CN106648794B - Component loading method and device - Google Patents
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Abstract
The invention discloses a component loading method, which comprises the following steps: according to the service characteristics of the components, the components are split into functional modules with different functions; when a target component is loaded, searching a functional module which accords with a preset mixing strategy from functional modules of the target component by using the preset mixing strategy, and adding the functional module which accords with the preset mixing strategy into a module list; loading the functional modules in the module list to realize the loading of the target assembly; therefore, when the component is loaded, the corresponding functional module can be selected according to the preset mixing strategy, all the functional modules do not need to be loaded, the dynamic loading of the functional modules is processed in a fine-grained and various mode, the module loading is controlled in a finer-grained mode, the system performance is improved, and the phenomenon of code amount expansion is avoided; the invention also discloses a component loading device which can achieve the technical effects.
Description
Technical Field
The invention relates to the technical field of component loading, in particular to a component loading method and device.
Background
At present, a general component at least comprises a module, because each component comprises a plurality of functions, as the functions are increased, the code of the module becomes very large, for example, the table component has many functions and a large code amount, even if the module is loaded according to the module, the code is too heavy, and many unnecessary function codes are loaded. In addition, for interactive codes between templates and components, the interactive codes must be written in the templates and are generally built in the super class, and if the current page does not use the component, corresponding codes can be loaded and initialized, so that the loaded code amount is expanded, and performance loss is caused. Therefore, the existing module loading mode cannot load modules according to functions, and too many unnecessary function codes are loaded, so that the system performance is influenced, and the loaded code quantity is expanded.
Therefore, how to solve the above technical problems, improve system performance, and avoid the phenomenon of code amount expansion is a problem to be solved by those skilled in the art.
Disclosure of Invention
The invention aims to provide a component loading method and device to improve system performance and avoid the phenomenon of code amount expansion.
In order to achieve the above purpose, the embodiment of the present invention provides the following technical solutions:
a component loading method, comprising:
according to the service characteristics of the components, the components are split into functional modules with different functions;
when a target component is loaded, searching a functional module which accords with a preset mixing strategy from functional modules of the target component by using the preset mixing strategy, and adding the functional module which accords with the preset mixing strategy into a module list;
and loading the functional modules in the module list to realize the loading of the target assembly.
When the target component is loaded, searching for a functional module meeting a predetermined mixing-in policy from functional modules of the target component by using the predetermined mixing-in policy, including:
when a target component is loaded, determining a target mixing strategy corresponding to the target component;
and searching the functional module which accords with the target mixing-in strategy from the functional modules of the target component according to the target mixing-in strategy.
Wherein, the searching, by using a predetermined mixing-in policy, for a functional module meeting the predetermined mixing-in policy from the functional modules of the target component, and adding the functional module meeting the predetermined mixing-in policy into a module list includes:
if the target mixing strategy is a configuration mixing strategy, detecting the attribute switch state of the functional module of the target component;
and adding the functional module with the attribute switch state as the permission state to the module list.
Wherein, the searching, by using a predetermined mixing-in policy, for a functional module meeting the predetermined mixing-in policy from the functional modules of the target component, and adding the functional module meeting the predetermined mixing-in policy into a module list includes:
if the target mixed-in strategy is the associated mixed-in strategy, detecting the page type of the current page;
and searching the functional module associated with the page type from the functional modules of the target component, and adding the functional module to the module list.
Wherein, the searching, by using a predetermined mixing-in policy, for a functional module meeting the predetermined mixing-in policy from the functional modules of the target component, and adding the functional module meeting the predetermined mixing-in policy into a module list includes:
and if the target mixing strategy is a dynamic mixing strategy, determining a functional module to be loaded from the functional modules of the target component according to the interface and function calculation result, and adding the functional module to the module list.
A component loading apparatus comprising:
the functional module splitting module is used for splitting the component into functional modules with different functions according to the service characteristics of the component;
the functional module selection module is used for searching a functional module which accords with a preset mixing strategy from the functional modules of the target assembly by using the preset mixing strategy when the target assembly is loaded, and adding the functional module which accords with the preset mixing strategy into a module list;
and the loading module is used for loading the functional modules in the module list to realize the loading of the target assembly.
Wherein, the function module selecting module comprises:
the system comprises a target mixing strategy determining unit, a target mixing strategy determining unit and a target mixing strategy determining unit, wherein the target mixing strategy determining unit is used for determining a target mixing strategy corresponding to a target component when the target component is loaded;
and the functional module adding unit is used for searching the functional module which accords with the target mixing strategy from the functional modules of the target component according to the target mixing strategy.
Wherein, the function module adding unit includes:
the first detection subunit is used for detecting the attribute switch state of the functional module of the target component when the target mixing strategy is a configuration mixing strategy;
and the first adding subunit is used for adding the functional module with the attribute switch state being the permission state to the module list.
Wherein, the function module adding unit includes:
the second detection subunit is used for detecting the page type of the current page when the target mixing-in strategy is the associated mixing-in strategy;
and the second adding subunit is used for searching the functional module associated with the page type from the functional modules of the target component and adding the functional module to the module list.
Wherein, the function module adding unit includes:
and the third adding subunit is configured to, when the target blending policy is a dynamic blending policy, determine a functional module to be loaded from the functional modules of the target component according to an interface and a function calculation result, and add the functional module to the module list.
According to the scheme, the component loading method provided by the embodiment of the invention comprises the following steps: according to the service characteristics of the components, the components are split into functional modules with different functions; when a target component is loaded, searching a functional module which accords with a preset mixing strategy from functional modules of the target component by using the preset mixing strategy, and adding the functional module which accords with the preset mixing strategy into a module list; loading the functional modules in the module list to realize the loading of the target assembly;
therefore, in the scheme, when the component is loaded, the corresponding functional module can be selected according to the preset mixing strategy, all the functional modules do not need to be loaded, the dynamic loading of the functional modules is processed in a fine-grained and various mode, the loading of the modules is controlled in a finer-grained mode, the system performance is improved, and the phenomenon of code amount expansion is avoided; the invention also discloses a component loading device which can achieve the technical effects.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a schematic flow chart of a component loading method according to an embodiment of the present invention;
FIG. 2 is a diagram illustrating a configuration of a form component according to an embodiment of the present invention;
FIG. 3 is a flowchart illustrating a specific component loading method according to an embodiment of the present invention;
fig. 4 is a schematic structural diagram of a component loading apparatus according to an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The embodiment of the invention discloses a component loading method and device, which aim to improve the system performance and avoid the phenomenon of code amount expansion.
Referring to fig. 1, an embodiment of the present invention provides a component loading method, including:
s101, according to the service characteristics of the components, the components are split into functional modules with different functions;
specifically, before the component is loaded, the module corresponding to the component needs to be split, that is, the module is split into different functional modules according to functions, so that when the component is loaded, the component can be selectively loaded according to the functions which cannot be realized by the functional modules, and all codes do not need to be loaded.
S102, when loading a target component, searching a functional module which accords with a preset mixing strategy from functional modules of the target component by using the preset mixing strategy, and adding the functional module which accords with the preset mixing strategy into a module list;
s103, loading the functional modules in the module list to realize the loading of the target assembly.
When the target component is loaded, searching for a functional module meeting a predetermined mixing-in policy from functional modules of the target component by using the predetermined mixing-in policy, including:
when a target component is loaded, determining a target mixing strategy corresponding to the target component;
and searching the functional module which accords with the target mixing-in strategy from the functional modules of the target component according to the target mixing-in strategy.
Specifically, when the component is loaded in this embodiment, for example: when the module list calculation is carried out on the page, each component needs to be traversed, and when the dependency of each component is calculated, the mixing strategy of the current component is calculated in sequence, wherein the mixing strategy comprises the following steps: and configuring a mixing strategy, an associated mixing strategy and a dynamic mixing strategy, calculating a corresponding functional module according to the corresponding strategy, and adding the functional module into a module list, thereby realizing the loading of the component.
Based on the foregoing embodiment, in this embodiment, the searching, by using a predetermined blending policy, for a function module that meets the predetermined blending policy from among function modules of the target component, and adding the function module that meets the predetermined blending policy to a module list includes:
if the target mixing strategy is a configuration mixing strategy, detecting the attribute switch state of the functional module of the target component;
and adding the functional module with the attribute switch state as the permission state to the module list.
Specifically, if the blending policy in this embodiment is a configuration blending policy, the corresponding module is automatically loaded after the corresponding sub-module attribute is detected to be started according to the metadata configuration.
Referring to FIG. 2, taking the table component as an example, if a table component includes the following functions:
a basic display function; a data fetching function; a freezing function; paging function; a multi-header function; aggregation function … ….
Each function corresponds to an attribute switch during design, each function corresponds to a sub-module, namely a sub JS file, if a certain page only uses the display function, the access function and the paging function of the form component, the corresponding switch can be opened, and the corresponding sub function module can be automatically loaded during the operation period; it should be noted that the open state of the switch represents that the attribute switch state is the allowed state.
Based on the foregoing embodiment, in this embodiment, the searching, by using a predetermined blending policy, for a function module that meets the predetermined blending policy from among function modules of the target component, and adding the function module that meets the predetermined blending policy to a module list includes:
if the target mixed-in strategy is the associated mixed-in strategy, detecting the page type of the current page;
and searching the functional module associated with the page type from the functional modules of the target component, and adding the functional module to the module list.
Specifically, the association mixing policy in this embodiment is: automatically loading a module according to the association between the component and the template; it should be noted that, for a page, the association and mix policy in this embodiment is mainly that, if an editing interface uses attachment management, an interaction code related to parameter setting between the editing interface and an attachment should be written into a new functional module, which is named as edge _ attachment, and when an attachment module needs to be loaded, the type of a current page is found out, so as to match a corresponding functional module edge _ attachment, and add this module into a module list of the page.
Based on the foregoing embodiment, in this embodiment, the searching, by using a predetermined blending policy, for a function module that meets the predetermined blending policy from among function modules of the target component, and adding the function module that meets the predetermined blending policy to a module list includes:
and if the target mixing strategy is a dynamic mixing strategy, determining a functional module to be loaded from the functional modules of the target component according to the interface and function calculation result, and adding the functional module to the module list.
Specifically, the dynamic blending policy in this embodiment is to dynamically load a certain sub-module or function in a code writing manner, and in the dynamic blending policy, an interface is provided, and a service needs to be introduced through the interface according to a service scenario, and the module does not need to be introduced. For example: the user opens the interface and fills in the price, if the filled price is more than 100, the functional module A is loaded, if the filled price is less than 100, the functional module B is loaded, the loading mode depends on the selection or input of the user and belongs to a dynamic mode, and the corresponding judgment code is presented in the interface.
Based on any of the embodiments described above, a static blend-in policy may also be included in the blend-in policy, which is blended into the table by a means written directly in the JS code, such as paging logic. Referring to fig. 3, a running-time calculation graph of several blending policies provided for this embodiment synthetically illustrates summary situations of three blending manners of the present invention in a diagram manner, where the whole diagram-illustrated process is a process of calculating a page module, which is a process requiring a traversal of a component tree, and when traversing each component, the blending policy of a current component is sequentially determined, for example: configuring a mixing strategy, associating the mixing strategy and a dynamic mixing strategy, determining a corresponding functional module according to the corresponding strategy, adding the corresponding functional module into a module list, and waiting to be loaded.
Here, the present solution is described in detail by specific embodiments:
if a page containing 4 components is taken as an example, the page is respectively a query component, a menu button component, a common button component and a form component. When a page runs, the functional modules corresponding to the 4 components need to be loaded, the page can run normally, otherwise, the page cannot run normally, each page corresponds to a module list, and specific contents in the module list are calculated through three strategies. The functional modules corresponding to each component are detailed in table 1.
TABLE 1
In table 1, the query component contains three modules, one being a basic query module, one being a proprietary module for use with the list template, and the last being a proprietary module for use with the editing module. Both the menu button and the normal button contain only one module. The table component comprises five modules, the basic table module is a module which needs to be loaded as long as the table component is dragged, and the other four modules are possibly determined according to configuration parameters or dynamically determined whether to load the corresponding modules according to conditions.
Taking the association blending policy as an example, if the page is a list interface, the query component needs to load: a basic query module and a list template _ query module. The basic query module must be loaded and the list template _ query module is computed based on the associative blending policy, since this sub-module is the associative module of the query module and the list template. If the page is an edit page, the query component needs to load: a basic query module and an edit template _ query module. It should be noted that the template used by the page usually has an association module with the corresponding component, and if there is no association module, the module calculated according to the association blending policy is empty. For example, there is no relationship between the normal button and the list template, and the association module is therefore calculated to be empty.
Taking the configuration interfusion policy as an example, the basic module in the table module is loaded definitely, and if the paging switch is configured, the paging module is loaded, which is a result calculated according to the configuration interfusion policy. Specifically, whether the corresponding module is loaded is determined according to whether the switch is opened.
Taking the dynamic blending policy as an example, whether to load a module is determined according to the calculation result of the interface or the function. For example, if the current page is in a view state, only the page data can be viewed, and the data cannot be modified, so that the editing module in the form component cannot be loaded. If the current page state is edit mode, the edit module in the form component must be loaded.
The module list of the page in the corresponding example finally obtained by the above analysis calculation includes the following modules: the basic query module, the list template _ query module, the menu button module, the common button module and the basic form module realize the loading of each component by loading the functional modules.
In conclusion, the dynamic loading of the module is processed in a more fine-grained and various modes through various mixing modes, the module loading can be controlled in a more fine-grained mode, the transmission quantity and the execution time of the page operation period are reduced, and the page access performance is improved.
In the following, the component loading apparatus provided in the embodiment of the present invention is introduced, and the component loading apparatus described below and the component loading method described above may be referred to each other.
Referring to fig. 4, an embodiment of the present invention provides an assembly loading apparatus, including:
a functional module splitting module 100, configured to split a component into functional modules with different functions according to a service characteristic of the component;
a function module selecting module 200, configured to, when a target component is loaded, search for a function module that meets a predetermined mixing policy from function modules of the target component by using the predetermined mixing policy, and add the function module that meets the predetermined mixing policy to a module list;
and a loading module 300, configured to load the functional modules in the module list, so as to implement loading of the target component.
Based on the above embodiment, the function module selecting module includes:
the system comprises a target mixing strategy determining unit, a target mixing strategy determining unit and a target mixing strategy determining unit, wherein the target mixing strategy determining unit is used for determining a target mixing strategy corresponding to a target component when the target component is loaded;
and the functional module adding unit is used for searching the functional module which accords with the target mixing strategy from the functional modules of the target component according to the target mixing strategy.
Based on the above embodiment, the functional module adding unit includes:
the first detection subunit is used for detecting the attribute switch state of the functional module of the target component when the target mixing strategy is a configuration mixing strategy;
and the first adding subunit is used for adding the functional module with the attribute switch state being the permission state to the module list.
Based on the above embodiment, the functional module adding unit includes:
the second detection subunit is used for detecting the page type of the current page when the target mixing-in strategy is the associated mixing-in strategy;
and the second adding subunit is used for searching the functional module associated with the page type from the functional modules of the target component and adding the functional module to the module list.
Based on the above embodiment, the functional module adding unit includes:
and the third adding subunit is configured to, when the target blending policy is a dynamic blending policy, determine a functional module to be loaded from the functional modules of the target component according to an interface and a function calculation result, and add the functional module to the module list.
The component loading method provided by the embodiment of the invention comprises the following steps: according to the service characteristics of the components, the components are split into functional modules with different functions; when a target component is loaded, searching a functional module which accords with a preset mixing strategy from functional modules of the target component by using the preset mixing strategy, and adding the functional module which accords with the preset mixing strategy into a module list; loading the functional modules in the module list to realize the loading of the target assembly;
therefore, in the scheme, when the component is loaded, the corresponding functional module can be selected according to the preset mixing strategy, all the functional modules do not need to be loaded, the dynamic loading of the functional modules is processed in a fine-grained and various mode, the loading of the modules is controlled in a finer-grained mode, the system performance is improved, and the phenomenon of code amount expansion is avoided; the invention also discloses a component loading device which can achieve the technical effects.
The embodiments in the present description are described in a progressive manner, each embodiment focuses on differences from other embodiments, and the same and similar parts among the embodiments are referred to each other.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Claims (10)
1. A method of component loading, comprising:
according to the service characteristics of the components, the components are split into functional modules with different functions; wherein, the functional module is: splitting a module corresponding to the component according to functions to obtain the module;
when a target component is loaded, searching a functional module which accords with a preset mixing strategy from functional modules of the target component by using the preset mixing strategy, and adding the functional module which accords with the preset mixing strategy into a module list; the mixing-in strategy comprises: configuring a mix-in policy, an associated mix-in policy and a dynamic mix-in policy;
and loading the functional modules in the module list to realize the loading of the target assembly.
2. The component loading method according to claim 1, wherein the searching, when the target component is loaded, for a functional module that meets a predetermined blending policy from among the functional modules of the target component by using the predetermined blending policy comprises:
when a target component is loaded, determining a target mixing strategy corresponding to the target component;
and searching the functional module which accords with the target mixing-in strategy from the functional modules of the target component according to the target mixing-in strategy.
3. The component loading method according to claim 2, wherein the searching for the functional module conforming to the predetermined blending-in policy from the functional modules of the target component by using the predetermined blending-in policy and adding the functional module conforming to the predetermined blending-in policy to a module list comprises:
if the target mixing strategy is a configuration mixing strategy, detecting the attribute switch state of the functional module of the target component;
and adding the functional module with the attribute switch state as the permission state to the module list.
4. The component loading method according to claim 2, wherein the searching for the functional module conforming to the predetermined blending-in policy from the functional modules of the target component by using the predetermined blending-in policy and adding the functional module conforming to the predetermined blending-in policy to a module list comprises:
if the target mixed-in strategy is the associated mixed-in strategy, detecting the page type of the current page;
and searching the functional module associated with the page type from the functional modules of the target component, and adding the functional module to the module list.
5. The component loading method according to claim 2, wherein the searching for the functional module conforming to the predetermined blending policy from the functional modules of the target component by using the predetermined blending policy and adding the functional module conforming to the predetermined blending policy to a module list comprises:
and if the target mixing strategy is a dynamic mixing strategy, determining a functional module to be loaded from the functional modules of the target component according to the interface and function calculation result, and adding the functional module to the module list.
6. A component loading apparatus, comprising:
the functional module splitting module is used for splitting the component into functional modules with different functions according to the service characteristics of the component; wherein, the functional module is: splitting a module corresponding to the component according to functions to obtain the module;
the functional module selection module is used for searching a functional module which accords with a preset mixing strategy from the functional modules of the target assembly by using the preset mixing strategy when the target assembly is loaded, and adding the functional module which accords with the preset mixing strategy into a module list; the mixing-in strategy comprises: configuring a mix-in policy, an associated mix-in policy and a dynamic mix-in policy;
and the loading module is used for loading the functional modules in the module list to realize the loading of the target assembly.
7. The component loading apparatus according to claim 6, wherein the function module selecting module includes:
the system comprises a target mixing strategy determining unit, a target mixing strategy determining unit and a target mixing strategy determining unit, wherein the target mixing strategy determining unit is used for determining a target mixing strategy corresponding to a target component when the target component is loaded;
and the functional module adding unit is used for searching the functional module which accords with the target mixing strategy from the functional modules of the target component according to the target mixing strategy.
8. The component loading apparatus according to claim 7, wherein the function module adding unit includes:
the first detection subunit is used for detecting the attribute switch state of the functional module of the target component when the target mixing strategy is a configuration mixing strategy;
and the first adding subunit is used for adding the functional module with the attribute switch state being the permission state to the module list.
9. The component loading apparatus according to claim 7, wherein the function module adding unit includes:
the second detection subunit is used for detecting the page type of the current page when the target mixing-in strategy is the associated mixing-in strategy;
and the second adding subunit is used for searching the functional module associated with the page type from the functional modules of the target component and adding the functional module to the module list.
10. The component loading apparatus according to claim 7, wherein the function module adding unit includes:
and the third adding subunit is configured to, when the target blending policy is a dynamic blending policy, determine a functional module to be loaded from the functional modules of the target component according to an interface and a function calculation result, and add the functional module to the module list.
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