CN103345386A - Software production method, device and operation system - Google Patents
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- CN103345386A CN103345386A CN2013102149340A CN201310214934A CN103345386A CN 103345386 A CN103345386 A CN 103345386A CN 2013102149340 A CN2013102149340 A CN 2013102149340A CN 201310214934 A CN201310214934 A CN 201310214934A CN 103345386 A CN103345386 A CN 103345386A
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Abstract
The invention discloses a software production method, device and operation system. The software production method is applied to the device and is used in the operation system. According to the software production method, a received service software requirement specification is divided into at least one target service component according to a preset rule, and a service logic and a service rule are formulated for each target service component; whether a content service component which agrees with the target service component exists in a preset service component base is searched; the content service component is directly invoked if the content service component exists; if the content service component does not exist, element components and a service model form the target service component, and the target service component is used as the content service component to be invoked. Therefore, the element components, the service model, a service logic process and the service rule can be flexibly assembled to be a service component and service software by using a non-coding scheme, wiring for source code is reduced, reusable degree is improved, and software production efficiency is improved.
Description
Technical field
The present invention relates to areas of information technology, particularly a kind of software production method, device and operational system.
Background technology
Development along with infotech, computer software has been applied in people's production and the various fields in life, and software development is the process that builds the software section in software systems or the system according to customer requirements, comprises demand seizure, demand analysis, system's design, a series of processes such as coding realization, test and maintenance.
When the internet, applications epoch arrive, the performance history of member still is towards the manual mode of source code in the computer software, though, some SDK (Software Development Kit) provide the source code generation method based on template, the user simplifies the development amount by expanding its business function, but the production efficiency of software industry does not still have the raising of the order of magnitude.
Therefore, thus in current software development process, have source code One's name is legion, the low low problem of software development efficiency that causes of reusable degree.
Summary of the invention
The invention provides a kind of software production method, device and running environment, to solve the low problem of software development efficiency in the prior art.
Concrete technical scheme is as follows:
A kind of software production method, described method comprises:
Receive the business software requirement specification;
According to preset rules described business software requirement specification is divided at least one target service member;
Each described target service member is formulated service logic flow process and business rule;
Each described target member is retrieved in default business component storehouse, when having the content service member consistent with described target service member in the described default business component storehouse, then call described content service member, when not having the content service member consistent with described target service member in the described default business component storehouse, then utilize business model and first assembly to construct described target service member, and described target service member is called as the content service member;
According to described service logic flow process and business rule, described content service member is assembled into the business software that meets requirement specification.
Preferably, the described process of utilizing business model and first assembly to construct described target service member comprises:
Whether retrieval exists the business model that meets business model specification in the described target service member in the default business model storehouse, if, then call, if not, then according to described business model specification, obtain meeting the business model of described business model specification;
Whether there is the first assembly that meets first assembly specification in the described target service member in the default first Component Gallery of retrieval, if, then call, if not, then according to described first assembly specification, obtain meeting first assembly of described first assembly specification;
Described business model and the described first assembly that meets first assembly specification that meets the business model specification is assembled into described target service member.
Preferably, the described business model specification of described foundation, the process that obtains meeting the business model of described business model specification comprises:
According to described business model specification, produced the business model that meets described business model specification by the business model production line.
Preferably, the described first assembly specification of described foundation, the process that obtains meeting first assembly of described first assembly specification comprises:
According to described first assembly specification, produced the first assembly that meets described first assembly specification by first assembly production line.
A kind of software process units, described device comprises: receiver module, division module, formulation module, retrieval module and Knockdown block;
Wherein, described receiver module is used for, and receives the business software requirement specification;
Described division module is used for, and according to preset rules described business software requirement specification is divided at least one target service member;
Described formulation module is used for, and each described target service member is formulated service logic flow process and business rule;
Described retrieval module is used for, each described target member is retrieved in default business component storehouse, when having the content service member consistent with described target service member in the described default business component storehouse, then call described content service member, when not having the content service member consistent with described target service member in the described default business component storehouse, then utilize business model and first assembly to construct described target service member, and described target service member is called as the content service member;
Described Knockdown block is used for, and according to described service logic flow process and business rule, described content service member is assembled into the business software that meets requirement specification.
A kind of running software system, described system comprises: service server and software process units;
Wherein, described service server is used for, and calls business software when instruction when receiving, and starts with described business software to instruct corresponding business component analytics engine, first assembly analytics engine, business model analytics engine and operation flow analytics engine;
Wherein, first assembly and business model in the described business component analytics engine proxy call business component;
Described first assembly analytics engine calls first assembly;
Described business model engine maintenance business model;
Described business process engine is carried out described service logic flow process and business rule, and calls described business component.
A kind of running software system, described system comprises: service server, service managerZ-HU and software process units;
Wherein, described service managerZ-HU comprises: business service is disposed device;
Described business service is disposed device and is used for, call business software when instruction when receiving, to with described business software instruction corresponding service member analytics engine, first assembly analytics engine, business model analytics engine and operation flow analytics engine deployment being installed, start business component analytics engine, first assembly analytics engine, business model analytics engine and the operation flow analytics engine corresponding with described business software instruction by described service server;
Wherein, first assembly and business model in the described business component analytics engine proxy call business component;
Described first assembly analytics engine calls first assembly;
Described business model engine maintenance business model;
Described business process engine is carried out described service logic flow process and business rule, and calls described business component.
Preferably, described service managerZ-HU also comprises: the service safe watch-dog;
Described service safe watch-dog is used for, and gathers each business service and calls the authority sign indicating number, when described authority sign indicating number and code presupposition are inconsistent, then trigger and reports to the police, if consistent, then can not trigger warning.
Preferably, described service managerZ-HU also comprises: the quality of service monitor device;
Described quality of service monitor device is used for, gather the shared central processing unit resource data of each business service and memory resource data, described central processing unit resource data and described memory resource data are analyzed, judge whether described central processing unit resource data and described memory resource data meet pre-conditioned, if, then can not trigger warning, if not, then trigger and report to the police.
As can be seen from the above technical solutions, among the present invention the business software requirement specification that receives is divided at least one target service member according to preset rules, each described target service member is formulated service logic flow process and business rule, whether there be the content service member consistent with described target service member in the business component storehouse that retrieval is preset, if have, directly call, if not, then construct described target service member by first assembly and business model, and described target service member called as the content service member, make first assembly, business model, service logic flow process and business rule can adopt non-coded system to be assembled into business component and business software flexibly, thereby reduce writing source code, improve the reusable degree, realized the raising of software production efficiency.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, to do to introduce simply to the accompanying drawing of required use in invention or the description of the Prior Art below, apparently, the accompanying drawing that describes below only is some embodiment that put down in writing among the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the embodiment of the invention one disclosed a kind of software production method schematic flow sheet;
Fig. 2 is the described business model specification of the disclosed a kind of foundation of the embodiment of the invention, obtains meeting the process synoptic diagram of the business model of described business model specification;
Fig. 3 is the embodiment of the invention two disclosed a kind of software process units structural representations;
Fig. 4 is the embodiment of the invention three disclosed a kind of running software system architecture synoptic diagram;
Fig. 5 is the embodiment of the invention four disclosed a kind of running software system architecture synoptic diagram.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to protection scope of the present invention not making the every other embodiment that obtains under the creative work prerequisite.
The embodiment of the invention one discloses a kind of software production method, and referring to shown in Figure 1, described method comprises:
Step S101: receive the business software requirement specification;
Wherein, described business software requirement specification refers to wait the user's request of the system of developing software, functional requirement as hospital's medicine management system, comprise the medical procurement planning management, the medicine supplies management, the medicine warehouse-in, outbound, function such as take inventory, the medical procurement planning management can be a business component, only relate to the procurement plan business, as plan to generate, plan is adjusted and the plan execution comes into force etc., if this business component is divided too for a short time, then the function of procurement plan is incomplete, if be embedded in the medicine supply business component, then be not easy to this multiplexing functions in the discrepant new projects of business demand.
Step S102: described business software specification is divided at least one target service member according to preset rules;
Wherein, can described business software specification be divided at least one target service member according to the minimum particle size principle in the present embodiment, that is to say that the target service member that is divided into will satisfy functional completeness and minimization principle, make business component that the chances that are re-used can be arranged more.
Step S103: each described target service member is formulated service logic flow process and business rule;
Wherein, the purpose of formulating service logic flow process and business rule for each described target service member is after all described target service members are ready, on service application product assembly line, assemble according to service logic flow process and business rule, and it is deployed in the service server.
Step S104: each described target member is retrieved in default business component storehouse, when judging whether in described default business component storehouse, to have the content service member consistent with described target service member, if, execution in step S105, if not, execution in step S106;
Step S105: then call described content service member;
Step S106: then utilize business model and first assembly to construct described target service member, and described target service member is called as the content service member;
Wherein, described content service member is to be made of first assembly and business model, and described first assembly then is stored in first Component Gallery in advance, has stored a large amount of shared first assembly of having saved bit by bit by having accumulated over a long period in described first Component Gallery;
Described business model also is stored in the business model storehouse in advance, has also stored a large amount of general business models in the described business model storehouse;
Utilize business model and first assembly to construct in the process of described target service member, need retrieval whether to have the business model that meets the business model specification and whether have the first assembly that meets first assembly specification, and these two processes are two parallel processes, referring to shown in Figure 2, specifically comprise:
Step S201: whether retrieval exists the business model that meets business model specification in the described target service member in the default business model storehouse, if, execution in step S202 then, if not, execution in step S203 then;
In addition, in retrieving default business model storehouse, exist with described target service member in during the similar business model of the business model of business model specification, then it is transplanted upgrading, and is stored in the described default business model storehouse, so that the later stage calls;
Step S202: call;
Step S203: according to described business model specification, obtain meeting the business model of described business model specification;
Wherein, according to described business model specification, produced the business model that meets described business model specification by the business model production line;
Described business model production line also can be understood as the business model designer, after business model specification (namely describing professional data structure) is determined, business development personnel (non-development of software technology personnel) just can make the business model that computing machine can be understood and handle by the business model production line, and make up automatically database structure and with database interworking entity (being responsible for execution by the service resolution engine).In most cases, one or several list structure of business model meeting correspondence database.A service application project tends to relate to tens even a hundreds of business model;
In addition, described business model production line is the software program of the desktop application pattern, C/S model, B/S pattern or the cloud computing pattern that are formed by a kind of language among Java, C, C++, C#, JavaScript, VBScript, Python, Perl, Basic, the Pascal or multilingual mixed developing.
Step S204: whether there is the first assembly that meets first assembly specification in the described target service member in the default first Component Gallery of retrieval, if, execution in step S205 then, if not, execution in step S206 then;
In addition, in retrieving default first Component Gallery, exist with described target service member in during the similar first assembly of first assembly of first assembly specification, then it is transplanted upgrading, and is stored in the first Component Gallery of described default business, so that the later stage calls;
Step S205: call;
Step S206: according to described first assembly specification, obtain meeting first assembly of described first assembly specification;
Wherein, development of software technology personnel utilize software manufacturing tool design and coding to realize first assembly according to first assembly specification (function and performance requirement), and add first Component Gallery, and first assembly is upright operation not only, and it is the part that business component is formed.
Step S207: described business model and the described first assembly that meets first assembly specification that meets the business model specification is assembled into described target service member;
Wherein, the business component production line is assembled business model and first assembly according to business software requirement specification (function and performance requirement), can enough manage business required data, logic and man-machine interaction.
Described business component production line also is the software program of the desktop application pattern, C/S model, B/S pattern or the cloud computing pattern that are formed by a kind of language among Java, C, C++, C#, JavaScript, VBScript, Python, Perl, Basic, the Pascal or multilingual mixed developing.
Step S107: according to described service logic flow process and business rule, described content service member is assembled into the business software that meets requirement specification;
Wherein, utilize the present embodiment disclosed method, described first assembly, described business model, described service logic flow process and described business rule can be separated, when needs structure business software, then adopt non-coded system to assemble the business component that described business software needs flexibly, produce described business software by described business component again, thereby can produce satisfactory business software according to client's demand, and, the business software that meets customer demand of production that can be a large amount of.
Present embodiment discloses a kind of software production method, in the described method business software requirement specification that receives is divided at least one target service member according to preset rules, each described target service member is formulated service logic flow process and business rule, whether there be the content service member consistent with described target service member in the business component storehouse that retrieval is preset, if have, directly call, if not, then construct described target service member by first assembly and business model, and described target service member called as the content service member, make first assembly, business model, service logic flow process and business rule can adopt non-coded system to be assembled into business component and business software flexibly, thereby reduce writing source code, improve the reusable degree, realized the raising of software production efficiency.
The embodiment of the invention two discloses a kind of software process units, and referring to shown in Figure 3, described device comprises: receiver module 101, division module 102, formulation module 103, retrieval module 104 and Knockdown block 105;
Wherein, described receiver module 101 is used for, and receives the business software requirement specification;
Described division module 102 is used for, and according to preset rules described business software requirement specification is divided at least one target service member;
Described formulation module 103 is used for, and each described target service member is formulated service logic flow process and business rule;
Described retrieval module 104 is used for, each described target member is retrieved in default business component storehouse, when having the content service member consistent with described target service member in the described default business component storehouse, then call described content service member, when not having the content service member consistent with described target service member in the described default business component storehouse, then utilize business model and first assembly to construct described target service member, and described target service member is called as the content service member;
Described Knockdown block 105 is used for, and according to described service logic flow process and business rule, described content service member is assembled into the business software that meets requirement specification.
Present embodiment discloses a kind of software process units, described device is divided at least one target service member with the business software requirement specification that receives according to preset rules, each described target service member is formulated service logic flow process and business rule, whether there be the content service member consistent with described target service member in the business component storehouse that retrieval is preset, if have, directly call, if not, then construct described target service member by first assembly and business model, and described target service member called as the content service member, make first assembly, business model, service logic flow process and business rule can adopt non-coded system to be assembled into business component and business software flexibly, thereby reduce writing source code, improve the reusable degree, realized the raising of software production efficiency.
The embodiment of the invention three discloses a kind of running software system, and referring to shown in Figure 4, described system comprises: service server 201 and embodiment two disclosed software process units 202;
Wherein, described service server 201 is used for, when receiving the business software instruction of calling the method exploitation of using embodiment one, start business component analytics engine, first assembly analytics engine, business model analytics engine and the operation flow analytics engine corresponding with described business software instruction;
Wherein, first assembly and business model in the described business component analytics engine proxy call business component;
Need to prove that described business component analytics engine is to create business component example, the first assembly analytics engine of agency and business model analytics engine according to the business component description document to call first assembly service and business model service in the business component;
Described first assembly analytics engine calls first assembly;
Need to prove that described first assembly analytics engine is to create first assembly example according to first assembly description document at server to call first assembly;
Described business model analytics engine maintenance service model;
Need to prove that the business model analytics engine is to create, safeguard and call business model according to the business model description document;
Described operation flow analytics engine is carried out described service logic flow process and business rule, and calls described business component;
Need to prove that the operation flow analytics engine is carried out operation flow and business rule according to the business software description document, substitute service member analytics engine is carried out the member service;
In addition, above-mentioned four kinds of analytics engines all will be given business service by the message that service bus is transmitted separately, and described business service is a kind of execute form that first assembly, business model and business component externally provide business function;
Described service bus is by the realization of middleware infrastructure product technology, by event-driven with based on the XML message engine, be used for providing reliable news transmission, service access, protocol conversion, Data Format Transform, content-based functions such as route, physical location, agreement and the data layout of shielding service;
And described service server can carry various analytics engines, service bus and business service by one or more physical server, if be made up of many physical servers, then needs the balanced software of installation load to optimize performance.
Present embodiment discloses a kind of running software system, described system comprises service server and software process units, wherein, described service server is used for, when receiving the business software instruction of the method exploitation of using embodiment one, start with described business software and instruct corresponding business component analytics engine, first assembly analytics engine, business model analytics engine and operation flow analytics engine, realized under described running software system, the software of developing being moved.
The embodiment of the invention four discloses a kind of running software system, and referring to shown in Figure 5, described system comprises: service server 301, service managerZ-HU 302 and embodiment two disclosed software process units 303;
Wherein, described service managerZ-HU 302 comprises: business service is disposed device 401;
Described business service is disposed device 401 and is used for, when receiving the business software instruction of calling the method for claim 1 exploitation, to with described business software instruction corresponding service member analytics engine, first assembly analytics engine, business model analytics engine and operation flow analytics engine deployment being installed, start business component analytics engine, first assembly analytics engine, business model analytics engine and the operation flow analytics engine corresponding with described business software instruction by described service server 301;
Wherein, first assembly and business model in the described business component analytics engine proxy call business component;
Described first assembly analytics engine calls first assembly;
Described business model analytics engine maintenance service model;
Described operation flow analytics engine is carried out described service logic flow process and business rule, and calls described business component;
Need to prove, described business service is disposed device and is adopted the hot plug mode to dispose first assembly service and all kinds of business description file, need not just can directly move on server through compiling after making business service be customized exploitation, realization is exempted from the i.e. system of source code and is namely used the formula software mode of production.
In addition, described service managerZ-HU 302 also comprises: service safe watch-dog 402;
Described service safe watch-dog 402 is used for, and gathers each business service and calls the authority sign indicating number, when described authority sign indicating number and code presupposition are inconsistent, then trigger and reports to the police, if consistent, then can not trigger warning.
Described service managerZ-HU 302 also comprises: quality of service monitor device 403;
Described quality of service monitor device 403 is used for, gather the shared central processing unit resource data of each business service and memory resource data, described central processing unit resource data and described memory resource data are analyzed, judge whether described central processing unit resource data and described memory resource data meet pre-conditioned, if, then can not trigger warning, if not, then trigger and report to the police;
We can say that described service managerZ-HU is similar to installation unloading manager, performance monitor and the safety virus killing service software of windows.Therefore, service managerZ-HU is a bypass member, and is just easier in order to allow described service server use;
And, but above-mentioned four kinds of analytics engines and described service managerZ-HU are the software program for execution by a kind of language among Java, C, C++, C#, Python, Basic, the Pascal or the exploitation of multiple hybrid language.
Present embodiment discloses a kind of running software system, described system comprises: service server, service managerZ-HU and software process units, wherein, comprise in the described service managerZ-HU: business service is disposed device, service safe watch-dog and service quality monitor, described business service is disposed device and is used for, four analytics engines in the described service server are installed deployment, described service safe watch-dog is used for, whether monitor calling of each business service proper, if not, then triggering and report to the police, described quality of service monitor device is used for, whether monitor the shared central processing unit resource data of each business service and memory resource data satisfies pre-conditioned, if not, then trigger and report to the police, as seen, it is easier that described service managerZ-HU can make service server use, but also can monitor its quality and security.
Each embodiment adopts the mode of going forward one by one to describe in this instructions, and what each embodiment stressed is and the difference of other embodiment that identical similar part is mutually referring to getting final product between each embodiment.For the disclosed device of embodiment, because it is corresponding with the embodiment disclosed method, so description is fairly simple, relevant part partly illustrates referring to method and gets final product.
To the above-mentioned explanation of the disclosed embodiments, make this area professional and technical personnel can realize or use the present invention.Multiple modification to these embodiment is apparent to those skilled in the art, and defined General Principle can realize under the situation that does not break away from the spirit or scope of the present invention in other embodiments herein.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet the wide region consistent with principle disclosed herein and features of novelty.
Claims (9)
1. a software production method is characterized in that, described method comprises:
Receive the business software requirement specification;
According to preset rules described business software requirement specification is divided at least one target service member;
Each described target service member is formulated service logic flow process and business rule;
Each described target member is retrieved in default business component storehouse, when having the content service member consistent with described target service member in the described default business component storehouse, then call described content service member, when not having the content service member consistent with described target service member in the described default business component storehouse, then utilize business model and first assembly to construct described target service member, and described target service member is called as the content service member;
According to described service logic flow process and business rule, described content service member is assembled into the business software that meets requirement specification.
2. method according to claim 1 is characterized in that, the described process of utilizing business model and first assembly to construct described target service member comprises:
Whether retrieval exists the business model that meets business model specification in the described target service member in the default business model storehouse, if, then call, if not, then according to described business model specification, obtain meeting the business model of described business model specification;
Whether there is the first assembly that meets first assembly specification in the described target service member in the default first Component Gallery of retrieval, if, then call, if not, then according to described first assembly specification, obtain meeting first assembly of described first assembly specification;
Described business model and the described first assembly that meets first assembly specification that meets the business model specification is assembled into described target service member.
3. method according to claim 2 is characterized in that, the described business model specification of described foundation, and the process that obtains meeting the business model of described business model specification comprises:
According to described business model specification, produced the business model that meets described business model specification by the business model production line.
4. method according to claim 2 is characterized in that, the described first assembly specification of described foundation, and the process that obtains meeting first assembly of described first assembly specification comprises:
According to described first assembly specification, produced the first assembly that meets described first assembly specification by first assembly production line.
5. a software process units is characterized in that, described device comprises: receiver module, division module, formulation module, retrieval module and Knockdown block;
Wherein, described receiver module is used for, and receives the business software requirement specification;
Described division module is used for, and according to preset rules described business software requirement specification is divided at least one target service member;
Described formulation module is used for, and each described target service member is formulated service logic flow process and business rule;
Described retrieval module is used for, each described target member is retrieved in default business component storehouse, when having the content service member consistent with described target service member in the described default business component storehouse, then call described content service member, when not having the content service member consistent with described target service member in the described default business component storehouse, then utilize business model and first assembly to construct described target service member, and described target service member is called as the content service member;
Described Knockdown block is used for, and according to described service logic flow process and business rule, described content service member is assembled into the business software that meets requirement specification.
6. a running software system is characterized in that, described system comprises: service server and software process units as claimed in claim 5;
Wherein, described service server is used for, when receiving the business software instruction of calling according to the method for claim 1 exploitation, start with described business software and instruct corresponding business component analytics engine, first assembly analytics engine, business model analytics engine and operation flow analytics engine;
Wherein, first assembly and business model in the described business component analytics engine proxy call business component;
Described first assembly analytics engine calls first assembly;
Described business model analytics engine maintenance service model;
Described operation flow analytics engine is carried out described service logic flow process and business rule, and calls described business component.
7. a running software system is characterized in that, described system comprises: service server, service managerZ-HU and software process units as claimed in claim 5;
Wherein, described service managerZ-HU comprises: business service is disposed device;
Described business service is disposed device and is used for, when receiving the business software instruction of calling the method for claim 1 exploitation, to with described business software instruction corresponding service member analytics engine, first assembly analytics engine, business model analytics engine and operation flow analytics engine deployment being installed, start business component analytics engine, first assembly analytics engine, business model analytics engine and the operation flow analytics engine corresponding with described business software instruction by described service server;
Wherein, first assembly and business model in the described business component analytics engine proxy call business component;
Described first assembly analytics engine calls first assembly;
Described business model analytics engine maintenance service model;
Described operation flow analytics engine is carried out described service logic flow process and business rule, and calls described business component.
8. system according to claim 7 is characterized in that, described service managerZ-HU also comprises: the service safe watch-dog;
Described service safe watch-dog is used for, and gathers each business service and calls the authority sign indicating number, when described authority sign indicating number and code presupposition are inconsistent, then trigger and reports to the police, if consistent, then can not trigger warning.
9. system according to claim 7 is characterized in that, described service managerZ-HU also comprises: the quality of service monitor device;
Described quality of service monitor device is used for, gather the shared central processing unit resource data of each business service and memory resource data, described central processing unit resource data and described memory resource data are analyzed, judge whether described central processing unit resource data and described memory resource data meet pre-conditioned, if, then can not trigger warning, if not, then trigger and report to the police.
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| CN112540754B (en) * | 2020-12-04 | 2021-09-07 | 中科三清科技有限公司 | Component multiplexing method and device based on B/S architecture, electronic equipment and storage medium |
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