CN101197812B - System and method for implementing page invocation - Google Patents
System and method for implementing page invocation Download PDFInfo
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- CN101197812B CN101197812B CN2006101531126A CN200610153112A CN101197812B CN 101197812 B CN101197812 B CN 101197812B CN 2006101531126 A CN2006101531126 A CN 2006101531126A CN 200610153112 A CN200610153112 A CN 200610153112A CN 101197812 B CN101197812 B CN 101197812B
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Abstract
The invention discloses a system and a method for achieving the page calling process, the system mainly comprises an element scheduler, an element allocator and a page element unit; the method mainly comprises the following steps: the element scheduler receives a user request carried with a business process identification, and acquires element configuration principle corresponding to the business process identification stored by the element allocator as well as acquires information of the page element unit; the element scheduler determines the page element unit required to be called currently according to the element configuration principle, and calls the page element unit correspondingly according to the information from the page element unit. When a page or a page execution sequence in the business process needs a change or a dynamic configuration, only the element configuration principle is needed to be changed, the whole system is unnecessary to change, therefore, the system provided by the invention is a system provided with a light level frame, the flexibility of the business process is greatly improved so as to contribute to the expansion of the business process very much.
Description
Technical field
The present invention relates to data communication field, be meant a kind of system and method for realizing page invocation especially.
Background technology
In the World Wide Web (Web) of sandwich construction is used, Web develops employed HTML (Hypertext Markup Language) (Hypertext Transfer Protocol, Http) has the limitation that stateless characteristic and renewal of the page need refresh full page again, storage mode to page object is very simple, the general mode such as Hidden field that adopts is stored the related service data in the operation flow, or adopt conversational mode with the related service storage in the operation flow in server end.The stateless characteristic of Http is meant that the processing between each Http request all is relatively independent, when promptly handling current Http request, and has all carried out what operation when handling each Http request before unclear.The Hidden field mode is stored and be meant that the mode of hiding for those business datum that need not embody employings is stored in the page on the page.When carrying out page circulation, when promptly circulating to next page by current page, current page is passed to next page with the business datum of storage, and next page is stored the related service data in the Hidden field mode, for using in the subsequent treatment.
Fig. 1 is page invocation implementation one schematic diagram in the prior art, as shown in Figure 1, after controller 1 is received the Http request, determine to handle class unit 1 according to the operation flow sign of carrying in the Http request, handle class unit 1 according to operation flow sign invoking page unit 1, the user carries out end of operation to units of pages 1, and in the time of need carrying forward face, units of pages 1 is called the respective page unit according to the purpose page notification controller 2 of configuration; Controller 2 determines to handle class unit 2 according to the operation flow sign, handles class unit 2 according to operation flow sign invoking page unit 2, thereby realizes by the circulation of the page 1 to the page 2.
When adopting the related service data of Hidden field mode storage service flow process, when units of pages 1 is called the respective page unit at notification controller 2, also need the business datum that units of pages 1 is stored with Stealth Modus is passed to controller 2, by controller 2 these business datums are offered units of pages 2 then, units of pages 2 is still stored these business datums with Stealth Modus, finally makes units of pages 2 can obtain related service data in the operation flow.
In the existing page invocation implementation one, need be in units of pages the configuration purpose units of pages, promptly need the units of pages called, that is to say, by a page to the circulation of another page is pre-configured, like this, because the call relation of units of pages is fixed, operation flow can't be carried out dynamic-configuration and be related to the dynamic change of link, if related link need be changed or expand to operation flow, then must carry out a large amount of modifications, make system framework too thick and heavy, realize extremely dumbly, be unfavorable for the expansion of operation flow.
Fig. 2 is page invocation implementation two schematic diagrames in the prior art, as shown in Figure 2, after page stream controller is received the Http request, determine page stream unit 1 according to the operation flow sign of carrying in the Http request, page stream unit 1 is according to operation flow sign invoking page unit 1, the user carries out end of operation to units of pages 1, in the time of need carrying forward face, units of pages 1 is obtained the target pages of configuration by page stream unit 1, call the respective page unit according to target pages Notifications page stream controller then, page stream controller is determined page stream unit 2 according to the operation flow sign, page stream unit 2 is according to operation flow sign invoking page unit 2, thereby realization is by the circulation of the page 1 to the page 2.
If adopt the related service data of Hidden field mode storage service flow process, then units of pages 1 is when the Notifications page stream controller calls the respective page unit, also need the business datum of units of pages 1 is passed to page stream controller, can obtain related service data in the operation flow finally to make units of pages 2.
In the existing page invocation implementation two, need flow configuration purpose units of pages in the unit, promptly need the units of pages called at the page, that is to say, by a page to the circulation of another page also is pre-configured, like this, identical with implementation one, operation flow can't be carried out dynamic-configuration equally and be related to the dynamic change of link, if related link need be changed or expand to operation flow, then still need to carry out a large amount of modifications, make system framework too thick and heavy, realize extremely dumbly, be unfavorable for the expansion of operation flow.In addition, because the regulation that this system need defer to is too much, therefore the processing sequence of limit service flow process, when using two pairs of existing systems of implementation to move, will pay very big cost greatly, as changing system configuration again, the control point of change operation flow.
In sum, no matter be implementation one or implementation two, the call relation of units of pages is pre-configured in the operation flow, like this, the circulation direction of the page is exactly what set, can't carry out dynamic-configuration, when operation flow need change, when promptly the call relation of the page changes, need be configured again, cause the workload changed very big, make framework thick and heavy, be unfavorable for the expansion and the flexible configuration of operation flow.
In addition, no matter be implementation one or implementation two, except adopting the related service data of Hidden field mode storage service flow process, also can adopt the related service data of conversational mode storage service flow process.When adopting the related service data of Hidden field mode storage service flow process, the complicated business data passes of striding the page can compare difficulty.When adopting the related service data of conversational mode storage service flow process, to all be stored on the server corresponding to the related service data of same session, in the processing procedure, provide these related service data by server to units of pages, like this, if the quantity of client is more, can make the server end data quantity stored excessive, cause the storage resources anxiety.
Summary of the invention
The invention provides a kind of system and method for realizing page invocation, make that the realization of page invocation can be expanded flexibly in the operation flow; Further, a kind of system and method for realizing page invocation that proposes according to the present invention is to solve the problem that business datum is stored and transmitted in the existing business flow process.
The system of realization page invocation provided by the invention comprises: arrangement of components device, component dispatcher and page assembly unit, wherein, described arrangement of components device is used for memory module configuration rule and assembly full dose information, and arrangement of components rule and page assembly unit information are provided; Described component dispatcher is used to receive the user's request that carries the operation flow sign, obtain arrangement of components rule corresponding to the operation flow sign, obtain related pages assembly unit information, and, call described page assembly unit according to the page assembly unit information of this page assembly unit according to the page assembly unit that current needs in the definite operation flow of arrangement of components rule call; Described page assembly unit is used for according to calling, and starts and pushes the page to the user, operates according to user's input;
Described page assembly unit is further used for providing pointer information;
When described component dispatcher is further used for determining that according to the pointer information received needs enter the next page assembly unit, determine the page assembly unit that needs call according to the arrangement of components rule, call described page assembly unit according to the page assembly unit information of this page assembly unit then.
The method of realization page invocation provided by the invention comprises: receive the user's request that carries the operation flow sign, obtain the arrangement of components rule corresponding to the operation flow sign, and obtain related pages assembly unit information; Determine the page assembly unit that current needs call according to described arrangement of components rule, call described page assembly unit according to the page assembly unit information of this page assembly unit; The page assembly unit starting also pushes the page to the user, operates according to user's input;
The pointer information that component dispatcher provides according to the page assembly unit judges whether the current business flow process finishes, if then directly finish the current business flow process; Otherwise, determine the page assembly unit that current needs call according to described arrangement of components rule, call described page assembly unit according to the page assembly unit information of this page assembly unit, this page assembly unit starting also pushes the page to the user, operates according to user's input.
Description of drawings
Among the present invention, component dispatcher receives the user's request that carries the operation flow sign, the arrangement of components rule corresponding to the operation flow sign of securing component configurator storage, and obtain the page assembly unit information; Component dispatcher is determined the page assembly unit that current needs call according to the arrangement of components rule, call the respective page assembly unit according to the information of this page assembly unit, make the page invocation in the operation flow control according to the arrangement of components rule by component dispatcher, when the execution sequence of the page that relates in the operation flow or the page need change or during dynamic-configuration, only need change and get final product the arrangement of components rule, need not whole system is changed, make that system provided by the invention is the system with lightweight frame, improve the flexibility that operation flow realizes greatly, be very beneficial for the expansion of operation flow.
In addition, can realize the storage and the transmission of business datum among the present invention by data bus unit, the transmission of the complex data of striding the page when avoiding adopting Hidden field mode storage service data, and the storage resources anxiety when avoiding adopting conversational mode storage service data.
In addition, the present invention also can be provided for pretreated blocker between component dispatcher and page assembly unit, the common logic that extracts in the encapsulation operation flow in the blocker, so that can only encapsulate the service logic that is directed to operation flow in the page assembly unit, make that the realization of operation flow is more clear.
Fig. 1 is page invocation implementation one schematic diagram in the prior art;
Fig. 2 is page invocation implementation two schematic diagrames in the prior art;
Fig. 3 A is a structural representation of realizing the system of page invocation in the embodiment of the invention one;
Fig. 3 B is a structural representation of realizing the system of page invocation in the embodiment of the invention two;
Fig. 3 C is a structural representation of realizing the system of page invocation in the embodiment of the invention three;
Fig. 3 D is a structural representation of realizing the system of page invocation in the embodiment of the invention four;
Embodiment
Fig. 4 is a page assembly cellular construction schematic diagram in the embodiment of the invention;
Fig. 5 is a flow chart of realizing page invocation in the embodiment of the invention one;
Fig. 6 is a flow chart of realizing page invocation in the embodiment of the invention two.
Because professional realization is based on flow process, the user operates the page that relates to according to operation flow, and therefore, actual to calling of the page is calling respective nodes; Further, a complete operation flow can be made up of a plurality of nodes, when entering next page by current page, the circulation of the page finally shows as the conversion between the node that relates in the operation flow.
Fig. 3 A is a structural representation of realizing the system of page invocation in the embodiment of the invention one, and as shown in Figure 3A, this system comprises: arrangement of components device, component dispatcher and a plurality of page assemblies unit.
Wherein, the arrangement of components device is used for memory module configuration rule and assembly full dose information, and arrangement of components rule and page assembly unit information are provided.The arrangement of components rule is to form the execution sequence of each page assembly unit of operation flow, and the arrangement of components rule is corresponding with operation flow, the configurable identical arrangement of components rule of different operation flows, also configurable different arrangement of components rule.The arrangement of components rule can be the fixedly execution sequence of each pre-configured page assembly unit, also can be the dispatching algorithm that the user is provided with, and according to user's concrete operations and this dispatching algorithm, determines the execution sequence of each page assembly unit.The arrangement of components device can adopt database or extend markup language, and (Extensible Markup Language XML) stores the arrangement of components rule.Assembly full dose information is the set of the relevant information of all page assembly unit of disposing in the system, as mode of entrance of the title of each page assembly unit, type, respective page assembly unit or the like.Page assembly unit title is used for each page assembly unit that the unique identification system disposes, and the page assembly cell type can be types such as Web, and the mode of entrance of page assembly unit is a page connected mode.
Component dispatcher is to realize the core of the system of page invocation, be used to receive the user's request that carries the operation flow sign, ask as Http, the arrangement of components rule corresponding to the operation flow sign of securing component configurator storage, and the page assembly unit information of securing component configurator storage, determine the page assembly unit that current needs call in the operation flow according to the arrangement of components rule then, call the respective page assembly unit according to the information of this page assembly unit.The related pages assembly unit information of component dispatcher securing component configurator storage has two kinds of methods, first, component dispatcher is according to the arrangement of components rule of obtaining, determine each related in operation flow page assembly unit, obtain the information of the related pages assembly unit that relates in the operation flow then in the assembly full dose information of arrangement of components device storage, this method relatively is applicable to the fixing situation of execution sequence of each the page assembly unit that relates in the operation flow; Second, the assembly full dose information of the direct securing component configurator storage of component dispatcher, in the subsequent process, after component dispatcher is determined page assembly unit that current needs call according to arrangement of components rule, in the assembly full dose information of obtaining, obtain the information of respective page assembly unit, and then call the respective page assembly unit according to respective page assembly unit information, this method both had been applicable to the fixing situation of execution sequence of each the page assembly unit that relates in the operation flow, also was applicable to the situation of the execution sequence dynamically changeable of each the page assembly unit that relates in the operation flow.When the page assembly element number dynamically changeable that disposes in the system, the assembly full dose information of storing in the arrangement of components device is the relevant information of all page assembly unit of disposing in the current system, like this, when component dispatcher is determined to call the next page assembly unit, can be further used for the assembly full dose information of the current storage of securing component configurator, in the assembly full dose information of obtaining, obtain the information of respective page assembly unit, and then call the respective page assembly unit according to respective page assembly unit information.
The page assembly unit is used for according to the calling of component dispatcher, and starts and pushes the page to the user, operates according to user's input.The page assembly unit is an executable unit minimum in the operation flow, has defined the function set of minimum in the operation flow, has identified professional metadata and rule.By the encapsulation to metadata and rule, complete operation flow can be regarded mutual between a plurality of page assemblies unit as, and promptly an operation flow is made up of a plurality of page assemblies unit.The operation that the page assembly unit carries out can be according to user's input carries out corresponding operating, and the needs that also can be according to operation flow carry out some fixing operations.There is not call relation between the page assembly unit, finishes according to the arrangement of components rule by component dispatcher by the conversion of a page assembly unit to another page assembly unit.
Component dispatcher can determine whether that needs enter the next page assembly unit according to the pointer of current page assembly unit, and therefore, the page assembly unit is further used for providing pointer information to component dispatcher; When component dispatcher is further used for determining that according to the pointer information received needs enter the next page assembly unit, determine the page assembly unit that needs call according to the arrangement of components rule, call the respective page assembly unit according to the information of this page assembly unit then, to realize by of the circulation of a page to another page.
Based on Fig. 3 A, can further comprise blocker between component dispatcher and a page assembly unit.Shown in Fig. 3 B, wherein, before the invoking page assembly unit, component dispatcher determines that according to the arrangement of components rule needs call blocker, calls corresponding blocker; Blocker is used for according to the calling of component dispatcher, and starts and carries out preliminary treatment, calls the respective page assembly unit when preliminary treatment finishes.According to configuration, has certain corresponding relation between blocker and the page assembly unit.If blocker and page assembly unit are one to one or many-to-one corresponding relation, after then component dispatcher is determined to call blocker, need not provides the page assembly unit information to this blocker, calling corresponding blocker gets final product, after this blocker preliminary treatment finishes, must call page assembly corresponding unit, thereby realize that component dispatcher is according to arrangement of components rule invocation respective page assembly unit with it; If blocker and page assembly unit are the corresponding relations of one-to-many, after then component dispatcher is determined to call blocker, provide the page assembly unit information to this blocker, call corresponding blocker then, after this blocker preliminary treatment finished, blocker called the respective page assembly unit according to the page assembly unit information.Be encapsulated in the common logic that extracts in the operation flow by blocker,,, make that the realization of operation flow is more clear so that can only encapsulate the service logic that is directed to operation flow in the page assembly unit as public pretreatment operation such as some verifications, status polls.Blocker can comprise a plurality of sub-blockers, each sub-blocker starts and executable operations successively according to the setting order, after promptly going up a blocker and executing operation, according to setting next blocker of sequence call, this blocker is according to calling, startup is also carried out preliminary treatment, and the sub-blocker of Qi Donging calls the respective page assembly unit when preliminary treatment finishes at last.
In the system during configuration a plurality of page assemblies unit, component dispatcher be not and each page assembly unit between all must comprise blocker, but to whether determine between component dispatcher and each page assembly unit the needs blocker according to the arrangement of components rule.When comprising a plurality of blocker in the system, these blockers can be all identical, also can be all inequality, and also can be that wherein a part of blocker is identical.
Based on Fig. 3 A, further comprise data bus unit in the system of realization page invocation.Shown in Fig. 3 C, the page assembly unit is further used for providing business datum to data bus unit; Data bus unit is used to store the business datum of receiving, and provides business datum to the page assembly unit.Data bus unit is the carrier that the page assembly unit carries out service data interaction in the operation flow, and the page assembly unit that relates in the operation flow relies on data bus unit shared service data.Embodiments of the invention pass through to adopt data bus unit, existing problem when avoiding adopting storage of Hidden field mode or conversational mode and business transferring data.Data bus unit is stored business datum by the serializing algorithm with the service data object coding.When data bus unit is stored the business datum of receiving, will encode according to the setting form from the service data object of page assembly unit and obtain digital coding, and then encoded data sequence be turned to bytecode, and write the page in the mode of bytecode.The concrete processing that sequence turns to bytecode can be: convert digital coding to serializing stream, change this serializing circulation into byte arrays then, convert byte arrays to bytecode by the mode of this byte arrays being carried out 16 systems at last.When data bus unit provides business datum to the page assembly unit, read bytecode from the page, and the bytecode unserializing is obtained digital coding, obtain service data object by phase-reversal coding mode then the data coding.Because the page assembly unit that relates in the operation flow all can offer business datum the data bus unit storage, so the business datum of data bus unit storage must identify by unique name, to avoid obscuring of business datum.The title of business datum can be generated by the page assembly unit, and like this, there be the current business datum possibility identical with the title of the business datum of having stored to be stored in the process of data bus unit storage service data.If current business datum to be stored is identical with the title of the business datum of having stored, for avoiding business datum to be covered unintentionally, when data bus unit is received the business datum identical with the business datum title of having stored, can be further used for notifying the current page assembly unit that needs the page assembly unit of storage service data, promptly sends business datum to store the business datum of respective name, and when receiving that the notice of storage is determined in this page assembly unit, use the business datum of receiving to cover the former business datum of respective name; The page assembly unit be further used for notified after, determine whether to continue storage operation, if then the notification data bus unit continues storage, otherwise, determine title for the corresponding service data again, and then offer data bus unit and store.
Based on Fig. 3 B, further comprise data bus unit in the system of realization page invocation, perhaps, based on Fig. 3 C, further comprise blocker in the system of realization page invocation, shown in Fig. 3 D, the realization of blocker is identical with the description among Fig. 3 B, the realization of data bus unit is identical with the description among Fig. 3 C, does not repeat them here.
Fig. 4 is a page assembly cellular construction schematic diagram in the embodiment of the invention, and as shown in Figure 4, the page assembly unit comprises: controller, processing class unit and units of pages, and wherein, controller is used for determining and notifier processes class unit according to the call request of receiving; Handling the class unit is used for according to operation flow sign invoking page unit; Units of pages is used for pushing the page according to the call request startup of receiving and to the user, and operates according to user's input.Carry the operation flow sign in the call request, call request can come from component dispatcher, and in addition, when component dispatcher determined that according to the arrangement of components rule needs call blocker, call request also can come from blocker.If there is common logic in the operation flow, then can comprise blocker in the arrangement of components rule, component dispatcher just can be determined needs according to the arrangement of components rule and call blocker.
Fig. 5 is a flow chart of realizing page invocation in the embodiment of the invention one, as shown in Figure 5, realizes in the present embodiment that the method for page invocation may further comprise the steps:
Step 501: component dispatcher receives the user who carries the operation flow sign and asks, asks as Http.
Step 502: component dispatcher identifies according to the operation flow of carrying in user's request, the arrangement of components rule corresponding to the operation flow sign of securing component configurator storage, and from the arrangement of components device, obtain the page assembly unit information.When page assembly unit information that component dispatcher is obtained is the information of the related pages assembly unit that relates in the operation flow, its concrete processing is: component dispatcher is according to the arrangement of components rule of obtaining, determine each related in operation flow page assembly unit, obtain the information of the related pages assembly unit that relates in the operation flow then in the assembly full dose information of arrangement of components device storage, this method relatively is applicable to the fixing situation of execution sequence of each the page assembly unit that relates in the operation flow; The page assembly unit information of obtaining when component dispatcher is an assembly full dose information, its concrete processing is: the assembly full dose information of the direct securing component configurator storage of component dispatcher, after then component dispatcher is determined page assembly unit that current needs call according to arrangement of components rule, in the assembly full dose information of obtaining, obtain the information of respective page assembly unit, this method both had been applicable to the fixing situation of execution sequence of each the page assembly unit that relates in the operation flow, also was applicable to the situation of the execution sequence dynamically changeable of each the page assembly unit that relates in the operation flow.
Step 503: component dispatcher is determined the page assembly unit that current needs call according to the arrangement of components rule, and call the respective page assembly unit according to the information of the related pages assembly unit that obtains, as title and the mode of entrance of component dispatcher, call page assembly unit corresponding to title with corresponding mode of entrance according to the page assembly unit.
Step 504: the page assembly unit calls according to component dispatcher, starts and pushes the page to the user, operates according to user's input.
Step 505: component dispatcher receives the pointer information that the page assembly unit provides.
Step 506: component dispatcher judges according to the pointer information of receiving whether the current business flow process finishes, if then directly finish the current business flow process; Otherwise, show to enter the next page assembly unit, then return execution in step 503.When the page assembly element number dynamically changeable that disposes in the system, the assembly full dose information of storing in the arrangement of components device is the relevant information of all page assembly unit of disposing in the current system, like this, component dispatcher is determined need call after the next page assembly unit, before returning execution in step 503, the further assembly full dose information of the current storage of securing component configurator, in the assembly full dose information of obtaining, obtain the information of the current page assembly unit that will call, perhaps directly obtain the information of the related pages assembly unit that current needs call, and then execution in step 503.
Fig. 6 is a flow chart of realizing page invocation in the embodiment of the invention two, as shown in Figure 6, realizes in the present embodiment that the method for page invocation may further comprise the steps:
Step 601: component dispatcher receives the user who carries the operation flow sign and asks, asks as Http.
Step 602: component dispatcher identifies according to the operation flow of carrying in user's request, the arrangement of components rule corresponding to the operation flow sign of securing component configurator storage, and from the arrangement of components device, obtain the page assembly unit information.When page assembly unit information that component dispatcher is obtained is the information of the related pages assembly unit that relates in the operation flow, its concrete processing is: component dispatcher is according to the arrangement of components rule of obtaining, determine each related in operation flow page assembly unit, obtain the information of the related pages assembly unit that relates in the operation flow then in the assembly full dose information of arrangement of components device storage, this method relatively is applicable to the fixing situation of execution sequence of each the page assembly unit that relates in the operation flow; The page assembly unit information of obtaining when component dispatcher is an assembly full dose information, its concrete processing is: the assembly full dose information of the direct securing component configurator storage of component dispatcher, after then component dispatcher is determined page assembly unit that current needs call according to arrangement of components rule, in the assembly full dose information of obtaining, obtain the information of respective page assembly unit, this method both had been applicable to the fixing situation of execution sequence of each the page assembly unit that relates in the operation flow, also was applicable to the situation of the execution sequence dynamically changeable of each the page assembly unit that relates in the operation flow.
Step 603: whether needs call blocker to component dispatcher according to the arrangement of components rule judgment, if then continue execution in step 604; Otherwise, continue execution in step 607.
Step 604: component dispatcher is called corresponding blocker.
Step 605: blocker calls according to component dispatcher, starts and the execution preliminary treatment.
Step 606: after the blocker preliminary treatment finishes, call the respective page assembly unit, continue execution in step 608 then.The processing of the above blocker can comprise the processing of a plurality of sub-blockers.
Step 607: component dispatcher is determined the page assembly unit that current needs call according to the arrangement of components rule, and call the respective page assembly unit according to the information of the related pages assembly unit that obtains, as title and the mode of entrance of component dispatcher, call page assembly unit corresponding to title with corresponding mode of entrance according to the page assembly unit.
Step 608: the page assembly unit is according to calling of receiving, and starts and pushes the page to the user, operates according to user's input.
Step 609: component dispatcher receives the pointer information that the page assembly unit provides.
Step 610: component dispatcher judges according to the pointer information of receiving whether the current business flow process finishes, if then directly finish current flow process; Otherwise, show to enter the next page assembly unit, then return execution in step 603.When the page assembly element number dynamically changeable that disposes in the system, the assembly full dose information of storing in the arrangement of components device is the relevant information of all page assembly unit of disposing in the current system, like this, component dispatcher is determined need call after the next page assembly unit, before returning execution in step 603, the further assembly full dose information of the current storage of securing component configurator, in the assembly full dose information of obtaining, obtain the information of the current page assembly unit that will call, perhaps directly obtain the information of the related pages assembly unit that current needs call, and then execution in step 603.
In the processing procedure of two embodiment described above, all can adopt data bus unit that business datum is stored, each the page assembly unit that relates in the operation flow is by data bus unit shared service data.When the page assembly unit finishes operation to current page the user, provide business datum to data bus unit.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, if of the present invention these are revised and modification belongs within the scope of claim of the present invention and equivalent technologies thereof, then the present invention also is intended to comprise these changes and modification interior.
Claims (18)
1. a system that realizes page invocation is characterized in that, this system comprises: arrangement of components device, component dispatcher and page assembly unit, wherein,
Described arrangement of components device is used for memory module configuration rule and assembly full dose information, and arrangement of components rule and page assembly unit information are provided;
Described component dispatcher is used to receive the user's request that carries the operation flow sign, obtain arrangement of components rule corresponding to the operation flow sign, obtain related pages assembly unit information, and, call described page assembly unit according to the page assembly unit information of this page assembly unit according to the page assembly unit that current needs in the definite operation flow of arrangement of components rule call;
Described page assembly unit is used for starting and pushing the page to the user, operates according to user's input;
Described page assembly unit is further used for providing pointer information;
When described component dispatcher is further used for determining that according to the pointer information received needs enter the next page assembly unit, determine the page assembly unit that needs call according to the arrangement of components rule, call described page assembly unit according to the page assembly unit information of this page assembly unit then.
2. system according to claim 1 is characterized in that, this system further comprises: data bus unit,
Described page assembly unit is further used for providing business datum to data bus unit;
Described data bus unit is used to store the business datum of receiving, and provides business datum to the page assembly unit.
3. system according to claim 2 is characterized in that,
When data bus unit is received identical with the business datum title of having stored new business datum, be further used for notifying the page assembly unit that sends described new business datum to store the business datum of described title, and when receiving that the notice of storage is determined in the page assembly unit that sends described new business datum, use the new business datum of receiving to cover the former business datum of described same names;
The page assembly unit that sends described new business datum be further used for notified after, determine whether to continue storage operation, if, then the notification data bus unit continues storage, otherwise, determine title for described new business datum again, and then offer the data bus unit storage.
4. system according to claim 1 and 2 is characterized in that, this system further comprises: blocker,
Before the described component dispatcher invoking page assembly unit, when being further used for determining that according to arrangement of components rule needs call blocker, call described blocker;
Described blocker is used for according to the calling of component dispatcher, and starts and carries out preliminary treatment, calls the respective page assembly unit when preliminary treatment finishes.
5. system according to claim 4, it is characterized in that, when described blocker and page assembly unit were the corresponding relation of one-to-many, described component dispatcher was further used for providing the page assembly unit information to described blocker after determining to call blocker;
Described blocker is further used for according to described page assembly unit information invoking page assembly unit.
6. system according to claim 5 is characterized in that, when described component dispatcher determines that according to the pointer information of receiving needs enter the next page assembly unit, is further used for the assembly full dose information of the current storage of securing component configurator.
7. system according to claim 1 and 2 is characterized in that,
The related pages assembly unit information that described component dispatcher is obtained is the page assembly unit information of each page assembly unit of relating in the operation flow, described component dispatcher is further used for according to the arrangement of components rule of obtaining, determine each related in operation flow page assembly unit, in described assembly full dose information, obtain the page assembly unit information of each the page assembly unit that relates in the operation flow then; Perhaps,
The related pages assembly unit information that described component dispatcher is obtained is assembly full dose information, described component dispatcher is called before the described page assembly unit according to the page assembly unit information, is further used for obtaining in described assembly full dose information the page assembly unit information of the page assembly unit that need call.
8. system according to claim 1 and 2 is characterized in that, described page assembly unit comprises: controller, processing class unit and units of pages, wherein,
Described controller is used for determining and notifier processes class unit according to the call request of receiving;
Described processing class unit is used for according to operation flow sign invoking page unit;
Described units of pages is used for pushing the page according to the call request startup of receiving and to the user, and operates according to user's input.
9. a method that realizes page invocation is characterized in that, this method comprises:
Reception carries user's request of operation flow sign, obtains the arrangement of components rule corresponding to the operation flow sign, and obtains related pages assembly unit information;
Determine the page assembly unit that current needs call according to described arrangement of components rule, call described page assembly unit according to the page assembly unit information of this page assembly unit;
The page assembly unit starting also pushes the page to the user, operates according to user's input;
The pointer information that component dispatcher provides according to the page assembly unit judges whether the current business flow process finishes, if then directly finish the current business flow process; Otherwise, determine the page assembly unit that current needs call according to described arrangement of components rule, call described page assembly unit according to the page assembly unit information of this page assembly unit, this page assembly unit starting also pushes the page to the user, operates according to user's input.
10. method according to claim 9 is characterized in that,
The described related pages assembly unit information of obtaining, for: determine each related page assembly unit in the operation flow according to the arrangement of components rule of obtaining, in the assembly full dose information of arrangement of components device storage, obtain the page assembly unit information of each the page assembly unit that relates in the operation flow then; Perhaps,
The described related pages assembly unit information of obtaining, for: the assembly full dose information of component dispatcher securing component configurator storage; Described page assembly unit information according to this page assembly unit is called described page assembly unit, further comprises before: component dispatcher is obtained the page assembly unit information of the page assembly unit that need call in described assembly full dose information.
11. method according to claim 9, it is characterized in that, the described related pages assembly unit information of obtaining, further comprise afterwards: whether needs call blocker to component dispatcher according to the arrangement of components rule judgment, if then call described blocker, after blocker execution preliminary treatment finishes, this blocker invoking page assembly unit, this page assembly unit starting also pushes the page to the user, operates according to user's input; Otherwise, determine the page assembly unit that current needs call according to described arrangement of components rule, call described page assembly unit according to the page assembly unit information of this page assembly unit, this page assembly unit starting also pushes the page to the user, operates according to user's input.
12. method according to claim 11 is characterized in that, when described blocker and page assembly unit were the corresponding relation of one-to-many, described component dispatcher was called described blocker, further comprises: provide the page assembly unit information to described blocker.
13., it is characterized in that data bus unit is set, and this method further comprises: the page assembly unit provides business datum to data bus unit according to claim 9 or 11 described methods, data bus unit is stored the business datum of receiving.
14. method according to claim 13, it is characterized in that, described the business datum of receiving is stored, for: described service data object is encoded and obtained digital coding according to setting form, then encoded data sequence is turned to bytecode, and write the page in the mode of bytecode.
15. method according to claim 14, it is characterized in that, described encoded data sequence is turned to bytecode, for: convert digital coding to serializing stream, change this serializing circulation into byte arrays then, convert byte arrays to bytecode by the mode of this byte arrays being carried out 16 systems at last.
16. method according to claim 13 is characterized in that, described data bus unit is stored the business datum of receiving, further comprises afterwards: data bus unit provides business datum to the page assembly unit.
17. method according to claim 16, it is characterized in that, describedly provide business datum to the page assembly unit, for: read bytecode from the page, and the bytecode unserializing obtained digital coding, obtain service data object by phase-reversal coding mode then, provide this service data object to the page assembly unit to the data coding.
18. method according to claim 13, it is characterized in that, when data bus unit is received identical with the business datum title of having stored new business datum, this method further comprises: the page assembly unit of the business datum that the transmission of data bus unit notice is new has stored the business datum of described title, after this page assembly unit is notified, determine whether to continue storage operation, if, then the notification data bus unit continues storage, after data bus unit is received this notice, use the described new business datum of receiving to cover the former business datum of described same names; Otherwise, determine title for described new business datum again, and then offer the data bus unit storage.
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Families Citing this family (14)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101902495B (en) * | 2009-12-17 | 2013-02-27 | 亿赞普(北京)科技有限公司 | Homepage pushing method capable of penetrating through private network, gateway and proxy |
| CN102024234B (en) * | 2010-06-04 | 2014-03-12 | 西本新干线电子商务有限公司 | Electronic transaction service platform |
| CN104299101B (en) * | 2014-10-29 | 2018-10-16 | 中国农业银行股份有限公司 | Across product real-time collocation method, the device of channel |
| CN106293897B (en) * | 2015-05-15 | 2021-11-30 | 株式会社日立制作所 | Automatic scheduling system of subassembly |
| CN105159667B (en) * | 2015-08-07 | 2018-05-01 | 北京思特奇信息技术股份有限公司 | A kind of web service interface call parameters conversion methods and system |
| KR102457006B1 (en) * | 2015-08-19 | 2022-10-21 | 삼성전자 주식회사 | Apparatus and method for providing information of electronic device |
| CN106815006B (en) * | 2015-11-30 | 2021-02-02 | 五八同城信息技术有限公司 | Page calling method and device and page management server |
| CN108664242B (en) * | 2017-04-01 | 2022-02-01 | 北京京东尚科信息技术有限公司 | Method and device for generating visual interface, electronic equipment and readable storage medium |
| CN107391114B (en) * | 2017-06-27 | 2020-09-22 | 阿里巴巴集团控股有限公司 | Page visual rendering method and device |
| CN110610343A (en) * | 2018-06-15 | 2019-12-24 | 马上消费金融股份有限公司 | Business process generation method and device and storage medium |
| CN109408035A (en) * | 2018-09-05 | 2019-03-01 | 平安科技（深圳）有限公司 | A kind of process configuration method, storage medium and the server of operation system |
| CN110321499A (en) * | 2019-05-24 | 2019-10-11 | 深圳壹账通智能科技有限公司 | Page dissemination method, device, storage medium and the server of financial product |
| CN111610972B (en) * | 2020-05-22 | 2023-10-13 | 北京百度网讯科技有限公司 | Page generation method, device, equipment and storage medium |
| CN112035830A (en) * | 2020-08-04 | 2020-12-04 | 郑州阿帕斯数云信息科技有限公司 | Browser page reconstruction method, device and equipment |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1713574A (en) * | 2004-06-25 | 2005-12-28 | 深圳市傲天通信有限公司 | Delivering system of webpage information of internet |
| CN1741018A (en) * | 2005-09-15 | 2006-03-01 | 杭州华为三康技术有限公司 | HTTP web page dynamic outputting method and system |
-
2006
- 2006-12-08 CN CN2006101531126A patent/CN101197812B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1713574A (en) * | 2004-06-25 | 2005-12-28 | 深圳市傲天通信有限公司 | Delivering system of webpage information of internet |
| CN1741018A (en) * | 2005-09-15 | 2006-03-01 | 杭州华为三康技术有限公司 | HTTP web page dynamic outputting method and system |
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