CN101699405B - Method and device for interaction between host program and plug-in and interaction between plug-ins - Google Patents
Method and device for interaction between host program and plug-in and interaction between plug-ins Download PDFInfo
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- CN101699405B CN101699405B CN200910236562.5A CN200910236562A CN101699405B CN 101699405 B CN101699405 B CN 101699405B CN 200910236562 A CN200910236562 A CN 200910236562A CN 101699405 B CN101699405 B CN 101699405B
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Abstract
The invention discloses a method for the interaction between a host program and a plug-in and the interaction between plug-ins, which sets a common protocol for the interaction between the host program and the plug-in. The method also comprises the following steps: a host interface entity is created on the basis of the common protocol after the host program is started; in the process that the host program loads the plug-in, the plug-in generates a plug-in interface entity based on the set common protocol, the host program saves the generated plug-in interface entity, and the plug-in saves the host interface entity created by the host program; and the host program and the plug-in complete the interaction operation by saving the interface entity of the counterpart. The invention also discloses a device for the interaction between a host program and a plug-in and the interaction between plug-ins, which can realize the two-way interaction between the host program and the plug-in and the two-way interaction between the plug-ins.
Description
Technical field
The present invention relates to the plug-in unit interaction technique in application program, relate in particular to and between a kind of host program and plug-in unit and plug-in unit, carry out mutual method and device.
Background technology
Legacy application is made up of information such as main executable program, configuration file, data file, pictures, and in application program, loads as required some specific functions, as: the dynamic link library of codec functions, data compression function etc.Along with the development of programming technique, the module in application program at present with specific function generally realizes by plug-in unit mode, as voice codec plug-in unit in Winamp etc.But existing plug-in part technology exists following not enough:
1) owing to using call back function to complete mutual between host program and plug-in unit, therefore mutual between host program and plug-in unit is one-way interaction, that is: only have host program can call plug-in unit, and plug-in unit can not call host program; Here, described host program refers to application program;
2) between host program and plug-in unit, cannot be undertaken alternately by artificial selection, that is: carrying out in application program inside alternately between host program and plug-in unit, user can not select needed pin function on visual interface;
3) plug-in unit can only be called by host program, and can not realize mutually and calling between plug-in unit.
Summary of the invention
In view of this, fundamental purpose of the present invention is to provide between a kind of host program and plug-in unit and plug-in unit carries out mutual method and device, can realize the two-way interactive between host program and plug-in unit, plug-in unit and plug-in unit.
For achieving the above object, technical scheme of the present invention is achieved in that
The invention provides between a kind of host program and plug-in unit and plug-in unit and carry out mutual method, arrange and between host program and plug-in unit, carry out mutual shared protocol; The method also comprises:
After host program starts, create host's interface entities according to described shared protocol;
In host program loading of plug-in process, plug-in unit generates card i/f entity taking described shared protocol as foundation, and host program is preserved the card i/f entity generating, and plug-in unit is preserved host's interface entities that host program creates;
Host program and plug-in unit complete interactive operation by the other side's interface entities of preserving separately.
Wherein, described in, completing interactive operation is: between host program and plug-in unit, carry out host program by the other side's interface entities of preserving separately and call plug-in unit; Be specially:
Host program finds plug-in unit by the plug-in unit mark of storage, host program is passed to plug-in unit to be called by the call request of the pin function ID that carries plug-in unit to be called by both sides' interface entities, plug-in unit to be called calls and moves the power function that pin function ID is corresponding, carries out corresponding function.
Wherein, described in, completing interactive operation is: between host program and plug-in unit, carry out the first plug-in unit by the other side's interface entities of preserving separately and call the second plug-in unit; Be specially:
The first plug-in unit sends call request to host program and calls the second plug-in unit, host program finds the second plug-in unit by the plug-in unit mark of storage, afterwards the call request of the pin function ID that carries the second plug-in unit is passed to the second plug-in unit by both sides' interface entities, the second plug-in unit calls and operation function function, carries out corresponding function.
Wherein, described in, completing interactive operation is: between host program and plug-in unit, carry out plug-in unit by the other side's interface entities of preserving separately and call host program; Be specially:
Plug-in unit sends call request to host program and calls the function in host program, and host program finds called module by the mark of called module, then calls the power function of called module, and called module operation function function, carries out corresponding function.
In such scheme, described host program calls in the process of plug-in unit, and the method also comprises:
Host program calls plug-in unit self information describing method, icon or the function text description of plug-in unit output are transferred to host program by plug-in unit and host program both sides' interface entities, and host program is added on icon on the tool bar of host program or function text description is generated to menu item and adds in menu.
The present invention also provides between a kind of host program and plug-in unit and plug-in unit and has carried out mutual device, and this device comprises: module, interface entities establishment memory module and operation module are set; Wherein,
The described module that arranges, carries out mutual shared protocol for arranging between host program and plug-in unit;
Described interface entities creates memory module, for the shared protocol so that module setting to be set as according to creating and preserve host's interface entities and card i/f entity;
Described operation module, completes and the interactive operation of host program for create host's interface entities that memory module stores by interface entities; Or complete and the interactive operation of plug-in unit for create card i/f entity that memory module stores by interface entities.
Wherein, described interface entities establishment memory module further comprises: host's interface entities creates memory module and card i/f entity set-up memory module; Wherein,
Described host's interface entities creates memory module, after starting at host program, creates host's interface entities and passes to card i/f entity set-up memory module according to shared protocol, and preserving the card i/f entity that card i/f entity set-up memory module generates;
Described card i/f entity set-up memory module, creates memory module for creating card i/f entity taking shared protocol as foundation and passing to host's interface entities, and preserves host's interface entities that host's interface entities establishment memory module creates.
Wherein, described operation module further comprises: host program operation module and plug-in component operation module; Wherein,
Described host program operation module, completes and the interactive operation of plug-in unit for passing through preserved card i/f entity;
Described plug-in component operation module, completes and the interactive operation of host program for passing through preserved host's interface entities.
Wherein, when described host program operation module is passed through preserved card i/f entity and is called plug-in unit, described host program operation module, be further used for calling plug-in unit self information describing method, receive icon or the function text description of the output of plug-in component operation module, and icon is added on the tool bar of host program or function text description is generated to menu item and add in menu;
Accordingly, described plug-in component operation module, is further used for icon or the function text description of output, and is transferred to host program operation module.
Between host program provided by the invention and plug-in unit and plug-in unit, carry out mutual method and device, after host program starts, create host's interface entities according to shared protocol; In host program loading of plug-in process, plug-in unit generates card i/f entity taking set shared protocol as foundation, and host program is preserved the card i/f entity generating, and plug-in unit is preserved host's interface entities that host program creates; Host program and plug-in unit complete interactive operation by the other side's interface entities of preserving separately.
In the present invention, between host program and plug-in unit, carry out mutual shared protocol owing to being provided with, and in shared protocol, contain host program and plug-in unit method and the self information describing method for external call, the other side's the interface entities that host program and plug-in unit can be preserved by self is called mutually, can host program be that medium calls mutually between different plug-in units simultaneously.
Further, in the present invention, host program also can call plug-in unit self information describing method, pin function icon is added on the tool bar of host program, or the function text description generation menu item of plug-in unit is added in the menu of host program, user just can call required pin function in host program interface like this.
Brief description of the drawings
Fig. 1 carries out mutual method realization flow schematic diagram between host program of the present invention and plug-in unit and plug-in unit;
Fig. 2 carries out mutual apparatus structure schematic diagram between host program of the present invention and plug-in unit and plug-in unit.
Embodiment
Basic thought of the present invention is: arrange and between host program and plug-in unit, carry out mutual shared protocol; After host program starts, create host's interface entities according to shared protocol, in host program loading of plug-in process, plug-in unit generates card i/f entity taking set shared protocol as foundation, host program is preserved the card i/f entity generating, and plug-in unit is preserved host's interface entities that host program creates; Host program and plug-in unit are carried out the interactive operation between host program and plug-in unit or plug-in unit and plug-in unit by the other side's interface entities of preserving separately.
Here, the interface entities that described host program and plug-in unit are preserved respectively the other side is specially: host program is preserved card i/f entity, and plug-in unit is preserved host's interface entities.
In the present invention, described host's interface entities and card i/f entity, the various foundations of carrying out information interaction such as can be the pointer of host's interface entities and card i/f entity or quote.
Below in conjunction with drawings and the specific embodiments, the present invention is described in further detail.
Fig. 1 carries out mutual method realization flow schematic diagram between host program of the present invention and plug-in unit and plug-in unit, as shown in Figure 1, this realization flow comprises the following steps:
Step 101: arrange and carry out mutual shared protocol between host program and plug-in unit;
Here, in set shared protocol, contain the method for information interaction, can comprise: module is for method and the module self information describing method of external call, and wherein, described module can be host program or plug-in unit; Described module is in the method for external call, module can be for the parameter of external call: module I D or identification string, functions of modules ID, 32 bit data parameters of module, as data structured fingers etc., described module makes other module for the method for external call, as host program or plug-in unit can call this module by above-mentioned parameter, as plug-in unit or host program; Described module self information describing method at least comprises: output self ID or identification string, export functional identity and the text description of self each function items, and/or export functional identity and the icon etc. of self each function items, if other module, as host program or plug-in unit call this module, as plug-in unit or host program self information describing method, exportable self the corresponding information of this module.
Step 102: after host program starts, create host's interface entities according to shared protocol;
Here, in host program, include the output function that creates host's interface entities, in this output function, with the input parameter of shared protocol type, return to host's interface entities of establishment.
Step 103: in host program loading of plug-in process, plug-in unit generates card i/f entity taking set shared protocol as foundation, and host program is preserved the card i/f entity generating, and plug-in unit is preserved host's interface entities that host program creates;
Here, host program is in the process of loading of plug-in, and by plugin information, as plug-in unit ID, pin function ID, the data parameters that plug-in unit is corresponding etc. deposits in plugin library.
The entity set-up function of host program taking host's interface entities as parameter call plug-in unit, and the card i/f entity stores that entity set-up function is returned is in plugin library, corresponding, plug-in unit is also preserved host's interface entities that host program has created.In the entity set-up function of described plug-in unit and host program, create host's interface entities and create function class seemingly.
Wherein, the process of described loading of plug-in is prior art, no longer describes in detail here; Described plugin library is arranged in host program, for storing loading of plug-in information, comprising: card i/f entity, plug-in unit ID, pin function ID etc.
In the present invention, described host's interface entities and card i/f entity are for the information interaction between follow-up host program and plug-in unit, and described interactive information can be: call request, plugin information and the plug-in unit of plug-in unit carried out the result of function etc.
Step 104: host program and plug-in unit, by both sides' interface entities, perform step the interactive operation of 104a and/or 104b;
Step 104b: while mutually calling between different plug-in units, host program and plug-in unit are carried out corresponding interactive operation, finish afterwards current reciprocal process;
Wherein, when host program calls plug-in unit described in step 104a, the interactive operation flow process that host program and plug-in unit are carried out is specific as follows:
Steps A 1: host program will call plug-in unit, finds plug-in unit by the plug-in unit mark of storage;
Be specially: host program can identify by plug-in unit, as plug-in unit ID or identification string call plug-in unit, be identified in plugin library and find required plug-in unit ID or the identification string stored according to plug-in unit, find pin function ID corresponding in plugin library according to required plug-in unit ID or identification string.
Step B1: host program is passed to plug-in unit to be called by the call request of the pin function ID that carries plug-in unit to be called by both sides' interface entities;
Here, host program is given plug-in unit to be called by call request by the card i/f entity transmission of plug-in unit to be called.
Step C1: receive after call request wait calling plug-in unit, call the power function that pin function ID is corresponding;
Be specially: after calling the call request that plug-in unit receives that host program sends out, call corresponding power function according to the pin function ID carrying in call request.
Step D1: plug-in component operation power function to be called, carry out corresponding function.
Further, in steps A 1, host program also can call plug-in unit self information describing method, the icon of plug-in unit output self or the function text description of self, and being transferred to host program by plug-in unit and host program both sides' interface entities, host program is added on the pin function icon of receiving on the tool bar of host program or the function text description of plug-in unit is generated to menu item and adds in the menu of host program.Like this, user can select required plug-in unit from the menu of host program, and host program calls plug-in unit, continues the reciprocal process of completing steps B1 to step D1.
Here, described pin function icon is added on process on host program tool bar and process that the function text description of plug-in unit is generated in the menu that menu item adds host program is prior art, is not described in detail herein.
While mutually calling between different plug-in units described in step 104b, the interactive operation flow process that host program and plug-in unit are carried out is specific as follows:
Steps A 2: plug-in unit sends call request to host program and calls other plug-in unit, host program finds plug-in unit to be called by the plug-in unit mark of storage;
Here, in the call request that plug-in unit sends to host program, carry plug-in unit mark to be called, as plug-in unit ID or identification string, host program receives after call request, is identified at and in host program plugin library, finds plug-in unit to be called according to the plug-in unit to be called carrying in call request.As: plug-in unit A calls plug-in unit B as required, and plug-in unit B is designated NewPluginB, and host program is taking NewPluginB as according to find plug-in unit B in plugin library.
Step B2: host program is passed to plug-in unit to be called by the call request of the pin function ID that carries plug-in unit to be called by both sides' interface entities;
Here, described both sides' interface entities is respectively the card i/f entity of host's interface entities and plug-in unit to be called.
Step C2: receive after new call request wait calling plug-in unit, call the power function that pin function ID is corresponding;
Be specially: after calling the call request that plug-in unit receives that host program sends out, call the power function corresponding with pin function ID of self storage according to the pin function ID carrying in call request.
Step D2: plug-in component operation power function to be called, carry out corresponding invoked function.
Visible, mutually calling taking host program as medium between plug-in unit of the present invention carried out, that is: plug-in unit is by the relevant information notice host program of required target plug-in, and host program calls the function of respective objects plug-in unit afterwards.
By the scheme of mutually calling between above-mentioned plug-in unit, also can realize plug-in unit calling host program, process can be: plug-in unit sends call request to host program and calls the function in host program, host program finds called module by the mark of the called module of having stored, then calls the power function of called module; Called module operation function function, carries out corresponding called function, wherein, in the compiling procedure that is identified at host program of described called module, stores.The difference mutually calling that described plug-in unit calls between host program and plug-in unit is the part that the called module in host is host program, instead of the external plug-in loading.
Fig. 2 carries out mutual apparatus structure schematic diagram between host program of the present invention and plug-in unit and plug-in unit, as shown in Figure 2, this device comprises: module, interface entities establishment memory module and operation module are set; Wherein,
The described module that arranges, carries out mutual shared protocol for arranging between host program and plug-in unit;
Described interface entities creates memory module, for the shared protocol so that module setting to be set as according to creating and preserve host's interface entities and card i/f entity;
Described operation module, completes and the interactive operation of host program for create host's interface entities that memory module stores by interface entities; Or complete and the interactive operation of plug-in unit for create card i/f entity that memory module stores by interface entities.
Described interface entities creates memory module and further comprises: host's interface entities creates memory module and card i/f entity set-up memory module; Wherein,
Described host's interface entities creates memory module, after starting at host program, creates host's interface entities and passes to card i/f entity set-up memory module according to shared protocol, and preserving the card i/f entity that card i/f entity set-up memory module generates;
Described card i/f entity set-up memory module, creates memory module for creating card i/f entity taking shared protocol as foundation and passing to host's interface entities, and preserves host's interface entities that host's interface entities establishment memory module creates.
Described operation module further comprises: host program operation module and plug-in component operation module; Wherein,
Described host program operation module, completes and the interactive operation of plug-in unit for passing through preserved card i/f entity;
Described plug-in component operation module, completes and the interactive operation of host program for passing through preserved host's interface entities.
When described host program operation module is passed through preserved card i/f entity and is called plug-in unit, described host program operation module is further used for calling plug-in unit self information describing method, receive icon or the function text description of the output of plug-in component operation module, and icon is added on the tool bar of host program or function text description is generated to menu item and add in menu;
Accordingly, described plug-in component operation module, is further used for icon or the function text description of output, and is transferred to host program operation module.
The above, be only preferred embodiment of the present invention, is not intended to limit protection scope of the present invention, all any amendments of doing within the spirit and principles in the present invention, is equal to and replaces and improvement etc., within all should being included in protection scope of the present invention.
Claims (9)
1. between a host program and plug-in unit and plug-in unit, carry out mutual method, it is characterized in that, arrange and between host program and plug-in unit, carry out mutual shared protocol, in described shared protocol, contain host program and plug-in unit method and the self information describing method for external call, the other side's that described host program and plug-in unit are preserved by self interface entities is called mutually, between different plug-in units, mutually calls taking described host program as medium;
The method also comprises:
After host program starts, create host's interface entities according to described shared protocol;
In host program loading of plug-in process, plug-in unit generates card i/f entity taking described shared protocol as foundation, and host program is preserved the card i/f entity generating, and plug-in unit is preserved host's interface entities that host program creates;
Host program and plug-in unit complete interactive operation by the other side's interface entities of preserving separately;
Wherein, described host's interface entities and card i/f entity are the various foundations that host's interface entities and card i/f entity carry out information interaction.
2. between host program according to claim 1 and plug-in unit and plug-in unit, carry out mutual method, it is characterized in that, described in complete interactive operation and be: between host program and plug-in unit, carry out host program by the other side's interface entities of preserving separately and call plug-in unit; Be specially:
Host program finds plug-in unit by the plug-in unit mark of storage, host program is passed to plug-in unit to be called by the call request of the pin function ID that carries plug-in unit to be called by both sides' interface entities, plug-in unit to be called calls and moves the power function that pin function ID is corresponding, carries out corresponding function.
3. between host program according to claim 1 and plug-in unit and plug-in unit, carry out mutual method, it is characterized in that, described in complete interactive operation and be: between host program and plug-in unit, carry out the first plug-in unit by the other side's interface entities of preserving separately and call the second plug-in unit; Be specially:
The first plug-in unit sends call request to host program and calls the second plug-in unit, host program finds the second plug-in unit by the plug-in unit mark of storage, afterwards the call request of the pin function ID that carries the second plug-in unit is passed to the second plug-in unit by both sides' interface entities, the second plug-in unit calls and operation function function, carries out corresponding function.
4. between host program according to claim 1 and plug-in unit and plug-in unit, carry out mutual method, it is characterized in that, described in complete interactive operation and be: between host program and plug-in unit, carry out plug-in unit by the other side's interface entities of preserving separately and call host program; Be specially:
Plug-in unit sends call request to host program and calls the function in host program, and host program finds called module by the mark of called module, then calls the power function of called module, and called module operation function function, carries out corresponding function.
5. between host program according to claim 2 and plug-in unit and plug-in unit, carry out mutual method, it is characterized in that, described host program calls in the process of plug-in unit, and the method also comprises:
Host program calls plug-in unit self information describing method, icon or the function text description of plug-in unit output are transferred to host program by plug-in unit and host program both sides' interface entities, and host program is added on icon on the tool bar of host program or function text description is generated to menu item and adds in menu.
6. between host program and plug-in unit and plug-in unit, carry out a mutual device, it is characterized in that, this device comprises: module, interface entities establishment memory module and operation module are set; Wherein,
The described module that arranges, between host program and plug-in unit, carry out mutual shared protocol for arranging, in described shared protocol, contain described host program and plug-in unit method and the self information describing method for external call, the other side's that described host program and plug-in unit are preserved by self interface entities is called mutually, between different plug-in units, mutually calls taking described host program as medium;
Described interface entities creates memory module, for the shared protocol so that module setting to be set as according to creating and preserve host's interface entities and card i/f entity, wherein, described host's interface entities and card i/f entity are the various foundations that host's interface entities and card i/f entity carry out information interaction;
Described operation module, completes and the interactive operation of host program for create host's interface entities that memory module stores by interface entities; Or complete and the interactive operation of plug-in unit for create card i/f entity that memory module stores by interface entities.
7. between host program according to claim 6 and plug-in unit and plug-in unit, carry out mutual device, it is characterized in that, described interface entities creates memory module and further comprises: host's interface entities creates memory module and card i/f entity set-up memory module; Wherein,
Described host's interface entities creates memory module, after starting at host program, creates host's interface entities and passes to card i/f entity set-up memory module according to shared protocol, and preserving the card i/f entity that card i/f entity set-up memory module generates;
Described card i/f entity set-up memory module, creates memory module for creating card i/f entity taking shared protocol as foundation and passing to host's interface entities, and preserves host's interface entities that host's interface entities establishment memory module creates.
8. according to carrying out mutual device between the host program described in claim 6 or 7 and plug-in unit and plug-in unit, it is characterized in that, described operation module further comprises: host program operation module and plug-in component operation module; Wherein,
Described host program operation module, completes and the interactive operation of plug-in unit for passing through preserved card i/f entity;
Described plug-in component operation module, completes and the interactive operation of host program for passing through preserved host's interface entities.
9. between host program according to claim 8 and plug-in unit and plug-in unit, carry out mutual device, it is characterized in that, when described host program operation module is passed through preserved card i/f entity and is called plug-in unit, described host program operation module, be further used for calling plug-in unit self information describing method, receive icon or the function text description of the output of plug-in component operation module, and icon is added on the tool bar of host program or function text description is generated to menu item and add in menu;
Accordingly, described plug-in component operation module, is further used for icon or the function text description of output, and is transferred to host program operation module.
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| Application Number | Priority Date | Filing Date | Title |
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| CN200910236562.5A CN101699405B (en) | 2009-10-26 | 2009-10-26 | Method and device for interaction between host program and plug-in and interaction between plug-ins |
| PCT/CN2010/075318 WO2011050632A1 (en) | 2009-10-26 | 2010-07-20 | Method and apparatus for interacting between host program and plug-in and among plug-ins |
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| Application Number | Priority Date | Filing Date | Title |
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| CN200910236562.5A CN101699405B (en) | 2009-10-26 | 2009-10-26 | Method and device for interaction between host program and plug-in and interaction between plug-ins |
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| CN101699405A CN101699405A (en) | 2010-04-28 |
| CN101699405B true CN101699405B (en) | 2014-06-11 |
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