tiee of each project；

By the merger of dependence order it is a total dependency tiee by each sub- dependency tiee, obtains second dependence.
11. according to the method for claim 10, it is characterised in that described to return each sub- dependency tiee by dependence order And be a total dependency tiee, obtain second dependence the step of include：

Each sub- dependency tiee is merged into total dependency tiee by loading sequence；

By when one can run entity be relied on when both needed synchronously to load can run entity, be also an Asynchronous loading mould Block relied on can run entity, then that deletes that Asynchronous loading module described in total dependency tiee relied on described transports Row entity.
12. method according to claim 8 or claim 9, it is characterised in that described in the basis can run entity uniqueness mark Know and first dependence, the step of determining the second dependence of the front end engineering demand, including：

When corresponding to one or more resource modules can run entity for can Asynchronous loading can run entity, then according to it is corresponding only The unique identification of one property mark generation Asynchronous loading module；

As needed can the unique identification of run entity, the Asynchronous loading module corresponding to the resource module that synchronously loads Unique identification and first dependence, determine the second dependence of the front end engineering demand.
13. according to the method for claim 6, it is characterised in that described after the task of structure front end engineering is received, root According to the resource data of each resource module of front end engineering, obtain accordingly can run entity unique identification the step of, including：

The resource data of the resource module is obtained, the resource data includes：Package manager version information and corresponding resource text Part routing information；

When resource module has corresponding resource module accessory ID generation strategy, according to the package manager version information and right Answer the generation of resource file routing information for it is described can run entity unique identification, and for resource module auxiliary mark Know generation strategy, respectively generation described in can run entity unique identification.
14. according to the method described in any one of claim 1-9, it is characterised in that described to press in second dependence Dependence order and each unique identification's loading relied in node accordingly can run entity resource data, acquisition accordingly may be used The step of run entity, includes：

When in second dependence one dependence node have prestore can run entity resource data when, directly add The resource data that can be run described in load, acquisition accordingly can run entity；

When in second dependence one dependence node do not prestore can run entity resource data when, utilize The resource module for relying on node carries out resource conversion, and acquisition accordingly can run entity.
A kind of 15. front end engineering construction device, it is characterised in that including：

Prestore module, for obtain and store in advance respectively can be between run entity the first dependence, can run entity Resource data；First dependence and the resource data according to can run entity unique identification's storage； It is described can the unique identification of run entity obtained according to corresponding resource data；

Unique identification's acquisition module, for after the task of structure front end engineering is received, respectively being provided according to the front end engineering The resource data of source module, obtain accordingly can run entity unique identification；

Second dependence determining module, for according to described in can run entity unique identification and it is described first rely on close System, determine the second dependence of the front end engineering demand；

Can run entity acquisition module, for by the dependence order in second dependence and each relying in node only One property mark loading accordingly can run entity resource data, acquisition accordingly can run entity；

Front end engineering structure module, for according to can run entity complete the structure of front end engineering.
16. device according to claim 15, it is characterised in that it is described to prestore module, including：

Can run entity acquisition submodule, for front end engineering resource module for the first time be used for structure can run entity when, it is right The resource module carries out resource conversion, and acquisition can run entity；

Unique identification's acquisition submodule, for according to described in can resource module corresponding to run entity resource data, obtain It is described can run entity unique identification；

Sub-module stored, for according to the unique identification, the first dependence that storage respectively can be between run entity, it can transport The resource data of row entity.
17. device according to claim 16, it is characterised in that it is described can run entity acquisition submodule, including：

Resource converting unit, the recognizable money of browser is converted to for all types of resources in the resource file to the resource module Source, acquisition can run entities；

Static resource memory cell, the static resource for can recognize that browser in resource are separated and stored.
18. device according to claim 17, it is characterised in that the sub-module stored, including：

Static resource address replacement unit, for when it is described can static resource corresponding to run entity be separated after store when, will It is described the reference address of static resource to replace with may have access to after the static resource storage in the resource data of run entity Address；

First memory cell, for according to the unique identification, the first dependence that storage respectively can be between run entity with And replace address after can run entity resource data.
19. device according to claim 16, it is characterised in that unique identification's acquisition submodule, including：

Resource data acquiring unit, for obtain it is described can run entity resource data, the resource data includes：Assure reason Device version information and corresponding resource file routing information；

Unique identification's generation unit, for according to the package manager version information and corresponding resource file routing information generation For it is described can run entity unique identification.
20. device according to claim 19, it is characterised in that unique identification's generation unit, including：

First unique identification generates subelement, for when corresponding one of the resource module can run entity when, direct basis The package manager version information and corresponding resource file routing information generation for it is described can run entity unique identification；

Second unique identification generate subelement, for when the resource module correspond to it is multiple can run entity when, according to described Package manager version information and corresponding resource file routing information generation for it is described can run entity unique identification, and For the resource module accessory ID generation strategy, respectively described in generation can run entity unique identification.
21. device according to claim 16, it is characterised in that the sub-module stored, be additionally operable to for can each transport Row entity, with including it is described can run entity unique identification, it is described can run entity resource data, described run reality Body relied on can run entity unique identification structure, carry out structured storage.
22. device according to claim 16, it is characterised in that the sub-module stored, including：

Asynchronous loading module id generation unit, for for by can run entity rely on and belong to can one of Asynchronous loading or It is multiple can run entity, according to it is one or more of can run entity unique identification generate Asynchronous loading module it is unique Property mark；

Asynchronous loading module relies on setting unit, for being arranged to the first dependence of the Asynchronous loading module to rely on institute Stating one or more can run entity；

Second memory cell, for it is one or more of can the unique identification of run entity store corresponding resource data And it is described can run entity relied on can run entity unique identification.
23. device according to claim 22, it is characterised in that the sub-module stored, including：

3rd memory cell, for for need synchronously to load can run entity, with it is described can run entity uniqueness mark Know store corresponding resource data and it is described can run entity relied on can run entity unique identification.
24. the device according to claim 22 or 23, it is characterised in that the second dependence determining module, including：

Sub- dependency tiee determination sub-module, for when the front end engineering includes multiple projects, respectively according to each project The unique identification of included resource module and first dependence, it is determined that the sub- dependency tiee of each project；

Second dependence acquisition submodule, pass is always relied on for being one by the merger of dependence order by each sub- dependency tiee System tree, obtains second dependence.
25. device according to claim 24, it is characterised in that the second dependence acquisition submodule, including：

Total dependency tiee acquiring unit, for each sub- dependency tiee to be merged into total dependency tiee by loading sequence；

Delete unit, for by when one can run entity be relied on when both needed synchronously to load can run entity, also for One Asynchronous loading module relied on can run entity, then delete Asynchronous loading module institute described in total dependency tiee The described of dependence can run entity.
26. the device according to claim 22 or 23, it is characterised in that the second dependence determining module, including：

Asynchronous loading module id generates submodule, for when corresponding to one or more resource modules can run entity for can be asynchronous Loading can run entity, then according to corresponding unique identification generate Asynchronous loading module unique identification；

Second dependence determination sub-module, for corresponding to the resource module that synchronously loads as needed can run entity only One property mark, the unique identification of the Asynchronous loading module and first dependence, determine that the front end engineering needs The second dependence asked.
27. device according to claim 20, it is characterised in that unique identification's acquisition module, including：

Resource data acquisition submodule, for obtaining the resource data of the resource module, the resource data includes：Assure reason Device version information and corresponding resource file routing information；

Unique identification generates submodule, for when resource module has corresponding resource module accessory ID generation strategy, root According to the package manager version information and corresponding resource file routing information generation for it is described can run entity uniqueness mark Know, and be directed to the resource module accessory ID generation strategy, generate respectively described in can run entity unique identification.
28. according to the device described in any one of claim 15-23, it is characterised in that it is described can run entity acquisition module, Including：

First acquisition submodule, for when in second dependence one dependence node have prestore can run entity Resource data when, be loaded directly into the resource data that can be run, acquisition accordingly can run entity；

Second acquisition submodule, for running reality when what the dependence node in second dependence did not prestore During the resource data of body, resource conversion is carried out using the resource module of the dependence node, acquisition accordingly can run entity.
29. a kind of electronic equipment, it is characterised in that including：

Processor, memory and the computer program that can be run on the memory and on the processor is stored in, its It is characterised by, the front end engineering structure as described in any one in claim 1-14 is realized during the computing device described program Construction method.
30. a kind of readable storage medium storing program for executing, it is characterised in that when the instruction in the storage medium is held by the processor of electronic equipment During row so that electronic equipment is able to carry out the front end engineering construction method as described in any one in claim 1-14.