CN103164225A - Internet software architecture on-line evolution method based on hypergraph - Google Patents
Internet software architecture on-line evolution method based on hypergraph Download PDFInfo
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Abstract
The invention provides an internet software architecture on-line evolution method based on a hypergraph, aims to solve problems of unified and coordinated evolution in a large-scale complicated software system, and belongs to the technical field of software. The internet software architecture on-line evolution method based on the hypergraph includes that a construction member is divided into a base construction member layer, a service construction member layer and an application construction member layer. The construction member exists in static regions of different fields, and user application is in dynamic regions. An architecture with directed hypergraph representation internet software is used. On the basis that the architecture is represented by the hypergraph, performance of the hypergraph is utilized to solve the evolution problems such as additions and deletions, replacement and movement of the construction member or a connecting piece. By means of the internet software architecture on-line evolution method based on the hypergraph, expandability of a software architecture can be achieved, and self-adaption evolution of the large-scale complex software system is guaranteed.
Description
Technical field
The present invention relates to a kind of network configuration software architecture online evolution method based on hypergraph, belong to the software maintenance technical field.
Background technology
Member refers to the unit software that complete semantic, grammer are correct, reusable value is arranged, be can clear and definite identification in the software reuse process system, on structure, it is the complex of semantic description, communication interface and code.Network configuration software is a kind of new software forms of Internet epoch, comprise that a component is distributed in each node under the Internet environment, member that have the subject highlighting feature, and one group is used for supporting the web member that these software entitys are worked in coordination with various interactive modes.Along with the scale of software systems is increasing, the problems such as its availability, reliability more and more are difficult to guarantee.Still can provide continuously service, researcher to propose the method for some online evolutions in order to ensure member in reply external environment condition and user's request variation.At present, be the research to the member online evolution mostly, the research of carrying out online evolution for the architecture of the overall situation is relatively less.
Through the retrieval of prior art is found, Chinese patent application number 01136385.1 has been put down in writing a kind of online evolution method of component-based software.Set up the fine granularity administrative mechanism of member by synchronous regime, current floe condition and the buffer status of introducing member, utilize the method for the new loading procedure of structure, carry out the member heavy duty by component interface, realized carrying out the operation such as replacement, increase, deletion of member in software running process.The method has only been considered the evolution mode of this small grain size of member, does not relate to the evolution of architecture.
Further retrieval is found, Chinese patent application 200910044524.x, put down in writing a kind of software trust ensuring method based on system structure evolution, each stage of perception in the software environment procedure of adaptation, decision-making and execution is encapsulated as perception member, tactful connexon and behavior member, has preserved software architecture model and supported its online modification.But the architecture of the method is mainly reflected in the consistency maintenance parts, does not consider for architectural variations how to adjust Local Members when the evolution of member.
Further retrieval is found, Chinese patent application numbers 201010530576.0, put down in writing a kind of member online evolution method based on affairs, based on the affairs relation between relevant a plurality of members, leading subscriber can on-the-fly modify the member state by controller, under the prerequisite of system's continuous service, the inner structure of member, behavior etc. are dynamically updated.Same, the method is not considered to develop based on architecture yet.
In addition, in network configuration software, large complicated software need to be comprised of huge member, and member forms software by the web member dependence that connects, the not binary relation between two members just that web member is set up can be also the dependence between a plurality of members.If represent the architecture that is comprised of crisscross member with common figure, during generation, expense is very large, and the huge difficult processing of system figure.
In sum, in order to realize the extensibility of software architecture, guaranteeing the Adaptive evolution of large-scale complex software systems, is one of difficult point of network configuration software research based on the complex software online evolution of architecture.
Summary of the invention
The technology of the present invention is dealt with problems: in order to solve above-mentioned difficulties, provide a kind of network configuration software system structure evolution method based on hypergraph, realize the extensibility of software architecture, guarantee the Adaptive evolution of large-scale complex software systems.
The technology of the present invention solution comprises: member is divided into basal layer member, operation layer member and application layer member from bottom to top; Member is present in the static fields of different field, and user's application software is in dynamic domain; Use Directed Hypergraph to represent the architecture of network configuration software; On the basis that the architecture hypergraph represents, utilize the character of hypergraph, the evolution problem such as the additions and deletions of solution member or web member, replacement, migration.
The member layering specifically comprises: member is divided into from bottom to top three layers: basal layer member, operation layer member and application layer member.The basal layer member is generally the general basic component of a class that does not relate to business or domain knowledge; The operation layer member is generally by basic component, again with the first grade member of domain-specific business information; The application layer member is generally according to user's request, the coarsegrain member that forms by the composite service member.By web member set up in layer, the dependence of interlayer member.
Static fields, dynamic domain be specifically: the member of operation layer and application layer is deposited in respectively in different static fields according to the field under it.In user's dynamic domain, add user-dependent configuration information by the member in the link static fields, form user's application software.
Use Directed Hypergraph to represent that the architecture of network configuration software specifically comprises: by the component information that has in the reading element storehouse and the configuration information of user application software, the hypergraph of setting up architecture represents.The situation of disposing for display member, with infrastructure as the bottom in architecture, by all members of super limit connection server and its deploy.Situation for display member is disposed with the architecture bottom of infrastructure as network configuration software, connects all members of infrastructure and infrastructure deploy by super limit
Therefore, in the architecture hypergraph of network configuration software of the present invention represents, summit representative of consumer application, member, server, super limit represents web member, the dependence between a plurality of summits has been set up on super limit.Have three class hypergraphs:
(1) hypergraph of all members formation, expressed the dependence that reaches each level internals between basal layer, operation layer, application layer;
(2) hypergraph that in static fields, each field forms has been expressed the logical relation between the business component of field;
(3) each user's hypergraph in dynamic domain has embodied the user and has used the situation of using member.
Utilizing hypergraph to solve evolution problem specifically comprises:
The increase of member: be divided into the redaction that increases member and increase member.
Fashionable when there being new structural member to add, according to the level under member, add the summit in layer corresponding to hypergraph, if this member has other members of dependence, need to set up super limit.
The different editions of member shows as the object on summit in hypergraph.When the redaction of existing member adds component base, at first find this summit, if redaction is the correction to original member mistake, the replacement problem that transfers member to, if redaction has increased function, new object of member instantiation for this reason, and send message to the user who uses this member legacy version, whether inquiry replaces legacy version.
The deletion of member: a certain version that is divided into deletion member and deletion member.
When deleting a certain version of member, at first need to determine dynamic domain or this member place layer and whether depend on this version with the member in the upper strata, if Existence dependency, can not delete, if there is no rely on, according to the version information of this member, the object of respective vertices in the deletion hypergraph.
At first deletion deletes all objects on this summit during member, i.e. the version of execution in step deletion member, then, the super limit of deleting this summit and setting up with the lower floor summit.
The replacement of member: when mistake appears in component inside, need to enable new structural member the problem member is replaced.In order to guarantee the normal operation of system, before replacement, obtain complementary other members of member therewith by hypergraph, whether interface, the parameter of checking between member mates, and can carry out replacement operation afterwards just be proved to be successful.
The migration of member: when Component runtime CPU, memory usage high, perhaps the response time of member, when reliability QoS index can not satisfy requiring of user, member need to be moved on the better infrastructure of the external environment conditions such as CPU, internal memory.At first, find the summit that represents this member in hypergraph, search the consistent object of function, interface that whether exists member therewith to realize, if have judge whether this object satisfies user's demand, then obtain directly to depend on all super limits of problem member in hypergraph, namely revise the configuration of web member, allow web member point to this object and get final product; Otherwise, need this member is moved on an infrastructure that satisfies user's qos requirement, and revise the web member information that directly depends on this member, point to this member residing new address.
Develop complete after hypergraph corresponding to real-time update online all.
In order to reduce the algorithm computation complexity, hypergraph is converted to bigraph (bipartite graph): increased by a class super limit vertex set, replaced super limit to set up contact between original vertices by this summit.Like this, only have all the time from the beginning summit outflow sensing summit, limit, a limit, only needed for two steps just recall and to find the summit that depends on it.
The present invention's advantage and good effect compared with prior art is as follows:
(1) the present invention by the member of link in static fields in user's dynamic domain, all users share and use member, as long as add user's configuration information, just can form user's application system, do not need to be the User Exploitation system, when user's request changes, only need revise configuration information or member is developed and can satisfy, realize the extensibility of software architecture, guarantee the Adaptive evolution of large-scale complex software systems.
(2) the present invention is based on hypergraph and carry out Software Architecture Evolution, can set up dependence between a plurality of members by a super limit, the division of level makes evolution more clear.Use by member, territory, user the different hypergraphs that three dimensions form, one-piece construction and Dynamic Evolution that can omnibearing assurance complex software.
(3) in the present invention, hypergraph is converted to bigraph (bipartite graph) and finds the solution calculating, greatly reduce algorithm complex.
Description of drawings
Fig. 1 is the embodiments of the invention process flow diagram;
Fig. 2 is that the present invention uses hypergraph to represent the schematic diagram of network configuration software architecture;
Fig. 3 is that the present invention is transformed to hypergraph the schematic diagram of bigraph (bipartite graph);
Fig. 4 is the hypergraph presentation graphs that a certain user that the present invention obtains uses.
Embodiment
Below in conjunction with Figure of description, the specific embodiment of the present invention is described in detail.
As shown in Figure 1, the network configuration software architecture online evolution method based on hypergraph that the embodiment of the present invention is set up, complete by following process:
(1) build the network configuration software architecture: member is divided into basal layer member, operation layer member and application layer member from bottom to top, and component information is kept in component base.User's application software is in dynamic domain, is comprised of configuration file and required member, has recorded the requirement such as annexation, response time of required member in configuration file.The member of operation layer and application layer is deposited in respectively in different static fields according to the field under it, in user's dynamic domain, adds user-dependent configuration by the member in the link static fields, forms user's application software.
(2) use Directed Hypergraph to represent the architecture of network configuration software: by the component information that has in the reading element storehouse and the configuration information of user application software, the hypergraph of setting up architecture represents.Summit representative of consumer application, member, infrastructure, super limit represents web member, the dependence between a plurality of summits has been set up on super limit.
(3) when having new user to add described internetware system, at first fill in the relevant information of I and application Structural application software, as my name, company, Apply Names, affiliated field etc.; System with in static fields therewith the member of user's application traffic aided recommend the user and select; The user selects business component, is linked in the dynamic domain of oneself, and the information such as the flow process between configuration interface, member, constraint.Then, system carries out step 1 and step 2 operation, and the user just can use this application software.According to configuration information, generate the hypergraph that this user uses, join in whole architecture.
(4) the network configuration software architecture based on hypergraph is monitored, when perceiving the variation of user's request or external environment condition, is utilized the character of hypergraph, the evolution problem such as the additions and deletions of solution member, replacement, migration:
A. the increase of member: be divided into the redaction that increases member and increase member.
Fashionable when there being new structural member to add, according to component information, add the summit in the corresponding layer of hypergraph, if this member has other members of dependence, need to set up super limit.
The different editions of member shows as the object on summit in hypergraph.When the redaction of existing member adds component base, at first find this summit, if redaction is the correction to original member mistake, the replacement problem that transfers member to, if redaction has increased function, new object of member instantiation for this reason, and send message to the user who uses this member legacy version, whether inquiry replaces legacy version.
B. the deletion of member: a certain version that is divided into deletion member and deletion member.
When deleting a certain version of member, at first need to determine dynamic domain or this member place layer and whether depend on this version with the member in the upper strata, if Existence dependency, can not delete, if there is no rely on, according to the version information of this member, the object of respective vertices in the deletion hypergraph.
At first deletion deletes all objects on this summit during member, i.e. the version of execution in step deletion member, then, the super limit of deleting this summit and setting up with the lower floor summit.
C. the replacement of member: in order to guarantee the normal operation of system, before replacement, obtain complementary other members of member therewith by hypergraph, whether interface, the parameter of checking between member mates, and can carry out replacement operation afterwards just be proved to be successful.
D. the migration of member: when Component runtime CPU, memory usage high, perhaps the response time of member, when reliability QoS index can not satisfy requiring of user, member need to be moved on the better infrastructure of the external environment conditions such as CPU, internal memory.
As shown in Figure 2, as the summit in hypergraph, web member is set up dependence between user's application and business component, upper strata member and lower floor's member, this layer member as super limit with user's application software, member at all levels in the present invention.
Each member may have different versions, based on the data structure of hypergraph, a certain version table of member is shown an object of this member.
The situation of disposing for display member is with operations such as the replacement in convenient evolution the, migrations, with infrastructure as the bottom in architecture, by all members of super limit connection infrastructure and infrastructure deploy.
In order to reduce the algorithm computation complexity, the present invention is converted to bigraph (bipartite graph) with hypergraph, as shown in Figure 3.Increased by a class super limit vertex set, replaced super limit to set up contact between original vertices by this summit.Like this, only have all the time from the beginning summit outflow sensing summit, limit, a limit, only needed for two steps just recall and to find the summit that depends on it.
The three class hypergraphs that architecture management person can real time inspection network configuration software architecture forms: each user's hypergraph in the hypergraph that in the hypergraph that all members form, static fields, each field forms, dynamic domain.
As shown in Figure 4, during user's " software institute " application hypergraph represents, show that the user has used " bidding Management " this application layer member, it is comprised of " information on bidding issue " and " bid information inquiry " two business components, serves these basic components and business component depends on inquiry, interpolation, renewal, the database access of lower floor.In figure, content is that the frame table of E shows super limit node, sets up association between the summit by it.Change when perceiving external environment condition or user's request, when needing to develop a certain member or architecture, all need to obtain the dependence between member according to the architecture hypergraph of setting up, carrying out the corresponding operation of developing, and after evolution is completed the real-time update architecture.
The non-elaborated part of the present invention belongs to those skilled in the art's known technology.
The above; only be the embodiment in the present invention; but protection scope of the present invention is not limited to this; anyly be familiar with the people of this technology in the disclosed technical scope of the present invention; can understand conversion or the replacement expected; all should be encompassed in of the present invention comprise scope within, therefore, protection scope of the present invention should be as the criterion with the protection domain of claims.
Claims (7)
1. network configuration software architecture online evolution method based on hypergraph is characterized in that performing step is as follows:
The first step builds the network configuration software architecture;
Member is divided into basal layer member, operation layer member and application layer member from bottom to top; Described basal layer member refers to not relate to the general basic component of a class of business or domain knowledge; Described operation layer member is generally by basic component, again with the first grade member of field business information; The application layer member refers to according to user's request, the coarsegrain member that forms by the composite service member;
Described member is present in the static fields of different field, member title, numbering, member function information are kept in component base, user's application software is in dynamic domain, it is comprised of configuration file and required member, has recorded the requirement such as annexation, response time of required member in configuration file; The member of operation layer and application layer is deposited in respectively in different static fields according to the field under it, in user's dynamic domain, adds user-dependent configuration by the member in the link static fields, forms user's application software; Like this, all users share and use member, as long as add user's configuration information, just can form user's application system, do not need to be the User Exploitation system, when user's request changes, only need revise configuration information or member is developed and can satisfy, realize the extensibility of software architecture;
Second step uses Directed Hypergraph to represent the architecture of network configuration software, forms the network configuration software architecture based on hypergraph;
By the component information that has in the reading element storehouse and the configuration information of user application software, the hypergraph of setting up architecture represents; Situation for display member is disposed with the architecture bottom of infrastructure as network configuration software, connects all members of infrastructure and infrastructure deploy by super limit; Adopt during hypergraph represents in the network configuration software architecture, summit representative of consumer application, member, server, super limit represents web member, the dependence between a plurality of summits has been set up on super limit, has three class hypergraphs, that is:
(1) hypergraph of all members formation, expressed the dependence that reaches each level internals between basal layer, operation layer, application layer;
(2) hypergraph that in static fields, each field forms has been expressed the logical relation between the business component of field;
(3) each user's hypergraph in dynamic domain has embodied the user and has used the situation of using member;
The 3rd step, when having new user to add described internetware system, at first fill in the relevant information of I and application Structural application software, with in static fields therewith the member of user's application traffic aided recommend the user and select; The user selects business component, is linked in the dynamic domain of oneself, and flow process, constraint information between configuration interface, member; Then, carry out the operation of step 1 and step 2, the user just can use this application software;
The 4th step, adopt on the basis that hypergraph represents in the architecture of network configuration software, utilize the character of hypergraph, solve additions and deletions, replacement and the migration and evolution problem of member.
2. according to claim 1 based on the network configuration software architecture online evolution method of hypergraph, it is characterized in that: the increase of described member: be divided into the redaction that increases member and increase member, specific implementation is:
A. ought there be new structural member to add fashionable, according to the level under member, adds the summit in layer corresponding to hypergraph, if this member has the member except this member of dependence, need to set up super limit;
B. the different editions of member shows as the object on summit in hypergraph, when the redaction of existing member adds component base, at first find this summit, if redaction is the correction to original member mistake, the replacement problem that transfers member to, if redaction has increased function, new object of member instantiation for this reason, and send message to the user who uses this member legacy version, whether inquiry replaces legacy version.
3. according to claim 1 based on the network configuration software architecture online evolution method of hypergraph, it is characterized in that: the deletion of described member: be divided into a certain version of deletion member and deletion member, specific implementation is:
When a. deleting a certain version of member, at first need to determine dynamic domain or this member place layer and whether depend on this version with the member in the upper strata, if Existence dependency, can not delete, if there is no rely on, according to the version information of this member, the object of respective vertices in the deletion hypergraph;
When b. deleting member, at first delete all objects on this summit, execution in step a, then, the super limit of deleting this summit and setting up with the lower floor summit.
4. according to claim 1 based on the network configuration software architecture online evolution method of hypergraph, it is characterized in that: the replacement of described member: when mistake appears in component inside, need to enable new structural member the problem member is replaced; In order to guarantee the normal operation of system, before replacement, obtain complementary other members of member therewith by hypergraph, whether interface, the parameter of checking between member mates, and can carry out replacement operation afterwards just be proved to be successful.
5. according to claim 1 based on the network configuration software architecture online evolution method of hypergraph, it is characterized in that: the migration of described member is: when the response time of Component runtime CPU, memory usage or member, when reliability QoS index can not satisfy requiring of user, member need to be moved on the infrastructure of CPU, internal memory external environment condition, specific implementation is:
A. find the summit that represents this member in hypergraph, search the consistent object of function, interface that whether exists member therewith to realize, if having judge whether this object satisfies user's demand;
B. obtain directly to depend on all super limits of problem member in hypergraph, namely revise the configuration of web member, allow web member point to this object and get final product; Otherwise, need this member is moved on an infrastructure that satisfies user's qos requirement, and revise the web member information that directly depends on this member, point to this member residing new address.
6. according to claim 1 based on the network configuration software architecture online evolution method of hypergraph, it is characterized in that: internetware system hypergraph corresponding to real-time update online all after the described evolution of step 4 is completed.
7. according to claim 1 based on the network configuration software architecture online evolution method of hypergraph, it is characterized in that: in described step 2, in order to reduce the algorithm computation complexity, hypergraph is converted to bigraph (bipartite graph), that is: increased by a class super limit vertex set, replace super limit to set up contact between original vertices by this summit, only have so all the time a limit from the beginning to flow out and point to the summit, limit in the summit, only need two to go on foot just recall and to find the summit that depends on it.
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